# ex1C02_2.py # RMS Feedback System (randi) from moduleCsound import * tags(1) header(ksmps=32) # arndsndL - a random value between -.8 and 0.8 every 0.1-second (10 Hz) # arndsndR - a random value between -.4 and 0.4 evey 0.05-second (20 Hz) # points in-between interpolated add(""" instr 1 arndsndL randi .8, 10 arndsndR randi .4, 20 outs arndsndL, arndsndR endin """) tags(2) # We will see 10 random values on left-channel (1 s* rate of 10 1/s) # We will see 20 random values on right-channel (1 s * rate of 20 1/s) # and linear interpolated for all other points (1 sec has sr points or 44100) add(""" i 1 0 1 """) tags(3) writeRun(__file__)
Tuesday, July 11, 2017
ex1C02_2. RMS Feedback System (randi)
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Amplitudes should follow the dB scale and change via the log function. # ex1C01.py # dB vs linear from moduleCsound import * tag...
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# ex1D09.py # Random Walk from moduleCsound import * tags( 1 ) header(ksmps =32 ) # --- globals add( r""" seed 1...
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