begin
definition
let OAS be ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace) ;
attr OAS is
satisfying_Int_Par_Pasch means
for
a,
b,
c,
d,
p being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
end;
definition
let OAS be ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace) ;
attr OAS is
satisfying_Ext_Par_Pasch means
for
a,
b,
c,
d,
p being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
end;
definition
let OAS be ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace) ;
attr OAS is
satisfying_Gen_Par_Pasch means
for
a,
b,
c,
a9,
b9,
c9 being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
end;
definition
let OAS be ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace) ;
attr OAS is
satisfying_Ext_Bet_Pasch means
for
a,
b,
c,
d,
x,
y being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
ex
y being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st
(
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
y : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid y : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) );
end;
definition
let OAS be ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace) ;
attr OAS is
satisfying_Int_Bet_Pasch means
for
a,
b,
c,
d,
x,
y being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
ex
y being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st
(
Mid b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
y : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
y : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) );
end;
definition
let OAS be ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace) ;
attr OAS is
Fanoian means
for
a,
b,
c,
d being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
ex
x being ( ( ) ( )
Element of ( ( ) ( )
set ) ) st
(
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) );
end;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
a,
b,
c,
d1,
d2 being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d1 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d2 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d1 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d2 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
d1 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
= d2 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
a,
b,
c,
d1,
d2 being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d1 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d2 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d1 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d2 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
d1 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
= d2 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
b,
c,
a,
d being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
b,
c,
a,
d being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
a,
b,
a9,
b9,
c,
c9 being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
a,
b,
a9,
b9 being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
a,
a9,
b,
b9 being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
a,
b,
c being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
(
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
c,
b,
d,
a being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
<> c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
d,
a,
c,
b being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
<> c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
a,
b,
c,
d being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
<> d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
not
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
a,
b,
c being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
ex
x being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
(
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
a,
b,
c,
d being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
ex
x being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
(
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
a,
b,
c,
d being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
ex
x being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
(
LIN x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
a,
b,
c,
d,
p being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
'||' c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
a,
b,
d,
x,
c being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
ex
y being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
(
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
y : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid y : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
a,
b,
d,
x,
c being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
ex
y being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
(
Mid b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
y : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
c : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
Mid x : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
y : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
d : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ) ;
theorem
for
OAS being ( (
V46()
OAffinSpace-like ) (
V41()
V46()
OAffinSpace-like )
OAffinSpace)
for
p,
a,
b,
p9,
a9,
b9 being ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) st
Mid p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// p9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) & not
LIN p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
LIN p9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// a : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) &
p : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
p9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) )
// b : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) holds
Mid p9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
a9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ,
b9 : ( ( ) ( )
Element of ( ( ) (
V4()
V5() )
set ) ) ;