def i_Max(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Maxx')
return Z
def i_Div(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Divx')
return Z
def i_Min(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Minx')
return Z
def i_Sub(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Subx')
return Z
def i_Mul(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Mulx')
return Z
def i_Concat(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Concatx')
return Z
def i_Add(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Addx')
return Z
def i_Min(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Minx')
return Z
def i_Max(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Maxx')
return Z
def i_Div(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Divx')
return Z
def i_Mul(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Mulx')
return Z
def i_Sub(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Subx')
return Z
def i_Add(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Addx')
return Z
def i_Concat(X_p, Y_p):
Z = i_defaultfn2arg(X_p, Y_p, 'Concatx')
return Z