# Licensed to the Apache Software Foundation (ASF) under one
# or more contributor license agreements.  See the NOTICE file
# distributed with this work for divitional information
# regarding copyright ownership.  The ASF licenses this file
# to you under the Apache License, Version 2.0 (the
# "License") you may not use this file except in compliance
# with the License.  You may obtain a copy of the License at
#
#   http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing,
# software distributed under the License is distributed on an
# "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
# KIND, either express or implied.  See the License for the
# specific language governing permissions and limitations
# under the License.
# pylint: disable=invalid-name, unused-argument
#
# This file is part of DNN compiler maintained at
# https://github.com/ai-techsystems/dnnCompiler


# This file is auto generated by tensor_op_gen.py

import common

import deepC.dnnc as dc
import numpy as np
import unittest

class tensorOperatorsGeneratedTest(unittest.TestCase):

	def setUp(self):

		self.np_bool_0_4 = np.arange(5).astype(np.bool)
		self.np_bool_5_9 = np.arange(5,10).astype(np.bool)

		self.np_int_0_4 = np.arange(5).astype(np.int)
		self.np_int_5_9 = np.arange(5,10).astype(np.int)

		self.np_float_0_4 = np.arange(5).astype(np.float)
		self.np_float_5_9 = np.arange(5,10).astype(np.float)

		self.np_double_0_4 = np.arange(5).astype(np.double)
		self.np_double_5_9 = np.arange(5,10).astype(np.double)

		self.dc_bool_0_4 = dc.arange(5).asTypeBool()
		self.dc_bool_5_9 = dc.arange(5,10).asTypeBool()

		self.dc_int_0_4 = dc.arange(5).asTypeInt()
		self.dc_int_5_9 = dc.arange(5,10).asTypeInt()

		self.dc_float_0_4 = dc.arange(5).asTypeFloat()
		self.dc_float_5_9 = dc.arange(5,10).asTypeFloat()

		self.dc_double_0_4 = dc.arange(5).asTypeDouble()
		self.dc_double_5_9 = dc.arange(5,10).asTypeDouble()


	# Assignment Add

	# bool_tensor_1 += bool_scalar
	def test_Assignment_Add_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np += True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc += True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 += bool_tensor_2
	def test_Assignment_Add_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np += self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc += self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 += bool_scalar
	def test_Assignment_Add_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np += True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc += True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 += bool_tensor_2
	def test_Assignment_Add_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np += self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc += self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 += int_scalar
	def test_Assignment_Add_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np += 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc += 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 += int_tensor_2
	def test_Assignment_Add_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np += self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc += self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += bool_scalar
	def test_Assignment_Add_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += bool_tensor_2
	def test_Assignment_Add_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += float_scalar
	def test_Assignment_Add_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += float_tensor_2
	def test_Assignment_Add_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += int_scalar
	def test_Assignment_Add_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += int_tensor_2
	def test_Assignment_Add_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Sub

	# int_tensor_1 -= bool_scalar
	def test_Assignment_Sub_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np -= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc -= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 -= bool_tensor_2
	def test_Assignment_Sub_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np -= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc -= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 -= int_scalar
	def test_Assignment_Sub_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np -= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc -= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 -= int_tensor_2
	def test_Assignment_Sub_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np -= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc -= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= bool_scalar
	def test_Assignment_Sub_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= bool_tensor_2
	def test_Assignment_Sub_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= float_scalar
	def test_Assignment_Sub_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= float_tensor_2
	def test_Assignment_Sub_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= int_scalar
	def test_Assignment_Sub_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= int_tensor_2
	def test_Assignment_Sub_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Mul

	# bool_tensor_1 *= bool_scalar
	def test_Assignment_Mul_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np *= True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc *= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 *= bool_tensor_2
	def test_Assignment_Mul_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np *= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc *= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 *= bool_scalar
	def test_Assignment_Mul_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np *= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc *= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 *= bool_tensor_2
	def test_Assignment_Mul_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np *= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc *= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 *= int_scalar
	def test_Assignment_Mul_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np *= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc *= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 *= int_tensor_2
	def test_Assignment_Mul_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np *= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc *= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= bool_scalar
	def test_Assignment_Mul_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= bool_tensor_2
	def test_Assignment_Mul_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= float_scalar
	def test_Assignment_Mul_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= float_tensor_2
	def test_Assignment_Mul_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= int_scalar
	def test_Assignment_Mul_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= int_tensor_2
	def test_Assignment_Mul_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment True_Div

	# float_tensor_1 /= bool_scalar
	def test_Assignment_True_Div_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np /= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc /= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 /= bool_tensor_2
	def test_Assignment_True_Div_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np /= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc /= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Floor_Div

	# int_tensor_1 //= bool_scalar
	def test_Assignment_Floor_Div_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np //= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc //= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 //= bool_tensor_2
	def test_Assignment_Floor_Div_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np //= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc //= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 //= int_scalar
	def test_Assignment_Floor_Div_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np //= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc //= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 //= int_tensor_2
	def test_Assignment_Floor_Div_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np //= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc //= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= bool_scalar
	def test_Assignment_Floor_Div_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= bool_tensor_2
	def test_Assignment_Floor_Div_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= float_scalar
	def test_Assignment_Floor_Div_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= float_tensor_2
	def test_Assignment_Floor_Div_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= int_scalar
	def test_Assignment_Floor_Div_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= int_tensor_2
	def test_Assignment_Floor_Div_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Lshift

	# int_tensor_1 <<= bool_scalar
	def test_Assignment_Lshift_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np <<= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc <<= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <<= int_scalar
	def test_Assignment_Lshift_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np <<= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc <<= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <<= int_tensor_2
	def test_Assignment_Lshift_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np <<= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc <<= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Rshift

	# int_tensor_1 >>= bool_scalar
	def test_Assignment_Rshift_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np >>= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc >>= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >>= int_scalar
	def test_Assignment_Rshift_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np >>= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc >>= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >>= int_tensor_2
	def test_Assignment_Rshift_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np >>= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc >>= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Power

	# int_tensor_1 **= bool_scalar
	def test_Assignment_Power_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np **= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc **= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 **= bool_tensor_2
	def test_Assignment_Power_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np **= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc **= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 **= int_scalar
	def test_Assignment_Power_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np **= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc **= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 **= int_tensor_2
	def test_Assignment_Power_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np **= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc **= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= bool_scalar
	def test_Assignment_Power_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= bool_tensor_2
	def test_Assignment_Power_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= float_scalar
	def test_Assignment_Power_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= float_tensor_2
	def test_Assignment_Power_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= int_scalar
	def test_Assignment_Power_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= int_tensor_2
	def test_Assignment_Power_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment And

	# bool_tensor_1 &= bool_scalar
	def test_Assignment_And_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np &= True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc &= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 &= bool_tensor_2
	def test_Assignment_And_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np &= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc &= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 &= bool_scalar
	def test_Assignment_And_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np &= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc &= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 &= bool_tensor_2
	def test_Assignment_And_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np &= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc &= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 &= int_scalar
	def test_Assignment_And_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np &= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc &= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 &= int_tensor_2
	def test_Assignment_And_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np &= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc &= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Or

	# bool_tensor_1 |= bool_scalar
	def test_Assignment_Or_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np |= True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc |= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 |= bool_tensor_2
	def test_Assignment_Or_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np |= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc |= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 |= bool_scalar
	def test_Assignment_Or_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np |= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc |= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 |= bool_tensor_2
	def test_Assignment_Or_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np |= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc |= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 |= int_scalar
	def test_Assignment_Or_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np |= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc |= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 |= int_tensor_2
	def test_Assignment_Or_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np |= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc |= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Xor

	# bool_tensor_1 ^= bool_scalar
	def test_Assignment_Xor_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np ^= True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc ^= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ^= bool_tensor_2
	def test_Assignment_Xor_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np ^= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc ^= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^= bool_scalar
	def test_Assignment_Xor_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np ^= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc ^= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^= bool_tensor_2
	def test_Assignment_Xor_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np ^= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc ^= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^= int_scalar
	def test_Assignment_Xor_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np ^= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc ^= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^= int_tensor_2
	def test_Assignment_Xor_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np ^= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc ^= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Add

	# bool_tensor_1 + bool_scalar
	def test_Binary_Add_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 + True
		temp_dc = self.dc_bool_0_4 + True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + bool_tensor_2
	def test_Binary_Add_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 + self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 + self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + float_scalar
	def test_Binary_Add_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 + 5.0
		temp_dc = self.dc_bool_0_4 + 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + float_tensor_2
	def test_Binary_Add_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 + self.np_float_5_9
		temp_dc = self.dc_bool_0_4 + self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + int_scalar
	def test_Binary_Add_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 + 5
		temp_dc = self.dc_bool_0_4 + 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + int_tensor_2
	def test_Binary_Add_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 + self.np_int_5_9
		temp_dc = self.dc_bool_0_4 + self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + bool_scalar
	def test_Binary_Add_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 + True
		temp_dc = self.dc_int_0_4 + True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + bool_tensor_2
	def test_Binary_Add_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 + self.np_bool_5_9
		temp_dc = self.dc_int_0_4 + self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + float_scalar
	def test_Binary_Add_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 + 5.0
		temp_dc = self.dc_int_0_4 + 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + float_tensor_2
	def test_Binary_Add_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 + self.np_float_5_9
		temp_dc = self.dc_int_0_4 + self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + int_scalar
	def test_Binary_Add_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 + 5
		temp_dc = self.dc_int_0_4 + 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + int_tensor_2
	def test_Binary_Add_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 + self.np_int_5_9
		temp_dc = self.dc_int_0_4 + self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + bool_scalar
	def test_Binary_Add_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 + True
		temp_dc = self.dc_float_0_4 + True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + bool_tensor_2
	def test_Binary_Add_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 + self.np_bool_5_9
		temp_dc = self.dc_float_0_4 + self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + float_scalar
	def test_Binary_Add_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 + 5.0
		temp_dc = self.dc_float_0_4 + 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + float_tensor_2
	def test_Binary_Add_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 + self.np_float_5_9
		temp_dc = self.dc_float_0_4 + self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + int_scalar
	def test_Binary_Add_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 + 5
		temp_dc = self.dc_float_0_4 + 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + int_tensor_2
	def test_Binary_Add_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 + self.np_int_5_9
		temp_dc = self.dc_float_0_4 + self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Sub

	# bool_tensor_1 - float_scalar
	def test_Binary_Sub_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 - 5.0
		temp_dc = self.dc_bool_0_4 - 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 - float_tensor_2
	def test_Binary_Sub_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 - self.np_float_5_9
		temp_dc = self.dc_bool_0_4 - self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 - int_scalar
	def test_Binary_Sub_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 - 5
		temp_dc = self.dc_bool_0_4 - 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 - int_tensor_2
	def test_Binary_Sub_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 - self.np_int_5_9
		temp_dc = self.dc_bool_0_4 - self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - bool_scalar
	def test_Binary_Sub_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 - True
		temp_dc = self.dc_int_0_4 - True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - bool_tensor_2
	def test_Binary_Sub_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 - self.np_bool_5_9
		temp_dc = self.dc_int_0_4 - self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - float_scalar
	def test_Binary_Sub_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 - 5.0
		temp_dc = self.dc_int_0_4 - 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - float_tensor_2
	def test_Binary_Sub_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 - self.np_float_5_9
		temp_dc = self.dc_int_0_4 - self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - int_scalar
	def test_Binary_Sub_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 - 5
		temp_dc = self.dc_int_0_4 - 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - int_tensor_2
	def test_Binary_Sub_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 - self.np_int_5_9
		temp_dc = self.dc_int_0_4 - self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - bool_scalar
	def test_Binary_Sub_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 - True
		temp_dc = self.dc_float_0_4 - True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - bool_tensor_2
	def test_Binary_Sub_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 - self.np_bool_5_9
		temp_dc = self.dc_float_0_4 - self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - float_scalar
	def test_Binary_Sub_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 - 5.0
		temp_dc = self.dc_float_0_4 - 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - float_tensor_2
	def test_Binary_Sub_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 - self.np_float_5_9
		temp_dc = self.dc_float_0_4 - self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - int_scalar
	def test_Binary_Sub_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 - 5
		temp_dc = self.dc_float_0_4 - 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - int_tensor_2
	def test_Binary_Sub_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 - self.np_int_5_9
		temp_dc = self.dc_float_0_4 - self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Mul

	# bool_tensor_1 * bool_scalar
	def test_Binary_Mul_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 * True
		temp_dc = self.dc_bool_0_4 * True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * bool_tensor_2
	def test_Binary_Mul_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 * self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 * self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * float_scalar
	def test_Binary_Mul_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 * 5.0
		temp_dc = self.dc_bool_0_4 * 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * float_tensor_2
	def test_Binary_Mul_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 * self.np_float_5_9
		temp_dc = self.dc_bool_0_4 * self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * int_scalar
	def test_Binary_Mul_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 * 5
		temp_dc = self.dc_bool_0_4 * 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * int_tensor_2
	def test_Binary_Mul_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 * self.np_int_5_9
		temp_dc = self.dc_bool_0_4 * self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * bool_scalar
	def test_Binary_Mul_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 * True
		temp_dc = self.dc_int_0_4 * True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * bool_tensor_2
	def test_Binary_Mul_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 * self.np_bool_5_9
		temp_dc = self.dc_int_0_4 * self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * float_scalar
	def test_Binary_Mul_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 * 5.0
		temp_dc = self.dc_int_0_4 * 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * float_tensor_2
	def test_Binary_Mul_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 * self.np_float_5_9
		temp_dc = self.dc_int_0_4 * self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * int_scalar
	def test_Binary_Mul_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 * 5
		temp_dc = self.dc_int_0_4 * 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * int_tensor_2
	def test_Binary_Mul_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 * self.np_int_5_9
		temp_dc = self.dc_int_0_4 * self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * bool_scalar
	def test_Binary_Mul_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 * True
		temp_dc = self.dc_float_0_4 * True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * bool_tensor_2
	def test_Binary_Mul_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 * self.np_bool_5_9
		temp_dc = self.dc_float_0_4 * self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * float_scalar
	def test_Binary_Mul_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 * 5.0
		temp_dc = self.dc_float_0_4 * 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * float_tensor_2
	def test_Binary_Mul_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 * self.np_float_5_9
		temp_dc = self.dc_float_0_4 * self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * int_scalar
	def test_Binary_Mul_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 * 5
		temp_dc = self.dc_float_0_4 * 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * int_tensor_2
	def test_Binary_Mul_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 * self.np_int_5_9
		temp_dc = self.dc_float_0_4 * self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary True_Div

	# bool_tensor_1 / bool_scalar
	def test_Binary_True_Div_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 / True
		temp_dc = self.dc_bool_0_4 / True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 / bool_tensor_2
	def test_Binary_True_Div_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 / self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 / self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 / bool_scalar
	def test_Binary_True_Div_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 / True
		temp_dc = self.dc_int_0_4 / True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 / bool_tensor_2
	def test_Binary_True_Div_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 / self.np_bool_5_9
		temp_dc = self.dc_int_0_4 / self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 / bool_scalar
	def test_Binary_True_Div_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 / True
		temp_dc = self.dc_float_0_4 / True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 / bool_tensor_2
	def test_Binary_True_Div_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 / self.np_bool_5_9
		temp_dc = self.dc_float_0_4 / self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Floor_Div

	# bool_tensor_1 // bool_scalar
	def test_Binary_Floor_Div_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 // True
		temp_dc = self.dc_bool_0_4 // True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // bool_tensor_2
	def test_Binary_Floor_Div_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 // self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 // self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // float_scalar
	def test_Binary_Floor_Div_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 // 5.0
		temp_dc = self.dc_bool_0_4 // 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // float_tensor_2
	def test_Binary_Floor_Div_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 // self.np_float_5_9
		temp_dc = self.dc_bool_0_4 // self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // int_scalar
	def test_Binary_Floor_Div_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 // 5
		temp_dc = self.dc_bool_0_4 // 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // int_tensor_2
	def test_Binary_Floor_Div_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 // self.np_int_5_9
		temp_dc = self.dc_bool_0_4 // self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // bool_scalar
	def test_Binary_Floor_Div_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 // True
		temp_dc = self.dc_int_0_4 // True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // bool_tensor_2
	def test_Binary_Floor_Div_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 // self.np_bool_5_9
		temp_dc = self.dc_int_0_4 // self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // float_scalar
	def test_Binary_Floor_Div_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 // 5.0
		temp_dc = self.dc_int_0_4 // 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // float_tensor_2
	def test_Binary_Floor_Div_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 // self.np_float_5_9
		temp_dc = self.dc_int_0_4 // self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // int_scalar
	def test_Binary_Floor_Div_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 // 5
		temp_dc = self.dc_int_0_4 // 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // int_tensor_2
	def test_Binary_Floor_Div_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 // self.np_int_5_9
		temp_dc = self.dc_int_0_4 // self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // bool_scalar
	def test_Binary_Floor_Div_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 // True
		temp_dc = self.dc_float_0_4 // True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // bool_tensor_2
	def test_Binary_Floor_Div_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 // self.np_bool_5_9
		temp_dc = self.dc_float_0_4 // self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // float_scalar
	def test_Binary_Floor_Div_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 // 5.0
		temp_dc = self.dc_float_0_4 // 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // float_tensor_2
	def test_Binary_Floor_Div_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 // self.np_float_5_9
		temp_dc = self.dc_float_0_4 // self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // int_scalar
	def test_Binary_Floor_Div_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 // 5
		temp_dc = self.dc_float_0_4 // 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // int_tensor_2
	def test_Binary_Floor_Div_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 // self.np_int_5_9
		temp_dc = self.dc_float_0_4 // self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Mod

	# bool_tensor_1 % bool_scalar
	def test_Binary_Mod_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 % True
		temp_dc = self.dc_bool_0_4 % True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % bool_tensor_2
	def test_Binary_Mod_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 % self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 % self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % float_scalar
	def test_Binary_Mod_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 % 5.0
		temp_dc = self.dc_bool_0_4 % 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % float_tensor_2
	def test_Binary_Mod_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 % self.np_float_5_9
		temp_dc = self.dc_bool_0_4 % self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % int_scalar
	def test_Binary_Mod_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 % 5
		temp_dc = self.dc_bool_0_4 % 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % int_tensor_2
	def test_Binary_Mod_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 % self.np_int_5_9
		temp_dc = self.dc_bool_0_4 % self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % bool_scalar
	def test_Binary_Mod_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 % True
		temp_dc = self.dc_int_0_4 % True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % bool_tensor_2
	def test_Binary_Mod_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 % self.np_bool_5_9
		temp_dc = self.dc_int_0_4 % self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % float_scalar
	def test_Binary_Mod_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 % 5.0
		temp_dc = self.dc_int_0_4 % 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % float_tensor_2
	def test_Binary_Mod_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 % self.np_float_5_9
		temp_dc = self.dc_int_0_4 % self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % int_scalar
	def test_Binary_Mod_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 % 5
		temp_dc = self.dc_int_0_4 % 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % int_tensor_2
	def test_Binary_Mod_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 % self.np_int_5_9
		temp_dc = self.dc_int_0_4 % self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % bool_scalar
	def test_Binary_Mod_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 % True
		temp_dc = self.dc_float_0_4 % True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % bool_tensor_2
	def test_Binary_Mod_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 % self.np_bool_5_9
		temp_dc = self.dc_float_0_4 % self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % float_scalar
	def test_Binary_Mod_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 % 5.0
		temp_dc = self.dc_float_0_4 % 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % float_tensor_2
	def test_Binary_Mod_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 % self.np_float_5_9
		temp_dc = self.dc_float_0_4 % self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % int_scalar
	def test_Binary_Mod_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 % 5
		temp_dc = self.dc_float_0_4 % 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % int_tensor_2
	def test_Binary_Mod_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 % self.np_int_5_9
		temp_dc = self.dc_float_0_4 % self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Lshift

	# bool_tensor_1 << bool_scalar
	def test_Binary_Lshift_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 << True
		temp_dc = self.dc_bool_0_4 << True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 << int_scalar
	def test_Binary_Lshift_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 << 5
		temp_dc = self.dc_bool_0_4 << 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 << int_tensor_2
	def test_Binary_Lshift_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 << self.np_int_5_9
		temp_dc = self.dc_bool_0_4 << self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 << bool_scalar
	def test_Binary_Lshift_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 << True
		temp_dc = self.dc_int_0_4 << True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 << int_scalar
	def test_Binary_Lshift_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 << 5
		temp_dc = self.dc_int_0_4 << 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 << int_tensor_2
	def test_Binary_Lshift_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 << self.np_int_5_9
		temp_dc = self.dc_int_0_4 << self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Rshift

	# bool_tensor_1 >> bool_scalar
	def test_Binary_Rshift_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 >> True
		temp_dc = self.dc_bool_0_4 >> True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >> int_scalar
	def test_Binary_Rshift_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 >> 5
		temp_dc = self.dc_bool_0_4 >> 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >> int_tensor_2
	def test_Binary_Rshift_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 >> self.np_int_5_9
		temp_dc = self.dc_bool_0_4 >> self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >> bool_scalar
	def test_Binary_Rshift_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 >> True
		temp_dc = self.dc_int_0_4 >> True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >> int_scalar
	def test_Binary_Rshift_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 >> 5
		temp_dc = self.dc_int_0_4 >> 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >> int_tensor_2
	def test_Binary_Rshift_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 >> self.np_int_5_9
		temp_dc = self.dc_int_0_4 >> self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Power

	# bool_tensor_1 ** float_scalar
	def test_Binary_Power_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 ** 5.0
		temp_dc = self.dc_bool_0_4 ** 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ** float_tensor_2
	def test_Binary_Power_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 ** self.np_float_5_9
		temp_dc = self.dc_bool_0_4 ** self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ** int_scalar
	def test_Binary_Power_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 ** 5
		temp_dc = self.dc_bool_0_4 ** 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ** int_tensor_2
	def test_Binary_Power_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 ** self.np_int_5_9
		temp_dc = self.dc_bool_0_4 ** self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** bool_scalar
	def test_Binary_Power_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 ** True
		temp_dc = self.dc_int_0_4 ** True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** bool_tensor_2
	def test_Binary_Power_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 ** self.np_bool_5_9
		temp_dc = self.dc_int_0_4 ** self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** float_scalar
	def test_Binary_Power_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 ** 5.0
		temp_dc = self.dc_int_0_4 ** 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** float_tensor_2
	def test_Binary_Power_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 ** self.np_float_5_9
		temp_dc = self.dc_int_0_4 ** self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** int_scalar
	def test_Binary_Power_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 ** 5
		temp_dc = self.dc_int_0_4 ** 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** int_tensor_2
	def test_Binary_Power_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 ** self.np_int_5_9
		temp_dc = self.dc_int_0_4 ** self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** bool_scalar
	def test_Binary_Power_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 ** True
		temp_dc = self.dc_float_0_4 ** True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** bool_tensor_2
	def test_Binary_Power_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 ** self.np_bool_5_9
		temp_dc = self.dc_float_0_4 ** self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** float_scalar
	def test_Binary_Power_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 ** 5.0
		temp_dc = self.dc_float_0_4 ** 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** float_tensor_2
	def test_Binary_Power_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 ** self.np_float_5_9
		temp_dc = self.dc_float_0_4 ** self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** int_scalar
	def test_Binary_Power_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 ** 5
		temp_dc = self.dc_float_0_4 ** 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** int_tensor_2
	def test_Binary_Power_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 ** self.np_int_5_9
		temp_dc = self.dc_float_0_4 ** self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary And

	# bool_tensor_1 & bool_scalar
	def test_Binary_And_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 & True
		temp_dc = self.dc_bool_0_4 & True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 & bool_tensor_2
	def test_Binary_And_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 & self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 & self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 & int_scalar
	def test_Binary_And_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 & 5
		temp_dc = self.dc_bool_0_4 & 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 & int_tensor_2
	def test_Binary_And_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 & self.np_int_5_9
		temp_dc = self.dc_bool_0_4 & self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 & bool_scalar
	def test_Binary_And_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 & True
		temp_dc = self.dc_int_0_4 & True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 & bool_tensor_2
	def test_Binary_And_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 & self.np_bool_5_9
		temp_dc = self.dc_int_0_4 & self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 & int_scalar
	def test_Binary_And_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 & 5
		temp_dc = self.dc_int_0_4 & 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 & int_tensor_2
	def test_Binary_And_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 & self.np_int_5_9
		temp_dc = self.dc_int_0_4 & self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Or

	# bool_tensor_1 | bool_scalar
	def test_Binary_Or_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 | True
		temp_dc = self.dc_bool_0_4 | True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 | bool_tensor_2
	def test_Binary_Or_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 | self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 | self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 | int_scalar
	def test_Binary_Or_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 | 5
		temp_dc = self.dc_bool_0_4 | 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 | int_tensor_2
	def test_Binary_Or_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 | self.np_int_5_9
		temp_dc = self.dc_bool_0_4 | self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 | bool_scalar
	def test_Binary_Or_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 | True
		temp_dc = self.dc_int_0_4 | True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 | bool_tensor_2
	def test_Binary_Or_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 | self.np_bool_5_9
		temp_dc = self.dc_int_0_4 | self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 | int_scalar
	def test_Binary_Or_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 | 5
		temp_dc = self.dc_int_0_4 | 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 | int_tensor_2
	def test_Binary_Or_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 | self.np_int_5_9
		temp_dc = self.dc_int_0_4 | self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Xor

	# bool_tensor_1 ^ bool_scalar
	def test_Binary_Xor_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 ^ True
		temp_dc = self.dc_bool_0_4 ^ True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ^ bool_tensor_2
	def test_Binary_Xor_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 ^ self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 ^ self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ^ int_scalar
	def test_Binary_Xor_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 ^ 5
		temp_dc = self.dc_bool_0_4 ^ 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ^ int_tensor_2
	def test_Binary_Xor_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 ^ self.np_int_5_9
		temp_dc = self.dc_bool_0_4 ^ self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^ bool_scalar
	def test_Binary_Xor_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 ^ True
		temp_dc = self.dc_int_0_4 ^ True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^ bool_tensor_2
	def test_Binary_Xor_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 ^ self.np_bool_5_9
		temp_dc = self.dc_int_0_4 ^ self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^ int_scalar
	def test_Binary_Xor_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 ^ 5
		temp_dc = self.dc_int_0_4 ^ 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^ int_tensor_2
	def test_Binary_Xor_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 ^ self.np_int_5_9
		temp_dc = self.dc_int_0_4 ^ self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Unary Pos

	# + int_tensor_1
	def test_Unary_Pos_int_tensor_1 (self):
		temp_np = + self.np_int_0_4
		temp_dc = + self.dc_int_0_4
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# + float_tensor_1
	def test_Unary_Pos_float_tensor_1 (self):
		temp_np = + self.np_float_0_4
		temp_dc = + self.dc_float_0_4
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Unary Neg

	# - int_tensor_1
	def test_Unary_Neg_int_tensor_1 (self):
		temp_np = - self.np_int_0_4
		temp_dc = - self.dc_int_0_4
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# - float_tensor_1
	def test_Unary_Neg_float_tensor_1 (self):
		temp_np = - self.np_float_0_4
		temp_dc = - self.dc_float_0_4
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Greater_Than

	# bool_tensor_1 > bool_scalar
	def test_Comparison_Greater_Than_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 > True
		temp_dc = self.dc_bool_0_4 > True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > bool_tensor_2
	def test_Comparison_Greater_Than_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 > self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 > self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > float_scalar
	def test_Comparison_Greater_Than_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 > 5.0
		temp_dc = self.dc_bool_0_4 > 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > float_tensor_2
	def test_Comparison_Greater_Than_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 > self.np_float_5_9
		temp_dc = self.dc_bool_0_4 > self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > int_scalar
	def test_Comparison_Greater_Than_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 > 5
		temp_dc = self.dc_bool_0_4 > 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > int_tensor_2
	def test_Comparison_Greater_Than_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 > self.np_int_5_9
		temp_dc = self.dc_bool_0_4 > self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > bool_scalar
	def test_Comparison_Greater_Than_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 > True
		temp_dc = self.dc_int_0_4 > True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > bool_tensor_2
	def test_Comparison_Greater_Than_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 > self.np_bool_5_9
		temp_dc = self.dc_int_0_4 > self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > float_scalar
	def test_Comparison_Greater_Than_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 > 5.0
		temp_dc = self.dc_int_0_4 > 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > float_tensor_2
	def test_Comparison_Greater_Than_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 > self.np_float_5_9
		temp_dc = self.dc_int_0_4 > self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > int_scalar
	def test_Comparison_Greater_Than_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 > 5
		temp_dc = self.dc_int_0_4 > 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > int_tensor_2
	def test_Comparison_Greater_Than_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 > self.np_int_5_9
		temp_dc = self.dc_int_0_4 > self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > bool_scalar
	def test_Comparison_Greater_Than_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 > True
		temp_dc = self.dc_float_0_4 > True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > bool_tensor_2
	def test_Comparison_Greater_Than_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 > self.np_bool_5_9
		temp_dc = self.dc_float_0_4 > self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > float_scalar
	def test_Comparison_Greater_Than_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 > 5.0
		temp_dc = self.dc_float_0_4 > 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > float_tensor_2
	def test_Comparison_Greater_Than_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 > self.np_float_5_9
		temp_dc = self.dc_float_0_4 > self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > int_scalar
	def test_Comparison_Greater_Than_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 > 5
		temp_dc = self.dc_float_0_4 > 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > int_tensor_2
	def test_Comparison_Greater_Than_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 > self.np_int_5_9
		temp_dc = self.dc_float_0_4 > self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Greater_Equal

	# bool_tensor_1 >= bool_scalar
	def test_Comparison_Greater_Equal_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 >= True
		temp_dc = self.dc_bool_0_4 >= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= bool_tensor_2
	def test_Comparison_Greater_Equal_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 >= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 >= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= float_scalar
	def test_Comparison_Greater_Equal_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 >= 5.0
		temp_dc = self.dc_bool_0_4 >= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= float_tensor_2
	def test_Comparison_Greater_Equal_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 >= self.np_float_5_9
		temp_dc = self.dc_bool_0_4 >= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= int_scalar
	def test_Comparison_Greater_Equal_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 >= 5
		temp_dc = self.dc_bool_0_4 >= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= int_tensor_2
	def test_Comparison_Greater_Equal_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 >= self.np_int_5_9
		temp_dc = self.dc_bool_0_4 >= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= bool_scalar
	def test_Comparison_Greater_Equal_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 >= True
		temp_dc = self.dc_int_0_4 >= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= bool_tensor_2
	def test_Comparison_Greater_Equal_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 >= self.np_bool_5_9
		temp_dc = self.dc_int_0_4 >= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= float_scalar
	def test_Comparison_Greater_Equal_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 >= 5.0
		temp_dc = self.dc_int_0_4 >= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= float_tensor_2
	def test_Comparison_Greater_Equal_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 >= self.np_float_5_9
		temp_dc = self.dc_int_0_4 >= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= int_scalar
	def test_Comparison_Greater_Equal_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 >= 5
		temp_dc = self.dc_int_0_4 >= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= int_tensor_2
	def test_Comparison_Greater_Equal_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 >= self.np_int_5_9
		temp_dc = self.dc_int_0_4 >= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= bool_scalar
	def test_Comparison_Greater_Equal_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 >= True
		temp_dc = self.dc_float_0_4 >= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= bool_tensor_2
	def test_Comparison_Greater_Equal_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 >= self.np_bool_5_9
		temp_dc = self.dc_float_0_4 >= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= float_scalar
	def test_Comparison_Greater_Equal_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 >= 5.0
		temp_dc = self.dc_float_0_4 >= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= float_tensor_2
	def test_Comparison_Greater_Equal_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 >= self.np_float_5_9
		temp_dc = self.dc_float_0_4 >= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= int_scalar
	def test_Comparison_Greater_Equal_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 >= 5
		temp_dc = self.dc_float_0_4 >= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= int_tensor_2
	def test_Comparison_Greater_Equal_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 >= self.np_int_5_9
		temp_dc = self.dc_float_0_4 >= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Less_Than

	# bool_tensor_1 < bool_scalar
	def test_Comparison_Less_Than_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 < True
		temp_dc = self.dc_bool_0_4 < True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < bool_tensor_2
	def test_Comparison_Less_Than_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 < self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 < self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < float_scalar
	def test_Comparison_Less_Than_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 < 5.0
		temp_dc = self.dc_bool_0_4 < 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < float_tensor_2
	def test_Comparison_Less_Than_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 < self.np_float_5_9
		temp_dc = self.dc_bool_0_4 < self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < int_scalar
	def test_Comparison_Less_Than_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 < 5
		temp_dc = self.dc_bool_0_4 < 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < int_tensor_2
	def test_Comparison_Less_Than_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 < self.np_int_5_9
		temp_dc = self.dc_bool_0_4 < self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < bool_scalar
	def test_Comparison_Less_Than_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 < True
		temp_dc = self.dc_int_0_4 < True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < bool_tensor_2
	def test_Comparison_Less_Than_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 < self.np_bool_5_9
		temp_dc = self.dc_int_0_4 < self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < float_scalar
	def test_Comparison_Less_Than_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 < 5.0
		temp_dc = self.dc_int_0_4 < 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < float_tensor_2
	def test_Comparison_Less_Than_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 < self.np_float_5_9
		temp_dc = self.dc_int_0_4 < self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < int_scalar
	def test_Comparison_Less_Than_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 < 5
		temp_dc = self.dc_int_0_4 < 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < int_tensor_2
	def test_Comparison_Less_Than_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 < self.np_int_5_9
		temp_dc = self.dc_int_0_4 < self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < bool_scalar
	def test_Comparison_Less_Than_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 < True
		temp_dc = self.dc_float_0_4 < True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < bool_tensor_2
	def test_Comparison_Less_Than_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 < self.np_bool_5_9
		temp_dc = self.dc_float_0_4 < self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < float_scalar
	def test_Comparison_Less_Than_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 < 5.0
		temp_dc = self.dc_float_0_4 < 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < float_tensor_2
	def test_Comparison_Less_Than_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 < self.np_float_5_9
		temp_dc = self.dc_float_0_4 < self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < int_scalar
	def test_Comparison_Less_Than_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 < 5
		temp_dc = self.dc_float_0_4 < 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < int_tensor_2
	def test_Comparison_Less_Than_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 < self.np_int_5_9
		temp_dc = self.dc_float_0_4 < self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Less_Equal

	# bool_tensor_1 <= bool_scalar
	def test_Comparison_Less_Equal_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 <= True
		temp_dc = self.dc_bool_0_4 <= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= bool_tensor_2
	def test_Comparison_Less_Equal_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 <= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 <= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= float_scalar
	def test_Comparison_Less_Equal_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 <= 5.0
		temp_dc = self.dc_bool_0_4 <= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= float_tensor_2
	def test_Comparison_Less_Equal_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 <= self.np_float_5_9
		temp_dc = self.dc_bool_0_4 <= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= int_scalar
	def test_Comparison_Less_Equal_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 <= 5
		temp_dc = self.dc_bool_0_4 <= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= int_tensor_2
	def test_Comparison_Less_Equal_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 <= self.np_int_5_9
		temp_dc = self.dc_bool_0_4 <= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= bool_scalar
	def test_Comparison_Less_Equal_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 <= True
		temp_dc = self.dc_int_0_4 <= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= bool_tensor_2
	def test_Comparison_Less_Equal_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 <= self.np_bool_5_9
		temp_dc = self.dc_int_0_4 <= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= float_scalar
	def test_Comparison_Less_Equal_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 <= 5.0
		temp_dc = self.dc_int_0_4 <= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= float_tensor_2
	def test_Comparison_Less_Equal_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 <= self.np_float_5_9
		temp_dc = self.dc_int_0_4 <= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= int_scalar
	def test_Comparison_Less_Equal_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 <= 5
		temp_dc = self.dc_int_0_4 <= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= int_tensor_2
	def test_Comparison_Less_Equal_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 <= self.np_int_5_9
		temp_dc = self.dc_int_0_4 <= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= bool_scalar
	def test_Comparison_Less_Equal_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 <= True
		temp_dc = self.dc_float_0_4 <= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= bool_tensor_2
	def test_Comparison_Less_Equal_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 <= self.np_bool_5_9
		temp_dc = self.dc_float_0_4 <= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= float_scalar
	def test_Comparison_Less_Equal_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 <= 5.0
		temp_dc = self.dc_float_0_4 <= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= float_tensor_2
	def test_Comparison_Less_Equal_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 <= self.np_float_5_9
		temp_dc = self.dc_float_0_4 <= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= int_scalar
	def test_Comparison_Less_Equal_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 <= 5
		temp_dc = self.dc_float_0_4 <= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= int_tensor_2
	def test_Comparison_Less_Equal_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 <= self.np_int_5_9
		temp_dc = self.dc_float_0_4 <= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Equal

	# bool_tensor_1 == bool_scalar
	def test_Comparison_Equal_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 == True
		temp_dc = self.dc_bool_0_4 == True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == bool_tensor_2
	def test_Comparison_Equal_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 == self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 == self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == float_scalar
	def test_Comparison_Equal_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 == 5.0
		temp_dc = self.dc_bool_0_4 == 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == float_tensor_2
	def test_Comparison_Equal_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 == self.np_float_5_9
		temp_dc = self.dc_bool_0_4 == self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == int_scalar
	def test_Comparison_Equal_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 == 5
		temp_dc = self.dc_bool_0_4 == 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == int_tensor_2
	def test_Comparison_Equal_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 == self.np_int_5_9
		temp_dc = self.dc_bool_0_4 == self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == bool_scalar
	def test_Comparison_Equal_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 == True
		temp_dc = self.dc_int_0_4 == True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == bool_tensor_2
	def test_Comparison_Equal_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 == self.np_bool_5_9
		temp_dc = self.dc_int_0_4 == self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == float_scalar
	def test_Comparison_Equal_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 == 5.0
		temp_dc = self.dc_int_0_4 == 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == float_tensor_2
	def test_Comparison_Equal_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 == self.np_float_5_9
		temp_dc = self.dc_int_0_4 == self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == int_scalar
	def test_Comparison_Equal_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 == 5
		temp_dc = self.dc_int_0_4 == 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == int_tensor_2
	def test_Comparison_Equal_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 == self.np_int_5_9
		temp_dc = self.dc_int_0_4 == self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == bool_scalar
	def test_Comparison_Equal_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 == True
		temp_dc = self.dc_float_0_4 == True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == bool_tensor_2
	def test_Comparison_Equal_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 == self.np_bool_5_9
		temp_dc = self.dc_float_0_4 == self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == float_scalar
	def test_Comparison_Equal_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 == 5.0
		temp_dc = self.dc_float_0_4 == 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == float_tensor_2
	def test_Comparison_Equal_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 == self.np_float_5_9
		temp_dc = self.dc_float_0_4 == self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == int_scalar
	def test_Comparison_Equal_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 == 5
		temp_dc = self.dc_float_0_4 == 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == int_tensor_2
	def test_Comparison_Equal_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 == self.np_int_5_9
		temp_dc = self.dc_float_0_4 == self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Not_Equal

	# bool_tensor_1 != bool_scalar
	def test_Comparison_Not_Equal_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 != True
		temp_dc = self.dc_bool_0_4 != True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != bool_tensor_2
	def test_Comparison_Not_Equal_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 != self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 != self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != float_scalar
	def test_Comparison_Not_Equal_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 != 5.0
		temp_dc = self.dc_bool_0_4 != 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != float_tensor_2
	def test_Comparison_Not_Equal_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 != self.np_float_5_9
		temp_dc = self.dc_bool_0_4 != self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != int_scalar
	def test_Comparison_Not_Equal_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 != 5
		temp_dc = self.dc_bool_0_4 != 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != int_tensor_2
	def test_Comparison_Not_Equal_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 != self.np_int_5_9
		temp_dc = self.dc_bool_0_4 != self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != bool_scalar
	def test_Comparison_Not_Equal_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 != True
		temp_dc = self.dc_int_0_4 != True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != bool_tensor_2
	def test_Comparison_Not_Equal_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 != self.np_bool_5_9
		temp_dc = self.dc_int_0_4 != self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != float_scalar
	def test_Comparison_Not_Equal_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 != 5.0
		temp_dc = self.dc_int_0_4 != 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != float_tensor_2
	def test_Comparison_Not_Equal_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 != self.np_float_5_9
		temp_dc = self.dc_int_0_4 != self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != int_scalar
	def test_Comparison_Not_Equal_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 != 5
		temp_dc = self.dc_int_0_4 != 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != int_tensor_2
	def test_Comparison_Not_Equal_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 != self.np_int_5_9
		temp_dc = self.dc_int_0_4 != self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != bool_scalar
	def test_Comparison_Not_Equal_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 != True
		temp_dc = self.dc_float_0_4 != True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != bool_tensor_2
	def test_Comparison_Not_Equal_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 != self.np_bool_5_9
		temp_dc = self.dc_float_0_4 != self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != float_scalar
	def test_Comparison_Not_Equal_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 != 5.0
		temp_dc = self.dc_float_0_4 != 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != float_tensor_2
	def test_Comparison_Not_Equal_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 != self.np_float_5_9
		temp_dc = self.dc_float_0_4 != self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != int_scalar
	def test_Comparison_Not_Equal_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 != 5
		temp_dc = self.dc_float_0_4 != 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != int_tensor_2
	def test_Comparison_Not_Equal_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 != self.np_int_5_9
		temp_dc = self.dc_float_0_4 != self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))


	def tearDown(self):
		return "test finished"

if __name__ == '__main__':
	
	unittest.main()
	
# Licensed to the Apache Software Foundation (ASF) under one
# or more contributor license agreements.  See the NOTICE file
# distributed with this work for divitional information
# regarding copyright ownership.  The ASF licenses this file
# to you under the Apache License, Version 2.0 (the
# "License") you may not use this file except in compliance
# with the License.  You may obtain a copy of the License at
#
#   http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing,
# software distributed under the License is distributed on an
# "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
# KIND, either express or implied.  See the License for the
# specific language governing permissions and limitations
# under the License.
# pylint: disable=invalid-name, unused-argument
#
# This file is part of DNN compiler maintained at
# https://github.com/ai-techsystems/dnnCompiler


# This file is auto generated by tensor_op_gen.py

import common

import deepC.dnnc as dc
import numpy as np
import unittest

class tensorOperatorsGeneratedTest(unittest.TestCase):

	def setUp(self):

		self.np_bool_0_4 = np.arange(5).astype(np.bool)
		self.np_bool_5_9 = np.arange(5,10).astype(np.bool)

		self.np_int_0_4 = np.arange(5).astype(np.int)
		self.np_int_5_9 = np.arange(5,10).astype(np.int)

		self.np_float_0_4 = np.arange(5).astype(np.float)
		self.np_float_5_9 = np.arange(5,10).astype(np.float)

		self.np_double_0_4 = np.arange(5).astype(np.double)
		self.np_double_5_9 = np.arange(5,10).astype(np.double)

		self.dc_bool_0_4 = dc.arange(5).asTypeBool()
		self.dc_bool_5_9 = dc.arange(5,10).asTypeBool()

		self.dc_int_0_4 = dc.arange(5).asTypeInt()
		self.dc_int_5_9 = dc.arange(5,10).asTypeInt()

		self.dc_float_0_4 = dc.arange(5).asTypeFloat()
		self.dc_float_5_9 = dc.arange(5,10).asTypeFloat()

		self.dc_double_0_4 = dc.arange(5).asTypeDouble()
		self.dc_double_5_9 = dc.arange(5,10).asTypeDouble()


	# Assignment Add

	# bool_tensor_1 += bool_scalar
	def test_Assignment_Add_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np += True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc += True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 += bool_tensor_2
	def test_Assignment_Add_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np += self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc += self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 += bool_scalar
	def test_Assignment_Add_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np += True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc += True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 += bool_tensor_2
	def test_Assignment_Add_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np += self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc += self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 += int_scalar
	def test_Assignment_Add_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np += 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc += 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 += int_tensor_2
	def test_Assignment_Add_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np += self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc += self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += bool_scalar
	def test_Assignment_Add_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += bool_tensor_2
	def test_Assignment_Add_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += float_scalar
	def test_Assignment_Add_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += float_tensor_2
	def test_Assignment_Add_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += int_scalar
	def test_Assignment_Add_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 += int_tensor_2
	def test_Assignment_Add_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np += self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc += self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Sub

	# int_tensor_1 -= bool_scalar
	def test_Assignment_Sub_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np -= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc -= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 -= bool_tensor_2
	def test_Assignment_Sub_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np -= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc -= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 -= int_scalar
	def test_Assignment_Sub_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np -= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc -= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 -= int_tensor_2
	def test_Assignment_Sub_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np -= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc -= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= bool_scalar
	def test_Assignment_Sub_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= bool_tensor_2
	def test_Assignment_Sub_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= float_scalar
	def test_Assignment_Sub_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= float_tensor_2
	def test_Assignment_Sub_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= int_scalar
	def test_Assignment_Sub_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 -= int_tensor_2
	def test_Assignment_Sub_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np -= self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc -= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Mul

	# bool_tensor_1 *= bool_scalar
	def test_Assignment_Mul_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np *= True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc *= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 *= bool_tensor_2
	def test_Assignment_Mul_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np *= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc *= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 *= bool_scalar
	def test_Assignment_Mul_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np *= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc *= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 *= bool_tensor_2
	def test_Assignment_Mul_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np *= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc *= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 *= int_scalar
	def test_Assignment_Mul_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np *= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc *= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 *= int_tensor_2
	def test_Assignment_Mul_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np *= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc *= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= bool_scalar
	def test_Assignment_Mul_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= bool_tensor_2
	def test_Assignment_Mul_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= float_scalar
	def test_Assignment_Mul_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= float_tensor_2
	def test_Assignment_Mul_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= int_scalar
	def test_Assignment_Mul_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 *= int_tensor_2
	def test_Assignment_Mul_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np *= self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc *= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment True_Div

	# float_tensor_1 /= bool_scalar
	def test_Assignment_True_Div_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np /= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc /= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 /= bool_tensor_2
	def test_Assignment_True_Div_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np /= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc /= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Floor_Div

	# int_tensor_1 //= bool_scalar
	def test_Assignment_Floor_Div_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np //= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc //= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 //= bool_tensor_2
	def test_Assignment_Floor_Div_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np //= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc //= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 //= int_scalar
	def test_Assignment_Floor_Div_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np //= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc //= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 //= int_tensor_2
	def test_Assignment_Floor_Div_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np //= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc //= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= bool_scalar
	def test_Assignment_Floor_Div_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= bool_tensor_2
	def test_Assignment_Floor_Div_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= float_scalar
	def test_Assignment_Floor_Div_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= float_tensor_2
	def test_Assignment_Floor_Div_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= int_scalar
	def test_Assignment_Floor_Div_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 //= int_tensor_2
	def test_Assignment_Floor_Div_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np //= self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc //= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Lshift

	# int_tensor_1 <<= bool_scalar
	def test_Assignment_Lshift_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np <<= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc <<= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <<= int_scalar
	def test_Assignment_Lshift_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np <<= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc <<= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <<= int_tensor_2
	def test_Assignment_Lshift_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np <<= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc <<= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Rshift

	# int_tensor_1 >>= bool_scalar
	def test_Assignment_Rshift_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np >>= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc >>= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >>= int_scalar
	def test_Assignment_Rshift_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np >>= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc >>= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >>= int_tensor_2
	def test_Assignment_Rshift_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np >>= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc >>= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Power

	# int_tensor_1 **= bool_scalar
	def test_Assignment_Power_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np **= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc **= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 **= bool_tensor_2
	def test_Assignment_Power_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np **= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc **= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 **= int_scalar
	def test_Assignment_Power_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np **= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc **= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 **= int_tensor_2
	def test_Assignment_Power_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np **= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc **= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= bool_scalar
	def test_Assignment_Power_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= True
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= bool_tensor_2
	def test_Assignment_Power_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= self.np_bool_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= float_scalar
	def test_Assignment_Power_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= 5.0
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= float_tensor_2
	def test_Assignment_Power_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= self.np_float_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= int_scalar
	def test_Assignment_Power_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= 5
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 **= int_tensor_2
	def test_Assignment_Power_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4.copy()
		temp_np **= self.np_int_5_9
		temp_dc = self.dc_float_0_4.copy()
		temp_dc **= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment And

	# bool_tensor_1 &= bool_scalar
	def test_Assignment_And_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np &= True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc &= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 &= bool_tensor_2
	def test_Assignment_And_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np &= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc &= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 &= bool_scalar
	def test_Assignment_And_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np &= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc &= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 &= bool_tensor_2
	def test_Assignment_And_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np &= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc &= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 &= int_scalar
	def test_Assignment_And_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np &= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc &= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 &= int_tensor_2
	def test_Assignment_And_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np &= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc &= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Or

	# bool_tensor_1 |= bool_scalar
	def test_Assignment_Or_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np |= True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc |= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 |= bool_tensor_2
	def test_Assignment_Or_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np |= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc |= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 |= bool_scalar
	def test_Assignment_Or_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np |= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc |= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 |= bool_tensor_2
	def test_Assignment_Or_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np |= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc |= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 |= int_scalar
	def test_Assignment_Or_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np |= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc |= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 |= int_tensor_2
	def test_Assignment_Or_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np |= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc |= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Assignment Xor

	# bool_tensor_1 ^= bool_scalar
	def test_Assignment_Xor_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np ^= True
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc ^= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ^= bool_tensor_2
	def test_Assignment_Xor_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4.copy()
		temp_np ^= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4.copy()
		temp_dc ^= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^= bool_scalar
	def test_Assignment_Xor_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np ^= True
		temp_dc = self.dc_int_0_4.copy()
		temp_dc ^= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^= bool_tensor_2
	def test_Assignment_Xor_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np ^= self.np_bool_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc ^= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^= int_scalar
	def test_Assignment_Xor_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4.copy()
		temp_np ^= 5
		temp_dc = self.dc_int_0_4.copy()
		temp_dc ^= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^= int_tensor_2
	def test_Assignment_Xor_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4.copy()
		temp_np ^= self.np_int_5_9
		temp_dc = self.dc_int_0_4.copy()
		temp_dc ^= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Add

	# bool_tensor_1 + bool_scalar
	def test_Binary_Add_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 + True
		temp_dc = self.dc_bool_0_4 + True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + bool_tensor_2
	def test_Binary_Add_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 + self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 + self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + float_scalar
	def test_Binary_Add_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 + 5.0
		temp_dc = self.dc_bool_0_4 + 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + float_tensor_2
	def test_Binary_Add_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 + self.np_float_5_9
		temp_dc = self.dc_bool_0_4 + self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + int_scalar
	def test_Binary_Add_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 + 5
		temp_dc = self.dc_bool_0_4 + 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 + int_tensor_2
	def test_Binary_Add_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 + self.np_int_5_9
		temp_dc = self.dc_bool_0_4 + self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + bool_scalar
	def test_Binary_Add_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 + True
		temp_dc = self.dc_int_0_4 + True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + bool_tensor_2
	def test_Binary_Add_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 + self.np_bool_5_9
		temp_dc = self.dc_int_0_4 + self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + float_scalar
	def test_Binary_Add_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 + 5.0
		temp_dc = self.dc_int_0_4 + 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + float_tensor_2
	def test_Binary_Add_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 + self.np_float_5_9
		temp_dc = self.dc_int_0_4 + self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + int_scalar
	def test_Binary_Add_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 + 5
		temp_dc = self.dc_int_0_4 + 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 + int_tensor_2
	def test_Binary_Add_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 + self.np_int_5_9
		temp_dc = self.dc_int_0_4 + self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + bool_scalar
	def test_Binary_Add_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 + True
		temp_dc = self.dc_float_0_4 + True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + bool_tensor_2
	def test_Binary_Add_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 + self.np_bool_5_9
		temp_dc = self.dc_float_0_4 + self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + float_scalar
	def test_Binary_Add_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 + 5.0
		temp_dc = self.dc_float_0_4 + 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + float_tensor_2
	def test_Binary_Add_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 + self.np_float_5_9
		temp_dc = self.dc_float_0_4 + self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + int_scalar
	def test_Binary_Add_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 + 5
		temp_dc = self.dc_float_0_4 + 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 + int_tensor_2
	def test_Binary_Add_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 + self.np_int_5_9
		temp_dc = self.dc_float_0_4 + self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Sub

	# bool_tensor_1 - float_scalar
	def test_Binary_Sub_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 - 5.0
		temp_dc = self.dc_bool_0_4 - 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 - float_tensor_2
	def test_Binary_Sub_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 - self.np_float_5_9
		temp_dc = self.dc_bool_0_4 - self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 - int_scalar
	def test_Binary_Sub_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 - 5
		temp_dc = self.dc_bool_0_4 - 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 - int_tensor_2
	def test_Binary_Sub_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 - self.np_int_5_9
		temp_dc = self.dc_bool_0_4 - self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - bool_scalar
	def test_Binary_Sub_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 - True
		temp_dc = self.dc_int_0_4 - True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - bool_tensor_2
	def test_Binary_Sub_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 - self.np_bool_5_9
		temp_dc = self.dc_int_0_4 - self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - float_scalar
	def test_Binary_Sub_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 - 5.0
		temp_dc = self.dc_int_0_4 - 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - float_tensor_2
	def test_Binary_Sub_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 - self.np_float_5_9
		temp_dc = self.dc_int_0_4 - self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - int_scalar
	def test_Binary_Sub_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 - 5
		temp_dc = self.dc_int_0_4 - 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 - int_tensor_2
	def test_Binary_Sub_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 - self.np_int_5_9
		temp_dc = self.dc_int_0_4 - self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - bool_scalar
	def test_Binary_Sub_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 - True
		temp_dc = self.dc_float_0_4 - True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - bool_tensor_2
	def test_Binary_Sub_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 - self.np_bool_5_9
		temp_dc = self.dc_float_0_4 - self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - float_scalar
	def test_Binary_Sub_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 - 5.0
		temp_dc = self.dc_float_0_4 - 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - float_tensor_2
	def test_Binary_Sub_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 - self.np_float_5_9
		temp_dc = self.dc_float_0_4 - self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - int_scalar
	def test_Binary_Sub_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 - 5
		temp_dc = self.dc_float_0_4 - 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 - int_tensor_2
	def test_Binary_Sub_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 - self.np_int_5_9
		temp_dc = self.dc_float_0_4 - self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Mul

	# bool_tensor_1 * bool_scalar
	def test_Binary_Mul_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 * True
		temp_dc = self.dc_bool_0_4 * True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * bool_tensor_2
	def test_Binary_Mul_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 * self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 * self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * float_scalar
	def test_Binary_Mul_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 * 5.0
		temp_dc = self.dc_bool_0_4 * 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * float_tensor_2
	def test_Binary_Mul_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 * self.np_float_5_9
		temp_dc = self.dc_bool_0_4 * self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * int_scalar
	def test_Binary_Mul_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 * 5
		temp_dc = self.dc_bool_0_4 * 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 * int_tensor_2
	def test_Binary_Mul_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 * self.np_int_5_9
		temp_dc = self.dc_bool_0_4 * self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * bool_scalar
	def test_Binary_Mul_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 * True
		temp_dc = self.dc_int_0_4 * True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * bool_tensor_2
	def test_Binary_Mul_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 * self.np_bool_5_9
		temp_dc = self.dc_int_0_4 * self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * float_scalar
	def test_Binary_Mul_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 * 5.0
		temp_dc = self.dc_int_0_4 * 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * float_tensor_2
	def test_Binary_Mul_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 * self.np_float_5_9
		temp_dc = self.dc_int_0_4 * self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * int_scalar
	def test_Binary_Mul_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 * 5
		temp_dc = self.dc_int_0_4 * 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 * int_tensor_2
	def test_Binary_Mul_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 * self.np_int_5_9
		temp_dc = self.dc_int_0_4 * self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * bool_scalar
	def test_Binary_Mul_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 * True
		temp_dc = self.dc_float_0_4 * True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * bool_tensor_2
	def test_Binary_Mul_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 * self.np_bool_5_9
		temp_dc = self.dc_float_0_4 * self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * float_scalar
	def test_Binary_Mul_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 * 5.0
		temp_dc = self.dc_float_0_4 * 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * float_tensor_2
	def test_Binary_Mul_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 * self.np_float_5_9
		temp_dc = self.dc_float_0_4 * self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * int_scalar
	def test_Binary_Mul_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 * 5
		temp_dc = self.dc_float_0_4 * 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 * int_tensor_2
	def test_Binary_Mul_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 * self.np_int_5_9
		temp_dc = self.dc_float_0_4 * self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary True_Div

	# bool_tensor_1 / bool_scalar
	def test_Binary_True_Div_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 / True
		temp_dc = self.dc_bool_0_4 / True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 / bool_tensor_2
	def test_Binary_True_Div_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 / self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 / self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 / bool_scalar
	def test_Binary_True_Div_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 / True
		temp_dc = self.dc_int_0_4 / True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 / bool_tensor_2
	def test_Binary_True_Div_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 / self.np_bool_5_9
		temp_dc = self.dc_int_0_4 / self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 / bool_scalar
	def test_Binary_True_Div_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 / True
		temp_dc = self.dc_float_0_4 / True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 / bool_tensor_2
	def test_Binary_True_Div_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 / self.np_bool_5_9
		temp_dc = self.dc_float_0_4 / self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Floor_Div

	# bool_tensor_1 // bool_scalar
	def test_Binary_Floor_Div_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 // True
		temp_dc = self.dc_bool_0_4 // True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // bool_tensor_2
	def test_Binary_Floor_Div_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 // self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 // self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // float_scalar
	def test_Binary_Floor_Div_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 // 5.0
		temp_dc = self.dc_bool_0_4 // 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // float_tensor_2
	def test_Binary_Floor_Div_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 // self.np_float_5_9
		temp_dc = self.dc_bool_0_4 // self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // int_scalar
	def test_Binary_Floor_Div_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 // 5
		temp_dc = self.dc_bool_0_4 // 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 // int_tensor_2
	def test_Binary_Floor_Div_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 // self.np_int_5_9
		temp_dc = self.dc_bool_0_4 // self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // bool_scalar
	def test_Binary_Floor_Div_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 // True
		temp_dc = self.dc_int_0_4 // True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // bool_tensor_2
	def test_Binary_Floor_Div_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 // self.np_bool_5_9
		temp_dc = self.dc_int_0_4 // self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // float_scalar
	def test_Binary_Floor_Div_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 // 5.0
		temp_dc = self.dc_int_0_4 // 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // float_tensor_2
	def test_Binary_Floor_Div_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 // self.np_float_5_9
		temp_dc = self.dc_int_0_4 // self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // int_scalar
	def test_Binary_Floor_Div_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 // 5
		temp_dc = self.dc_int_0_4 // 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 // int_tensor_2
	def test_Binary_Floor_Div_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 // self.np_int_5_9
		temp_dc = self.dc_int_0_4 // self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // bool_scalar
	def test_Binary_Floor_Div_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 // True
		temp_dc = self.dc_float_0_4 // True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // bool_tensor_2
	def test_Binary_Floor_Div_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 // self.np_bool_5_9
		temp_dc = self.dc_float_0_4 // self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // float_scalar
	def test_Binary_Floor_Div_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 // 5.0
		temp_dc = self.dc_float_0_4 // 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // float_tensor_2
	def test_Binary_Floor_Div_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 // self.np_float_5_9
		temp_dc = self.dc_float_0_4 // self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // int_scalar
	def test_Binary_Floor_Div_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 // 5
		temp_dc = self.dc_float_0_4 // 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 // int_tensor_2
	def test_Binary_Floor_Div_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 // self.np_int_5_9
		temp_dc = self.dc_float_0_4 // self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Mod

	# bool_tensor_1 % bool_scalar
	def test_Binary_Mod_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 % True
		temp_dc = self.dc_bool_0_4 % True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % bool_tensor_2
	def test_Binary_Mod_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 % self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 % self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % float_scalar
	def test_Binary_Mod_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 % 5.0
		temp_dc = self.dc_bool_0_4 % 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % float_tensor_2
	def test_Binary_Mod_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 % self.np_float_5_9
		temp_dc = self.dc_bool_0_4 % self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % int_scalar
	def test_Binary_Mod_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 % 5
		temp_dc = self.dc_bool_0_4 % 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 % int_tensor_2
	def test_Binary_Mod_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 % self.np_int_5_9
		temp_dc = self.dc_bool_0_4 % self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % bool_scalar
	def test_Binary_Mod_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 % True
		temp_dc = self.dc_int_0_4 % True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % bool_tensor_2
	def test_Binary_Mod_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 % self.np_bool_5_9
		temp_dc = self.dc_int_0_4 % self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % float_scalar
	def test_Binary_Mod_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 % 5.0
		temp_dc = self.dc_int_0_4 % 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % float_tensor_2
	def test_Binary_Mod_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 % self.np_float_5_9
		temp_dc = self.dc_int_0_4 % self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % int_scalar
	def test_Binary_Mod_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 % 5
		temp_dc = self.dc_int_0_4 % 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 % int_tensor_2
	def test_Binary_Mod_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 % self.np_int_5_9
		temp_dc = self.dc_int_0_4 % self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % bool_scalar
	def test_Binary_Mod_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 % True
		temp_dc = self.dc_float_0_4 % True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % bool_tensor_2
	def test_Binary_Mod_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 % self.np_bool_5_9
		temp_dc = self.dc_float_0_4 % self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % float_scalar
	def test_Binary_Mod_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 % 5.0
		temp_dc = self.dc_float_0_4 % 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % float_tensor_2
	def test_Binary_Mod_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 % self.np_float_5_9
		temp_dc = self.dc_float_0_4 % self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % int_scalar
	def test_Binary_Mod_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 % 5
		temp_dc = self.dc_float_0_4 % 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 % int_tensor_2
	def test_Binary_Mod_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 % self.np_int_5_9
		temp_dc = self.dc_float_0_4 % self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Lshift

	# bool_tensor_1 << bool_scalar
	def test_Binary_Lshift_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 << True
		temp_dc = self.dc_bool_0_4 << True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 << int_scalar
	def test_Binary_Lshift_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 << 5
		temp_dc = self.dc_bool_0_4 << 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 << int_tensor_2
	def test_Binary_Lshift_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 << self.np_int_5_9
		temp_dc = self.dc_bool_0_4 << self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 << bool_scalar
	def test_Binary_Lshift_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 << True
		temp_dc = self.dc_int_0_4 << True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 << int_scalar
	def test_Binary_Lshift_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 << 5
		temp_dc = self.dc_int_0_4 << 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 << int_tensor_2
	def test_Binary_Lshift_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 << self.np_int_5_9
		temp_dc = self.dc_int_0_4 << self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Rshift

	# bool_tensor_1 >> bool_scalar
	def test_Binary_Rshift_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 >> True
		temp_dc = self.dc_bool_0_4 >> True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >> int_scalar
	def test_Binary_Rshift_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 >> 5
		temp_dc = self.dc_bool_0_4 >> 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >> int_tensor_2
	def test_Binary_Rshift_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 >> self.np_int_5_9
		temp_dc = self.dc_bool_0_4 >> self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >> bool_scalar
	def test_Binary_Rshift_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 >> True
		temp_dc = self.dc_int_0_4 >> True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >> int_scalar
	def test_Binary_Rshift_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 >> 5
		temp_dc = self.dc_int_0_4 >> 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >> int_tensor_2
	def test_Binary_Rshift_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 >> self.np_int_5_9
		temp_dc = self.dc_int_0_4 >> self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Power

	# bool_tensor_1 ** float_scalar
	def test_Binary_Power_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 ** 5.0
		temp_dc = self.dc_bool_0_4 ** 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ** float_tensor_2
	def test_Binary_Power_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 ** self.np_float_5_9
		temp_dc = self.dc_bool_0_4 ** self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ** int_scalar
	def test_Binary_Power_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 ** 5
		temp_dc = self.dc_bool_0_4 ** 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ** int_tensor_2
	def test_Binary_Power_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 ** self.np_int_5_9
		temp_dc = self.dc_bool_0_4 ** self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** bool_scalar
	def test_Binary_Power_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 ** True
		temp_dc = self.dc_int_0_4 ** True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** bool_tensor_2
	def test_Binary_Power_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 ** self.np_bool_5_9
		temp_dc = self.dc_int_0_4 ** self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** float_scalar
	def test_Binary_Power_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 ** 5.0
		temp_dc = self.dc_int_0_4 ** 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** float_tensor_2
	def test_Binary_Power_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 ** self.np_float_5_9
		temp_dc = self.dc_int_0_4 ** self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** int_scalar
	def test_Binary_Power_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 ** 5
		temp_dc = self.dc_int_0_4 ** 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ** int_tensor_2
	def test_Binary_Power_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 ** self.np_int_5_9
		temp_dc = self.dc_int_0_4 ** self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** bool_scalar
	def test_Binary_Power_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 ** True
		temp_dc = self.dc_float_0_4 ** True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** bool_tensor_2
	def test_Binary_Power_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 ** self.np_bool_5_9
		temp_dc = self.dc_float_0_4 ** self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** float_scalar
	def test_Binary_Power_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 ** 5.0
		temp_dc = self.dc_float_0_4 ** 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** float_tensor_2
	def test_Binary_Power_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 ** self.np_float_5_9
		temp_dc = self.dc_float_0_4 ** self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** int_scalar
	def test_Binary_Power_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 ** 5
		temp_dc = self.dc_float_0_4 ** 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 ** int_tensor_2
	def test_Binary_Power_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 ** self.np_int_5_9
		temp_dc = self.dc_float_0_4 ** self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary And

	# bool_tensor_1 & bool_scalar
	def test_Binary_And_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 & True
		temp_dc = self.dc_bool_0_4 & True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 & bool_tensor_2
	def test_Binary_And_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 & self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 & self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 & int_scalar
	def test_Binary_And_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 & 5
		temp_dc = self.dc_bool_0_4 & 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 & int_tensor_2
	def test_Binary_And_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 & self.np_int_5_9
		temp_dc = self.dc_bool_0_4 & self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 & bool_scalar
	def test_Binary_And_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 & True
		temp_dc = self.dc_int_0_4 & True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 & bool_tensor_2
	def test_Binary_And_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 & self.np_bool_5_9
		temp_dc = self.dc_int_0_4 & self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 & int_scalar
	def test_Binary_And_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 & 5
		temp_dc = self.dc_int_0_4 & 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 & int_tensor_2
	def test_Binary_And_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 & self.np_int_5_9
		temp_dc = self.dc_int_0_4 & self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Or

	# bool_tensor_1 | bool_scalar
	def test_Binary_Or_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 | True
		temp_dc = self.dc_bool_0_4 | True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 | bool_tensor_2
	def test_Binary_Or_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 | self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 | self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 | int_scalar
	def test_Binary_Or_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 | 5
		temp_dc = self.dc_bool_0_4 | 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 | int_tensor_2
	def test_Binary_Or_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 | self.np_int_5_9
		temp_dc = self.dc_bool_0_4 | self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 | bool_scalar
	def test_Binary_Or_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 | True
		temp_dc = self.dc_int_0_4 | True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 | bool_tensor_2
	def test_Binary_Or_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 | self.np_bool_5_9
		temp_dc = self.dc_int_0_4 | self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 | int_scalar
	def test_Binary_Or_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 | 5
		temp_dc = self.dc_int_0_4 | 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 | int_tensor_2
	def test_Binary_Or_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 | self.np_int_5_9
		temp_dc = self.dc_int_0_4 | self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Binary Xor

	# bool_tensor_1 ^ bool_scalar
	def test_Binary_Xor_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 ^ True
		temp_dc = self.dc_bool_0_4 ^ True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ^ bool_tensor_2
	def test_Binary_Xor_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 ^ self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 ^ self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ^ int_scalar
	def test_Binary_Xor_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 ^ 5
		temp_dc = self.dc_bool_0_4 ^ 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 ^ int_tensor_2
	def test_Binary_Xor_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 ^ self.np_int_5_9
		temp_dc = self.dc_bool_0_4 ^ self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^ bool_scalar
	def test_Binary_Xor_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 ^ True
		temp_dc = self.dc_int_0_4 ^ True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^ bool_tensor_2
	def test_Binary_Xor_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 ^ self.np_bool_5_9
		temp_dc = self.dc_int_0_4 ^ self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^ int_scalar
	def test_Binary_Xor_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 ^ 5
		temp_dc = self.dc_int_0_4 ^ 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 ^ int_tensor_2
	def test_Binary_Xor_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 ^ self.np_int_5_9
		temp_dc = self.dc_int_0_4 ^ self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Unary Pos

	# + int_tensor_1
	def test_Unary_Pos_int_tensor_1 (self):
		temp_np = + self.np_int_0_4
		temp_dc = + self.dc_int_0_4
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# + float_tensor_1
	def test_Unary_Pos_float_tensor_1 (self):
		temp_np = + self.np_float_0_4
		temp_dc = + self.dc_float_0_4
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Unary Neg

	# - int_tensor_1
	def test_Unary_Neg_int_tensor_1 (self):
		temp_np = - self.np_int_0_4
		temp_dc = - self.dc_int_0_4
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# - float_tensor_1
	def test_Unary_Neg_float_tensor_1 (self):
		temp_np = - self.np_float_0_4
		temp_dc = - self.dc_float_0_4
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Greater_Than

	# bool_tensor_1 > bool_scalar
	def test_Comparison_Greater_Than_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 > True
		temp_dc = self.dc_bool_0_4 > True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > bool_tensor_2
	def test_Comparison_Greater_Than_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 > self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 > self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > float_scalar
	def test_Comparison_Greater_Than_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 > 5.0
		temp_dc = self.dc_bool_0_4 > 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > float_tensor_2
	def test_Comparison_Greater_Than_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 > self.np_float_5_9
		temp_dc = self.dc_bool_0_4 > self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > int_scalar
	def test_Comparison_Greater_Than_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 > 5
		temp_dc = self.dc_bool_0_4 > 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 > int_tensor_2
	def test_Comparison_Greater_Than_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 > self.np_int_5_9
		temp_dc = self.dc_bool_0_4 > self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > bool_scalar
	def test_Comparison_Greater_Than_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 > True
		temp_dc = self.dc_int_0_4 > True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > bool_tensor_2
	def test_Comparison_Greater_Than_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 > self.np_bool_5_9
		temp_dc = self.dc_int_0_4 > self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > float_scalar
	def test_Comparison_Greater_Than_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 > 5.0
		temp_dc = self.dc_int_0_4 > 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > float_tensor_2
	def test_Comparison_Greater_Than_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 > self.np_float_5_9
		temp_dc = self.dc_int_0_4 > self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > int_scalar
	def test_Comparison_Greater_Than_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 > 5
		temp_dc = self.dc_int_0_4 > 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 > int_tensor_2
	def test_Comparison_Greater_Than_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 > self.np_int_5_9
		temp_dc = self.dc_int_0_4 > self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > bool_scalar
	def test_Comparison_Greater_Than_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 > True
		temp_dc = self.dc_float_0_4 > True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > bool_tensor_2
	def test_Comparison_Greater_Than_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 > self.np_bool_5_9
		temp_dc = self.dc_float_0_4 > self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > float_scalar
	def test_Comparison_Greater_Than_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 > 5.0
		temp_dc = self.dc_float_0_4 > 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > float_tensor_2
	def test_Comparison_Greater_Than_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 > self.np_float_5_9
		temp_dc = self.dc_float_0_4 > self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > int_scalar
	def test_Comparison_Greater_Than_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 > 5
		temp_dc = self.dc_float_0_4 > 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 > int_tensor_2
	def test_Comparison_Greater_Than_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 > self.np_int_5_9
		temp_dc = self.dc_float_0_4 > self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Greater_Equal

	# bool_tensor_1 >= bool_scalar
	def test_Comparison_Greater_Equal_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 >= True
		temp_dc = self.dc_bool_0_4 >= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= bool_tensor_2
	def test_Comparison_Greater_Equal_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 >= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 >= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= float_scalar
	def test_Comparison_Greater_Equal_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 >= 5.0
		temp_dc = self.dc_bool_0_4 >= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= float_tensor_2
	def test_Comparison_Greater_Equal_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 >= self.np_float_5_9
		temp_dc = self.dc_bool_0_4 >= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= int_scalar
	def test_Comparison_Greater_Equal_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 >= 5
		temp_dc = self.dc_bool_0_4 >= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 >= int_tensor_2
	def test_Comparison_Greater_Equal_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 >= self.np_int_5_9
		temp_dc = self.dc_bool_0_4 >= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= bool_scalar
	def test_Comparison_Greater_Equal_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 >= True
		temp_dc = self.dc_int_0_4 >= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= bool_tensor_2
	def test_Comparison_Greater_Equal_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 >= self.np_bool_5_9
		temp_dc = self.dc_int_0_4 >= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= float_scalar
	def test_Comparison_Greater_Equal_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 >= 5.0
		temp_dc = self.dc_int_0_4 >= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= float_tensor_2
	def test_Comparison_Greater_Equal_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 >= self.np_float_5_9
		temp_dc = self.dc_int_0_4 >= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= int_scalar
	def test_Comparison_Greater_Equal_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 >= 5
		temp_dc = self.dc_int_0_4 >= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 >= int_tensor_2
	def test_Comparison_Greater_Equal_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 >= self.np_int_5_9
		temp_dc = self.dc_int_0_4 >= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= bool_scalar
	def test_Comparison_Greater_Equal_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 >= True
		temp_dc = self.dc_float_0_4 >= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= bool_tensor_2
	def test_Comparison_Greater_Equal_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 >= self.np_bool_5_9
		temp_dc = self.dc_float_0_4 >= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= float_scalar
	def test_Comparison_Greater_Equal_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 >= 5.0
		temp_dc = self.dc_float_0_4 >= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= float_tensor_2
	def test_Comparison_Greater_Equal_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 >= self.np_float_5_9
		temp_dc = self.dc_float_0_4 >= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= int_scalar
	def test_Comparison_Greater_Equal_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 >= 5
		temp_dc = self.dc_float_0_4 >= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 >= int_tensor_2
	def test_Comparison_Greater_Equal_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 >= self.np_int_5_9
		temp_dc = self.dc_float_0_4 >= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Less_Than

	# bool_tensor_1 < bool_scalar
	def test_Comparison_Less_Than_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 < True
		temp_dc = self.dc_bool_0_4 < True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < bool_tensor_2
	def test_Comparison_Less_Than_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 < self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 < self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < float_scalar
	def test_Comparison_Less_Than_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 < 5.0
		temp_dc = self.dc_bool_0_4 < 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < float_tensor_2
	def test_Comparison_Less_Than_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 < self.np_float_5_9
		temp_dc = self.dc_bool_0_4 < self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < int_scalar
	def test_Comparison_Less_Than_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 < 5
		temp_dc = self.dc_bool_0_4 < 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 < int_tensor_2
	def test_Comparison_Less_Than_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 < self.np_int_5_9
		temp_dc = self.dc_bool_0_4 < self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < bool_scalar
	def test_Comparison_Less_Than_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 < True
		temp_dc = self.dc_int_0_4 < True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < bool_tensor_2
	def test_Comparison_Less_Than_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 < self.np_bool_5_9
		temp_dc = self.dc_int_0_4 < self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < float_scalar
	def test_Comparison_Less_Than_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 < 5.0
		temp_dc = self.dc_int_0_4 < 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < float_tensor_2
	def test_Comparison_Less_Than_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 < self.np_float_5_9
		temp_dc = self.dc_int_0_4 < self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < int_scalar
	def test_Comparison_Less_Than_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 < 5
		temp_dc = self.dc_int_0_4 < 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 < int_tensor_2
	def test_Comparison_Less_Than_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 < self.np_int_5_9
		temp_dc = self.dc_int_0_4 < self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < bool_scalar
	def test_Comparison_Less_Than_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 < True
		temp_dc = self.dc_float_0_4 < True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < bool_tensor_2
	def test_Comparison_Less_Than_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 < self.np_bool_5_9
		temp_dc = self.dc_float_0_4 < self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < float_scalar
	def test_Comparison_Less_Than_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 < 5.0
		temp_dc = self.dc_float_0_4 < 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < float_tensor_2
	def test_Comparison_Less_Than_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 < self.np_float_5_9
		temp_dc = self.dc_float_0_4 < self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < int_scalar
	def test_Comparison_Less_Than_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 < 5
		temp_dc = self.dc_float_0_4 < 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 < int_tensor_2
	def test_Comparison_Less_Than_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 < self.np_int_5_9
		temp_dc = self.dc_float_0_4 < self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Less_Equal

	# bool_tensor_1 <= bool_scalar
	def test_Comparison_Less_Equal_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 <= True
		temp_dc = self.dc_bool_0_4 <= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= bool_tensor_2
	def test_Comparison_Less_Equal_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 <= self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 <= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= float_scalar
	def test_Comparison_Less_Equal_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 <= 5.0
		temp_dc = self.dc_bool_0_4 <= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= float_tensor_2
	def test_Comparison_Less_Equal_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 <= self.np_float_5_9
		temp_dc = self.dc_bool_0_4 <= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= int_scalar
	def test_Comparison_Less_Equal_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 <= 5
		temp_dc = self.dc_bool_0_4 <= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 <= int_tensor_2
	def test_Comparison_Less_Equal_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 <= self.np_int_5_9
		temp_dc = self.dc_bool_0_4 <= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= bool_scalar
	def test_Comparison_Less_Equal_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 <= True
		temp_dc = self.dc_int_0_4 <= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= bool_tensor_2
	def test_Comparison_Less_Equal_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 <= self.np_bool_5_9
		temp_dc = self.dc_int_0_4 <= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= float_scalar
	def test_Comparison_Less_Equal_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 <= 5.0
		temp_dc = self.dc_int_0_4 <= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= float_tensor_2
	def test_Comparison_Less_Equal_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 <= self.np_float_5_9
		temp_dc = self.dc_int_0_4 <= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= int_scalar
	def test_Comparison_Less_Equal_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 <= 5
		temp_dc = self.dc_int_0_4 <= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 <= int_tensor_2
	def test_Comparison_Less_Equal_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 <= self.np_int_5_9
		temp_dc = self.dc_int_0_4 <= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= bool_scalar
	def test_Comparison_Less_Equal_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 <= True
		temp_dc = self.dc_float_0_4 <= True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= bool_tensor_2
	def test_Comparison_Less_Equal_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 <= self.np_bool_5_9
		temp_dc = self.dc_float_0_4 <= self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= float_scalar
	def test_Comparison_Less_Equal_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 <= 5.0
		temp_dc = self.dc_float_0_4 <= 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= float_tensor_2
	def test_Comparison_Less_Equal_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 <= self.np_float_5_9
		temp_dc = self.dc_float_0_4 <= self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= int_scalar
	def test_Comparison_Less_Equal_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 <= 5
		temp_dc = self.dc_float_0_4 <= 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 <= int_tensor_2
	def test_Comparison_Less_Equal_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 <= self.np_int_5_9
		temp_dc = self.dc_float_0_4 <= self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Equal

	# bool_tensor_1 == bool_scalar
	def test_Comparison_Equal_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 == True
		temp_dc = self.dc_bool_0_4 == True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == bool_tensor_2
	def test_Comparison_Equal_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 == self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 == self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == float_scalar
	def test_Comparison_Equal_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 == 5.0
		temp_dc = self.dc_bool_0_4 == 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == float_tensor_2
	def test_Comparison_Equal_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 == self.np_float_5_9
		temp_dc = self.dc_bool_0_4 == self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == int_scalar
	def test_Comparison_Equal_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 == 5
		temp_dc = self.dc_bool_0_4 == 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 == int_tensor_2
	def test_Comparison_Equal_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 == self.np_int_5_9
		temp_dc = self.dc_bool_0_4 == self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == bool_scalar
	def test_Comparison_Equal_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 == True
		temp_dc = self.dc_int_0_4 == True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == bool_tensor_2
	def test_Comparison_Equal_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 == self.np_bool_5_9
		temp_dc = self.dc_int_0_4 == self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == float_scalar
	def test_Comparison_Equal_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 == 5.0
		temp_dc = self.dc_int_0_4 == 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == float_tensor_2
	def test_Comparison_Equal_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 == self.np_float_5_9
		temp_dc = self.dc_int_0_4 == self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == int_scalar
	def test_Comparison_Equal_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 == 5
		temp_dc = self.dc_int_0_4 == 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 == int_tensor_2
	def test_Comparison_Equal_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 == self.np_int_5_9
		temp_dc = self.dc_int_0_4 == self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == bool_scalar
	def test_Comparison_Equal_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 == True
		temp_dc = self.dc_float_0_4 == True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == bool_tensor_2
	def test_Comparison_Equal_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 == self.np_bool_5_9
		temp_dc = self.dc_float_0_4 == self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == float_scalar
	def test_Comparison_Equal_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 == 5.0
		temp_dc = self.dc_float_0_4 == 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == float_tensor_2
	def test_Comparison_Equal_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 == self.np_float_5_9
		temp_dc = self.dc_float_0_4 == self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == int_scalar
	def test_Comparison_Equal_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 == 5
		temp_dc = self.dc_float_0_4 == 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 == int_tensor_2
	def test_Comparison_Equal_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 == self.np_int_5_9
		temp_dc = self.dc_float_0_4 == self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# Comparison Not_Equal

	# bool_tensor_1 != bool_scalar
	def test_Comparison_Not_Equal_bool_tensor_1_bool_scalar (self):
		temp_np = self.np_bool_0_4 != True
		temp_dc = self.dc_bool_0_4 != True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != bool_tensor_2
	def test_Comparison_Not_Equal_bool_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_bool_0_4 != self.np_bool_5_9
		temp_dc = self.dc_bool_0_4 != self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != float_scalar
	def test_Comparison_Not_Equal_bool_tensor_1_float_scalar (self):
		temp_np = self.np_bool_0_4 != 5.0
		temp_dc = self.dc_bool_0_4 != 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != float_tensor_2
	def test_Comparison_Not_Equal_bool_tensor_1_float_tensor_2 (self):
		temp_np = self.np_bool_0_4 != self.np_float_5_9
		temp_dc = self.dc_bool_0_4 != self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != int_scalar
	def test_Comparison_Not_Equal_bool_tensor_1_int_scalar (self):
		temp_np = self.np_bool_0_4 != 5
		temp_dc = self.dc_bool_0_4 != 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# bool_tensor_1 != int_tensor_2
	def test_Comparison_Not_Equal_bool_tensor_1_int_tensor_2 (self):
		temp_np = self.np_bool_0_4 != self.np_int_5_9
		temp_dc = self.dc_bool_0_4 != self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != bool_scalar
	def test_Comparison_Not_Equal_int_tensor_1_bool_scalar (self):
		temp_np = self.np_int_0_4 != True
		temp_dc = self.dc_int_0_4 != True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != bool_tensor_2
	def test_Comparison_Not_Equal_int_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_int_0_4 != self.np_bool_5_9
		temp_dc = self.dc_int_0_4 != self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != float_scalar
	def test_Comparison_Not_Equal_int_tensor_1_float_scalar (self):
		temp_np = self.np_int_0_4 != 5.0
		temp_dc = self.dc_int_0_4 != 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != float_tensor_2
	def test_Comparison_Not_Equal_int_tensor_1_float_tensor_2 (self):
		temp_np = self.np_int_0_4 != self.np_float_5_9
		temp_dc = self.dc_int_0_4 != self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != int_scalar
	def test_Comparison_Not_Equal_int_tensor_1_int_scalar (self):
		temp_np = self.np_int_0_4 != 5
		temp_dc = self.dc_int_0_4 != 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# int_tensor_1 != int_tensor_2
	def test_Comparison_Not_Equal_int_tensor_1_int_tensor_2 (self):
		temp_np = self.np_int_0_4 != self.np_int_5_9
		temp_dc = self.dc_int_0_4 != self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != bool_scalar
	def test_Comparison_Not_Equal_float_tensor_1_bool_scalar (self):
		temp_np = self.np_float_0_4 != True
		temp_dc = self.dc_float_0_4 != True
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != bool_tensor_2
	def test_Comparison_Not_Equal_float_tensor_1_bool_tensor_2 (self):
		temp_np = self.np_float_0_4 != self.np_bool_5_9
		temp_dc = self.dc_float_0_4 != self.dc_bool_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != float_scalar
	def test_Comparison_Not_Equal_float_tensor_1_float_scalar (self):
		temp_np = self.np_float_0_4 != 5.0
		temp_dc = self.dc_float_0_4 != 5.0
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != float_tensor_2
	def test_Comparison_Not_Equal_float_tensor_1_float_tensor_2 (self):
		temp_np = self.np_float_0_4 != self.np_float_5_9
		temp_dc = self.dc_float_0_4 != self.dc_float_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != int_scalar
	def test_Comparison_Not_Equal_float_tensor_1_int_scalar (self):
		temp_np = self.np_float_0_4 != 5
		temp_dc = self.dc_float_0_4 != 5
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))

	# float_tensor_1 != int_tensor_2
	def test_Comparison_Not_Equal_float_tensor_1_int_tensor_2 (self):
		temp_np = self.np_float_0_4 != self.np_int_5_9
		temp_dc = self.dc_float_0_4 != self.dc_int_5_9
		np.testing.assert_array_equal(temp_np, np.array(temp_dc.data()))


	def tearDown(self):
		return "test finished"

if __name__ == '__main__':
	
	unittest.main()
	
# Licensed to the Apache Software Foundation (ASF) under one # or more contributor license agreements.  See the NOTICE file # distributed with this work for divitional information # regarding copyright ownership.  The ASF licenses this file # to you under the Apache License, Version 2.0 (the # "License") you may not use this file except in compliance # with the License.  You may obtain a copy of the License at # #   http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, # software distributed under the License is distributed on an # "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY # KIND, either express or implied.  See the License for the # specific language governing permissions and limitations # under the License. # pylint: disable=invalid-name, unused-argument # # This file is part of DNN compiler maintained at # https://github.com/ai-techsystems/dnnCompiler # This file is auto generated by tensor_op_gen.py # Assignment Add # bool_tensor_1 += bool_scalar # bool_tensor_1 += bool_tensor_2 # int_tensor_1 += bool_scalar # int_tensor_1 += bool_tensor_2 # int_tensor_1 += int_scalar # int_tensor_1 += int_tensor_2 # float_tensor_1 += bool_scalar # float_tensor_1 += bool_tensor_2 # float_tensor_1 += float_scalar # float_tensor_1 += float_tensor_2 # float_tensor_1 += int_scalar # float_tensor_1 += int_tensor_2 # Assignment Sub # int_tensor_1 -= bool_scalar # int_tensor_1 -= bool_tensor_2 # int_tensor_1 -= int_scalar # int_tensor_1 -= int_tensor_2 # float_tensor_1 -= bool_scalar # float_tensor_1 -= bool_tensor_2 # float_tensor_1 -= float_scalar # float_tensor_1 -= float_tensor_2 # float_tensor_1 -= int_scalar # float_tensor_1 -= int_tensor_2 # Assignment Mul # bool_tensor_1 *= bool_scalar # bool_tensor_1 *= bool_tensor_2 # int_tensor_1 *= bool_scalar # int_tensor_1 *= bool_tensor_2 # int_tensor_1 *= int_scalar # int_tensor_1 *= int_tensor_2 # float_tensor_1 *= bool_scalar # float_tensor_1 *= bool_tensor_2 # float_tensor_1 *= float_scalar # float_tensor_1 *= float_tensor_2 # float_tensor_1 *= int_scalar # float_tensor_1 *= int_tensor_2 # Assignment True_Div # float_tensor_1 /= bool_scalar # float_tensor_1 /= bool_tensor_2 # Assignment Floor_Div # int_tensor_1 //= bool_scalar # int_tensor_1 //= bool_tensor_2 # int_tensor_1 //= int_scalar # int_tensor_1 //= int_tensor_2 # float_tensor_1 //= bool_scalar # float_tensor_1 //= bool_tensor_2 # float_tensor_1 //= float_scalar # float_tensor_1 //= float_tensor_2 # float_tensor_1 //= int_scalar # float_tensor_1 //= int_tensor_2 # Assignment Lshift # int_tensor_1 <<= bool_scalar # int_tensor_1 <<= int_scalar # int_tensor_1 <<= int_tensor_2 # Assignment Rshift # int_tensor_1 >>= bool_scalar # int_tensor_1 >>= int_scalar # int_tensor_1 >>= int_tensor_2 # Assignment Power # int_tensor_1 **= bool_scalar # int_tensor_1 **= bool_tensor_2 # int_tensor_1 **= int_scalar # int_tensor_1 **= int_tensor_2 # float_tensor_1 **= bool_scalar # float_tensor_1 **= bool_tensor_2 # float_tensor_1 **= float_scalar # float_tensor_1 **= float_tensor_2 # float_tensor_1 **= int_scalar # float_tensor_1 **= int_tensor_2 # Assignment And # bool_tensor_1 &= bool_scalar # bool_tensor_1 &= bool_tensor_2 # int_tensor_1 &= bool_scalar # int_tensor_1 &= bool_tensor_2 # int_tensor_1 &= int_scalar # int_tensor_1 &= int_tensor_2 # Assignment Or # bool_tensor_1 |= bool_scalar # bool_tensor_1 |= bool_tensor_2 # int_tensor_1 |= bool_scalar # int_tensor_1 |= bool_tensor_2 # int_tensor_1 |= int_scalar # int_tensor_1 |= int_tensor_2 # Assignment Xor # bool_tensor_1 ^= bool_scalar # bool_tensor_1 ^= bool_tensor_2 # int_tensor_1 ^= bool_scalar # int_tensor_1 ^= bool_tensor_2 # int_tensor_1 ^= int_scalar # int_tensor_1 ^= int_tensor_2 # Binary Add # bool_tensor_1 + bool_scalar # bool_tensor_1 + bool_tensor_2 # bool_tensor_1 + float_scalar # bool_tensor_1 + float_tensor_2 # bool_tensor_1 + int_scalar # bool_tensor_1 + int_tensor_2 # int_tensor_1 + bool_scalar # int_tensor_1 + bool_tensor_2 # int_tensor_1 + float_scalar # int_tensor_1 + float_tensor_2 # int_tensor_1 + int_scalar # int_tensor_1 + int_tensor_2 # float_tensor_1 + bool_scalar # float_tensor_1 + bool_tensor_2 # float_tensor_1 + float_scalar # float_tensor_1 + float_tensor_2 # float_tensor_1 + int_scalar # float_tensor_1 + int_tensor_2 # Binary Sub # bool_tensor_1 - float_scalar # bool_tensor_1 - float_tensor_2 # bool_tensor_1 - int_scalar # bool_tensor_1 - int_tensor_2 # int_tensor_1 - bool_scalar # int_tensor_1 - bool_tensor_2 # int_tensor_1 - float_scalar # int_tensor_1 - float_tensor_2 # int_tensor_1 - int_scalar # int_tensor_1 - int_tensor_2 # float_tensor_1 - bool_scalar # float_tensor_1 - bool_tensor_2 # float_tensor_1 - float_scalar # float_tensor_1 - float_tensor_2 # float_tensor_1 - int_scalar # float_tensor_1 - int_tensor_2 # Binary Mul # bool_tensor_1 * bool_scalar # bool_tensor_1 * bool_tensor_2 # bool_tensor_1 * float_scalar # bool_tensor_1 * float_tensor_2 # bool_tensor_1 * int_scalar # bool_tensor_1 * int_tensor_2 # int_tensor_1 * bool_scalar # int_tensor_1 * bool_tensor_2 # int_tensor_1 * float_scalar # int_tensor_1 * float_tensor_2 # int_tensor_1 * int_scalar # int_tensor_1 * int_tensor_2 # float_tensor_1 * bool_scalar # float_tensor_1 * bool_tensor_2 # float_tensor_1 * float_scalar # float_tensor_1 * float_tensor_2 # float_tensor_1 * int_scalar # float_tensor_1 * int_tensor_2 # Binary True_Div # bool_tensor_1 / bool_scalar # bool_tensor_1 / bool_tensor_2 # int_tensor_1 / bool_scalar # int_tensor_1 / bool_tensor_2 # float_tensor_1 / bool_scalar # float_tensor_1 / bool_tensor_2 # Binary Floor_Div # bool_tensor_1 // bool_scalar # bool_tensor_1 // bool_tensor_2 # bool_tensor_1 // float_scalar # bool_tensor_1 // float_tensor_2 # bool_tensor_1 // int_scalar # bool_tensor_1 // int_tensor_2 # int_tensor_1 // bool_scalar # int_tensor_1 // bool_tensor_2 # int_tensor_1 // float_scalar # int_tensor_1 // float_tensor_2 # int_tensor_1 // int_scalar # int_tensor_1 // int_tensor_2 # float_tensor_1 // bool_scalar # float_tensor_1 // bool_tensor_2 # float_tensor_1 // float_scalar # float_tensor_1 // float_tensor_2 # float_tensor_1 // int_scalar # float_tensor_1 // int_tensor_2 # Binary Mod # bool_tensor_1 % bool_scalar # bool_tensor_1 % bool_tensor_2 # bool_tensor_1 % float_scalar # bool_tensor_1 % float_tensor_2 # bool_tensor_1 % int_scalar # bool_tensor_1 % int_tensor_2 # int_tensor_1 % bool_scalar # int_tensor_1 % bool_tensor_2 # int_tensor_1 % float_scalar # int_tensor_1 % float_tensor_2 # int_tensor_1 % int_scalar # int_tensor_1 % int_tensor_2 # float_tensor_1 % bool_scalar # float_tensor_1 % bool_tensor_2 # float_tensor_1 % float_scalar # float_tensor_1 % float_tensor_2 # float_tensor_1 % int_scalar # float_tensor_1 % int_tensor_2 # Binary Lshift # bool_tensor_1 << bool_scalar # bool_tensor_1 << int_scalar # bool_tensor_1 << int_tensor_2 # int_tensor_1 << bool_scalar # int_tensor_1 << int_scalar # int_tensor_1 << int_tensor_2 # Binary Rshift # bool_tensor_1 >> bool_scalar # bool_tensor_1 >> int_scalar # bool_tensor_1 >> int_tensor_2 # int_tensor_1 >> bool_scalar # int_tensor_1 >> int_scalar # int_tensor_1 >> int_tensor_2 # Binary Power # bool_tensor_1 ** float_scalar # bool_tensor_1 ** float_tensor_2 # bool_tensor_1 ** int_scalar # bool_tensor_1 ** int_tensor_2 # int_tensor_1 ** bool_scalar # int_tensor_1 ** bool_tensor_2 # int_tensor_1 ** float_scalar # int_tensor_1 ** float_tensor_2 # int_tensor_1 ** int_scalar # int_tensor_1 ** int_tensor_2 # float_tensor_1 ** bool_scalar # float_tensor_1 ** bool_tensor_2 # float_tensor_1 ** float_scalar # float_tensor_1 ** float_tensor_2 # float_tensor_1 ** int_scalar # float_tensor_1 ** int_tensor_2 # Binary And # bool_tensor_1 & bool_scalar # bool_tensor_1 & bool_tensor_2 # bool_tensor_1 & int_scalar # bool_tensor_1 & int_tensor_2 # int_tensor_1 & bool_scalar # int_tensor_1 & bool_tensor_2 # int_tensor_1 & int_scalar # int_tensor_1 & int_tensor_2 # Binary Or # bool_tensor_1 | bool_scalar # bool_tensor_1 | bool_tensor_2 # bool_tensor_1 | int_scalar # bool_tensor_1 | int_tensor_2 # int_tensor_1 | bool_scalar # int_tensor_1 | bool_tensor_2 # int_tensor_1 | int_scalar # int_tensor_1 | int_tensor_2 # Binary Xor # bool_tensor_1 ^ bool_scalar # bool_tensor_1 ^ bool_tensor_2 # bool_tensor_1 ^ int_scalar # bool_tensor_1 ^ int_tensor_2 # int_tensor_1 ^ bool_scalar # int_tensor_1 ^ bool_tensor_2 # int_tensor_1 ^ int_scalar # int_tensor_1 ^ int_tensor_2 # Unary Pos # + int_tensor_1 # + float_tensor_1 # Unary Neg # - int_tensor_1 # - float_tensor_1 # Comparison Greater_Than # bool_tensor_1 > bool_scalar # bool_tensor_1 > bool_tensor_2 # bool_tensor_1 > float_scalar # bool_tensor_1 > float_tensor_2 # bool_tensor_1 > int_scalar # bool_tensor_1 > int_tensor_2 # int_tensor_1 > bool_scalar # int_tensor_1 > bool_tensor_2 # int_tensor_1 > float_scalar # int_tensor_1 > float_tensor_2 # int_tensor_1 > int_scalar # int_tensor_1 > int_tensor_2 # float_tensor_1 > bool_scalar # float_tensor_1 > bool_tensor_2 # float_tensor_1 > float_scalar # float_tensor_1 > float_tensor_2 # float_tensor_1 > int_scalar # float_tensor_1 > int_tensor_2 # Comparison Greater_Equal # bool_tensor_1 >= bool_scalar # bool_tensor_1 >= bool_tensor_2 # bool_tensor_1 >= float_scalar # bool_tensor_1 >= float_tensor_2 # bool_tensor_1 >= int_scalar # bool_tensor_1 >= int_tensor_2 # int_tensor_1 >= bool_scalar # int_tensor_1 >= bool_tensor_2 # int_tensor_1 >= float_scalar # int_tensor_1 >= float_tensor_2 # int_tensor_1 >= int_scalar # int_tensor_1 >= int_tensor_2 # float_tensor_1 >= bool_scalar # float_tensor_1 >= bool_tensor_2 # float_tensor_1 >= float_scalar # float_tensor_1 >= float_tensor_2 # float_tensor_1 >= int_scalar # float_tensor_1 >= int_tensor_2 # Comparison Less_Than # bool_tensor_1 < bool_scalar # bool_tensor_1 < bool_tensor_2 # bool_tensor_1 < float_scalar # bool_tensor_1 < float_tensor_2 # bool_tensor_1 < int_scalar # bool_tensor_1 < int_tensor_2 # int_tensor_1 < bool_scalar # int_tensor_1 < bool_tensor_2 # int_tensor_1 < float_scalar # int_tensor_1 < float_tensor_2 # int_tensor_1 < int_scalar # int_tensor_1 < int_tensor_2 # float_tensor_1 < bool_scalar # float_tensor_1 < bool_tensor_2 # float_tensor_1 < float_scalar # float_tensor_1 < float_tensor_2 # float_tensor_1 < int_scalar # float_tensor_1 < int_tensor_2 # Comparison Less_Equal # bool_tensor_1 <= bool_scalar # bool_tensor_1 <= bool_tensor_2 # bool_tensor_1 <= float_scalar # bool_tensor_1 <= float_tensor_2 # bool_tensor_1 <= int_scalar # bool_tensor_1 <= int_tensor_2 # int_tensor_1 <= bool_scalar # int_tensor_1 <= bool_tensor_2 # int_tensor_1 <= float_scalar # int_tensor_1 <= float_tensor_2 # int_tensor_1 <= int_scalar # int_tensor_1 <= int_tensor_2 # float_tensor_1 <= bool_scalar # float_tensor_1 <= bool_tensor_2 # float_tensor_1 <= float_scalar # float_tensor_1 <= float_tensor_2 # float_tensor_1 <= int_scalar # float_tensor_1 <= int_tensor_2 # Comparison Equal # bool_tensor_1 == bool_scalar # bool_tensor_1 == bool_tensor_2 # bool_tensor_1 == float_scalar # bool_tensor_1 == float_tensor_2 # bool_tensor_1 == int_scalar # bool_tensor_1 == int_tensor_2 # int_tensor_1 == bool_scalar # int_tensor_1 == bool_tensor_2 # int_tensor_1 == float_scalar # int_tensor_1 == float_tensor_2 # int_tensor_1 == int_scalar # int_tensor_1 == int_tensor_2 # float_tensor_1 == bool_scalar # float_tensor_1 == bool_tensor_2 # float_tensor_1 == float_scalar # float_tensor_1 == float_tensor_2 # float_tensor_1 == int_scalar # float_tensor_1 == int_tensor_2 # Comparison Not_Equal # bool_tensor_1 != bool_scalar # bool_tensor_1 != bool_tensor_2 # bool_tensor_1 != float_scalar # bool_tensor_1 != float_tensor_2 # bool_tensor_1 != int_scalar # bool_tensor_1 != int_tensor_2 # int_tensor_1 != bool_scalar # int_tensor_1 != bool_tensor_2 # int_tensor_1 != float_scalar # int_tensor_1 != float_tensor_2 # int_tensor_1 != int_scalar # int_tensor_1 != int_tensor_2 # float_tensor_1 != bool_scalar # float_tensor_1 != bool_tensor_2 # float_tensor_1 != float_scalar # float_tensor_1 != float_tensor_2 # float_tensor_1 != int_scalar # float_tensor_1 != int_tensor_2