def atom_number(self, nodelist):
n = Transformer.atom_number(self, nodelist)
number, lineno = nodelist[0][1:]
if _is_integer(number):
n = Const(long(number), lineno)
return CallFunc(Name('Integer'), [n])
if number.endswith('j'):
n = Const(complex(number), lineno)
return CallFunc(Name('sympify'), [n])
n = Const(number, lineno)
return CallFunc(Name('Real'), [n])
def atom_number(self, nodelist):
n = Transformer.atom_number(self, nodelist)
number, lineno = nodelist[0][1:]
if _is_integer(number):
n = Const(long(number), lineno)
return CallFunc(Name('Integer'), [n])
if number.endswith('j'):
n = Const(complex(number), lineno)
return CallFunc(Name('sympify'), [n])
n = Const(number, lineno)
return CallFunc(Name('Real'), [n])
def atom_number(self, nodelist):
n = Transformer.atom_number(self, nodelist)
number, lineno = nodelist[0][1:]
if _is_integer(number):
n = Const(long(number), lineno)
return CallFunc(Name("Integer"), [n])
if number.endswith("j"):
n = Const(complex(number), lineno)
return CallFunc(Name("sympify"), [n])
n = Const(number, lineno)
return CallFunc(Name("Float"), [n])
