Syracuse University, Fall 2002
PHY307/607:
Science and Computers
Codes
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home directory.]
- Module GrayScott1D.py for Lab on waves.
- Module WaveInClass.py for Lab on waves.
- Module coolwall2.py for Lab on waves.
- Module EColi.py for MC HWK #2.
- Module DLA_3d_class.py for MC lab #2.
- MODULES FOR Monte Carlo LAB #1:
CoinFlipModule.py and
SingleCoin.py and
CoinSimulationList.py.
- MODULES FOR LAB #11: MCsphereshow.py and
MCpingpong.py.
- MODULES FOR LAB #10: fractreemodule.py and
fractreeWEB.py.
- MODULES FOR LAB #7: gravity.py and
fakesolarsystem.py.
- map1.py
- planetest.py
- example_rot_1cube.py, a rotating blue box - achieved by turning the axis attribute.
- cube2.py, putting several things together: makes 180 boxes that are tilted with respect to each other and spin at the same rate. The color is also modulated in time to give the effect of a moving red band.
- race.py, a solution to HWK#3, problem #2.
- racefancy.py, a fancy solution to HWK#3, problem #2.
- bifurcatelogistic.py, commented version of bifurcation
diagram for the logistic map.
- bifurcatelogisticbrief.py, compressed version of bifurcation
diagram for the logistic map.
- orbittype.py, orbits, with variable forcetype.
- orbittype.py, orbits, with input of variable forcetype.
- pyramid.py, 3D version of Sierpinski triangle
(Sierpinski pyramid/tetrahedron?)
This page maintained by A. Middleton.