Personnal project to generate Sci-Fy realistics world/planetary systems Named after the infamous https://en.wikipedia.org/wiki/Fermi_paradox Most of the astronomical data came from http://www.projectrho.com/public_html/rocket/worldbuilding.php
The core generate stellar system with stars, planets, asteroids using realistic data (stellar physic, orbital parameters)
Then it defines anomalies climatic and geologic data randomly generated and harmonized. (life, magnetic fields, civilisations...)
It generate at last "aliens" civilisations.
The secondary output will be color/bump/spec maps of the planets for 3D applications.
A set of csv containing the data table
- TODO: Name (using the same system from my python project)
rebuild in progress 14/07/19 : change to csv data source, major rework of the architecture
The core produces a StellarSystem object from the SystemFactory using data read by the DAL. Object hierarchy is simple:
- ABody is an abstract item with basic information, it allows the creation of "virtual" object (such as barycenter)
- APhysicalBody is a body with mass, angular momentum, but still abstract
- Star,Planet, Blackhole,NeutronStar,GazCloud are the concrete object
And then the orbit object, linking 2 object implementing the interface IOrbitable
The object tree within a stellar system look like this
A - orbit - Barycenter - orbit- B
| | - orbit - C
|
| - orbit - D - orbit - a
| - orbit - b
The main star A is orbited by a barycenter linking the stars B and C. Another star D orbit A. 2 planets a and b orbit D
The datasets came from csv files. In order to achieve substitution easily (to a database for instance) the access to the data are managed from a separated dll
There is two test library. One for automated UnitTest and one for manuel console oriented.
copy "$(ProjectDir)bin\Debug\theFermiParadox.Core.dll" "D:\Documents\02-SIDEPROJECT\Orbital\Assets\Plugins"Funny : https://en.wikipedia.org/wiki/The_Fermi_Paradox_Is_Our_Business_Model