def infer_shape(self, node, inputs_shapes):
if isinstance(node.inputs[1], theano.Constant) and node.inputs[1].data is None:
return [(mul(*inputs_shapes[0]),)]
# axis should not be None, so there should be the same number of
# dimensions in the input and output
assert node.inputs[0].ndim == node.outputs[0].ndim
assert inputs_shapes[1] == ()
return [inputs_shapes[0]]
def infer_shape(self, node, inputs_shapes):
if (isinstance(node.inputs[1], theano.Constant)
and node.inputs[1].data is None):
return [(mul(*inputs_shapes[0]), )]
# axis should not be None, so there should be the same number of
# dimensions in the input and output
assert node.inputs[0].ndim == node.outputs[0].ndim
assert inputs_shapes[1] == ()
return [inputs_shapes[0]]
def infer_shape(self, node, inputs_shapes):
if isinstance(node.inputs[1], theano.Constant) and node.inputs[1].data is None:
# That means axis = None,
# So the array is flattened before being sorted
return [(mul(*inputs_shapes[0]),)]
# axis should not be None
# So there should be the same number of dimensions
# in the input and output
assert node.inputs[0].ndim == node.outputs[0].ndim
assert inputs_shapes[1] == ()
return [inputs_shapes[0]]
def infer_shape(self, node, inputs_shapes):
if (isinstance(node.inputs[1], theano.Constant)
and node.inputs[1].data is None):
# That means axis = None,
# So the array is flattened before being sorted
return [(mul(*inputs_shapes[0]), )]
# axis should not be None
# So there should be the same number of dimensions
# in the input and output
assert node.inputs[0].ndim == node.outputs[0].ndim
assert inputs_shapes[1] == ()
return [inputs_shapes[0]]
def simple():
'''Contains functionalities for simple calculator.'''
rep1 = 1
while (rep1 == 1):
print " Simple Calculator ".center(80, '-')
print " " * 10, "Menu :"
print " " * 15, "1. Addition"
print " " * 15, "2. Subtraction"
print " " * 15, "3. Multiplication"
print " " * 15, "4. Division"
print " " * 15, "5. Back to main menu"
opt = input("Select operation : ")
os.system("clear")
if (opt == 1):
num1, num2 = input_fun()
print "Result of addition :\n", "%r + %r = %r" % (
num1, num2, basic.add(num1, num2))
rep1 = 1
elif (opt == 2):
num1, num2 = input_fun()
print "Result of subtraction :\n", "%r - %r = %r" % (
num1, num2, basic.sub(num1, num2))
rep1 = 1
elif (opt == 3):
num1, num2 = input_fun()
print "Result of multiplication :\n", "%r * %r = %r" % (
num1, num2, basic.mul(num1, num2))
rep1 = 1
elif (opt == 4):
num1, num2 = input_fun()
print "Result of division :\n", "%r / %r = %r" % (
num1, num2, basic.div(num1, num2))
rep1 = 1
elif (opt == 5):
print "Leaving simple calculator..."
print "Entering main menu..."
return 1
else:
print "*" * 80
print " INVALID INPUT ".center(80, '!')
print "*" * 80
