Data Structure - Programming with Python - Business Rules - IT/Computer Science Assignment Help

Assignment Task:

Task:

Instructions
This assignment will test your knowledge and skills in writing an application software for a task, understanding the business rules of a particular problem, coding these in a computer program, developing a graphical user interface, and reading data from a text file from a disk. As such, the assignment requires you to integrate and synthesise what you have learnt so far in this unit, in order to design and create a proper working solution.

The context of this programming assignment is free for you to choose. Think about any problem you may be facing that is suitable to be tackled from an IT-programming perspective. I have chosen a case study to show you how would you approach the problem from the very beginning, the compulsory elements need to be included in your solution, and the final (and hopefully nice and useful) product.

This assessment has three stages:
• Stage 1: A simple Python program using an interactive text-based menu (no GUI)
• Stage 2: The same as stage 1, but wrapped in a graphical user interface (GUI)
• Stage 3: The input comes from a text file – read only once, then information stored in a suitable data structure.

Background [MARKS: 3 marks for a suitable background about the context of your problem]
Our astronauts are about to leave for a trip to outer space. They may be visiting the Moon, Mercury, Venus, Mars or one of the larger moons of Jupiter (IO, Europa, Ganymede or Callisto). Each astronaut has a mass allowance in kg for items that they can take along the trip, including tools and personal items. The amount they are allowed depends on their job description as follows: Flight Crew are allowed a total of 100kg, and Mission Specialists are allowed a total of 150kg. Each of the solar system bodies (celestial bodies) has less gravity than the earth. For example, if a mass of 100kg on earth weights 100kg, on the Moon will weigh the equivalent of 16.6kg.

II Business Rules
a) The Problem at Hand [MARKS: 3 marks for a clear and specific description of the problem to be solved] We need to calculate how much mass each astronaut has left over for personal items, the total available mass and the average available personal mass allowance across all six astronauts. We need to also calculate the weight of the average available personal mass allowance on the celestial body the astronauts are travelling to. We assume there are three crew astronauts and three mission specialists. [Be sure to clearly state your assumptions!!!]

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