ported chaos to the Library Template, now with libchaos support

svn path=/trunk/externals/bbogart/chaos/; revision=15625

1 files changed, 0 insertions, 23 deletions

diff --git a/tools/readme-parameter-ranges.pd b/tools/readme-parameter-ranges.pd
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--- a/tools/readme-parameter-ranges.pd
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-#N canvas 0 22 499 399 10;
-#X text 33 275 The "classification" of an attractor set uses the full
-range of the fractals acceptable parameter ranges. As this method of
-"classification" is relative \, it will not describe each fractal uniquely
-\, but rather can be used to compare attractor sets that have similar
-(closely related) parameter values. NOTE: there needs to be a way to
-increase the granularity of the classification system...;
-#X text 35 21 Parameter Ranges - Once you have an operational fractal
-external \, it is important to make sure that the assigned ranges for
-each of the parameters are "optimized" to limit the random number generator
-to those ranges. This is important when a variable can only range between
-(-1 .. 1) and you have declared that it can range from (-100 .. 100).
-Because of the much wider search space \, there is less likelyhood
-of finding anything useful \, or at least make the search times longer
-due to higher failure rates.;
-#X text 35 147 If you are unsure of what the ranges are \, you can
-either figure them out mathematically \, or use the "brute-force" method
-and iterate over ranges of the defined parameters. The points that
-return a fractal (even ones that converge) will give an indication
-as to the acceptable ranges for each param. Once you have determined
-those ranges \, adjust them in your '*.frac' file and re-make the external
-for your fractal. (Or you can just edit the Macros in the C code \,
-if you are comfortable with that.);