1. (p=-861.879)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
2. (p=-861.985)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
3. (p=-861.985)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
4. (p=-861.985)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
5. (p=-862.067)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
6. (p=-862.091)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
7. (p=-862.091)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
8. (p=-862.091)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
9. (p=-862.173)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
10. (p=-862.173)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
11. (p=-862.173)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
12. (p=-862.197)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
13. (p=-862.235)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
14. (p=-862.279)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
15. (p=-862.279)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
16. (p=-862.279)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
17. (p=-862.341)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
18. (p=-862.341)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
19. (p=-862.341)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
20. (p=-862.385)=> (Bool for (Varlist (Set (Var n1)) , (Varlist (Set (Var n2)) , (Varlist (Set (Var n3)) , (Varlist (Set (Var n4)) , (Varlist (Set (Var n5))))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var S))) being (Vartype ($#m1_hidden Gene-Set)) (Bool for (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)))) being (Vartype ($#m1_genealg1 Individual) of (Set (Var S))) holds (Bool "(" "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n5)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n4)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n3)) ")")) ")" & (Bool "(" (Bool (Bool (Bool (Set (Var n1)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n2)) ")")) ")" & "(" (Bool (Bool (Set (Var n2)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n3)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Bool (Set (Var n4)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1)))) & (Bool (Set (Var n5)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p1))))))) implies (Bool (Set ($#k11_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) , (Set (Var n2)) , (Set (Var n3)) , (Set (Var n4)) , (Set (Var n5)) ")") ($#r1_hidden =) (Set ($#k7_genealg1 crossover) "(" (Set (Var p1)) , (Set (Var p2)) , (Set (Var n1)) ")")) ")"))) ")"))))
1. (p=-38.586)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y))))
2. (p=-38.9974)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k10_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y))))
3. (p=-40.967)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_cat_4 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y))))
4. (p=-41.0046)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_ordinal1 c=) (Set (Var Y))))
5. (p=-41.6289)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k15_cat_2 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y))))
6. (p=-42.1306)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y)))))
7. (p=-42.4274)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k4_cat_4 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y))))
8. (p=-42.4364)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_relset_1 c=) (Set (Var Y))))
9. (p=-42.6683)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k2_relset_1 rng) (Set "(" ($#k10_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y))))
10. (p=-43.5019)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r2_pboole c=) (Set (Var Y))))
11. (p=-43.9675)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k10_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y)))))
12. (p=-44.6379)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k2_relset_1 rng) (Set "(" ($#k8_cat_4 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y))))
13. (p=-44.944)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r2_pboole c=) (Set (Var Y)))))
14. (p=-45.072)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_lmod_6 c=) (Set (Var Y))))
15. (p=-45.345)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_ordinal1 c=) (Set (Var Y)))))
16. (p=-45.3954)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_normform c=) (Set (Var Y))))
17. (p=-45.4244)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r4_graph_1 c=) (Set (Var Y))))
18. (p=-45.5194)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r2_pnproc_1 c=) (Set (Var Y))))
19. (p=-45.8197)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_funct_3 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_relset_1 c=) (Set (Var Y)))))
20. (p=-45.9371)=> (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set "(" ($#k8_cat_4 pr2) "(" (Set (Var X)) , (Set (Var Y)) ")" ")")) ($#r1_tarski c=) (Set (Var Y)))))
1. (p=-44.1485)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
2. (p=-45.9145)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k2_topalg_2 R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
3. (p=-47.0938)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k2_pscomp_1 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
4. (p=-47.1236)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k2_weierstr upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
5. (p=-47.142)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k2_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
6. (p=-47.1701)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k1_rinfsup1 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
7. (p=-47.2252)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k2_struct_0 [#]) (Set (Var P)) ")"))))
8. (p=-48.1963)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k2_pscomp_1 upper_bound) (Set "(" ($#k2_struct_0 [#]) (Set (Var P)) ")"))))
9. (p=-48.8597)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k2_topalg_2 R^1))) holds (Bool (Set ($#k2_pscomp_1 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
10. (p=-48.8896)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k2_topalg_2 R^1))) holds (Bool (Set ($#k2_weierstr upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
11. (p=-48.9079)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k2_topalg_2 R^1))) holds (Bool (Set ($#k2_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
12. (p=-48.9361)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k2_topalg_2 R^1))) holds (Bool (Set ($#k1_rinfsup1 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
13. (p=-48.9463)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")")))))
14. (p=-48.9911)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k2_topalg_2 R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k2_struct_0 [#]) (Set (Var P)) ")"))))
15. (p=-49.0824)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k2_subset_1 [#]) (Set (Var P)) ")"))))
16. (p=-49.2672)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r2_funct_2 =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
17. (p=-49.7843)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k4_prob_1 [#]) (Set (Var P)) ")"))))
18. (p=-49.9219)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k2_weierstr upper_bound) (Set "(" ($#k2_struct_0 [#]) (Set (Var P)) ")"))))
19. (p=-49.9745)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k3_topmetr R^1))) holds (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r2_relset_1 =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")"))))
20. (p=-50.7122)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_subset_1 Subset) of (Set ($#k2_topalg_2 R^1))) holds (Bool (Bool (Set ($#k4_seq_4 upper_bound) (Set (Var P))) ($#r1_hidden =) (Set ($#k4_seq_4 upper_bound) (Set "(" ($#k1_weierstr [#]) (Set (Var P)) ")")))))
1. (p=-28.0205)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k6_cqc_lang 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
2. (p=-28.0324)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k6_cqc_lang 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k2_xboolean TRUE))))
3. (p=-28.1707)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k1_bvfunc_1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
4. (p=-28.1826)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k1_bvfunc_1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k2_xboolean TRUE))))
5. (p=-28.2539)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k3_xboolean 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
6. (p=-28.2658)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k3_xboolean 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k2_xboolean TRUE))))
7. (p=-28.3395)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k9_margrel1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
8. (p=-28.3514)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k9_margrel1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k2_xboolean TRUE))))
9. (p=-29.4033)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k13_qc_lang1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
10. (p=-29.4152)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k13_qc_lang1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k2_xboolean TRUE))))
11. (p=-29.7201)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k6_zf_lang 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
12. (p=-29.732)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k6_zf_lang 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k2_xboolean TRUE))))
13. (p=-30.6615)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k1_ltlaxio1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
14. (p=-30.6733)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k1_ltlaxio1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k2_xboolean TRUE))))
15. (p=-31.1328)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k7_waybel_1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
16. (p=-31.4887)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k3_binarith 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE))))
17. (p=-34.5476)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k3_xboolean 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE)))))
18. (p=-40.1427)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k6_cqc_lang 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE)))))
19. (p=-40.2929)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k1_bvfunc_1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE)))))
20. (p=-40.4617)=> (Bool for (Varlist (Set (Var p))) being (Vartype ($#v1_xboolean boolean) ($#m1_hidden number)) holds (Bool (Bool (Set (Set (Var p)) ($#k8_xboolean 'nand') (Set "(" ($#k9_margrel1 'not') (Set (Var p)) ")")) ($#r1_hidden =) (Set ($#k8_margrel1 TRUE)))))
1. (p=-61.3396)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k2_real_1 "\"")))))
2. (p=-61.4342)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Set ($#k3_comseq_2 lim) (Set "(" (Set (Var s)) ($#k36_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k3_comseq_2 lim) (Set (Var s)) ")") ($#k12_complex1 "\"")))))
3. (p=-61.5017)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k8_binop_2 "\"")))))
4. (p=-63.0193)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k2_real_1 "\"")))))
5. (p=-63.1139)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Set ($#k3_comseq_2 lim) (Set "(" (Set (Var s)) ($#k36_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k3_comseq_2 lim) (Set (Var s)) ")") ($#k12_complex1 "\"")))))
6. (p=-63.1814)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k8_binop_2 "\"")))))
7. (p=-64.1571)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k2_real_1 "\""))))))
8. (p=-64.2517)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Bool (Set ($#k3_comseq_2 lim) (Set "(" (Set (Var s)) ($#k36_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k3_comseq_2 lim) (Set (Var s)) ")") ($#k12_complex1 "\""))))))
9. (p=-64.3193)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k8_binop_2 "\""))))))
10. (p=-65.0757)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k2_real_1 "\""))))))
11. (p=-65.8369)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k2_real_1 "\""))))))
12. (p=-65.9315)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Bool (Set ($#k3_comseq_2 lim) (Set "(" (Set (Var s)) ($#k36_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k3_comseq_2 lim) (Set (Var s)) ")") ($#k12_complex1 "\""))))))
13. (p=-65.999)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k8_binop_2 "\""))))))
14. (p=-66.2014)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Set ($#k3_comseq_2 lim) (Set "(" (Set (Var s)) ($#k36_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k3_comseq_2 lim) (Set (Var s)) ")") ($#k12_complex1 "\""))))))
15. (p=-66.2689)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k8_binop_2 "\""))))))
16. (p=-67.7866)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k2_real_1 "\""))))))
17. (p=-67.8811)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Set ($#k3_comseq_2 lim) (Set "(" (Set (Var s)) ($#k36_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k3_comseq_2 lim) (Set (Var s)) ")") ($#k12_complex1 "\""))))))
18. (p=-67.9487)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool (Bool st (Bool (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero))))) holds (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k8_binop_2 "\""))))))
19. (p=-68.9244)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Bool (Set ($#k2_seq_2 lim) (Set "(" (Set (Var s)) ($#k37_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_seq_2 lim) (Set (Var s)) ")") ($#k2_real_1 "\"")))))))
20. (p=-69.019)=> (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Complex_Sequence)) (Bool (Bool st (Bool (Bool (Set (Var s)) is ($#v2_comseq_2 convergent)) & (Bool (Bool (Set ($#k3_comseq_2 lim) (Set (Var s))) ($#r1_hidden <>) (Set ($#k5_complex1 0c))) & (Bool (Set (Var s)) is ($#v2_relat_1 non-zero)))) holds (Bool (Bool (Set ($#k3_comseq_2 lim) (Set "(" (Set (Var s)) ($#k36_valued_1 "\"") ")")) ($#r1_hidden =) (Set (Set "(" ($#k3_comseq_2 lim) (Set (Var s)) ")") ($#k12_complex1 "\"")))))))
1. (p=-52.5125)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k1_partfun2 id) (Set (Var A)) ")") ($#k1_funct_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
2. (p=-52.8908)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k1_partfun2 id) (Set (Var A)) ")") ($#k1_seq_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
3. (p=-52.9153)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k6_partfun1 id) (Set (Var A)) ")") ($#k1_funct_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
4. (p=-53.2936)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k6_partfun1 id) (Set (Var A)) ")") ($#k1_seq_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
5. (p=-53.3233)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k1_partfun2 id) (Set (Var A)) ")") ($#k3_funct_2 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
6. (p=-53.7261)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k6_partfun1 id) (Set (Var A)) ")") ($#k3_funct_2 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
7. (p=-54.3601)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k4_relat_1 id) (Set (Var A)) ")") ($#k1_funct_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
8. (p=-54.4044)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k4_cat_1 id) (Set (Var A)) ")") ($#k1_funct_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
9. (p=-54.7384)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k4_relat_1 id) (Set (Var A)) ")") ($#k1_seq_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
10. (p=-54.7827)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k4_cat_1 id) (Set (Var A)) ")") ($#k1_seq_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
11. (p=-54.9321)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k3_struct_0 id) (Set (Var A)) ")") ($#k1_funct_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
12. (p=-55.0994)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k1_partfun2 id) (Set (Var A)) ")") ($#k8_nat_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
13. (p=-55.1709)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k4_relat_1 id) (Set (Var A)) ")") ($#k3_funct_2 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
14. (p=-55.2152)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k4_cat_1 id) (Set (Var A)) ")") ($#k3_funct_2 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
15. (p=-55.3104)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k3_struct_0 id) (Set (Var A)) ")") ($#k1_seq_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
16. (p=-55.3301)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Bool (Set (Set "(" ($#k1_partfun2 id) (Set (Var A)) ")") ($#k1_funct_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o))))))
17. (p=-55.5022)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k6_partfun1 id) (Set (Var A)) ")") ($#k8_nat_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
18. (p=-55.5307)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k1_partfun2 id) (Set (Var A)) ")") ($#k12_supinf_2 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o)))))
19. (p=-57.9106)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k1_partfun2 id) (Set (Var A)) ")") ($#k1_funct_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o))))))
20. (p=-58.2889)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_altcat_1 AltGraph)) (Bool (Bool for (Varlist (Set (Var o))) being (Vartype ($#m1_subset_1 object) of (Set (Var A))) holds (Bool (Set (Set "(" ($#k1_partfun2 id) (Set (Var A)) ")") ($#k1_seq_1 .) (Set (Var o))) ($#r1_hidden =) (Set (Var o))))))
1. (p=-64.0805)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
2. (p=-69.6568)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 2))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
3. (p=-70.3533)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5))) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
4. (p=-71.1828)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 5))) ")"))
5. (p=-71.6)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")")))
6. (p=-71.6193)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0)))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
7. (p=-71.9231)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 3))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
8. (p=-72.0702)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 4))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
9. (p=-72.1411)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 1))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
10. (p=-73.0039)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k1_xboole_0 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
11. (p=-74.5347)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k1_xboole_0 0)))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
12. (p=-74.9963)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r2_funct_2 =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
13. (p=-75.498)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r2_relset_1 =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")"))
14. (p=-77.1764)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 2))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")")))
15. (p=-77.8728)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool "(" not (Bool (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5))) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")")))
16. (p=-78.7024)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 5))) ")")))
17. (p=-79.1388)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0)))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")")))
18. (p=-79.4426)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 3))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")")))
19. (p=-79.5898)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 1)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 4))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")")))
20. (p=-79.6607)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool "(" not (Bool (Set (Var n)) ($#r1_xxreal_0 <=) (Num 5)) or (Bool (Set (Var n)) ($#r1_hidden =) (Set ($#k6_numbers 0))) or (Bool (Bool (Set (Var n)) ($#r1_hidden =) (Num 1))) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 2)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 3)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 4)) or (Bool (Set (Var n)) ($#r1_hidden =) (Num 5)) ")")))
1. (p=-25.8611)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set ($#k1_xboole_0 {})))
2. (p=-29.5444)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r2_funct_2 =) (Set ($#k1_xboole_0 {})))
3. (p=-29.8756)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k1_xboole_0 0))) ($#r1_hidden =) (Set ($#k1_xboole_0 {})))
4. (p=-29.9547)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set ($#k11_arytm_3 {})))
5. (p=-30.046)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r2_relset_1 =) (Set ($#k1_xboole_0 {})))
6. (p=-31.1002)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r6_pboole =) (Set ($#k1_xboole_0 {})))
7. (p=-31.1326)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_funct_2 =) (Set ($#k1_xboole_0 {})))
8. (p=-31.3716)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r8_pboole =) (Set ($#k1_xboole_0 {})))
9. (p=-32.6809)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_group_2 =) (Set ($#k1_xboole_0 {})))
10. (p=-32.9361)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_boolealg =) (Set ($#k1_xboole_0 {})))
11. (p=-33.5398)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r2_funct_2 =) (Set ($#k11_arytm_3 {})))
12. (p=-33.5588)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k1_xboole_0 0))) ($#r2_funct_2 =) (Set ($#k1_xboole_0 {})))
13. (p=-33.5753)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_rlvect_2 =) (Set ($#k1_xboole_0 {})))
14. (p=-33.9691)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k1_xboole_0 0))) ($#r1_hidden =) (Set ($#k11_arytm_3 {})))
15. (p=-33.9968)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_vectsp_6 =) (Set ($#k1_xboole_0 {})))
16. (p=-34.0414)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r2_relset_1 =) (Set ($#k11_arytm_3 {})))
17. (p=-34.0605)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k1_xboole_0 0))) ($#r2_relset_1 =) (Set ($#k1_xboole_0 {})))
18. (p=-34.1074)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r8_binop_1 =) (Set ($#k1_xboole_0 {})))
19. (p=-34.2318)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_filter_2 =) (Set ($#k1_xboole_0 {})))
20. (p=-34.4529)=> (Bool (Set ($#k5_fib_num2 EvenFibs) (Set ($#k6_numbers 0))) ($#r1_interva1 =) (Set ($#k1_xboole_0 {})))
1. (p=-113.107)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated)))))
2. (p=-118.322)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated)))))
3. (p=-118.484)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated))))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated)))))
4. (p=-119.459)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated))))))
5. (p=-120.785)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated))))))
6. (p=-121.139)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated))))))
7. (p=-121.254)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated))))))
8. (p=-121.254)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated))))))
9. (p=-121.45)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated))))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated)))))
10. (p=-122.178)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r2_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A2)) , (Set (Var C2)) ($#r2_tsep_2 constitute_a_decomposition))) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r1_connsp_1 are_separated))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated)))))
11. (p=-122.178)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition))) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r1_connsp_1 are_separated))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated)))))
12. (p=-122.645)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated))))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated))))))
13. (p=-123.504)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated))))))
14. (p=-123.603)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated)))))))
15. (p=-123.913)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated))))) holds (Bool (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated))))))
16. (p=-124.072)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated)))))))
17. (p=-125.967)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated)))))))
18. (p=-126.322)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r4_tsep_1 are_weakly_separated)))))))
19. (p=-126.436)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated)))))))
20. (p=-126.436)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var C1)) , (Varlist (Set (Var C2)))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) (Bool st (Bool (Bool (Set (Var A1)) , (Set (Var C1)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Bool (Set (Var A2)) , (Set (Var C2)) ($#r4_tsep_2 constitute_a_decomposition)) & (Bool (Set (Var A1)) , (Set (Var A2)) ($#r3_tsep_1 are_separated)))) holds (Bool (Bool (Set (Var C1)) , (Set (Var C2)) ($#r2_tsep_1 are_weakly_separated)))))))
1. (p=-48.1771)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
2. (p=-50.5068)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
3. (p=-50.7104)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
4. (p=-50.7821)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relset_1 "\"") (Set "(" (Set (Var f)) ($#k7_relset_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
5. (p=-50.9946)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X)))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
6. (p=-51.7899)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
7. (p=-53.0101)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set (Set (Var f)) ($#k8_relset_1 "\"") (Set "(" (Set (Var f)) ($#k7_relset_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X)))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
8. (p=-53.1119)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relset_1 "\"") (Set "(" (Set (Var f)) ($#k7_relset_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
9. (p=-53.3155)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relset_1 "\"") (Set "(" (Set (Var f)) ($#k7_relset_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
10. (p=-53.3244)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X)))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
11. (p=-53.3751)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relset_1 "\"") (Set "(" (Set (Var f)) ($#k7_relset_1 .:) (Set (Var X)) ")")) ($#r1_ordinal1 c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
12. (p=-53.407)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relset_1 "\"") (Set "(" (Set (Var f)) ($#k7_relset_1 .:) (Set (Var X)) ")")) ($#r2_pboole c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
13. (p=-53.528)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X)))) ")") holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
14. (p=-53.8532)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k6_funct_2 "\"") (Set "(" (Set (Var f)) ($#k7_funct_2 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
15. (p=-54.0999)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")")) holds (Bool (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one)))))
16. (p=-54.2342)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_ordinal1 c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
17. (p=-54.395)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relset_1 "\"") (Set "(" (Set (Var f)) ($#k7_relset_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
18. (p=-54.6075)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X)))) ")") holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one))))
19. (p=-54.9214)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one)))))
20. (p=-55.6137)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) holds (Bool (Set (Set (Var f)) ($#k8_relat_1 "\"") (Set "(" (Set (Var f)) ($#k7_relat_1 .:) (Set (Var X)) ")")) ($#r1_tarski c=) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v2_funct_1 one-to-one)))))
1. (p=-121.98)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_euclid_4 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
2. (p=-123.08)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_euclid_4 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
3. (p=-123.142)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_aff_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
4. (p=-123.2)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k8_matrix_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
5. (p=-123.733)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L)))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_euclid_4 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
6. (p=-123.831)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k4_analmetr Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
7. (p=-123.841)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k1_incsp_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
8. (p=-124.242)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_aff_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
9. (p=-124.3)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k8_matrix_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
10. (p=-124.429)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k1_aff_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
11. (p=-124.429)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k6_matrix_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
12. (p=-124.579)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k4_euclid_4 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
13. (p=-124.798)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_euclid_4 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")"))))))))
14. (p=-124.798)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_euclid_4 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1))))) ")")))))))
15. (p=-124.833)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L)))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_euclid_4 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
16. (p=-124.895)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L)))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k2_aff_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
17. (p=-124.931)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k4_analmetr Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
18. (p=-124.941)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k1_incsp_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
19. (p=-124.952)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L)))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k8_matrix_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
20. (p=-125.529)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool for (Varlist (Set (Var L))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k1_euclidlp line_of_REAL) (Set (Var n)))) (Bool st (Bool (Bool not (Set (Var x)) ($#r2_hidden in) (Set (Var L))) & (Bool (Set (Var L)) is ($#v1_euclid_4 being_line))) holds (Bool ex (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var n)))) (Bool st (Bool "(" (Bool (Set (Var L)) ($#r1_hidden =) (Set ($#k6_matrix_1 Line) "(" (Set (Var x1)) , (Set (Var x2)) ")")) & (Bool (Set (Set (Var x)) ($#k8_euclid -) (Set (Var x1))) ($#r4_euclidlp _|_) (Set (Set (Var x2)) ($#k8_euclid -) (Set (Var x1)))) ")")))))))
1. (p=-66.5989)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
2. (p=-70.9633)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k6_xcmplx_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
3. (p=-71.0404)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k9_real_1 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
4. (p=-71.4727)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k6_xcmplx_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
5. (p=-71.5498)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
6. (p=-72.5103)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
7. (p=-75.3279)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
8. (p=-76.3247)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
9. (p=-77.6719)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k6_xcmplx_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
10. (p=-77.7489)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
11. (p=-78.2171)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
12. (p=-79.1423)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k6_xcmplx_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
13. (p=-79.2193)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k9_real_1 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")")))))
14. (p=-79.8091)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
15. (p=-80.4894)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k6_xcmplx_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
16. (p=-80.5665)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
17. (p=-81.1985)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k6_xcmplx_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
18. (p=-81.2756)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k15_csspace dist) "(" (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k5_algstr_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k15_csspace dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
19. (p=-81.9599)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k6_xcmplx_0 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
20. (p=-82.0369)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var z)) , (Varlist (Set (Var y))))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) holds (Bool (Set ($#k4_bhsp_1 dist) "(" (Set "(" (Set (Var x)) ($#k5_algstr_0 -) (Set (Var z)) ")") , (Set "(" (Set (Var y)) ($#k9_real_1 -) (Set (Var z)) ")") ")") ($#r1_xxreal_0 <=) (Set (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var x)) ")" ")") ($#k7_real_1 +) (Set "(" ($#k4_bhsp_1 dist) "(" (Set (Var z)) , (Set (Var y)) ")" ")"))))))
1. (p=-67.1516)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
2. (p=-69.9692)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")"))))
3. (p=-72.4559)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")"))))
4. (p=-75.2735)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))))
5. (p=-78.9026)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_euclid_4 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
6. (p=-79.2262)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k8_matrix_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
7. (p=-79.5172)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k4_euclid_4 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
8. (p=-79.7167)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")"))) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
9. (p=-80.0817)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_euclid_4 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
10. (p=-80.1085)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k4_euclid_4 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
11. (p=-80.4103)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k4_analmetr Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
12. (p=-80.6309)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k1_collsp Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
13. (p=-81.2421)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")"))) ")")))
14. (p=-81.7202)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_euclid_4 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")"))))
15. (p=-81.8663)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k1_incsp_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
16. (p=-82.1432)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k8_matrix_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
17. (p=-82.3348)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k4_euclid_4 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")"))))
18. (p=-82.5343)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")"))) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")"))))
19. (p=-82.7999)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k1_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")")))
20. (p=-83.4354)=> (Bool for (Varlist (Set (Var CLSP))) being (Vartype ($#l1_collsp CollSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Point) of (Set (Var CLSP))) holds (Bool "(" (Bool (Set (Var a)) ($#r2_hidden in) (Set ($#k8_matrix_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) & (Bool (Set (Var b)) ($#r2_hidden in) (Set ($#k2_aff_1 Line) "(" (Set (Var a)) , (Set (Var b)) ")")) ")"))))
1. (p=-116.08)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))
2. (p=-118.898)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
3. (p=-121.262)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
4. (p=-123.222)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k4_scmfsa8b if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))
5. (p=-123.432)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k1_scmfsa6b IExec) "(" (Set "(" ($#k4_scmfsa8b if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))
6. (p=-124.08)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))))
7. (p=-125.401)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k1_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))
8. (p=-126.04)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k4_scmfsa8b if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
9. (p=-126.331)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k1_xboole_0 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))
10. (p=-126.484)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k1_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))
11. (p=-127.492)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k7_group_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))
12. (p=-128.218)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k1_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
13. (p=-128.314)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
14. (p=-128.404)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k4_scmfsa8b if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
15. (p=-128.576)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k7_group_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))
16. (p=-128.611)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k1_scmfsa6b IExec) "(" (Set "(" ($#k4_scmfsa8b if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
17. (p=-129.149)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k1_xboole_0 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
18. (p=-130.583)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k1_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
19. (p=-131.222)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k6_numbers 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k4_scmfsa8b if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2))))))))))
20. (p=-131.514)=> (Bool for (Varlist (Set (Var P))) being (Vartype ($#m1_hidden Instruction-Sequence) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool (Bool for (Varlist (Set (Var s))) being (Vartype (Set ($#k1_xboole_0 0)) ($#v5_memstr_0 -started) ($#m1_hidden State) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var I)) , (Varlist (Set (Var J)))) being (Vartype ($#v2_compos_1 halt-free) ($#v2_scmpds_4 parahalting) ($#v3_scmpds_4 shiftable) ($#m1_hidden Program) of (Set ($#k1_scmpds_2 SCMPDS))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Int_position)) (Bool for (Varlist (Set (Var k1))) being (Vartype ($#m1_hidden Integer)) holds (Bool (Set ($#k5_memstr_0 IC) (Set "(" ($#k6_scmpds_4 IExec) "(" (Set "(" ($#k2_scmpds_6 if=0) "(" (Set (Var a)) , (Set (Var k1)) , (Set (Var I)) , (Set (Var J)) ")" ")") , (Set (Var P)) , (Set (Var s)) ")" ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k5_card_1 card) (Set (Var I)) ")") ($#k2_nat_1 +) (Set "(" ($#k5_card_1 card) (Set (Var J)) ")") ")") ($#k2_nat_1 +) (Num 2)))))))))
1. (p=-71.8127)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
2. (p=-71.9589)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega))) ")")))))
3. (p=-72.1229)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {}))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
4. (p=-72.2691)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {}))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega))) ")")))))
5. (p=-73.0575)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool not (Bool (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
6. (p=-73.3677)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {}))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool not (Bool (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
7. (p=-74.6303)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")"))))))
8. (p=-74.7765)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega))) ")"))))))
9. (p=-75.0393)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t)))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
10. (p=-75.1855)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t)))) & (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega))) ")")))))
11. (p=-75.3494)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {}))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t)))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
12. (p=-75.4237)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k11_arytm_3 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
13. (p=-75.5157)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r3_arytm_3 <) (Set (Var t))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
14. (p=-75.5699)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k11_arytm_3 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega))) ")")))))
15. (p=-75.6619)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r3_arytm_3 <) (Set (Var t))) & (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega))) ")")))))
16. (p=-75.6811)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r2_orders_2 <) (Set (Var t))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")")))))
17. (p=-76.58)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")"))))))
18. (p=-76.7262)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool (Bool st (Bool (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {})))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega))) ")"))))))
19. (p=-77.2705)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool (Bool st (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {}))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega)))) ")"))))))
20. (p=-77.4167)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool (Bool st (Bool (Set (Var t)) ($#r1_hidden <>) (Set ($#k1_xboole_0 {}))) holds (Bool ex (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_arytm_3 RAT+))) (Bool st (Bool "(" (Bool (Set (Var r)) ($#r1_xxreal_0 <) (Set (Var t))) & (Bool not (Set (Var r)) ($#r2_hidden in) (Set ($#k4_ordinal1 omega))) ")"))))))
1. (p=-43.6769)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set (Var r))))))
2. (p=-44.502)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k2_int_3 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set (Var r))))))
3. (p=-45.8312)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k1_real_1 -) (Set (Var r))))))
4. (p=-46.0908)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set (Var r))))))
5. (p=-46.4945)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set (Var r)))))))
6. (p=-47.0064)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k1_real_1 -) (Set (Var r))))))
7. (p=-47.3196)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Bool (Set ($#k2_int_3 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set (Var r)))))))
8. (p=-47.6135)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k56_valued_1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k1_real_1 -) (Set (Var r))))))
9. (p=-47.7206)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set (Var r))))))
10. (p=-47.723)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k1_int_2 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k1_real_1 -) (Set (Var r))))))
11. (p=-48.0524)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0))) holds (Bool (Set ($#k2_int_3 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set (Var r))))))
12. (p=-48.4299)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set (Var r)))))))
13. (p=-49.2551)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k2_int_3 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set (Var r)))))))
14. (p=-49.6567)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r3_orders_2 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set (Var r))))))
15. (p=-50.0448)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set (Var r)))))))
16. (p=-50.4818)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set (Var r)) ($#r3_orders_2 <=) (Set ($#k6_numbers 0)))) holds (Bool (Set ($#k2_int_3 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set (Var r))))))
17. (p=-51.2475)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set (Var r))))))))
18. (p=-51.271)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set (Var r))))))
19. (p=-51.9803)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0))) holds (Bool (Set ($#k18_complex1 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set (Var r)))))))
20. (p=-52.0727)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 <=) (Set ($#k6_numbers 0)))) holds (Bool (Bool (Set ($#k2_int_3 abs) (Set (Var r))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set (Var r))))))))
1. (p=-94.5778)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
2. (p=-103.613)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) ")"))
3. (p=-105.229)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool (Bool "(" (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")")))
4. (p=-105.556)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r1_struct_0 in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
5. (p=-105.809)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Set (Var x)) ($#r1_struct_0 in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) ")"))
6. (p=-106.178)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
7. (p=-106.178)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
8. (p=-106.323)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r1_pboole in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
9. (p=-106.43)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) ")"))
10. (p=-106.43)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) ")"))
11. (p=-106.43)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) ")"))
12. (p=-106.576)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Set (Var x)) ($#r1_pboole in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) ")"))
13. (p=-106.782)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r1_struct_0 in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
14. (p=-107.402)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r1_pboole in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
15. (p=-108.157)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r1_struct_0 in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
16. (p=-108.521)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))))) ")"))
17. (p=-108.521)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Bool (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))))) ")"))
18. (p=-109.585)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) ")"))
19. (p=-110.19)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool "(" (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Set (Var c)) ($#r1_struct_0 in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) ")"))
20. (p=-111.016)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)) , (Varlist (Set (Var c))))) being (Vartype ($#~v1_xtuple_0 non ($#v1_xtuple_0 pair)) ($#m1_hidden set)) holds (Bool (Bool "(" (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) & (Bool (Set (Var y)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")")))) & (Bool (Set (Var c)) ($#r2_hidden in) (Set ($#k2_msafree2 InputVertices) (Set "(" ($#k4_fscirc_1 BorrowStr) "(" (Set (Var x)) , (Set (Var y)) , (Set (Var c)) ")" ")"))) ")")))
1. (p=-38.4808)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_vectsp_4 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W)))))
2. (p=-38.6546)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rlsub_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W)))))
3. (p=-38.7796)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rusub_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W)))))
4. (p=-39.6382)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_clvect_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W)))))
5. (p=-42.5267)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_vectsp_4 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W)))))
6. (p=-42.7005)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rlsub_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W)))))
7. (p=-42.8255)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rusub_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W)))))
8. (p=-43.6841)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_clvect_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W)))))
9. (p=-45.3442)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_vectsp_4 Subspace) of (Set (Var V))) holds (Bool (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W))))))
10. (p=-45.5181)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rlsub_1 Subspace) of (Set (Var V))) holds (Bool (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W))))))
11. (p=-45.6)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_vectsp_4 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W))))))
12. (p=-45.6013)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rlsub_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W))))))
13. (p=-45.6084)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_clvect_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W))))))
14. (p=-45.6325)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_vectsp_4 Subspace) of (Set (Var V))) holds (Bool (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W))))))
15. (p=-45.6431)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rusub_1 Subspace) of (Set (Var V))) holds (Bool (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W))))))
16. (p=-45.8063)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rlsub_1 Subspace) of (Set (Var V))) holds (Bool (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W))))))
17. (p=-47.4498)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_vectsp_4 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W))))))
18. (p=-47.6236)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rlsub_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W))))))
19. (p=-47.7486)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rusub_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r2_hidden in) (Set (Var W))))))
20. (p=-48.0369)=> (Bool for (Varlist (Set (Var V))) being (Vartype ($#l1_bhsp_1 RealUnitarySpace)) (Bool (Bool for (Varlist (Set (Var W))) being (Vartype ($#m1_rusub_1 Subspace) of (Set (Var V))) holds (Bool (Set ($#k4_struct_0 0.) (Set (Var V))) ($#r1_struct_0 in) (Set (Var W))))))
1. (p=-74.2438)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
2. (p=-75.0912)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k9_xtuple_0 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
3. (p=-75.3439)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
4. (p=-75.5678)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R)))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
5. (p=-76.1913)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k9_xtuple_0 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
6. (p=-76.2687)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Set ($#k10_xtuple_0 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k9_xtuple_0 dom) (Set (Var R)))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
7. (p=-76.4643)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_subset_1 Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
8. (p=-76.6679)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R)))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
9. (p=-76.7917)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k3_xcmplx_0 *) (Set (Var n)) ")") ")")))))
10. (p=-77.0614)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")"))))))
11. (p=-77.0614)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")"))))))
12. (p=-77.3118)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_subset_1 Relation)) (Bool st (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k9_xtuple_0 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
13. (p=-77.3413)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k1_rvsum_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k4_finseq_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
14. (p=-77.3585)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k9_xtuple_0 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
15. (p=-77.3688)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Set ($#k10_xtuple_0 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k9_xtuple_0 dom) (Set (Var R)))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
16. (p=-77.5644)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_subset_1 Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
17. (p=-77.7884)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_subset_1 Relation)) (Bool st (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R)))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")")))))
18. (p=-77.9088)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool (Bool st (Bool (Bool (Set ($#k10_xtuple_0 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k9_xtuple_0 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")"))))))
19. (p=-78.3595)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k3_xcmplx_0 *) (Set (Var n)) ")") ")")))))
20. (p=-79.4261)=> (Bool for (Varlist (Set (Var m)) , (Varlist (Set (Var n)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool for (Varlist (Set (Var R))) being (Vartype ($#m1_hidden Relation)) (Bool st (Bool (Bool (Set ($#k2_relset_1 rng) (Set (Var R))) ($#r1_tarski c=) (Set ($#k1_relset_1 dom) (Set (Var R))))) holds (Bool (Set ($#k9_funct_7 iter) "(" (Set "(" ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set (Var m)) ")" ")") , (Set (Var n)) ")") ($#r1_hidden =) (Set ($#k9_funct_7 iter) "(" (Set (Var R)) , (Set "(" (Set (Var m)) ($#k4_nat_1 *) (Set (Var n)) ")") ")"))))))
1. (p=-77.9372)=> (Bool for (Varlist (Set (Var G1))) being (Vartype ($#m1_hidden _Graph)) (Bool for (Varlist (Set (Var G2))) being (Vartype ($#m1_glib_000 Subgraph) of (Set (Var G1))) (Bool for (Varlist (Set (Var G3))) being (Vartype ($#m1_glib_000 Subgraph) of (Set (Var G2))) holds (Bool (Set (Var G3)) is ($#m1_glib_000 Subgraph) of (Set (Var G1))))))
2. (p=-80.7548)=> (Bool for (Varlist (Set (Var G1))) being (Vartype ($#m1_hidden _Graph)) (Bool for (Varlist (Set (Var G2))) being (Vartype ($#m1_glib_000 Subgraph) of (Set (Var G1))) (Bool (Bool for (Varlist (Set (Var G3))) being (Vartype ($#m1_glib_000 Subgraph) of (Set (Var G2))) holds (Bool (Set (Var G3)) is ($#m1_glib_000 Subgraph) of (Set (Var G1)))))))
3. (p=-83.1194)=> (Bool for (Varlist (Set (Var G1))) being (Vartype ($#m1_hidden _Graph)) (Bool (Bool for (Varlist (Set (Var G2))) being (Vartype ($#m1_glib_000 Subgraph) of (Set (Var G1))) (Bool for (Varlist (Set (Var G3))) being (Vartype ($#m1_glib_000 Subgraph) of (Set (Var G2))) holds (Bool (Set (Var G3)) is ($#m1_glib_000 Subgraph) of (Set (Var G1)))))))
4. (p=-85.937)=> (Bool for (Varlist (Set (Var G1))) being (Vartype ($#m1_hidden _Graph)) (Bool (Bool for (Varlist (Set (Var G2))) being (Vartype ($#m1_glib_000 Subgraph) of (Set (Var G1))) (Bool (Bool for (Varlist (Set (Var G3))) being (Vartype ($#m1_glib_000 Subgraph) of (Set (Var G2))) holds (Bool (Set (Var G3)) is ($#m1_glib_000 Subgraph) of (Set (Var G1))))))))
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4. (p=-98.6189)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k17_euclid `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k19_substut1 `2)) ($#r1_hidden =) (Set (Var Sub))) ")")))))))
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6. (p=-100.609)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k17_euclid `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k19_substut1 `2)) ($#r1_hidden =) (Set (Var Sub))) ")"))))))
7. (p=-100.782)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k17_euclid `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k19_substut1 `2)) ($#r1_hidden =) (Set (Var Sub))) ")")))))))
8. (p=-101.05)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k1_euclid_5 `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k19_substut1 `2)) ($#r1_hidden =) (Set (Var Sub))) ")"))))))
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11. (p=-102.628)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k17_euclid `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k19_substut1 `2)) ($#r1_hidden =) (Set (Var Sub))) ")")))))))
12. (p=-102.739)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k17_euclid `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k18_euclid `2)) ($#r1_hidden =) (Set (Var Sub))) ")"))))))
13. (p=-103.221)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k1_xtuple_0 `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k19_substut1 `2)) ($#r1_hidden =) (Set (Var Sub))) ")")))))))
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15. (p=-103.57)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k2_sublemma `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k18_euclid `2)) ($#r1_hidden =) (Set (Var Sub))) ")"))))))
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19. (p=-105.445)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k17_euclid `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k19_substut1 `2)) ($#r1_hidden =) (Set (Var Sub))) ")"))))))))
20. (p=-105.445)=> (Bool for (Varlist (Set (Var Al))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var Al)))) (Bool for (Varlist (Set (Var Sub))) being (Vartype ($#m1_subset_1 CQC_Substitution) of (Set (Var Al))) (Bool (Bool ex (Varlist (Set (Var S))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k38_substut1 CQC-Sub-WFF) (Set (Var Al)))) (Bool st (Bool "(" (Bool (Set (Set (Var S)) ($#k17_euclid `1)) ($#r1_hidden =) (Set (Var p))) & (Bool (Set (Set (Var S)) ($#k19_substut1 `2)) ($#r1_hidden =) (Set (Var Sub))) ")"))))))))
1. (p=-287.026)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k10_binop_2 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
2. (p=-287.312)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
3. (p=-288.271)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k7_real_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
4. (p=-288.271)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k7_real_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
5. (p=-288.271)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k7_real_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
6. (p=-288.523)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
7. (p=-288.697)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k5_robbins1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
8. (p=-288.697)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k5_robbins1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
9. (p=-288.697)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k5_robbins1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
10. (p=-288.792)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_nat_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
11. (p=-288.792)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_nat_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
12. (p=-288.792)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_nat_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
13. (p=-288.831)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k1_lattices +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
14. (p=-288.831)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k1_lattices +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
15. (p=-288.831)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k1_lattices +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
16. (p=-289.029)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k3_rlvect_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
17. (p=-289.029)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k3_rlvect_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
18. (p=-289.029)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k3_rlvect_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
19. (p=-289.212)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k3_valued_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
20. (p=-289.23)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#m1_subset_1 Real)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#v2_measure5 closed_interval) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var f1)) , (Varlist (Set (Var f2))))) being (Vartype ($#m1_subset_1 PartFunc) of (Set ($#k1_numbers REAL)) , (Set ($#k1_numbers REAL))) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#v3_rcomp_1 open) ($#m1_subset_1 Subset) of (Set ($#k1_numbers REAL))) (Bool st (Bool (Bool (Set (Var A)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Bool (Set (Var f)) ($#r2_relset_1 =) (Set (Set ($#k3_taylor_1 ln)) ($#k1_partfun1 *) (Set (Var f1)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool "(" (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set (Var x)) ($#k9_real_1 -) (Set (Var b)))) & (Bool (Set (Set (Var f1)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0))) ")")) ")") & (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k7_real_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")")) ($#r1_hidden =) (Set (Var Z))) & (Bool (Bool (Set (Var Z)) ($#r1_hidden =) (Set ($#k1_relset_1 dom) (Set (Var f2)))) & (Bool (Bool "(" for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var x)) ($#r2_hidden in) (Set (Var Z)))) holds (Bool (Set (Set (Var f2)) ($#k1_seq_1 .) (Set (Var x))) ($#r1_hidden =) (Set (Set "(" (Set (Var x)) ($#k7_real_1 +) (Set (Var a)) ")") ($#k10_real_1 /) (Set "(" (Set (Var x)) ($#k9_real_1 -) (Set (Var b)) ")")))) ")") & (Bool (Set (Set (Var f2)) ($#k2_partfun1 |) (Set (Var A))) is ($#v1_fcont_1 continuous)))))))) holds (Bool (Set ($#k2_integra5 integral) "(" (Set (Var f2)) , (Set (Var A)) ")") ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k2_xcmplx_0 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k4_seq_4 upper_bound) (Set (Var A)) ")") ")") ($#k9_real_1 -) (Set "(" (Set "(" (Set "(" ($#k1_partfun2 id) (Set (Var Z)) ")") ($#k3_valued_1 +) (Set "(" (Set "(" (Set (Var a)) ($#k7_real_1 +) (Set (Var b)) ")") ($#k26_valued_1 "(#)") (Set (Var f)) ")") ")") ($#k1_seq_1 .) (Set "(" ($#k5_seq_4 lower_bound) (Set (Var A)) ")") ")"))))))))
1. (p=-29.3532)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
2. (p=-30.7042)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
3. (p=-36.171)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k4_xcmplx_0 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
4. (p=-37.087)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k19_binop_2 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
5. (p=-37.522)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k4_xcmplx_0 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
6. (p=-38.438)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k19_binop_2 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
7. (p=-39.9826)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k2_xxreal_3 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
8. (p=-40.3516)=> (Bool (Set ($#k1_rvsum_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
9. (p=-40.4319)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k5_relset_1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
10. (p=-40.6645)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k7_binop_2 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
11. (p=-41.3336)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k2_xxreal_3 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
12. (p=-42.0155)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k7_binop_2 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
13. (p=-42.1884)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k5_relset_1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
14. (p=-43.6202)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k5_relat_1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
15. (p=-43.7456)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r2_funct_2 =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
16. (p=-44.2473)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r2_relset_1 =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
17. (p=-44.3405)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r2_funct_2 =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
18. (p=-44.8422)=> (Bool (Set ($#k10_xtuple_0 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r2_relset_1 =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
19. (p=-45.3015)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r6_pboole =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
20. (p=-45.3339)=> (Bool (Set ($#k2_relset_1 rng) (Set "(" (Set ($#k29_sin_cos tan)) ($#k2_partfun1 |) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ")") , (Set "(" (Set ($#k32_sin_cos PI)) ($#k10_real_1 /) (Num 4) ")") ($#k1_rcomp_1 .])) ")")) ($#r1_funct_2 =) (Set ($#k1_rcomp_1 [.) (Set "(" ($#k1_real_1 -) (Num 1) ")") , (Num 1) ($#k1_rcomp_1 .])))
1. (p=-149.802)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
2. (p=-150.495)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k6_xcmplx_0 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
3. (p=-151.038)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
4. (p=-151.064)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k7_qmax_1 `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
5. (p=-151.511)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_robbins1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
6. (p=-151.731)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k6_xcmplx_0 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
7. (p=-152.147)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
8. (p=-152.163)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k7_qmax_1 `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k6_xcmplx_0 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
9. (p=-152.204)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_robbins1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k6_xcmplx_0 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
10. (p=-152.3)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k7_qmax_1 `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
11. (p=-152.354)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k3_domain_1 `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
12. (p=-152.354)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k3_domain_1 `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
13. (p=-152.435)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_robbins1 `))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
14. (p=-152.477)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k7_qmax_1 `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k1_seq_1 .) (Set (Var E)) ")"))))))))
15. (p=-152.533)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k5_ratfunc1 `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
16. (p=-152.533)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k5_ratfunc1 `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
17. (p=-152.534)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k2_xtuple_0 `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
18. (p=-152.534)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k2_xtuple_0 `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")"))))))))
19. (p=-152.62)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")")))))))))
20. (p=-153.623)=> (Bool for (Varlist (Set (Var Q))) being (Vartype ($#l1_qmax_1 Quantum_Mechanics)) (Bool (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k3_qmax_1 Sts) (Set (Var Q)))) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_qmax_1 Prop) (Set (Var Q)))) (Bool for (Varlist (Set (Var E))) being (Vartype ($#m1_prob_1 Event) of (Set ($#k12_prob_1 Borel_Sets))) (Bool st (Bool (Bool (Set (Var E)) ($#r1_hidden =) (Set (Set "(" (Set (Var p)) ($#k18_euclid `2) ")") ($#k3_subset_1 `)))) holds (Bool (Set (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set "(" (Set (Var p)) ($#k18_euclid `2) ")")) ($#r1_hidden =) (Set (Num 1) ($#k9_real_1 -) (Set "(" (Set "(" ($#k4_qmax_1 Meas) "(" (Set "(" (Set (Var p)) ($#k6_qmax_1 `1) ")") , (Set (Var s)) ")" ")") ($#k3_funct_2 .) (Set (Var E)) ")")))))))))
1. (p=-103.84)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
2. (p=-104.061)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
3. (p=-104.335)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
4. (p=-105.459)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k7_domain_1 {) (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x2)) ")") ($#k7_domain_1 }))))))
5. (p=-105.681)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k7_domain_1 {) (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x2)) ")") ($#k7_domain_1 }))))))
6. (p=-105.764)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
7. (p=-105.955)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k7_domain_1 {) (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x2)) ")") ($#k7_domain_1 }))))))
8. (p=-105.985)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
9. (p=-106.259)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
10. (p=-107.206)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k7_domain_1 {) (Set (Var x1)) , (Set (Var x2)) ($#k7_domain_1 }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
11. (p=-107.383)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k7_domain_1 {) (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x2)) ")") ($#k7_domain_1 }))))))
12. (p=-107.428)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k7_domain_1 {) (Set (Var x1)) , (Set (Var x2)) ($#k7_domain_1 }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
13. (p=-107.605)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k7_domain_1 {) (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x2)) ")") ($#k7_domain_1 }))))))
14. (p=-107.616)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_pzfmisc1 {) (Set (Var x1)) , (Set (Var x2)) ($#k2_pzfmisc1 }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
15. (p=-107.655)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski }))))))
16. (p=-107.879)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k7_domain_1 {) (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var x2)) ")") ($#k7_domain_1 }))))))
17. (p=-109.76)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski })))))))
18. (p=-109.982)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k4_finseq_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski })))))))
19. (p=-110.256)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_hidden Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k1_relset_1 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski })))))))
20. (p=-110.82)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function)) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f)))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set ($#k9_xtuple_0 dom) (Set (Var f))))) holds (Bool (Set (Set (Var f)) ($#k7_relset_1 .:) (Set ($#k2_tarski {) (Set (Var x1)) , (Set (Var x2)) ($#k2_tarski }))) ($#r1_hidden =) (Set ($#k2_tarski {) (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x1)) ")") , (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var x2)) ")") ($#k2_tarski })))))))
1. (p=-147.466)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
2. (p=-147.512)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m2_finseq_1 FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
3. (p=-150.283)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q))))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
4. (p=-150.33)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m2_finseq_1 FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q))))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
5. (p=-151.107)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m2_finseq_1 FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
6. (p=-151.154)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m2_finseq_1 FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m2_finseq_1 FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
7. (p=-151.315)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r2_relset_1 =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
8. (p=-151.361)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m2_finseq_1 FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r2_relset_1 =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
9. (p=-151.449)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")")) ")") ")"))
10. (p=-152.481)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q))))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")"))
11. (p=-152.617)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m2_finseq_1 FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")")) ")") ")"))
12. (p=-153.043)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m2_finseq_1 FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")")) ")") ")"))
13. (p=-153.36)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")")))
14. (p=-153.486)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")")) ")") ")"))
15. (p=-153.486)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m2_finseq_1 FinSequence)) holds (Bool (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")") ")")))
16. (p=-153.663)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")")) ")"))
17. (p=-153.677)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")")) ")") ")"))
18. (p=-153.677)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m1_hidden FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p)))) & (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")")) ")") ")"))
19. (p=-153.709)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m2_finseq_1 FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool (Bool "(" (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m1_hidden FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")") ")")) ")"))
20. (p=-153.859)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)) , (Varlist (Set (Var b3))))) being (Vartype ($#m2_finseq_1 FinSequence)) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k1_helly maxPrefix) "(" (Set (Var p)) , (Set (Var q)) ")")) iff (Bool "(" (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Bool (Set (Var b3)) ($#r1_tarski is_a_prefix_of) (Set (Var q))) & (Bool "(" for (Varlist (Set (Var r))) being (Vartype ($#m2_finseq_1 FinSequence)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var p))) & (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var q)))) holds (Bool (Set (Var r)) ($#r1_tarski is_a_prefix_of) (Set (Var b3)))) ")")) ")") ")"))
1. (p=-65.9238)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_subset_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone)))))
2. (p=-66.084)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone)))))
3. (p=-66.3752)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone)))))
4. (p=-66.5566)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_subset_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone)))))
5. (p=-69.1928)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X)))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone)))))
6. (p=-70.2064)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_card_fil Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone)))))
7. (p=-70.6875)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_subset_1 Ideal) of (Set (Var S))) holds (Bool (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X)))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone)))))
8. (p=-72.8995)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_subset_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
9. (p=-73.2552)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
10. (p=-74.5064)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
11. (p=-74.6596)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
12. (p=-74.8338)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_subset_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
13. (p=-74.979)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_subset_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
14. (p=-75.1322)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_subset_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
15. (p=-75.1913)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
16. (p=-75.2618)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v1_setlim_1 monotone)))))
17. (p=-75.8053)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")") holds (Bool (Set (Var f)) is ($#v1_setlim_1 monotone)))))
18. (p=-76.0728)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_bcialg_1 Ideal) of (Set (Var S))) holds (Bool (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X)))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
19. (p=-77.1821)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m2_card_fil Ideal) of (Set (Var S))) holds (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
20. (p=-77.5675)=> (Bool for (Varlist (Set (Var S)) , (Varlist (Set (Var T)))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 Poset)) (Bool (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set (Var S)) , (Set (Var T))) (Bool st (Bool (Bool "(" for (Varlist (Set (Var X))) being (Vartype ($#m1_subset_1 Ideal) of (Set (Var S))) holds (Bool (Bool (Set (Var f)) ($#r4_waybel_0 preserves_sup_of) (Set (Var X)))) ")")) holds (Bool (Set (Var f)) is ($#v5_orders_3 monotone))))))
1. (p=-58.6201)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Set (Var MS)) is ($#v7_aff_2 Moufangian)) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")"))
2. (p=-59.6542)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Set (Var MS)) is ($#v5_euclmetr Moufangian)) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")"))
3. (p=-59.9419)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Set (Var MS)) is ($#v3_papdesaf Moufangian)) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")"))
4. (p=-60.2253)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Set (Var MS)) is ($#v7_aff_2 Moufangian)) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")"))
5. (p=-61.2594)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Set (Var MS)) is ($#v5_euclmetr Moufangian)) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")"))
6. (p=-61.5471)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Set (Var MS)) is ($#v3_papdesaf Moufangian)) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")"))
7. (p=-62.3019)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Bool (Set (Var MS)) is ($#v7_aff_2 Moufangian))) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")"))
8. (p=-63.9072)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Bool (Set (Var MS)) is ($#v7_aff_2 Moufangian))) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")"))
9. (p=-64.2868)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool (Bool "(" (Bool (Set (Var MS)) is ($#v7_aff_2 Moufangian)) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")")))
10. (p=-65.3209)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool (Bool "(" (Bool (Set (Var MS)) is ($#v5_euclmetr Moufangian)) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")")))
11. (p=-65.6085)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool (Bool "(" (Bool (Set (Var MS)) is ($#v3_papdesaf Moufangian)) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")")))
12. (p=-65.892)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool (Bool "(" (Bool (Set (Var MS)) is ($#v7_aff_2 Moufangian)) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")")))
13. (p=-66.1578)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Bool (Set (Var MS)) is ($#v5_euclmetr Moufangian))) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")"))
14. (p=-66.4455)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Bool (Set (Var MS)) is ($#v3_papdesaf Moufangian))) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")"))
15. (p=-66.9261)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool (Bool "(" (Bool (Set (Var MS)) is ($#v5_euclmetr Moufangian)) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")")))
16. (p=-67.2138)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool (Bool "(" (Bool (Set (Var MS)) is ($#v3_papdesaf Moufangian)) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")")))
17. (p=-67.763)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Bool (Set (Var MS)) is ($#v5_euclmetr Moufangian))) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")"))
18. (p=-67.9686)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool (Bool "(" (Bool (Bool (Set (Var MS)) is ($#v7_aff_2 Moufangian))) iff (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES)) ")")))
19. (p=-68.0507)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool "(" (Bool (Bool (Set (Var MS)) is ($#v3_papdesaf Moufangian))) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")"))
20. (p=-69.5738)=> (Bool for (Varlist (Set (Var MS))) being (Vartype ($#l1_analmetr OrtAfPl)) holds (Bool (Bool "(" (Bool (Bool (Set (Var MS)) is ($#v7_aff_2 Moufangian))) iff (Bool (Bool (Set (Var MS)) is ($#v5_conmetr satisfying_TDES))) ")")))
1. (p=-37.9833)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_rcomp_1 compact)))
2. (p=-38.782)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v2_compts_1 compact)))
3. (p=-39.0642)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_compts_1 compact)))
4. (p=-39.1124)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_waybel_3 compact)))
5. (p=-40.5398)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_nfcont_1 compact)))
6. (p=-40.7439)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_ncfcont1 compact)))
7. (p=-41.3529)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v2_compts_1 compact))))
8. (p=-42.0711)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_rcomp_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_rcomp_1 .])) is ($#v2_compts_1 compact)))
9. (p=-42.1993)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_cfcont_1 compact)))
10. (p=-42.2359)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_compts_1 compact))))
11. (p=-42.3533)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_rcomp_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_rcomp_1 .])) is ($#v1_compts_1 compact)))
12. (p=-42.3763)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k8_group_5 [.) (Set (Var s)) , (Set (Var g)) ($#k8_group_5 .])) is ($#v2_compts_1 compact)))
13. (p=-42.5073)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_waybel_3 compact))))
14. (p=-42.6389)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_grnilp_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_grnilp_1 .])) is ($#v2_compts_1 compact)))
15. (p=-42.6584)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k8_group_5 [.) (Set (Var s)) , (Set (Var g)) ($#k8_group_5 .])) is ($#v1_compts_1 compact)))
16. (p=-43.1699)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_rcomp_1 compact))))
17. (p=-43.3573)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_nfcont_1 compact))))
18. (p=-43.527)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k2_group_5 [.) (Set (Var s)) , (Set (Var g)) ($#k2_group_5 .])) is ($#v2_compts_1 compact)))
19. (p=-43.5492)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v2_topmetr compact)))
20. (p=-43.5492)=> (Bool for (Varlist (Set (Var s)) , (Varlist (Set (Var g)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set ($#k1_xxreal_1 [.) (Set (Var s)) , (Set (Var g)) ($#k1_xxreal_1 .])) is ($#v1_compact1 compact)))
1. (p=-67.583)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r1_hidden =) (Set (Var f2))))))
2. (p=-70.4006)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Bool (Set (Var f1)) ($#r1_hidden =) (Set (Var f2)))))))
3. (p=-70.979)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r1_hidden =) (Set (Var f2)))))))
4. (p=-71.1681)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r2_funct_2 =) (Set (Var f2))))))
5. (p=-71.6698)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r2_relset_1 =) (Set (Var f2))))))
6. (p=-71.9383)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r1_hidden =) (Set (Var f2)))))))
7. (p=-72.7239)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r6_pboole =) (Set (Var f2))))))
8. (p=-72.7563)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r1_funct_2 =) (Set (Var f2))))))
9. (p=-72.9953)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r8_pboole =) (Set (Var f2))))))
10. (p=-73.7966)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Bool (Set (Var f1)) ($#r1_hidden =) (Set (Var f2))))))))
11. (p=-73.9857)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Bool (Set (Var f1)) ($#r2_funct_2 =) (Set (Var f2)))))))
12. (p=-74.3046)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r1_group_2 =) (Set (Var f2))))))
13. (p=-74.3395)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Bool (Set (Var f1)) ($#r1_funct_2 =) (Set (Var f2)))))))
14. (p=-74.4874)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Bool (Set (Var f1)) ($#r2_relset_1 =) (Set (Var f2)))))))
15. (p=-74.5641)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r2_funct_2 =) (Set (Var f2)))))))
16. (p=-74.7683)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r2_funct_2 =) (Set (Var f2)))))))
17. (p=-74.8213)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r1_hidden =) (Set (Var f2))))))))
18. (p=-74.8213)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Bool (Set (Var f1)) ($#r1_hidden =) (Set (Var f2))))))))
19. (p=-75.1991)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r1_rlvect_2 =) (Set (Var f2))))))
20. (p=-75.616)=> (Bool for (Varlist (Set (Var C))) being (Vartype ($#l1_cat_4 Cartesian_category)) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Object) of (Set (Var C))) (Bool for (Varlist (Set (Var f1)) , (Varlist (Set (Var f2)))) being (Vartype ($#m1_cat_1 Morphism) of (Set (Var a)) , (Set ($#k1_cat_4 [1]) (Set (Var C)))) holds (Bool (Set (Var f1)) ($#r2_relset_1 =) (Set (Var f2)))))))
1. (p=-227.237)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")"))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
2. (p=-227.312)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
3. (p=-227.88)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
4. (p=-227.956)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")") ")"))))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
5. (p=-227.985)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
6. (p=-228.048)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")"))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
7. (p=-228.124)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
8. (p=-228.248)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k1_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
9. (p=-228.269)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k1_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")"))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
10. (p=-228.629)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")"))))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
11. (p=-228.692)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
12. (p=-228.743)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k1_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")"))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
13. (p=-228.768)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")") ")"))))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
14. (p=-228.797)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
15. (p=-228.892)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k1_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")") ")"))))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
16. (p=-228.913)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k1_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
17. (p=-228.949)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")"))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k1_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
18. (p=-228.949)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")"))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k1_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
19. (p=-229.025)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")") ")")))))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k1_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
20. (p=-230.321)=> (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)) , (Varlist (Set (Var k))))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) (Bool st (Bool (Bool (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var i))) & (Bool (Set (Set (Var i)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k3_finseq_1 len) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")")))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var j))) & (Bool (Set (Set (Var j)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <=) (Set ($#k1_matrix_1 width) (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")"))))) & (Bool (Bool (Num 1) ($#r1_xxreal_0 <=) (Set (Var k))) & (Bool (Bool (Set (Set (Var k)) ($#k2_nat_1 +) (Num 1)) ($#r1_xxreal_0 <) (Set ($#k3_finseq_1 len) (Set (Var f)))) & (Bool (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set (Var k)) ")")) & (Bool (Set ($#k1_rltopsp1 LSeg) "(" (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")" ")") , (Set "(" (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")" ")") ")") ($#r1_hidden =) (Set ($#k2_topreal1 LSeg) "(" (Set (Var f)) , (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 1) ")") ")")))))) holds (Bool "(" (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set (Var k))) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set (Var i)) , (Set (Var j)) ")")) & (Bool (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k1_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set (Var j)) ")")) & (Bool (Set (Set (Var f)) ($#k7_partfun1 /.) (Set "(" (Set (Var k)) ($#k2_nat_1 +) (Num 2) ")")) ($#r1_hidden =) (Set (Set "(" ($#k2_goboard2 GoB) (Set (Var f)) ")") ($#k3_matrix_1 *) "(" (Set "(" (Set (Var i)) ($#k2_nat_1 +) (Num 1) ")") , (Set "(" (Set (Var j)) ($#k2_nat_1 +) (Num 1) ")") ")"))) ")"))))
1. (p=-43.0647)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k13_euclid Pitag_dist) (Set (Var n))) ($#r1_pcomps_1 is_metric_of) (Set ($#k1_euclid REAL) (Set (Var n)))))
2. (p=-45.8823)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool (Set ($#k13_euclid Pitag_dist) (Set (Var n))) ($#r1_pcomps_1 is_metric_of) (Set ($#k1_euclid REAL) (Set (Var n))))))
1. (p=-356.673)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_seq_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
2. (p=-356.898)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
3. (p=-357.024)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k4_mesfunc5 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
4. (p=-357.059)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_seq_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
5. (p=-357.059)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_seq_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k2_xtuple_0 `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
6. (p=-357.059)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_seq_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
7. (p=-357.093)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
8. (p=-357.284)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
9. (p=-357.284)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k2_xtuple_0 `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
10. (p=-357.284)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
11. (p=-357.409)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k4_mesfunc5 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
12. (p=-357.409)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k4_mesfunc5 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k2_xtuple_0 `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
13. (p=-357.409)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k4_mesfunc5 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
14. (p=-357.479)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
15. (p=-357.479)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k2_xtuple_0 `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
16. (p=-357.479)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k1_real_1 -) (Num 1)))) ")"))))))
17. (p=-357.878)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_seq_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k4_xcmplx_0 -) (Num 1)))) ")"))))))
18. (p=-358.103)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k4_xcmplx_0 -) (Num 1)))) ")"))))))
19. (p=-358.229)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k4_mesfunc5 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k4_xcmplx_0 -) (Num 1)))) ")"))))))
20. (p=-358.264)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)))))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var h))) being (Vartype ($#m1_subset_1 Function) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")") , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var f))) being (Vartype ($#m1_subset_1 Function) of (Set ($#k5_topmetr I[01])) , (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool for (Varlist (Set (Var O)) , (Varlist (Set (Var I)))) being (Vartype ($#m1_subset_1 Point) of (Set ($#k5_topmetr I[01]))) (Bool st (Bool (Bool (Set (Var c)) ($#r1_xxreal_0 <) (Set (Var d))) & (Bool (Bool (Set (Var h)) ($#r2_funct_2 =) (Set ($#k2_jgraph_2 AffineMap) "(" (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var b)) ($#k2_xcmplx_0 +) (Set (Var a)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var b)) ($#k6_xcmplx_0 -) (Set (Var a)) ")") ")") ")") , (Set "(" (Num 2) ($#k10_real_1 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") , (Set "(" ($#k4_xcmplx_0 -) (Set "(" (Set "(" (Set (Var d)) ($#k2_xcmplx_0 +) (Set (Var c)) ")") ($#k7_xcmplx_0 /) (Set "(" (Set (Var d)) ($#k6_xcmplx_0 -) (Set (Var c)) ")") ")") ")") ")")) & (Bool (Bool (Set (Var d)) ($#r1_xxreal_0 >=) (Set (Set "(" (Set (Var f)) ($#k1_seq_1 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set (Var f)) ($#k1_funct_1 .) (Set (Var I)) ")") ($#k2_xtuple_0 `2))) & (Bool (Set (Set "(" (Set (Var f)) ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set (Var c))))))) holds (Bool "(" (Bool (Num 1) ($#r1_xxreal_0 >=) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2))) & (Bool (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var O)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >) (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2))) & (Bool (Set (Set "(" (Set "(" (Set (Var h)) ($#k1_partfun1 *) (Set (Var f)) ")") ($#k3_funct_2 .) (Set (Var I)) ")") ($#k18_euclid `2)) ($#r1_xxreal_0 >=) (Set ($#k4_xcmplx_0 -) (Num 1)))) ")"))))))
1. (p=-124.403)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k1_partfun1 *) (Set (Var k)))))))
2. (p=-124.479)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k6_algstr_0 *) (Set (Var k)))))))
3. (p=-124.617)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k1_partfun1 *) (Set (Var k)))))))
4. (p=-124.632)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k3_relat_1 *) (Set (Var k)))))))
5. (p=-124.646)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k8_real_1 *) (Set (Var k)))))))
6. (p=-124.693)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k6_algstr_0 *) (Set (Var k)))))))
7. (p=-124.739)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k3_xcmplx_0 *) (Set (Var k)))))))
8. (p=-124.846)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k3_relat_1 *) (Set (Var k)))))))
9. (p=-124.86)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k8_real_1 *) (Set (Var k)))))))
10. (p=-124.953)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k3_xcmplx_0 *) (Set (Var k)))))))
11. (p=-125.287)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k1_rlvect_1 *) (Set (Var k)))))))
12. (p=-125.294)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k8_group_1 *) (Set (Var k)))))))
13. (p=-125.501)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k1_rlvect_1 *) (Set (Var k)))))))
14. (p=-125.508)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k8_group_1 *) (Set (Var k)))))))
15. (p=-125.602)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r11_polyred are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k1_partfun1 *) (Set (Var k)))))))
16. (p=-125.678)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r11_polyred are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k6_algstr_0 *) (Set (Var k)))))))
17. (p=-126.423)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r11_polyred are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k3_xcmplx_0 *) (Set (Var k)))))))
18. (p=-130.389)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k1_partfun1 *) (Set (Var k))))))))
19. (p=-130.465)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k6_algstr_0 *) (Set (Var k))))))))
20. (p=-130.604)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)) , (Varlist (Set (Var i3))))) being (Vartype ($#m1_hidden Integer)) (Bool (Bool for (Varlist (Set (Var k))) being (Vartype ($#m1_hidden Nat)) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r2_int_1 are_congruent_mod) (Set (Var i3)))) holds (Bool (Set (Set (Var i1)) ($#k3_xcmplx_0 *) (Set (Var k))) , (Set (Set (Var i2)) ($#k3_xcmplx_0 *) (Set (Var k))) ($#r2_int_1 are_congruent_mod) (Set (Set (Var i3)) ($#k1_partfun1 *) (Set (Var k))))))))
1. (p=-87.5171)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")"))))
2. (p=-88.6748)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))) ")"))))
3. (p=-89.8168)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k1_afinsq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")"))))
4. (p=-90.3347)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")"))))
5. (p=-90.3347)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")"))))
6. (p=-90.3347)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))))) ")"))))
7. (p=-90.3347)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool (Bool "(" (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")")))))
8. (p=-90.5299)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))))) ")"))))
9. (p=-90.9582)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")")))))
10. (p=-91.4923)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")"))))
11. (p=-91.4923)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))) ")"))))
12. (p=-91.4923)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))) ")"))))
13. (p=-91.4923)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))) ")"))))
14. (p=-91.4923)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool (Bool "(" (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))) ")")))))
15. (p=-91.7045)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Set ($#k1_afinsq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))) ")"))))
16. (p=-92.0782)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k1_algseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")"))))
17. (p=-92.1892)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))) ")")))))
18. (p=-93.3228)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")")))))
19. (p=-94.5538)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n)))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :]))) ")")))))
20. (p=-95.6226)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var M))) being (Vartype ($#m1_matrix_1 Matrix) of (Set (Var n)) , (Set (Var D))) holds (Bool "(" (Bool (Set ($#k1_afinsq_1 len) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Bool (Set ($#k1_matrix_1 width) (Set (Var M))) ($#r1_hidden =) (Set (Var n))) & (Bool (Set ($#k2_matrix_1 Indices) (Set (Var M))) ($#r1_hidden =) (Set ($#k2_zfmisc_1 [:) (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") , (Set "(" ($#k2_finseq_1 Seg) (Set (Var n)) ")") ($#k2_zfmisc_1 :])))) ")")))))
1. (p=-31.6611)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Set ($#k5_ami_3 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting))))
2. (p=-34.4593)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Set ($#k9_scmfsa_2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting))))
3. (p=-35.1107)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Set ($#k5_ami_3 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting)))
4. (p=-35.3415)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Set ($#k6_scmring2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting))))
5. (p=-41.0253)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Set ($#k9_scmfsa_2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting)))
6. (p=-41.4913)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Set ($#k5_ami_3 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v13_glib_000 halting)))
7. (p=-41.763)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Set ($#k5_ami_3 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v13_glib_000 halting))))
8. (p=-41.9075)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Set ($#k6_scmring2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting)))
9. (p=-42.4116)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Bool (Set ($#k9_scmfsa_2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting))))
10. (p=-43.2501)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Bool (Set ($#k5_ami_3 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting))))
11. (p=-43.2938)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Bool (Set ($#k6_scmring2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting))))
12. (p=-44.557)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Set ($#k9_scmfsa_2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v13_glib_000 halting))))
13. (p=-44.5612)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Set ($#k9_scmfsa_2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v13_glib_000 halting)))
14. (p=-45.2292)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Bool (Set ($#k9_scmfsa_2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting)))))
15. (p=-45.4392)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Set ($#k6_scmring2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v13_glib_000 halting))))
16. (p=-45.4434)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Set ($#k6_scmring2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v13_glib_000 halting)))
17. (p=-46.0677)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Bool (Set ($#k5_ami_3 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting)))))
18. (p=-46.1114)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool (Bool not (Bool (Set ($#k6_scmring2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting)))))
19. (p=-47.2563)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Bool (Set ($#k9_scmfsa_2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v13_glib_000 halting))))
20. (p=-47.4087)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Int-Location)) holds (Bool not (Bool (Bool (Set ($#k9_scmfsa_2 MultBy) "(" (Set (Var a)) , (Set (Var b)) ")") is ($#v2_extpro_1 halting)))))
1. (p=-73.3838)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p)))) holds (Bool (Set (Set (Var p)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
2. (p=-74.2305)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
3. (p=-74.3859)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p)))) holds (Bool (Set (Set (Var p)) ($#k3_funct_2 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
4. (p=-75.0322)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
5. (p=-75.2326)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k3_funct_2 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
6. (p=-75.8863)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p)))) holds (Bool (Set (Set (Var p)) ($#k8_nat_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
7. (p=-76.2631)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k1_afinsq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
8. (p=-76.733)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k8_nat_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
9. (p=-77.2652)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k1_afinsq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k3_funct_2 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
10. (p=-77.2696)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k3_polynom1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
11. (p=-77.3202)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p)))) holds (Bool (Set (Set (Var p)) ($#k1_normsp_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
12. (p=-77.5868)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k1_algseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
13. (p=-77.6831)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_normsp_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R))))))))
14. (p=-78.8016)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R)))))))))
15. (p=-79.8271)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R)))))))))
16. (p=-80.6081)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p)))) holds (Bool (Set (Set (Var p)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R)))))))))
17. (p=-81.4548)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R)))))))))
18. (p=-81.6101)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p)))) holds (Bool (Set (Set (Var p)) ($#k3_funct_2 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R)))))))))
19. (p=-82.2565)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R)))))))))
20. (p=-82.4569)=> (Bool for (Varlist (Set (Var i))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l2_struct_0 ZeroStr)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_subset_1 AlgSequence) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var i)) ($#r1_xxreal_0 >=) (Set ($#k3_finseq_1 len) (Set (Var p))))) holds (Bool (Set (Set (Var p)) ($#k3_funct_2 .) (Set (Var i))) ($#r1_hidden =) (Set ($#k4_struct_0 0.) (Set (Var R)))))))))
1. (p=-82.4019)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
2. (p=-83.937)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k23_binop_2 +) (Num 1) ")") ($#k1_tarski })))))))
3. (p=-84.1086)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k1_afinsq_1 len) (Set (Var p)) ")") ($#k23_binop_2 +) (Num 1) ")") ($#k1_tarski })))))))
4. (p=-84.2865)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k9_xtuple_0 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
5. (p=-84.4282)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k1_algseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
6. (p=-85.1902)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k1_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
7. (p=-85.2195)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski }))))))))
8. (p=-85.704)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_hidden FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
9. (p=-85.8216)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k9_xtuple_0 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k23_binop_2 +) (Num 1) ")") ($#k1_tarski })))))))
10. (p=-85.9004)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_trees_4 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
11. (p=-85.9932)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k9_xtuple_0 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k1_afinsq_1 len) (Set (Var p)) ")") ($#k23_binop_2 +) (Num 1) ")") ($#k1_tarski })))))))
12. (p=-86.0092)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k1_afinsq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
13. (p=-86.0711)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
14. (p=-86.2461)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_xcmplx_0 +) (Num 1) ")") ($#k1_tarski })))))))
15. (p=-86.3128)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k9_xtuple_0 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k1_algseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
16. (p=-86.5609)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski }))))))))
17. (p=-86.6835)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m1_prob_3 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski })))))))
18. (p=-86.7545)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k23_binop_2 +) (Num 1) ")") ($#k1_tarski }))))))))
19. (p=-88.9256)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k1_tarski }))))))))
20. (p=-90.4606)=> (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var p))) being (Vartype ($#m2_finseq_1 FinSequence) of (Set (Var A))) holds (Bool (Set ($#k1_relset_1 dom) (Set "(" (Set ($#k1_tarski {) (Set (Var x)) ($#k1_tarski })) ($#k6_relat_1 |`) (Set "(" (Set (Var p)) ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set (Var x)) ($#k9_finseq_1 *>)) ")") ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_relset_1 dom) (Set "(" (Set ($#k6_domain_1 {) (Set (Var x)) ($#k6_domain_1 })) ($#k6_relset_1 |`) (Set (Var p)) ")") ")") ($#k2_xboole_0 \/) (Set ($#k1_tarski {) (Set "(" (Set "(" ($#k3_finseq_1 len) (Set (Var p)) ")") ($#k23_binop_2 +) (Num 1) ")") ($#k1_tarski }))))))))
1. (p=-42.9479)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
2. (p=-43.1144)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
3. (p=-44.4949)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k2_pre_poly <*>) (Set (Var D)))))
4. (p=-44.6614)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k2_pre_poly <*>) (Set (Var D)))))
5. (p=-46.6828)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k1_afinsq_2 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
6. (p=-47.3743)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k2_pre_poly <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
7. (p=-47.5257)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k1_bspace <*>) (Set (Var D)))))
8. (p=-47.5407)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k2_pre_poly <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
9. (p=-47.6921)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k1_bspace <*>) (Set (Var D)))))
10. (p=-49.6979)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r2_funct_2 =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
11. (p=-49.8644)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r2_funct_2 =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
12. (p=-50.4053)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r2_relset_1 =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
13. (p=-50.5717)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r2_relset_1 =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
14. (p=-50.6025)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k6_finseq_1 <*>) (Set (Var D))))))
15. (p=-50.769)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k6_finseq_1 <*>) (Set (Var D))))))
16. (p=-51.7936)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_funct_2 =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
17. (p=-51.9112)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r6_pboole =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
18. (p=-52.0777)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r6_pboole =) (Set ($#k6_finseq_1 <*>) (Set (Var D)))))
19. (p=-52.948)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k4_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k2_pre_poly <*>) (Set (Var D))))))
20. (p=-53.1145)=> (Bool for (Varlist (Set (Var D))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k3_finseq_5 Rev) (Set "(" ($#k6_finseq_1 <*>) (Set (Var D)) ")")) ($#r1_hidden =) (Set ($#k2_pre_poly <*>) (Set (Var D))))))
1. (p=-161.139)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
2. (p=-161.286)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
3. (p=-162.616)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
4. (p=-162.762)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
5. (p=-163.21)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
6. (p=-163.357)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
7. (p=-163.526)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")"))) ")")))))
8. (p=-163.672)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")"))) ")")))))
9. (p=-164.172)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Bool (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
10. (p=-164.638)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
11. (p=-164.687)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
12. (p=-164.784)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
13. (p=-164.815)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
14. (p=-164.833)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
15. (p=-164.949)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
16. (p=-164.962)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
17. (p=-165.003)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")"))) ")")))))
18. (p=-165.638)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")"))))))
19. (p=-165.784)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool (Bool st (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")"))))))
20. (p=-166.292)=> (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var p1)) , (Varlist (Set (Var p2)) , (Varlist (Set (Var p3)))))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool (Bool (Bool (Set (Var p)) ($#r2_hidden in) (Set ($#k2_topreal1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Bool not (Set (Var p3)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")"))))) holds (Bool ex (Varlist (Set (Var p4))) being (Vartype ($#m1_subset_1 Point) of (Set "(" ($#k15_euclid TOP-REAL) (Num 2) ")")) (Bool st (Bool "(" (Bool (Set (Var p4)) ($#r2_hidden in) (Set ($#k1_rltopsp1 LSeg) "(" (Set (Var p1)) , (Set (Var p2)) ")")) & (Bool (Set ($#k4_euclid_3 angle) "(" (Set (Var p1)) , (Set (Var p3)) , (Set (Var p4)) ")") ($#r1_hidden =) (Set ($#k4_euclid_3 angle) "(" (Set (Var p)) , (Set (Var p3)) , (Set (Var p2)) ")")) ")")))))
1. (p=-50.9446)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_xxreal_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_xxreal_1 .]))))
2. (p=-52.5823)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k3_rcomp_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k3_rcomp_1 .[))) ($#r1_hidden =) (Set ($#k1_xxreal_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_xxreal_1 .]))))
3. (p=-53.7622)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_xxreal_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_xxreal_1 .])))))
4. (p=-53.9324)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_rcomp_1 .]))))
5. (p=-54.891)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k2_group_5 [.) (Set (Var b)) , (Set (Var a)) ($#k2_group_5 .]))))
6. (p=-55.3999)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k3_rcomp_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k3_rcomp_1 .[))) ($#r1_hidden =) (Set ($#k1_xxreal_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_xxreal_1 .])))))
7. (p=-55.4142)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_supinf_1 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_rcomp_1 .]))))
8. (p=-55.4447)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_supinf_1 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_xxreal_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_xxreal_1 .]))))
9. (p=-55.9767)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k3_rcomp_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k3_rcomp_1 .[))) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_rcomp_1 .]))))
10. (p=-56.3728)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_supinf_1 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k2_group_5 [.) (Set (Var b)) , (Set (Var a)) ($#k2_group_5 .]))))
11. (p=-56.5949)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k8_group_5 [.) (Set (Var b)) , (Set (Var a)) ($#k8_group_5 .]))))
12. (p=-56.9354)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k3_rcomp_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k3_rcomp_1 .[))) ($#r1_hidden =) (Set ($#k2_group_5 [.) (Set (Var b)) , (Set (Var a)) ($#k2_group_5 .]))))
13. (p=-57.6414)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_rcomp_1 .])))))
14. (p=-57.9866)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k7_group_5 [.) (Set (Var b)) , (Set (Var a)) ($#k7_group_5 .]))))
15. (p=-58.0767)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_supinf_1 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k8_group_5 [.) (Set (Var b)) , (Set (Var a)) ($#k8_group_5 .]))))
16. (p=-58.1385)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_grnilp_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_grnilp_1 .]))))
17. (p=-58.1795)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k3_rcomp_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k3_rcomp_1 .[))) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_rcomp_1 .])))))
18. (p=-59.5635)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_supinf_1 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_rcomp_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_rcomp_1 .])))))
19. (p=-59.6888)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_xxreal_0 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k2_group_5 [.) (Set (Var b)) , (Set (Var a)) ($#k2_group_5 .])))))
20. (p=-60.2425)=> (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) holds (Bool (Bool (Set (Set ($#k3_xxreal_1 ].) (Set ($#k2_xxreal_0 -infty)) , (Set (Var a)) ($#k3_xxreal_1 .])) ($#k3_xboole_0 /\) (Set ($#k2_xxreal_1 [.) (Set (Var b)) , (Set ($#k1_supinf_1 +infty)) ($#k2_xxreal_1 .[))) ($#r1_hidden =) (Set ($#k1_xxreal_1 [.) (Set (Var b)) , (Set (Var a)) ($#k1_xxreal_1 .])))))
1. (p=-45.0433)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")"))))
2. (p=-45.3909)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_robbins1 `) ")") , (Set (Var X)) ")"))))
3. (p=-46.8088)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k2_bcialg_1 `) ")") , (Set (Var X)) ")"))))
4. (p=-46.8695)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k7_lattices `) ")") , (Set (Var X)) ")"))))
5. (p=-50.4521)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")")))))
6. (p=-50.7997)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_robbins1 `) ")") , (Set (Var X)) ")")))))
7. (p=-51.0825)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")")))))
8. (p=-51.2256)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k7_rfunct_1 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")"))))
9. (p=-51.4301)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_robbins1 `) ")") , (Set (Var X)) ")")))))
10. (p=-51.6686)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k3_mesfunc2 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")"))))
11. (p=-51.9796)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k4_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")"))))
12. (p=-52.2176)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k2_bcialg_1 `) ")") , (Set (Var X)) ")")))))
13. (p=-52.2783)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k7_lattices `) ")") , (Set (Var X)) ")")))))
14. (p=-52.848)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k2_bcialg_1 `) ")") , (Set (Var X)) ")")))))
15. (p=-52.9087)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k7_lattices `) ")") , (Set (Var X)) ")")))))
16. (p=-53.3959)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_hidden =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")"))))
17. (p=-53.6805)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k1_xboole_0 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")"))))
18. (p=-54.0281)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k1_xboole_0 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_robbins1 `) ")") , (Set (Var X)) ")"))))
19. (p=-56.3146)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_hidden =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")")))))
20. (p=-56.4806)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var X))) holds (Bool (Bool (Set (Set "(" "(" (Set ($#k6_numbers 0)) , (Num 1) ")" ($#k5_funct_4 -->) "(" (Num 1) , (Set ($#k6_numbers 0)) ")" ")") ($#k1_partfun1 *) (Set "(" ($#k5_funct_3 chi) "(" (Set (Var A)) , (Set (Var X)) ")" ")")) ($#r1_funct_2 =) (Set ($#k5_funct_3 chi) "(" (Set "(" (Set (Var A)) ($#k3_subset_1 `) ")") , (Set (Var X)) ")"))))))
1. (p=-409.457)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
2. (p=-409.461)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
3. (p=-409.757)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r4_incsp_1 on) (Set (Var Q))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
4. (p=-409.761)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r4_incsp_1 on) (Set (Var Q))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
5. (p=-411.597)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B))))))) & (Bool (Bool (Bool (Bool not (Set (Var b)) ($#r3_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B)))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))) & (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q)))))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
6. (p=-411.602)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B))))))) & (Bool (Bool (Bool (Bool not (Set (Var b)) ($#r3_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B)))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))) & (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q)))))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
7. (p=-412.069)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q)))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
8. (p=-412.073)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q)))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
9. (p=-412.191)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m2_collsp LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
10. (p=-412.196)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m2_collsp LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
11. (p=-412.274)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q)))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
12. (p=-412.274)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))) holds (Bool (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")"))))))))
13. (p=-412.278)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q)))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
14. (p=-412.278)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")"))))))))
15. (p=-412.492)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m2_collsp LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r4_incsp_1 on) (Set (Var Q))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
16. (p=-412.496)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m2_collsp LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r4_incsp_1 on) (Set (Var Q))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")")))))))
17. (p=-415.758)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")"))))))))
18. (p=-415.763)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var Q))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")"))))))))
19. (p=-416.059)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r4_incsp_1 on) (Set (Var Q))) & (Bool (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent))))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")"))))))))
20. (p=-416.063)=> (Bool for (Varlist (Set (Var IPP))) being (Vartype ($#v5_incproj 2-dimensional) ($#v9_incproj Desarguesian) ($#l1_incsp_1 IncProjSp)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)) , (Varlist (Set (Var c)) , (Varlist (Set (Var d)) , (Varlist (Set (Var s)) , (Varlist (Set (Var r)))))))) being (Vartype ($#m1_subset_1 POINT) of (Set (Var IPP))) (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)) , (Varlist (Set (Var C)) , (Varlist (Set (Var S)) , (Varlist (Set (Var R)) , (Varlist (Set (Var Q)))))))) being (Vartype ($#m1_subset_1 LINE) of (Set (Var IPP))) (Bool st (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var C)))) & (Bool (Bool (Bool (Bool (Bool not (Set (Var a)) ($#r1_incsp_1 on) (Set (Var B)))) & (Bool (Bool (Bool not (Set (Var b)) ($#r1_incsp_1 on) (Set (Var A)))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var A))) & (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var C))))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var C))) & (Bool (Set (Var a)) ($#r1_incsp_1 on) (Set (Var S))))) & (Bool (Bool (Bool (Set (Var d)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var c)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Bool (Set (Var b)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var A)))))) & (Bool (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var S))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var B))) & (Bool (Bool (Set (Var r)) ($#r1_incsp_1 on) (Set (Var R))) & (Bool (Set (Var s)) ($#r1_incsp_1 on) (Set (Var Q))))))))))))) & (Bool (Bool (Set (Var r)) ($#r4_incsp_1 on) (Set (Var Q))) & (Bool not (Set (Var A)) , (Set (Var B)) , (Set (Var C)) ($#r1_projred2 are_concurrent)))) holds (Bool (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var C)) , (Set (Var b)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var a)) , (Set (Var C)) ")" ")")) ($#r1_hidden =) (Set (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var Q)) , (Set (Var a)) , (Set (Var B)) ")" ")") ($#k3_relat_1 *) (Set "(" ($#k1_projred1 IncProj) "(" (Set (Var A)) , (Set (Var b)) , (Set (Var Q)) ")" ")"))))))))
1. (p=-77.6244)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_compos_2 ';') (Set (Var j)) ")") ($#k8_compos_1 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))
2. (p=-78.3776)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_compos_2 ';') (Set (Var j)) ")") ($#k2_compos_2 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))
3. (p=-78.919)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k3_compos_2 ';') (Set (Var j)) ")") ($#k2_compos_2 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))
4. (p=-81.4333)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k4_scmpds_4 ';') (Set (Var j)) ")") ($#k1_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))
5. (p=-81.4465)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_scmpds_4 ';') (Set (Var j)) ")") ($#k1_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))
6. (p=-81.8618)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k3_scmpds_4 ';') (Set (Var j)) ")") ($#k3_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))
7. (p=-82.3015)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k3_scmpds_4 ';') (Set (Var j)) ")") ($#k1_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))
8. (p=-82.5265)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k1_scmpds_4 ';') (Set (Var j)) ")") ($#k1_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))
9. (p=-85.6977)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_compos_2 ';') (Set (Var j)) ")") ($#k8_compos_1 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
10. (p=-86.9849)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_compos_2 ';') (Set (Var j)) ")") ($#k8_compos_1 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
11. (p=-88.5486)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_compos_2 ';') (Set (Var j)) ")") ($#k8_compos_1 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
12. (p=-89.8025)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_compos_2 ';') (Set (Var j)) ")") ($#k8_compos_1 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i))))))))
13. (p=-90.6206)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_compos_2 ';') (Set (Var j)) ")") ($#k8_compos_1 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r2_funct_2 =) (Set (Var i))))))
14. (p=-91.2295)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_compos_2 ';') (Set (Var j)) ")") ($#k2_compos_2 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
15. (p=-91.7709)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k3_compos_2 ';') (Set (Var j)) ")") ($#k2_compos_2 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
16. (p=-94.2852)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k4_scmpds_4 ';') (Set (Var j)) ")") ($#k1_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
17. (p=-94.2984)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k2_scmpds_4 ';') (Set (Var j)) ")") ($#k1_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
18. (p=-94.7137)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k3_scmpds_4 ';') (Set (Var j)) ")") ($#k3_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
19. (p=-95.1534)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k3_scmpds_4 ';') (Set (Var j)) ")") ($#k1_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
20. (p=-95.3784)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#v1_amistd_4 with_non_trivial_Instructions) ($#l1_compos_1 COM-Struct)) (Bool (Bool for (Varlist (Set (Var i)) , (Varlist (Set (Var j)))) being (Vartype ($#v6_compos_0 No-StopCode) ($#m1_subset_1 Instruction) of (Set (Var S))) (Bool for (Varlist (Set (Var K))) being (Vartype ($#m1_hidden MacroInstruction) of (Set (Var S))) holds (Bool (Set (Set "(" (Set "(" (Set (Var i)) ($#k1_scmpds_4 ';') (Set (Var j)) ")") ($#k1_scmpds_4 ';') (Set (Var K)) ")") ($#k1_funct_1 .) (Set ($#k6_numbers 0))) ($#r1_hidden =) (Set (Var i)))))))
1. (p=-96.2131)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k9_sin_cos Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k5_lopban_4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
2. (p=-96.2131)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k9_sin_cos Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k8_sin_cos Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
3. (p=-96.2131)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k6_lopban_4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k5_lopban_4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
4. (p=-96.2131)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k6_lopban_4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k8_sin_cos Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
5. (p=-96.4162)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m2_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k9_sin_cos Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k5_lopban_4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
6. (p=-96.4162)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m2_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k9_sin_cos Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k8_sin_cos Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
7. (p=-96.6831)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k9_sin_cos Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k2_clopban4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
8. (p=-96.6831)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k6_lopban_4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k2_clopban4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
9. (p=-96.9344)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k3_clopban4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k5_lopban_4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
10. (p=-96.9344)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k3_clopban4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k8_sin_cos Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
11. (p=-97.3132)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k9_sin_cos Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k5_lopban_4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
12. (p=-97.3132)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k9_sin_cos Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k8_sin_cos Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
13. (p=-97.3132)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k6_lopban_4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k5_lopban_4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
14. (p=-97.3132)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k6_lopban_4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k8_sin_cos Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
15. (p=-97.4044)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k3_clopban4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k2_clopban4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
16. (p=-97.7832)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k9_sin_cos Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k2_clopban4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
17. (p=-97.7832)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k6_lopban_4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k2_clopban4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
18. (p=-98.0345)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k3_clopban4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k5_lopban_4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
19. (p=-98.0345)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k3_clopban4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k8_sin_cos Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
20. (p=-98.5045)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_clopban2 Complex_Banach_Algebra)) (Bool for (Varlist (Set (Var z)) , (Varlist (Set (Var w)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var X))) (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set ($#k3_clopban4 Expan_e) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")") ($#r1_hidden =) (Set (Set "(" (Set ($#k6_complex1 1r)) ($#k13_complex1 /) (Set "(" (Set (Var n)) ($#k3_newton !) ")") ")") ($#k1_clvect_1 *) (Set "(" ($#k2_clopban4 Expan) "(" (Set (Var n)) , (Set (Var z)) , (Set (Var w)) ")" ")"))))))
1. (p=-55.2)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
2. (p=-57.9838)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a)))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
3. (p=-58.3837)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
4. (p=-60.4024)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k11_arytm_3 {})) ($#k1_tarski }))))))
5. (p=-60.7503)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k1_tarski {) (Set (Var m)) ($#k1_tarski })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
6. (p=-61.1675)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a)))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
7. (p=-61.2013)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))))
8. (p=-62.3014)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))))
9. (p=-63.0734)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a)))) holds (Bool (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))))
10. (p=-63.1862)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a)))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k11_arytm_3 {})) ($#k1_tarski }))))))
11. (p=-63.1979)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))))
12. (p=-63.4324)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k1_pzfmisc1 {) (Set (Var m)) ($#k1_pzfmisc1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
13. (p=-63.5341)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k1_tarski {) (Set (Var m)) ($#k1_tarski })) ")" ")")) (Bool st (Bool (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a)))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
14. (p=-63.5862)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k11_arytm_3 {})) ($#k1_tarski }))))))
15. (p=-63.6517)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))))
16. (p=-63.9341)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k1_tarski {) (Set (Var m)) ($#k1_tarski })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
17. (p=-63.9851)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a)))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))))
18. (p=-64.0109)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k1_seq_4 {) (Set (Var m)) ($#k1_seq_4 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
19. (p=-64.0939)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r2_lattice3 is_>=_than) (Set (Var a))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
20. (p=-65.0852)=> (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Element) of (Set "(" ($#k1_heyting3 SubstPoset) "(" (Set ($#k5_numbers NAT)) , (Set ($#k6_domain_1 {) (Set (Var m)) ($#k6_domain_1 })) ")" ")")) (Bool st (Bool (Bool (Set ($#k5_heyting3 PFDrt) (Set (Var m))) ($#r1_lattice3 is_>=_than) (Set (Var a)))) holds (Bool (Set (Var a)) ($#r1_hidden <>) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))))
1. (p=-34.1184)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_xxreal_0 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
2. (p=-37.2843)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_xxreal_0 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")")))))
3. (p=-37.8276)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r3_orders_2 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
4. (p=-37.8967)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_xxreal_0 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k2_nat_1 +) (Num 1) ")"))))
5. (p=-38.1438)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_orders_2 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
6. (p=-38.6517)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_xxreal_0 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k2_xcmplx_0 +) (Num 1) ")"))))
7. (p=-38.8453)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_bcialg_1 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
8. (p=-40.0553)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_yellow_2 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
9. (p=-40.1683)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r2_osalg_1 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
10. (p=-40.209)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_integra1 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
11. (p=-40.3886)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_qc_lang1 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
12. (p=-40.4955)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_ringcat1 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
13. (p=-40.6452)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r3_orders_2 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")")))))
14. (p=-40.9614)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_orders_2 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")")))))
15. (p=-40.9838)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r6_osalg_1 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
16. (p=-41.0627)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_xxreal_0 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k2_nat_1 +) (Num 1) ")")))))
17. (p=-41.3738)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r3_armstrng <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
18. (p=-41.427)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r2_polynom3 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
19. (p=-41.5763)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r1_msuhom_1 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k1_nat_1 +) (Num 1) ")"))))
20. (p=-41.606)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) holds (Bool (Set ($#k1_pre_ff Fib) (Set (Var n))) ($#r3_orders_2 <=) (Set ($#k1_pre_ff Fib) (Set "(" (Set (Var n)) ($#k2_nat_1 +) (Num 1) ")"))))
1. (p=-76.9286)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
2. (p=-77.4973)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1))) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
3. (p=-77.7334)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
4. (p=-78.5974)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1))) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
5. (p=-78.9702)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k1_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
6. (p=-79.7462)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1)))))
7. (p=-80.0063)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_xcmplx_0 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
8. (p=-80.0245)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k1_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
9. (p=-80.3149)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1))) holds (Bool (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1)))))
10. (p=-80.8168)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k1_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
11. (p=-80.8292)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k3_real_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
12. (p=-80.8463)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1)))))
13. (p=-81.0295)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k23_binop_2 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
14. (p=-81.0606)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_xcmplx_0 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
15. (p=-81.3856)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1))) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k1_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
16. (p=-81.6958)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1)))))
17. (p=-81.8529)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_xcmplx_0 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
18. (p=-81.8711)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k1_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1))))
19. (p=-82.2646)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool st (Bool (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1))) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1)))))
20. (p=-82.7959)=> (Bool for (Varlist (Set (Var i1)) , (Varlist (Set (Var i2)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool st (Bool (Set (Var i1)) , (Set (Var i2)) ($#r1_gobrd10 are_adjacent1)) holds (Bool (Set (Set (Var i1)) ($#k2_nat_1 +) (Num 1)) , (Set (Set (Var i2)) ($#k2_nat_1 +) (Num 1)) ($#r1_gobrd10 are_adjacent1)))))
1. (p=-309.273)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
2. (p=-309.422)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
3. (p=-309.978)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) ")")))))))
4. (p=-310.484)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
5. (p=-310.527)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")"))))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
6. (p=-310.634)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
7. (p=-310.677)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")"))))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
8. (p=-310.986)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
9. (p=-311.136)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
10. (p=-311.189)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) ")")))))))
11. (p=-311.232)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")"))))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) ")")))))))
12. (p=-311.394)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_seq_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
13. (p=-311.739)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")"))))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
14. (p=-311.818)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A)))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
15. (p=-311.888)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")"))))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
16. (p=-312.056)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A)))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) ")")))))))
17. (p=-312.09)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")"))))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
18. (p=-312.094)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")"))))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
19. (p=-312.244)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")"))))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
20. (p=-312.268)=> (Bool for (Varlist (Set (Var x1)) , (Varlist (Set (Var x2)))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var A))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var f)) , (Varlist (Set (Var g)))) being (Vartype ($#m2_funct_2 Element) of (Set ($#k9_funct_2 Funcs) "(" (Set (Var A)) , (Set ($#k2_numbers COMPLEX)) ")")) (Bool st (Bool (Bool (Bool (Set (Var x1)) ($#r2_hidden in) (Set (Var A))) & (Bool (Set (Var x2)) ($#r2_hidden in) (Set (Var A)))) & (Bool (Bool (Set (Var x1)) ($#r1_hidden <>) (Set (Var x2))) & (Bool (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A)))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var f)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" ")")) ")") & (Bool "(" for (Varlist (Set (Var z))) being (Vartype ($#m1_hidden set)) (Bool st (Bool (Set (Var z)) ($#r2_hidden in) (Set (Var A))) holds (Bool "(" "(" (Bool (Bool (Set (Var z)) ($#r1_hidden =) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_numbers 0))) ")" & "(" (Bool (Bool (Set (Var z)) ($#r1_hidden <>) (Set (Var x1)))) implies (Bool (Set (Set (Var g)) ($#k1_funct_1 .) (Set (Var z))) ($#r1_hidden =) (Set ($#k6_complex1 1r))) ")" ")")) ")")))) holds (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_numbers COMPLEX))) (Bool st (Bool (Bool (Set (Set "(" ($#k1_cfuncdom ComplexFuncAdd) (Set (Var A)) ")") ($#k1_funcsdom .) "(" (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var a)) , (Set (Var f)) ($#k1_domain_1 ])) ")") , (Set "(" (Set "(" ($#k3_cfuncdom ComplexFuncExtMult) (Set (Var A)) ")") ($#k2_funcsdom .) (Set ($#k1_domain_1 [) (Set (Var b)) , (Set (Var g)) ($#k1_domain_1 ])) ")") ")") ($#r2_funct_2 =) (Set ($#k4_cfuncdom ComplexFuncZero) (Set (Var A))))) holds (Bool "(" (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set ($#k5_complex1 0c)))) & (Bool (Set (Var b)) ($#r1_hidden =) (Set ($#k5_complex1 0c))) ")")))))))
1. (p=-48.109)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k9_setfam_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega))))
2. (p=-49.3897)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k22_monoid_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega))))
3. (p=-49.6311)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k1_zfmisc_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega))))
4. (p=-51.5463)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k1_mboolean bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega))))
5. (p=-52.0715)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k11_graph_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega))))
6. (p=-52.2722)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k5_mssubfam bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega))))
7. (p=-52.9121)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k9_setfam_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega)))))
8. (p=-54.1927)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k22_monoid_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega)))))
9. (p=-54.4342)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k1_zfmisc_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega)))))
10. (p=-55.098)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Set ($#k1_chain_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega))))
11. (p=-56.3494)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k1_mboolean bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega)))))
12. (p=-56.8746)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k11_graph_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega)))))
13. (p=-57.0753)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k5_mssubfam bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega)))))
14. (p=-59.9011)=> (Bool for (Varlist (Set (Var Omega))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) holds (Bool (Bool (Set ($#k1_chain_1 bool) (Set (Var Omega))) is ($#m1_subset_1 MonotoneClass) of (Set (Var Omega)))))
1. (p=-105.431)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
2. (p=-106.965)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
3. (p=-108.248)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool (Bool st (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
4. (p=-109.016)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r2_funct_2 =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
5. (p=-109.092)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k1_tarski {) (Set (Var b)) ($#k1_tarski })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
6. (p=-109.518)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r2_relset_1 =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
7. (p=-109.782)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) holds (Bool (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
8. (p=-110.013)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) holds (Bool (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
9. (p=-110.55)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Set (Var a)) ($#r2_funct_2 =) (Set (Var b))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
10. (p=-110.572)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r6_pboole =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
11. (p=-110.604)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r1_funct_2 =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
12. (p=-110.626)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k1_tarski {) (Set (Var b)) ($#k1_tarski })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
13. (p=-110.817)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool (Bool st (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
14. (p=-110.843)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r8_pboole =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
15. (p=-110.892)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k1_pcomps_1 Cl) (Set ($#k1_tarski {) (Set (Var b)) ($#k1_tarski })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 })))))))))
16. (p=-112.091)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
17. (p=-112.091)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
18. (p=-112.214)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
19. (p=-113.354)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
20. (p=-113.601)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_pre_topc TopSpace)) (Bool (Bool for (Varlist (Set (Var X0))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_pre_topc maximal_Kolmogorov_subspace) of (Set (Var X))) (Bool for (Varlist (Set (Var a))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var b))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X0))) (Bool st (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) holds (Bool (Set (Set "(" ($#k1_tsp_2 Stone-retraction) "(" (Set (Var X)) , (Set (Var X0)) ")" ")") ($#k8_relset_1 "\"") (Set "(" ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var b)) ($#k6_domain_1 })) ")")) ($#r1_hidden =) (Set ($#k2_pre_topc Cl) (Set ($#k6_domain_1 {) (Set (Var a)) ($#k6_domain_1 }))))))))))
1. (p=-136.608)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Set (Var a1)) ($#r3_orders_2 <=) (Set (Var a2))) & (Bool (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1)))) ")"))))
2. (p=-136.691)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r3_orders_2 <=) (Set (Var a2)))) & (Bool (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1)))) ")"))))
3. (p=-136.741)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2))) & (Bool (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1)))) ")"))))
4. (p=-136.854)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Set (Var a1)) ($#r3_orders_2 <=) (Set (Var a2))) & (Bool (Bool not (Set (Var a2)) ($#r1_xxreal_0 <=) (Set (Var a1)))) ")"))))
5. (p=-136.937)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r3_orders_2 <=) (Set (Var a2)))) & (Bool (Bool not (Set (Var a2)) ($#r1_xxreal_0 <=) (Set (Var a1)))) ")"))))
6. (p=-136.95)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2)))) & (Bool (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1)))) ")"))))
7. (p=-136.95)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Bool (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2)))) & (Bool (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1)))) ")"))))
8. (p=-136.967)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2)))) & (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1))) ")"))))
9. (p=-136.988)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2))) & (Bool (Bool not (Set (Var a2)) ($#r1_xxreal_0 <=) (Set (Var a1)))) ")"))))
10. (p=-137.088)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2)))) & (Bool (Bool not (Set (Var a2)) ($#r1_xxreal_0 <=) (Set (Var a1)))) ")"))))
11. (p=-137.1)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2)))) & (Bool not (Set (Var a2)) ($#r1_xxreal_0 <=) (Set (Var a1))) ")"))))
12. (p=-137.197)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Bool (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2)))) & (Bool (Bool not (Set (Var a2)) ($#r1_xxreal_0 <=) (Set (Var a1)))) ")"))))
13. (p=-137.278)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Set (Var a1)) ($#r3_orders_2 <=) (Set (Var a2))) & (Bool (Bool not (Set (Var a2)) ($#r1_orders_2 <=) (Set (Var a1)))) ")"))))
14. (p=-137.292)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m2_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Set (Var a1)) ($#r3_orders_2 <=) (Set (Var a2))) & (Bool (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1)))) ")"))))
15. (p=-137.297)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Bool (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2))))) & (Bool (Bool not (Set (Var a2)) ($#r1_xxreal_0 <=) (Set (Var a1)))) ")"))))
16. (p=-137.309)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2)))) & (Bool not (Bool (Set (Var a2)) ($#r1_xxreal_0 <=) (Set (Var a1)))) ")"))))
17. (p=-137.361)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r3_orders_2 <=) (Set (Var a2)))) & (Bool (Bool not (Set (Var a2)) ($#r1_orders_2 <=) (Set (Var a1)))) ")"))))
18. (p=-137.375)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m2_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool (Bool not (Set (Var a1)) ($#r3_orders_2 <=) (Set (Var a2)))) & (Bool (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1)))) ")"))))
19. (p=-137.412)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m1_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2))) & (Bool (Bool not (Set (Var a2)) ($#r1_orders_2 <=) (Set (Var a1)))) ")"))))
20. (p=-137.425)=> (Bool for (Varlist (Set (Var R))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#l1_orders_2 RelStr)) (Bool for (Varlist (Set (Var a1)) , (Varlist (Set (Var a2)))) being (Vartype ($#m2_subset_1 Element) of (Set (Var R))) (Bool st (Bool (Bool (Set (Var a1)) ($#r1_hidden <>) (Set (Var a2))) & (Bool (Set ($#k7_domain_1 {) (Set (Var a1)) , (Set (Var a2)) ($#k7_domain_1 })) is ($#m1_subset_1 StableSet) of (Set (Var R)))) holds (Bool "(" (Bool not (Set (Var a1)) ($#r1_xxreal_0 <=) (Set (Var a2))) & (Bool (Bool not (Set (Var a2)) ($#r3_orders_2 <=) (Set (Var a1)))) ")"))))
1. (p=-250.119)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
2. (p=-250.362)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
3. (p=-250.456)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_funct_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
4. (p=-250.468)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
5. (p=-250.678)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
6. (p=-250.699)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_funct_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
7. (p=-250.765)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
8. (p=-250.8)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k8_nat_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
9. (p=-250.805)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_funct_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
10. (p=-250.921)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
11. (p=-250.993)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
12. (p=-251.008)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
13. (p=-251.015)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_funct_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
14. (p=-251.027)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
15. (p=-251.044)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k8_nat_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
16. (p=-251.081)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
17. (p=-251.102)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_funct_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
18. (p=-251.115)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
19. (p=-251.258)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k3_xcmplx_0 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_funct_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k8_real_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
20. (p=-252.381)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var r)) , (Varlist (Set (Var x)))) being (Vartype ($#m1_subset_1 Real)) (Bool st (Bool (Bool (Set (Var r)) ($#r1_xxreal_0 >) (Set ($#k6_numbers 0)))) holds (Bool "(" (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k16_sin_cos sin)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")") ($#k3_newton !) ")"))) & (Bool (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")")) ($#r1_hidden =) (Set (Set "(" (Set "(" (Set "(" ($#k1_real_1 -) (Num 1) ")") ($#k2_newton |^) (Set (Var n)) ")") ($#k8_real_1 *) (Set "(" (Set (Var x)) ($#k1_newton |^) (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ")") ")") ($#k10_real_1 /) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k3_newton !) ")"))) & (Bool (Set (Set "(" ($#k1_taylor_2 Maclaurin) "(" (Set ($#k19_sin_cos cos)) , (Set ($#k2_rcomp_1 ].) (Set "(" ($#k1_real_1 -) (Set (Var r)) ")") , (Set (Var r)) ($#k2_rcomp_1 .[)) , (Set (Var x)) ")" ")") ($#k1_seq_1 .) (Set "(" (Set "(" (Num 2) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k2_nat_1 +) (Num 1) ")")) ($#r1_hidden =) (Set ($#k6_numbers 0))))) ")"))))
1. (p=-35.6155)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
2. (p=-40.7852)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r2_funct_2 =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
3. (p=-41.2869)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r2_relset_1 =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
4. (p=-42.341)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r6_pboole =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
5. (p=-42.3735)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_funct_2 =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
6. (p=-42.3985)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k1_real_1 -) (Set ($#k4_euclid_8 ))))
7. (p=-42.6124)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r8_pboole =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
8. (p=-42.8659)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k4_algstr_0 -) (Set ($#k4_euclid_8 ))))
9. (p=-42.968)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k4_xcmplx_0 -) (Set ($#k4_euclid_8 ))))
10. (p=-43.8168)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k32_valued_1 -) (Set ($#k4_euclid_8 ))))
11. (p=-43.9217)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_group_2 =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
12. (p=-43.9367)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k10_complex1 -) (Set ($#k4_euclid_8 ))))
13. (p=-43.997)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k5_vfunct_1 -) (Set ($#k4_euclid_8 ))))
14. (p=-44.177)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_boolealg =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
15. (p=-44.5498)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k2_pre_topc -) (Set ($#k4_euclid_8 ))))
16. (p=-44.8162)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_rlvect_2 =) (Set ($#k6_euclid -) (Set ($#k4_euclid_8 ))))
17. (p=-44.8966)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k30_valued_1 -) (Set ($#k4_euclid_8 ))))
18. (p=-44.9926)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k2_xxreal_3 -) (Set ($#k4_euclid_8 ))))
19. (p=-45.0141)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k7_binop_2 -) (Set ($#k4_euclid_8 ))))
20. (p=-45.0253)=> (Bool (Set (Set ($#k3_euclid_8 )) ($#k5_euclid_8 ) (Set ($#k2_euclid_8 ))) ($#r1_hidden =) (Set ($#k6_rvsum_1 -) (Set ($#k4_euclid_8 ))))
1. (p=-53.3379)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q))))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
2. (p=-53.7428)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q))))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
3. (p=-57.0984)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v4_pre_topc closed)) & (Bool (Set (Var p)) ($#r3_qmax_1 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
4. (p=-57.5932)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v4_pre_topc closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
5. (p=-57.9764)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v4_pre_topc closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
6. (p=-59.6005)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
7. (p=-59.9837)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
8. (p=-62.3164)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q)))) holds (Bool (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
9. (p=-62.769)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q)))) holds (Bool (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
10. (p=-63.4485)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k2_qc_lang2 =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
11. (p=-63.6702)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q))))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
12. (p=-63.9012)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k2_qc_lang2 =>) (Set (Var q))) is ($#v2_cqc_the1 valid)))))
13. (p=-64.0751)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q))))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
14. (p=-65.5278)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
15. (p=-65.9805)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
16. (p=-67.4308)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v4_pre_topc closed)) & (Bool (Set (Var p)) ($#r3_qmax_1 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
17. (p=-67.7834)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
18. (p=-67.9255)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v4_pre_topc closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
19. (p=-68.236)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v6_qc_lang1 closed)) & (Bool (Set (Var p)) ($#r3_cqc_the1 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
20. (p=-68.3087)=> (Bool for (Varlist (Set (Var A))) being (Vartype ($#m1_qc_lang1 QC-alphabet)) (Bool (Bool for (Varlist (Set (Var p)) , (Varlist (Set (Var q)))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k3_cqc_lang CQC-WFF) (Set (Var A)))) (Bool st (Bool (Bool (Set (Var p)) is ($#v4_pre_topc closed)) & (Bool (Set (Var p)) ($#r1_cqc_the3 |-) (Set (Var q)))) holds (Bool (Set (Set (Var p)) ($#k8_cqc_lang =>) (Set (Var q))) is ($#v2_cqc_the1 valid))))))
1. (p=-57.6748)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k3_xcmplx_0 *) (Set (Var y))))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))
2. (p=-57.6748)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k3_xcmplx_0 *) (Set (Var y))))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
3. (p=-57.6973)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k1_extreal1 *) (Set (Var y))))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))
4. (p=-57.6973)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k1_extreal1 *) (Set (Var y))))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
5. (p=-59.2366)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k3_xcmplx_0 *) (Set (Var y)))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))
6. (p=-59.2366)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k3_xcmplx_0 *) (Set (Var y)))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
7. (p=-59.5295)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k6_algstr_0 *) (Set (Var y))))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))
8. (p=-59.5295)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k6_algstr_0 *) (Set (Var y))))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
9. (p=-59.9254)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k6_algstr_0 *) (Set (Var y)))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))
10. (p=-59.9254)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k6_algstr_0 *) (Set (Var y)))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
11. (p=-60.3088)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k1_extreal1 *) (Set (Var y)))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))
12. (p=-60.3088)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k1_extreal1 *) (Set (Var y)))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
13. (p=-60.8074)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k1_partfun1 *) (Set (Var y)))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))
14. (p=-60.8074)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k1_partfun1 *) (Set (Var y)))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
15. (p=-61.0368)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k3_relat_1 *) (Set (Var y)))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))
16. (p=-61.0368)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool st (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k3_relat_1 *) (Set (Var y)))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
17. (p=-61.7954)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k3_xcmplx_0 *) (Set (Var y))))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))))
18. (p=-61.7954)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k3_xcmplx_0 *) (Set (Var y))))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
19. (p=-61.8179)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k1_extreal1 *) (Set (Var y))))) holds (Bool (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")")))))))
20. (p=-61.8179)=> (Bool for (Varlist (Set (Var x)) , (Varlist (Set (Var y)))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Set (Var x)) ($#k1_extreal1 *) (Set (Var y))))) holds (Bool (Set ($#k18_complex1 abs) (Set "(" (Set (Var x)) ($#k2_xcmplx_0 +) (Set (Var y)) ")")) ($#r1_hidden =) (Set (Set "(" ($#k18_complex1 abs) (Set (Var x)) ")") ($#k7_real_1 +) (Set "(" ($#k18_complex1 abs) (Set (Var y)) ")"))))))
1. (p=-89.3384)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
2. (p=-91.3428)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Z)))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
3. (p=-91.3485)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
4. (p=-92.156)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
5. (p=-92.2669)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
6. (p=-92.3448)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y)))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
7. (p=-92.4146)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Y))) & (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z)))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
8. (p=-93.017)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
9. (p=-93.2115)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Z)))) & (Bool (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
10. (p=-93.3285)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r1_ordinal1 c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
11. (p=-93.3529)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Z)))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
12. (p=-94.0468)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r1_hidden =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
13. (p=-96.0512)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Z)))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))) holds (Bool (Set (Var X)) ($#r1_hidden =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))))
14. (p=-97.8077)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))))
15. (p=-99.8121)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Z)))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))))
16. (p=-99.8177)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))))
17. (p=-100.625)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))))
18. (p=-100.736)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Y))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))))
19. (p=-100.814)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y)))) & (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I)))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))))
20. (p=-100.884)=> (Bool for (Varlist (Set (Var I))) being (Vartype ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var X)) , (Varlist (Set (Var Y)) , (Varlist (Set (Var Z))))) being (Vartype ($#m1_hidden ManySortedSet) of (Set (Var I))) (Bool st (Bool (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Y))) & (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Z)))) & (Bool (Set (Set (Var Y)) ($#k3_pboole /\) (Set (Var Z))) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))) holds (Bool (Set (Var X)) ($#r6_pboole =) (Set ($#k1_pboole [[0]]) (Set (Var I))))))))
1. (p=-243.693)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k1_partfun1 *) (Set (Var F)))))))))))
2. (p=-243.769)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k6_algstr_0 *) (Set (Var F)))))))))))
3. (p=-243.923)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k3_relat_1 *) (Set (Var F)))))))))))
4. (p=-243.936)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k8_real_1 *) (Set (Var F)))))))))))
5. (p=-244.03)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k3_xcmplx_0 *) (Set (Var F)))))))))))
6. (p=-244.578)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k1_rlvect_1 *) (Set (Var F)))))))))))
7. (p=-244.584)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k8_group_1 *) (Set (Var F)))))))))))
8. (p=-244.621)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k13_functor0 *) (Set (Var F)))))))))))
9. (p=-244.929)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F)))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k1_partfun1 *) (Set (Var F)))))))))))
10. (p=-245.005)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F)))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k6_algstr_0 *) (Set (Var F)))))))))))
11. (p=-245.158)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F)))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k3_relat_1 *) (Set (Var F)))))))))))
12. (p=-245.172)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F)))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k8_real_1 *) (Set (Var F)))))))))))
13. (p=-245.186)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k9_cat_1 *) (Set (Var F)))))))))))
14. (p=-245.422)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k11_binop_2 *) (Set (Var F)))))))))))
15. (p=-245.543)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k1_clvect_1 *) (Set (Var F)))))))))))
16. (p=-246.342)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G))))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k1_partfun1 *) (Set (Var F)))))))))))
17. (p=-246.418)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G))))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k6_algstr_0 *) (Set (Var F)))))))))))
18. (p=-246.511)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k1_partfun1 *) (Set (Var F))))))))))))
19. (p=-248.5)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k1_partfun1 *) (Set (Var F))))))))))))
20. (p=-250.167)=> (Bool for (Varlist (Set (Var A1)) , (Varlist (Set (Var A2)) , (Varlist (Set (Var A3))))) being (Vartype ($#l2_altcat_1 category)) (Bool (Bool for (Varlist (Set (Var F))) being (Vartype ($#v16_functor0 contravariant) ($#m2_functor0 Functor) of (Set (Var A1)) , (Set (Var A2))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#v15_functor0 covariant) ($#m2_functor0 Functor) of (Set (Var A2)) , (Set (Var A3))) (Bool for (Varlist (Set (Var B1))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A1))) (Bool for (Varlist (Set (Var B2))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A2))) (Bool for (Varlist (Set (Var B3))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#m1_altcat_2 subcategory) of (Set (Var A3))) (Bool st (Bool (Bool (Set (Var B1)) , (Set (Var B2)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Var F))) & (Bool (Set (Var B2)) , (Set (Var B3)) ($#r2_yellow20 are_isomorphic_under) (Set (Var G)))) holds (Bool (Set (Var B1)) , (Set (Var B3)) ($#r3_yellow20 are_anti-isomorphic_under) (Set (Set (Var G)) ($#k1_partfun1 *) (Set (Var F))))))))))))
1. (p=-117.315)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k19_rvsum_1 Product) (Set (Var m)))) ")"))))
2. (p=-117.784)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k3_group_4 Product) (Set (Var m)))) ")"))))
3. (p=-117.894)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k19_rvsum_1 Product) (Set (Var m)))) ")"))))
4. (p=-118.364)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k3_group_4 Product) (Set (Var m)))) ")"))))
5. (p=-119.1)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k21_rvsum_1 Product) (Set (Var m)))) ")"))))
6. (p=-119.424)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k8_nat_3 Product) (Set (Var m)))) ")"))))
7. (p=-119.476)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k3_wsierp_1 Product) (Set (Var m)))) ")"))))
8. (p=-119.68)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k21_rvsum_1 Product) (Set (Var m)))) ")"))))
9. (p=-119.77)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k20_rvsum_1 Product) (Set (Var m)))) ")"))))
10. (p=-119.998)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k7_card_3 Product) (Set (Var m)))) ")"))))
11. (p=-120.003)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k8_nat_3 Product) (Set (Var m)))) ")"))))
12. (p=-120.055)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k3_wsierp_1 Product) (Set (Var m)))) ")"))))
13. (p=-120.349)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k20_rvsum_1 Product) (Set (Var m)))) ")"))))
14. (p=-120.578)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k7_card_3 Product) (Set (Var m)))) ")"))))
15. (p=-120.712)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k19_rvsum_1 Product) (Set (Var m))))) ")"))))
16. (p=-121.181)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k3_group_4 Product) (Set (Var m))))) ")"))))
17. (p=-121.501)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k19_rvsum_1 Product) (Set (Var m)))) ")")))))
18. (p=-121.97)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u))))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k3_group_4 Product) (Set (Var m)))) ")")))))
19. (p=-122.081)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k19_rvsum_1 Product) (Set (Var m)))) ")")))))
20. (p=-122.55)=> (Bool for (Varlist (Set (Var u))) being (Vartype (Set ($#k4_numbers INT)) ($#v5_relat_1 -valued) ($#m1_hidden FinSequence)) (Bool (Bool for (Varlist (Set (Var m))) being (Vartype ($#m1_hidden CR_Sequence)) (Bool st (Bool (Set ($#k3_finseq_1 len) (Set (Var m))) ($#r1_hidden =) (Set ($#k3_finseq_1 len) (Set (Var u)))) holds (Bool "(" (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")")) & (Bool (Set ($#k2_int_6 to_int) "(" (Set (Var u)) , (Set (Var m)) ")") ($#r1_xxreal_0 <) (Set ($#k3_group_4 Product) (Set (Var m)))) ")")))))
1. (p=-118.704)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
2. (p=-119.476)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k2_partfun1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
3. (p=-120.308)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k4_trees_1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
4. (p=-120.488)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_relat_1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
5. (p=-121.094)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_sheffer1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
6. (p=-121.268)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k2_partfun1 |) (Set ($#k10_binarith <*) (Set ($#k6_numbers 0)) ($#k10_binarith *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
7. (p=-121.484)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k2_partfun1 |) (Set ($#k3_pre_poly <*) (Set ($#k6_numbers 0)) ($#k3_pre_poly *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
8. (p=-121.797)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k2_partfun1 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
9. (p=-122.02)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2)))) ")"))
10. (p=-122.057)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k2_partfun1 |) (Set ($#k9_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k9_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
11. (p=-122.235)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k17_finseq_1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
12. (p=-122.279)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_relat_1 |) (Set ($#k10_binarith <*) (Set ($#k6_numbers 0)) ($#k10_binarith *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
13. (p=-122.318)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_relset_1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
14. (p=-122.329)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k1_pre_topc |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
15. (p=-122.495)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_relat_1 |) (Set ($#k3_pre_poly <*) (Set ($#k6_numbers 0)) ($#k3_pre_poly *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
16. (p=-122.608)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k3_tmap_1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
17. (p=-122.725)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k2_tmap_1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
18. (p=-122.885)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_sheffer1 |) (Set ($#k10_binarith <*) (Set ($#k6_numbers 0)) ($#k10_binarith *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")"))
19. (p=-123.612)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")")))
20. (p=-123.638)=> (Bool for (Varlist (Set (Var T1)) , (Varlist (Set (Var T2)))) being (Vartype ($#m1_hidden Tree)) holds (Bool (Bool "(" (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k2_partfun1 |) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T1))) & (Bool (Set (Set "(" ($#k13_trees_3 tree) "(" (Set (Var T1)) , (Set (Var T2)) ")" ")") ($#k5_trees_2 |) (Set ($#k12_finseq_1 <*) (Num 1) ($#k12_finseq_1 *>))) ($#r1_hidden =) (Set (Var T2))) ")")))
1. (p=-119.638)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))
2. (p=-119.638)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))
3. (p=-122.455)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")")))))
4. (p=-122.455)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")")))))
5. (p=-122.455)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")")))))
6. (p=-122.455)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")")))))
7. (p=-124.319)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")")))))
8. (p=-124.319)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")")))))
9. (p=-124.829)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k3_yellow_3 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k3_yellow_3 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))
10. (p=-124.829)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k3_yellow_3 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k3_yellow_3 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))
11. (p=-124.964)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_borsuk_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_borsuk_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))
12. (p=-124.964)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_borsuk_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_borsuk_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))
13. (p=-125.273)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))))
14. (p=-125.273)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))))
15. (p=-125.872)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k8_mcart_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k8_mcart_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))
16. (p=-125.872)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k8_mcart_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k8_mcart_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))
17. (p=-127.638)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))))
18. (p=-127.638)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))))
19. (p=-127.638)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k17_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k16_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))))
20. (p=-127.638)=> (Bool for (Varlist (Set (Var S))) being (Vartype ($#~v2_struct_0 non ($#v2_struct_0 empty)) ($#v2_group_1 Group-like) ($#v3_group_1 associative) ($#l3_algstr_0 multMagma)) (Bool (Bool for (Varlist (Set (Var Z))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var b3))) being (Vartype ($#m1_subset_1 LeftOperation) of (Set (Var S)) , (Set ($#k2_zfmisc_1 [:) (Set the ($#u1_struct_0 carrier) of (Set (Var S))) , (Set (Var Z)) ($#k2_zfmisc_1 :]))) holds (Bool (Bool "(" (Bool (Set (Var b3)) ($#r1_hidden =) (Set ($#k9_group_10 the_left_operation_of) "(" (Set (Var S)) , (Set (Var Z)) ")")) iff (Bool for (Varlist (Set (Var s))) being (Vartype ($#m1_subset_1 Element) of (Set (Var S))) holds (Bool (Set (Set (Var b3)) ($#k3_funct_2 .) (Set (Var s))) ($#r1_hidden =) (Set ($#k8_group_10 the_left_translation_of) "(" (Set (Var s)) , (Set (Var Z)) ")"))) ")"))))))
1. (p=-31.6057)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_xboole_0 misses) (Set ($#k3_topreal1 L~) (Set (Var f)))))
2. (p=-31.8399)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_subset_1 misses) (Set ($#k3_topreal1 L~) (Set (Var f)))))
3. (p=-37.299)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_subset_1 misses) (Set ($#k3_topreal1 L~) (Set (Var f))))))
4. (p=-37.5748)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_xboole_0 misses) (Set ($#k3_topreal1 L~) (Set (Var f))))))
5. (p=-39.3363)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_tsep_1 misses) (Set ($#k3_topreal1 L~) (Set (Var f)))))
6. (p=-40.7006)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r4_boolealg misses) (Set ($#k3_topreal1 L~) (Set (Var f)))))
7. (p=-41.0626)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r5_pboole misses) (Set ($#k3_topreal1 L~) (Set (Var f)))))
8. (p=-41.2368)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_yellow_5 misses) (Set ($#k3_topreal1 L~) (Set (Var f)))))
9. (p=-42.1539)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_tsep_1 misses) (Set ($#k3_topreal1 L~) (Set (Var f))))))
10. (p=-43.3599)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_petri_2 misses) (Set ($#k3_topreal1 L~) (Set (Var f)))))
11. (p=-43.5182)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r4_boolealg misses) (Set ($#k3_topreal1 L~) (Set (Var f))))))
12. (p=-43.8801)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r5_pboole misses) (Set ($#k3_topreal1 L~) (Set (Var f))))))
13. (p=-44.0543)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_yellow_5 misses) (Set ($#k3_topreal1 L~) (Set (Var f))))))
14. (p=-46.1775)=> (Bool for (Varlist (Set (Var f))) being (Vartype ($#~v3_funct_1 non ($#v3_funct_1 constant)) ($#v2_goboard5 standard) ($#m2_finseq_1 special_circular_sequence)) holds (Bool (Bool (Set ($#k2_goboard9 LeftComp) (Set (Var f))) ($#r1_petri_2 misses) (Set ($#k3_topreal1 L~) (Set (Var f))))))
1. (p=-77.2476)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v2_comseq_2 convergent)))))
2. (p=-80.0652)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")"))) holds (Bool (Set (Var seq)) is ($#v2_comseq_2 convergent)))))
3. (p=-81.8558)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v2_comseq_2 convergent)))))
4. (p=-84.0699)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v3_normsp_1 convergent)))))
5. (p=-84.2252)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v1_bhsp_2 convergent)))))
6. (p=-84.2551)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v1_clvect_2 convergent)))))
7. (p=-84.4358)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v9_clvect_1 convergent)))))
8. (p=-84.6387)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")"))) holds (Bool (Set (Var seq)) is ($#v3_normsp_1 convergent)))))
9. (p=-84.794)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")"))) holds (Bool (Set (Var seq)) is ($#v1_bhsp_2 convergent)))))
10. (p=-84.8239)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")"))) holds (Bool (Set (Var seq)) is ($#v1_clvect_2 convergent)))))
11. (p=-85.0045)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")"))) holds (Bool (Set (Var seq)) is ($#v9_clvect_1 convergent)))))
12. (p=-85.1133)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v2_tbsp_1 convergent)))))
13. (p=-85.2109)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v10_mesfunc5 convergent)))))
14. (p=-85.5293)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v2_comseq_2 convergent))))))
15. (p=-85.6821)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")"))) holds (Bool (Set (Var seq)) is ($#v2_tbsp_1 convergent)))))
16. (p=-86.7095)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v3_normsp_1 convergent)))))
17. (p=-86.9106)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v2_comseq_2 convergent))))))
18. (p=-87.6293)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")"))) holds (Bool (Set (Var seq)) is ($#v2_comseq_2 convergent))))))
19. (p=-88.7545)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v3_normsp_1 convergent))))))
20. (p=-88.7593)=> (Bool for (Varlist (Set (Var r))) being (Vartype ($#v1_xreal_0 real) ($#m1_hidden number)) (Bool (Bool for (Varlist (Set (Var seq))) being (Vartype ($#m1_subset_1 Real_Sequence)) (Bool st (Bool (Bool (Set ($#k6_numbers 0)) ($#r1_xxreal_0 <=) (Set (Var r))) & (Bool "(" for (Varlist (Set (Var n))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) holds (Bool (Set (Set (Var seq)) ($#k8_nat_1 .) (Set (Var n))) ($#r1_hidden =) (Set (Num 1) ($#k12_binop_2 /) (Set "(" (Set "(" (Set (Var n)) ($#k4_nat_1 *) (Set (Var n)) ")") ($#k9_binop_2 +) (Set (Var r)) ")"))) ")")) holds (Bool (Set (Var seq)) is ($#v1_clvect_2 convergent))))))
1. (p=-54.9049)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
2. (p=-57.7225)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B)))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
3. (p=-58.49)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r2_funct_2 =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
4. (p=-58.5434)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r7_glib_000 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
5. (p=-58.8154)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B)))) or (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
6. (p=-58.9917)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r2_relset_1 =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
7. (p=-60.0459)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r6_pboole =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
8. (p=-60.0783)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r1_funct_2 =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
9. (p=-60.3173)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r8_pboole =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
10. (p=-61.3076)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Bool (Set (Var A)) ($#r2_funct_2 =) (Set (Var B)))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
11. (p=-61.3609)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r7_glib_000 c<) (Set (Var B))) or (Bool (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B)))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
12. (p=-61.6266)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r1_group_2 =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
13. (p=-61.6329)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B)))) or (Bool (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B)))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
14. (p=-61.6614)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Bool (Set (Var A)) ($#r1_funct_2 =) (Set (Var B)))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
15. (p=-63.3213)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")")))
16. (p=-63.6475)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_subset_1 Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")"))
17. (p=-64.5731)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B))) or (Bool (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A)))) ")"))
18. (p=-66.1388)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B)))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")")))
19. (p=-66.9063)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool (Bool "(" (Bool (Set (Var A)) ($#r2_xboole_0 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r2_funct_2 =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")")))
20. (p=-66.9597)=> (Bool for (Varlist (Set (Var A)) , (Varlist (Set (Var B)))) being (Vartype ($#m1_hidden Ordinal)) holds (Bool (Bool "(" (Bool (Set (Var A)) ($#r7_glib_000 c<) (Set (Var B))) or (Bool (Set (Var A)) ($#r1_hidden =) (Set (Var B))) or (Bool (Set (Var B)) ($#r2_xboole_0 c<) (Set (Var A))) ")")))
1. (p=-224.082)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
2. (p=-224.651)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
3. (p=-225.295)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
4. (p=-225.386)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
5. (p=-225.431)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y)))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
6. (p=-225.863)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
7. (p=-225.954)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
8. (p=-226.204)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ])))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
9. (p=-226.277)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k1_domain_1 [) (Set (Var X)) , (Num 1) ($#k1_domain_1 ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
10. (p=-226.31)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y)))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
11. (p=-226.503)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Bool (Set (Var X)) ($#r2_pboole c=) (Set (Var Y))) & (Bool (Set (Var X9)) ($#r2_pboole c=) (Set (Var Y)))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
12. (p=-226.598)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
13. (p=-226.643)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y)))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
14. (p=-226.734)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y)))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
15. (p=-226.773)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ])))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
16. (p=-226.846)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k1_domain_1 [) (Set (Var X)) , (Num 1) ($#k1_domain_1 ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
17. (p=-226.879)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y)))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ])))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
18. (p=-226.9)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P)))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")")))))))
19. (p=-226.9)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")"))))))))
20. (p=-231.02)=> (Bool for (Varlist (Set (Var AS))) being (Vartype ($#l1_analoaf AffinSpace)) (Bool (Bool for (Varlist (Set (Var Y)) , (Varlist (Set (Var X)) , (Varlist (Set (Var X9))))) being (Vartype ($#m1_subset_1 Subset) of (Set (Var AS))) (Bool for (Varlist (Set (Var P)) , (Varlist (Set (Var Q)))) being (Vartype ($#m1_subset_1 LINE) of (Set "(" ($#k13_afproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool (Bool (Set (Var Y)) is ($#v1_aff_4 being_plane)) & (Bool (Bool (Set (Var X)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X9)) is ($#v1_aff_1 being_line)) & (Bool (Bool (Set (Var X)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var X9)) ($#r1_tarski c=) (Set (Var Y))) & (Bool (Bool (Set (Var P)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X)) , (Num 1) ($#k4_tarski ]))) & (Bool (Set (Var Q)) ($#r1_hidden =) (Set ($#k4_tarski [) (Set (Var X9)) , (Num 1) ($#k4_tarski ]))))))))) holds (Bool ex (Varlist (Set (Var q))) being (Vartype ($#m1_subset_1 POINT) of (Set "(" ($#k3_incproj IncProjSp_of) (Set (Var AS)) ")")) (Bool st (Bool "(" (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var P))) & (Bool (Set (Var q)) ($#r1_incsp_1 on) (Set (Var Q))) ")"))))))))
1. (p=-63.3123)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))
2. (p=-64.3652)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))
3. (p=-65.8088)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))
4. (p=-66.6531)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))
5. (p=-66.9983)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
6. (p=-67.8334)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k3_matrix13 {) (Set ($#k1_xboole_0 {})) ($#k3_matrix13 })))))
7. (p=-67.9364)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
8. (p=-68.1051)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r2_relset_1 =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))
9. (p=-68.316)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r2_funct_2 =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))
10. (p=-68.5148)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k11_arytm_3 {})) ($#k1_tarski })))))
11. (p=-68.8863)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k3_matrix13 {) (Set ($#k1_xboole_0 {})) ($#k3_matrix13 })))))
12. (p=-68.9893)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
13. (p=-69.4892)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k6_domain_1 {) (Set ($#k1_xboole_0 {})) ($#k6_domain_1 })))))
14. (p=-69.74)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
15. (p=-69.8335)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
16. (p=-69.8765)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k3_matrix13 {) (Set ($#k1_xboole_0 {})) ($#k3_matrix13 })))))
17. (p=-70.6782)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
18. (p=-71.7311)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
19. (p=-72.3964)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski })))))))
20. (p=-72.5753)=> (Bool for (Varlist (Set (Var n))) being (Vartype ($#m1_hidden Nat)) (Bool (Bool for (Varlist (Set (Var K))) being (Vartype ($#l6_algstr_0 Field)) holds (Bool (Set ($#k4_matrix15 Solutions_of) "(" (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k6_numbers 0)) ")" ")") , (Set "(" ($#k1_matrix_3 0.) "(" (Set (Var K)) , (Set (Var n)) , (Set ($#k1_xboole_0 0)) ")" ")") ")") ($#r1_hidden =) (Set ($#k1_tarski {) (Set ($#k1_xboole_0 {})) ($#k1_tarski }))))))
1. (p=-59.2877)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k10_real_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k10_real_1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
2. (p=-59.4209)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k8_arytm_3 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k10_real_1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
3. (p=-59.4744)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k10_real_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k13_complex1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
4. (p=-59.523)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k7_xcmplx_0 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k10_real_1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
5. (p=-59.6077)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k8_arytm_3 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k13_complex1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
6. (p=-59.7098)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k7_xcmplx_0 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k13_complex1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
7. (p=-59.9183)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k13_complex1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k10_real_1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
8. (p=-60.1051)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k13_complex1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k13_complex1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
9. (p=-60.1908)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k10_real_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k7_xcmplx_0 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
10. (p=-60.3241)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k8_arytm_3 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k7_xcmplx_0 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
11. (p=-60.4262)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k7_xcmplx_0 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k7_xcmplx_0 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
12. (p=-60.8215)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k13_complex1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k7_xcmplx_0 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
13. (p=-60.9485)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Bool (Set (Set ($#k1_xboole_0 {})) ($#k10_real_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {})))) & (Bool (Set (Set (Var a)) ($#k10_real_1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
14. (p=-61.1353)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Bool (Set (Set ($#k1_xboole_0 {})) ($#k10_real_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {})))) & (Bool (Set (Set (Var a)) ($#k13_complex1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
15. (p=-61.1551)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k3_rfunct_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k10_real_1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
16. (p=-61.1839)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Bool (Set (Set ($#k1_xboole_0 {})) ($#k7_xcmplx_0 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {})))) & (Bool (Set (Set (Var a)) ($#k10_real_1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
17. (p=-61.3419)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k3_rfunct_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k13_complex1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
18. (p=-61.3628)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k12_binop_2 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k10_real_1 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
19. (p=-61.8517)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Bool (Set (Set ($#k1_xboole_0 {})) ($#k10_real_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {})))) & (Bool (Set (Set (Var a)) ($#k7_xcmplx_0 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
20. (p=-62.0583)=> (Bool for (Varlist (Set (Var b)) , (Varlist (Set (Var a)))) being (Vartype ($#v7_ordinal1 natural) ($#m1_hidden Ordinal)) holds (Bool "(" (Bool (Set (Set ($#k1_xboole_0 {})) ($#k3_rfunct_1 /) (Set (Var b))) ($#r1_hidden =) (Set ($#k1_xboole_0 {}))) & (Bool (Set (Set (Var a)) ($#k7_xcmplx_0 /) (Num 1)) ($#r1_hidden =) (Set (Var a))) ")"))
1. (p=-53.3597)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k6_bhsp_2 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_bhsp_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))
2. (p=-54.3368)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k2_topreal9 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))
3. (p=-55.3726)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_clvect_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))
4. (p=-56.1773)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k6_bhsp_2 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_bhsp_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
5. (p=-56.2803)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k6_bhsp_2 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_bhsp_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
6. (p=-56.9874)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k11_metric_1 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k10_metric_1 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))
7. (p=-57.1544)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k2_topreal9 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
8. (p=-59.3835)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Bool (Set ($#k6_bhsp_2 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_bhsp_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
9. (p=-59.5612)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k2_topreal9 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
10. (p=-59.805)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Bool (Set ($#k11_metric_1 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k10_metric_1 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
11. (p=-61.1306)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k6_bhsp_2 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_bhsp_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))))
12. (p=-61.594)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k2_topreal9 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
13. (p=-62.0669)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_bhsp_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))
14. (p=-62.2118)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k11_metric_1 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k10_metric_1 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
15. (p=-62.3788)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k2_topreal9 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))))
16. (p=-62.9371)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k11_metric_1 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_bhsp_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))
17. (p=-64.2446)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k11_metric_1 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k10_metric_1 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
18. (p=-64.4116)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k2_topreal9 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))))
19. (p=-64.4116)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k2_topreal9 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")")))))))
20. (p=-65.9862)=> (Bool for (Varlist (Set (Var X))) being (Vartype ($#l1_csspace ComplexUnitarySpace)) (Bool (Bool for (Varlist (Set (Var x))) being (Vartype ($#m1_subset_1 Point) of (Set (Var X))) (Bool for (Varlist (Set (Var r))) being (Vartype ($#m1_subset_1 Real)) holds (Bool (Set ($#k3_topreal9 Sphere) "(" (Set (Var x)) , (Set (Var r)) ")") ($#r1_tarski c=) (Set ($#k5_bhsp_2 cl_Ball) "(" (Set (Var x)) , (Set (Var r)) ")"))))))
1. (p=-70.3695)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k8_finseq_1 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
2. (p=-70.5095)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k7_finseq_1 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
3. (p=-71.7175)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k1_ordinal4 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
4. (p=-72.1607)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k8_finseq_1 ^) (Set ($#k10_binarith <*) (Set ($#k6_numbers 0)) ($#k10_binarith *>)))))
5. (p=-72.3008)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k7_finseq_1 ^) (Set ($#k10_binarith <*) (Set ($#k6_numbers 0)) ($#k10_binarith *>)))))
6. (p=-72.3768)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k8_finseq_1 ^) (Set ($#k3_pre_poly <*) (Set ($#k6_numbers 0)) ($#k3_pre_poly *>)))))
7. (p=-72.5168)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k7_finseq_1 ^) (Set ($#k3_pre_poly <*) (Set ($#k6_numbers 0)) ($#k3_pre_poly *>)))))
8. (p=-72.9506)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k8_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k9_finseq_1 *>)))))
9. (p=-73.0503)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k8_finseq_1 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
10. (p=-73.0906)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k7_finseq_1 ^) (Set ($#k9_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k9_finseq_1 *>)))))
11. (p=-73.1903)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k7_finseq_1 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
12. (p=-73.7986)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k8_finseq_1 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
13. (p=-73.9387)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k7_finseq_1 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
14. (p=-74.0179)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k1_finseq_8 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
15. (p=-74.3983)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k1_ordinal4 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>)))))
16. (p=-74.8415)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k8_finseq_1 ^) (Set ($#k10_binarith <*) (Set ($#k6_numbers 0)) ($#k10_binarith *>)))))
17. (p=-74.9816)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k7_finseq_1 ^) (Set ($#k10_binarith <*) (Set ($#k6_numbers 0)) ($#k10_binarith *>)))))
18. (p=-75.0576)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_subset_1 Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k8_finseq_1 ^) (Set ($#k3_pre_poly <*) (Set ($#k6_numbers 0)) ($#k3_pre_poly *>)))))
19. (p=-75.1954)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k7_finseq_1 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))))))
20. (p=-76.211)=> (Bool for (Varlist (Set (Var t))) being (Vartype ($#m1_dtconstr Element) of (Set ($#k4_dtconstr TS) (Set ($#k5_dtconstr PeanoNat)))) holds (Bool (Bool (Set ($#k16_dtconstr PreTraversal) (Set (Var t))) ($#r1_hidden =) (Set (Set "(" (Set "(" ($#k6_trees_1 height) (Set "(" ($#k9_xtuple_0 dom) (Set (Var t)) ")") ")") ($#k5_finseq_2 |->) (Num 1) ")") ($#k1_ordinal4 ^) (Set ($#k12_finseq_1 <*) (Set ($#k6_numbers 0)) ($#k12_finseq_1 *>))))))
1. (p=-69.9426)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) ")")))
2. (p=-72.7601)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")")) iff (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) ")")))
3. (p=-72.7601)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) ")")))
4. (p=-72.9276)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) ")"))))
5. (p=-72.957)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) ")"))))
6. (p=-73.5277)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r2_funct_2 =) (Set (Var b))) ")")))
7. (p=-74.0293)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r2_relset_1 =) (Set (Var b))) ")")))
8. (p=-75.0485)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r6_pboole =) (Set (Var b))) ")")))
9. (p=-75.1159)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r1_funct_2 =) (Set (Var b))) ")")))
10. (p=-75.3549)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r8_pboole =) (Set (Var b))) ")")))
11. (p=-75.5777)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")")) iff (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) ")")))
12. (p=-75.7746)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b)))) ")"))))
13. (p=-75.7746)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")")) iff (Bool (Set (Var a)) ($#r1_hidden =) (Set (Var b))) ")"))))
14. (p=-76.0337)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r1_group_2 =) (Set (Var b))) ")")))
15. (p=-76.3452)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")")) iff (Bool (Set (Var a)) ($#r2_funct_2 =) (Set (Var b))) ")")))
16. (p=-76.3452)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Bool (Set (Var a)) ($#r2_funct_2 =) (Set (Var b)))) ")")))
17. (p=-76.5421)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r2_funct_2 =) (Set (Var b))) ")"))))
18. (p=-76.699)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Bool (Set (Var a)) ($#r1_funct_2 =) (Set (Var b)))) ")")))
19. (p=-76.8469)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Bool (Set (Var a)) ($#r2_relset_1 =) (Set (Var b)))) ")")))
20. (p=-77.0438)=> (Bool for (Varlist (Set (Var Y))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 empty)) ($#m1_hidden set)) (Bool (Bool for (Varlist (Set (Var a)) , (Varlist (Set (Var b)))) being (Vartype ($#m1_subset_1 Function) of (Set (Var Y)) , (Set ($#k6_margrel1 BOOLEAN))) holds (Bool "(" (Bool "(" (Bool (Set (Set (Var a)) ($#k9_bvfunc_1 'imp') (Set (Var b))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) & (Bool (Set (Set (Var b)) ($#k9_bvfunc_1 'imp') (Set (Var a))) ($#r2_funct_2 =) (Set ($#k12_bvfunc_1 I_el) (Set (Var Y)))) ")") iff (Bool (Set (Var a)) ($#r2_relset_1 =) (Set (Var b))) ")"))))
1. (p=-203.529)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k1_seq_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
2. (p=-205.545)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k8_nat_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k8_nat_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
3. (p=-206.264)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k1_seq_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
4. (p=-206.347)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k1_seq_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")")) ")") ")"))))
5. (p=-206.877)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k1_seq_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")")) & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
6. (p=-207.932)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k1_funct_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
7. (p=-208.07)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k3_funct_2 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k3_funct_2 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
8. (p=-208.127)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k3_funct_2 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
9. (p=-208.28)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k8_nat_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k8_nat_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_funct_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
10. (p=-208.363)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k8_nat_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k8_nat_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")")) ")") ")"))))
11. (p=-208.831)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k1_seq_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)))))) ")") ")") ")"))))
12. (p=-208.893)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k8_nat_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k8_nat_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")")) & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
13. (p=-214.095)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k1_seq_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")"))))
14. (p=-214.905)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m2_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating) of (Set (Var d))) holds (Bool "(" (Bool (Set ($#k3_chain_1 cell) "(" (Set (Var l)) , (Set (Var r)) ")") ($#r2_hidden in) (Set ($#k4_chain_1 cells) "(" (Set (Var d)) , (Set (Var G)) ")")) iff (Bool "(" (Bool "(" for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set ($#k1_domain_1 [) (Set "(" (Set (Var l)) ($#k1_seq_1 .) (Set (Var i)) ")") , (Set "(" (Set (Var r)) ($#k1_seq_1 .) (Set (Var i)) ")") ($#k1_domain_1 ])) is ($#m2_chain_1 Gap) of (Set (Set (Var G)) ($#k2_chain_1 .) (Set (Var i)))) ")") & (Bool "(" (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))))) or (Bool for (Varlist (Set (Var i))) being (Vartype ($#m2_subset_1 Element) of (Set ($#k2_finseq_1 Seg) (Set (Var d)))) holds (Bool (Set (Set (Var r)) ($#k1_seq_1 .) (Set (Var i))) ($#r1_xxreal_0 <) (Set (Set (Var l)) ($#k1_seq_1 .) (Set (Var i))))) ")") ")") ")")))))
15. (p=-216.111)=> (Bool for (Varlist (Set (Var d))) being (Vartype ($#~v1_xboole_0 non ($#v1_xboole_0 zero)) ($#m1_subset_1 Element) of (Set ($#k5_numbers NAT))) (Bool for (Varlist (Set (Var l)) , (Varlist (Set (Var r)))) being (Vartype ($#m2_finseq_2 Element) of (Set ($#k1_euclid REAL) (Set (Var d)))) (Bool for (Varlist (Set (Var G))) being (Vartype ($#m1_chain_1 Grating)