Unity Star Systems and Galaxies

Set-up Instructions

There are two ways that you can set this project up on your computer:

Option 1: Zip file
1. Do NOT download the zip file from "Code" dropdown. Some assets will not be loaded correctly. Instead, download the "StarSystems.zip" file located in the "Releases" section of this repository.
2. Once downloaded and unzipped, open the project in Unity Hub.
Option 2: Git Clone
1. Ensure the Git CLI is installed.
2. Open the terminal or the command prompt and run git clone https://github.com/notakamihe/Unity-Star-Systems-and-Galaxies.git in the desired directory.
3. Open the cloned project in Unity Hub

What is this project?

This project is a first-person space simulation game that allows the player to take breathtaking views of celestial bodies as if they were there themselves. Players can traverse the cosmos and explore the most fascinating apsects of the Universe such as the Solar System, exoplanets, stars, and galaxies. This project was developed all throughout the summer by me using the Unity game engine and C#.

Gameplay

Controls

Movement:
- W A S D to move forwards, backwards, and sideways
- Z X to strafe up and down
Speed control:
- Slow, planetary speed: Shift + W/A/S/D/Z/X
- Boost speed: Space + W/A/S/D/Z/X
- Interstellar speed: Shift + Space + W/A/S/D/Z/X
- Intergalactic speed: Tab + W/A/S/D/Z/X
Time control (1-9):
- 1: Slowest, best for landing on worlds.
- 9: Fastest, best for time progression.

Player

The player is a formless, city-sized space probe equipped with technology advanced enough to travel throughout the cosmos in seconds. When an object is in focus, it can read details about that object's size, mass, temperature, etc. It also has the ability to control speed and time at will.

Environments

Solar System

This simulation's Solar System attempts to accurately portray most of the objects in it's real life counterpart. These include:

The Sun
Eight planets (Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune)
Four dwarf planets (Pluto, Ceres, Makemake, and Eris)
Two belts (Asteroid and Kuiper)

Star Systems

Star systems in this simuation mainly consist of one star surrounded several planets, dwarf planets, and debris disks. They can either be:

Customizable
Players themselves manipulate the parameters that structure a star system. The Solar System is a customizable star system. Players can modify:
- Properties of a star (type, size, color, temperature, mass, remnant, etc.)
- Properties of a planets, dwarf planets, and moons (size, mass, temperature, distance from star/planet, texture)
- Properties of a debris disk / belt (distance from star, asteroid prefab, thickness)
Procedural
Star systems are generated through code. The star properties, size and number of planets are randomly decided by the computer. The properties of planets, moons, and dwarf planets are calculated through math and correlations.

Stellar Remnants

When a star dies, it can leave behind one of three remnants based on its type and mass:

White dwarf surrounded by a planetary nebula
Neutron star
Black hole

Galaxies

Galaxies are astronomical structures that consist of a lot of dust, gas, and stars. In this simulation, users can customize a galaxy's:

Color
Size
Shape (sprial or elliptical)
Number of stars (up to 100 for performance reasons)

Galaxy Clusters

Galaxy clusters are the largest possible structures in the simulation. They can contain multiple galaxies and can span several million light years, dwarfing even the largest galaxies. Users can specify the number of galaxies that can be contained in a cluster.

Notes

Distances are not 100% up to scale. If they were, the playable universe would be a lot a bigger than what is intended.
Orbits are circular rather than elliptical
Planet-landing is not recommended on an intergalactic scale. Movements become jerky when the universe is steered very far away from the origin.
With the exception of Kepler's third law, this project does not use any of the theories, laws and mathematics that are applied in real-world astrophysics. Celestial bodies mostly behave based on simple linear or exponential algebraic equations or conditional logic.

notakamihe / unity-star-systems-and-galaxies Goto Github PK