def calculate_result(self, new_input: str):
if self.dialog.lineEditResult.text() == '':
self.dialog.lineEditResult.setText(new_input)
else:
cache_number = int(self.dialog.lineEditResult.text())
target_operator = self.dialog.labelOperator.text()
try:
new_number = int(new_input)
if target_operator == '+':
result = operations.addition(cache_number, new_number)
elif target_operator == '-':
result = operations.minus(cache_number, new_number)
elif target_operator == '*':
result = operations.multiplication(cache_number,
new_number)
elif target_operator == '/':
if new_number == 0:
self.throw_error()
else:
result = operations.division(cache_number, new_number)
self.dialog.lineEditInput.setText('')
self.dialog.lineEditResult.setText(str(result))
except:
self.throw_error()
def operate(choice):
if choice == 1:
number_1 = input("\nEnter First number")
number_2 = input("\Enter second number")
result = "Sum of " + number_1 + 'and' + number_2 + 'is:' + str(
operations.add(int(float(number_1)), int(float(number_2))))
return result
if choice == 2:
number_1 = input("\nEnter First number")
number_2 = input("\Enter second number")
result = "Sum of" + number_1 + 'and' + number_2 + 'is:' + str(
operations.subtract(int(float(number_1)), int(float(number_2))))
return result
if choice == 3:
number_1 = input("\nEnter First number")
number_2 = input("\Enter second number")
result = "Sum of" + number_1 + 'and' + number_2 + 'is:' + str(
operations.multiplication(int(float(number_1)), int(
float(number_2))))
Sigmoid of sum --> 9 Random Number --> 10
Highest common factor --> 11 Factorial (of first number) --> 12
Exponential of number --> 13 Sine (sinx) --> 14
Exit --> 17 Cosine(cosx) --> 15
Tangent(tanx) --> 16
""")
operator = int(input("Please Enter Your Choice :--> "))
if operator == 1:
result = addition(num1, num2)
elif operator == 2:
result = subtraction(num1, num2)
elif operator == 3:
result = multiplication(num1, num2)
elif operator == 4:
result = division(num1, num2)
elif operator == 5:
result = integer_division(num1, num2)
elif operator == 6:
result = power(num1, num2)
elif operator == 7:
result = modulo(num1, num2)
elif operator == 8:
result = log(num1, num2)
elif operator == 9:
result = sigmoid(num1 + num2)
elif operator == 10:
result = rand_between(num1, num2)
elif operator == 11:
print("5. Power")
print("6. Algorithms")
print("7. Quit")
print("{:_^20}").format("")
#ask user what they want to do
user_choice = user_input.check_int()
print("{:_^20}").format("")
#call function based on user choice
if (user_choice == 1):
operations.addition()
elif (user_choice == 2):
operations.subtraction()
elif (user_choice == 3):
operations.division()
elif (user_choice == 4):
operations.multiplication()
elif (user_choice == 5):
operations.power()
elif (user_choice == 6):
#let user choose what algorithm they want to run
print("You selected algorithms.")
print("1. Fibanacci")
print("2. Pythagoras")
user_choice2 = user_input.check_int()
while (True):
if (user_choice2 == 1):
y = int(raw_input("How many times would you like to loop?\n"))
print("{:_^20}").format("")
while (True):
for i in xrange(y):
print(operations.fibonacci(i))
def test_multiplication(self):
self.assertEqual(operations.multiplication(10, 10), 100)
def add_operation(a, b):
add = op.addTwoNumbers(a, b)
mult = op.multiplication(a, b)
div = op.division(a, b)
return {"suma": add, "multiplicacion": mult, "division": div}
