Partikkel ;gimidi ftgen 101, 0, 16, -2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 giloop init 0 ; samples gisample1 ftgen 0, 0, 0, 1, "<file_1>", 0, 0, <chan_1> gisample2 ftgen 0, 0, 0, 1, "<file_2>", 0, 0, <chan_2> gisample3 ftgen 0, 0, 0, 1, "<file_3>", 0, 0, <chan_3> gisample4 ftgen 0, 0, 0, 1, "<file_4>", 0, 0, <chan_4> gisample5 ftgen 0, 0, 0, 1, "<file_5>", 0, 0, <chan_5> gisample6 ftgen 0, 0, 0, 1, "<file_6>", 0, 0, <chan_6> gisample7 ftgen 0, 0, 0, 1, "<file_7>", 0, 0, <chan_7> gisample8 ftgen 0, 0, 0, 1, "<file_8>", 0, 0, <chan_8> giAudioTableMap ftgen 0, 0, 16, -2,gisample1, gisample2, gisample3, gisample4,gisample5, gisample6, gisample7, gisample8 ; map of table numbers for named tables containing audio waveform giSine ftgen 0, 0, 65537, 10, 1 giSquare ftgen 0, 0, 4097, 7, 1, 2048, 1, 0, -1, 2048, -1, giSaw ftgen 0, 0, 8193, 7, 1, 8291, -1 giSine ftgen 0, 0, 65537, 10, 1 giTri ftgen 0, 0, 8193, 7, 0, 2048, 1, 4096, -1, 2048, 0 giCosine ftgen 0, 0, 8193, 9, 1, 1, 90 ; masking tables giChnMask ftgen 0, 0, 512, -7, 0,1,509*(1-<loop>), 1, <masks_ChannelMask> giGainMask ftgen 0, 0, 512, -7, 0,1,509,1, <masks_giGainMask> giSine ftgen 0, 0, 65537, 10, 1 giSigmoRise ftgen 0, 0, 8193, 19, 0.5, 1, 270, 1 ; rising sigmoid giSigmoFall ftgen 0, 0, 8193, 19, 0.5, 1, 90, 1 ; falling sigmoid giExpRise_ ftgen 0, 0, 8193, 5, 0.001, 8192, 1 ; rising exponential giExpFall_ ftgen 0, 0, 8193, 5, 1, 8192, 0.001 ; falling exponential giLinRise ftgen 0, 0, 8193, 7, 0, 8192, 1 ; rising linear giLinFall ftgen 0, 0, 8193, 7, 1, 8192, 0 ; falling linear ; rewriting of exponentials, to cover full range 0.0 to 1.0 giExpRise ftgen 0, 0, 8193, 24, giExpRise_, 0.0, 1.0 giExpFall ftgen 0, 0, 8193, 24, giExpFall_, 0.0, 1.0 giChnMaskOrig ftgen 0, 0, 8, -2, 0, 0, 0, 1, 2, 3, 2.5, 1.5, 0.5, 3 ; a manually typed copy of giChnMask giWavAmps ftgen 0, 0, 32, -2, 0, 0, 1,0,0,0,0 0,1,0,0,0, 1,1,0,0,0 ; gain per wave per grain giWavfreqStart ftgen 0, 0, 8, -2, 0, 0, 1,2,3,4 ; start freq scalers giWavfreqEnd ftgen 0, 0, 8, -2, 0, 0, 1,0.5,5 ; end freq scalers giFmAmps ftgen 0, 0, 8, -2, 0, 0, 0,0.25,0.5,1 ; fm index scalers giProbDist ftgen 0, 0, 1024, 7, 1, 1024, 0 ; probability distribution for random grain masking ;giProbDist ftgen 0, 0, 16, 16, 1, 16, -10, 0 ; probability distribution for random grain masking ;giProbDist ftgen 0, 0, 1024, 21, 4, 1 ; probability distribution for random grain masking i<INSTR_ID> 0 <length> ; partikkel ;*********** ftload "midinit", 1, 10001 ires1 tablei 0, 10001 ires2 tablei 1, 10001 ires3 tablei 2, 10001 ires4 tablei 3, 10001 ires5 tablei 4, 10001 ires6 tablei 5, 10001 ires7 tablei 6, 10001 ires8 tablei 7, 10001 ires9 tablei 8, 10001 ires10 tablei 9, 10001 ires11 tablei 10, 10001 ires12 tablei 11, 10001 ires13 tablei 12, 10001 ires14 tablei 13, 10001 ctrlinit 1, 1, ires1 ctrlinit 1, 2, ires2 ctrlinit 1, 3, ires3 ctrlinit 1, 4, ires4 ctrlinit 1, 5, ires5 ctrlinit 1, 6, ires6 ctrlinit 1, 7, ires7 ctrlinit 1, 8, ires8 ctrlinit 1, 9, ires9 ctrlinit 1, 10, ires10 ctrlinit 1, 11, ires11 ctrlinit 1, 12, ires12 ctrlinit 1, 13, ires13 ctrlinit 1, 14, ires14 ;OUTPUT OPCODE CHANNEL | CTRLNUMBER | MINIMUM | MAXIMUM k1 ctrl7 1, 1, <min1>, <max1> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k2 ctrl7 1, 2, <min2>, <max2> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k3 ctrl7 1, 3, <min3>, <max3> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k4 ctrl7 1, 4, <min4>, <max4> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k5 ctrl7 1, 5, <min5>, <max5> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k6 ctrl7 1, 6, <min6>, <max6> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k7 ctrl7 1, 7, <min7>, <max7> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k8 ctrl7 1, 8, <min8>, <max8> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k9 ctrl7 1, 9, <min9>, <max9> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k10 ctrl7 1, 10, <min10>, <max10> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k11 ctrl7 1, 11, <min11>, <max11> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k12 ctrl7 1, 12, <min12>, <max12> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k13 ctrl7 1, 13, <min13>, <max13> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k14 ctrl7 1, 14, <min14>, <max14> ;READ CONTROLLER INFORMATION FROM CONTINUOUS k11 chanctrl 1, 1 k22 chanctrl 1, 2 k33 chanctrl 1, 3 k44 chanctrl 1, 4 k55 chanctrl 1, 5 k66 chanctrl 1, 6 k77 chanctrl 1, 7 k88 chanctrl 1, 8 k99 chanctrl 1, 9 k100 chanctrl 1, 10 k110 chanctrl 1, 11 k120 chanctrl 1, 12 k130 chanctrl 1, 13 k140 chanctrl 1, 14 ktrig changed k11, k22, k33, k44, k55, k66, k77, k88, k99, k100, k110, k120, k130, k140 tablew k11,0, 10001 tablew k22,1, 10001 tablew k33,2, 10001 tablew k44,3, 10001 tablew k55,4, 10001 tablew k66,5, 10001 tablew k77,6, 10001 tablew k88,7, 10001 tablew k99,8, 10001 tablew k100,9, 10001 tablew k110,10, 10001 tablew k120,11, 10001 tablew k130,12, 10001 tablew k140,13, 10001 ftsavek "midinit", ktrig, 1, 10001 ;send ctrl7 data to chnl buss chnset k1, "<name1>" chnset k2, "<name2>" chnset k3, "<name3>" chnset k4, "<name4>" chnset k5, "<name5>" chnset k6, "<name6>" chnset k7, "<name7>" chnset k8, "<name8>" chnset k9, "<name9>" chnset k10, "<name10>" chnset k11, "<name11>" chnset k12, "<name12>" chnset k13, "<name13>" chnset k14, "<name14>" ;get buss data kamp1 chnget "GrAmp" kgrainfreq1 chnget "GrFreq" kgffmfq1 chnget "GfFmFqRat" kgffmindx1 chnget "GfFmIndx" kdistribution1 chnget "GrDist" kwavTransp1 chnget "GrTransp" kwavFqCenter1 chnget "FqCenter" ksweepshape1 chnget "SweepShap" ksustain_amount1 chnget "GrShape" ka_d_ratio1 chnget "GrAttack" kGrainDur1 chnget "GrDur" kfmfq1 chnget "FmFreq" kfmindx1 chnget "FmIndex" knFmIndx1 chnget "nFmIndx" knFmDist1 chnget "nFmDist" knFmFreq1 chnget "nFmFreq" ksamplepos1 chnget "TimePos" kTimeLfoFreq1 chnget "timLfoFq" kTimeLfoAmt1 chnget "timLfoAm" kJoyX1 chnget "JoyX" kJoyY1 chnget "JoyY" kTrainCps1 chnget "TrnCps" ktrainamp1 chnget "TrnAmp" knumpartials1 chnget "TrnPart" kchroma1 chnget "TrnChrom" kpaner1 chnget "paner" kbuffer11 chnget "buffer1" kbuffer21 chnget "buffer2" kbuffer31 chnget "buffer3" kbuffer41 chnget "buffer4" ;set BSB variable kamp2 = <GrAmp> kgrainfreq2 = <GrFreq> kgffmfq2 = <GfFmFqRat> kgffmindx2 = <GfFmIndx> kdistribution2 = <GrDist> kwavTransp2 = <GrTransp> kwavFqCenter2 = <FqCenter> ksweepshape2 = <SweepShap> ksustain_amount2 = <GrShape> ka_d_ratio2 = <GrAttack> kGrainDur2 = <GrDur> kfmfq2 = <FmFreq> kfmindx2 = <FmIndex> knFmIndx2 = <nFmIndx> knFmDist2 = <nFmDist> knFmFreq2 = <nFmFreq> ksamplepos2 = <TimePos> kTimeLfoFreq2 = <timLfoFq> kTimeLfoAmt2 = <timLfoAm> kJoyX2 = <JoyX> kJoyY2 = <JoyY> kTrainCps2 = <TrnCps> ktrainamp2 = <TrnAmp> knumpartials2 = <TrnPart> kchroma2 = <TrnChrom> kpaner2 = <paner> kbuffer12 = <buf1> kbuffer22 = <buf2> kbuffer32 = <buf3> kbuffer42 = <buf4> ;choose control mode kamp <m1> kgrainfreq <m2> kgffmfq <m7> kgffmindx <m8> kdistribution <m3> kwavTransp <m4> kwavFqCenter <m5> ksweepshape <m6> ksustain_amount <m12> ka_d_ratio <m13> kGrainDur <m14> kfmfq <m18> kfmindx <m19> knFmIndx <m15> knFmDist <m16> knFmFreq <m17> ksamplepos <m10> kTimeLfoFreq <m9> kTimeLfoAmt <m11> kJoyX <m24> kJoyY <m25> kTrainCps <m21> ktrainamp <m22> knumpartials <m23> kchroma <m20> kpan <m26> kbuffer1 <m27> kbuffer2 <m28> kbuffer3 <m29> kbuffer4 <m30> ;for recoding automation <dum_kamp1> <dum_kgrainfreq1> <dum_kgffmfq1> <dum_kgffmindx1> <dum_kdistribution1> <dum_kwavTransp1> <dum_kwavFqCenter1> <dum_ksweepshape1> <dum_ksustain_amount1> <dum_ka_d_ratio1> <dum_kGrainDur1> <dum_kfmfq1> <dum_kfmindx1> <dum_knFmIndx1> <dum_knFmDist1> <dum_knFmFreq1> <dum_ksamplepos1> <dum_kTimeLfoFreq1> <dum_kTimeLfoAmt1> <dum_kJoyX1> <dum_kJoyY1> <dum_kTrainCps1> <dum_ktrainamp1> <dum_knumpartials1> <dum_kchroma1> <dum_kpaner1> <dum_buffer1> <dum_buffer2> <dum_buffer3> <dum_buffer4> ;Main Instrument giloop = 0 kres rand 1 , .5,0 , 1 kres = kres*<panrand> kpan = kpan*1-<panrand> kpan limit kpan, 0, 1 tablew kpan+kres, 2, giChnMask giloop = 509 ; basic parameters isample1 = gisample1 isamplelen1 = ftlen(isample1) iamp = 15000 kcpsSample1 = sr/isamplelen1 ;kamp = <GrAmp> ; grain amplitude ; grain freq and transpose ;kgrainfreq = <GrFreq> ;grain freq FM ;kgffmfq = <GfFmFqRat> kgffmfq = kgffmfq * kgrainfreq kgffmfq portk kgffmfq, 0.1 ;kgffmindx = <GfFmIndx> igffmwave = giSine agfwavfm oscil kgffmindx, kgffmfq, igffmwave ; audio input for frequency modulation of grain rate agrainfreq = kgrainfreq + (agfwavfm*kgrainfreq) kgrainfreqP downsamp agrainfreq idisttab = giProbDist ; random distribution for grain masking ;kdistribution = <GrDist> ; periodic or stochastic distribution of grains, 0 = periodic ;kwavTransp = <GrTransp> kwavfreq = kwavTransp ; grain wave frequency ;kwavFqCenter = <FqCenter> ; grain wave frequency gravity center (for sweeps) tablew kwavFqCenter, 2, giWavfreqEnd ; modify table containing end freq for sweeps ;ksweepshape = <SweepShap> ; frequency sweep duration (as fraction of grain duration) iwavfreqstarttab = giWavfreqStart iwavfreqendtab = giWavfreqEnd ; grain shape ienv_attack = giSigmoRise ; grain attack envelope table (must have extended guard point) ienv_decay = giSigmoFall ; grain decay envelope table (must have extended guard point) ;ksustain_amount = <GrShape> ; balance between enveloped time(attack+decay) and sustain level time, 0 = no time at sustain level ;ka_d_ratio = <GrAttack> ; balance between attack time and decay time, 0 = zero attack time and full decay time kenv2amt = 0.5 ; additional enveloping per grain (e.g. for fof synthesis) ienv2tab = giSigmoFall ;kGrainDur = <GrDur> ; grain duration, as multiple of grain frequency kduration = (kGrainDur*1000)/kgrainfreq ; grain dur in milliseconds ; frequency modulation parameters and oscil ;kfmfq = <FmFreq> ;kfmindx = <FmIndex> kfmindx = kfmindx * (kfmfq*0.0001) tablew kfmindx, 2, giFmAmps ifmwave = giSine awavfm oscil kfmindx, kfmfq, ifmwave ; audio input for frequency modulation inside grain awavFeed chnget "audioFeedback1" awavFeed = awavFeed * 10 kFMselect = (kfmfq < 1.0 ? 0 : 1) ; select oscillator or feedback modulation source, if frequency very low use feedback awavfm = (awavfm * kFMselect) + (awavFeed * (1-kFMselect)) ; noise FM ;knFmIndx = <nFmIndx> ;knFmDist = <nFmDist> ;knFmFreq = <nFmFreq> anoiseFM rnd31 knFmIndx, knFmDist anoiseFM butterlp anoiseFM, knFmFreq awavfm = awavfm + anoiseFM ifmamptab = giFmAmps ; fm index per grain kfmenv init giSigmoFall ; time ;ksamplepos = <TimePos> ; start position for reading grain waveform ;kTimeLfoFreq = <timLfoFq> ;kTimeLfoAmt = <timLfoAm> kTimeLfo oscil kTimeLfoAmt, kTimeLfoFreq, giTri asamplepos1 = ksamplepos + kTimeLfo asamplepos2 = ksamplepos + kTimeLfo asamplepos3 = ksamplepos + kTimeLfo asamplepos4 = ksamplepos + kTimeLfo imax_grains = 100 ; max number of grains per k-period ; trainlet parameters ;kJoyX = <JoyX> ;kJoyY = <JoyY> icosine = giCosine ; for trainlets ;kTrainCps = <TrnCps> ; set cps equal to grain freq, for trainlets or single cycle waves ;ktrainamp = <TrnAmp> ; trainlet amp ;knumpartials = <TrnPart> ; number of partials in trainlet ;kchroma = <TrnChrom> ; chroma, falloff of partial amplitude towards sr/2 iwaveamptab = giWavAmps ; amp per wave per grain kwgain1 limit sqrt((1-kJoyX)*kJoyY), 0, 1 kwgain2 limit sqrt(kJoyX*kJoyY), 0, 1 kwgain3 limit sqrt((1-kJoyY)*(1-kJoyX)), 0, 1 kwgain4 limit sqrt((1-kJoyY)*kJoyX), 0, 1 kwavegain1 = kwgain1 * (1-ktrainamp) ; gain (mix) for waveform 1, crossfade with trainlet tablew kwavegain1, 2, giWavAmps kwavegain2 = kwgain2 * (1-ktrainamp) ; gain (mix) for waveform 2 tablew kwavegain2, 3, giWavAmps kwavegain3 = kwgain3 * (1-ktrainamp) ; gain (mix) for waveform 3 tablew kwavegain3, 4, giWavAmps kwavegain4 = kwgain4 * (1-ktrainamp) ; gain (mix) for waveform 4 tablew kwavegain4, 5, giWavAmps tablew ktrainamp, 6, giWavAmps ; gain for trainlets async = 0 ; no sync input igainmasks = giGainMask ichannelmasks = giChnMask krandommask = 0 ; no random grain masking kwaveform1 tablei round(kbuffer1), giAudioTableMap kwaveform2 tablei round(kbuffer2), giAudioTableMap kwaveform3 tablei round(kbuffer3), giAudioTableMap kwaveform4 tablei round(kbuffer4), giAudioTableMap kwavekey1 = 1 ; original key for source waveform kwavekey2 = 1 ; kwavekey3 = 1 ; kwavekey4 = 1 ; a1, a2 partikkel kgrainfreq, kdistribution, idisttab, async, kenv2amt, ienv2tab, \ ienv_attack, ienv_decay, ksustain_amount, ka_d_ratio, kduration, kamp, igainmasks, \ kwavfreq, ksweepshape, iwavfreqstarttab, iwavfreqendtab, agfwavfm, \ ifmamptab, kfmenv, icosine, kTrainCps, knumpartials, \ kchroma, ichannelmasks, krandommask, kwaveform1, kwaveform2, kwaveform3, kwaveform4, \ iwaveamptab, asamplepos1, asamplepos2, asamplepos3, asamplepos4, \ kwavekey1, kwavekey2, kwavekey3, kwavekey4, imax_grains amono = a1+a2 chnset amono, "audioFeedback1" ; audi feedback for fm a1 = a1*iamp a2 = a2*iamp outs a1, a2 irec = <rec> if (irec == 1) igoto record igoto nul record: fout "<outfile>.aiff", 8, a1, a2 nul: masks 23 424 250 150 512.0 true Comma false false file_1 23 36 /Volumes/Peiman_Old_backup/Backupsounds/processed/bells_harmon_8th.aiff 100 file_2 23 66 /Volumes/Peiman_Old_backup/Backupsounds/processed/belpartials.out 1note_1.aif 100 file_3 23 96 /Volumes/Peiman_Old_backup/Backupsounds/newsounds_2006/china_impulses3.aiff 100 file_4 23 126 /Volumes/Peiman_Old_backup/Backupsounds/newsounds_2006/china_iter.aiff 100 chan_1 154 40 false 0.0 8.0 1.0 1.0 50 false chan_2 154 69 false 0.0 8.0 1.0 1.0 50 false chan_3 154 98 false 0.0 8.0 1.0 1.0 50 false chan_4 154 127 false 0.0 8.0 1.0 1.0 50 false 169 22 chnlToReal 37 20 F I L E S GrFreq 364 42 true 0.1 1500.0 1151.1123 60 true 374 120 GrFreq GrDist 428 42 true 0.0 1.0 1.0 60 true 435 120 GrDist 499 120 GrTransp GrTransp 497 42 true 0.0 2.0 0.8443089 60 true FqCenter 568 42 true 0.1 2.0 0.9274071 60 true 572 120 FqCenter SweepShap 641 42 true 0.0 1.0 0.047806628 60 true 639 120 SweepShap GfFmFqRat 712 42 true 0.0 1.0 0.26559094 60 true 712 120 GfFmFqRat 783 120 GfFmIndx GrAmp 277 39 true 0.0 1.0 0.1 0.90000004 203 false 281 273 GrAmp GrShape 576 163 true 0.0 1.0 0.49299398 60 true 583 240 GrShape 649 240 GrAttack GrAttack 645 163 true 0.0 1.0 0.52376354 60 true GrDur 715 163 true 0.1 5.0 5.0 60 true 725 240 GrDur FmFreq 570 288 true 0.1 1500.0 153.24228 60 true 578 361 FmFreq FmIndex 634 288 true 0.0 1.0 0.16902512 60 true 640 361 FmIndex nFmIndx 364 288 true 0.0 100.0 4.186035 60 true 370 361 nFmIndx nFmDist 435 288 true -1.0 1.0 -0.5422138 60 true 441 361 nFmDist 507 361 nFmFreq nFmFreq 498 288 true 0.1 20000.0 19439.879 60 true TimePos 429 163 true 0.0 1.0 0.09031159 60 true 438 240 TimePos timLfoFq 364 163 true 0.1 1000.0 41.206604 60 true 370 240 timLfoFq timLfoAm 492 163 true 0.0 1.0 0.0 60 true 497 240 timLfoAm TrnCps 434 414 true 0.0 1000.0 0.0 60 true 444 487 TrnCps 508 487 TrnAmp TrnAmp 504 414 true 0.0 1.0 0.0 60 true 575 487 TrnPart TrnPart 572 398 true 0.0 100.0 1.0 9.0 60 true TrnChrom 368 414 true 0.0 2.0 0.0 60 true 369 487 TrnChrom 515 21 T R A N S P O S I T I O N 646 148 S H A P E 491 272 ****_FM_**** 437 151 T I M E 409 399 T R A I N L E T GfFmIndx 779 42 true 0.0 1.0 0.26424843 60 true Joy 174 335 true 100 80 0.0 1.0 0.0 1.0 1.0 1.0 true 177 320 MIX 4 Samples m1 1144 3 midi =kamp1 BSB =kamp2 Auto readk "kamp", 6, 0 0 false m2 1144 25 midi = kgrainfreq1 BSB = kgrainfreq2 Auto readk "kgrainfreq", 6, 0 0 false m13 1144 267 midi = ka_d_ratio1 BSB = ka_d_ratio2 Auto readk "ka_d_ratio", 6, 0 1 false m14 1144 289 midi = kGrainDur1 BSB = kGrainDur2 Auto readk "kGrainDur", 6, 0 1 false m15 1144 311 midi = knFmIndx1 BSB = knFmIndx2 Auto readk "knFmIndx", 6, 0 1 false m21 1144 443 midi =kTrainCps1 BSB =kTrainCps2 Auto readk "kTrainCps", 6, 0 1 false m22 1144 465 midi =ktrainamp1 BSB =ktrainamp2 Auto readk "ktrainamp", 6, 0 1 false m23 1144 487 midi =knumpartials1 BSB =knumpartials2 Auto readk "knumpartials", 6, 0 1 false m24 1144 509 midi =kJoyX1 BSB =kJoyX2 Auto readk "kJoyX", 6, 0 0 false m25 1144 531 midi = kJoyY1 BSB = kJoyY2 Auto readk "kJoyY", 6, 0 0 false m3 1144 47 midi = kdistribution1 BSB = kdistribution2 Auto readk "kdistribution", 6, 0 0 false m4 1144 69 midi =kwavTransp1 BSB =kwavTransp2 Auto readk "kwavTransp", 6, 0 0 false m5 1144 91 midi = kwavFqCenter1 BSB = kwavFqCenter2 Auto readk "kwavFqCenter", 6, 0 1 false m6 1144 113 midi = ksweepshape1 BSB = ksweepshape2 Auto readk "ksweepshape", 6, 0 0 false m7 1144 135 midi = kgffmfq1 BSB = kgffmfq2 Auto readk "kgffmfq", 6, 0 1 false m16 1144 333 midi = knFmDist1 BSB = knFmDist2 Auto readk "knFmDist", 6, 0 1 false m17 1144 355 midi = knFmFreq1 BSB = knFmFreq2 Auto readk "knFmFreq", 6, 0 1 false m18 1144 377 midi = kfmfq1 BSB = kfmfq2 Auto readk "kfmfq", 6, 0 0 false m19 1144 399 midi = kfmindx1 BSB = kfmindx2 Auto readk "kfmindx", 6, 0 1 false m20 1144 421 midi = kchroma1 BSB = kchroma2 Auto readk "kchroma", 6, 0 1 false m8 1144 157 midi = kgffmindx1 BSB = kgffmindx2 Auto readk "kgffmindx", 6, 0 1 false m9 1144 179 midi = kTimeLfoFreq1 BSB = kTimeLfoFreq2 Auto readk "kTimeLfoFreq", 6, 0 1 false m10 1144 201 midi = ksamplepos1 BSB = ksamplepos2 Auto readk "ksamplepos", 6, 0 0 false m11 1144 223 midi = kTimeLfoAmt1 BSB = kTimeLfoAmt2 Auto readk "kTimeLfoAmt", 6, 0 1 false m12 1144 245 midi = ksustain_amount1 BSB = ksustain_amount2 Auto readk "ksustain_amount", 6, 0 1 false 1195 6 GrAmp 1195 29 GrFreq 1195 50 GrDist 1195 73 GrTransp 1195 96 FqCenter 1195 116 SweepShap 1195 140 GfFmFqRat 1195 161 GfFmIndx 1195 182 timLfoFq 1195 203 TimePos 1195 225 timLfoAm 1195 249 GrShape 1195 271 GrAttack 1195 292 GrDur 1195 315 nFmIndx 1195 337 nFmDist 1195 357 nFmFreq 1195 380 FmFreq 1195 401 FmIndex 1195 424 TrnChrom 1195 446 TrnCps 1195 469 TrnAmp 1195 491 TrnPart 1195 510 JoyX 1195 535 JoyY name8 952 417 GrFreq 100 name6 952 382 nul_ 100 name4 952 346 FmFreq 100 name5 952 364 nul_ 100 name9 952 436 GrTransp 100 name10 952 454 paner 100 name11 952 472 JoyX 100 name12 952 490 JoyY 100 name3 952 328 GrDist 100 name2 952 310 SweepShap 100 name1 952 292 GrAmp 100 name13 952 508 nul_ 100 name14 952 526 nul_ 100 name7 952 400 TimePos 100 1052 294 F1 1052 311 F2 1052 328 F3 1052 345 F4 1052 363 F5 1052 382 F6 1052 401 k1 1052 418 k2 1052 436 k3 1052 454 k4 1052 471 k5 1052 490 k6 1052 509 k7 1052 525 k8 min1 850 292 0 50 max1 901 292 1 50 min2 850 310 0 50 max2 901 310 1 50 min3 850 328 0 50 max3 901 328 1 50 min4 850 346 0.1 50 max4 901 346 20000 50 min5 850 364 0.001 50 max5 901 364 2 50 min6 850 382 0 50 max6 901 382 1 50 min7 850 400 0 50 max7 901 400 1 50 min8 850 418 0 50 max8 901 418 1000 50 min9 850 436 0 50 max9 901 436 2 50 min10 850 454 0 50 max10 901 454 1 50 min11 850 472 0 50 max11 901 472 1 50 min12 850 490 0 50 max12 901 490 1 50 min13 850 508 0 50 max13 901 508 1000 50 min14 850 526 0 50 max14 901 526 1 50 862 279 MIN 912 279 MAX 970 279 ChnlName 879 256 M I D I C O N T R O L m26 1144 553 midi =kpaner1 BSB =kpaner2 Auto readk "kpaner", 6, 0 1 false 1195 557 paner paner 634 413 true 0.0 1.0 0.29329398 60 true 646 485 paner panrand 694 444 random true true loop 678 397 USE PANER true true outfile 457 558 sustain texture_inhrmonic2 200 657 558 OUT_FILE rec 453 538 record enabled false false dum_kamp1 1097 3 rec dumpk kamp1, "kamp", 6, 0 non inul = 0 1 false dum_kgrainfreq1 1097 25 rec dumpk kgrainfreq1, "kgrainfreq", 6, 0 non inul = 0 1 false dum_kwavTransp1 1097 69 rec dumpk kwavTransp1, "kwavTransp", 6, 0 non inul = 0 1 false dum_kdistribution1 1097 47 rec dumpk kdistribution1, "kdistribution", 6, 0 non inul = 0 1 false dum_kwavFqCenter1 1097 91 rec dumpk kwavFqCenter1, "kwavFqCenter", 6, 0 non inul = 0 1 false dum_ksweepshape1 1097 113 rec dumpk ksweepshape1, "ksweepshape", 6, 0 non inul = 0 1 false dum_kgffmfq1 1097 135 rec dumpk kgffmfq1, "kgffmfq", 6, 0 non inul = 0 1 false dum_kTimeLfoFreq1 1097 179 rec dumpk kTimeLfoFreq1, "kTimeLfoFreq", 6, 0 non inul = 0 1 false dum_kgffmindx1 1097 157 rec dumpk kgffmindx1, "kgffmindx", 6, 0 non inul = 0 1 false dum_ksamplepos1 1097 201 rec dumpk ksamplepos1, "ksamplepos", 6, 0 non inul = 0 1 false dum_kTimeLfoAmt1 1097 223 rec dumpk kTimeLfoAmt1, "kTimeLfoAmt", 6, 0 non inul = 0 1 false dum_ksustain_amount1 1097 245 rec dumpk ksustain_amount1, "ksustain_amount", 6, 0 non inul = 0 1 false dum_kGrainDur1 1097 289 rec dumpk kGrainDur1, "kGrainDur", 6, 0 non inul = 0 1 false dum_ka_d_ratio1 1097 267 rec dumpk ka_d_ratio1, "ka_d_ratio", 6, 0 non inul = 0 1 false dum_knFmIndx1 1097 311 rec dumpk knFmIndx1, "knFmIndx", 6, 0 non inul = 0 1 false dum_knFmDist1 1097 333 rec dumpk knFmDist1, "knFmDist", 6, 0 non inul = 0 1 false dum_knFmFreq1 1097 355 rec dumpk knFmFreq1, "knFmFreq", 6, 0 non inul = 0 1 false dum_kfmindx1 1097 399 rec dumpk kfmindx1, "kfmindx", 6, 0 non inul = 0 1 false dum_kfmfq1 1097 377 rec dumpk kfmfq1, "kfmfq", 6, 0 non inul = 0 1 false dum_kchroma1 1097 421 rec dumpk kchroma1, "kchroma", 6, 0 non inul = 0 1 false dum_kTrainCps1 1097 443 rec dumpk kTrainCps1, "kTrainCps", 6, 0 non inul = 0 1 false dum_ktrainamp1 1097 465 rec dumpk ktrainamp1, "ktrainamp", 6, 0 non inul = 0 1 false dum_knumpartials1 1097 487 rec dumpk knumpartials1, "knumpartials", 6, 0 non inul = 0 1 false dum_kJoyX1 1097 509 rec dumpk kJoyX1, "kJoyX", 6, 0 non inul = 0 1 false dum_kJoyY1 1097 531 rec dumpk kJoyY1, "kJoyY", 6, 0 non inul = 0 1 false dum_kpaner1 1097 553 rec dumpk kpaner1, "kpaner", 6, 0 non inul = 0 1 false length 457 520 60.30 100 558 520 T O T A L L E N G T H file_5 23 156 /Users/peimankhosravi/Desktop/old files_grains/pulsfof.aif 100 file_6 23 186 /Users/peimankhosravi/Desktop/old files_grains/fofgranrandpitch.aif 100 file_7 23 216 /Volumes/Peiman_Old_backup/Backupsounds/newsounds_2006/grains_faster.aiff 100 file_8 23 246 /Volumes/Peiman_Old_backup/Backupsounds/dutch-pot-clean/lid-dop-10.aif 100 chan_5 154 156 false 0.0 8.0 1.0 1.0 50 false chan_6 154 185 false 0.0 8.0 1.0 0.0 50 false chan_7 154 214 false 0.0 8.0 1.0 1.0 50 false chan_8 154 243 false 0.0 8.0 1.0 0.0 50 false 42 287 Buffer_1 42 317 Buffer_2 42 345 Buffer_3 42 374 Buffer_4 buf1 23 292 true 0.0 7.0 1.0 0.0 80 true buf2 23 321 true 0.0 7.0 1.0 1.0 80 true buf3 23 350 true 0.0 7.0 1.0 2.0 80 true buf4 23 379 true 0.0 7.0 1.0 3.0 80 true m27 978 3 midi =kbuffer11 BSB =kbuffer12 Auto readk "kbuffer1", 6, 0 1 false dum_buffer1 931 3 rec dumpk kbuffer11, "kbuffer1", 6, 0 non inul = 0 1 false 1029 5 buffer1 m28 978 25 midi =kbuffer21 BSB =kbuffer22 Auto readk "kbuffer2", 6, 0 1 false dum_buffer2 931 25 rec dumpk kbuffer21, "kbuffer2", 6, 0 non inul = 0 1 false m29 978 47 midi =kbuffer31 BSB =kbuffer32 Auto readk "kbuffer3", 6, 0 1 false dum_buffer3 931 47 rec dumpk kbuffer31, "kbuffer3", 6, 0 non inul = 0 1 false m30 978 69 midi =kbuffer41 BSB =kbuffer42 Auto readk "kbuffer4", 6, 0 1 false dum_buffer4 931 69 rec dumpk kbuffer41, "kbuffer4", 6, 0 non inul = 0 1 false 1029 28 buffer2 1029 52 buffer3 1029 72 buffer4