Simulation of a pandemic in higher dimensions
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Installation: https://wiki.jmonkeyengine.org/docs/documentation.html#install
- Recommended: run
download-dependencies.shto automatically download and uncompress the dependencies. After that, always run javac/java with-classpath "dependencies/jME3.3.2-stable/lib/*:dependencies/algs4.jar:."...Or just point your favorite IDE to the appropriate JAR and java source files. - Note: Windows users should use a semicolon (
;) instead of a colon (:).
- Recommended: run
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Tutorials: https://wiki.jmonkeyengine.org/docs/jme3.html#tutorials-for-beginners
Simulate an N-dimensional pandemic with CollisionSystemRN.java, and display it with jMonkeyEngine.
java HigherDimensionalPandemic DIM PNUM
where DIM is the number of dimensions and PNUM is the number of random particles to create.
--help Print this information.
--fullscreen Display in fullscreen (if settings are hidden).
--chart Draw a chart using StdDraw.
--space Use a space texture for the cube.
--textured-balls Use a lagoon texture for the balls.
--social-distancing [DOUBLE] Restrict movement of this fraction of particles.
--dump-walls Dump wall collision information to stdout.
--dump-events Dump PQ event information to stdout.
If ParticleN.DEFAULTRADIUS is set to large-ish values, the program will go crazy. The (set of) fix(es) needed is pretty involved.
This program uses jMonkeyEngine, which is released under the BSD license.
This program also uses Sedgewick & Wayne's algs4.jar library, which is released under the GNU GPLv3. You should've already received a copy of it.
Cosmic Winter Wonderland: NASA / Public domain
Lagoon: Hazel Whorley - Licensed under CC-BY-NC
as part of the final CCM0128 (Computação II) assignment in the Molecular Sciences Course (CCM-USP) by:
- Aécio Beltrão Rodrigues Castro
- Lia Noguchi Simões
- Tiago Estevam Corrêa