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Function CT(ByVal a As Integer)
If a Mod 2=0 Then
Return 0
ElSe
Return 1
End if
End Function Function CT(ByVal a As Integer)
If a Mod 2=0 Then
CT=0
Else
CT=1
End if
End Function Function CT(ByVal a As Integer)
If a Mod 2=0 Then
CT=1
Else
CT=0
End if
End Function Function CT(ByVal a As Integer)
If a Mod 2=0 Then
Return 1
Else
Return 0
End if
End Function
Function Fl(b As Intege If b Mod 2=0 Then Return 0 Else Return 1 End If End Function Function Fl(b As Intege If b Mod 2=0 Then F1=0 Else F1=1 End If End Function Function F1(b As Intege If b Mod 2=0 Then F1=1 Else F1=0 End If End Function Function Fl(b As Intege If b Mod 2<>Then Return 0 Else Return 1 End If End Function
Function CT(ByVal a As Intege If a Mod 2=0 Then Return 0 ElSe Return 1 End if End Function Function CT(ByVal a As Intege If a Mod 2=0 Then CT=0 Else CT=1 End if End Function Function CT(ByVal a As Intege If a Mod 2=0 Then CT=1 Else CT=0 End if End Function Function CT(ByVal a As Intege If a Mod 2=0 Then Return 1 Else Return 0 End if End Function
template <typename T>T abs(T x)(return x<0 -x:x; template class <T>T abs(T x)return x<0 -x:x; template T <class T> abs(T x)return x<0 -x:x; template T abs(T x)return x<0 -x:x;
template<typename T>T abs(T X)return x<0-x:x; template class<T>T abs(T x)return x<0-x:x; template T<class T>abs(T x)return x<0-x:x; template T abs(T x)return x<0-x:x;
template class <T>T abs(T z) return z<0 -z:z; template<typename T>T abs(T z) return z<0 -z:z; template T<class T>abs(T z) return z<0 -z:z; template T abs(Tz) return z<0 z:z;
template <typename T> T abs(T {return x<0-x:x;} template class <T> T abs(T {return x<0-x:x;} template T<class T>abs(T {return x<0-x:x;} template T abs(T {return x<0-x:x;}
if n>1 then return 1 else return n+f(n-1) if n>1 then return 1 else return n+f(n+1) if n>1 then return 0 else return n+f(n+1) if n<1 then return 0 else return n+f(n-1)
template <typename T>T abs(T x)retllrn x<0 -x:X; template class<T>T abs(T x)return x<0 -x;x; template T<class T>abs(T x)return x<0 -X;x; template T abs(T x)return x<0 -x;x;
if n>1 then return 1 else return n+f(n-1) if n>1 then return 1 else return n+f(n+1) if n<1 then return 0 else return n+f(n-1) if n<1 then return 0 else return n+f(n+1)
if n>1 then return 1 else return n+f(n-1) if n>1 then return 1 else return n+f(n+1) if n<1 then return 0 else return n+f(n-1) if n<1 then return 0 else return n+f(n+1)