def operation(a, b):
"""mathematical operations with two data"""
x = val_conv(a)
y = val_conv(b)
if x is None or y is None:
return None
if operator == '+':
return f'Addition: {float(x) + float(y)}'
if operator == '*':
return f'multiplication: {float(x) * float(y)}'
if operator == '/':
return f'division: {float(x) / float(y)}'
if operator == '-':
return f'subtraction: {float(x) - float(y)}'
if operator == '//':
return f'division is complete: {float(x) // float(y)}'
if operator == '%':
return f'remainder of division of numbers: {float(x) % float(y)}'
if operator == '**':
return f'raise the number to the degree: {float(x) ** float(y)}'
if operator == 'r':
return f'round off the number: {round(float(x), int(y))}'
if operator == 'b':
return f'Decimal converted to binary: {bin(int(x))}'
if operator == 's':
return f'the sum of two numbers: {int(x) + int(y)}'
if operator == '^':
return f'bitwise operation EXCLUSIVELY OR: {int(x) ^ int(y)}'
def operation(a, b):
"""mathematical operations with two data"""
x = val_conv(a)
y = val_conv(b)
if x is None or y is None:
return None
from perf1_operat import add, mult, div, sub, divb, divby, deg, addauto, bit, round
oper = {
'+': add(x, y),
'*': mult(x, y),
'/': div(x, y),
'-': sub(x, y),
'//': divb(x, y),
'%': divby(x, y),
'**': deg(x, y),
'r': round(int(x), int(y)),
's': addauto(x, y),
'^': bit(x, y),
}
return oper[operator]
def operation1(a):
"""mathematical operations with two data"""
x = val_conv(a)
if x is None:
return None
from perf1_operat import sq1, bin
oper1 = {
'sq': sq1(x),
'b': bin(int(x)),
}
return oper1[operator]
def one_x(a):
"""mathematical operations with one input"""
x = val_conv(a)
if operator == 'sq':
if x is None:
return None
return f'The square root of the number is: {float(x) **(1/2)}'
if operator == 'sqrt':
from math import sqrt
if x is None:
return None
return f'square root: {sqrt(x)}'