Calculator status WiP

person	to do	status	done	есть изменения для внесения
Анна Толстова	complex.py
Арсений Беляев aza	conroller.py
Ирина Боярчукова
Анна Орлова
Вадим Борзиков
Денис aka Goofy	user_interface.py		X

main.py

calls controller (.py)

controller.

num1: float
num2: float

com1: Complex(n1, n2)
com2: Complex(n3, n4)
1. call user_interface

user_interface.py view —> меню работы с Юзером

draw_start_menu()
draw_real_menu()
    draw_real_divs_menu()
draw_complex_menu()

start >
1. Real
    calls contoller(1)
2. Complex
    calls contoller(2)
0. exit
    calls contoller(0)

Real >
1. + sum
2. - minus
3. * multiply
4. division
    1. / division
    2. // division
    3. % division
4. ** power
5. sqrt

9. change numbers
0. previous menu 

Complex >
1. sum
2. minus
3. multiply
4. division
5. power
6. sqrt

except.py —> Обработка исключений

input.py

1. input_complex.py
2. input_real.py

real_num.py

import calc_input as cain

cain(1) return [n1, n2]

import calc_verify

call calc_verify(n1, n2)>>

1. + sum
    * > import calc_sum
    * > call calc_sum(n1, n2)
    * > return res_num
2. - minus
    * > import calc_minus
    * >> call calc_minus(n1, n2)
    * > return res_num
3. * multiply
    * > import calc_mult
    * >> call calc_mult(n1, n2)
    * > return res_num
4. division
    1. / division
        * > import calc_div
        * > op = /
        * >> call calc_div(op, n1, n2)
        * > return res_num
    2. // division
        * > import calc_div
        * > op = //
        * >> call calc_div(op, n1, n2)
        * > return res_num
    3. % division
        * > import calc_div
        * > op = %
        * >> call calc_div(op, n1, n2)
        * > return res_num
4. ** power
5. **.5 sqrt

0. previous menu

complex.py —> Работа с Комплексными числами

import calc_verify

call calc_verify(n1, n2)>>

1. sum
2. minus
3. multiply
4. division
5. power
6. sqrt

0. previous menu