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fixing siliconSynth & timeline

master
Nova deViator 6 years ago
parent
commit
c320a0a95f
1 changed files with 17 additions and 13 deletions
  1. +17
    -13
      scd/snd_lines.scd

+ 17
- 13
scd/snd_lines.scd View File

@ -36,7 +36,6 @@ postln("~~~ function ~procLinesFunc ...");
siLinesData = List.newClear(0);
processItem = { |item, i, reverse=false, layer=0, tscale=1, toffset=0|
if((item[1].asInt > threshold) && (item[0].asInt < 6741) && (item[0].asInt > 3950), {
@ -274,24 +273,28 @@ post(" ");
} {
// exposition
frequency = siLines[step][0].asFloat.linexp(3900, 7200, 16000, 40);
frequency_alt = siLines[step][0].asFloat.linexp(3900, 7200, 40, 16000);
nextfrequency = siLines[step+1][0].asFloat.linexp(3900, 7200, 16000, 40);
nextfrequency_alt = siLines[step+1][0].asFloat.linexp(3900, 7200, 40, 16000);
nextplayhead = siLines[step+1][0].asFloat.linlin(3905.52, 7193.9, 0, (60*37+5));
playhead = siLines[step][0].asFloat.linlin(3905.52, 7193.9, 0, (60*37+5));
//frequency = siLines[step][0].asFloat.linexp(3900, 7200, 16000, 40);
frequency = siLines[step][4].asFloat;
// frequency_alt = siLines[step][0].asFloat.linexp(3900, 7200, 40, 16000);
frequency_alt = siLines[step][5].asFloat;
playhead = siLines[step][0].asFloat;
nextfrequency = siLines[step+1][4].asFloat;
nextfrequency_alt = siLines[step+1][5].asFloat;
nextplayhead = siLines[step+1][0].asFloat;
delta = nextplayhead - playhead;
amp = siLines[step][1].asInt * 0.001;
nextamp = siLines[step+1][1].asInt * 0.001;
nextdelta = siLines[step+2][0].asFloat.linlin(3905.52, 7193.9, 0, (60*37+5)) - nextplayhead;
amp = siLines[step][3].asInt * 0.001;
nextamp = siLines[step+1][3].asInt * 0.001;
nextdelta = siLines[step+2][0].asFloat - nextplayhead;
//action::documentation
post("\n~" + step + "| ");
post("\n~" + step + "|");
post(siLines[step][1]);
post(" | ");
post((playhead/60).round(1));
post(":");
post((playhead%60).round(1));
post(" | ");
post(siLines[step][0]);
post(siLines[step][2]);
post( "nm | " );
post(frequency.round(1));
post("Hz | ");
@ -302,7 +305,8 @@ post(" ");
post(delta.round(1));
postln("s");
post(" ");
post(" |" + siLines[step+1][1]);
post("| ");
post(delta.round(1));
post("s / ");
post(nextfrequency.round(1));


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