Required for PolarPosition for issue #14

Create a system for creating formated strings for objects from Values of Quantities System.

Create a basic system for representing Values of Quantities. Should have one implementation of this system for testing purposes.

Create a object for representing a star.

At this poing the star object should have functions for accessing/generating:

• Temperature (Should have Field)
• Diamater/Radius (Should have Field)
• Mass (Should have Field)
• Classification
• Luminosity

Selected the Apache License, Version 2.0 because it is the best fit for this open source project.

See http://www.apache.org/foundation/license-faq.html#WhatDoesItMEAN for more info about the license.

Create the system map window.

Create a object for representing a planetary body in the engine.

Create a system to Load a game so it can be played.

This code

//Test Values of Quanties
ValueOfLength test = new ValueOfLength(1, QuantityOfLength.LIGHT_YEAR);
System.out.println(test);
System.out.println(test.asString());
System.out.println(test.getConvertedValueOfLength(QuantityOfLength.METRE).asString());
System.out.println(test.getConvertedValueOfLength(QuantityOfLength.KILOMETRE).asString());
System.out.println(test.getConvertedValueOfLength(QuantityOfLength.ASTRONOMICAL_UNIT).asString());
System.out.println(test.getConvertedValueOfLength(QuantityOfLength.LIGHT_YEAR).asString());
test = new ValueOfLength(0.1, QuantityOfLength.ASTRONOMICAL_UNIT);
System.out.println(test);
System.out.println(test.asString());
System.out.println(test.getConvertedValueOfLength(QuantityOfLength.METRE).asString());
System.out.println(test.getConvertedValueOfLength(QuantityOfLength.KILOMETRE).asString());
System.out.println(test.getConvertedValueOfLength(QuantityOfLength.ASTRONOMICAL_UNIT).asString());
System.out.println(test.getConvertedValueOfLength(QuantityOfLength.LIGHT_YEAR).asString());

gives

ValueOfLength{value=1.0, quantity=QuantityOfLength{Name=light-year, Symbol=ly, ConversionFactor=9.4607304725808E15}}
1.00 ly
0.00 m
0.00 km
0.00 au
1.00 ly
ValueOfLength{value=0.1, quantity=QuantityOfLength{Name=astronomical unit, Symbol=au, ConversionFactor=1.495978707E11}}
0.10 au
0.00 m
0.00 km
0.10 au
6,324.11 ly

this means that the unit conversion system is bugged.

Create the game window that is used to play the game. Should have menus to access other windows and time controles.

This window is the first window that the user sees on launch. It is for selecting and launching a existing game or for launching the new game generation window.

Create a system that can save and load games.

Create a UML diagram to help with Source Code Documentation for this project.

Currently .puml (PlantUML) is going to be used for the UML.

Create a system for managing positions in the game.

Should have finite Position object (X & Y)

• Used for systems

Should have relative Position object (Finite Location + dX & dY)

• used for bodies in system (like ships and stars)

Should have orbit Position object (Finite Location, Distance, Polar Angle of Position)

• used for orbiting bodies in system (Like planets and moons)

Astronomical objects or celestial objects are naturally occurring physical entities. - source Wikipedia

This object is to serve as the base-class for Stars and Planetary Bodies.

This object should have
-Diamater/Radius
-Mass
-Location (Relative to current system)

Enables Values of Quantities to use built in sorting functions.

Create a system to keep track of save games for the launcher

This is done to improve code cleanness. This is being done at this point because doing this in the future would require modification of many more classes.