1 files changed, 72 insertions, 0 deletions
diff --git a/examples/zkmod.csd b/examples/zkmod.csd
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+++ b/examples/zkmod.csd
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+<CsoundSynthesizer>
+<CsOptions>
+; Select audio/midi flags here according to platform
+; Audio out   Audio in    No messages
+-odac           -iadc     -d     ;;;RT audio I/O
+; For Non-realtime ouput leave only the line below:
+; -o zkmod.wav -W ;;; for file output any platform
+</CsOptions>
+<CsInstruments>
+
+; Initialize the global variables.
+sr = 44100
+kr = 4410
+ksmps = 10
+nchnls = 2
+
+; Initialize the ZAK space.
+; Create 2 a-rate variables and 2 k-rate variables.
+zakinit 2, 2
+
+; Instrument #1 -- a signal with jitter.
+instr 1
+  ; Generate a k-rate signal goes from 30 to 2,000.
+  kline line 30, p3, 2000
+
+  ; Add the signal into zk variable #1.
+  zkw kline, 1
+endin
+
+; Instrument #2 -- generates audio output.
+instr 2
+  ; Create a k-rate signal modulated the jitter opcode.
+  kamp init 20
+  kcpsmin init 40
+  kcpsmax init 60
+  kjtr jitter kamp, kcpsmin, kcpsmax
+  
+  ; Get the frequency values from zk variable #1.
+  kfreq zkr 1
+  ; Add the the frequency values in zk variable #1 to 
+  ; the jitter signal.
+  kjfreq zkmod kjtr, 1
+
+  ; Use a simple sine waveform for the left speaker.
+  aleft oscil 20000, kfreq, 1
+  ; Use a sine waveform with jitter for the right speaker.
+  aright oscil 20000, kjfreq, 1
+
+  ; Generate the audio output.
+  outs aleft, aright
+
+  ; Clear the zk variables, prepare them for 
+  ; another pass.
+  zkcl 0, 2
+endin
+
+
+</CsInstruments>
+<CsScore>
+
+; Table #1, a sine wave.
+f 1 0 16384 10 1
+
+; Play Instrument #1 for 2 seconds.
+i 1 0 2
+; Play Instrument #2 for 2 seconds.
+i 2 0 2
+e
+
+
+</CsScore>
+</CsoundSynthesizer>