#N canvas 485 141 936 478 12;
#X declare -path else;
#X obj 226 122 pinknoise~;
#X obj 226 162 out~;
#X obj 191 371 out~;
#X obj 191 331 brown~;
#X obj 100 162 out~;
#X obj 100 122 noise~;
#X obj 563 139 gray~;
#X obj 563 172 out~;
#X obj 637 342 crackle~;
#X obj 650 366 gbman~;
#X obj 650 391 henon~;
#X obj 650 414 ikeda~;
#X obj 664 439 latoocarfian~;
#X obj 658 319 cusp~;
#X obj 702 320 lorenz~;
#X obj 702 342 standard~;
#X obj 702 366 lincong~;
#X obj 702 390 quad~;
#X obj 702 414 logistic~;
#X obj 754 20 declare -path else;
#X obj 743 172 out~;
#X obj 743 139 perlin~ 666;
#X text 25 27 All these other than white noise generators are from
the ELSE library. The [pinknoise~] object is a pink noise generator.
Unlike white noise \, pink noise has a decay of energy in the higher
frequency range. It falls about 3 dB per octave. Compare both below.
, f 62;
#X text 30 246 The [brown~] object has a higher decay of 6 dB per octave.
This name is not from a color analogy \, and this type of noise is
also known as "brownian noise" \, as it is produced by brownian motion.
The term red noise is also used for a color analogy., f 62;
#X text 491 55 The [gray~] object from ELSE is not to be confused with
"grey" \, and it comes from "gray code" \, which changes bits randomly.
A one dimenstional Perlin noise is implemented in [perlin~] and this
one takes frequencies up to Nyquist., f 58;
#X text 508 251 ELSE also has many other noise and chaotic or stochastic
generators. Check the help file of all the objects below for more details.
, f 54;
#X connect 0 0 1 0;
#X connect 3 0 2 0;
#X connect 5 0 4 0;
#X connect 6 0 7 0;
#X connect 21 0 20 0;
