From dae3d836d099b1abf8b4e6e935d148eccb90f96e Mon Sep 17 00:00:00 2001 From: Richard Date: Sun, 31 Oct 2021 05:22:35 +0000 Subject: tweak bug3 instrument --- BUG3/base.csd | 506 ------------------- BUG3/hat909.src | 1343 -------------------------------------------------- BUG3/instruments.udo | 4 +- BUG3/source.txt | 159 ------ BUG3/text_tools.udo | 185 ------- 5 files changed, 3 insertions(+), 2194 deletions(-) delete mode 100644 BUG3/base.csd delete mode 100644 BUG3/hat909.src delete mode 100644 BUG3/source.txt delete mode 100644 BUG3/text_tools.udo (limited to 'BUG3') diff --git a/BUG3/base.csd b/BUG3/base.csd deleted file mode 100644 index e7df1af..0000000 --- a/BUG3/base.csd +++ /dev/null @@ -1,506 +0,0 @@ - - --g -odac --m0 - - -/* - Debugger - Unfixed Bugs : BUG #3 - - By Richard Knight 2021 - http://1bpm.net - mailto: _@1bpm.net - -*/ - -sr = 44100 -ksmps = 128 -nchnls = 2 -0dbfs = 1 -seed 0 - -#define BUG_VERSION #1.0# - - -gitempo init -1 -gSprepare[] fillarray "hat909" - -gSequenced[] fillarray "hat909", "clap909", "kick", "rim", "chord1", "chord2", "hat909c", "mel1", "chord3" - -gisectionlengths ftgen 0, 0, -64, -7, 0 -gisections[][] init 64, 64 -gisectiondataindex = 0 -gisectiondata[][] init 99, 6 - -gichordgroups[][] init 16, 12 -gisectionchords[] init 16 - -gipreparedfns[] init lenarray(gSprepare) -gipreparedfnindex init 0 - -gicurrentchordfn init -1 -gkcurrentchordlength init -1 - -gkpump = 0 -gkreverse init 0 - -#include "wavetables.udo" -#include "bussing.udo" -#include "hat909.src" -#include "text_tools.udo" -#include "effects.udo" - -gicurrentchordnum = 0 -gilastchordgroup = -1 -gilastsection = -1 -instr setcurrentchord - isection = p4 - ichordincrement = p5 - ichordgroup = gisectionchords[isection] - if (ichordgroup != gilastchordgroup || isection != gilastsection) then - gicurrentchordnum = 0 - gilastchordgroup = ichordgroup - gilastsection = isection - elseif (ichordincrement == 1) then - if (gicurrentchordnum + 1 < lenarray(gichordgroups, 2) - 1) then - - if (gichordgroups[ichordgroup][gicurrentchordnum + 1] == 0) then - gicurrentchordnum = 0 - else - gicurrentchordnum += 1 - endif - else - gicurrentchordnum = 0 - endif - else - gicurrentchordnum = 0 - endif - - ifn = gichordgroups[ichordgroup][gicurrentchordnum] - - gkcurrentchordlength = tab:k(0, ifn) - gicurrentchordfn = ifn - turnoff -endin - - - -instr bootstrap - iprepareindex = p4 - if (iprepareindex >= lenarray(gSprepare)) then - notify("Parsing events") - parsetext("/home/bargepole/bpcheckout/csTech/TechnoPieces/BUG3/source.txt"); "source.txt") - notify("Running sequencer") - event_i "i", "sequencer", 0, 3600 - turnoff - else - Sprepareinstr = gSprepare[iprepareindex] - notify(sprintf("Preparing audio for %s", Sprepareinstr)) - Srcinstr = sprintf("src_%s", Sprepareinstr) - ilen = 0.3 - p3 = ilen - ifn ftgen 0, 0, sr*ilen, 7, 0 - gipreparedfns[gipreparedfnindex] = ifn - gipreparedfnindex += 1 - ktimek timeinstk - if (ktimek == 1) then - kcycles = ilen * kr - kcount init 0 -loop: - apos phasor (1/(ftlen(ifn)/sr)) - aproc subinstr Srcinstr, 1, 0.1 - tabw aproc, apos, ifn, 1 - loop_lt kcount, 1, kcycles, loop - elseif (ktimek == 5) then - event "i", "bootstrap", 0, 1, iprepareindex+1 - turnoff - endif - endif -endin - - -opcode arrseq, 0, Skk - Splayer, kpos, ksection xin - idel = 0.3 ; delay for chord update - Sinstrument = sprintf("play_%s", Splayer) - instrindex = gettextindex(Splayer) - kdata = gisections[ksection][instrindex] ;ksection - - if (kdata != -1) then ; null section - kon = tablekt:k(kpos, gisectiondata[kdata][0]) - - if (kon == 1) then - kchance = tablekt:k(kpos, gisectiondata[kdata][3]) - if (random:k(0, 1) < kchance) then - ktime = (kpos % 2 == 0) ? 0 : 0.04 - kdur = tablekt:k(kpos, gisectiondata[kdata][1]) - ;kamp = tablekt:k(kpos, gisectiondata[kdata][2]) - event "i", Sinstrument, idel+ktime, kdur, kpos, kdata - endif - endif - endif -endop - - -;gintervals1[] fillarray 0, 4, 6, 7, 11 -gintervals1[] fillarray 0, 3, 7, 9, 10 -instr play_bass - iamp = getparameter(p4, p5, 2) - iaugment = (random(0, 1) > 0.9) ? 24 : 36 - inote = tab_i(random(1, ftlen(gicurrentchordfn) - 3), gicurrentchordfn) - iaugment - a1 foscil 0.5, cpsmidinn(inote), 1, 2, random(0, 6), gifnSine - a1 pareq a1, 150, 0.24, 0.9 - a1 pareq a1, 80, 1.3, 0.9 - kenv linseg 1, p3, 0 - aout = a1*kenv - bus_mix("master", aout, aout) -endin - -instr play_mel1 - iamp = getparameter(p4, p5, 2) - ihigher = getparameter(p4, p5, 4) - iaugment1 = (ihigher == 1 && random(0, 1) > 0.6) ? 12 : 0 - ifreq1 = cpsmidinn(tab_i(random(1, ftlen(gicurrentchordfn) - 1), gicurrentchordfn) + iaugment1) - ifreq2 = cpsmidinn(tab_i(random(1, ftlen(gicurrentchordfn) - 1), gicurrentchordfn)) - kfreq linseg ifreq1, p3*0.4, ifreq1, p3*0.2, ifreq2, p3*04, ifreq2 - kfreq += oscil(10, 6) - kcar = abs(oscil(4, 0.001)) + 1 - a1 foscil 0.5, kfreq, kcar, 1, random(0, 6), gifnSine - a1 butterlp a1, 10000 - a1 butterhp a1, 600 - kenv linseg 0, p3*0.2, random(0.8, iamp), p3*0.6, random(0.8, iamp), p3*0.2, 0 - aL, aR pan2 a1*kenv*0.7, random(0.2, 0.8) - bus_mix("reverb", aL, aR) - bus_mix("master", aL, aR) -endin - -instr play_chorditem1 - inote = p4 - kfreq1 linseg cpsmidinn(inote-36), p3*0.1, cpsmidinn(inote+12), p3*0.9, cpsmidinn(inote+12) - kindex linseg 1, p3, 5 - aL1 foscil 0.1, kfreq1 + oscil:k(3, 10), 5, 1, kindex, gifnSquare - aR1 foscil 0.1, kfreq1 + oscil:k(4, 6), 5, 1, kindex, gifnSquare - aL1 butterlp aL1, abs(oscil(1000, 3)) + 500 - aR1 butterlp aR1, abs(oscil(1000, 5)) + 500 - - kfreq2 linseg cpsmidinn(inote-12), p3*0.1, cpsmidinn(inote), p3*0.7, cpsmidinn(inote), p3*0.2, cpsmidinn(inote-36) - aL2 foscil 0.1, kfreq2 + oscil:k(3, 7), 2, 5, 5-kindex, gifnSine - aR2 foscil 0.1, kfreq2 + oscil:k(3, 5), 3, 3, 5-kindex, gifnSine - kenv1 linseg 1, p3*0.8, 1, p3*0.2, 0 - kenv2 linseg 0, p3*0.3, 1, p3*0.69, 1, p3*0.01, 0 - aL butterhp (aL1*kenv1)+(aL2*kenv2), 500 - aR butterhp (aR1*kenv1)+(aR2*kenv2), 500 - - bus_mix("reverb", aL*0.4, aR*0.4) - aL *= 1-gkpump - aR *= 1-gkpump - bus_mix("master", aL, aR) -endin - - - -instr global_reverb - aL, aR bus_read "reverb" - ;aL nreverb aL, 2.4, 0.3 - ;aR nreverb aR, 2.1, 0.2 - aL, aR freeverb aL, aR, 0.4, 0.3 - ;outs aL, aR - bus_mix("master", aL, aR) -endin - - -instr play_chorditem2 - inote = p4 - a1 fmbell 0.2, cpsmidinn(inote+12), 1, 3, 0.05, 10, gifnSine, gifnSquare, gifnSine, gifnSquare, gifnSine - a1 butterhp a1, 700 - kenv linseg 0, p3*0.5, 1, p3*0.4, 1, p3*0.1, 0 - aL, aR ensembleChorus a1*10*kenv, .07, .003, .75, 1, 12, gifnSine - - bus_mix("reverb", aL*0.2, aR*0.2) - aL *= 1-gkpump - aR *= 1-gkpump - bus_mix("master", aL, aR) -endin - - -instr play_chorditem3 - inote = p4 - 12 - aL fmb3 0.2, cpsmidinn(inote), 1, 2, 0.07, 10, gifnSine, gifnSquare, gifnSine, gifnSquare, gifnSine - aR fmb3 0.2, cpsmidinn(inote), 1, 1.4, 0.02, 10, gifnSine, gifnSine, gifnSine, gifnSquare, gifnSine - aL butterhp aL, 300 - aR butterhp aR, 300 - kenv linseg 1, p3*0.5, 1, p3*0.4, 1, p3*0.1, 0 - aL *= kenv - aR *= kenv - bus_mix("reverb", aL*0.8, aR*0.8) - bus_mix("master", aL, aR) -endin - - -instr play_chord1 - iamp = getparameter(p4, p5, 2) - index = 1 - while (index < ftlen(gicurrentchordfn)) do - event_i "i", "play_chorditem1", 0, p3, tab_i(index, gicurrentchordfn) - index += 1 - od -endin - -instr play_chord2 - iamp = getparameter(p4, p5, 2) - index = 1 - while (index < ftlen(gicurrentchordfn)) do - event_i "i", "play_chorditem2", 0, p3, tab_i(index, gicurrentchordfn) - index += 1 - od -endin - -instr play_chord3 - iamp = getparameter(p4, p5, 2) - index = 1 - while (index < ftlen(gicurrentchordfn)) do - event_i "i", "play_chorditem3", 0, p3, tab_i(index, gicurrentchordfn) - index += 1 - od -endin - -/*instr play_chord1 - index = 0 - Sinstrument = sprintf("play_chorditem%d", p4) - while (index < lenarray(gintervals1)) do - event_i "i", Sinstrument, 0, p3, gintervals1[index] + 52 - index += 1 - od -endin -*/ - -instr global_out - imastergain = 0.7 - aL, aR bus_read "master" - ;aL butterhp aL, 150 - ;aR butterhp aR, 150 - ilooptime = (60/gitempo)*4 - - kreverse delayk gkreverse, 0. - if (kreverse == 1) then - aL butterhp aL, 150 - aR butterhp aR, 150 - aL, krecL sndloop aL, -1, kreverse, ilooptime, 0 - aR, krecR sndloop aR, -1, kreverse, ilooptime, 0 - endif - outs aL*imastergain, aR*imastergain -endin - -instr sequencer - isection = 1 - event_i "i", "setcurrentchord", 0, 1, isection - event_i "i", "global_reverb", 0, p3 - event_i "i", "global_out", 0, p3 - kmetro metro (gitempo/60)*4 - kposabs init 0 - kposchord init 0 - kpos init 0 - ksection init isection - if (kmetro == 1) then - - - /*if (kpos == 0) then - event "i", "play_chord1", 0, 2, 1 - endif - if (kpos == 10) then - event "i", "play_chord1", 0, 2, 2 - endif -*/ - - ;if (random:k(0, 1) > 0.6) then - ; event "i", "play_bass", (kpos % 2 == 0) ? 0 : 0.04, 0.1 - ;endif - - if (random:k(0, 1) > 0.6) then - ;event "i", "play_fm2", (kpos % 2 == 0) ? 0 : 0.04, 0.1 - endif - - arrseq "chord1", kpos, ksection - arrseq "chord2", kpos, ksection - arrseq "chord3", kpos, ksection - arrseq "bass", kpos, ksection - arrseq "hat909", kpos, ksection - arrseq "hat909c", kpos, ksection - arrseq "clap909", kpos, ksection - arrseq "kick", kpos, ksection - arrseq "rim", kpos, ksection - arrseq "mel1", kpos, ksection - - if (kpos < 31) then - kpos += 1 - else - kpos = 0 - endif - if (kposabs+16 > tab:k(ksection, gisectionlengths)*4) then - - gkreverse = 1 - endif - - if (kposabs < tab:k(ksection, gisectionlengths)*4) then - kposabs += 1 - else - gkreverse = 0 - ksection += 1 - kposabs = 0 - kposchord = 0 - event "i", "play_crash", 0, 1 - event "i", "setcurrentchord", 0, 1, ksection, 0 - endif - - if (kposchord < gkcurrentchordlength*4) then - kposchord += 1 - else - kposchord = 0 - event "i", "setcurrentchord", 0, 1, ksection, 1 - endif - - endif -endin - -instr play_rim - iamp = getparameter(p4, p5, 2) - icps = 490*exp(log(2.0)*(57.0-69.0)/12.0) - acps expon icps, 0.0025, icps * 0.5 - acps = acps + icps - iamp = 1 - a1a phasor acps, 0.0 - a1b phasor acps, 0.5 - afmenv expon 1.0, 0.02, 0.5 - a1 = (a1a-a1b)*6.0*afmenv - acps = acps*(1.0+a1) - a0 oscil3 1.0, acps - a1 unirand 2.0 - a1 tone a1-1.0, 2000 - a0 = a0 + a1*0.1 - aenv expon 1.0, 0.005, 0.5 - - a0 limit 4.0*iamp*a0*aenv, -1.0, 1.0 - a0 table3 a0*4096.0, gifnSine, 0, 0, 1 - - kffrq expseg 2000, 0.07, 100, 1, 100 - - a0x tone a0, 10000 - a0y = a0 - a0x - a0x delay a0y, 0.0002 - a0 = a0 - a0x*4.0 - a0 pareq a0, kffrq, 0, 0.7071, 2 - - a_ linseg 1, p3-0.1, 1, 0.025, 0, 1, 0 - a0 = a0*a_ - aL, aR pan2 a0*iamp, random(0.3, 0.8) - - bus_mix("reverb", aL*0.3, aR*0.3) - bus_mix("master", aL, aR) -endin - - -instr play_hat909 - iamp = getparameter(p4, p5, 2) - index = 0 - ifn = gipreparedfns[index] - apos phasor (1/(ftlen(ifn)/sr)) - aout1 table3 apos*0.4, ifn, 1 - aout2 table3 apos*0.9, ifn, 1 - aout3 table3 apos*1.1, ifn, 1 - amix1 = delay(aout1*0.6, 0.02) + delay(aout2*0.8, 0.01) - amix2 = delay(aout1*0.8, 0.01) + delay(aout2*0.6, 0.02) - aL = (aout3 + amix1 + (amix2 * 0.3))*0.5*iamp - aR = (aout3 + amix2 + (amix1 * 0.3))*0.5*iamp - bus_mix("reverb", aL*0.1, aR*0.1) - bus_mix("master", aL, aR) -endin - - -instr play_hat909c - iamp = getparameter(p4, p5, 2) - index = 0 - ifn = gipreparedfns[index] - apos phasor (1/(ftlen(ifn)/sr)) - aL table3 apos*0.65, ifn, 1 - aR table3 apos*0.76, ifn, 1 - aL *= iamp * 0.6 - aR *= iamp * 0.6 - aL *= 1-gkpump - aR *= 1-gkpump - bus_mix("reverb", aL*0.1, aR*0.1) - bus_mix("master", aL, aR) -endin - - -instr play_crash - iamp = 1 - index = 0 - ifn = gipreparedfns[index] - apos phasor (1/(ftlen(ifn)/sr)) - aL table3 apos, ifn, 1 - aR table3 apos, ifn, 1 - aL reverb aL, 8 - aR reverb aR, 8 - kfreq line 1400, p3, 100 - aL *= oscil(0.9, kfreq) * iamp * 0.2 - aR *= oscil(0.9, kfreq) * iamp * 0.2 - ;aL *= 1-gkpump - ;aR *= 1-gkpump - bus_mix("reverb", aL*0.9, aR*0.9) - bus_mix("master", aL, aR) -endin - - -instr play_clap909 - iamp = getparameter(p4, p5, 2) - ilowpass = getparameter(p4, p5, 4) - p3 = 0.065 - aL noise 1, 0.9 - aR noise 0.5, 0.4 - aL butterbp aL, 1200, 1100 - aR butterbp aR, 1200, 1100 - irevsend = 0.2 - if (ilowpass == 1) then - aL butterlp aL, 900 - aR butterlp aR, 900 - irevsend = 0.6 - endif - kamp1 linseg 1, p3*0.1, 0, p3*0.1, 1, p3*0.2, 0.1, p3*0.3, 0.5, p3*0.2, 0, p3*0.05, 0.4, p3*0.05, 0 - kamp2 linseg 1, p3*0.15, 0, p3*0.15, 1, p3*0.1, 0.1, p3*0.2, 0.5, p3*0.3, 0, p3*0.05, 0.4, p3*0.05, 0 - - aL = aL*kamp1*9*iamp - aR = aR*kamp2*9*iamp - - bus_mix("reverb", aL*irevsend, aR*irevsend) - bus_mix("master", aL, aR) -endin - -instr play_kick ; 808 style kick - iamp = getparameter(p4, p5, 2) - xtratim 0.1 - krelease release - ktune init 0 - kmul transeg 0.2, p3*0.5, -15, 0.01, p3*0.5, 0, 0 - kbend transeg 0.5, 1.2, -4, 0, 1, 0, 0 - asig gbuzz 0.5, 50*octave(ktune)*semitone(kbend), 20, 1, kmul, gifnCosine - aenv transeg 1, p3-0.004, -6, 0 - gkpump = k(aenv) - aatt linseg 0, 0.004, 1 - asig = asig*aenv*aatt - aenv linseg 1, 0.07, 0 - acps expsega 400, 0.07, 0.001, 1, 0.001 - aimp oscili aenv, acps*octave(ktune*0.25) - amix = ((asig*0.7)+(aimp*0.35))*2*iamp - gkpump = min(rms(amix) * 7, 1) - amix distort amix, 0.4, gifnSine - ;amix butterhp amix, 150 - bus_mix("master", amix, amix) -endin - - - - -i"bootstrap" 0 1 0 - - - \ No newline at end of file diff --git a/BUG3/hat909.src b/BUG3/hat909.src deleted file mode 100644 index 3d9cb8e..0000000 --- a/BUG3/hat909.src +++ /dev/null @@ -1,1343 +0,0 @@ -#ifndef SRC_HAT909 -#define SRC_HAT909 ## - -; one of the more ridiculous things I have done in Csound -; actually ends up bigger than the original wav, but that's conceptual stuff eh. - -instr src_hat909 - ilen = p3 - ipitch = p4 - ao[] init 1328 - ao[0] oscil linseg(0.147719501914,ilen, 0),387.59765625*ipitch - ao[1] oscil linseg(0.191580726829,ilen, 0),398.364257812*ipitch - ao[2] oscil linseg(0.400498423104,0.143337066069*p3,0.0639161162762),10497.4365234*ipitch - ao[3] oscil linseg(0.0653721243551,ilen, 0),11261.8652344*ipitch - ao[4] oscil linseg(0.104263238792,ilen, 0),1722.65625*ipitch - ao[5] oscil linseg(0.140822085921,0.143337066069*p3,0.0678433128457),15514.6728516*ipitch - ao[6] oscil linseg(0.149034178561,ilen, 0),11552.5634766*ipitch - ao[7] oscil linseg(0.0757929267277,ilen, 0),18949.21875*ipitch - ao[8] oscil linseg(0.560400625045,0.143337066069*p3,0.133767148855),7418.18847656*ipitch - ao[9] oscil linseg(0.329140685488,ilen, 0),11111.1328125*ipitch - ao[10] oscil linseg(0.203143367574,0.143337066069*p3,0.107551501661),12607.6904297*ipitch - ao[11] oscil linseg(0.240497254254,0.143337066069*p3,0.0789305331675,0.28555431131*p3,0.062899223355),6373.828125*ipitch - ao[12] oscil linseg(0.0652000356482,ilen, 0),19466.015625*ipitch - ao[13] oscil linseg(0.326479928488,ilen, 0),3283.81347656*ipitch - ao[14] oscil linseg(0.391513913874,0.143337066069*p3,0.226122102471,0.28555431131*p3,0.0751552224712),7030.59082031*ipitch - ao[15] oscil linseg(0.0841802326217,ilen, 0),18572.3876953*ipitch - ao[16] oscil linseg(0.182486639811,ilen, 0),10960.4003906*ipitch - ao[17] oscil linseg(0.131500419099,0.143337066069*p3,0.0683308347114),14071.9482422*ipitch - ao[18] oscil linseg(0.0963872442687,ilen, 0),5717.06542969*ipitch - ao[19] oscil linseg(0.103720012232,ilen, 0),17883.3251953*ipitch - ao[20] oscil linseg(0.649040815915,0.143337066069*p3,0.243129248675,0.28555431131*p3,0.142857907772),9205.44433594*ipitch - ao[21] oscil linseg(0.184655922377,0.143337066069*p3,0.184816636031,0.28555431131*p3,0.0752143015204),10809.6679688*ipitch - ao[22] oscil linseg(0.665334301982,0.143337066069*p3,0.158344407272),1561.15722656*ipitch - ao[23] oscil linseg(0.702647445477,0.143337066069*p3,0.186441300597,0.28555431131*p3,0.116507981809,0.28555431131*p3,0.0774384178786),6223.09570312*ipitch - ao[24] oscil linseg(0.0973972649252,ilen, 0),21081.0058594*ipitch - ao[25] oscil linseg(0.231971327163,0.143337066069*p3,0.107514124911),10260.5712891*ipitch - ao[26] oscil linseg(0.0905339190531,ilen, 0),6772.19238281*ipitch - ao[27] oscil linseg(0.146653707019,ilen, 0),17894.0917969*ipitch - ao[28] oscil linseg(0.107329561576,ilen, 0),11315.6982422*ipitch - ao[29] oscil linseg(0.0775163226638,ilen, 0),10583.5693359*ipitch - ao[30] oscil linseg(0.172590149145,0.143337066069*p3,0.0634098350252),4543.50585938*ipitch - ao[31] oscil linseg(0.265009728924,ilen, 0),10508.203125*ipitch - ao[32] oscil linseg(0.150483956551,0.143337066069*p3,0.0761697820584),12370.8251953*ipitch - ao[33] oscil linseg(0.108463903529,ilen, 0),17592.6269531*ipitch - ao[34] oscil linseg(0.0653413273481,ilen, 0),6072.36328125*ipitch - ao[35] oscil linseg(0.110737033133,ilen, 0),13070.6542969*ipitch - ao[36] oscil linseg(0.0692341804639,ilen, 0),14685.6445312*ipitch - ao[37] oscil linseg(0.0639767159223,ilen, 0),1927.22167969*ipitch - ao[38] oscil linseg(0.347857585421,0.143337066069*p3,0.198817589608,0.28555431131*p3,0.0782353591713,0.28555431131*p3,0.0637560742581),10357.4707031*ipitch - ao[39] oscil linseg(0.135020323069,0.143337066069*p3,0.0880232685742),17538.7939453*ipitch - ao[40] oscil linseg(0.0783894035009,ilen, 0),17291.1621094*ipitch - ao[41] oscil linseg(0.0622435686602,ilen, 0),527.563476562*ipitch - ao[42] oscil linseg(0.0692785519037,ilen, 0),17409.5947266*ipitch - ao[43] oscil linseg(0.154611674579,0.143337066069*p3,0.073727612073),8968.57910156*ipitch - ao[44] oscil linseg(0.343028048287,0.143337066069*p3,0.0837143615994),2325.5859375*ipitch - ao[45] oscil linseg(0.0736944584017,ilen, 0),19412.1826172*ipitch - ao[46] oscil linseg(0.268949504125,0.143337066069*p3,0.157899149606,0.28555431131*p3,0.0734689974202),10206.7382812*ipitch - ao[47] oscil linseg(0.086259330531,ilen, 0),6126.19628906*ipitch - ao[48] oscil linseg(0.0770771802459,ilen, 0),16989.6972656*ipitch - ao[49] oscil linseg(0.121738717695,ilen, 0),5921.63085938*ipitch - ao[50] oscil linseg(0.200133399158,0.143337066069*p3,0.0654822641993),10023.7060547*ipitch - ao[51] oscil linseg(0.0707425705117,ilen, 0),16838.9648438*ipitch - ao[52] oscil linseg(0.252707090633,ilen, 0),2637.81738281*ipitch - ao[53] oscil linseg(0.0943459034553,ilen, 0),10056.0058594*ipitch - ao[54] oscil linseg(0.0992482509267,ilen, 0),21188.671875*ipitch - ao[55] oscil linseg(0.184366345677,ilen, 0),8010.3515625*ipitch - ao[56] oscil linseg(0.0933949871164,0.143337066069*p3,0.0915493755166),11078.8330078*ipitch - ao[57] oscil linseg(0.10161311766,ilen, 0),4425.07324219*ipitch - ao[58] oscil linseg(0.0653673144682,0.143337066069*p3,0.0733744271004),9905.2734375*ipitch - ao[59] oscil linseg(0.129981013456,0.143337066069*p3,0.159210561765),5770.8984375*ipitch - ao[60] oscil linseg(0.113062848642,0.143337066069*p3,0.0713530660072),4952.63671875*ipitch - ao[61] oscil linseg(0.141440493301,ilen, 0),13759.7167969*ipitch - ao[62] oscil linseg(0.088185419138,ilen, 0),13189.0869141*ipitch - ao[63] oscil linseg(0.0930169535457,ilen, 0),1851.85546875*ipitch - ao[64] oscil linseg(0.154605119011,ilen, 0),9603.80859375*ipitch - ao[65] oscil linseg(0.131324770448,ilen, 0),7859.61914062*ipitch - ao[66] oscil linseg(0.167629663798,ilen, 0),8204.15039062*ipitch - ao[67] oscil linseg(0.0867763366117,0.143337066069*p3,0.0623037758218),14007.3486328*ipitch - ao[68] oscil linseg(0.337771630478,0.143337066069*p3,0.110442630304),8731.71386719*ipitch - ao[69] oscil linseg(0.141707541027,ilen, 0),13931.9824219*ipitch - ao[70] oscil linseg(0.255351048232,0.143337066069*p3,0.086041545312,0.28555431131*p3,0.0642321126529),2314.81933594*ipitch - ao[71] oscil linseg(0.248927904169,ilen, 0),7784.25292969*ipitch - ao[72] oscil linseg(0.120973716224,ilen, 0),5964.69726562*ipitch - ao[73] oscil linseg(0.24152522942,ilen, 0),5620.16601562*ipitch - ao[74] oscil linseg(0.257314520435,0.143337066069*p3,0.0918502052233),9786.84082031*ipitch - ao[75] oscil linseg(0.160507507732,0.143337066069*p3,0.126617856244),20101.2451172*ipitch - ao[76] oscil linseg(0.105134635279,ilen, 0),15363.9404297*ipitch - ao[77] oscil linseg(0.147216577568,ilen, 0),6535.32714844*ipitch - ao[78] oscil linseg(0.0847668443847,0.143337066069*p3,0.129472420524),8279.51660156*ipitch - ao[79] oscil linseg(0.111299265541,ilen, 0),17000.4638672*ipitch - ao[80] oscil linseg(0.376558232104,0.143337066069*p3,0.210994902347,0.28555431131*p3,0.0731263274151),7708.88671875*ipitch - ao[81] oscil linseg(0.143677565189,ilen, 0),13705.8837891*ipitch - ao[82] oscil linseg(0.109362317206,0.143337066069*p3,0.110187116),20112.0117188*ipitch - ao[83] oscil linseg(0.116983765087,ilen, 0),1076.66015625*ipitch - ao[84] oscil linseg(0.167792169777,0.143337066069*p3,0.110534438875),11897.0947266*ipitch - ao[85] oscil linseg(0.0826394429324,ilen, 0),9302.34375*ipitch - ao[86] oscil linseg(0.181467337731,0.143337066069*p3,0.0651884543262),7633.52050781*ipitch - ao[87] oscil linseg(0.21521889992,ilen, 0),5469.43359375*ipitch - ao[88] oscil linseg(0.0933614171264,ilen, 0),3143.84765625*ipitch - ao[89] oscil linseg(0.0834554847185,ilen, 0),12952.2216797*ipitch - ao[90] oscil linseg(0.0627027011871,ilen, 0),13479.7851562*ipitch - ao[91] oscil linseg(0.134601898302,0.143337066069*p3,0.100045794213,0.28555431131*p3,0.0802519203741),9151.61132812*ipitch - ao[92] oscil linseg(0.0758947920954,ilen, 0),3369.94628906*ipitch - ao[93] oscil linseg(0.0813423194788,0.143337066069*p3,0.0832454350186),990.52734375*ipitch - ao[94] oscil linseg(0.0623596499258,ilen, 0),15299.3408203*ipitch - ao[95] oscil linseg(0.168706858314,ilen, 0),8494.84863281*ipitch - ao[96] oscil linseg(0.121582338391,0.143337066069*p3,0.0779993755803),13329.0527344*ipitch - ao[97] oscil linseg(0.128738779335,0.143337066069*p3,0.10972288951),5889.33105469*ipitch - ao[98] oscil linseg(0.210280747566,ilen, 0),9000.87890625*ipitch - ao[99] oscil linseg(0.138134253603,0.143337066069*p3,0.153935845791,0.57110862262*p3,0.0628780405764),7482.78808594*ipitch - ao[100] oscil linseg(0.195223182099,0.143337066069*p3,0.0712652467123),5318.70117188*ipitch - ao[101] oscil linseg(0.109967389644,ilen, 0),1604.22363281*ipitch - ao[102] oscil linseg(0.112953674669,ilen, 0),13178.3203125*ipitch - ao[103] oscil linseg(0.0713957975483,ilen, 0),8850.14648438*ipitch - ao[104] oscil linseg(0.213633798218,ilen, 0),10605.1025391*ipitch - ao[105] oscil linseg(0.0743197727937,0.143337066069*p3,0.0661925487495),7407.421875*ipitch - ao[106] oscil linseg(0.0958472357801,ilen, 0),21737.7685547*ipitch - ao[107] oscil linseg(0.188267835492,0.143337066069*p3,0.065393194127),13996.5820312*ipitch - ao[108] oscil linseg(0.344649840972,0.143337066069*p3,0.201896158113,0.28555431131*p3,0.173084827374,0.28555431131*p3,0.0915469173586),6944.45800781*ipitch - ao[109] oscil linseg(0.0626580553606,ilen, 0),16257.5683594*ipitch - ao[110] oscil linseg(0.119010053256,0.143337066069*p3,0.085164194175),11660.2294922*ipitch - ao[111] oscil linseg(0.122120854409,0.143337066069*p3,0.0892020132097),8699.4140625*ipitch - ao[112] oscil linseg(0.268411128514,0.143337066069*p3,0.0842389279571,0.28555431131*p3,0.0744362432877),7332.05566406*ipitch - ao[113] oscil linseg(0.170494963012,ilen, 0),3046.94824219*ipitch - ao[114] oscil linseg(0.0786959568667,ilen, 0),2993.11523438*ipitch - ao[115] oscil linseg(0.0834897544994,ilen, 0),13942.7490234*ipitch - ao[116] oscil linseg(0.0637756231792,ilen, 0),1701.12304688*ipitch - ao[117] oscil linseg(0.197655856075,0.143337066069*p3,0.110564570963,0.28555431131*p3,0.0879218426869),5243.33496094*ipitch - ao[118] oscil linseg(0.101926154713,ilen, 0),7256.68945312*ipitch - ao[119] oscil linseg(0.0655882004379,ilen, 0),7213.62304688*ipitch - ao[120] oscil linseg(0.0703159367917,ilen, 0),12801.4892578*ipitch - ao[121] oscil linseg(0.271991845781,0.143337066069*p3,0.329655666524,0.28555431131*p3,0.0651329107008),4037.47558594*ipitch - ao[122] oscil linseg(0.125788071548,0.143337066069*p3,0.153459796361),1442.72460938*ipitch - ao[123] oscil linseg(0.127913664608,ilen, 0),8397.94921875*ipitch - ao[124] oscil linseg(0.10186706074,0.143337066069*p3,0.0856988488779),7181.32324219*ipitch - ao[125] oscil linseg(0.15507782498,0.143337066069*p3,0.102146688843),9313.11035156*ipitch - ao[126] oscil linseg(0.0623327092789,0.143337066069*p3,0.303841749699,0.28555431131*p3,0.217805719724),5017.23632812*ipitch - ao[127] oscil linseg(0.135329763428,ilen, 0),11627.9296875*ipitch - ao[128] oscil linseg(0.148283303276,ilen, 0),9840.67382812*ipitch - ao[129] oscil linseg(0.0773030659444,ilen, 0),20208.9111328*ipitch - ao[130] oscil linseg(0.125284392231,0.143337066069*p3,0.0659546437206),12575.390625*ipitch - ao[131] oscil linseg(0.13164009838,ilen, 0),8247.21679688*ipitch - ao[132] oscil linseg(0.192373978525,0.143337066069*p3,0.132131974031),7105.95703125*ipitch - ao[133] oscil linseg(0.0967485068117,ilen, 0),2723.95019531*ipitch - ao[134] oscil linseg(0.443637243,0.143337066069*p3,0.162915999334,0.28555431131*p3,0.0627531427885),3962.109375*ipitch - ao[135] oscil linseg(0.111246862979,ilen, 0),21576.2695312*ipitch - ao[136] oscil linseg(0.129739915316,0.143337066069*p3,0.0629807545262),11423.3642578*ipitch - ao[137] oscil linseg(0.104901759858,0.143337066069*p3,0.0763476627015),18335.5224609*ipitch - ao[138] oscil linseg(0.239970503186,0.143337066069*p3,0.0904768950963),4597.33886719*ipitch - ao[139] oscil linseg(0.0735053329098,ilen, 0),21350.1708984*ipitch - ao[140] oscil linseg(0.0968865371494,0.143337066069*p3,0.125425293819),9076.24511719*ipitch - ao[141] oscil linseg(0.11909692904,0.143337066069*p3,0.0944954309501),11670.9960938*ipitch - ao[142] oscil linseg(0.105200199777,ilen, 0),2842.3828125*ipitch - ao[143] oscil linseg(0.0805435153724,ilen, 0),12273.9257812*ipitch - ao[144] oscil linseg(0.150761547774,ilen, 0),3251.51367188*ipitch - ao[145] oscil linseg(0.122605735763,ilen, 0),15073.2421875*ipitch - ao[146] oscil linseg(0.107725250633,0.143337066069*p3,0.0668404404733),13533.6181641*ipitch - ao[147] oscil linseg(0.141556442429,0.143337066069*p3,0.142133687538),5652.46582031*ipitch - ao[148] oscil linseg(0.0667242818778,0.143337066069*p3,0.0840749967605,0.28555431131*p3,0.0971035746511),12123.1933594*ipitch - ao[149] oscil linseg(0.0816866083593,ilen, 0),17624.9267578*ipitch - ao[150] oscil linseg(0.0745723991105,ilen, 0),20822.6074219*ipitch - ao[151] oscil linseg(0.115538915908,ilen, 0),1065.89355469*ipitch - ao[152] oscil linseg(0.129070412578,ilen, 0),12047.8271484*ipitch - ao[153] oscil linseg(0.0924671648682,ilen, 0),635.229492188*ipitch - ao[154] oscil linseg(0.0792121366272,0.143337066069*p3,0.0663382424853,0.28555431131*p3,0.0720315239414),3779.07714844*ipitch - ao[155] oscil linseg(0.1234628017,ilen, 0),16300.6347656*ipitch - ao[156] oscil linseg(0.134074032634,ilen, 0),10131.3720703*ipitch - ao[157] oscil linseg(0.126095669084,ilen, 0),20790.3076172*ipitch - ao[158] oscil linseg(0.139406604041,0.143337066069*p3,0.0814533561696,0.28555431131*p3,0.0811709591616),6804.4921875*ipitch - ao[159] oscil linseg(0.15328706798,ilen, 0),10658.9355469*ipitch - ao[160] oscil linseg(0.127087374599,0.143337066069*p3,0.0698019681355),17506.4941406*ipitch - ao[161] oscil linseg(0.148150522801,ilen, 0),4661.93847656*ipitch - ao[162] oscil linseg(0.463692979239,ilen, 0),8301.04980469*ipitch - ao[163] oscil linseg(0.0943929961072,ilen, 0),11186.4990234*ipitch - ao[164] oscil linseg(0.154243617717,0.143337066069*p3,0.149633433375),6503.02734375*ipitch - ao[165] oscil linseg(0.130782878508,ilen, 0),4478.90625*ipitch - ao[166] oscil linseg(0.178665829324,ilen, 0),16074.5361328*ipitch - ao[167] oscil linseg(0.0730312983137,ilen, 0),21834.6679688*ipitch - ao[168] oscil linseg(0.094218070254,ilen, 0),12241.6259766*ipitch - ao[169] oscil linseg(0.239793575226,ilen, 0),2691.65039062*ipitch - ao[170] oscil linseg(0.0757640211964,0.143337066069*p3,0.11925709201),5006.46972656*ipitch - ao[171] oscil linseg(0.886959633684,0.143337066069*p3,0.301010064558),1550.390625*ipitch - ao[172] oscil linseg(0.181085272917,0.143337066069*p3,0.163255335683),6653.75976562*ipitch - ao[173] oscil linseg(0.0843208775993,ilen, 0),13296.7529297*ipitch - ao[174] oscil linseg(0.0713889543611,0.143337066069*p3,0.0991843077009),3736.01074219*ipitch - 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ao[477] oscil linseg(0.068450532065,ilen, 0),18270.9228516*ipitch - ao[478] oscil linseg(0.090371706991,0.143337066069*p3,0.0852146302656),9399.24316406*ipitch - ao[479] oscil linseg(0.191003770863,0.143337066069*p3,0.122268540786),13242.9199219*ipitch - ao[480] oscil linseg(0.165615055854,ilen, 0),8914.74609375*ipitch - ao[481] oscil linseg(0.185240004253,0.143337066069*p3,0.0857390219768),7439.72167969*ipitch - ao[482] oscil linseg(0.125331252839,0.143337066069*p3,0.177051438867),4112.84179688*ipitch - ao[483] oscil linseg(0.070845759913,ilen, 0),13092.1875*ipitch - ao[484] oscil linseg(0.177838370207,0.143337066069*p3,0.0662394640768),8764.01367188*ipitch - ao[485] oscil linseg(0.0833953922577,ilen, 0),7364.35546875*ipitch - ao[486] oscil linseg(0.0943425080532,ilen, 0),13016.8212891*ipitch - ao[487] oscil linseg(0.103373615023,0.143337066069*p3,0.0832542428866),4091.30859375*ipitch - ao[488] oscil linseg(0.0766075552533,ilen, 0),4640.40527344*ipitch - ao[489] oscil linseg(0.0645514854994,ilen, 0),4769.60449219*ipitch - 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ao[502] oscil linseg(0.365815219049,0.143337066069*p3,0.0822704072828),8311.81640625*ipitch - ao[503] oscil linseg(0.185801578877,0.143337066069*p3,0.0671789467688),7138.25683594*ipitch - ao[504] oscil linseg(0.203787693691,0.143337066069*p3,0.327757680435,0.28555431131*p3,0.0776871666629),4974.16992188*ipitch - ao[505] oscil linseg(0.0737978813616,ilen, 0),20962.5732422*ipitch - ao[506] oscil linseg(0.100931233275,0.143337066069*p3,0.0652535720443),6750.65917969*ipitch - ao[507] oscil linseg(0.0921030911415,ilen, 0),12489.2578125*ipitch - ao[508] oscil linseg(0.150014093917,0.143337066069*p3,0.115135850114),19573.6816406*ipitch - ao[509] oscil linseg(0.0835271916123,ilen, 0),11272.6318359*ipitch - ao[510] oscil linseg(0.151774496191,0.143337066069*p3,0.171986835388),7062.890625*ipitch - ao[511] oscil linseg(0.0653117050238,ilen, 0),1130.49316406*ipitch - ao[512] oscil linseg(0.173972287618,0.143337066069*p3,0.06284767457),5049.53613281*ipitch - ao[513] oscil linseg(0.0653481330465,ilen, 0),13382.8857422*ipitch - 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ao[802] oscil linseg(0.0676696991415,ilen, 0),16795.8984375*ipitch - ao[803] oscil linseg(0.187070315233,ilen, 0),2282.51953125*ipitch - ao[804] oscil linseg(0.31714606848,0.143337066069*p3,0.0795735117146),10777.3681641*ipitch - ao[805] oscil linseg(0.150123209489,ilen, 0),10034.4726562*ipitch - ao[806] oscil linseg(0.300945090396,0.143337066069*p3,0.0638193954862),7999.58496094*ipitch - ao[807] oscil linseg(0.12358381319,0.143337066069*p3,0.0963044374646,0.28555431131*p3,0.0938605527144),4274.34082031*ipitch - ao[808] oscil linseg(0.318864923604,0.143337066069*p3,0.130592499089),7719.65332031*ipitch - ao[809] oscil linseg(0.0863144673887,0.143337066069*p3,0.0656848985688),11832.4951172*ipitch - ao[810] oscil linseg(0.181846370459,ilen, 0),14717.9443359*ipitch - ao[811] oscil linseg(0.0773126353589,ilen, 0),4801.90429688*ipitch - ao[812] oscil linseg(0.166614695393,0.143337066069*p3,0.0726366679948),7924.21875*ipitch - ao[813] oscil linseg(0.0640082945489,ilen, 0),20155.078125*ipitch - ao[814] oscil linseg(0.168734599936,0.143337066069*p3,0.146863661835),5329.46777344*ipitch - ao[815] oscil linseg(0.140298237719,0.143337066069*p3,0.0708491560345),5394.06738281*ipitch - ao[816] oscil linseg(0.136390629766,ilen, 0),7848.85253906*ipitch - ao[817] oscil linseg(0.213287571553,0.143337066069*p3,0.0712312878876),8430.24902344*ipitch - ao[818] oscil linseg(0.25211889503,0.143337066069*p3,0.136043349215),5684.765625*ipitch - ao[819] oscil linseg(0.08109044402,ilen, 0),17603.3935547*ipitch - ao[820] oscil linseg(0.121993028624,ilen, 0),1464.2578125*ipitch - ao[821] oscil linseg(0.0920715254006,ilen, 0),13910.4492188*ipitch - ao[822] oscil linseg(0.0662790517469,ilen, 0),1830.32226562*ipitch - ao[823] oscil linseg(0.222168348796,ilen, 0),9485.37597656*ipitch - ao[824] oscil linseg(0.112970864515,0.143337066069*p3,0.079309932452),7773.48632812*ipitch - ao[825] oscil linseg(0.163065615048,ilen, 0),19498.3154297*ipitch - ao[826] oscil linseg(0.143248408098,0.143337066069*p3,0.105677634071,0.28555431131*p3,0.0843540272755),10012.9394531*ipitch - 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ao[1063] oscil linseg(0.155928822019,ilen, 0),8484.08203125*ipitch - ao[1064] oscil linseg(0.102165530073,ilen, 0),7224.38964844*ipitch - ao[1065] oscil linseg(0.117958310213,ilen, 0),5060.30273438*ipitch - ao[1066] oscil linseg(0.0870731307477,ilen, 0),14997.8759766*ipitch - ao[1067] oscil linseg(0.331427223688,0.143337066069*p3,0.109276144007),5846.26464844*ipitch - ao[1068] oscil linseg(0.0896983910005,ilen, 0),14265.7470703*ipitch - ao[1069] oscil linseg(0.143327439469,ilen, 0),8236.45019531*ipitch - ao[1070] oscil linseg(0.0803963536091,ilen, 0),16871.2646484*ipitch - ao[1071] oscil linseg(0.197518265644,0.143337066069*p3,0.128026062421),9463.84277344*ipitch - ao[1072] oscil linseg(0.0835710732907,ilen, 0),8333.34960938*ipitch - ao[1073] oscil linseg(0.0697959296194,0.143337066069*p3,0.0817175946963),7375.12207031*ipitch - ao[1074] oscil linseg(0.627541044758,0.143337066069*p3,0.258233752717,0.28555431131*p3,0.0972651093272),7149.0234375*ipitch - ao[1075] oscil linseg(0.0864366552163,ilen, 0),3875.9765625*ipitch - ao[1076] oscil linseg(0.0702841594313,0.143337066069*p3,0.109990173205),3983.64257812*ipitch - ao[1077] oscil linseg(0.105662863176,ilen, 0),21748.5351562*ipitch - ao[1078] oscil linseg(0.155153355116,ilen, 0),10518.9697266*ipitch - ao[1079] oscil linseg(0.15510170667,ilen, 0),12510.7910156*ipitch - ao[1080] oscil linseg(0.0831177815543,ilen, 0),4145.14160156*ipitch - ao[1081] oscil linseg(0.110887888367,ilen, 0),14761.0107422*ipitch - ao[1082] oscil linseg(0.093904826121,ilen, 0),17635.6933594*ipitch - ao[1083] oscil linseg(0.189735218674,0.143337066069*p3,0.0791491119367),4672.70507812*ipitch - ao[1084] oscil linseg(0.0686975069215,ilen, 0),21296.3378906*ipitch - ao[1085] oscil linseg(0.218194406806,ilen, 0),6998.29101562*ipitch - ao[1086] oscil linseg(0.163770268384,0.143337066069*p3,0.0632766887386,0.28555431131*p3,0.0631869885248),12629.2236328*ipitch - ao[1087] oscil linseg(0.102387539029,ilen, 0),5200.26855469*ipitch - ao[1088] oscil linseg(0.17123050442,ilen, 0),12209.3261719*ipitch - ao[1089] oscil linseg(0.158559991422,ilen, 0),13684.3505859*ipitch - ao[1090] oscil linseg(0.132663577003,0.143337066069*p3,0.0994152898047),6922.92480469*ipitch - ao[1091] oscil linseg(0.118306386678,0.143337066069*p3,0.0632858582364),12133.9599609*ipitch - ao[1092] oscil linseg(0.0964172241099,ilen, 0),2174.85351562*ipitch - ao[1093] oscil linseg(0.081571149017,ilen, 0),20844.140625*ipitch - ao[1094] oscil linseg(0.0699751589776,ilen, 0),19433.7158203*ipitch - ao[1095] oscil linseg(0.416384007468,0.143337066069*p3,0.0893637213996),9226.97753906*ipitch - ao[1096] oscil linseg(0.191372484452,ilen, 0),12058.59375*ipitch - ao[1097] oscil linseg(0.130794573257,ilen, 0),20693.4082031*ipitch - ao[1098] oscil linseg(0.189482782795,0.143337066069*p3,0.136433411159,0.28555431131*p3,0.0853688991455),6255.39550781*ipitch - ao[1099] oscil linseg(0.176513930187,ilen, 0),3832.91015625*ipitch - ao[1100] oscil linseg(0.111774212532,0.143337066069*p3,0.0989148863715),10282.1044922*ipitch - ao[1101] oscil linseg(0.0870555199828,ilen, 0),16236.0351562*ipitch - ao[1102] oscil linseg(0.108368563268,ilen, 0),13081.4208984*ipitch - ao[1103] oscil linseg(0.184432956467,0.143337066069*p3,0.0961952343823),11907.8613281*ipitch - ao[1104] oscil linseg(0.136209988823,ilen, 0),4080.54199219*ipitch - ao[1105] oscil linseg(0.107204780259,0.143337066069*p3,0.0768967332376),18959.9853516*ipitch - ao[1106] oscil linseg(0.0986188382026,ilen, 0),7741.18652344*ipitch - ao[1107] oscil linseg(0.0642548520999,ilen, 0),17161.9628906*ipitch - ao[1108] oscil linseg(0.0666827403978,ilen, 0),2713.18359375*ipitch - ao[1109] oscil linseg(0.223579516026,0.143337066069*p3,0.0827378689446),4554.27246094*ipitch - ao[1110] oscil linseg(0.246367806734,0.143337066069*p3,0.077509634581,0.28555431131*p3,0.0654592328601),11757.1289062*ipitch - ao[1111] oscil linseg(0.161569961423,ilen, 0),16860.4980469*ipitch - ao[1112] oscil linseg(0.0656806760668,ilen, 0),18486.2548828*ipitch - ao[1113] oscil linseg(0.093042655964,ilen, 0),16009.9365234*ipitch - ao[1114] oscil linseg(0.077573425139,ilen, 0),882.861328125*ipitch - ao[1115] oscil linseg(0.0697743868514,ilen, 0),20015.1123047*ipitch - ao[1116] oscil linseg(0.214866224875,0.143337066069*p3,0.116358952677,0.28555431131*p3,0.0823861227715),3757.54394531*ipitch - ao[1117] oscil linseg(0.0699736325273,ilen, 0),3229.98046875*ipitch - ao[1118] oscil linseg(0.101032852686,ilen, 0),15256.2744141*ipitch - ao[1119] oscil linseg(0.0843287586406,ilen, 0),11606.3964844*ipitch - ao[1120] oscil linseg(0.0716819847987,0.143337066069*p3,0.0650542460369),13447.4853516*ipitch - ao[1121] oscil linseg(0.100821330871,ilen, 0),18012.5244141*ipitch - ao[1122] oscil linseg(0.0786538395589,ilen, 0),15859.2041016*ipitch - ao[1123] oscil linseg(0.218498842628,ilen, 0),5609.39941406*ipitch - ao[1124] oscil linseg(0.306493470444,ilen, 0),602.9296875*ipitch - ao[1125] oscil linseg(0.115032343487,ilen, 0),20865.6738281*ipitch - ao[1126] oscil linseg(0.168748637252,0.143337066069*p3,0.0624689956299),8990.11230469*ipitch - ao[1127] oscil linseg(0.187254649008,0.143337066069*p3,0.0739709864331),19562.9150391*ipitch - ao[1128] oscil linseg(0.223458492972,0.143337066069*p3,0.21040933437),11455.6640625*ipitch - ao[1129] oscil linseg(0.0800097653463,0.143337066069*p3,0.0726111751987),2379.41894531*ipitch - ao[1130] oscil linseg(0.163474597464,ilen, 0),6546.09375*ipitch - ao[1131] oscil linseg(0.106184045111,ilen, 0),10292.8710938*ipitch - ao[1132] oscil linseg(0.0858349507638,ilen, 0),3682.17773438*ipitch - ao[1133] oscil linseg(0.0626157324131,ilen, 0),19336.8164062*ipitch - ao[1134] oscil linseg(0.076515565679,ilen, 0),2045.65429688*ipitch - ao[1135] oscil linseg(0.197359635574,0.143337066069*p3,0.231656699099),6664.52636719*ipitch - ao[1136] oscil linseg(0.126539823907,ilen, 0),16289.8681641*ipitch - ao[1137] oscil linseg(0.0868348445966,ilen, 0),15557.7392578*ipitch - ao[1138] oscil linseg(0.682886558295,0.143337066069*p3,0.0714609796719),11100.3662109*ipitch - ao[1139] oscil linseg(0.0636847118514,ilen, 0),21091.7724609*ipitch - ao[1140] oscil linseg(0.0937276970738,ilen, 0),4435.83984375*ipitch - ao[1141] oscil linseg(0.276908926445,ilen, 0),11154.1992188*ipitch - ao[1142] oscil linseg(0.162663524147,0.143337066069*p3,0.222129097449),1485.79101562*ipitch - ao[1143] oscil linseg(0.129138265447,0.143337066069*p3,0.0660327532084),12155.4931641*ipitch - ao[1144] oscil linseg(0.185940932947,0.143337066069*p3,0.0635290701227),6395.36132812*ipitch - ao[1145] oscil linseg(0.18560632283,ilen, 0),4963.40332031*ipitch - ao[1146] oscil linseg(0.0872103037269,0.143337066069*p3,0.0654219892428),18733.8867188*ipitch - ao[1147] oscil linseg(0.0906977462687,ilen, 0),15331.640625*ipitch - ao[1148] oscil linseg(0.0812568997939,ilen, 0),13210.6201172*ipitch - ao[1149] oscil linseg(0.123005212854,ilen, 0),18583.1542969*ipitch - ao[1150] oscil linseg(0.13223629016,ilen, 0),13738.1835938*ipitch - ao[1151] oscil linseg(0.0750398010553,0.143337066069*p3,0.0712652967761),3434.54589844*ipitch - ao[1152] oscil linseg(0.102043447029,ilen, 0),4155.90820312*ipitch - ao[1153] oscil linseg(0.240066934145,0.143337066069*p3,0.0681406859969),8753.24707031*ipitch - ao[1154] oscil linseg(0.0698710903446,ilen, 0),18034.0576172*ipitch - ao[1155] oscil linseg(0.37728153613,0.143337066069*p3,0.0723244120772),10852.734375*ipitch - ao[1156] oscil linseg(0.489575917574,0.143337066069*p3,0.160794909144,0.28555431131*p3,0.101668222799),6018.53027344*ipitch - ao[1157] oscil linseg(0.0984299636582,ilen, 0),5071.06933594*ipitch - ao[1158] oscil linseg(0.117221227093,ilen, 0),8408.71582031*ipitch - ao[1159] oscil linseg(0.26212278651,ilen, 0),9808.37402344*ipitch - ao[1160] oscil linseg(0.0634245434561,ilen, 0),3531.4453125*ipitch - ao[1161] oscil linseg(0.086907286295,0.143337066069*p3,0.0665721241934),18130.9570312*ipitch - ao[1162] oscil linseg(0.131481854845,0.143337066069*p3,0.0717091312469),409.130859375*ipitch - ao[1163] oscil linseg(0.311182206027,0.143337066069*p3,0.0758756149006),10702.0019531*ipitch - ao[1164] oscil linseg(0.135633024157,ilen, 0),21199.4384766*ipitch - ao[1165] oscil linseg(0.0986517338358,ilen, 0),17980.2246094*ipitch - ao[1166] oscil linseg(0.234822582261,ilen, 0),10863.5009766*ipitch - ao[1167] oscil linseg(0.208027557663,0.143337066069*p3,0.145096036512,0.28555431131*p3,0.0638718145978),7073.65722656*ipitch - ao[1168] oscil linseg(0.225883989827,ilen, 0),5835.49804688*ipitch - ao[1169] oscil linseg(0.186099187105,ilen, 0),11918.6279297*ipitch - ao[1170] oscil linseg(0.0916875540182,ilen, 0),6093.89648438*ipitch - ao[1171] oscil linseg(0.0866394498915,ilen, 0),15105.5419922*ipitch - ao[1172] oscil linseg(0.154841840872,ilen, 0),7601.22070312*ipitch - ao[1173] oscil linseg(0.313790408672,0.143337066069*p3,0.0877667598897),17528.0273438*ipitch - ao[1174] oscil linseg(0.118182045959,ilen, 0),7267.45605469*ipitch - ao[1175] oscil linseg(0.228361387366,0.143337066069*p3,0.0832998591852),8871.6796875*ipitch - ao[1176] oscil linseg(0.236199773691,0.143337066069*p3,0.074262294492),10766.6015625*ipitch - ao[1177] oscil linseg(0.100498985524,ilen, 0),8182.6171875*ipitch - ao[1178] oscil linseg(0.300170465159,ilen, 0),5372.53417969*ipitch - ao[1179] oscil linseg(0.155417929276,0.143337066069*p3,0.114830646516),14028.8818359*ipitch - ao[1180] oscil linseg(0.0984877598574,ilen, 0),14577.9785156*ipitch - ao[1181] oscil linseg(0.0836834094031,ilen, 0),17151.1962891*ipitch - ao[1182] oscil linseg(0.156038541328,0.143337066069*p3,0.150268961172),1475.02441406*ipitch - ao[1183] oscil linseg(0.211950802614,0.143337066069*p3,0.125408092641,0.28555431131*p3,0.072582046174),8107.25097656*ipitch - ao[1184] oscil linseg(0.0681346048872,ilen, 0),18615.4541016*ipitch - ao[1185] oscil linseg(0.144348676322,0.143337066069*p3,0.163917436086),5943.1640625*ipitch - ao[1186] oscil linseg(0.150133605292,ilen, 0),2400.95214844*ipitch - ao[1187] oscil linseg(0.0654105812215,0.143337066069*p3,0.158587853213,0.28555431131*p3,0.0770396163439),10174.4384766*ipitch - ao[1188] oscil linseg(0.174125478846,0.143337066069*p3,0.0683181942384),10475.9033203*ipitch - ao[1189] oscil linseg(0.21226093506,0.143337066069*p3,0.101238636762),7558.15429688*ipitch - ao[1190] oscil linseg(0.1417007362,ilen, 0),6427.66113281*ipitch - ao[1191] oscil linseg(0.0733217080847,ilen, 0),1894.921875*ipitch - ao[1192] oscil linseg(0.261429279939,0.143337066069*p3,0.0639099575477),10099.0722656*ipitch - ao[1193] oscil linseg(0.712254410272,0.143337066069*p3,0.0748015966809),8031.88476562*ipitch - ao[1194] oscil linseg(0.224871565181,0.143337066069*p3,0.0669595724708),10626.6357422*ipitch - ao[1195] oscil linseg(0.0639127083264,ilen, 0),21780.8349609*ipitch - ao[1196] oscil linseg(0.0930904617704,ilen, 0),21587.0361328*ipitch - ao[1197] oscil linseg(0.328207665504,0.143337066069*p3,0.0790864227182,0.28555431131*p3,0.15814174608,0.28555431131*p3,0.0732346414063),6955.22460938*ipitch - ao[1198] oscil linseg(0.163056367895,ilen, 0),2260.98632812*ipitch - ao[1199] oscil linseg(0.0674708354446,ilen, 0),11681.7626953*ipitch - ao[1200] oscil linseg(0.202731736349,ilen, 0),7956.51855469*ipitch - ao[1201] oscil linseg(0.242014535615,ilen, 0),5792.43164062*ipitch - ao[1202] oscil linseg(0.0702301567255,ilen, 0),4726.53808594*ipitch - ao[1203] oscil linseg(0.102576793996,0.143337066069*p3,0.0695763584257),14158.0810547*ipitch - ao[1204] oscil linseg(0.172825393979,0.143337066069*p3,0.0635157568955),11821.7285156*ipitch - ao[1205] oscil linseg(0.206555419722,ilen, 0),9797.60742188*ipitch - ao[1206] oscil linseg(0.0734662192381,ilen, 0),2002.58789062*ipitch - ao[1207] oscil linseg(0.0864156360037,ilen, 0),15999.1699219*ipitch - ao[1208] oscil linseg(0.365394384754,0.143337066069*p3,0.0993011125175),14050.4150391*ipitch - ao[1209] oscil linseg(0.223092052178,0.143337066069*p3,0.242861171718,0.28555431131*p3,0.0858611504553),9722.24121094*ipitch - ao[1210] oscil linseg(0.0719718834734,ilen, 0),13792.0166016*ipitch - ao[1211] oscil linseg(0.14562218863,0.143337066069*p3,0.0880545851393),19595.2148438*ipitch - ao[1212] oscil linseg(0.133046725244,ilen, 0),13975.0488281*ipitch - ao[1213] oscil linseg(0.229472923926,0.143337066069*p3,0.193135204654),5781.66503906*ipitch - ao[1214] oscil linseg(0.126752399933,ilen, 0),9646.875*ipitch - ao[1215] oscil linseg(0.176549075194,ilen, 0),18141.7236328*ipitch - ao[1216] oscil linseg(0.113227552113,ilen, 0),9334.64355469*ipitch - ao[1217] oscil linseg(0.0933969384953,ilen, 0),5124.90234375*ipitch - ao[1218] oscil linseg(0.186891806246,ilen, 0),9571.50878906*ipitch - ao[1219] oscil linseg(0.0893304587422,ilen, 0),2465.55175781*ipitch - ao[1220] oscil linseg(0.224235725771,0.143337066069*p3,0.0831486380521),7730.41992188*ipitch - ao[1221] oscil linseg(0.186651052148,ilen, 0),1012.06054688*ipitch - ao[1222] oscil linseg(0.0731924903224,ilen, 0),21307.1044922*ipitch - ao[1223] oscil linseg(0.0855802976869,ilen, 0),6836.79199219*ipitch - ao[1224] oscil linseg(0.159874113534,0.143337066069*p3,0.0716576643517),2110.25390625*ipitch - ao[1225] oscil linseg(0.165155799613,0.143337066069*p3,0.0855167189734,0.28555431131*p3,0.0720950718007),11444.8974609*ipitch - ao[1226] oscil linseg(0.142785008011,0.143337066069*p3,0.111338857168),7655.05371094*ipitch - ao[1227] oscil linseg(0.0988057596042,ilen, 0),5490.96679688*ipitch - ao[1228] oscil linseg(0.137977962005,ilen, 0),16096.0693359*ipitch - ao[1229] oscil linseg(0.0997378164051,ilen, 0),15288.5742188*ipitch - ao[1230] oscil linseg(0.176845041888,ilen, 0),12500.0244141*ipitch - ao[1231] oscil linseg(0.0790934540196,ilen, 0),13522.8515625*ipitch - ao[1232] oscil linseg(0.383414607237,0.143337066069*p3,0.193784187835,0.28555431131*p3,0.0718531338848),9194.67773438*ipitch - ao[1233] oscil linseg(0.133277813404,0.143337066069*p3,0.0631605834104),13027.5878906*ipitch - ao[1234] oscil linseg(0.0792885106909,ilen, 0),7579.6875*ipitch - ao[1235] oscil linseg(0.068516907901,ilen, 0),6847.55859375*ipitch - ao[1236] oscil linseg(0.149240317958,ilen, 0),13555.1513672*ipitch - ao[1237] oscil linseg(0.0813198894976,0.143337066069*p3,0.102603582505),18744.6533203*ipitch - ao[1238] oscil linseg(0.0827388824065,ilen, 0),3520.67871094*ipitch - ao[1239] oscil linseg(0.142776519298,0.143337066069*p3,0.081824970466),9043.9453125*ipitch - ao[1240] oscil linseg(0.338982930383,0.143337066069*p3,0.226738136368),7504.32128906*ipitch - ao[1241] oscil linseg(0.255613033579,0.143337066069*p3,0.205309285134),9097.77832031*ipitch - ao[1242] oscil linseg(0.0696006905873,ilen, 0),18723.1201172*ipitch - ao[1243] oscil linseg(0.102783536631,0.143337066069*p3,0.138240443939),6190.79589844*ipitch - ao[1244] oscil linseg(0.0816925913084,ilen, 0),19821.3134766*ipitch - ao[1245] oscil linseg(0.13890589968,ilen, 0),8257.98339844*ipitch - ao[1246] oscil linseg(0.116121188947,ilen, 0),1744.18945312*ipitch - ao[1247] oscil linseg(0.344992794415,ilen, 0),8893.21289062*ipitch - ao[1248] oscil linseg(0.548055572272,0.143337066069*p3,0.070380874866,0.28555431131*p3,0.0782641609358),7428.95507812*ipitch - ao[1249] oscil linseg(0.125586530188,ilen, 0),667.529296875*ipitch - ao[1250] oscil linseg(0.0756210466875,ilen, 0),2906.98242188*ipitch - ao[1251] oscil linseg(0.401813025054,ilen, 0),8742.48046875*ipitch - ao[1252] oscil linseg(0.147421322722,0.143337066069*p3,0.0630825746951),7353.58886719*ipitch - ao[1253] oscil linseg(0.136331640301,ilen, 0),4489.67285156*ipitch - ao[1254] oscil linseg(0.138781394207,ilen, 0),12995.2880859*ipitch - ao[1255] oscil linseg(0.195900841489,ilen, 0),8667.11425781*ipitch - ao[1256] oscil linseg(0.106382286175,ilen, 0),12263.1591797*ipitch - ao[1257] oscil linseg(0.0817728219509,0.143337066069*p3,0.0710947554712),19347.5830078*ipitch - ao[1258] oscil linseg(0.0718316413118,ilen, 0),3197.68066406*ipitch - ao[1259] oscil linseg(0.14942094541,0.143337066069*p3,0.163560078715),7278.22265625*ipitch - ao[1260] oscil linseg(0.115469798082,0.143337066069*p3,0.069952819283),12844.5556641*ipitch - ao[1261] oscil linseg(0.246302291467,0.143337066069*p3,0.177450981566),4048.2421875*ipitch - ao[1262] oscil linseg(0.0682512327713,ilen, 0),18927.6855469*ipitch - ao[1263] oscil linseg(0.080085392767,ilen, 0),5544.79980469*ipitch - ao[1264] oscil linseg(0.0965876522639,ilen, 0),12769.1894531*ipitch - ao[1265] oscil linseg(0.0662928283042,ilen, 0),17194.2626953*ipitch - ao[1266] oscil linseg(0.241445166062,0.143337066069*p3,0.107454802776),8441.015625*ipitch - ao[1267] oscil linseg(0.0745074622904,0.143337066069*p3,0.0822329037578,0.28555431131*p3,0.0665898763346),7202.85644531*ipitch - ao[1268] oscil linseg(0.146840617092,ilen, 0),5038.76953125*ipitch - ao[1269] oscil linseg(0.0950264686554,0.143337066069*p3,0.132179499589),3725.24414062*ipitch - ao[1270] oscil linseg(0.147334408287,0.143337066069*p3,0.113408783865),3768.31054688*ipitch - ao[1271] oscil linseg(0.13161858661,ilen, 0),12618.4570312*ipitch - ao[1272] oscil linseg(0.286858672042,0.143337066069*p3,0.0759859158284),8290.28320312*ipitch - ao[1273] oscil linseg(0.190762433411,ilen, 0),7127.49023438*ipitch - ao[1274] oscil linseg(0.081071990475,ilen, 0),936.694335938*ipitch - ao[1275] oscil linseg(0.08820335289,ilen, 0),6599.92675781*ipitch - ao[1276] oscil linseg(0.288535108455,0.143337066069*p3,0.0906604783314),3972.87597656*ipitch - ao[1277] oscil linseg(0.102654218576,ilen, 0),14728.7109375*ipitch - ao[1278] oscil linseg(0.130181326056,ilen, 0),10971.1669922*ipitch - ao[1279] oscil linseg(0.0909632924237,ilen, 0),12467.7246094*ipitch - ao[1280] oscil linseg(0.135310402551,0.143337066069*p3,0.130142335208),4371.24023438*ipitch - ao[1281] oscil linseg(0.0849510859165,0.143337066069*p3,0.0725459301642),18400.1220703*ipitch - ao[1282] oscil linseg(0.128399463137,ilen, 0),656.762695312*ipitch - ao[1283] oscil linseg(0.112247978822,ilen, 0),12026.2939453*ipitch - ao[1284] oscil linseg(0.0901652419336,ilen, 0),21360.9375*ipitch - ao[1285] oscil linseg(0.0963168851806,ilen, 0),4898.80371094*ipitch - ao[1286] oscil linseg(0.0866020504639,ilen, 0),17043.5302734*ipitch - ao[1287] oscil linseg(0.351612160304,0.143337066069*p3,0.167696222936),6976.7578125*ipitch - ao[1288] oscil linseg(0.0774634385496,ilen, 0),1625.75683594*ipitch - ao[1289] oscil linseg(0.211973441224,0.143337066069*p3,0.149468801888),3897.50976562*ipitch - ao[1290] oscil linseg(0.0873502111017,ilen, 0),21059.4726562*ipitch - ao[1291] oscil linseg(0.0632378862296,ilen, 0),1356.59179688*ipitch - ao[1292] oscil linseg(0.0873999211416,ilen, 0),17032.7636719*ipitch - ao[1293] oscil linseg(0.173849275655,0.143337066069*p3,0.148547506021),8624.04785156*ipitch - ao[1294] oscil linseg(0.258464714057,0.143337066069*p3,0.10055652553,0.28555431131*p3,0.0935205452634),6901.39160156*ipitch - ao[1295] oscil linseg(0.156848008305,0.143337066069*p3,0.115933154301),5953.93066406*ipitch - ao[1296] oscil linseg(0.0664582991068,0.143337066069*p3,0.0809684369113),20758.0078125*ipitch - ao[1297] oscil linseg(0.102886932256,ilen, 0),9679.17480469*ipitch - ao[1298] oscil linseg(0.149376076685,ilen, 0),1593.45703125*ipitch - ao[1299] oscil linseg(0.442819062456,ilen, 0),10841.9677734*ipitch - ao[1300] oscil linseg(0.145553187464,ilen, 0),6826.02539062*ipitch - ao[1301] oscil linseg(0.328696309761,0.143337066069*p3,0.242985331134,0.28555431131*p3,0.118777298289),3929.80957031*ipitch - ao[1302] oscil linseg(0.530808019167,0.143337066069*p3,0.112261952939,0.28555431131*p3,0.111182440571),3822.14355469*ipitch - ao[1303] oscil linseg(0.0984803765786,ilen, 0),13318.2861328*ipitch - ao[1304] oscil linseg(0.0984469561626,0.143337066069*p3,0.0839028811279),10734.3017578*ipitch - ao[1305] oscil linseg(0.124435471333,ilen, 0),16192.96875*ipitch - ao[1306] oscil linseg(0.114864012476,ilen, 0),11864.7949219*ipitch - ao[1307] oscil linseg(0.0682086753936,0.143337066069*p3,0.0712622994055),4252.80761719*ipitch - ao[1308] oscil linseg(0.326207054733,0.143337066069*p3,0.129844719447),1033.59375*ipitch - ao[1309] oscil linseg(0.0729131088427,ilen, 0),16117.6025391*ipitch - ao[1310] oscil linseg(0.164764124612,ilen, 0),12683.0566406*ipitch - ao[1311] oscil linseg(0.213065020484,ilen, 0),2702.41699219*ipitch - ao[1312] oscil linseg(0.0906982861633,ilen, 0),3079.24804688*ipitch - ao[1313] oscil linseg(0.0776318383168,ilen, 0),11714.0625*ipitch - ao[1314] oscil linseg(0.101639251567,ilen, 0),14524.1455078*ipitch - ao[1315] oscil linseg(0.0904548100238,ilen, 0),17689.5263672*ipitch - ao[1316] oscil linseg(0.13780083457,0.143337066069*p3,0.137887577854),6675.29296875*ipitch - ao[1317] oscil linseg(0.0683835670509,ilen, 0),19928.9794922*ipitch - ao[1318] oscil linseg(0.103464012465,0.143337066069*p3,0.0847022556555,0.28555431131*p3,0.076809265188),3746.77734375*ipitch - ao[1319] oscil linseg(0.0914930986405,ilen, 0),5307.93457031*ipitch - ao[1320] oscil linseg(0.0898935152395,0.143337066069*p3,0.0874055801292),13899.6826172*ipitch - ao[1321] oscil linseg(0.0707707273812,ilen, 0),3606.81152344*ipitch - ao[1322] oscil linseg(0.129436897315,ilen, 0),19552.1484375*ipitch - ao[1323] oscil linseg(0.184377220656,ilen, 0),18152.4902344*ipitch - ao[1324] oscil linseg(0.083784998919,ilen, 0),9442.30957031*ipitch - ao[1325] oscil linseg(0.150555394956,ilen, 0),11412.5976562*ipitch - ao[1326] oscil linseg(0.268713117941,ilen, 0),1518.09082031*ipitch - ao[1327] oscil linseg(0.144580059749,ilen, 0),6363.06152344*ipitch - aout = sumarray(ao) - out aout*p5 -endin - -#end diff --git a/BUG3/instruments.udo b/BUG3/instruments.udo index ea7d694..195e3eb 100644 --- a/BUG3/instruments.udo +++ b/BUG3/instruments.udo @@ -146,7 +146,9 @@ instr chord2 a1 fmbell 0.2*iamp, cpsmidinn(inote+12), 1, 3, 0.05, 10, gifnSine, gifnSquare, gifnSine, gifnSquare, gifnSine a1 butterhp a1, 700 kenv linseg 0, p3*0.5, 1, p3*0.4, 1, p3*0.1, 0 - aL, aR ensembleChorus a1*10*kenv, .07, .003, .75, 1, 12, gifnSine + aL, aR ensembleChorus a1*9*kenv, .07, .003, .75, 1, 12, gifnSine + aL pareq aL, 1000, 0.4, 0.6 + aR pareq aR, 1000, 0.4, 0.6 bus_mix("reverb", aL*0.2, aR*0.2) aL *= 1-gkpump aR *= 1-gkpump diff --git a/BUG3/source.txt b/BUG3/source.txt deleted file mode 100644 index bebe5ab..0000000 --- a/BUG3/source.txt +++ /dev/null @@ -1,159 +0,0 @@ -; bug infested directive format -v 1.0 - -; tempo -b 125 - -; chord groups -c 1 - 8, 62, 65, 69, 72 - 8, 61, 65, 68, 72, 67 - -; 8, 40, 43, 47, 49, 54 -; 8, 37, 43, 45, 49, 50 -; 8, 40, 43, 47, 49, 50 -; 8, 47, 50, 54, 56, 57 - -c 2 - 8, 62, 65, 69, 72 - 8, 61, 65, 68, 72, 67 - 8, 61, 64, 68, 71 - 8, 65, 69, 72, 76, 71 - - -; sections: section number, length, chordgroup -s 1, 32, 1 -s 2, 32, 1 -s 3, 64, 1 -s 4, 64, 1 - - -; patterns: trig , dur, amp, chance - -i hat909, 1 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 0, 1, 1, 0, 0, 1, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 0, 1, 0 - 0, 0,.1, 0, 0, 0,.1, 0, 0, 0,.1,.1,.3, 0,.2,.1, 0, 0,.1, 0, 0, 0,.1, 0,.4, 0,.1, 0, 0, 0,.1, 0 - 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1,.5,.4, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0,.4, 0, 1, 0, 0, 0, 1, 0 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 -i hat909, 2, 1 -i hat909, 3, 1 -i hat909, 4, 1 - - -i mel1, 1, -1 -i mel1, 2 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0 - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,.3, 0, 0 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 -i mel1, 3 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 1, 1, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 1, 0, 1, 0 - 0, 0, 0,.1, 0, 0,.3, 0, 0, 0, 0,.1,.3, 0,.5,.1, 0, 0, 0,.2, 0, 0,.4, 0,.4, 0, 0, 0,.6, 0,.1, 0 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.1, 1, 1,.1, 1, 1, 1,.9, 1, 1,.7, 1,.2, 1, 1, 1,.5, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 -i mel1, 4, -1 - - -i hat909c, 1, -1 -i hat909c, 2 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 1, 1, 0, 1, 1, 1, 0, 1, 1, 1, 0, 1, 1, 1, 0, 1, 1, 1, 0, 1, 1, 1, 0, 1, 1, 1, 0, 1, 1, 1, 0, 1 - .02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - .6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6,.6 -i hat909c, 3 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - .02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02,.02 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - .8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8,.8 -i hat909c, 4, -1 - - - -; clap trig , dur, amp, chance, lowpasson -i clap909, 1 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0 - 0, 0, 0, 0,.1, 0, 0, 0, 0, 0, 0, 0,.1, 0, 0,.1, 0,.1, 0, 0,.1, 0, 0, 0, 0, 0, 0, 0,.1, 0, 0, 0 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.7, 1,.6, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 -i clap909, 2, 1 -i clap909, 3, 1 -i clap909, 4, 1 - - -i rim, 1, -1 -i rim, 2 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1 - 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.6, 1, 1, 1, 1, 1, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.6, 1,.4, 1, 1, 1, 1, 1, 1, 1, 1 -i rim, 3, 2 -i rim, 4, 2 - - - -i kick, 1 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 1, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1 - .4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.4,.3,.3 - 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0,.6,.6 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.6,.2 -i kick, 2, 1 -i kick, 3, 1 -i kick, 4, 1 - - - -i bass, 1, -1 -i bass, 2 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 0, 0, 1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 1, 1 - .1,.1,.3,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.1,.2,.1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.5, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,.5, 1,.6,.5,.7 -i bass, 3, 2 -i bass, 4, 2 - - - -i chord1, 1, -1 -i chord1, 2, -1 -i chord1, 3, -1 -i chord1, 4 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 - 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - - - -i chord2, 1, -1 -i chord2, 2, -1 -i chord2, 3 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 4, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 -i chord2, 4, 3 - - -i chord3, 1, -1 -i chord3, 2, -1 -i chord3, 3 -; 1 - - - 2 - - - 3 - - - 4 - - - 5 - - - 6 - - - 7 - - - 8 - - - - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0 - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,.2, 0, 0,.1, 0, 0,.2, 0, 0, 0, 0, 0, 0, 0, 0, 0 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 - 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 -i chord3, 4, -1 \ No newline at end of file diff --git a/BUG3/text_tools.udo b/BUG3/text_tools.udo deleted file mode 100644 index 63cc2a8..0000000 --- a/BUG3/text_tools.udo +++ /dev/null @@ -1,185 +0,0 @@ -#ifndef UDO_TEXTTOOLS -#define UDO_TEXTTOOLS ## - -opcode notify, 0, S - Stext xin - Snew = "\n" - iwidth = 60 - index = 0 - while (index < iwidth) do - Snew = strcat(Snew, "*"); - index += 1 - od - prints strcat(strcat(Snew, "\n"), strcat(Stext, "\n\n")) -endop - - -#ifndef BUG_VERSION -#define BUG_VERSION #-1# - notify("No BUG_VERSION specified: must match directive file") - exitnow -#end - -opcode gettextindex, i, S - Sname xin - ifinalindex = -1 - index = 0 - while (index < lenarray(gSequenced)) do - if (strcmp(gSequenced[index], Sname) == 0) then - ifinalindex = index - igoto complete - endif - index += 1 - od - -complete: - xout ifinalindex -endop - - -opcode stripnewline, S, S - Sline xin - index = strindex(Sline, "\n") - if (index != -1) then - Sline = strsub(Sline, 0, index) - endif - xout Sline -endop - -opcode parserowitems, i, Siii - Sline, ix1, ix2, imode xin ; mode 0 = count, 1 = write sections, 2 = write chords - inum = 0 - while (strlen(Sline) > 0) do - icomma = strindex(Sline, ",") - Stemp = strsub(Sline, 0, icomma) - icomma = (icomma == -1) ? 0 : icomma - Sline = strsub(Sline, icomma + 1) - if (imode == 1) then - tabw_i strtod(Stemp), inum, gisectiondata[ix1][ix2] - elseif (imode == 2) then - tabw_i strtod(Stemp), inum, gichordgroups[ix1][ix2] - endif - inum += 1 - od - xout inum -endop - - - - -opcode getparameter, i, iii - ipos, idataindex, iparameter xin - xout tab_i(ipos, gisectiondata[idataindex][iparameter]) -endop - -/* -opcode getparameter, i, iiii - isection, instrindex, iparameter, ipos xin - isectiondataindex = gisections[isection][instrindex] - ifn = gisectiondata[isectiondataindex][iparameter] - xout tab_i(ipos, ifn) -endop -*/ -opcode getparameterfn, i, iii - isection, instrindex, iparameter xin - isectiondataindex = gisections[isection][instrindex] - xout gisectiondata[isectiondataindex][iparameter] -endop - -opcode getparameterfns, i[], ii - isection, instrindex xin - isectiondataindex = gisections[isection][instrindex] - xout getrow(gisectiondata, isectiondataindex) -endop - -opcode parserow, 0, Siii - Sline, ix1, ix2, imode xin ; mode 1 = section patterns , 2 = chords - isize = parserowitems(Sline, ix1, ix2, 0) - if (imode == 1) then - gisectiondata[ix1][ix2] ftgen 0, 0, -isize, -7, 0 - elseif (imode == 2) then - gichordgroups[ix1][ix2] ftgen 0, 0, -isize, -7, 0 - endif - isize = parserowitems(Sline, ix1, ix2, imode) -endop - - - -opcode parsetext, 0, S - Sfile xin - iparameter = -1 - isection = -1 - ichordnum = -1 - isectiondataindex = -1 - imode = -1 -read: - Sline, ilinenum readfi Sfile - Sline = stripnewline(Sline) - if (strlen(Sline) > 0) then - Sfirstchar = strsub(Sline, 0, 1) - if (strcmp(Sfirstchar, ";") == 0) then ; comment - ; no action - elseif (strcmp(Sfirstchar, "v") == 0) then ; version - imode = 0 - iversion = strtod(strsub(Sline, 2)) - if (iversion != $BUG_VERSION) then - notify(sprintf("Incompatible directive file version: got %.2f , expected %.2f", iversion, $BUG_VERSION)) - exitnow - endif - elseif (strcmp(Sfirstchar, "s") == 0) then ; section - imode = 1 - icomma = strindex(Sline, ",") - isectionnum = strtod(strsub(Sline, 2, icomma)) - Sub = strsub(Sline, icomma+1) - icomma = strindex(Sub, ",") - isectionlength = strtod(strsub(Sub, 0, icomma)) - ichordgroup = strtod(strsub(Sub, icomma+1)) - gisectionchords[isectionnum] = ichordgroup - tabw_i isectionlength, isectionnum, gisectionlengths - - elseif (strcmp(Sfirstchar, "b") == 0) then ; bpm - imode = -1 - gitempo = strtod(strsub(Sline, 2)) - - elseif (strcmp(Sfirstchar, "c") == 0) then ; chord group - imode = 3 - ichordgroup = strtod(strsub(Sline, 2)) - ichordnum = 0 - - elseif (strcmp(Sfirstchar, "i") == 0) then ; pattern - imode = 4 - iparameter = 0 - - icomma = strindex(Sline, ",") - instrindex = gettextindex(strsub(Sline, 2, icomma)) - Sub = strsub(Sline, icomma+1) - icomma2 = strindex(Sub, ",") - isection = strtod(strsub(Sub, 0, icomma2)) - if (icomma2 != -1) then ; repeat or null section - irepeatsection = strtod(strsub(Sub, icomma2+1)) - if (irepeatsection == -1) then - inewsection = -1 - else - inewsection = gisections[irepeatsection][instrindex] - endif - gisections[isection][instrindex] = inewsection - else - isectiondataindex += 1 - gisections[isection][instrindex] = isectiondataindex - endif - elseif (imode == 3) then ; chords - parserow(Sline, ichordgroup, ichordnum, 2) - ichordnum += 1 - - elseif (imode == 4) then - parserow(Sline, isectiondataindex, iparameter, 1) - iparameter += 1 - endif - endif - if (ilinenum != -1) igoto read -endop - - - -#end - -- cgit v1.2.3