The screen capture of the MMIXX first ever successful run
mmixx/pattern.mms). It is instructive to see how
much overhead there is in the vanilla
putPixel(). Clearly, a graphics accelerator is badly
needed for high-end MMIX powered virtual
Glass, phosphorus, cathode rays
Lorentz attractor with cannonical values of parameters
(sigma=10, rho=28, beta=8/3). The system was solved with the
fourth-order Runge-Kutta, XY view of the trajectory is
shown. Produced by running
chosen for a pleasing visual effect.
Same as above, but this time as seen from the XZ plane. (Or
was it YZ?) That's the question!
mmixx/lorentz.mms to produce this image.
Glass, phosphorus, electron beams