Welcome to Zaxy, an advanced calculator by a python beginner

Easy to use: All you need to do is select your desired operation, enter a few values the problem will provide you with, and the caculator returns answers you need to solve the problem

Open-source: If you feel the need to add more operations, the project is organized in a way where operations could easily be added

How to add operations:

1. Figure out an equation for each of the variables in a function
2. Add inputs for the values in opearations.py i.g.

    var.aSub1 = float(input('whats the first value in the sequence>>>'))
    var.aSubN = float(input('whats the value of A given an index of n>>>'))
    var.n = int(input('value of n for A sub n>>>'))

3. Add missing variable detection

    if not var.aSub1:
        a_sub_1_missing()
        find_a_1()
        pass
    if not var.d:
        change_missing()
        find_common_change()
        pass

4. Add inputs for finding the missing variables in the top section of missing_variables.py

    def a_sub_1_missing():
      if var.selection == var.operations[0] or var.operations[1]:  # if selection is arithmetic
          if not var.d:
              var.d = float(input('common difference>>>'))
              pass
          if not var.aSubX:
              var.aSubX = float(input('a sub x >>>'))
              pass
          if not var.x:
              var.x = int(input('value of x >>>'))
              pass

5. Add calculations for each variable in the bottom section of missing_variables.py

    if var.selection == var.operaions[0] or var.operations[1]:
        var.aSub1 = var.aSubX + var.d * (1 - var.x)

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