/*************************************************** 'C major birds' by Peder Karlsson, Dec 2007 ***************************************************/ sr = 44100 kr = 4410 ksmps = 10 nchnls = 2 garvb1 init 0 garvb2 init 0 gadel1 init 0 gadel2 init 0 gadel3 init 0 gadel4 init 0 instr 1 ; Basic oscils with transient, chorus and vibrato iAmp = p4 iPch1 = cpspch(p5) ; initial pitch iPch2 = cpspch(p6) ; pitch after (eventual) glissando isteady = p3*.6 ; duration without gliss igliss = p3 - isteady ; duration of gliss kPch expseg iPch1, isteady, iPch1, igliss, iPch2 ; k-rate exponential pitch curve ; Transient iTrAtk = p3*.005 ; transient attack time iTrLevel1 = iAmp*.5 ; transient level after attack iTrDecay = p3*.1 ; transient decay time iTrMute = p3-iTrAtk-iTrDecay ; transient mute time at end of note kenv2 linseg 0, iTrAtk, iTrLevel1, iTrDecay, 0, iTrMute, 0 ; envelope for transient oscil a2 oscil kenv2, iPch1, 2 ; waveform 2 has 7 partials with partial 1 at level zero ; Vibrato (LFO oscil) iNoVibDur = p3*.5 ; duration without vibrato iVibDur = p3-iNoVibDur ; duration of vibrato kvib1 linseg 0, iNoVibDur, 0, iVibDur, 1 ; shape of vibrato kVibAmp = iPch1*.05*kvib1 ; k-rate vibrato amplitude iVibFreq = iPch1*.015 ; i-rate vibrato speed kvib2 oscil kVibAmp,iVibFreq, 1 ; the vibrato, k-rate ; Chorusing oscillator kEnv linseg 0, p3*.05, 1, p3*.9, 1, p3*.05, 0 ; de-clicking envelope for chorusing oscils iChoLevel = .6 ; amp scaling chorus oscils kAmp = iAmp*kEnv ; envelope amplitude main oscil kAmpCho = kAmp*iChoLevel ; envelope amplitude chorus oscils kFreq1 = kPch+kvib2 ; main oscil freq with vibrato iChorus1 = .995 iChorus2 = 1/iChorus1 kFreqCho1 = kPch*iChorus1+kvib2 ; oscil2 freq with chorus factor and vibrato kFreqCho2 = kPch*iChorus2+kvib2 ; oscil3 freq with chorus factor and vibrato a1 oscili kAmp, kFreq1, 1 acho1 oscili kAmpCho, kFreqCho1, 1 acho2 oscili kAmpCho, kFreqCho2, 1 idel = .27 ; Delay send level idel2 = .04 ; Delay2 send level irvb = .3 ; Reverb send level imix = .75 ; Master send level ; output aLeft = (a1+a2+acho1)*imix ; sums L output aRight = (a1+a2+acho2)*imix ; sums R output outs aLeft, aRight ; effect sends garvb1 = garvb1+aLeft*irvb ; reverb L garvb2 = garvb2+aRight*irvb ; reverb R gadel1 = gadel1+aLeft*idel ; delay L gadel2 = gadel2+aRight*idel ; delay R gadel3 = gadel3+(aLeft*idel2) ; delay2 L gadel4 = gadel4+(aRight*idel2) ; delay2 R endin instr 2; FM with chorus and vibrato iPch1 = cpspch(p5) ; initial pitch iPch2 = cpspch(p6) ; pitch after eventual glissando iPchSteady = p3*.6 ; duration without gliss igliss = p3 - iPchSteady ; gliss duration kPch expseg iPch1, iPchSteady, iPch1, igliss, iPch2 ; k-rate exponential pitch curve imix = .18 ; Master send level irvb = .6 ; Reverb send level idel = .3 ; Delay send level idel2 = .1 ; Delay2 send level iAmp = p4*imix ; transient FM oscillator iTrAtk = p3*.1 ; transient attack time iTrSteady = p3*.2 iTrDecay = p3-iTrAtk-iTrSteady ; transient decay time kenv2 linseg 0, iTrAtk, iAmp, iTrSteady, iAmp, iTrDecay, 0 ; transient envelope a2 foscil kenv2, iPch1, 1, 2, 4, 2 ; transient FM oscillator ; chorusing oscillator with vibrato iNoVib = p3*.3 ; duration without vibrato iVib = 1-iNoVib ; duration with vibrato kVib1 linseg 0, iNoVib, 0, iVib, 1 ; vibrato curve kVibAmp = iPch1*.08*kVib1 ; vibrato amplitude iVibFreq = iPch1*.01 ; vibrato speed kVib2 oscil kVibAmp, iVibFreq, 1 ; vibrato ; iAtk = p3*.1 ; iSteady = p3*.2 ; iDecay = 1-iAtk-iSteady-.05 ; kenv linseg 0, iAtk, iAmp, iSteady, iAmp, iDecay, 0 ; envelope kenv linseg 0, p3*.1, iAmp, .2, iAmp, .65, 0 ; envelope kenvCho = kenv*.5 kChorus1 = .99*kPch kChorus2 = 1/kChorus1*kPch kVibCho1 = kVib2*.7 kVibCho2 = kVibCho1*.7 kFreq = kPch+kVib2 kFreqCho1 = kChorus1+kVibCho1 ; oscil2 freq with chorus factor and vibrato kFreqCho2 = kChorus2+kVibCho2 ; oscil3 freq with chorus factor and vibrato a1 foscili kenv, kFreq, 1, 1, 3, 1 acho1 foscili kenvCho, kFreqCho1, 1, 3, 5, 1 acho2 foscili kenvCho, kFreqCho2, 1, 2, 4, 1 ; output aLeft buthp (a1+a2+acho1)*1.2, 150 ; sums L output and filters out some unwanted transient artifacts aRight buthp (a1+a2+acho2)*.7, 150 ; sums R output and filters out some unwanted transient artifacts outs aLeft, aRight ; effect sends garvb1 = garvb1+(aLeft*irvb) ; reverb L garvb2 = garvb2+(aRight*irvb) ; reverb R gadel1 = gadel1+(aLeft*idel) ; delay L gadel2 = gadel2+(aRight*idel) ; delay R gadel3 = gadel3+(aLeft*idel2) ; delay2 L gadel4 = gadel4+(aRight*idel2) ; delay2 R endin instr 3 irvb = .1 ; REVERB SEND LEVEL idel = .2 ; DELAY SEND LEVEL idel2 = .2 ; DELAY2 SEND LEVEL iMix = 1.4 ;MASTER SEND LEVEL iPch1 = cpspch(p5) iPch2 = cpspch(p6) iSteady = p3*.6 iGliss = p3-iSteady kPch expseg iPch1, iSteady, iPch1, iGliss, iPch2 kenv linseg 0, p3*.1, iMix, p3*.8, iMix, p3*.1, 0 ; de-clicking envelope ; 5 basic oscillators, slightly detuned a1 oscili p4*.4, kPch, 1 a2 oscili p4*.4, kPch*1.01, 1 a3 oscili p4*.4, kPch*.99, 1 a4 oscili p4*.1, kPch*.995, 2 a5 oscili p4*.1, kPch*1.005, 2 ; sweep pan, 1 for each oscil iPanFq1 = 1 iPanFq2 = iPanFq1*1.5 iPanFq3 = iPanFq1*2 iPanFq4 = iPanFq1*2.5 iPanFq5 = iPanFq1*3 kPan1 oscil .5, iPanFq1, 1 kPan1 = kPan1+.5 kPan2 oscil .5, iPanFq2, 1 kPan2 = kPan2+.5 kPan3 oscil .5, iPanFq3, 1 kPan3 = kPan3+.5 kPan4 oscil .5, iPanFq4, 1 kPan4 = kPan4+.5 kPan5 oscil .5, iPanFq5, 1 kPan5 = kPan5+.5 aLeft = (a1*kPan1+a2*kPan2+a3*kPan3+a4*kPan4+a5*kPan5)*kenv aRight = (a1*(1-kPan1)+a2*(1-kPan2)+a3*(1-kPan3)+a4*(1-kPan4)+a5*(1-kPan5))*kenv outs aLeft, aRight garvb1 = garvb1+(aLeft*irvb) garvb2 = garvb2+(aRight*irvb) gadel1 = gadel1+(aLeft*idel) gadel2 = gadel2+(aRight*idel) gadel3 = gadel3+(aLeft*idel2); delay2 L gadel4 = gadel4+(aRight*idel2); delay2 R endin instr 4 iAmp = p4 iPch1 = cpspch(p5) iPch2 = cpspch(p6) kPch expseg iPch1,p3*.6, iPch1, p3*.4, iPch2 kenv linseg 0, p3*.001, iAmp, p3*.65, iAmp, p3*.35, 0 kenv2 expseg .001, p3*.005, iAmp, p3*.26, iAmp, p3*.72, .001 amod1 oscili kenv2*.2, kPch, 1 amod2 oscili kenv2*.2, kPch*.5, 1 a1 oscili kenv, kPch+amod1, 1 a2 oscili kenv*2.5, kPch*.504+amod1+amod2, 1 a3 oscili kenv*2.5, kPch*.496+amod1+amod2, 1 a4 pluck kenv*3, kPch, iPch1, 1, 5, .3, .3 a5 pluck kenv*6, kPch*.498, iPch1*.495, 1, 5, .3, .3 a6 pluck kenv*6, kPch*.502, iPch1*.505, 1, 5, .3, .3 irvb = .15 ; Reverb Send level idel = .01 ; Delay send level idel2 = .005 ; Delay2 send level iMix = .14 ; Master Send Level aLeft = (a1+a2*.8+a3*.2+a4+a5)*iMix aRight = (a1+a2*.2+a3*.8+a4+a6)*iMix outs aLeft, aRight garvb1 = garvb1+aLeft*irvb garvb2 = garvb2+aRight*irvb gadel1 = gadel1+(aLeft*idel) gadel2 = gadel2+(aRight*idel) gadel3 = gadel3+(aLeft*idel2); delay2 L gadel4 = gadel4+(aRight*idel2); delay2 R endin instr 97 adel1 delay gadel3, 1.26 adel2 delay gadel4, .735 outs adel1, adel2 gadel3 = 0 gadel4 = 0 endin instr 98 adel1 delay gadel1, .315 adel2 delay gadel2, .63 outs adel1, adel2 gadel1 = 0 gadel2 = 0 endin instr 99 ; areverb1 nreverb garvb1, 1.9, 0 ; areverb2 nreverb garvb2, 1.9, 0 areverb1, areverb2 freeverb garvb1, garvb2, .8, .1 outs areverb1, areverb2 garvb1 = 0 garvb2 = 0 endin f1 0 8193 10 1 f2 0 8193 10 0 1 1 1 1 1 1 f3 0 8193 10 1 0 .5 0 .3 0 .2 0 .1 ;a 0 0 110 t 0 143 i97 0 160 i98 0 160 i99 0 160 i1 0 1 7000 8.00 np5 i1 1 .3 7000 8.07 np5 i1 2 .3 7000 8.07 np5 i1 3 .3 7000 8.07 np5 i1 4 2 7000 8.07 8.07 i1 6 .5 7000 8.05 np5 i1 6.5 .5 7000 8.04 np5 i1 7 .5 7000 8.02 np5 i1 7.5 .5 7000 8.00 8.00 i1 8 1 7000 8.02 np5 i1 9 .3 7000 8.07 np5 i1 10 .3 7000 8.07 np5 i1 11 .3 7000 8.07 np5 i1 12 2.5 7000 8.07 8.07 i1 16 1 7000 8.00 np5 i1 17 .3 7000 8.07 np5 i1 18 .3 7000 8.07 np5 i1 19 .3 7000 8.07 np5 i1 20 2 7000 8.07 8.07 i1 22 .5 7000 8.05 np5 i1 22.5 .5 7000 8.04 np5 i1 23 .5 7000 8.02 np5 i1 23.5 .5 7000 8.00 8.00 i1 24 1 7000 8.02 np5 i1 25 .3 7000 8.07 8.07 i1 27 .25 7000 8.07 8.07 i1 27.25 .25 7000 8.05 np5 i1 27.5 .25 7000 8.04 np5 i1 27.75 .25 7000 8.02 np5 i1 28 2 7000 8.00 8.00 i3 32 3.625 7000 8.00 8.00 i3 + .125 7000 8.02 8.02 i3 + .125 7000 8.04 8.04 i3 + .125 7000 8.05 8.05 i3 + 1 7000 8.04 8.04 i3 + .3 7000 8.00 8.00 i3 40 1.5 7000 7.11 7.11 i3 + .125 7000 8.00 8.00 i3 + .125 7000 8.02 8.02 i3 + .125 7000 8.04 8.04 i3 + 1 7000 8.02 8.02 i3 48 3.625 7000 8.00 8.00 i3 + .125 7000 8.02 8.02 i3 + .125 7000 8.04 8.04 i3 + .125 7000 8.05 8.05 i3 + 1 7000 8.04 8.04 i3 + .3 7000 8.00 8.00 i3 56 1.5 7000 7.11 7.11 i3 + .125 7000 8.00 8.00 i3 + .125 7000 8.02 8.02 i3 + .125 7000 8.04 8.04 i3 + .125 7000 8.05 8.05 i3 + .3 7000 8.07 8.07 i3 60 1.5 7000 8.00 8.00 i3 + .125 7000 8.04 8.04 i3 + .125 7000 8.07 8.07 i3 + .125 7000 8.09 8.09 i3 + .125 7000 8.11 8.11 i3 + .3 7000 9.00 9.00 i4 31 .25 7000 7.07 7.07 i4 31.25 .25 7000 7.05 np5 i4 31.5 .25 7000 7.04 np5 i4 31.75 .25 7000 7.02 np5 i4 32 1 7000 7.00 np5 i4 33 .3 7000 7.07 np5 i4 34 .3 7000 7.07 np5 i4 35 .3 7000 7.07 np5 i4 36 2 7000 7.07 7.07 i4 38 .5 7000 7.05 np5 i4 38.5 .5 7000 7.04 np5 i4 39 .5 7000 7.02 np5 i4 39.5 .5 7000 7.00 7.00 i4 40 1 7000 7.02 np5 i4 41 .3 7000 7.07 np5 i4 42 .3 7000 7.07 np5 i4 43 .3 7000 7.07 np5 i4 44 1 7000 7.07 np5 i4 45 .5 7000 6.07 6.07 i4 48 1 7000 7.00 np5 i4 49 .3 7000 7.07 np5 i4 50 .3 7000 7.07 np5 i4 51 .3 7000 7.07 np5 i4 52 2 7000 7.07 7.07 i4 54 .5 7000 7.05 np5 i4 54.5 .5 7000 7.04 np5 i4 55 .5 7000 7.02 np5 i4 55.5 .5 7000 7.00 7.00 i4 56 .625 7000 7.02 7.02 i4 56.625 .125 7000 7.04 7.04 i4 56.75 .125 7000 7.05 7.05 i4 56.875 .125 7000 7.06 7.06 i4 57 .3 7000 7.07 7.07 i4 58 .3 7000 6.07 6.07 i4 59 .25 7000 7.07 7.07 i4 59.25 .25 7000 7.05 np5 i4 59.5 .25 7000 7.04 np5 i4 59.75 .25 7000 7.02 np5 i4 60 1 7000 7.00 np5 i4 61 .25 7000 6.07 6.07 i4 61.25 .25 7000 6.05 np5 i4 61.5 .25 7000 6.04 np5 i4 61.75 .25 7000 6.02 np5 i4 62 1 7000 6.00 6.00 i4 64 4 7000 6.09 6.09 i4 68 1 7000 6.09 np5 i4 + .3 7000 7.09 7.09 i4 71 .5 7000 6.11 6.11 i4 + .5 7000 7.00 7.00 i4 + 4 7000 7.02 7.02 i4 + 1 7000 6.11 np5 i4 + .3 7000 7.11 7.11 i4 80 2 7000 6.09 6.09 i4 + 2 7000 6.07 6.07 i4 + 2 7000 6.06 6.06 i4 + 1 7000 7.02 7.02 i4 + 1 7000 7.03 7.03 i4 + 2 7000 7.04 np5 i4 90 .3 7000 6.04 6.04 i4 93 .25 7000 6.09 6.09 i4 + .25 7000 6.07 6.07 i4 + .25 7000 6.05 6.05 i4 + .25 7000 6.04 6.04 i4 + .3 7000 6.05 6.05 i4 95 1 7000 6.07 6.07 i4 96 4 7000 6.00 6.00 i4 + 1 7000 7.00 np5 i4 + .3 7000 8.00 8.00 i4 104 4 7000 6.07 6.07 i4 + 1 7000 7.07 np5 i4 + .3 7000 8.07 8.07 i4 112 2 7000 7.00 7.00 i4 + 2 7000 6.10 6.10 i4 + 1 7000 6.09 6.09 i4 117 1 7000 7.09 7.09 i4 118 1 7000 7.02 7.02 i4 119 1 7000 6.08 6.08 i4 120 .625 7000 6.07 6.07 i4 + .125 7000 7.02 7.02 i4 + .125 7000 7.04 7.04 i4 + .125 7000 7.05 7.05 i4 121 .3 7000 7.07 7.07 i4 122 .3 7000 6.07 6.07 i4 123 .25 7000 7.07 7.07 i4 + .25 7000 7.05 7.05 i4 + .25 7000 7.04 7.04 i4 + .25 7000 7.02 7.02 i4 124 .4 7000 8.00 8.00 i4 125 .625 7000 7.07 np5 i4 + .125 7000 7.05 np5 i4 + .125 7000 7.04 . i4 + .125 7000 7.02 . i4 126 .7 7000 7.00 7.00 i4 123 .25 7000 6.07 6.07 i4 + .25 7000 6.05 6.05 i4 + .25 7000 6.04 6.04 i4 + .25 7000 6.02 6.02 i4 124 .4 7000 7.00 7.00 i4 125 .625 7000 6.07 np5 i4 + .125 7000 6.05 np5 i4 + .125 7000 6.04 . i4 + .125 7000 6.02 . i4 126 .7 7000 6.00 6.00 i2 63 .25 7000 9.04 9.04 i2 63.25 .25 7000 9.02 9.02 i2 63.5 .25 7000 9.00 9.00 i2 63.75 .25 7000 8.11 8.11 i2 64 1 7000 8.09 np5 i2 65 .3 7000 9.04 np5 i2 66 .3 7000 9.04 np5 i2 67 .3 7000 9.04 np5 i2 68 2 7000 9.04 9.04 i2 70 .5 7000 9.02 9.02 i2 70.5 .5 7000 9.00 9.00 i2 71 .5 7000 8.11 8.11 i2 71.5 .5 7000 8.09 8.09 i2 72 1 7000 8.11 np5 i2 73 .3 7000 9.04 np5 i2 74 .3 7000 9.04 np5 i2 75 .3 7000 9.04 9.04 i2 76 1 7000 9.05 np5 i2 77 .3 7000 9.04 9.04 i2 80 1 7000 8.09 np5 i2 81 .3 7000 9.04 np5 i2 82 .3 7000 9.04 np5 i2 83 .3 7000 9.04 np5 i2 84 2 7000 9.04 9.04 i2 86 .5 7000 9.02 9.02 i2 86.5 .5 7000 9.00 9.00 i2 87 .5 7000 8.11 8.11 i2 87.5 .5 7000 8.09 8.09 i2 88 3 7000 8.08 8.08 i2 + .25 7000 9.04 9.04 i2 + .25 7000 9.02 9.02 i2 + .25 7000 9.00 9.00 i2 + .25 7000 8.11 8.11 i2 + 1 7000 8.09 8.09 i2 + .25 7000 9.00 9.00 i2 + .25 7000 8.11 8.11 i2 + .25 7000 8.09 8.09 i2 + .25 7000 8.07 8.07 i2 + .25 7000 8.05 8.05 i2 + .25 7000 8.04 8.04 i2 + .25 7000 8.05 8.05 i2 + .25 7000 8.09 8.09 i2 95 .3 7000 8.07 8.07 i2 95.5 .3 7000 8.11 8.11 i2 96 1 7000 9.00 np5 i2 + .3 7000 8.07 8.07 i2 99.625 .125 7000 8.00 8.00 i2 + .125 7000 8.02 8.02 i2 + .125 7000 8.03 8.03 i2 + 1 7000 8.04 np5 i2 + .3 7000 8.07 8.07 i2 107.625 .125 7000 8.07 8.07 i2 + .125 7000 8.09 8.09 i2 + .125 7000 8.10 8.10 i2 + 1 7000 8.11 np5 i2 + .3 7000 9.02 9.02 i2 112 3.625 7000 8.04 8.04 i2 + .125 7000 8.00 8.00 i2 + .125 7000 8.02 8.02 i2 + .125 7000 8.04 8.04 i2 + 1 7000 8.05 np5 i2 + .3 7000 9.00 9.00 i2 118 .5 7000 8.09 8.09 i2 118.5 .5 7000 8.07 8.07 i2 119 .5 7000 8.05 8.05 i2 119.5 .5 7000 8.04 8.04 i2 + .625 7000 8.05 8.05 i2 + .125 7000 8.07 8.07 i2 + .125 7000 8.09 8.09 i2 + .125 7000 8.11 8.11 i2 121 .3 7000 9.00 9.00 i2 122 .3 7000 8.07 8.07 i2 125 .625 7000 8.07 8.07 i2 + .125 7000 9.04 9.04 i2 + .125 7000 9.05 9.05 i2 + .125 7000 9.06 9.06 i2 + .3 7000 9.07 9.07 i1 64 3.625 7000 8.00 8.00 i1 + .125 7000 8.02 8.02 i1 + .125 7000 8.04 8.04 i1 + .125 7000 8.05 8.05 i1 + 1 7000 8.04 8.04 i1 + .3 7000 9.00 9.00 i1 72 3.625 7000 8.04 8.04 i1 + .125 7000 8.04 8.04 i1 + .125 7000 8.05 8.05 i1 + .125 7000 8.07 8.07 i1 + 1 7000 8.09 np5 i1 + .3 7000 8.08 8.08 i1 80 4 7000 8.04 np5 i1 84 2 7000 9.00 9.00 i1 86 .5 7000 8.11 8.1 i1 86.5 .5 7000 8.09 8.09 i1 87 .5 7000 8.07 8.07 i1 87.5 .5 7000 8.05 8.05 i1 + 1.125 7000 8.04 8.04 i1 + .125 7000 8.11 8.11 i1 + .125 7000 9.00 9.00 i1 + .125 7000 9.02 9.02 i1 + .3 7000 9.04 9.04 i1 95 .25 7000 9.07 9.07 i1 + .25 7000 9.05 9.05 i1 + .25 7000 9.04 9.04 i1 + .25 7000 9.02 9.02 i1 96 1 7000 9.00 np5 i1 97 .3 7000 9.07 np5 i1 98 .3 7000 9.07 np5 i1 99 .3 7000 9.07 np5 i1 100 2 7000 9.07 9.07 i1 102 .5 7000 9.05 np5 i1 102.5 .5 7000 9.04 np5 i1 103 .5 7000 9.02 np5 i1 103.5 .5 7000 9.00 9.00 i1 104 1 7000 9.02 np5 i1 105 .3 7000 9.07 np5 i1 106 .3 7000 9.07 np5 i1 107 .3 7000 9.07 np5 i1 108 2.5 7000 9.07 9.07 i1 112 1 7000 9.00 np5 i1 113 .3 7000 9.07 np5 i1 114 .3 7000 9.07 np5 i1 115 .3 7000 9.07 np5 i1 116 2 7000 9.07 9.07 i1 118 .5 7000 9.05 np5 i1 118.5 .5 7000 9.04 np5 i1 119 .5 7000 9.02 np5 i1 119.5 .5 7000 9.00 9.00 i1 + .625 7000 9.02 9.02 i1 + .125 7000 9.04 9.04 i1 + .125 7000 9.05 9.05 i1 + .125 7000 9.07 9.07 i1 121 .3 9000 9.09 9.09 i1 122 .3 9000 9.07 9.07 i1 125 .625 7000 9.07 9.07 i1 + .125 7000 9.07 9.07 i1 + .125 7000 9.09 9.09 i1 + .125 7000 9.11 9.11 i1 + .4 10000 10.00 10.00 i3 64 3.625 7000 7.09 7.09 i3 + .125 7000 7.11 7.11 i3 + .125 7000 8.00 8.00 i3 + .125 7000 8.02 8.02 i3 + 1 7000 8.00 8.00 i3 + .3 7000 8.04 8.04 i3 72 3.625 7000 7.08 7.08 i3 + .125 7000 8.00 8.00 i3 + .125 7000 8.02 8.02 i3 + .125 7000 8.04 8.04 i3 + 1 7000 8.02 np5 i3 + .3 7000 8.04 8.04 i3 76 1 7000 8.02 np5 i3 77 .3 7000 8.04 8.04 i3 80 4 7000 8.00 np5 i3 84 2 7000 8.07 8.07 i3 86 .5 7000 8.05 8.05 i3 86.5 .5 7000 8.04 8.04 i3 87 .5 7000 8.02 8.02 i3 87.5 .5 7000 8.00 8.00 i3 + 1.125 7000 7.11 7.11 i3 + .125 7000 8.08 8.08 i3 + .125 7000 8.09 8.09 i3 + .125 7000 8.10 8.10 i3 + .3 7000 8.11 8.11 i3 91 .25 7000 8.04 8.04 i3 + .25 7000 8.05 8.05 i3 + .25 7000 8.04 8.04 i3 + .25 7000 8.02 8.02 i3 92 2 7000 8.00 np5 i3 94 .3 7000 7.09 7.09 i3 95 .25 7000 7.11 np5 i3 + .25 7000 7.09 . i3 + .25 7000 7.07 . i3 + .25 7000 7.05 . i3 96 3.625 7000 7.04 7.04 i3 + .125 7000 7.04 7.04 i3 + .125 7000 7.05 7.05 i3 + .125 7000 7.06 7.06 i3 + 1 7000 7.07 np5 i3 101 .3 7000 8.00 8.00 i3 104 3.625 7000 7.11 7.11 i3 + .125 7000 7.09 7.09 i3 + .125 7000 7.11 7.11 i3 + .125 7000 8.00 8.00 i3 + 1 7000 8.02 np5 i3 109 .3 7000 8.11 8.11 i3 112 3.75 7000 7.07 7.07 i3 + .125 7000 7.09 7.09 i3 + .125 7000 7.11 7.11 i3 + 1 7000 8.00 np5 i3 + .3 7000 8.05 8.05 i3 118 2 7000 8.00 8.00 i3 + .5 7000 8.00 8.00 i3 + .125 7000 8.02 8.02 i3 + .125 7000 8.04 8.04 i3 + .125 7000 8.05 8.05 i3 + .125 7000 8.07 8.07 i3 121 .3 7000 8.05 8.05 i3 122 .3 7000 7.11 7.11 i3 125 .625 7000 7.07 7.07 i3 + .125 7000 8.00 8.00 i3 + .125 7000 8.02 8.02 i3 + .125 7000 8.03 8.03 i3 + .3 7000 8.04 8.04 Version: 3 Render: Real Ask: Yes Functions: ioObject Listing: ioObject WindowBounds: 137 101 1064 716 CurrentView: sco IOViewEdit: Off Options: -b1024 -A -o/Users/peder/Desktop/CmajorBirds.aif -s -m167 -R ioView background {60108, 65535, 63132} ioListing {163, 267} {473, 179} ioGraph {163, 38} {472, 230}