;-xextract.txt ;--midioutfile=basex.mid -T -odac0 -owet.wav ;sr=44100; sr=88200; gisr=44100 ksmps=1; =44100; se 1 con 88200 sr va un tono sopra, non 8a (?); NB con i 343 deve essere 1 nchnls=2 ; or 4, automatically remapped 0dbfs = 65536 giWD init 0 ;giwdversion init 1 ; switch to 1 for wet send 8 chn ;normally set nchnls 2 or 4 (automatically reduced to 2 if necessary), and i499 turned on ; to nchnls=8: 1) turn nchnls=8 2) in score sect2 turn off i499 3)assign a name for dry wav out 4) set in header giWD init 0 5) run 6) assign a name for wet send wav out 7) giWD init 1 8) mix the two files for entire duration 21' with instr 501 -see score sect3 and orc with correct names 9)order the chan: 1 2 front floor l r, 3 4 rear l r 5 6 front bottom, 7 8 rear bottom gi3=nchnls-1; cambia se quadrifonico gi4=nchnls; gar init 0 git ftgen 11,0,65536*2,-2,0 gi2 ftgen 12,0,65536*2,-2,0 gi66 ftgen 66,0,512,-2,0 giprime ftgen 0,0,256,-2,2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, 61, \ 67, 71, 73, 79, 83, 89, 97, 101, 103, 107, 109, 113, 127, 131, 137, \ 139, 149, 151, 157, 163, 167, 173, 179, 181, 191, 193, 197, 199, 211, \ 223, 227, 229, 233, 239, 241, 251, 257, 263, 269, 271, 277, 281, 283, \ 293, 307, 311, 313, 317, 331, 337, 347, 349, 353, 359, 367, 373, 379, \ 383, 389, 397, 401, 409, 419, 421, 431, 433, 439, 443, 449, 457, 461, \ 463, 467, 479, 487, 491, 499, 503, 509, 521, 523, 541, 547, 557, 563, \ 569, 571, 577, 587, 593, 599, 601, 607, 613, 617, 619, 631, 641, 643, \ 647, 653, 659, 661, 673, 677, 683, 691, 701, 709, 719, 727, 733, 739, \ 743, 751, 757, 761, 769, 773, 787, 797, 809, 811, 821, 823, 827, 829, \ 839, 853, 857, 859, 863, 877, 881, 883, 887, 907, 911, 919, 929, 937, \ 941, 947, 953, 967, 971, 977, 983, 991, 997, 1009, 1013, 1019, 1021, \ 1031, 1033, 1039, 1049, 1051, 1061, 1063, 1069, 1087, 1091, 1093, \ 1097, 1103, 1109, 1117, 1123, 1129, 1151, 1153, 1163, 1171, 1181, \ 1187, 1193, 1201, 1213, 1217, 1223, 1229, 1231, 1237, 1249, 1259, \ 1277, 1279, 1283, 1289, 1291, 1297, 1301, 1303, 1307, 1319, 1321, \ 1327, 1361, 1367, 1373, 1381, 1399, 1409, 1423, 1427, 1429, 1433, \ 1439, 1447, 1451, 1453, 1459, 1471, 1481, 1483, 1487, 1489, 1493, \ 1499, 1511, 1523, 1531, 1543, 1549, 1553, 1559, 1567, 1571, 1579, \ 1583, 1597, 1601, 1607, 1609, 1613, 1619 gihum ftgen 555, 0, 128, -5, .61, 8, .31, 64, 1.405, 64, .31 ;turnon 99; ga1 init 0 ga2 init 0 ga3 init 0 ga4 init 0 ga5 init 0 ga6 init 0 ga7 init 0 ga8 init 0 instr 499; 4 out denorm ga1,ga2,ga3,ga4;*.1 al,ar freeverb ga1,ga2,.758,.3,sr outch 1,al,2, ar ga1=0 ga2 =0 alr,arr freeverb ga3,ga4,.758,.9,sr outch gi3,alr,gi4, arr ga3=0 ga4 =0 endin instr 501 ; octophonic reverb a1,a2,a3,a4,a5,a6,a7,a8 soundin "wet.wav";,300 ; wet send denorm a1,a2,a3,a4,a5,a6,a7,a8 al,ar freeverb a1,a2,.758,.9,sr al3,ar4 freeverb a3,a4,.758,.7,sr aw5,aw6 freeverb a5,a6,.758,.3,sr aw7,aw8 freeverb a7,a8,.758,.5,sr a1d,a2d,a3d,a4d,a5d,a6d,a7d,a8d soundin "dry.wav" ;a1d,a2d,a3d,a4d,a5d,a6d,a7d,a8d soundin "sintesi176dry.wav";,300 outo al,ar,al3,ar4,aw5,aw6,aw7,aw8 outo a1d,a2d,a3d,a4d,a5d,a6d,a7d,a8d endin instr 500; 8 out static, (correct direct out in instrs with macro) ; per score tabella spk f500; piano orizz0 1, piano frontale2 rear3, piani laterali4 5; ; 1 2 4 3 5 6 8 7 1 2 6 5 3 4 8 7 1 3 7 5 2 4 8 6 ; possibili spostam paralleli: 0-4, 8 12, ecc o campi di piano es 0-8 (in questo caso spk in comune, ma non con piani laterali, che prendono spk interni esterni rispetto ai precedenti endin instr 999; stereo out denorm gar*.1 al,ar freeverb gar,gar,.7,.5,sr outch 1,al,2, ar gar=0 endin turnon 98 instr 98 gks init 1 gks invalue "scroll2" outvalue ,"numeri",gks aSignal =gar; oscili 0.2, ifreq + aVibrato, gisine dispfft aSignal, 0.1, 2048 ;outs aSignal, aSignal /*ktrig metro 10 ;CREATE A REPEATING TRIGGER SIGNAL if ktrig==1 then ; outvalue "Vibrato_Depth", kVibratoDepth ;UPDATE VALUE BOX 'gihVibratoDepth' WITH THE VALUE kVibratoDepth WHENEVER A TRIGGER PULSE IS RECEIVED ; outvalue "Vibrato_Rate", kVibratoFreq endif*/ endin instr 51; SCHED-segmento denominatori con arrivo determinato con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;11 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1; ampenv gen kenv table kt,530,1 icoefdur=birnd(.6) it =p3/abs(p8+1-p5) k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: ;kit oscil 1,1/p3,55 ;table ii,p13; ritmi da tabella print ii,it ip =p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd =p16;,1 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule p12,0,it*(1+icoefdur),p4,p5,p6,abs(p10)-1,p14*i(kenv),ip,ikd,p17,p18,i(k8);id,inu,idv,ib ; p7 adj, incomprensibile ;schedwhen ii=ii+1 p4=p4+p7 p5=p5+1 p6=p6+p9 p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 54; schedule p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=1 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ ciclo: ;kit oscil 1,1/p3,55 it table ii,p13 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule p12,0,i(it),p4,p5,p6,abs(p10)-1,p14;id,inu,idv,ib ; p7 adj, incomprensibile ;schedwhen ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 52; SCHED-leg con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;11 k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: print ii ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule p12,0,it+.1,p4,p5,p6,abs(p10)-1,p14,ip,ikd,p17,p18,i(k8);id,inu,idv,ib ; p7 adj, incomprensibile ;schedwhen ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 53; SCHED-INI con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;11 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1; ampenv gen kenv table kt,530,1 ;gk8 linseg 4*int(p18),p3/4,4*int(p18),p3/2,40*frac(p18),p3/4,40*frac(p18); decode single p18 to table 500 k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 print ii,ip /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule p12,0,it,p4,p5,p6,abs(p10)-1,p14*i(kenv),ip,ikd,p17,p18,i(k8);8 ch p180 then ; simulates distribution between channels, ottimo per pseudo multifonici aa=0 endif aout =aa*ka gar=gar+aout outch 1,aout,2,aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 64 ; con PAN da RESTI p8 ritmo pan, p9-10 distanza; ;ib=7 ; range tritono ivel=p7/gisr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5 iatck=.05 ka linseg 0,iatck,1,p3,1 ;iamp=1 ib=p6 isb=p6/2 ii=0 p5=p5;+96 p4=p4*ib; (per togliere 0 iniziale) ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ir1=ir ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ii=ii+1 p4=ib*ir aa= (ioi-isb)*10000/p5;aa*kk*ke /*aout =aa*ka gar=gar+aout outch 1,aout,2,aout*/ timout 0,ivel,end reinit ciclo end: rireturn ivelp=p8*p7/gisr ;kdegree line p4, p3, p5 ;full circle kdistance expon p9, p3 , p10 ikrevsend = .05;p6*(kdistance*.1) ciclopan:;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ii=ii+1 p4=ib*ir kp= (ir)*360/ib;aa*kk*ke aout =aa*ka a1, a2, a3, a4 locsig aout, kp, kdistance, ikrevsend ar1, ar2, ar3, ar4 locsend /* ga1 = ga1+ar1 ga2 = ga2+ar2 ga3 = ga3+ar3 ga4 = ga4+ar4*/ ;gar=gar+aout outch 1,a1,2,a2,gi3,a3,gi4,a4 timout 0,ivelp,endp reinit ciclopan; endp: rireturn endin instr 67 ; Resti audio direct resti ;ib=7 ; range tritono ivel=p7/gisr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5 iatck=.05 ka linseg 0,iatck,1,p3,1 ;iamp=1 ib=p6 isb=p6/2 ii=0 p5=p5;+96 p4=p4*ib; (per togliere 0 iniziale) ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ir1=ir ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ;print ioi,p4/10,p5,ib,ir,iamp,ii ;imem=ioi ; conserva in buffer ii=ii+1 p4=ib*ir aa= (ir-isb)*10000/p5;aa*kk*ke aout =aa*ka gar=gar+aout outch 1,aout,2,aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 345; looper con pitch modulation; loop,freq base,frlfo,ftable,amp,ET, ;akk loscil 1,1.95,p6,6/gisr,1,6,p4+6; p4 ;kf downsamp akk ;kvel expseg 4.40,p3,.2;.2,p3,1440 kap phasor p6/p4;kvel kp4 linseg p4,p3-2,p4*15,2,p4*15 kf table kap*p4+1,p7,0 ;printk2 kf ;aa loscil p7,gisr/p5, ;kgiu expseg p5,p3,gisr kff phasor semitone(kf*p9)*gisr/p5;kgiu;p5 aa table kff*kp4+1,p7,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa=aa*p8 outch 1,aa,2,aa gar=gar+aa endin instr 66 ;TABLEW per PAN ;ib=7 ; range tritono ivel=p7/gisr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5 iatck=.05 ka linseg 0,iatck,1,p3,1 kn linseg 1.000,2,0,p3-4,0,2,1.000 ;iamp=1 ib=p6 isb=p6/2 ii=0 ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ii=ii+1 p4=ib*ir ;aa= (ioi-isb)*10000/p6;aa*kk*ke tablew ir*(360/ib),ii-1,66; git? ;aout =aa*ka ;gar=gar+aout ;outch 1,aout,2,aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 71 ; ivel=ii, num irrazionale -aperiodico, valore=durata, es1/7b10=27; esplorazione rapida... ;ib=7 ; range tritono ivel=p7/gisr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5,ivel iatck=.05 ka linseg 0,iatck,1,p3,1 ;iamp=1 ib=p6 isb=p6/2 ii=0 p4=p4*ib; (per togliere 0 iniziale) ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ir1=ir ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ii=ii+1 p4=ib*ir isign=ii%7; segni alterna 0-flat(%2)o secondo altra logica aa= isign*(ioi-isb)*10000/p6;aa*kk*ke aout =aa*ka gar=gar+aout outch 1,aout,2,aout timout 0,ii/gisr,end ; rall-glissando reinit ciclo end: rireturn endin instr 72 ; sin(ii) (indice) ;ib=7 ; range tritono ivel=p7/kr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5,p7+1 iatck=.05 ka linseg 0,iatck,1,p3,1 ;iamp=1 ib=p6 isb=p6/2 ii=0 ;p4=p4*ib; (per togliere 0 iniziale) /*ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ir1=ir*/ ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ;print ioi,p4/10,p5,ib,ir,iamp,ii ;imem=ioi ; conserva in buffer ii=ii+1 p4=ib*ir aa=sin(ii/10);;in teoria sin, in realtà arm 1,5,7,11,13,17,19... per sottocampionamento (ioi-isb)*10000/p6;aa*kk*ke ;a2=cos(ii) aout= (aa)*10000 outch 1,aout,2,aout gar=gar+aout timout 0,ivel,end reinit ciclo ;if ioi+imem+imem2=0 igoto end ;if ii<28 goto ciclo end: rireturn endin instr 156 ; audio PAN direct altre basi ;ib=7 ; range tritono ivel=p7/kr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5,p7+1 iatck=.05 ka linseg 0,iatck,1,p3,1 ;iamp=1 ib=p6 isb=p6/2; per renderlo bipolare ii=0 ;p4=p4*ib; (per togliere 0 iniziale) /*ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ir1=ir*/ ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ;print ioi,p4/10,p5,ib,ir,iamp,ii ;imem=ioi ; conserva in buffer ii=ii+1 p4=ib*ir ;imem2=imem ; buffer2 ;midion2 1,60+ioi,90,0 ;noteondur 1,61+ioi,90,.05;ivel-.05 ;kk linseg 0,.01,9000 ;ke linseg 1,ivel-.02,1,.02,0 ;aa oscils iamp,2*293*semitone(ioi-2),0 aa= (ioi-isb)*10000/p6;aa*kk*ke aout= aa*ka ipan=ir/ib outch 1,aout*ipan,2,aout*(1-ipan) gar=gar+aout timout 0,ivel,end /*if ir=0 then iamp=iamp*0 elseif ir=ir1 then iamp=iamp*.75 else iamp=1 endif*/ reinit ciclo ;if ioi+imem+imem2=0 igoto end ;if ii<28 goto ciclo end: rireturn endin instr 26 ; audio corr altre basi ;ib=7 ; range tritono aii init 0 iamp=1 ib=p6 ii=0 p5=p5;+96 p4=p4*ib; (per togliere 0 iniziale) ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ir1=ir ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii aioi=int(p4/p5) ai1=aioi*p5 air=p4-ai1 ;print ioi,p4/10,p5,ib,ir,iamp,ii ;imem=ioi ; conserva in buffer aii=aii+1 p4=ib*ir ;imem2=imem ; buffer2 ivel=.1825 ; a 60 8 ;;;;;;;;;;;;;;;;;;; ;midion2 1,60+ioi,90,0 ;noteondur 1,61+ioi,90,.05;ivel-.05 kk linseg 0,.01,9000 ke linseg 1,ivel-.02,1,.02,0 aa oscils iamp,2*293*semitone(ioi-2),0 aa= aa*kk*ke ;aa= aout =aa gar=gar+aout outch 1,aout,2,aout timout 0,ivel,end if ir=0 then iamp=iamp*0 elseif ir=ir1 then iamp=iamp*.75 else iamp=1 endif reinit ciclo ;if ioi+imem+imem2=0 igoto end ;if ii<28 goto ciclo end: rireturn endin instr 355; global widget gknum invalue "num" gkden invalue "den" gkbase invalue "base" gkincr invalue "incr" gktransp invalue "transp" gkamp invalue "amp" gkshuf invalue "manual" ktrig changed gknum, gkden, gkbase, gkincr, gktransp, gkamp, gkshuf ii=0 printk2 ktrig ciclo: ip table ii,66;p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,67;p16 schedkwhen ktrig, -1, 9, 357, 0, -1,i(gknum),i(gkden),i(gkbase),i(gktransp),i(gkamp),ip,ikd,321; poi inviluppo loop_le ii, 1,8192,ciclo endin instr 357 ; INIZIO direct altre basi ;ib=7 ; range tritono ;ivel=p7/kr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti ;(forma a pettine) ivel=p7/gisr;EX KR;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) ;;print p5,p6,p7+1 ;;print 0,p9,p10 iatck=.05; 8192 4 sec, 1024 1, 51=.05 ;ka linseg 0,iatck,1,p3,1 ;ka linseg 0,iatck,1,p3-iatck*2,1,iatck,0 ke line 0,4,1 ; incremento non p3, in 4 sec tutta la tabella ka table ke,p11,1 ;krel linseg 1,p3-iatck,1,iatck,0 ;ka=ka*krel ;iamp=1 ib=p6 isb=p6/2; per renderlo bipolare ii=0 ;p4=p4*ib; (per togliere 0 iniziale) ilr tablei p9/360,456,1,0,1; con wrap per giri iar tablei p9/360,456,1,.25,1 ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii irapp divz p4,p5,1 ioi=int(irapp);p4/p5) i1=ioi*p5 ir=p4-i1 ii=ii+1 p4=ib*ir aa1= (ioi-isb)*p8/p6;aa*kk*ke id=5*(1-(p10*p10)); p10 balance dry wet aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aout*(1-sin(p9))*cos(p9),2,aout*sin(p9)*(1-cos(p9)) ;gar=gar+aa timout 0,ivel,end reinit ciclo end: rireturn endin instr 356 ; MIDI direct altre basi ;im notnum iknum invalue "num" ikden invalue "den" kbase invalue "base" kincr invalue "incr" ktransp invalue "transp" kamp invalue "amp" kshuf invalue "manual" /*if kincr=1 then knum=knum+1 if kincr=2 then kden=kden+1 if kincr=3 then kbase=kbase+1 if kincr=4 then ktransp=ktransp+1 else endif*/ ivel=i(ktransp)/gisr;EX KR;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) ;;print p5,p6,p7+1 ;;print 0,p9,p10 iatck=.05; 8192 4 sec, 1024 1, 51=.05 ;ka linseg 0,iatck,1,p3,1 ;ka linseg 0,iatck,1,p3-iatck*2,1,iatck,0 /*ke line 0,4,1 ; incremento non p3, in 4 sec tutta la tabella ka table ke,p11,1 krel linseg 1,p3-iatck,1,iatck,0 ka=ka*krel*/ ka madsr .01,1,1,.02 ib=i(kbase) isb=ib/2; per renderlo bipolare ii=0 ;p4=p4*ib; (per togliere 0 iniziale) ilr tablei ii/360,456,1,0,1; con wrap per giri ;p9/360,456,1,0,1; con wrap per giri iar tablei ii,456,1,.25,1 ip10 table ii,67; provv ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii irapp divz iknum,ikden,1 ioi=int(irapp);p4/p5) i1=ioi*ikden ir=iknum-i1 ii=ii+1 iknum=ib*ir aa1= (ioi-isb)*kamp/kbase;p8/p6;aa*kk*ke id=5*(1-(ip10*ip10)); p10 balance dry wet aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id ga1 = ga1+a1*ip10 ga2 = ga2+a2*ip10 ga3 = ga3+a3*ip10 ga4 = ga4+a4*ip10 ;outch 1,aout*(1-sin(p9))*cos(p9),2,aout*sin(p9)*(1-cos(p9)) ;gar=gar+aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 358 ; MIDI direct altre basi ;im notnum knum invalue "num" kden invalue "den" kbase invalue "base" kincr invalue "incr" ktransp invalue "transp" kamp invalue "amp" kshuf invalue "manual" /*if kincr=1 then knum=knum+1 if kincr=2 then kden=kden+1 if kincr=3 then kbase=kbase+1 if kincr=4 then ktransp=ktransp+1 else endif*/ ivel=i(ktransp)/gisr;EX KR;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) iatck=.05; 8192 4 sec, 1024 1, 51=.05 ;ka linseg 0,iatck,1,p3,1 ;ka linseg 0,iatck,1,p3-iatck*2,1,iatck,0 /*ke line 0,4,1 ; incremento non p3, in 4 sec tutta la tabella ka table ke,p11,1 krel linseg 1,p3-iatck,1,iatck,0 ka=ka*krel*/ ;ka madsr .01,1,1,.02 ii=0 iknum=i(knum) ikden=i(kden); provv ib=i(kbase) isb=ib/2; per renderlo bipolare print iknum, ikden ciclo: ;p4=p4*ib; (per togliere 0 iniziale) ;ivel=700/gisr;i(ktransp)/gisr;EX KR; ilr =.5;tablei ii/360,456,1,0,1; con wrap per giri ;p9/360,456,1,0,1; con wrap per giri iar =.5;tablei ii,456,1,.25,1 ip10 =.5; table ii,67; provv ;ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii irapp= iknum/ikden;divz iknum,ikden,1 ioi=int(irapp);p4/p5) ;print iknum,ikden,ib,irapp,ioi ;printk2 kioi i1=ioi*ikden ir=iknum-i1 ; resto ii=ii+1 ; non utilizzato /* ioi=int(irapp);p4/p5) i1=ioi*p5 ir=p4-i1 ii=ii+1 p4=ib*ir*/ iknum=ib*ir ;timout 0,ivel,end iaa=(ioi-isb)*i(kamp)/ib aa1= (ioi-isb)*i(kamp)/ib;p8/p6;aa*kk*ke id=5*(1-(ip10*ip10)); p10 balance dry wet aa= aa1;*ka /*a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) ga1 = ga1+a1*ip10 ga2 = ga2+a2*ip10 ga3 = ga3+a3*ip10 ga4 = ga4+a4*ip10*/ aa1 oscils 1000,440,0 ;outch 1,aout*(1-sin(p9))*cos(p9),2,aout*sin(p9)*(1-cos(p9)) outch 1,aa,2,aa1 gar=gar+aa ;iknum=ib*ir ;print iknum, ikden,iaa timout 0,ivel,end ;loop_le ii,1,100000,ciclo reinit ciclo end: rireturn endin instr 359 ; simpler MIDI direct altre basi ;im notnum knum invalue "num" kden invalue "den" /*kbase invalue "base" kincr invalue "incr" ktransp invalue "transp" kamp invalue "amp" kshuf invalue "manual"*/ /*if kincr=1 then knum=knum+1 if kincr=2 then kden=kden+1 if kincr=3 then kbase=kbase+1 if kincr=4 then ktransp=ktransp+1 else endif*/ ;ivel=i(ktransp)/gisr;EX KR;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) iatck=.05; 8192 4 sec, 1024 1, 51=.05 ;ka linseg 0,iatck,1,p3,1 ;ka linseg 0,iatck,1,p3-iatck*2,1,iatck,0 /*ke line 0,4,1 ; incremento non p3, in 4 sec tutta la tabella ka table ke,p11,1 krel linseg 1,p3-iatck,1,iatck,0 ka=ka*krel*/ ;ka madsr .01,1,1,.02 ii=0 /*iknum=i(knum) ikden=i(kden); provv ib=i(kbase) isb=ib/2; per renderlo bipolare*/ ;print iknum, ikden aa1 oscil 10000,440*knum,1 outch 1 ,aa1 endin instr 155; write PRIME duration on f55 ii=0 loop: inu table ii,giprime iden table ii+1,giprime tableiw iden/inu-.8,ii,155; raw= da .6 a .99 (stabilizzato); NB with tablew DON'T match! ir table ii,55 ;print iden/inu,inu/iden, iden/inu-.8,ir ;ii=ii+1 ;if ii<8192 kgoto loop loop_lt ii, 1, 8192,loop endin instr 158; write duration on f55(power of 2) ii=1 loop: tableiw 1/(2^ii),ii-1,55; raw= da .6 a .99 (stabilizzato); NB with tablew DON'T match! ir table ii,55 print 1/ii ;ii=ii+1 ;if ii<8192 kgoto loop loop_lt ii, 1, 8192,loop endin instr 157; write duration on f55(harmonic serie) ii=1 loop: tableiw 1/ii+.05,ii-1,55; raw= da .6 a .99 (stabilizzato); NB with tablew DON'T match! ir table ii,55 print 1/ii ;ii=ii+1 ;if ii<8192 kgoto loop loop_lt ii, 1, 8192,loop endin instr 159 ;TABLEW for durations: reminder normalized (f55) ;ib=7 ; range tritono ivel=p7/gisr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5 /*iatck=.05 ka linseg 0,iatck,1,p3,1 kn linseg 1.000,2,0,p3-4,0,2,1.000*/ ;iamp=1 ib=p6 isb=p6/2 ii=0 ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 ii=ii+1 p4=ib*ir ;aa= (ioi-isb)*10000/p6;aa*kk*ke tablew ir/p5,ii-1,55; git?; max 1 ;tablew ir/ib,ii-1,55; git? ;aout =aa*ka ;gar=gar+aout ;outch 1,aout,2,aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 78; SCHEDule per i343 loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1 gkp4 table kt,p20,1; loop multiplier, con aliasing ciclo: ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 79,0,1,p4,p5,p6,0,11; e 12?; write 44100 samples on ft11 ;schedule 343,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19;,p20;id,inu,idv,ib ; p7 adj, incomprensibile ;loop,freq base,frlfo,ftable,8amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;i42p4/p5base p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ENVftable,p19EToctave,20ftlooppitchenvelope ;schedule p12,0,it,p4,p5,p6,abs(p10)-1,p14,ip,ikd,p17;id,inu,idv,ib ; p7 adj, incomprensibile ;schedwhen ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 79 ;TABLEW per successivo uso ;ib=7 ; range tritono ivel=(1+rnd(2000))/sr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5 /*iatck=.05 ka linseg 0,iatck,1,p3,1 kn linseg 1.000,2,0,p3-4,0,2,1.000*/ ;iamp=1 ib=p6 isb=(p6-1)/2 ii=0 p4=p4*ib; (per togliere 0 iniziale); agg ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 tablew ioi-isb,ii,p8;git; git? ii=ii+1 p4=ib*ir ;aa= (ioi-isb)*10000/p6;aa*kk*ke ;tablew ioi-isb,ii-1,p8;git; git? ;aout =aa*ka ;gar=gar+aout ;outch 1,aout,2,aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 42; SCHEDule per i343 loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1 gkp4 tablei kt,p20,1; loop multiplier, con aliasing k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 65,0,1,p4,p5,p6,0,p10;11; e 12?; write 44100 samples on ft11 schedule 343,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19,p10, p21, i(k8);,p20;id,inu,idv,ib ; p7 adj, incomprensibile ;loop,freq base,frlfo,ftable,8amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;i42p4/p5base p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ENVftable,p19EToctave,20ftlooppitchenvelope ;schedule p12,0,it,p4,p5,p6,abs(p10)-1,p14,ip,ikd,p17;id,inu,idv,ib ; p7 adj, incomprensibile ;schedwhen ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 343; schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ift=p12;freqbase kt line 0, p3*0+4, 1 ; solo così funziona... e solo qui...! ;p3,1 ;non p3, come i 456 in1 table 4*int(p13),500 in2 table 4*int(p13)+1,500 in3 table 4*int(p13)+2,500 in4 table 4*int(p13)+3,500 ifin1 table 40*frac(p13),500 ifin2 table 40*frac(p13)+1,500 ifin3 table 40*frac(p13)+2,500 ifin4 table 40*frac(p13)+3,500 icomp=1-p14 if giWD=0 then id=5*(1-(p10*p10)); p10 balance dry wet else id=p10 endif ilr tablei p9/360,456,1,0,1; con wrap per giri iar tablei p9/360,456,1,.25,1 ;kvel expseg 4.40,p3,.2;.2,p3,1440 istart=rnd(.15) khum linseg 1-istart,p3/2,1+rnd(.2),p3/2,1-istart; non in versione 'precisa' kap phasor khum*p6/p4;kvel; LFO freq ; khum agg ;kp4 linseg p4,p3-2,p4*15,2,p4*15 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kf table kap*p4+1,ift,0;p7,0 printk2 kf ;print p3,p4,p5,p6,p7,p8,p6/p4,p9 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 kff phasor semitone(kf*(12/p11))*(sr/p5);*p4;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled aai table3 kff*gkp4*p4+1,ift,0;p7,0 aanit table kff*gkp4*p4+1,ift,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa dcblock p8*(aanit*kenv+.125*aai*(1-kenv));;;;;;;;.125 ;id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) if nchnls=8 goto 8 outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id goto 4 8: ; wet:id=p10 outch in1,a1*id*icomp,in2,a2*id*icomp,in3,a3*id*icomp,in4,a4*id*icomp,ifin1,a1*id*p13,ifin2,a2*id*p13,ifin3,a3*id*p13,ifin4,a4*id*p13 4: ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 41; SCHEDule per i343 loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1 gkp4 tablei kt,p20,1; loop multiplier, con aliasing k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip=p15; table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 65,0,1,p4,p5,p6,0,p10;11; e 12?; write 44100 samples on ft11 schedule 341,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19,p10, p21, i(k8);,p20;id,inu,idv,ib ; p7 adj, incomprensibile ;loop,freq base,frlfo,ftable,8amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;i42p4/p5base p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ENVftable,p19EToctave,20ftlooppitchenvelope ;schedule p12,0,it,p4,p5,p6,abs(p10)-1,p14,ip,ikd,p17;id,inu,idv,ib ; p7 adj, incomprensibile ;schedwhen ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 341; schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;akk loscil 1,1.95,p6,6/gisr,1,6,p4+6; p4 ;kf downsamp akk ;print p7 ift=p12;freqbase kt line 0,4+p3*0,1;p3,1 ;non p3, come i 456 in1 table 4*int(p13),500 in2 table 4*int(p13)+1,500 in3 table 4*int(p13)+2,500 in4 table 4*int(p13)+3,500 ifin1 table 40*frac(p13),500 ifin2 table 40*frac(p13)+1,500 ifin3 table 40*frac(p13)+2,500 ifin4 table 40*frac(p13)+3,500 icomp=1-p14 if giWD=0 then id=5*(1-(p10*p10)); p10 balance dry wet else id=p10 endif kpan linseg p9,8+p3*0,p9+180 kilr tablei kpan/360,456,1,0,1; con wrap per giri kiar tablei kpan/360,456,1,.25,1 ;kvel expseg 4.40,p3,.2;.2,p3,1440 istart=rnd(.15) ;khum linseg 1-istart,p3/2,1+rnd(.2),p3/2,1-istart; non in versione 'precisa' kap phasor p6/p4;kvel; LFO freq ; khum agg ;kp4 linseg p4,p3-2,p4*15,2,p4*15 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kf table kap*p4+1,ift,0;p7,0 ;printk2 kf print p3,p4,p5,p6,p7,p8,p6/p4,p9 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 kff phasor semitone(kf*(12/p11))*(sr/p5);*p4;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled aai table3 kff*gkp4*p4+1,ift,0;p7,0 aanit table kff*gkp4*p4+1,ift,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa dcblock p8*(aanit*kenv+.125*aai*(1-kenv));;;;;;;; ;id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-kilr)*kiar a2=aa*kilr*kiar a3=aa*kilr*(1-kiar) a4=aa*(1-kilr)*(1-kiar) ;outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id if nchnls=8 goto 8 outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id goto 4 8: ; wet:id=p10 outch in1,a1*id*icomp,in2,a2*id*icomp,in3,a3*id*icomp,in4,a4*id*icomp,ifin1,a1*id*p13,ifin2,a2*id*p13,ifin3,a3*id*p13,ifin4,a4*id*p13 4: ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 45; SCHEDule per i343 loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1 gkp4 tablei kt,p20,1; loop multiplier, con aliasing k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ;gkmod linseg ciclo: ;kit oscil 1,1/p3,55 it =p13; direct time ;table ii,p13; ritmi da tabella ip table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 65,0,1,p4,p5,p6,0,p10;11; e 12?; write 44100 samples on ft11 schedule 347,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19,p10,p21,i(k8);,p20;id,inu,idv,ib ; p7 adj, incomprensibile ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 346;cross schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;akk loscil 1,1.95,p6,6/gisr,1,6,p4+6; p4 ;kf downsamp akk ;print p7 ift=p12 ilr tablei p9/360,456,1,0,1; con wrap per giri iar tablei p9/360,456,1,.25,1 ;kp4 linseg p4,p3-2,p4*15,2,p4*15 kt line 0,4,1;p3,1 ;non p3, come i 456 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kmod linseg 1,1,1,5,p3/4,0,p3/4,.1,p3/4,0 kmodc=1-kmod kfm=(p6/p4)*kmod+kmodc*(gkp4*p4+1)*(sr/p5) kap phasor kfm;kvel; LFO freq ; khum agg kf table kap*p4+1,ift,0;p7,0 kff phasor semitone(kf*(12/p11))*(sr/p5)*kmod+kmodc*(p6/p4);*p4;kgiu;p5 kcar=kff*gkp4*p4+1 kfc=(kap*p4+1)*kmodc+kmod*kcar kf table kfm,ift,0;p7,0 printk2 kf print p3,p4,p5,p6,p7,p8,p6/p4 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled aai table3 kfc,ift,0;p7,0 aanit table kfc,ift,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa=p8*(aanit*kenv+.125*aai*(1-kenv));;;;;;;; id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 347;cross schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;akk loscil 1,1.95,p6,6/gisr,1,6,p4+6; p4 ;kf downsamp akk ;print p7 ift=p12 kt expseg .1,4+p3*0,.91;p3,1 ;non p3, come i 456 in1 table 4*int(p13),500 in2 table 4*int(p13)+1,500 in3 table 4*int(p13)+2,500 in4 table 4*int(p13)+3,500 ifin1 table 40*frac(p13),500 ifin2 table 40*frac(p13)+1,500 ifin3 table 40*frac(p13)+2,500 ifin4 table 40*frac(p13)+3,500 icomp=1-p14 if giWD=0 then id=5*(1-(p10*p10)); p10 balance dry wet else id=p10 endif kilr tablei (kt*720)/360,456,1,0,1; con wrap per giri kiar tablei (kt*720)/360,456,1,.25,1 ;kp4 linseg p4,p3-2,p4*15,2,p4*15 ;gkp4 table kt,p12,1; loop multiplier, con aliasing krall expseg 2,1,2,p3,.1 kmod linseg .99,1,.9748,1,.6895,3.3,.0410,p3/14,.1,p3/4,0 kmod=int((1-kmod)*200)/200; quantizzato kmodc=1-kmod kfm=(p6/p4)*kmod+kmodc*(gkp4*p4+1)*(sr/p5) kap phasor kfm;*krall;kvel; LFO freq ; khum agg kf table kap*p4+1,ift,0;p7,0 kff phasor semitone(kf*(12/p11))*(sr/p5)*kmod;+kmodc*(p6/p4);*p4;kgiu;p5 kcar=kff*gkp4*p4+1 kfc=(kap*p4+1)*kmodc+kmod*kcar kf table kfm,ift,0;p7,0 printk2 kf print p3,p4,p5,p6,p7,p8,p6/p4 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled aai table3 kfc,ift,0;p7,0 aanit table kfc,ift,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa=p8*(aanit*kenv+.125*aai*(1-kenv));;;;;;;; ;id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-kilr)*kiar a2=aa*kilr*kiar a3=aa*kilr*(1-kiar) a4=aa*(1-kilr)*(1-kiar) ;outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id if nchnls=8 goto 8 outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id goto 4 8: ; wet:id=p10 outch in1,a1*id*icomp,in2,a2*id*icomp,in3,a3*id*icomp,in4,a4*id*icomp,ifin1,a1*id*p13,ifin2,a2*id*p13,ifin3,a3*id*p13,ifin4,a4*id*p13 4: ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 43; SCHEDule RESTI per i343 loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1 gkp4 table kt,p20,1; loop multiplier, con aliasing k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 165,0,1,p4,p5,p6,0,12; e 12?; write 44100 samples on ft11 schedule 443,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19,p10, p21, i(k8);,p20;id,inu,idv,ib ; p7 adj, incomprensibile ;loop,freq base,frlfo,ftable,8amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;i42p4/p5base p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ENVftable,p19EToctave,20ftlooppitchenvelope ;schedule p12,0,it,p4,p5,p6,abs(p10)-1,p14,ip,ikd,p17;id,inu,idv,ib ; p7 adj, incomprensibile ;schedwhen ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 443; schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;akk loscil 1,1.95,p6,6/gisr,1,6,p4+6; p4 ;kf downsamp akk ;print p7 in1 table 4*int(p13),500 in2 table 4*int(p13)+1,500 in3 table 4*int(p13)+2,500 in4 table 4*int(p13)+3,500 ifin1 table 40*frac(p13),500 ifin2 table 40*frac(p13)+1,500 ifin3 table 40*frac(p13)+2,500 ifin4 table 40*frac(p13)+3,500 icomp=1-p14 if giWD=0 then id=5*(1-(p10*p10)); p10 balance dry wet else id=p10 endif ilr tablei p9/360,456,1,0,1; con wrap per giri iar tablei p9/360,456,1,.25,1 ;kvel expseg 4.40,p3,.2;.2,p3,1440 istart=rnd(.15) khum linseg 1-istart,p3/2,1+rnd(.2),p3/2,1-istart kap phasor khum*p6/p4;kvel; LFO freq ; khum agg ;kp4 linseg p4,p3-2,p4*15,2,p4*15 kt line 0,p3+birnd(.3),1 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kf table kap*p4+1,12,0;p7,0 printk2 kf print p3,p4,p5,p6,p7,p8,p6/p4 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 kff phasor semitone(kf*(12/p11))*(sr/p5);*p4;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled aai table3 kff*gkp4*p4+1,12,0;p7,0 aanit table kff*gkp4*p4+1,12,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa=p8*(aanit*kenv+.5*aai*(1-kenv));;;;;;;; ;id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) ;outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id if nchnls=8 goto 8 outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id goto 4 8: ; wet:id=p10 outch in1,a1*id*icomp,in2,a2*id*icomp,in3,a3*id*icomp,in4,a4*id*icomp,ifin1,a1*id*p13,ifin2,a2*id*p13,ifin3,a3*id*p13,ifin4,a4*id*p13 4: ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 165 ;TABLEW per successivo uso ;ib=7 ; range tritono ivel=1/sr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5 /*iatck=.05 ka linseg 0,iatck,1,p3,1 kn linseg 1.000,2,0,p3-4,0,2,1.000*/ ;iamp=1 ib=p6 isb=(p6-1)/2 ii=0 p4=p4*ib; (per togliere 0 iniziale); agg ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 tablew ir,ii,p8;git; git? ii=ii+1 p4=ib*ir ;aa= (ioi-isb)*10000/p6;aa*kk*ke ;tablew ioi-isb,ii-1,p8;git; git? ;aout =aa*ka ;gar=gar+aout ;outch 1,aout,2,aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 39; SCHEDule per i343 loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 kt line 0,p3,1 gkp4 tablei kt,p20,1; loop multiplier, con aliasing k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: ;kit oscil 1,1/p3,55 it=p3; table ii,p13; ritmi da tabella ip=p15; table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd =p16;table ii,p16;,1 print p15,p16 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 65,0,1,p4,p5,p6,0,p10;11; e 12?; write 44100 samples on ft11 schedule 340,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19,p10, p21, i(k8);,p20;id,inu,idv,ib ; p7 adj, incomprensibile ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 40; SCHEDule per i343 loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 kt line 0,p3,1 gkp4 tablei kt,p20,1; loop multiplier, con aliasing k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: ;kit oscil 1,1/p3,55 it=p3; table ii,p13; ritmi da tabella ip=p15; table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd =p16;table ii,p16;,1 print p15,p16 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 65,0,1,p4,p5,p6,0,p10;11; e 12?; write 44100 samples on ft11 schedule 340,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19,p10, p21, i(k8);,p20;id,inu,idv,ib ; p7 adj, incomprensibile ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 340; doppia FM:transpose+audio con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;akk loscil 1,1.95,p6,6/gisr,1,6,p4+6; p4 ;kf downsamp akk ;print p7 ift=p12;freqbase kt line 0,rnd(4)+.5,1;p3,1 ;non p3, come i 456 in1 table 4*int(p13),500 in2 table 4*int(p13)+1,500 in3 table 4*int(p13)+2,500 in4 table 4*int(p13)+3,500 ifin1 table 40*frac(p13),500 ifin2 table 40*frac(p13)+1,500 ifin3 table 40*frac(p13)+2,500 ifin4 table 40*frac(p13)+3,500 icomp=1-p14 if giWD=0 then id=5*(1-(p10*p10)); p10 balance dry wet else id=p10 endif ilr tablei p9/360,456,1,0,1; con wrap per giri iar tablei p9/360,456,1,.25,1 ;kvel expseg 4.40,p3,.2;.2,p3,1440 istart=rnd(.15) khum linseg 1-istart,p3/2,1+rnd(.2),p3/2,1-istart; non in versione 'precisa' kap phasor khum*p6/p4;kvel; LFO freq ; khum agg ;kp4 linseg p4,p3-2,p4*15,2,p4*15 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kf table kap*p4+1,ift,0;p7,0 ifr table 0,ift ;printk2 kf ;print p3,p4,p5,p6,p7,p8,p6/p4,p9 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 kff phasor semitone(ifr+.52*kf*(12/p11))*(sr/p5);*p4;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled aai table3 kff*gkp4*p4+1,ift,0;p7,0 aanit table kff*gkp4*p4+1,ift,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa dcblock .5*p8*(aanit*kenv+.0625*aai*(1-kenv));;;;;;;;.125 ;id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) ;outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id if nchnls=8 goto 8 outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id goto 4 8: ; wet:id=p10 outch in1,a1*id*icomp,in2,a2*id*icomp,in3,a3*id*icomp,in4,a4*id*icomp,ifin1,a1*id*p13,ifin2,a2*id*p13,ifin3,a3*id*p13,ifin4,a4*id*p13 4: ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 65 ;TABLEW per successivo uso ;ib=7 ; range tritono ivel=1/sr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p4,p5,p6 /*iatck=.05 ka linseg 0,iatck,1,p3,1 kn linseg 1.000,2,0,p3-4,0,2,1.000*/ ;iamp=1 ib=p6 isb=(p6-1)/2 ii=0 p4=p4*ib; (per togliere 0 iniziale); agg ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 tablew ioi-isb,ii,p8;git; git? ii=ii+1 p4=ib*ir ;aa= (ioi-isb)*10000/p6;aa*kk*ke ;tablew ioi-isb,ii-1,p8;git; git? ;aout =aa*ka ;gar=gar+aout ;outch 1,aout,2,aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 44; SCHEDule per i344 percussive loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1 gkp4 tablei kt,p20,1; loop multiplier, con aliasing ciclo: ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 65,0,1,p4,p5,p6,0,p10;11; e 12?; write 44100 samples on ft11 schedule 344,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19,p10;,p20;id,inu,idv,ib ; p7 adj, incomprensibile ;loop,freq base,frlfo,ftable,8amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;i42p4/p5base p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ENVftable,p19EToctave,20ftlooppitchenvelope ;schedule p12,0,it,p4,p5,p6,abs(p10)-1,p14,ip,ikd,p17;id,inu,idv,ib ; p7 adj, incomprensibile ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 344; percussive schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;akk loscil 1,1.95,p6,6/gisr,1,6,p4+6; p4 ;kf downsamp akk ;print p7 ift=p12 ;il=ftlen(p12) ilr tablei p9/360,456,1,0,1; con wrap per giri iar tablei p9/360,456,1,.25,1 ;kvel expseg 4.40,p3,.2;.2,p3,1440 ;istart=rnd(.15) ;khum linseg 1-istart,p3/2,1+rnd(.2),p3/2,1-istart; non in versione 'precisa' kap phasor p6/p4;*khum;kvel; LFO freq ; khum agg ;kp4 linseg p4,p3-2,p4*15,2,p4*15 kt line 0,4,1;p3,1 ;non p3, come i 456 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kf table kap*p4+1,ift,0;p7,0 printk2 kf print p3,p4,p5,p6,p7,p8,p6/p4 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 kff phasor semitone(kf*(12/p11))*(sr/p5);*p4;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled kap1 phasor p6*kap;*p4+1 kaper =1-(kap1*kap1) aai table3 kff*gkp4*p4+1,ift,0;p7,0 aanit table kff*gkp4*p4+1,ift,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa=kaper*p8*(aanit*kenv+.125*aai*(1-kenv));;;;;;;; id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 75 ;TABLEW LENTO per row xfade?;successivo uso, p.es con pvsynth i82 83 ;ib=7 ; range tritono ivel=.001;1/sr;.1825 ; a 60 8 ;;;;spettro: zeri a gisr/2 e gisr/2 diviso in metà delle parti (forma a pettine) print p5 /*iatck=.05 ka linseg 0,iatck,1,p3,1 kn linseg 1.000,2,0,p3-4,0,2,1.000*/ ;iamp=1 ib=p6 isb=(p6-1)/2 ii=0 p4=p4*ib; (per togliere 0 iniziale); agg ciclo: ;irb=(ib^ii)%p5 ;ir=p4%p5 ;print ib*int(p4/p5),irb,ii ioi=int(p4/p5) i1=ioi*p5 ir=p4-i1 tablew ioi-isb,ii,p8;git; git? ii=ii+1 p4=ib*ir ;aa= (ioi-isb)*10000/p6;aa*kk*ke ;tablew ioi-isb,ii-1,p8;git; git? ;aout =aa*ka ;gar=gar+aout ;outch 1,aout,2,aout timout 0,ivel,end reinit ciclo end: rireturn endin instr 242; SCHEDule per i342 FM attacco loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 /*k4 linseg int(p4),p3,frac(p4) k5 linseg int(p5),p3,frac(p5) k6 linseg int(p6),p3,frac(p6) id=.5 idd=p3*id*/ kt line 0,p3,1 gkp4 table kt,p20,1; loop multiplier, con aliasing ciclo: ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 /*inu=p4+p7/idd idv=p5+p8*/ ; schedule p9=pan da table generata ad hoc, indicata da p15 schedule 65,0,1,p4,p5,p6,0,11; e 12?; write 44100 samples on ft11 schedule 342,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19;,p20;id,inu,idv,ib ; p7 adj, incomprensibile ;loop,freq base,frlfo,ftable,8amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;i42p4/p5base p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ENVftable,p19EToctave,20ftlooppitchenvelope ;schedule p12,0,it,p4,p5,p6,abs(p10)-1,p14,ip,ikd,p17;id,inu,idv,ib ; p7 adj, incomprensibile ;schedwhen ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 342; FM schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;akk loscil 1,1.95,p6,6/gisr,1,6,p4+6; p4 ;kf downsamp akk ;print p7 ilr tablei p9/360,456,1,0,1; con wrap per giri iar tablei p9/360,456,1,.25,1 ;kvel expseg 4.40,p3,.2;.2,p3,1440 istart=rnd(.15) khum linseg 1-istart,p3/2,1+rnd(.2),p3/2,1-istart kap phasor khum*p6/p4;kvel; LFO freq ; khum agg ;kp4 linseg p4,p3-2,p4*15,2,p4*15 kt line 0,4,1;p3,1 ;non p3, come i 456 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kf table kap*p4+1,11,0;p7,0 printk2 kf print p3,p4,p5,p6,p7,p8,p6/p4 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 ;kff phasor semitone(kf*(12/p11))*(sr/p5);*p4;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled kff phasor semitone(kenv*kf*(12/p11))*(sr/p5);*p4;kgiu;p5; agg aai table3 kff*gkp4*p4+1,11,0;p7,0 aanit table kff*gkp4*p4+1,11,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa=p8*(aanit*kenv+.125*aai*(1-kenv));;;;;;;; id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 3431; schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ;akk loscil 1,1.95,p6,6/sr,1,6,p4+6; p4 ;kf downsamp akk ;print p7 ilr tablei p9/360,456,1,0,1; con wrap per giri iar tablei p9/360,456,1,.25,1 ;kvel expseg 4.40,p3,.2;.2,p3,1440 kap phasor p6;kvel; LFO freq ;kp4 linseg p4,p3-2,p4*15,2,p4*15 kt line 0,p3,1 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kf table kap*p4+1,11,0;p7,0 printk2 kf print p3,p4,p5,p6,p7,p8 ;kgiu expseg p5,p3,sr ;kff phasor octave(kf/p11)*sr/p5;kgiu;p5 kff phasor semitone(kf*(12/p11))*sr/p5;kgiu;p5 ;kff phasor sr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1 aai tablei kff*gkp4*p4+1,11,0;p7,0 aanit table kff*gkp4*p4+1,11,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa=p8*(aanit*kenv+.5*aai*(1-kenv));;;;;;;; id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-ilr)*iar a2=aa*ilr*iar a3=aa*ilr*(1-iar) a4=aa*(1-ilr)*(1-iar) outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 48; SCHEDule zoom loop con pan e distanza ft115 e 16 ;p12; p4+p7,p5+8,p6+9,p10+11,p13 ft inerzia,p14=p8 schedule ii=0;1 kt line 0,p3,1 gkp4 tablei kt,p20,1; loop multiplier, con aliasing k8 linseg 0,p3/4,0,p3/2,1,p3/4,1; decode single p18 to table 500 ciclo: ;kit oscil 1,1/p3,55 it table ii,p13; ritmi da tabella ip=p15; table ii,p15 ; panning in gradi ;kdist line 0,p3,1 ; distanza ikd table ii,p16;,1 schedule 65,0,1,p4,p5,p6,0,p10;11; e 12?; write 44100 samples on ft11 schedule 348,.0,it,p11,p12,p17,p18,p14,ip,ikd,p19,p10, p21, i(k8);,p20;id,inu,idv,ib ; p7 adj, incomprensibile ii=ii+1 p4=p4+p7 p5=p5+p8 p6=p6+p9 ;p10=p10+p11 timout 0,it, end reinit ciclo end: rireturn endin instr 348; schedlooper con pitch modulation; loop,freq base,frlfo,ftable,amp,9pan360,10ftdist,p11EToctave,12ftlooppitchenvelope ift=p12; freqbase kt line 0,p3*0+4,1;p3,1 ;non p3, come i 456 in1 table 4*int(p13),500 in2 table 4*int(p13)+1,500 in3 table 4*int(p13)+2,500 in4 table 4*int(p13)+3,500 ifin1 table 40*frac(p13),500 ifin2 table 40*frac(p13)+1,500 ifin3 table 40*frac(p13)+2,500 ifin4 table 40*frac(p13)+3,500 icomp=1-p14 if giWD=0 then id=5*(1-(p10*p10)); p10 balance dry wet else id=p10 endif ;ilr tablei p9/360,456,1,0,1; con wrap per giri ;iar tablei p9/360,456,1,.25,1 kpan linseg p9,8+p3*0,p9*4 kilr tablei kpan/360,456,1,0,1; con wrap per giri kiar tablei kpan/360,456,1,.25,1 ;kvel expseg 4.40,p3,.2;.2,p3,1440 ;khum linseg 1-istart,p3/2,1+rnd(.2),p3/2,1-istart; non in versione 'precisa' kap phasor gkp4*p6/p4;kvel; LFO freq ; khum agg ;kp4 linseg p4,p3-2,p4*15,2,p4*15 ;gkp4 table kt,p12,1; loop multiplier, con aliasing kf table kap*p4+1,ift,0;p7,0 ;printk2 kf print p3,p4,p5,p6,p7,p8,p6/p4,p9 ;kgiu expseg p5,p3,gisr ;kff phasor octave(kf/p11)*gisr/p5;kgiu;p5 kff phasor semitone(kf*(12/p11))*(sr/p5);*p4;kgiu;p5 ;kff phasor gisr/p5;kgiu;p5 kenv table kt,p7,1;18 ; agg 1; ampenvelope for each 'grain' scheduled aai table3 kff*p4+1,ift,0;p7,0 aanit table kff*p4+1,ift,0 ;aa lposcil p7,1/p5*semitone(kf),6,p4,p6; p4 anche variato ;aa lposcil p7,1/p5,6,p4,p6; p4 anche variato aa dcblock p8*(aanit*kenv+.125*aai*(1-kenv));;;;;;;; ;id=5*(1-(p10*p10)); p10 balance dry wet ;aa= aa1*ka a1=aa*(1-kilr)*kiar a2=aa*kilr*kiar a3=aa*kilr*(1-kiar) a4=aa*(1-kilr)*(1-kiar) ;outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id if nchnls=8 goto 8 outch 1,a1*id,2,a2*id,gi3,a3*id,gi4,a4*id goto 4 8: ; wet:id=p10 outch in1,a1*id*icomp,in2,a2*id*icomp,in3,a3*id*icomp,in4,a4*id*icomp,ifin1,a1*id*p13,ifin2,a2*id*p13,ifin3,a3*id*p13,ifin4,a4*id*p13 4: ga1 = ga1+a1*p10 ga2 = ga2+a2*p10 ga3 = ga3+a3*p10 ga4 = ga4+a4*p10 ;outch 1,aa,2,aa gar=gar+aa endin instr 82; PVS read ifftsize = 4096;1024 ;fft size ioverlap = 1024;256; determina altezza ;overlap knewamp = 0 ;new value for amplitudes ;create fsig stream from function table fgisrc pvstanal 1, 1, 1, 11, 0, 0, 0, ifftsize, ioverlap, 0 pvsftr fgisrc,11,11 ;read modified data back to fgisrc aout pvsynth fgisrc ;and resynth outs aout*100, aout*100 endin instr 83; PVS read ifftsize = 4096;1024 ;fft size ioverlap = 1024;256; determina altezza ;overlap knewamp = 0 ;new value for amplitudes ;create fsig stream from function table fgisrc pvstanal 1, 1, 1, 11, 0, 0, 0, ifftsize, ioverlap, 0 pvsftr fgisrc,12,11 ;read modified data back to fgisrc aout pvsynth fgisrc ;and resynth outs aout*100, aout*100 endin instr 80; test ii=p8 print p7 aa poscil3 10000,gisr/p7,1;441,1 outs aa,aa endin ;turnon 80 instr 81; vibrato multiplo-parametrico k1 linseg 2,2,2.15,9,.7 k2 linseg 2,2,1.85,9,.4 k3 linseg 2,2,2,9,.6 kl1 lfo .1,k1 kl2 lfo 12,k2 kl3 lfo 7000,k3 as phasor 100*semitone(kl1) af butterlp as*(8000+kl3),4000*semitone(kl2) out af ; + pan... endin instr 126 ; per battimenti tra impulsi aa oscili 2000.5,p4,8; oscil non filtrato, oscili e oscil3 più dolci outs aa,aa endin instr 127; battimenti-freeze k1 oscil .3,.4,8;,.5 a1 oscil 2000,p4,8 a2 oscil 2000,p4+k1,8; aa=a1+a2 outs aa,aa endin instr 128; fasi tra sinusoidi giadd ftgen 0,0,8192,10,0,1,1,1,1,1,1,1,1,1 aa oscil 8000,p5,giadd,p4 outs aa,aa endin instr 129 ap phasor p4 kk linseg p5,p3,p6 kl limit kk,0,10 aa table ap*kl,1,1 aa=aa*9000 outs aa,aa gar=gar+aa;*9000 endin instr 111 ;master caller prime instrument ifrmax table p4,giprime ininstr = 2000/p4;22000/(ifrmax*p4);/p4;43000/p4 ;number of called instances indx = 0 loop: ipan random 0, 1 ifreq table indx,giprime;random 100, 1000 prints "play instance %d\\n", ifreq*p4 iamp = 10000/ininstr event_i "i", 112, 0, p3, iamp, ifreq*p4, ipan loop_le indx, 1, ininstr, loop endin instr 112 ; slave ifreq= p7;cpspch(5.04) ipeak random 0, 1 ;where is the envelope peak asig poscil3 p4, ifreq*p5, 2,ipeak ; con random fase ;aenv transeg 0, p3*ipeak, 6, 1, p3-p3*ipeak, -6, 0 ;aL,aR pan2 asig*aenv, p6 aL,aR pan2 asig, p6 outs aL, aR endin instr 115 ; slave filter ifreq= p7; ifreq= cpspch(5.04) ipeak random 0, 1 ;where is the envelope peak abuzz gbuzz 9*p4,ifreq,gisr*.5/ifreq,1,1,1 kb expon 19.1,p3,.040 asig butterbp abuzz,ifreq*p5,kb; p5, 2,ipeak ; con random fase ;aenv transeg 0, p3*ipeak, 6, 1, p3-p3*ipeak, -6, 0 ;aL,aR pan2 asig*aenv, p6 aL,aR pan2 asig, p6 outs aL, aR endin instr 114 ;master caller squares; da migliorare ;ifrmax table p4,giprime ininstr = p6;22000/(ifrmax*p4);/p4;43000/p4 ;number of called instances indx = 0 loop: ibase= cpspch(6.04) ipan random 0, 1 ifreq table indx,giprime;random 100, 1000 prints "play instance %d\\n", ibase*p4 iamp = 10000/ininstr event_i "i", 112, indx, p3, iamp, indx*ibase*p4^p6, ipan event_i "i", 112, 0, p3, iamp, indx*ibase*(1+p6-indx)*p5^p6, ipan print indx*p4^p6 print indx*(1+p6-indx)*p5^p6 loop_le indx, 1, ininstr, loop endin instr 113 ;master caller SQUARES instrument ifrmax table p4,p5 ininstr = p4;22000/(ifrmax*p4);/p4;43000/p4 ;number of called instances indx = 0 ibase= cpspch(5.04) loop: ipan random 0, 1 ifreq table indx,p5;random 100, 1000 ;prints "play instance %d\\n", ifreq*ibase print ifreq,ibase iamp = 10000/ininstr itranspose=2^p6 event_i "i", p7, indx*.2, p3, iamp, ifreq/itranspose, ipan, ibase/itranspose loop_le indx, 1, ininstr, loop endin instr 119; adsynt ;aa adsynt2 kamp, kcps, iwfn, ifreqfn, iampfn, icnt [, iphs] ;aa adsynt2 1,440*p4/p5,3,p7,4,p6 ;aa oscili 1,440*p4/p5,p6 ;aa adsynt2 kamp, kcps, iwfn, ifreqfn, iampfn, icnt [, iphs] aa adsynt2 .3,440*p4/p5,3,p6,4,p7 kk expseg 150,p3,1500.0 aa butterbp aa,kk,15 outs aa,aa endin instr 121; adsynt no filter ; inizio? giarm ftgen 121,0,64,-2,1,2,4,8,16,32,64,128,256,512 ;aa adsynt2 kamp, kcps, iwfn, ifreqfn, iampfn, icnt [, iphs] kp phasor 1 kf table kp*6,19 aa adsynt2 p4,27.5*semitone(kf),1,121,p6,8;,p7 outs aa,aa endin instr 120 ; fasi gifase ftgen 120,0,4,2,0,0,1,1 giph ftgen 121,0,8192,10,1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1,0, 0, 0, 0, 0, 0,0,0,1 ;giph ftgen 121,0,8192,10,0,1,1, 0,1, 0, 1, 0, 0, 0, 1, 0,1, 0, 0, 0, 0, 0, 1,0,1, 0, 0, 0,1, 0, 0,0,0,0,1 giph ftgen 121,0,8192,10,1,1,1,1,1,1,1,1,1,1,1,1 kp oscil .5,1/8,120,.3; fuori fase per 4 sec a1 oscili 8000,p4+.0625*kp,121,0 a2 oscili -8000,p4,121,p5 aa=a1+a2;-a1 outs aa,aa gar=gar+aa endin /*instr 565; sorg. coord in m vol CON DOPPLER gipan ftgen 3,0,8192,9,.25,1,0 ;ex i65 39.7 12 0 0 751 1.000 1 1 8.02 0 /*kix invalue "x12" kiy invalue "y12" ic=int(p6)/p6;se decimale loscil if ic<1 goto loop; p4 p5 p6shift p7 vol p8 shift a1 soundin int(p6),p8 goto contin loop: itb=frac(p6)*100 ;it=ftlen(itb) /*a1 loscil 1,293,itb,293;,0,0,it kenv linseg 0,.001,1,p3-.101,1,.1,0 a1=a1*kenv contin: kix=p4-gkx kiy=p5-gky kdist=sqrt(kix*kix+kiy*kiy)+1;(protezione con pseudo altezza) ;adist interp kdist;,p6;gareg=20*ga1/kdist ;provv /*ade delayr 2;nb p3;2;p3 adop deltapi kdist/330 delayw a1*(1+p7);dry amp:inv del quadrato;galoc areg;gadopf tone gadop,900 if abs(kiy) f 1 0 8192 10 1 ;1 1 1 1 1 1 f 2 0 8192 10 1 0 0 1 0 0 0 0 1 0 0 0 0 0 0 1 ;6 5 4 3 2 1 f3 0 8192 10 8 6 4 2 1 f 15 0 512 2 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 f 19 0 512 -2 1 4 2 8 5 7 f191 0 8 2 0 1 4 2 8 5 7 0 ; pseudo ciclo f456 0 8 -2 0 .7 1 1 1 .7 0 0 ; per panning ;f0 3600 ;f 55 0 8192 -5 .12 64 .020 ; test vel max ;f 55 0 8192 -7 .64 11 .116 200 .2 ; lineare, vedi val medio ;f 55 0 64 -2 [1/6] [1/3] .5 1 ;1/2 1/3 1/6 ; num perfetti in 1 sec f55 0 8192 -5 .43 35 .23 5 .4 8192 .3 f155 0 8192 -7 1 8192 1 ;i 66 0 1 1 7 10 1 ; scrive pan da resti f68 0 64 -7 45 10 45 30 190 f66 0 512 -7 -30 6 20 40 190; semplice giro incompleto loudspeaker; ex 64 ftlen f67 0 64 -7 1 20 .95 14 .61 4 .990001 ; distanza f321 0 8192 7 0 60 1 8192 1 ; num den base e loro incr ; quanti sample e incr, isno, ftritmi, amp,ft pan e distanza f61 0 64 -7 1 10 1 44 1 10 1;15 10 15 ; no aliasing f530 0 8192 -7 .2 8192 1; cresc envelope f322 0 8192 -5 1 300 .1 7192 .0003 ; per score tabella spk; piano orizz0 1, piano frontale2 rear3, piani laterali4 5; f500 0 64 -2 1 2 4 3 5 6 8 7 1 2 6 5 3 4 8 7 1 3 7 5 2 4 8 6 ; possibili spostam paralleli: 0-4, 8 12, ecc o campi di piano es 0-8 (in questo caso spk in comune, ma non con piani laterali, che prendono spk interni esterni rispetto ai precedenti ;i999 0 -1 ;f0 900 s;i499 on/off ;i 499 0 -20 ; reverb quadrifonico ; togli per 8 ch, poi fai i501 per durata file e mix il wav per aggiungere il riverbero. s;mix d/wet ;i501 0 [20*60+50] ; 8ch mixdown, set min and sec ;e s s; a canone, ispessito, emerge 1/7 x f323 0 8192 7 0 100 1 800 1 92 0 f61 0 64 -5 1 54 1 5 1.5 5 .1;30 1 1 31 .01;attacco f68 0 64 -7 220 10 45 54 1000 f42 0 128 -7 .42 128 .28; da 2 accel a rit. i42 0.0 18.5 1 49 10 1 0 0 11 [44100/15.300] 44100 42 [350*.6] 66 67 [13] 321 12.0 61 4.0; 6*? loop 6 + aiuto i42 0.0 19.0 2 49 10 1 0 0 12 [44100/15.30] 44100 42 [500*.6] 68 67 [13] . 12.0 61 3.1; 6*? loop 6 + aiuto ; su falsariga glossario dial tone f161 18 64 -5 1 14 1 18 1.5 32 .1;2.04 32 .1;30 1 1 31 .01;attacco i66 0 1 1 81 10 1 i42 [18+5.0] 25.0 1 [81*27] 10 1 0 0 12 [44100/300.0] 441.00 55 [.4*350.500] 66 67 [10] 321 12.50 161 0.1 i42 18.0 30.0 1 [81] 10 1 0 0 11 [44100/3000] 441.00 61 [.4*1000] 66 67 [7] . 7.1900 161 3.4; no da altra tabella i53 44.0 4 1 7 3.5 0 0 0 100 -9 456 55 [.4*16000.] 168 67 322 3.0; grave agg ; ex -11 f168 44 64 -5 270 64 2700 f55 44 64 -5 2 64 2 ;f65 0 64 -7 90 5 -10 5 -90 5 120 5 300 ; cambia volume troppo, tolto da csd p152 ;versione lunga comica /* i42 48.0 13.260 1 [72*1.5] 5 1 0 0 11 [44100/3000] 441.00 42 1000 65 68 [7.9] 321 5 61 i42 [1+48.020] 12.035 1 [36+28] 7 1 0 0 12 [44100/3000] 441.00 42 1000 . . [8.5] 321 7 61 i53 53.0 8 1 7 3.5 0 0 0 100 -7 456 55 [.4*16000.] 168 67 322 3.0; grave agg */ s; miniatura resti in due s x b.25 ; respiro f55 0 64 -5 2 32 .31 32 .1;64 .15 f61 0 64 -7 1 20 1 30 3 14 .5; aliasing ;f61 0 64 -7 .5 16 .51 1 1.5 47 1.49 ;f61 0 64 -7 1 64 1 f322 0 8192 -5 .048 200 1 1000 .4 7192 .76 f167 0 64 -7 .405 16 .25 48 1 i53 0 35 1 7 3.5 0 0 0 90 -11 456 55 15000 168 67 322 ; agg f168 0 64 -5 270 64 2700 i66 0 1 1 7 10 1 ;i. 25 1 41 10 i43 0 25 1 21 2 0 2 0 11 [44100/370] 1105.0 55 100.0 66 167 [6] 322 32 61 4.5; rauco i43 10 25 1 21 2 0 2 0 12 [44100/37] 44100 55 100.0 66 167 [7] 322 32 61 0.1 ; ascende e cresce; i43 10.1 25 1 21 2 0 2 0 12 [44100/37] 44100 55 50.0 68 167 [3.5] 322 32 61 2.3; ascende e cresce; ; ascende e cresce; ; cresce ma discende i43 25 11.935 1 55 7 0 1 0 11 [44100/17] 44100 55 -90.0 66 167 [11] 321 -16 61 1.0 s; INIZIO ;i999 0 13 i 53 0 10.5 1 6 10 0 1 0 7 0 456 55 7000 66 67 321 1.1;only sky; schedule con pan e dist ;f66 0 512 -7 0 10 0 30 190; semplice giro incompleto loudspeaker; ex 64 ftlen f66 10 64 -7 270 64 0 ; torna a direz iniziale f55 0 8192 -5 .43 35 .2003 5 .4 8192 .3 f55 10 8192 -5 .4 40 .2 ;accelera f55 20 8192 -5 .2 80 .102 f530 20 8192 -5 .3 7400 1 792 6.9; fine rompi f530 30 8192 -7 1125 112 1 8100 1; no envelope f530 43 8192 -5 2 8192 1; var no envelope f530 49.5 8192 -5 1 8000 1 192 4; fine rompi f530 70 8192 -7 1 8192 1; no envelope f55 30 8192 -5 .284 64 .48197 ; poco meno vel f54 39 8192 -5 .3 255 .0010502 f67 30 64 -7 1 20 .95 4 .61 4 .9 40 1;1.2990001 ; prova f69 39 64 -16 .970 8 5 .105 5 -5 0 f167 0 128 -7 .23 4 .8 100 0 i53 10 10 1 16 3 0 1 0 7 0 456 55 7000 66 67 321 1.0 i. + . . . 2 0 1 0 7 0 456 55 7000 66 67 321 0.1 i. . 10.411 . . 5 . . . 5 0 456 55 3500 66 67 322 0.0; 2 voci correlate i. 30.25 10.511 1 16 7 0 1 0 5 0 456 55 4000 68 167 321 0.1 ; riempe spazio i. 39 5 . . 8 . . . 11 0 456 54 6300.0 66 69 321 0.2 i. 39.05 . . . 9 0 1 0 11 0 456 . 8400.0 68 . 322 0.3 i. 39.1 . . . 11 0 1 0 11 0 456 . 8400.0 68 . 322 2.5 i. 39.115 . . . 12 . . . 11 0 456 54 5000 66 69 321 3.4 i. 39.14 5 . . 13 . . . 11 0 456 54 6300.0 168 69 321 4.0 ;agg i. 39.156 5 . . 17 . . . 11 0 456 54 6300.0 . 69 321 1.0 i. 43.05 .95 . 23 13 . . . 33 1 456 54 8000 68 69 321 0.4 f68 30 64 -7 480 64 180 f168 30 64 -7 -480 64 2800 f322 0 8192 -5 .1 15 1 8189 .1 ; attacco meno duro f55 44 8192 -5 .1324 70 .1215024 100 .15; ritmico costante i 66 45 1 1 7 10 1 ; scrive pan da resti ;i 66 50 1 1 17 10 1 ; scrive pan da resti f68 44 64 -7 0 64 720 ;f68 44 1024 -9 37 360 0 ;? f67 49.5 64 -7 .002 64 .21 f77 0 64 -7 .8 64 .1 i53 44.5 5 1 6 2 0 0 1 21 0 456 55 4000 66 67 321 1.5; ex p10 14 ; lungo le basi: discesa i. 49.5 20.48 1 35 2 0 0 1 . 0 456 55 9000 66 67 . 1.0 ; ex 18 ;i. . . . . . . . . 7; raddoppia i. 44.6500 5. 1 5 . . . . 20 0 456 55 4000 66 67 321 1.4 i. 49.65 20.25 1 37 . 0 0 1 10. . 456 55 8000 68 69 . 3.2; bello, a 666! ;i. . . . . . . . . 5 i. 44.501 5. 1 15 . . . . 30 0 456 55 . . . 321 3.1 ; canoni diagonali, varianti armoniche f322 70 8192 -5 .1 15 1 300 .1 8189 .001 ; attacco meno duro f322 70 8192 -5 .1 5 1 300 .1 8189 .001 ; attacco meno duro f324 70 4096 7 .01 50 1 300 .1 4000 .001;4 1 2 1 4000 .01 100 .001 f325 70 4096 5 .001 600 1 50 .001 1 4000 .001; cresc f326 70 4096 5 .01 126 1 100 .1 4000 .001 f323 70 8192 9 14 1 .45; ribattuto morbido; 15-19 f55 70 8192 -5 .45 2 .38 3 .4 3 .335 92 .2 8000 .1 f68 70 128 -5 1 128 7200 ; giri accel f69 70 128 -5 90 128 900 f70 70 128 -5 180 128 1200 f71 70 128 -5 270 128 1 i53 70 5 1 30 10 0 1 0 11 0 456 55 2300 68 67 323 5.2; 5variazioni sovrapposte i53 75 21 1 30 2 0 1 0 . 0 456 55 1500 68 67 323 1.0; variazioni sovrapposte i. 75.025 . . . 3 . . . . . . . 5000. 70. . 325 4.5 i. 75.105 . . . 13 . . . . . . . 3000 69. 77 322 3.2 i. 75.075 . . . 5 . . . . . . . 3000. 71. . 324 0.3 ;a0 0 463;400;130 ;535;231.221:; ricorda che con : lo vedi nell'inspector f67 96 64 -7 .2 64 .8 t0 60 126 60 126.5 6000 399.9 6000 399.9 60 ; tempo: lascia spazio per ampliamenti i53 96 30 1 16 9 0 1 0 9 0 456 56 3000 68 67 326 2.3 ; canone per aumentazione i. 96.025 . . . . . . . . . . 57 . 69. . 325 0.1; opp i42 con loops proporz i. 96.05 . . . . . . . . . . 58 . 70. . 326 5.4 f325 96 8192 9 7 1 .45 f326 96 8192 9 3.5 1 .45 f56 96 256 -7 1.2 256 .8;1 256 .8;.6 256 .6 f57 96 256 -7 .6 256 .4;.5 256 .4 f58 96 256 -7 .3 256 .2;.25 256 .2 /* s x i53 130 10 3 73 10 0 0 0 17 0 456 55 9000 66 67 321 ;fasi? i. . . 1 . 10 1 0 0 . 0 456 . -9000; i53 211 10 1 7 1.4142 1 0 0 ; test ritmi suono/ rumore i. + . . . 10 . . .5 1 5; noise/suono-parlato sprofonda al grave i53 221 10 1 7 10 1 0 0 1; acutissimo i. + . 1 3 10 0 3 0 3 0 ; verso 105 ;i42p4p5base+incr,p11 no p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ftable,p19EToctave,20ftlooppitchenvelope /*f61 232 64 -7 1 10 1.1 44 3 10 3.1 f61 232 1024 -7 1 1024 1 i42 232 10 1 7 10 0 1 0 7 12 1 55 9000 66 67 .1 324 12 61 s a 0 0 399 ; : 1 sec pausa*/ f325 400 8192 -7 .001 119 .9 90 1 4000 .01; più morbido f55 400 8192 -7 .5 1 .35 3 .45 10 .31 100 .3 30 .2 8100 .2; umanizzato i155 399.9 1 i66 400 1 2 13 10 3 ; scrive pan da resti i. 425.9 2 . . . 1; movimenta f55 426 8192 -7 .2 8192 .42; rall f68 400 256 -7 .75 64 .5 46 1 46 1 f70 423 256 -7 .9 10 .15 33 .8 200 1 i52 408.1 20 1 210 10 0 0 1 17 0 456 155 3000 66 67 325 2.1;105 e 525 bello b11 divisori 999999 i. 423.9 18.19 1 [525] . . . . . . . . . . 70 325 3.0 i. 423.9 20 1 [210] 11 . . . . . . . 900 . . . 4.2; coda i. 400 15 1 210 10 1 0 0 . 0 . 55 1200.600 66 68 . 1.2;105 e 525 bello b11 divisori 999999 i. 402 10 1 210 13 0 -15 0 . 0 . 55 1200.600 66 68 . 0.3 i. 404 . 1 210 11 0 -21 0 . 0 . 55 1200.600 66 68 . 2.4 i. 405 . . . 17 . -70 0 . 0 . 55 1200.600 66 68 . 5.1 ;i53 400 110 1 105 11 1 0 0 17 0 456 55 9000 66 67 321 ;105 e 525 bello b11 divisori 999999 /*f55 0 8192 -7 .5 18 .25 2 10 f55 10 8192 -7 .5 16 .2 2 20 i53 0 10 1 17 10 0 17 0 5 0 456 55 9000 66 67 321; attraverso tabelline i. + 7 . 323 . . -19 i. . . . 91 . . -7 i. . . . 91 . . -13 */ ; divisori 210 f42 441.24 128 -7 .2 11 .157 2 .39 2 .16 44 .127 2 .33 2 .125 32 .118 1 .4 3 .114 64 .1118; da 2 accel a rit. i66 442 1 1 211 11 1;2;3 f69 442 256 -5 90 256 390 i53 442 22 1 211 11 0 0 1 6.0 0 456 42 7000 66 70 321 0.1; con 105, armonici e arm invertiti i53 442.031 22 1 211 13 1 0 1 6.0 0 456 42 2000 69 70 321 2.3; con 105, armonici e arm invertiti ; (dopo) i53 463 4.065 1 1024 15 0 0 1 3. 0 456 55 1000 66 70 321 4.5; con 105, armonici e arm invertiti f55 463 8192 -5 .12 13 .14 12 .35 8000 .33 ;f0 468.1 s x i53 464.4 35.110 0 525 11 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999;canone stretto i loop fioriscono la coda, prima in sfondo, poi primo piano i42 464.0 35.110 0 525 11 1 0 0 11 [44100/17] 44100 61 1000 66 67 [10] 325 15.00 61 ;i42 300.0 110 0 561 13 1 0 0 17 [44100/17] 44100 61 4000 66 67 [15] 321 19.00 61 s; pot di 2 ;f325 0 4096 5 .001 600 1 50 .001 1 4000 .001; cresc ;f325 0 8192 -7 .001 119 .49 90 .61 4000 .01; più morbido f325 0 8192 -7 .001 119 .29 90 .41 4000 .01; più morbido f530 0 64 -5 1.7 3 .8 61 1.1; att. sforzato f70 0 256 -7 .9 10 .15 33 .8 200 1 f67 0 128 -7 .7 15 .15 15 .8 98 1 f55 0 128 -7 .25 128 .25 i66 0 1 1 17 8 1 ;i 53 .01 20 1 64 -2 0 0 -1 16.125 0 456 55 5000 66 67 325 i 53 .01 20 1 64 -2 0 0 -1 16 0 456 55 5000 66 67 325 0.0 i 53 5 20 1 9 -2 0 0 -1 . 0 456 55 . . 67 . 5.4;321 i 53 10 20 1 11 2 0 0 1 . 0 456 55 . . 67 321 5.2 i. 28 2.2505 1 [17*4] 10 0 1 0 . . . 56 900 66 70 321 4.4; porta a 18 canon seg f56 28 256 -5 .2 10 1 300 1 ; f168 0 128 -7 .97 25 .15 15 .8 98 1 i42 20 10 1 64 2 0 0 1 11 [44100/7.9] 44095 55 400.800 66 168 [8] 325 510 61 3.1 ;i42 20 10 1 64 -2 0 0 -1 11 [44100/8] 44100 55 800.0 66 67 [8] 325 310 61 ;i. + . 1 11 ;a 0 0 20 ; canone minore con gruppi irrazionali f155 20 256 -7 [2/8] 256 [2/8] f156 20 256 -7 [2/9] 256 [2/9] f157 20 256 -7 [2/10] 256 [2/10] f158 20 256 -7 [2/7] 4 [2/7] 10 [2/9] 242 [2/9]; fuori, evade f156 36 256 -5 [2/8] 16 [2/11] 240 .1 f68 20 512 -5 180 512 4800 i 53 28.01 6 1 16 2 0 0 1 16 0 456 155 4000 68 67 321 0.3 i. 30 . 1 18 . . . . . . . 156 . . . . 0.1 i. 30 . 1 20 . . . . . . . 157 . . . . 0.2 i. 32.1 . 1 22 . . . . . . . 158 2000 . . . 3.4 i. [24+22-8] 3 1 22 -13 0 0 0 1 1 . 156 2000 . 167 . 1.0; discesa-sprofonda i. [24.5+22-8] 4 1 22 -13.5 0 0 0 1 1 . 156 2000 . 167 . 2.0; discesa-sprofonda i. [27+22-8] 1 1 22 13.5 0 0 0 1 1 . 156 2000 . 167 . 4.0 i. 36 5 1 20 -13.5 0 0 .5 . . . . 1500 . . . 3.0 i. 28 4 1 20 -13.5 0 0 .5 . . . . 1000 . . . 5.0; agg, anticipa f530 20 64 -5 1 64 1 f530 36 64 -5 1 32 2 32 3 f167 20 256 -5 .7 6 .2 150 1 s s f530 0 64 -5 1 64 1 f61 0 64 -7 1 64 1 f67 0 64 -7 .641 3 .405 3 .65 61 1 ;i66 0 1 16 17 8 1 i42 0 7 1 64 3 1 0 0 11 [44100/24] 44100 61 800 66 67 [8] 321 [1/1] 61 2.1; pot2 verso cicli temperati i42 7 8 1 64 3 1 0 1 11 . 44100 61 2300.2900 66 67 [8] 321 [1/1] 61 4.0 ;i53 515.4 90 0 64 9 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 i42 15.15 10.1 1 64 5 1 0 0 11 [44100/24] 44100 61 1000 66 67 [8] 321 [8] . 5.1; pot2 verso cicli temperati ;i53 535.4 90 0 81 10 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 ; ottave brillanti f42 0 128 -5 1 128 .1; da 2 accel a rit. i66 0 1 1 41 10 1 f367 0 64 -7 .8641 8 .1405 3 .65 61 1 i42 6.1 20 1 7 2 0 0 1 12 [44100/32] 44100 42 600.1000 66 367 [20] 321 1.0 61 3.5; classico, ;f62 0 64 -7 1 2 1 5 1.02 5 .1 5 -1 ;incrocio: numeratori vs basi f55 0 128 -7 .405 128 .405 f325 0 8192 -7 .001 119 .9 90 1 4000 .01 b.3;agg i53 28 9 300 17 4 1 0 0 16 0 456 55 4000.7000 66 267 325 2.2; schedule con pan e dist i53 28.1 9 . . . 0 0 1 . 0 . 55 4000.7000 68 267 . 3.3; schedule con pan e dist ; fine canone minore f530 0 64 -5 1 64 1 f267 0 128 -5 .4 4 .2105 30 1 94 1 f167 0 256 -7 .97 9 .53 7 .9 200 1 ;i53 0 22 1 1 4 0 1 0 16.020 0 456 42 4000 68 67 321; classico, respiri a pot di 2 ;i. 0 . 1 4 1 0 0 1 140 . . . 9990 f42 0 128 -5 .3353242 128 .30428; da 2 accel a rit. i53 23 14 1 8 -9 0 1 0 16 0 456 42 2800 66 167 321 1.3; ped acuto, multifonici i53 + 2.5 1 8 -9.5 0 1 0 . 0 456 56 4500 66 167 321 3.0; ped acuto, multifonici ;divertente con martellata (da preperiodo) f56 0 64 -7 .4 64 .1 i53 38 3 1 2477 2 0 0 1 1 0 456 56 7000 68 67 322 2.3 i53 38.1 3 1 293 2 1 0 1 7 0 456 56 7000 66 67 322 3.2 f530 38 64 -5 1 16 4 48 4.5 s f530 0 64 -5 .7 64 .7 ; abbassato s; da rumore scende 1/7 i45 0 19 1 7 10 1 0 -5 11 [44100/30.00] 44100 10 2000 66 55 [20] 321 12.0 61 1.0; i191 9.0 11 i19 12.24 9.15 i193 [.10+18] 9 i190 [6.5+16] 9.12 i194 [7+16] 11.59 ; fine 34.59 /*s x f322 0 8192 -5 .1 70 1 350 .105 7192 .0003 f322 0 8192 -5 .1 100 1 380 .25 7192 .0003 f68 0 64 -7 30 4 120 54 310 f101 0 128 -7 1 128 1 f69 [11.5+33] 64 -7 30 6 -120 54 -310 f167 0 64 -7 .99 5 .321 62 .85 i41 33.1 1 5 7 -10 -1 0 0 11 [44100/28] 44100 101 800.1000 68 167 [6] 322 12 61 0.0 i. + . 1 7 -10 -1 0 0 11 [44100/28] 44100 101 . 68 167 [6] 322 12 61 0.0 i. . . 3 i. . . 2 i. . . 6 i. . . 4 7 -10 -1 0 0 11 [44100/28] 44100 101 . 68 167 [6] 322 12 61 4.5 i41 [6+33] 6 1 7 -10 1 0 0 11 [44100/28] 44100 101 1200.1800 68 167 [7] 322 12 61 1.1 ; 1/7 i. [11.85+33] 12 6 7 -10 -1 0 0 12 [44100/28] 44100 101 950.1400 69 167 [5] . . . 2.3 ; indietro s*/ ;b-32 ;x ;i42 .25 14 6 7 10 0 0 -1 11 [44100/28] 44100 101 1800.0 68 67 [10] 322 5 61; 1/7 ; ciclo 1/7 sei scintilla f530 0 8192 -7 .7 8192 .7 ; agg. ex 1 f322 0 8192 -5 .1 70 1 350 .105 7192 .0003 f322 0 8192 -5 .01 150 1 600 .25 7442 .0003 f322 0 8192 -5 .01 150 .85 500 .205 7442 .0003; poco meno aggressivo f321 0 8192 7 0 85 1 8192 1 ; poco più lento attacco (era 60) ;f62 0 64 -7 1 32 1.01 32 .99;15 10 15 ; no aliasing f68 0 64 -7 30 4 120 54 310 f101 0 128 -7 1 128 1 ;a 0 0 44 ;f161 0 64 -7 .5 64 .5 ;f161 0 64 -7 .75 64 .75 f69 [11.5+33] 64 -7 30 6 -120 54 -310 f167 0 64 -7 .99 5 .321 62 .85 i41 [6+33] 6 1 7 -10 1 0 0 11 [44100/28] 44100 101 1200.1800 68 167 [7] 322 12 61 1.1 ; 1/7 i41 [6+33] 6 1 7 -10 1 0 0 11 [44100/28] 44100 101 600.1800 68 167 [1] 322 12 61 1.1 i. [11.85+33] 12 6 7 -10 -1 0 0 12 [44100/28] 44100 101 950.1400 69 167 [5] . . . 2.3 ; indietro i. [11.85+33] 12 6 7 -10 -1 0 0 12 [44100/28] 44100 101 450.1400 69 167 [1] . . . 2.3 ; indietro i41 33.1 1 5 7 -10 -1 0 0 11 [44100/28] 44100 101 2700.1000 68 167 [6] 322 12 61 0.0 ;i41 34.1 1 5 7 -10 -1 0 0 11 [44100/28] 44100 101 800.1000 68 167 [6] 322 12 61 0.0 i41 34.1 1 1 7 -10 -1 0 0 11 [44100/28] 44100 101 . 68 167 [6] 322 12 61 0.2 i. + . 3 i. . . 2 i. . . 6 i. . . 4 7 -10 -1 0 0 11 [44100/28] 44100 101 . 68 167 [6] 322 12 61 4.5 i41 33.1 1 5 7 -10 -1 0 0 12 [44100/28] 44100 101 70.900 68 167 [1] 321 12 61 i. + . 1 i. . . 3 i. . . 2 i. . . 6 i. . . 4 f155 0 256 -5 .5 16 .13 240 .05 i42 [17+33] 6.27 -6 7 -10 1 0 0 11 [44100/56] 44100 155 600.30 68 168 [11.8] 323 12.3 61 0.3; f323 0 8192 -5 .21 60 1 150 .3105 7192 .0003 f168 0 64 -7 .6 5 .321 62 .85 /*s; ; somma durate 1/7 b10 x f66 0 64 -7 45 10 0 30 190 f68 0 64 -7 90 10 45 30 -190 f155 0 64 -2 .2 .8 .4 1.6 1 1.4 .2;.1 .4 .2 .8 .5 .7 .1 .4 .2 f156 0 64 -2 .14 .28 .57 .14 .28 .57 .14 f157 0 64 -2 .42 .85 .71 .42 .85 .71 .42 f158 0 64 -2 .142 .857 .428 .571 .285 .714 .142 .857 .428 .571 .285 .714 f159 0 64 -2 .02 .4 1 .07 .5 8 ; 10 sec f160 0 64 -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 ; 9,9 second f154 0 64 -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; 9.9 sec f322 0 8192 -5 .1 70 1 250 .05 7192 .0003 i42 0 5.5 1 7 10 1 0 0 11 [44100/17] 44100 155 10000 66 67 [500] 322 16 61 i. 8 2 6 7 10 -1 0 0 . [44100/17] 44100 156 3000 66 67 [3010.00] 322 12 . i. 6 4 6 7 10 -1 0 0 . [44100/19] 44100 157 2000 68 67 [100] i. 10 3.1 1 7 10 1 6 0 . [44100/7] 44100 158 1000 66 67 [2000] 322 12 s*/ ;s; 7 contro 10; con resti su una quinta /*x f101 0 256 -7 1.4 256 1.4 f102 0 256 -7 2 256 2 f69 0 256 -7 10 256 -90 f161 0 64 -7 1 32 1 30 .1 2 .1 i48 0 2 1 7 -10 1 0 0 11 [44100/14] 44100 102 .1800 69 67 [50] 322 12 161; 1/7 i. + 1.4 i. . .6 i. . 5.6 i. . .4 i. . 2.8 i. . 1.2 i42 2 1.4 1 12 -8 1 0 0 12 [44100/56] 44100 101 3800.0 68 67 [7] 322 12 61; 1/7 i. 4 5.6 i. 12 2.8 i. 15 5.6*/ ; 7 contro 10 II b 56.5 ; avanza poco sovrapposta; attenziona f 68 f69 f101 0 256 -7 1.4 256 1.4 f102 0 256 -7 2 256 2 f169 0 256 -7 10 256 -90 f168 0 256 -7 190 256 360 i41 0 2 1 7 -10 1 0 0 11 [44100/56] 44100 61 1800.0 169 67 [10] 322 12 61 1.1; 1/7 i. + .7 i. . .3 i. . 2.8 i. . .2 i. . 1.4 i. . .6 i. 2 .7 1 11 8 1 0 0 12 [44100/7] 44100 101 1800.0 168 67 [10] 322 12 61 3.0; 1/7 i. 3 2.8 i. 6 1.4 i. 8 5.6 s f69 0 256 -7 90 5 -90 4 90 248 1000 f68 0 256 -7 270 4 60 4 300 248 -1000 i42 2 7.9 1 7 -12 1 0 0 12 [44100/56] 44100 101 1800.0 68 67 [10] 322 12 61 0.0; 1/7 i42 0 7 1 11 8 1 0 0 11 [44100/14] 44100 61 1800.0 69 67 [7] 322 12 61 1.0; 1/7 s i42 0 9.8 1 7 -12 1 0 0 12 [44100/28] 44100 101 1100.1800 68 67 [10.000] 322 7 61 2.2; 1/7 i42 0 10 1 13 8 1 0 1 11 [44100/14] 44100 61 1200.1800 69 67 [500] 322 12 61 3.3; 1/7 f70 0 1024 -7 180 1024 1800 f57 0 256 -5 .2 3 .1 253 .1 i53 4 6 1 999 -2 0 0 -1 9 0 456 57 1000. 70 67 321 1.1 s; ; somma durate 1/7 b10 i53 0 2.5 400 999 -2 0 0 -1 9 0 456 57 1000. 70 67 321 1.3 f66 0 64 -7 45 10 0 30 190 f68 0 64 -7 90 10 45 30 190 f155 0 64 -2 .2 .8 .4 1.6 1 1.4 .2;.1 .4 .2 .8 .5 .7 .1 .4 .2 f156 0 64 -2 .14 .28 .57 .14 .28 .57 .14; period .99 f157 0 64 -2 .42 .85 .71 .42 .85 .71 .42 ; period 1.98 f154 0 64 -2 .2 .4 .8 .6 .7 1; contro-misura 10 contro 7 f158 0 64 -2 .142 .857 .428 .571 .285 .714 .142 .857 .428 .571 .285 .714 f159 0 64 -2 .02 .4 1 .07 .5 8 ; 10 sec f160 0 64 -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 ; 9,9 second f154 0 64 -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; 9.9 sec f322 0 8192 -5 .1 37.0 1 250 .05 7692 .0003 ;i42 0 20 1 7 10 0 0 7 11 [44100/17] 44100 154 40.00 66 67 [300.500] 322 16 61 ;i. 10 10 5 7 10 0 0 1 12 [44100/17] 44100 160 3000 66 67 [3010.00] 322 12 . t0 70 4.5 70 10 55 10 70 19 110 19.9 60 25 60 30 110 31 60 ; 31 110 31 60 f57 0 256 -7 .1 256 .1 f70 0 1024 -7 180 1024 1800; opp pan per i53 i66 4.5 1 1 61 10 1 i53 5 14 1 999 -2 0 0 -1 9 0 456 57 900. 66 67 321 3.2 f323 5 4096 -7 0 20 1 260 .5 216 0 i40 0 1 5 7 10 0 0 0 11 [44100/17] 44100 154 1500 90 .3521 [45.35] 322 41 61 2.2; i. + .1 1 . . 0 . . 11 < 44100 154 3000 < < < i. . . 3 . . . . . . . . . < < < < i. . . 2 i. . . 6 i. . 1 4 i. . . 5 . . . . . . < . . 1500 < < < i. . .1 1 . . . . . . < . . 3700 < < < i. . . 3 . . . . . . < . . < < < < i. . . 2 i. . . 6 i. . . 4 i. . . 5 i. . . 1 i. . . 3 i. . 1 2 i. . . 6 i. . . 4 i. . . 5 i. . . 1 i. . .1 3 i. . . 2 i. . . 6 i. . . 4 i. . . 5 i. . . 1 i. . . 3 i. . 1 2 i. . .1 6 i. . . 4 i. . . 5 i. . . 1 i. . 1 3 i. . . 2 i. . .1 6 i. . . 4 i. . . 5 i. . . 1 i. . . 3 i. . . 2 i. . . 6 i. . . 4 i. . 1 5 i. . . 1 i. . . 3 i. . . 2 i. . . 6 i. . .1 4 i. . . 5 i. . . 1 i. . . 3 i. . . 2 i. . . 6 i. . . 4 . . . . . . [44100/12] 44100 154 2000 -1720 .7 [3000.500] 322 12 61 i39 .05 1 1 7 10 0 0 0 12 [44100/17] 44100 154 2000 45 .685 [400.00] 322 12 61 3.3 i. + . 3 . . 0 . . . < 44100 154 2000 < < < . < i. . . 2 i. . . 6 i. . .1 4 i. . . 5 i. . 1 1 . . 0 . . . < 44100 154 4000 < < < . < i. . . 3 . . 0 . . . < 44100 154 < < < < . < i. . . 2 . . 0 . . . < 44100 154 2500 < < < . < i. . . 6 . . 0 . . . < 44100 154 < < < < . < i. . . 4 i. . . 5 i. . . 1 i. . . 3 i. . .1 2 i. . . 6 i. . . 4 i. . . 5 i. . . 1 i. . 1 3 i. . . 2 i. . . 6 i. . . 4 i. . . 5 i. . . 1 i. . . 3 i. . .1 2 7 10 0 0 0 12 [44100/19] 44100 154 1800 -45 .385 [600.00] 322 24 61 /*s ;i42 . . 1 7 10 0 1 1 11 [44100/7] 44100 154 10000 . 67 [1.00] 322 19 61 /*x i42 1 1 1 11 10 0 1 1 12 [44100/7] 44100 154 10000 66 67 [15.00] 322 19 61 ; i. + .1 1 11 10 0 1 1 . . 44100 154 10000 68 67 . i. . . i. . . i. . . i. . 1 i. . . i. . . i. . . i. . .1 i. . . i. . 1 i. . . i42 . . 1 11 10 0 1 1 . [44100/47] 44100 154 10000 . 67 [5.00] 322 19 61 ;14+28+57=99; 42+85+71=198, +99=297; 14+42=56 28+85= /* ;s; loop audio 1/7; ex 91 f323 0 8192 -5 .1 70 1 200 .005 7192 .0003 f101 0 256 -7 .7 256 .7 f102 0 256 -5 .2 256 .12 f161 0 64 -7 1 32 1 30 .1 2 .1 ;t0 60 5 60 10 110 f61 20 64 -5 1 32 1 32 2.1;30 1 1 31 .01;attacco ? corretto? ;i42 0 29 1 91 -10 1 0 0 11 [44100/14] 44100 101 1800.0 68 67 [10] 321 24 61; 1/7 i48 20 .4 1 7 10 1 0 0 11 [44100/28] 44100 101 500.0 68 67 [28] 321 13 61 0.0; 1/7 i. + 1. 3 . . 1 0 0 11 . 44100 61 1000.1800 68 67 [4] 323 12 .; 1/7 i. . . 5 . . 1 0 0 11 . 44100 . . . 67 [2] . 13 ; 1/7 i. . . 8 . . 1 0 0 11 . 44100 . . . 67 [8] . 14 ; 1/7 i. . . 9 . . . . . . . . . . . . [5] . 15. . i. . . 10. . . . . . . . . . . . . [7] . 16. . i. . . 11. . . . . . . . . . . . . [14] . 17. . i. . . 12. . . . . . . . . . . . . [42] . 18. . i. . . 13. . . . . . . . . . . . . [28] . 19 . i. . . 14. . . . . . . . . . . . . [85] . 18. . i. . . 15. . . . . . . . . . . . . [57] . 17. . i. . . 16. . . . . . . . . . . . . [7142] . 16. . i. [20+12-4.2-.8] .7 17. . . . . . 12 [44100/28] 44100 61 800.0 66 67 [142] . 15. . 1.1 i. + . 18. . . . . . . . . . . . . [428] . 14. . i. . . 19. . . . . . . . . . . . . [285] . 13. . i. . . 20. . . . . . . . . . . . . [857] . 12. . i. . . 21. . . . . . . . . . . . . [1428] . . . i. . . 22. . . . . . . . . . . . . [2857] . 10. . ;i. . . 29. . . . . . . . . . . . . [14285] . . . ; si allarga da primo valore /*f42 0 128 -7 2 128 .1; da 2 accel a rit. i42 0.0 19.0 1 293 2 1 0 1 11 [44100/3000] 441.00 42 1000 66 67 [20] 321 12.0 61 i42 10.0 10.0 1 293 -3 1 0 -1 11 [44100/3000] 441.00 42 1000 66 67 [19] 323 12.0 61 */ f42 19.0 64 -5 1.7 64 .01; da 2 accel a rit. f326 19.0 4096 -5 .25 110 1 210 .35 4000 .84 f68 19.0 64 -7 120 10 360 54 1000 f67 19.0 64 -7 .99841 6 .38 62 .84;agg f167 19.0 64 -7 .1 5 .3 62 .9984;agg f61 19.0 64 -5 9.5 32 .5 2 2 32 2; agg test b19 i66 0 1 1 7 10 1 i42 0.0 8.2 1 169 2 1 0 1 11 [44100/4000] 441.00 42 500 66 67 [14.17] 326 14.05 61 3.2 i42 15.0 5.0 7 293 8 1 0 1 11 [44100/2000] 441.00 42 700 66 67 [17] 326 17.5 61 5.4 i42 7.80 12.0 84 169 3 0 0 2.1 12 [44100/3000] 441.00 42 600 66 167 [7] 326 9.0 61 1.1 i42 7.80 10.0 84 169 3 0 0 2 11 [44100/2000] 441.00 42 600 68 67 [2] 326 9.0 61 3.2 i. + 2 60 121 3 0 0 2 11 [44100/3000] 441.00 42 800 68 67 [2] 326 9.0 61 1.0 s; a canone, ispessito, emerge 1/7 f61 0 64 -5 1 54 1 5 1.5 5 .1;30 1 1 31 .01;attacco f68 0 64 -7 220 10 45 54 1000 f42 0 128 -7 .42 128 .28; da 2 accel a rit. i42 0.0 18.5 1 49 10 1 0 0 11 [44100/15.300] 44100 42 [350*.6] 66 67 [13] 321 12.0 61 4.0; 6*? loop 6 + aiuto i42 0.0 19.0 2 49 10 1 0 0 12 [44100/15.30] 44100 42 [500*.6] 68 67 [13] 321 12.0 61 3.1; 6*? loop 6 + aiuto ; su falsariga glossario dial tone f161 18 64 -5 1 14 1 18 1.5 32 .1;2.04 32 .1;30 1 1 31 .01;attacco i66 0 1 1 81 10 1 i42 [18+5.0] 25.0 1 [81*27] 10 1 0 0 12 [44100/300.0] 441.00 55 [.24*350.500] 66 67 [10] 321 12.50 161 0.1 i42 18.0 30.0 1 [81] 10 1 0 0 11 [44100/3000] 441.00 61 [.24*1000] 66 67 [7] 321 7.1900 161 3.4; no da altra tabella i53 44.0 4 1 7 3.5 0 0 0 100 -9 456 55 [.24*16000.] 168 67 322 3.0; grave agg ; ex -11 f168 44 64 -5 270 64 2700 f55 44 64 -5 2 64 2 ;f65 0 64 -7 90 5 -10 5 -90 5 120 5 300 ; cambia volume troppo, tolto da csd p152 ;versione lunga comica /* i42 48.0 13.260 1 [72*1.5] 5 1 0 0 11 [44100/3000] 441.00 42 1000 65 68 [7.9] 321 5 61 i42 [1+48.020] 12.035 1 [36+28] 7 1 0 0 12 [44100/3000] 441.00 42 1000 . . [8.5] 321 7 61 i53 53.0 8 1 7 3.5 0 0 0 100 -7 456 55 [.4*16000.] 168 67 322 3.0; grave agg */ s; miniatura resti in due s b.25 ; respiro f55 0 64 -5 2 32 .31 32 .1;64 .15 f61 0 64 -7 1 20 1 30 3 14 .5; aliasing ;f61 0 64 -7 .5 16 .51 1 1.5 47 1.49 ;f61 0 64 -7 1 64 1 f322 0 8192 -5 .0348 270 1 1000 .4 7192 .76 f167 0 64 -7 .405 16 .25 48 1 i53 0 35 1 7 3.5 0 0 0 90 -11 456 55 15000 168 67 322 ; agg f168 0 64 -5 270 64 2700 i66 0 1 1 7 10 1 ;i. 25 1 41 10 i43 0 25 1 21 2 0 2 0 11 [44100/370] 1105.0 55 50.100 66 167 [6] 322 32 61 4.5; rauco i43 10 25 1 21 2 0 2 0 12 [44100/37] 44100 55 50.100 66 167 [7] 322 32 61 0.1 ; ascende e cresce; i43 10.1 25 1 21 2 0 2 0 12 [44100/37] 44100 55 25.50 68 167 [3.5] 322 32 61 2.3; ascende e cresce; ; ascende e cresce; ; cresce ma discende i43 25 11.935 1 55 7 0 1 0 11 [44100/17] 44100 55 -45.90 66 167 [11] 321 -16 61 1.0 s x ;4a ostinata f162 0 256 -7 1 f168 0 512 -5 7200 512 1 i155 0 1 i53 .05 16 0 7 72 1 0 0 11 0 456 155 1700 68 67 321 3.1; quarta ostinata controlla pan i53 0 . 0 5 . 1 0 0 . 0 456 155 1800 168 67 321 1.3 i53 14.05 10 0 49 2 1 0 0 11 0 456 155 1100. 68 67 321 3.3; quarta ostinata controlla pan i53 14.2 . 0 25 . 1 0 0 . 0 456 155 . 168 67 321 1.1 ;i. 0 . 0 17 72 1 0 0 . 0 456 155 2000 68 67 323 ;i. . . . 19 i53 3.1 20.5 -19 -27 72 0 1 0 . 0 456 155 8000 66 67 322 0.0; 322 simm attraverso 0 ;i53 5.1 16. -19 37 72 0 -1 0 . 0 456 155 8000 66 67 322 0.0; 322 simm attraverso 0 s; num triangolari ritmici, v. anche resti ; controlla size f56, 323, 162,168,66,166 167 267 f321 0 8192 7 0 60 1 8192 1 f322 0 8192 -5 .05 20 1 250.00 .0051 7190 .00003 f61 0 64 -5 1 64 1;30 1 1 31 .01;attacco f155 0 128 -2 [3/3] [1/3] [2/3] [1/6] [2/6] [3/6] [1/10] [2/10] [3/10] [4/10] [1/15] [2/15] [3/15] [4/15] [5/15] [1/21] [2/21] [3/21] [4/21] [5/21] [6/21] [7/21] [14/21] [21/21] [28/21] 2 3 4 5 6 7; num triangolari ritmici, v. anche resti f67 0 64 -7 .4 3 .1 5 .5 48 1; agg i43 0 5 1 7 10.25 0 0 .25 11 [44100/28] 44100 155 900.0 68 67 [12] 322 19 61 2.2 i. 1 4 1 7 10.5 0 0 .5 12[44100/20] 44100 155 900.0 66 67 [12] 322 19 61 2.3 f168 0 32 -7 45 32 90 f169 0 32 -7 180 32 90 f170 0 32 -7 270 32 90 i53 1 4 2 13 10 1 0 0 17 0 456 155 18000 168 67 322 1.3; agg. transizione i. 2 3 . . 10 . 0 0 19 0 456 155 20000 169 67 322 1.4 i. 3 2 . . 10 . 0 0 23 . 456 155 28000 170 67 322 1.5 ;i43 0 4 1 7 10.25 0 0 .25 146 [44100/38] 44100 155 1000.0 68 67 [12] 322 12 61 ;f61 5 64 -5 1 64 .9;30 1 1 31 .01;attacco b 5 i42 0 6 1 7 10 0 0 0 11 [44100/23] 44100 155 1500.0 168 67 [10] 322 -19 61 1.5 i. 3 . 1 7 10 0 0 0 11 [44100/19] 44100 155 . 169 67 [10] 322 -19 61 5.1 i. 2 . 1 7 10 0 0 0 11 [44100/17] 44100 155 . 170 67 [10] 322 -19 61 4.0 i43 6 6 1 7 9.5 0 0 .5 12 [44100/48] 44100 155 2500.0 170 61 [15] 322 12 61 0.4; lontano i43 6.1 5 1 7 9.5 0 0 .5 12 [44100/28] 44100 155 1500.0 168 67 [15] 322 12 61 1.3 ;f267 0 32 -7 0 ;i53 7 3 1 1 7 9.5 0 0 .25 17 1 456 155 18000 168 67 322 f156 0 64 -5 .3 24 .45 20 2.8 20 4; rall i53 6 5 1 7 9.5 0 0 .5 17 4 456 156 9000 168 67 322 1.3 i53 7 14.16 1 13 10 0 1 0 12 0 456 . 900.0 169 167 321 3.1; trans i53 7 7.5 1 13 10 0 0 .5 12 0 456 . -1400.0 170 67 322 4.0; trans f167 0 64 -7 .1 44 1 20 1 s s x i53 0 5 1 1 1.618 0 1 0 5 0 456 55 27000 66 67 321 ; rumore? 1 base phi s x f168 0 32 -7 45 32 90 f169 0 32 -7 180 32 90 f170 0 32 -7 270 32 90 i53 1 4 2 13 10 1 0 0 17 0 456 155 18000 168 67 322 ; agg. transizione i. 2 3 . . 10 . 0 0 19 0 456 155 20000 169 67 322 i. 3 2 . . 10 . 0 0 23 . 456 155 28000 170 67 322 ;i43 0 4 1 7 10.25 0 0 .25 146 [44100/38] 44100 155 1000.0 68 67 [12] 322 12 61 ;f61 5 64 -5 1 64 .9;30 1 1 31 .01;attacco b 5 i42 0 6 1 7 10 0 0 0 11 [44100/23] 44100 155 1500.0 168 67 [10] 322 -19 61 i. 3 . 1 7 10 0 0 0 11 [44100/19] 44100 155 . 169 67 [10] 322 -19 61 i. 2 . 1 7 10 0 0 0 11 [44100/17] 44100 155 . 170 67 [10] 322 -19 61 i43 6 6 1 7 9.5 0 0 .5 12 [44100/48] 44100 155 1500.0 170 61 [15] 322 12 61 ; lontano i43 6.1 5 1 7 9.5 0 0 .5 12 [44100/28] 44100 155 1050.0 168 67 [15] 322 12 61 ;f267 0 32 -7 0 ;i53 7 3 1 1 7 9.5 0 0 .25 17 1 456 155 18000 168 67 322 i53 6 5 1 7 9.5 0 0 .5 17 4 456 155 9000 168 67 322 i53 7 7.6 1 13 10 0 1 0 7 0 456 155 900.0 169 67 321; trans i53 7 5 1 13 10 0 0 .5 7 0 456 155 1400.0 170 67 322; transiz s s; 18 terza parte,suono multiplo con inviluppo f530 0 64 -5 1.5 64 1.5 f66 0 512 -7 30 6 20 40 190 f166 0 32 -7 45 32 90 f266 0 32 -7 40 32 -270 f69 0 32 -7 .95 32 .8 f323 0 8192 7 1 8192 1 f324 0 8192 7 1 8192 1 f325 0 8192 7 1 8192 1 f323 3 8192 7 1 300 1 100 .5 7892 .01 f324 4 8192 7 .1 100 .1 100 1 200 1 100 .1 8192 .01 f325 5 8192 7 .1 100 .1 100 .1 100 1 8192 1 f323 8 8192 7 1 300 1 100 .1 7892 .01 f324 9 8192 7 .1 300 .1 100 1 200 1 100 .1 8192 .01 f325 10 8192 7 .1 300 .1 100 .1 100 1 8192 1 f155 0 8192 -7 .4 30 .358 3 .313 4 .42 13 .3232 7 1.5 8150 1 f157 0 8192 -5 .4 8192 .2 ;i 55 .01 25 1 1 5 0 1 0 20 0 ; bel suono doppio ;i 55 .02 25 1 1 7 0 1 0 20 0 ; bel suono i53 .1 20.5 1 3 8 0 1 0 18 0 456 155 1200.1000 66 69 323 1.1;only sky; ex 20 transp schedule con pan e dist i . .12 20.5 1 . 9 0 1 0 . 0 . . . 166 . 324 1.1;only sky; schedule con pan e dist i . .105 20.5 1 . 10 0 1 0 . 0 . . . 266 . 325 1.0 i 70 0 6 1 17 10 0 0 0 9 0 ; si sfalda i 51 15.725 5 1 5 10 0 11 0 24 0 457 157 3200.4000 30 .5 321 3.2; canone aum i 51 + 13 1 11 . 0 36 0 . . 457 . . 10 .5 321 2.4; canone aum i. 15.725 5.05 . 5 2 . 11 . . 0 . . . 60 .6 321 3.0 i 51 + 12.75 1 11 . 0 36 0 . . 457 . . 70 . 321 0.1; canone aum ;s; canone aum f335 0 2048 -5 .1 12 1 300 .1 7192 .0003 f331 0 2048 -5 .1 24 1 600 .21 7192 .0003 f332 0 2048 -5 .1 36 1 900 .31 6192 1.0003 f333 0 2048 -5 .1 48 1 1600 .41 5192 1.0003 f430 0 256 -7 .25 256 .255 f431 0 256 -7 .5 256 .495 f432 0 256 -7 .75 256 .75 f433 0 256 -7 1.25 256 1.25 f434 0 256 -7 1 256 1 f435 0 256 -7 0 8 90 4 40 80 -400 100 200 b33.05 f267 0 256 -7 .9 8 .98 1 .0512 3 .005 2 .35 2 .85 7 .98 2 .05 4 .15 20 .95 50 .6 50 .9 i 52 .255 29.975 1 1 2 0 1 0 12 0 456 430 1000.0 435 267 335 3.3; canone aum ex11 i. .58 29.5 . . . . . . . . . 431 5500 . . 331 2.4 i. .7306 29.5 . . . . 1 . . . . 432 -5000 . . 332 3.5 i. 1.239 29 . . . . 1 . . . . 433 . . . 333 1.1 i. 1 29 . . . . 1 . . . . 434 6000 . . 333 0.0 /*s x i 51 .25 29.75 1 1 2 0 120 0 8 0 457 61 7000 0 .85 322; canone aum ex11 i. .5 29.5 . . . . 60 . . . . . . 30 .65 331 i. .75 29.5 . . . . 40 . . . . . . 60 .4 332 i. 1.25 29 . . . . 24 . . . . . . 90 .2 333 s x i 51 .25 29.75 1 1 10 0 120 0 8 0 457 61 7000 0 .5 322; canone aum i. .5 29.5 . . 11 . 60 . . . . . . 30 . 331 i. .75 29.5 . . 13 . 40 . . . . . . 60 . 332 i. 1.25 29 . . 16 . 24 . . . . . . 90 . 333*/ ;f322 0 8192 -5 .05 20 1 250.00 .0051 7190 .00003 f322 32.29 8192 -5 .1 24 1 600 .1 8192 .0003 ; transiz f322 34.32 8192 -5 .1 11 1 450 .1 8192 .0003 ; agg f322 36.32 8192 -5 1 300 .1 8192 .0003 ; originale i155 29 1 i 53 29.1 11.5 1 2 10 0 1 0 4 0 457 155 3000 66 67 322 1.0; accelera irregolare i. 29.051 . . . 9 i. 29.12 . . . 8 i. 29.023 . . . 7 i. 29.13 . . . 6 i. 29.034 . . . 5 ;s solo quadrati) i 53 40 7.5 1 15 4 0 1 0 11 0 457 155 4000 66 67 322 4.5; ex 61solo quadrati, formanti acute i. 40.051 . . . 8 . . . . . . . . 166 67 322 4.3 i. 40.12 . . . 16 . . . . . . . . 168 67 322 2.1 i. 40.23 . . . 32 . . . . . . . . 166 67 322 0.5 i. 40.3 . . . 64 . . . . . . . . 66 67 322 0.5 ;i. .34 . . . 49 ;s; canone aum arpeggiato b4 f530 43 8192 -7 .1 91 1.5 7000 1.5 1101 .1; cresc envelope i51 43 5 1 7 10 0 11 0 8 0 457 61 2500 0 .97 322 3.3; schedule con pan e dist i. 43.051 . . . 16 . . . . . . . . 30 . . 1.1 i. 43.12 . . . 27 . . . . . . . . 60 . . 5.5 i. 43.21 . . . 25 . . . . . . . . 90 . . 5.3 s; canone aum arpeggiato i51 3.2 4 1 12 10 0 15 0 11 0 457 61 2000 180 .99 331 5.5; coda i. 3.2051 . . . 16 . . . . . . . . 270 . ;f530 0 8192 -7 .1 91 1 5000 .6 1101 .41; cresc envelope i51 0 16 1 7 10 0 33 0 8 0 457 61 1500 0 .7 322 0.1; schedule con pan e dist i. .051 . . . 9 . . . . . . . . 30 . i. .12 . . . 8 . . . . . . . . 60 . i. .21 . . . 7 . . . . . . . . 90 . i. .27 . . . 6 . . . . . . . . 120 . i. .31 . . . 5 . . . . . . . . 150 . f323 0 8192 -5 1 1100 .1 7192 .0003 ; originale i51 8 6.9 1 7 10 0 11 0 8 0 457 61 -3500 0 .4 323 3.2; p3 7.1 i. 8.051 . . . 9 . . . . . . . . 30 . i. 8.12 . . . 8 . . . . . . . . 60 . i. 8.23 . . . 7 . . . . . . . . 90 . i. 8.3 . . . 6 . . . . . . . . 120 . i. 8.34 . . . 5 . . . . . . . . 150 . ; esce suono legato i 51 15 24.5 1 32 10 0 80 0 8 0 457 61 1800 180 .215 321 3.5 i. 15.051 . . . 9 . . . . . . . 3000 150 . . 3.4 i. 15.12 . . . 8 . . . . . . . 5900 120 . . 3.3 i. 15.23 . . . 7 . . . . . . . 8700 90 . . 3.2 i. 15.29 . . . 6 . . . . . . . . 60 . . 3.1 i. 15.33 . . . 5 . . . . . . . . 30 . . 3.0 i. 15.37 . . . 4 . . . . . . . . 0 . . 1.1 i. 15.405 . . . 3 . . . . . . . . 210 . . 0.0 i 51 27 12 1 28 10 0 39 0 8 0 457 61 23000 300 .57 323 1.5; 322 i. 27.051 . . . 9 0 . 0 8 0 457 61 . 250 . . 1.4 i. 27.15 . . . 8 0 . 0 4 0 457 61 . 200 . . 1.3; 8a sopra i. 39.5 6 1 [10*8] 10 0 [80+24] 0 8 0 457 61 27000 90 .37 322 3.0; chiusa in diminuzione i. 39.57 . . . 9 0 . 0 8 0 457 61 27000 50 .7 322 5.0 i. 39.62 . . . 8 0 . 0 8 0 457 61 27000 10 .7 322 1.0 i. 42.57 3.1 . . 9 0 . 0 16 0 457 61 31000 50 .7 322 5.0 ; agg. i. 42.62 . . . 8 0 . 0 16 0 457 61 31000 10 .7 322 1.0 f162 0 64 -7 2 64 2; canone b36.4 ;s; continua f530 0 8192 -7 1.5 8192 1.5; cresc envelope ;i51 0 10.5 1 209 10 0 229 0 8 0 457 61 7000 0 .4 321; schedule con pan e dist ;i51 0 10.5 1 329 10 0 349 0 8 0 457 61 7000 0 .4 321 1.5; prepara 16-18 i51 0 3.1 1 329 10 0 335 0 8 0 457 61 7000 0 .4 321 1.5; prepara 16-18 i. .051 . . . 11 . . . . . . . . 30 i. .12 . . . 12 . . . . . . . . 90 i. .23 . . . 13 . . . . . . . . 120 i. .27 . . . 14 . . . . . . . . 150 i. .304 . . . 15 . . . . . . . . 180 i. .35 . . . 16 . . . . . . . . 210 i. .38 . . . 17 . . . . . . . . 240 i. .4 . . . 18 . . . . . . . . 270 i51 4 6.5 1 335 10 0 353 0 8 0 457 61 7000 0 .4 321 1.4; prepara 16-18 i. 4.051 . . . 11 . . . . . . . . 30 i. 4.12 . . . 12 . . . . . . . . 90 i. 4.23 . . . 13 . . . . . . . . 120 i. 4.27 . . . 14 . . . . . . . . 150 i. 4.304 . . . 15 . . . . . . . . 180 i. 4.35 . . . 16 . . . . . . . . 210 i. 4.38 . . . 17 . . . . . . . . 240 i. 4.4 . . . 18 . . . . . . . . 270 ;s ;i 53 10 20.5 1 1022 10 0 -1 0 2 0 457 61 7000 66 67 321; sinistro grave ex 1039 i 53 10 20.5 1 1033 10 0 -1 0 2 0 457 61 7000 66 67 321 5.1; sinistro grave ex 1039 i. 10.051 . . . 9 i. 10.12 . . . 8 i. 10.23 . . . 7 . . . . . . . . . . . 4.0 i. 10.3 . . . 6 i. 10.34 . . . 5 i. 10.495 . . . 4 f61 0 256 -7 1 10 1 2 1.5 5 .41 200 1 ; rall ;s; canone lento, sinistro i 53 30 10 1 2100 2 0 1 0 1 0 456 155 7000 66 67 321 1.0 ; ex 2600 i 53 30.1 . 1 . 3 0 1 0 . 0 . . 7000 66 67 321 i 53 30.2 . 1 . 5 0 1 0 . 0 . . 7000 66 67 321 i 53 30.3 . 1 . 7 0 1 0 . 0 . . 7000 66 67 321 i 53 30.4 . 1 . 11 0 1 0 . 0 . . 7000 66 67 321 s; 5041 veloce f56 0 1024 -5 .4 3 .13 20 .16 30 .13 2 .2 50 .13 30 1 900 1 f57 0 1024 -5 .16 1024 .16 ; statico f67 0 64 -7 1 20 .95 14 .61 4 .990001 ; distanza f167 0 64 -7 .6 40 .95 14 .61 4 .990001 ; distanza f323 0 8192 7 0 200 1 7800 1 192 0 ; più morbido i66 0 1 1 19 10 1 ;i52 .025 15.75 1 5041 2 0 0 2 1 0 456 56 7000 66 167 323 0.1;50 .5 321; 5040 7! ;i52 .225 15.75 1 5041 2 0 0 3 1 0 456 56 7000 66 167 323 3.2 ;50 .5 321; 5040 7! i52 .025 15.75 1 3361 11 0 0 2 1 0 456 56 7000 66 167 323 0.1;50 .5 321; 5040 7! i52 .225 15.75 1 . . 0 0 3 . 0 456 56 7000 66 167 323 3.2 ;50 .5 321; 5040 7! f155 0 256 -7 .5 256 .5 i53 8 10 51 562 58 1 0 1 7 0 458 155 11000 66 67 321 1.1; 9/8 carmichaelinviluppo morbido xfade i458; s; 9/8 natalizio f61 0 256 -7 1 256 1 f56 0 8192 -7 .5 8192 .5; preciso f323 0 4096 -5 .1 55 1 250 .21 4000 .0001 f321 0 8192 .01 90 1 8092 1 10 .001 ; più morbido i53 0 15 121 [243] 3 0 0 1 5 0 458 155 8000 66 67 321 3.3; 9/8 natalizio i53 11 20.30 37 [81*3] 4 1 0 1 7 0 458 156 4000 66 167 321 5.4; 9/8 natalizio b 10 i51 .2 18.22 1 0 9 0 109 0 11 0 457 56 3400.0 0 .1 323 3.1; ritmo ciondolante; basi valide 2, 7 9 15, 14 i. .1 . . . . . 59 0 11 0 457 56 4000 90 .959 i. 0 . . . . . 39 0 11 0 457 56 . 45 .5 i. .15 . . . . . 29 0 11 0 457 56 . 35 .85 i. 0 . . . . . 23 0 11 0 457 56 . 55 .35 i. .3 . . . . . 19 0 11 0 457 56 . 85 .5 i. .25 . . . . . 14 0 11 0 457 56 . 330 .995 ;s; ricco di armonici vari ;b-1.25 b25 i 53 1.25 19.75 1 [41*37] 2 1 0 0 3 0 458 55 3000 66 67 321 3.3;50 .5 321; ricco di armonici vari i 53 4 19.75 1 [41*37] 2 0 0 1 3 0 458 55 . 66 67 321 1.1;50 .5 323; ricco di armonici vari i 53 7.25 17.75 1 71 2 0 0 1 4 0 458 55 4000 66 67 321 4.3;50 .5 321; 71 ricco di armonici vari ;s; simmetria f61 21.0 256 -7 1 256 1 f56 21.0 8192 -5 .3 8192 .1 f166 21.0 256 -7 180 256 -1800 ;i53 0 14 1 81 160 0 0 -1 11 0 456 55 7000 66 67 321 3.3; intorno a centro diagonale i53 21.0 14.5 1 81 160 0 0 -1 8 0 456 56 7000 66 67 321 3.3; intorno a centro diagonale i53 21.1 14.5 1 . 162 0 0 1 . 0 456 . . 166 67 321 2.2; intorno a centro diagonale i. [21+12] 7 1 64 64 0 0 -1 8 . . . 4000 . . 323 4.4 i. [21+12.05] . 1 64 65 0 0 1 . . . . 4000 66 . . 5.5 f323 21.0 4096 -5 .1 55 1 280 .1 4000 .0001 s x i53 0 15.60 1 2 13 0 1 0 11 0 456 55 7000 66 67 321 ; 9/8 carmichaelinviluppo morbido xfade i458; f42 0 128 -7 2 128 2; da 2 accel a rit. ;i42 0.0 35.0 1 7 10 1 0 0 11 [44100/30] 44100 42 1000 66 67 [19/5] 321 120.0 61 s x f56 0 256 -7 4 256 3 f69 0 256 -7 90 256 180 i53 0 9.20 1 [90339+323] 10 0 1 0 1 0 456 56 13000 68 67 321 ;i. .1 . . 16 s x ; numeratori acuti? i53 0 9.20 1 61 81 1 0 0 11 0 456 55 13000 68 67 321 ; basi quadrate, niente primi a lungo periodo, multipli i53 .3 9.20 1 61 9 1 0 0 11 0 456 55 13000 68 67 321 s x i42 0 16 1 3 13 1 2 0 11 [44100/30] 44100 61 1000 66 67 [29/5] 321 12.0 61 ; intorno a centro diagonale i. . 16 2 3 11 1 2 0 12 [44100/30] 44100 . 1000 66 67 [29/5] 321 12.0 61 i53 0 16 1 3 13 1 2 0 11 0 456 55 7000 66 67 322 ; intorno a centro diagonale i53 .1 16 2 3 13 1 2 0 11 0 456 55 7000 66 67 322 ; s x f 55 0 128 -5 .61 8 .31 64 1.405 64 .31 ; ;i54 num den base ; id.incr ;vel/freq+p1Incr instr ftDur jolly i 54 0 30 1 7 2 0 1 0 1 1 72 55 s x i 71 0 5 1 13 10 1 ;0 0 0 1 ; glissando noise (periodico irrazionale da Hardy) s x i 54 0 10.30 1 7 2 0 1 0 10 0 56 55 i . 0 . 1 7 2 0 1 0 10 0 67 . ; esplora denominatori resti base 10 s ; i55 x i 55 0 25 1 36 11 1 0 0 7 0 ; bel suono wa-wa (multipli di primi coprimi a base) s s; motivo 16-18 ;t0 60 5.3 60 5.3 .9 5.4 11 5.4 60 18.4 60 18.4 8 18.5 60; cambia pause ;t0 60 8 60 8 14 8.5 11 8.5 60 13 60 18.8 60 18.8 8 19 60 25 80 35.2 70 35.5 8 36 50 48 90 ; dopo 8.5 nuovo f530 0 8192 -7 1.5 8192 1.5 t0 60 5.2 60 5.3 6 5.4 9 5.5 50 8 60 8 24.0 8.5 21 8.5 60 13 60 13.3 10 13.3 60 18.8 60 18.8 17 19 60 25 70.80 35.5 60 35.5 8 36 40 40 50 41 60 43 60 48 70.100 ; dopo 8.5 nuovo f56 0 256 -7 .5 4 .305 8 .33 ; morbido f56 0 8192 -7 .5 8192 .5; preciso f323 0 4096 -5 .1 55 1 280 .1 4000 .0001; 280 ex 250 f530 36 8192 -5 [1.27*1.5] 192 [.24*1.5] 8000 [.3*1.5]; agg. f530 44.5 8192 -7 1.5 8192 1.5 i51 .1 2 1 16 14 0 19 0 8 0 457 56 4000 350 .45321 323 3.3; ex transp 11 i. 3.15 2.15 . 34 . . [19*2] . . . . . . < < . 4.4 i. 5.7 2.2 . 51 . . [19*3] . . . . . . < < . 2.2 i. 8.6 3.8 . 68 . . [19*4] . . . . . . < < . 1.1 i. 13.4 4.9 . 102 . . [19*6] . . . . . . < < . 3.3 i. 19.1 . . 136 . . [19*8] . . . . . . < < . 0.0 i. 25 6 . [17*12] . . [18*12] . . . . . . < < . 4.0 i. 31.2 4 . [18*12] . . [19*12] 0 8 0 457 56 9000 . . . 0.4 i. 44.65 4.805 . [17*21-1] . . [19*21] 0 8 0 457 56 5000 45 0 . 0.1 i. 36.6 3.8 . [17*14] 14 . [19*13] . . . . . . < < . 2.2 ;i. 36.6 3.8 . 85 25 . 95 ;a 0 0 40 i. 3 2.3 . 17 10 . [19] 0 . 0 457 56 5000 80 .85 323 5.5 i. 5.6 2.4 . 34 . . [19*2] . . . . . . < < . 2.2 i. 8.5 3.8 . 51 . . [19*3] . . . . . . < < . 1.1 i. 13.3 4.9 . 68 . . [19*4] . . . . . . < < . 3.3 i. 19 . . 102 . . [19*6] . . . . . . < < . 0.0 i. 24.9 6.1 . [17*8] . . [18*8] . . . . . . < < . 4.1 i. 31.1 3.1 . [18*8] . . [19*8] 0 8 0 457 56 9000 . . . 1.5 i. 36 5 . [17*13] 3 . [19*13] 0 . 0 457 56 5000 [80-340] .7 . 0.5 i. 36.1 4.8 . . 4 . . . . . . . . 200 i. 36.2 4.6 . . 6 . . . . . . . . 160 i. 36.3 4.4 . . 8 . . . . . . . . 120 . . 1.4 i. 36.4 4.2 . . 9 . . . . . . . . 80 i. 36.5 4 . . 10 . . . . . . . . 40 i. 41.95 1.85 . [19*14] . . [17*16] 0 . 0 457 56 5000 [80] .95 . 3.5; eco controcorrente i. 41.95 2 . [19*13] . . [17*15] 0 . 0 457 56 5000 [130] .95 . 3.3 i. 44.5 5 . [17*18] . . [19*18] 0 . 0 457 56 25000 [30] .7 . 5.2; blocco furioso i. 44.58 . . [17*19] . . [19*19] . . . . . . [0] . . 4.3 i. 44.61 . . [17*11] . . [19*11] . . . . . . 120 . . 1.1 i. 44.64 . . [17*20] . . [19*20] . . . . . . [0] . . 3.4 i. 44.65 . . [17*31] . . [19*31] . . . . . . 120 . . 0.1 s s; motivo 16-18 x ;t0 60 5.3 60 5.3 .9 5.4 11 5.4 60 18.4 60 18.4 8 18.5 60; cambia pause t0 60 8 60 8 14 8.5 11 8.5 60 13 60 18.8 60 18.8 8 19 60 25 80 35.2 70 35.5 8 36 50 48 90 ; dopo 8.5 nuovo f56 0 256 -7 .5 4 .305 8 .33 ; morbido f56 0 8192 -7 .5 8192 .5; preciso f323 0 4096 -5 .1 55 1 280 .1 4000 .0001; 280 ex 250 f530 36 8192 -5 1.27 192 .24 8000 .3; agg. f530 44.5 8192 -7 1 8192 1 i51 .1 2 1 16 14 0 19 0 8 0 457 56 4000 350 .45321 323 3.3; ex transp 11 i. 3.1 2.2 . 34 . . [19*2] . . . . . . < < . 4.4 i. 5.6 2.3 . 51 . . [19*3] . . . . . . < < . 2.2 i. 8.6 3.9 . 68 . . [19*4] . . . . . . < < . 1.1 i. 13.4 5 . 102 . . [19*6] . . . . . . < < . 3.3 i. 19.1 . . 136 . . [19*8] . . . . . . < < . 0.0 i. 25 6 . [17*12] . . [18*12] . . . . . . < < . 4.0 i. 31.2 4 . [18*12] . . [19*12] 0 8 0 457 56 9000 . . . 0.4 i. 44.65 4.805 . [17*21-1] . . [19*21] 0 8 0 457 56 5000 45 0 . 0.1 i. 36.6 3.8 . [17*14] 14 . [19*13] . . . . . . < < . 2.2 ;i. 36.6 3.8 . 85 25 . 95 ;a 0 0 40 i. 3 2.4 . 17 10 . [19] 0 . 0 457 56 5000 80 .85 323 5.5 i. 5.5 2.5 . 34 . . [19*2] . . . . . . < < . 2.2 i. 8.5 3.9 . 51 . . [19*3] . . . . . . < < . 1.1 i. 13.3 5 . 68 . . [19*4] . . . . . . < < . 3.3 i. 19 . . 102 . . [19*6] . . . . . . < < . 0.0 i. 24.9 6.1 . [17*8] . . [18*8] . . . . . . < < . 4.1 i. 31.1 3.1 . [18*8] . . [19*8] 0 8 0 457 56 9000 . . . 1.5 i. 36 5 . [17*13] 3 . [19*13] 0 . 0 457 56 5000 [80-340] .7 . 0.5 i. 36.1 4.8 . . 4 . . . . . . . . 200 i. 36.2 4.6 . . 6 . . . . . . . . 160 i. 36.3 4.4 . . 8 . . . . . . . . 120 . . 1.4 i. 36.4 4.2 . . 9 . . . . . . . . 80 i. 36.5 4 . . 10 . . . . . . . . 40 i. 41.95 1.85 . [19*14] . . [17*16] 0 . 0 457 56 5000 [80] .95 . 3.5; eco controcorrente i. 41.95 2 . [19*13] . . [17*15] 0 . 0 457 56 5000 [130] .95 . 3.3 i. 44.5 5 . [17*18] . . [19*18] 0 . 0 457 56 25000 [30] .7 . 5.2; blocco furioso i. 44.58 . . [17*19] . . [19*19] . . . . . . [0] . . 4.3 i. 44.61 . . [17*11] . . [19*11] . . . . . . 120 . . 1.1 s s; motivo 16-18 x t0 60 5.3 60 5.3 .9 5.4 11 5.4 60 18.4 60 18.4 8 18.5 60; cambia pause f56 0 256 -7 .5 4 .305 8 .33 ; morbido f56 0 8192 -7 .5 8192 .5; preciso f323 0 4096 -5 .1 55 1 280 .1 4000 .0001; 280 ex 250 f530 36 8192 -5 1.27 192 .24 8000 .3; agg. f530 44.5 8192 -7 1 8192 1 i51 .1 2 1 16 14 0 19 0 8 0 457 56 4000 350 .45321 323 3.3; ex transp 11 i. 3.1 2.2 . 34 . . [19*2] . . . . . . < < . 4.4 i. 5.6 2.3 . 51 . . [19*3] . . . . . . < < . 2.2 i. 8.6 3.9 . 68 . . [19*4] . . . . . . < < . 1.1 i. 13.4 5 . 102 . . [19*6] . . . . . . < < . 3.3 i. 19.1 . . 136 . . [19*8] . . . . . . < < . 0.0 i. 25 6 . [17*12] . . [18*12] . . . . . . < < . 4.0 i. 31.2 4 . [18*12] . . [19*12] 0 8 0 457 56 9000 . . . 0.4 i. 44.65 4.805 . [17*21-1] . . [19*21] 0 8 0 457 56 5000 45 0 . 0.1 i. 36.6 3.8 . [17*14] 14 . [19*13] . . . . . . < < . 2.2 ;i. 36.6 3.8 . 85 25 . 95 ;a 0 0 40 i. 3 2.4 . 17 10 . [19] 0 . 0 457 56 5000 80 .85 323 5.5 i. 5.5 2.5 . 34 . . [19*2] . . . . . . < < . 2.2 i. 8.5 3.9 . 51 . . [19*3] . . . . . . < < . 1.1 i. 13.3 5 . 68 . . [19*4] . . . . . . < < . 3.3 i. 19 . . 102 . . [19*6] . . . . . . < < . 0.0 i. 24.9 6.1 . [17*8] . . [18*8] . . . . . . < < . 4.1 i. 31.1 3.1 . [18*8] . . [19*8] 0 8 0 457 56 9000 . . . 1.5 i. 36 5 . [17*13] 3 . [19*13] 0 . 0 457 56 5000 [80-340] .7 . 0.5 i. 36.1 4.8 . . 4 . . . . . . . . 200 i. 36.2 4.6 . . 6 . . . . . . . . 160 i. 36.3 4.4 . . 8 . . . . . . . . 120 . . 1.4 i. 36.4 4.2 . . 9 . . . . . . . . 80 i. 36.5 4 . . 10 . . . . . . . . 40 i. 41.95 1.85 . [19*14] . . [17*16] 0 . 0 457 56 5000 [80] .95 . 3.5; eco controcorrente i. 41.95 2 . [19*13] . . [17*15] 0 . 0 457 56 5000 [130] .95 . 3.3 i. 44.5 5 . [17*18] . . [19*18] 0 . 0 457 56 25000 [30] .7 . 5.2; blocco furioso i. 44.58 . . [17*19] . . [19*19] . . . . . . [0] . . 4.3 i. 44.61 . . [17*11] . . [19*11] . . . . . . 120 . . 1.1 s s; 5041 veloce, di nuovo, qui? x f56 0 1024 -5 .4 3 .13 100 .1 100 1 f57 0 1024 -5 .16 1024 .16 ; statico f67 0 64 -7 1 20 .95 14 .61 4 .990001 ; distanza f167 0 64 -7 .6 40 .95 14 .61 4 .990001 ; distanza f323 0 8192 7 0 200 1 7800 1 192 0 ; più morbido i66 0 1 1 17 10 1 i52 .25 15.75 1 5041 2 0 0 1 1 0 456 56 7000 66 167 323;50 .5 321; 5040 7! s x s; zeri in massa; canoni con gruppi irrazionali e sin su 2 0 1 f56 0 8192 -7 .5 8192 .5; preciso f323 0 4096 -5 .1 55 1 250 .1 4000 .0001 s; idem ma attrav numeratori: pattern 1 0 2, quadrati 2 0 4, cubi 3 0 6 i51 0 2.5 1 1 2 0 5 0 11 0 457 56 4000 350 .45321 323 1.1 i. + . . 2 3 . 10 . . . . . . < < . i. . . . 4 5 . 26 i. . . . 6 7 . 50 i. . . . 10 11 . 122 . . . . . . 0 .1 ;s b8.25 ;agg i51 0 2.6 1 1 2 0 5 0 11 0 457 56 4000 350 .45321 323 1.4 i. . . . 2 3 . 10 . . . . . . < < . i. . . . 4 5 . 26 i. . . . 6 7 . 50 i. . . . 10 11 . 122 . . . . . . 0 .1 i51 2.5 1.64 1 3 2 0 9 0 11 0 457 56 4000 350 .45321 323 4.3 i. . . . 8 3 . 28 . . . . . . < < . i. . . . 24 5 . 126 i. . . . 48 7 . 344 . . . . . . 0 .1 s i51 0 2.5 1 8 8 0 24 1 11 0 457 56 4000 350 .45321 323 3.5; ironico, vuoto ;i. + . . 9 9 . 27 . . . . . . < < . i. + . . 7 . . 21 . . . . . . 0 .1 i51 3 3 1 4 3 0 12 1 11 0 457 56 4000 350 .45321 323 5.2 i. 3.1 . . 5 4 . 15 . . . . . . < < . . i. 3.2 . . 6 . . 30 . . . . . . 0 .1 s; idem ma attrav numeratori: i51 0 4 1 8 8 0 24 1 11 0 457 56 4000 350 .45321 323 2.2 i. .1 . . 9 9 . 27 . . . . . . < < . i. .2 . . 7 . . 21 . . . . . . 0 .9 ; simmetrico tolto anticipato ; 4a ostinata b3.7;4.05 f162 0 256 -7 1 f168 0 512 -5 7200 512 1 f268 0 64 -7 0 27 90 27 0 27 -180 i155 0 1 i53 .05 16 0 7 72 1 0 0 11 0 456 155 1400.1700 68 67 321 3.1; quarta ostinata controlla pan i53 0 . 0 5 . 1 0 0 . 0 456 155 1500.1800 168 67 321 1.3 i53 14.05 10 0 49 2 1 0 0 11 0 456 155 1200. 68 167 321 3.3; quarta ostinata controlla pan i53 14.2 . 0 25 . 1 0 0 . 0 456 155 . 168 167 321 1.1 ;i. 0 . 0 17 72 1 0 0 . 0 456 155 2000 68 67 323 ;i. . . . 19 ;i53 5.1 16. -19 37 72 0 1 0 . 0 456 155 8000 66 67 323 0.0; 322 simm attraverso 0 i53 3.1 20.5 -19 -27 72 0 1 0 . 0 456 155 11000 268 167 323 0.0; 322 simm attraverso 0 s; 9a ostinata x f162 0 256 -7 1 f168 0 512 -5 7200 512 1 i155 0 1 i53 .05 20 0 7 72 1 0 0 11 0 456 155 .2000 68 67 321 ; quarta ostinata controlla pan i53 0 . 0 5 . 1 0 0 . 0 456 155 .3000 168 67 321 i. 0 . 0 17 72 1 0 0 . 0 456 155 2000 68 67 323 ; manca? i. . . . 19 i53 .1 . 1 35 72 0 -1 0 . 0 456 155 11000 66 67 322 ; simm attraverso 0 s s; senza primi, gravi, arpeggiato, 1129-1151= 22 composti, altro picco 31397-31469 ;f322 0 [4096*2] 1 "322pizzvoc.wav" 0 4 0 f56 0 64 -7 .2105 32 .09 32 .06 f166 0 64 -7 180 64 7200; 720 f166 10 64 -7 45 64 -7200 f167 0 512 -7 .001 5 .66 6 .9 13 .999 504 0 ; si allontana f267 0 512 -7 .991 8 .05 15 1 498 0 ; avvicina t 0 40 6 60 17 75 i52 0 2 1 1129 12 0 0 1 1 0 456 56 11000 166 67 321 3.1 ; intorno a centro diagonale i. + . . 1131 12 0 0 1 1 0 456 56 . 166 267 321 1.1 i. . . . 1133 i. . . . 1135 i. . . . 1137 i. . . . 1139 i. . . . 1141 i. . . . 1143 i. . . . 1145 i. . . . 1147 12 0 0 1 1 0 456 56 . 166 267 321 1.5 i. . . . 1149 ;i. . . . 1151 i. 1.1 1.96 1 1130 12 0 0 1 . 0 456 56 . 66 167 322 3.0 ; intorno a centro diagonale i. + . . 1132 i. . . . 1134 i. . . . 1136 i. . . . 1138 i. . . . 1140 i. . . . 1142 i. . . . 1144 12 0 0 1 . 0 456 56 . 66 67 322 0.4 i. . . . 1146 i. . . . 1148 ;i. . . . 1150 s; 5041 veloce s f55 0 8192 -5 .5 8192 .5 f156 0 256 -7 .3 4 .2 252 .2;.3 256 .1 f323 0 8192 7 0 200 1 7800 1 192 0 ; più morbido i52 0 [9.5+3] 1 [512] 2 0 0 1 2 0 456 156 5000 66 167 323 5.5; onde quadre simpatiche ritmo BIN i. 7 10 1 [4*49] 2 0 0 1 2 0 456 156 7000 66 67 . 5.1; onde quadre simpatiche ritmo 7 i. 15 [20-5] 37 [49*7] 2 0 0 1 2 0 456 156 7000 66 67 . 0.0; onde quadre simpatiche ritmo 7 i. [33-5] 10 1 [49*25] 2 0 0 1 2 0 456 156 7000 66 267 . 4.3; onde quadre simpatiche ritmo 7 i. [41-5] 10 1 [125] 2 0 0 1 2 0 456 156 7000 66 67 . 3.2; onde quadre simpatiche ritmo 7 ; aggiunte: i. 15 [20-10] 37 [49] 2 0 0 1 2 0 456 156 2000 66 67 . 0.0; onde quadre simpatiche ritmo 7 i. 15 [20-15] 37 [7] 2 0 0 1 2 0 456 156 2000 66 67 . 0.0; onde quadre simpatiche ritmo 7 i. [33-5] 7 1 [49] 2 0 0 1 2 0 456 156 . 66 267 . 4.3; onde quadre simpatiche ritmo 7 i. [33-5] 5 1 [25] 2 0 0 1 2 0 456 156 . 66 267 . 4.3; onde quadre simpatiche ritmo 7 i. [41-5] 5 1 [25] 2 0 0 1 2 0 456 156 . 66 67 . 3.2; onde quadre simpatiche ritmo 7 ;s; numeratori ritmo percussivo t0 60 45 60 45 80 f157 44 256 -7 .25 256 .5;.3 256 .1 f156 45 256 -7 .3 256 1 ; agg i53 45.0 6 1 [17] 2 0 0 1 11 0 456 157 7000 66 67 323 2.2; a 16-18 i53 [45+5.5] 10 1 [19] 2 0 0 1 . 0 456 156 7000 66 67 . 2.1; onde quadre simpatiche ritmo 17 i53 [45+15] 10 1 [17*19] 2 0 0 1 2 0 456 156 7000 66 67 . 1.3; onde quadre simpatiche ritmo 7 i53 [45+15] 8 1 [19] 2 0 0 1 2 0 456 156 2000 166 267 . 0.3; onde quadre simpatiche ritmo 7 i53 [45+8] 7 1 [17] 2 0 0 1 2 0 456 156 2000 166 267 . 0.3; onde quadre simpatiche ritmo 7 s s; lungo basi, armonico e ritmico-dolce b-1 f168 1 64 -7 .23 40 .995 14 .161 10 .990001 f423 1 8192 7 0 80 1 7800 .7 392 0 ; meno morbido i66 1 1 8 19 10 1 t0 70 20 80; agg i52 5.25 5.75 1 57 2 0 0 1 6 0 456 56 7000 66 168 323 4.1;322;50 .5 321; canone aum i. 4 4 1 54 2 0 0 1 6 0 456 56 7000 66 168 323 4.0 i. 3 3 1 53 22 0 0 1 6 0 456 56 7000 66 168 323 3.4 i. 2 2 1 49 . 0 0 1 6 0 456 56 7000 66 168 323 3.3 i. 1 1 1 43 . 0 0 1 6 0 456 56 7000 66 167 323 3.3 i52 10.25 19.75 1 61 2 0 0 1 6 0 456 56 7000 66 67 323 1.1;50 .5 321; canone aum i. 20 12 1 62 2 0 0 1 6 0 456 56 7000 66 267 323 1.0 i. 30 4 1 63 2 0 0 1 6 0 456 56 7000 66 67 323 1.1 i. 33 . 1 64 2 0 0 1 6 0 456 56 7000 166 167 323 i. 35 . 1 65 12 0 0 1 6 0 456 56 7000 66 267 323 i. 38 5 . 66 23 0 0 1 6 0 456 56 4000 66 67 323 1.3 i. 40.5 4 1 67 37 0 0 1 6 0 456 56 7000 66 267 323 1.3 i. 42.5 1 1 64 2 0 0 1 6 0 456 56 9000 66 267 323 1.1 i. 43 3 1 68 2 0 0 1 6 0 456 56 16000 66 167 423 . i. 45 3 1 69 22 0 0 1 6 0 456 56 7000 66 167 323 1.2 i. 47 1 1 70 2 0 0 1 6 0 456 56 7000 66 67 323 2.2 i. 47.5 10 1 71 . 0 0 1 6 0 456 56 7000 66 167 323 2.1 i. 57 10 1 73 2 0 0 1 6 0 456 56 7000 166 267 323 1.3 i. 65 3 1 77 . 0 0 1 6 0 456 56 7000 66 267 423 3.5 i. 66.5 4 1 79 . 0 0 1 6 0 456 56 7000 66 167 423 5.4 i. 68 2 1 80 . 0 0 1 6 0 456 56 5000 66 67 323 4.0 i. 69 3.2 1 81 6 0 0 1 6 0 456 56 15000 66 167 323 0.0 i. 70 1.5 1 82 . 0 0 1 6 0 456 56 7000 66 267 323 i. 71 1 1 83 . 0 0 1 6 0 456 56 7000 66 167 323 4.4 i. 71.5 1 1 84 . 0 0 1 6 0 456 56 7000 66 67 323 0.0 i. 72 1 1 85 . 0 0 1 6 0 456 56 7000 66 267 323 0.5 i. 73 3 1 87 2 0 0 1 6 0 456 56 13000 66 167 323 1.1 i. 75 3 1 86 . 0 0 1 6 0 456 56 7000 166 267 423 . i. 77 2 1 88 . 0 0 1 6 0 456 56 7000 66 67 323 1.3 i. 78 2 1 89 . 0 0 1 6 0 456 56 7000 66 267 323 1.2 i. 79 1.5 1 90 2 0 0 1 6 0 456 56 7000 66 267 323 2.2 i. 80 1 1 91 . 0 0 1 6 0 456 56 7000 66 267 323 2.1 i. 80.5 1 1 92 . 0 0 1 6 0 456 56 7000 66 167 423 2.2 i. 81 3 1 97 . 0 0 1 6 0 456 56 7000 66 267 323 1.2 ;/0? i. 82.5 2 1 98 . 0 0 1 6 0 456 56 7000 66 267 323 3.3 i. 84 2 1 100 . 0 0 1 6 0 456 56 7000 66 167 323 2.2 i. 85 1.5 1 101 . 0 0 1 6 0 456 56 7000 66 267 323 1.1 i. 87 3 1 125 2 0 0 1 6 0 456 56 7000 66 267 323 3.2 i. 90 4 1 127 8 0 0 1 6 0 456 56 141000 66 67 323 2.0 i. 89.5 2 1 128 . 0 0 1 6 0 456 56 6000 66 267 323 0.0 ; agg s s; 4a ostinata x f162 0 256 -7 1 f168 0 512 -5 7200 512 1 i155 0 1 i53 .05 20 0 7 72 1 0 0 11 0 456 155 .2000 68 67 321 ; quarta ostinata controlla pan i53 0 . 0 5 . 1 0 0 . 0 456 155 .3000 168 67 321 i. 0 . 0 17 72 1 0 0 . 0 456 155 2000 68 67 323 i. . . . 19 i53 .1 . 1 35 72 0 -1 0 . 0 456 155 11000 66 67 322 ; simm attraverso 0 ;x ;i53 0 20 1 100 11 0 1 0 1 0 456 55 9000 66 67 321 ; acuto 1 sample s s x i50 .165 15. 1 956 21 0 1 0 3 0 456 61 7000 66 67 321;50 .5 321; solo melodicamente ambigua di 2, di 5 s f530 0 256 21 2 1 f321 0 8192 7 0 90 1 6192 .36 1500 .7 440 0 ;i66 0 1 1 7 10 1 f56 0 256 -7 1 10 .9 10 1.1 15 .7 2 .9 11 .5 3 .6 12 .2 20 1 t0 70 ; agg i50 .165 40. 1 386 11 0 1 0 2 0 456 56 4000 66 267 321 2.0;50 .5 321; melodicamente ambigua di 2, di 5 i. .125 40.75 1 . 13 0 . 0 . . . . . 66 67 321 0.2;50 .5 321; ritmo monotono di 5 i. .26 39 1 . 7 0 . 0 . . . . . 66 267 321 1.3 i. .0125 41 1 . 5 0 . 0 . . . . . 66 167 321 3.1 s; polifonico perdendosi ; (prova altra vers corta) f321 0 8192 7 0 90 1 6192 .36 1500 .7 440 0 b .79 t0 75.70 ; agg i51 .43165 99.100 1 535 11 0 600 0 2 0 456 61 7000 0 .45 321 1.3;50 .5 321; serie bucate: potenze di 2, di 5 i. .2125 99.275 1 . 13 0 . 0 . . . 61 . 90 .75 321 3.0;50 .5 321; serie bucate: potenze di 2, di 5 i. .326 99.45 1 . 7 0 . 0 . . . 61 . 210 .312 321 0.2 i. .0125 99.55 1 . 5 0 . 0 . . . 61 . 240 .995 325 2.1 f325 0 256 -7 .01 29 .8 200 1 44 .01; altro attacco s s; monofonico ;i52 .25 15.75 1 19 -10 0 1 0 30 -.021 456 55 7000 66 67 321;50 .5 321; 5040 7! ped acuto i52 .25 15.475 1 150 13 0 1 0 9 0 456 61 7000 66 67 321 3.1;50 .5 321; 5040 7! ped acuto s; echi lontani f324 0 8192 7 .01 650 1 1000 .5 2000 .65 4000 .1 1000 .01;7800 1 192 0 ; più morbido t0 40 20 49 32 35 50.40 29.20 i51 0 4 1 149 13 0 157 0 6 0 456 61 4000 30 .32 324 0.1;50 .5 321; 5040 7! ped acuto i. + . . . 11 i. . . . . 10 i. . . . . 15 i. . . . . 6 i. . . . . 36 i. . . . . 37 i. 3.9 4 2 . 13 0 . 0 6.03 0 456 61 . 240 .7052 . 0.2;50 .5 321; 5040 7! ped acuto i. + . . . 11 i. . . . . 10 i. . . . . 15 i. . . . . 6 i. . . . . 36 i. . . . . 37 i. 7.8 4 3 . 13 0 . 0 5.97 0 456 61 . 0 .5752 . 0.3 i. + . . . 11 i. . . . . 10 i. . . . . 15 i. . . . . 6 i. . . . . 36 i. . . . . 37 i. 11.75 4.2 4 . 3 0 156 0 6 0 456 61 . 270 .9952 . 2.3;50 .5 321; tutto deviato! i. + . . . 7 i. . . . . 5 i. . . . . 17 i. . . . . 19 i. . . . . 23 i. . . . . 47 i. 15.65 4.3 4 . 4 0 155 0 . 0 456 61 . 180 .9952 . 2.3;50 .5 321; tutto deviato! i. + . . . 32 i. . . . . 25 i. . . . . 12 i. . . . . 30 i. . 6. . . 67 0 155 0 . 0 456 61 . 150 .9952 . 3.1 i. . 7. . . 33 0 155 0 . 0 456 61 . 180 .9952 . 1.1 f56 0 64 -7 .105 64 .06 f166 0 64 -5 180 64 720 i52 15.65 1 1 149 2 0 0 1 1 0 456 56 8000.11000 166 67 322 1.1; arpeggio? i. + . . 150 s e s; echi lontani f324 0 8192 7 .01 650 1 1000 .5 2000 .65 4000 .1 1000 .01;7800 1 192 0 ; più morbido t0 35.40 20 49 32 35 50.40 29.20 i51 0 4 1 149 13 0 157 0 6 0 456 61 4000 30 .32 324 0.1;50 .5 321; 5040 7! ped acuto i. + . . . 11 i. . . . . 10 i. . . . . 15 i. . . . . 6 i. . . . . 36 i. . . . . 37 i. 3.9 4 2 . 13 0 . 0 6.03 0 456 61 . 240 .7052 . 0.2;50 .5 321; 5040 7! ped acuto i. + . . . 11 i. . . . . 10 i. . . . . 15 i. . . . . 6 i. . . . . 36 i. . . . . 37 i. 7.8 4 3 . 13 0 . 0 5.97 0 456 61 . 0 .5752 . 0.3 i. + . . . 11 i. . . . . 10 i. . . . . 15 i. . . . . 6 i. . . . . 36 i. . . . . 37 i. 11.75 4.2 4 . 3 0 156 0 6 0 456 61 . 270 .9952 . 2.3;50 .5 321; tutto deviato! i. + . . . 7 i. . . . . 5 i. . . . . 17 i. . . . . 19 i. . . . . 23 i. . . . . 47 i. [15.65] 6 4 [143*2] 4 0 [157*2] 0 157 0 456 61 3500 180 .9952 324 3.1; i. [15.65+5.5] 3 4 71 4 0 79 0 157 0 456 61 3500 180 .9952 324 1.2; i. [15.65+8] 4.3 4 143 4 0 155 0 157 0 456 61 3500 180 .9952 324 2.3;50 .5 321; tutto deviato! i. + . . . 32 i. . . . . 25 i. . . . . 12 i. . . . . 30 0 159 . i. . 6. . . 67 0 155 0 . 0 456 61 . 150 .9952 . 3.1 ; 155 i. . 7. . . 33 0 155 0 . 0 456 61 . 180 .9952 . 1.1 f56 0 64 -7 .105 64 .06 f166 0 64 -5 180 64 720 i52 [15.65+8] 1 1 149 2 0 0 1 1 0 456 56 11000 166 67 322 1.1; arpeggio? i. + . . 150 s e s; echi lontani f324 0 8192 7 .01 650 1 1000 .5 2000 .65 4000 .1 1000 .01;7800 1 192 0 ; più morbido t0 35.40 20 49 32 35 50.40 29.20 ;i51 0 7 1 [149*2] 13 0 [157*2] 0 6 0 456 61 4000 30 .32 324 0.1;50 .5 321; 5040 7! ped acuto i51 0 4 1 149 13 0 157 0 6 0 456 61 4000 30 .32 324 0.1;50 .5 321; 5040 7! ped acuto i. + . . . 11 i. . . . . 10 i. . . . . 15 i. [16+8] 4 . . 6 i. + . . . 36 i. . . . . 37 i. 3.9 4 2 . 13 0 . 0 6.03 0 456 61 . 240 .7052 . 0.2;50 .5 321; 5040 7! ped acuto i. + . . . 11 i. . . . . 10 i. [15.9+8] . . . 15 i. + . . . 6 i. . . . . 36 i. . . . . 37 i. 7.8 4 3 . 13 0 . 0 5.97 0 456 61 . 0 .5752 . 0.3 i. + . . . 11 i. [15.8+8] . . . 10 i. + . . . 15 i. . . . . 6 i. . . . . 36 i. . . . . 37 i. 11.75 4.2 4 . 3 0 156 0 6 0 456 61 . 270 .9952 . 2.3;50 .5 321; tutto deviato! i. [15.95+8] . . . 7 i. + . . . 5 i. . . . . 17 i. . . . . 19 i. . . . . 23 i. . . . . 47 i. [15.65] 7 1 [143*2] 13 0 [157*2] 0 6 0 456 61 3500 180 .39952 324 3.1; i. [15.65+6.5] 3 1 35 13 0 40 0 6 0 456 61 3500 180 .49952 324 1.2; i. [15.65+9] 4.3 4 143 4 0 155 0 157 0 456 61 3500 180 .9952 324 2.3;50 .5 321; tutto deviato! i. + . . . 32 i. . . . . 25 i. . . . . 12 i. . . . . 30 0 159 . i. . 6. . . 67 0 155 0 . 0 456 61 . 150 .9952 . 3.1 ; 155 i. . 7. . . 33 0 155 0 . 0 456 61 . 180 .9952 . 1.1 f56 0 64 -7 .105 64 .06 f166 0 64 -5 180 64 720 i52 [15.65+9] 1 1 149 2 0 0 1 1 0 456 56 11000 166 67 322 1.1; arpeggio? i. + . . 150 s e s i53 .25 15.75 1 35 36 0 1 0 6 0 456 55 7000 66 67 322;50 .5 321; serie bucate: potenze di 2, di 5 i53 .25 15.75 1 . 100 0 1 0 6 0 456 55 700.0 66 67 321;50 .5 321; canone aum s x i 53 0 4 1 3 2 0 0 1 14 0 458 55 8000 66 67 321;50 .5 321; canone aum i. .1 8 . 5 i. .05 15. . 15 s; ricco di armonici vari i 53 .25 29.75 1 [41*37] 2 1 0 0 3 0 458 55 4000 66 67 321;50 .5 321; ricco di armonici vari i 53 4 29.75 1 [41*37] 2 0 0 1 3 0 458 55 4000 66 67 321;50 .5 321; ricco di armonici vari s i 53 .25 29.75 1 71 2 0 0 1 4 0 458 55 4000 66 67 321;50 .5 321; 71 ricco di armonici vari s s i 53 .0025 29.75 1 41 2 0 0 1 4 0 456 55 4000 68 67 321;50 .5 321; canone aum i. .5 29.5 . . 11 . 60 . . . . . . 30 . 331 i. .75 29.5 . . 13 . 40 . . . . . . 60 . 332 i. 1.25 29 . . 16 . 24 . . . . . . 90 . 333 s ;i157 0 1 ; serie armonica, a velocissimo i66 0 1 1 7 10 1 f155 0 8192 -5 1 50 .1 10 .1 5 2 f156 0 8192 -5 .9 40 .1 15 .1 5 2 i 53 1 20 1 1500 13 0 1 1 2 0 456 155 7000 66 67 321; schedule con pan e dist i. .97 20 1 1500 25 0 1 1 2 0 456 156 7000 66 67 321 s; canoni iperpoli poi precipitosi i51 0 40 1 1500 10 0 -65 0 2 0 457 61 7000 15 .5 321; giù a precipizio sempre più scoordinata i. .05 39.7 . . 13 0 . 0 2 0 457 61 7000 80 s i51 0 18.0 1 1 10 0 1200 0 2 0 457 61 7000 15 .5 321; giù a precipizio sempre più scoordinata i. .05 17.97 . . 13 0 1200 0 2 0 457 61 7000 80 s e ; PHI eulero (ciclotomia danzante) in quadrati di b-1 f61 50 64 -5 1 32 24 32 .1;30 1 1 31 .01;attacco f42 0 128 -7 2.05 128 .2 f68 0 128 -7 .05 6 .95 90 1 f65 0 64 -7 90 5 -10 5 -90 5 120 5 300 i42 0.0 26.0 1 [72*1.5] 5 1 0 0 11 [44100/3000] 441.00 42 1000 65 68 [7.9] 321 5 61 i42 20.0 35.0 1 [36+28] 7 1 0 0 12 [44100/3000] 441.00 42 1000 . . [8.5] 321 7 61 i42 47.0 20.0 1 [81] 10 1 0 0 11 [44100/3000] 441.00 42 1000 . 68 [9] 321 12 61 i42 71.0 20.0 140 [18*18] 19 3 0 0 12 [44100/3000] 441.00 42 1000 65 68 [11] 321 19 61 ; su falsariga glossario dial tone ;i42 5.0 71.0 1 [81] 10 1 0 0 17 [44100/3000] 441.00 61 1000 66 67 [7] 321 19.00 61; no da altra tabella ;i53 535.4 90 0 81 10 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 s s; num. perfetti ;x f55 0 8192 -2 [1/6] [1/3] .5 1; num. perfetti f56 0 16 -7 [1/3] 16 [1/3] f57 0 16 -2 [1/28] [1/14] [1/7] .25 .5 1 f58 0 16 -7 [1/7] 16 [1/7] f59 0 16 -7 .25 16 .25 f60 0 16 -7 .5 16 .5 f324 0 8192 -5 1 8192 .01 i53 0 3 1 7 10 0 0 0 5 2 456 59 9000 57 59 324 ; 4 contro 7 i. 1 2 1 7 10 0 0 0 5 2 456 58 i53 3 2 1 7 10 0 0 0 5 2 456 57 9000 66 59 324 ; il 28 solo accel i53 5 2 1 13 10 1 0 0 5 2 456 57 9000 66 59 324 ; il 28 i. 6 .; in canone i53 7 2 1 7 10 0 0 0 5 2 456 59 9000 66 59 324 ; 4 contro 7 i. 8 2 1 7 10 0 0 0 5 2 456 58 i. 9 3 1 13 10 1 0 0 5 3 . 60 ; BASE .5. i. 10 2. 1 7 10 . 0 0 5 4 456 56; 1/3 i. 11 . 1 7 10 . 0 0 5 5 456 55 ;i. 7 . 1 7 10 . 0 0 5 . 456 55 s ;x f55 0 8192 -7 .5 18 .25 2 10 f55 10 8192 -7 .5 16 .2 2 20 i53 0 10 1 17 10 0 17 0 5 0 456 55 9000 66 67 321; attraverso tabelline i. + 7 . 323 . . -19 i. . . . 91 . . -7 i. . . . 91 . . -13 ; bello s s ; : f55 in canone a 3 colori da resti 1/7 f56 0 8192 -7 .5 8192 .1 i53 0 1 1 13 10 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i 53 1 20 1 101 3 1 0 1 7 -.5 456 55 17000 68 67 322; schedule con pan e dist i. 2 . . . 5 i. 3 . . . 15 s ; : f55 da resti 1/7 f56 0 8192 -7 .5 8192 .51 i53 0 1 1 7 10 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i. 5 . 1 11 i53 9 1 1 17 2 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i242 .5 15 1 13 10 0 1 1 146 [44100/36] 44100 55 1000.0 66 67 [3000] 322 120 61 s ; : f55 da resti 1/7 f56 0 8192 -7 .5 8192 .1 i53 0 1 1 37 10 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i. 5 . 1 11 i53 9 1 1 17 2 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i 53 1 20 1 7 10 1 0 0 7 0 456 55 7000 68 67 322; schedule con pan e dist s ; : ritmo primi/primi+1 f68 0 8192 -7 .09 8192 .09 i158 0 1 ; pot 1.5 i 53 1 20 1 11 13 0 1 1 7 0 456 55 7000 68 67 322; schedule con pan e dist s i157 0 1 ; serie armonica, a velocissimo i 53 1 20 1 11 13 0 1 1 7 0 456 55 7000 68 67 322; schedule con pan e dist s i155 0 1 i 53 1 20 1 11 13 0 1 1 7 0 456 155 7000 68 68 322; schedule con pan e dist e s x f61 0 64 -7 1 64 1;.5 16 .51 1 1.5 47 1.49 i42 0 15.5 1 11 10 0 1 1 11 [44100/37] 44100 154 5000 68 67 [1245.00] 322 19 61 ; i. 8 2 6 7 10 -1 0 0 12 [44100/17] 44100 156 -1500 66 67 [3010.00] 322 12 . i. 6 4 6 7 10 -1 0 0 . [44100/19] 44100 157 -1000 68 67 [100] s s; da rumore scende 1/7 x ;i193 [.10+.18] 9 ;e i45 0 19 1 7 10 1 0 -5 11 [44100/30.00] 44100 10 2000 66 55 [20] 321 12.0 61 1.0; i191 9.0 11 i19 12.24 9.15 i193 [.10+18] 9 i190 [6.5+16] 9.12 i194 [7+16] 11.59 s ;i358 1 1; test widget, stenta, esce quasi solo al release ;i51 .2 1.2 1 7 10 0 14 0 11 0 457 56 140.00 0 .145321 321 /*f168 0 32 -7 0 4 360 4 0 24 -360 f167 0 32 -7 .5 32 .5 i53 0 9 1 7 10 0 0 0 7 0 456 55 15000. 168 167 322 1.0 ;test 8 canali */ /*i51 .2 1 1 13 10 0 14 0 11 0 457 55 14000 180 .145321 321 ; test canali i. + . 1 13 10 0 . 0 11 0 457 55 14000 270 i. . . 1 13 10 0 . 0 11 0 457 55 14000 0 i. . . 1 13 10 0 . 0 11 0 457 55 14000 90*/ s x ;i 53 0 10.5 1 6 10 0 1 0 7 0 456 55 7000 66 67 321; schedule con pan e dist ;f66 0 512 -7 270 10 0 30 190; semplice giro incompleto loudspeaker; ex 64 ftlen f55 0 64 -7 2 64 .15 f61 0 64 -7 1 20 1 30 3 14 .5; aliasing ;f61 0 64 -7 .5 16 .51 1 1.5 47 1.49 ;f61 0 64 -7 1 64 1 f322 0 8192 -5 .048 200 1 1000 .4 7192 .76 f167 0 64 -7 .405 16 .25 48 1 i53 0 35 1 7 3.5 0 0 0 90 -11 456 55 15000. 168 67 322 ; agg f168 0 64 -5 270 64 2700 i66 0 1 1 7 10 ;i. 25 1 41 10 i43 0 25 1 21 2 0 2 0 11 [44100/370] 1105.0 55 100.0 66 167 [6] 322 32 61; rauco i43 10 25 1 21 2 0 2 0 12 [44100/37] 44100 55 100.0 66 167 [7] 322 32 61 ; ascende e cresce; i43 10 25 1 21 2 0 2 0 12 [44100/37] 44100 55 50.0 68 167 [3.5] 322 32 61 ; ascende e cresce; ; ascende e cresce; ; cresce ma discende i43 25 11.935 1 55 7 0 1 0 11 [44100/17] 44100 55 -90.0 66 167 [11] 321 -16 61 s; num triangolari ritmici, v. anche resti x f322 0 8192 -5 .05 20 1 250.00 .0051 7190 .00003 f61 0 64 -5 1 64 1;30 1 1 31 .01;attacco f155 0 128 -2 [3/3] [1/3] [2/3] [1/6] [2/6] [3/6] [1/10] [2/10] [3/10] [4/10] [1/15] [2/15] [3/15] [4/15] [5/15] [1/21] [2/21] [3/21] [4/21] [5/21] [6/21]; num triangolari ritmici, v. anche resti i43 0 5 1 7 10.25 0 0 .25 11 [44100/28] 44100 155 900.0 68 67 [12] 322 19 61 i. 1 4 1 7 10.5 0 0 .5 12[44100/20] 44100 155 900.0 66 67 [12] 322 19 61 f168 0 32 -7 45 32 90 f169 0 32 -7 180 32 90 f170 0 32 -7 270 32 90 i53 1 4 2 13 10 1 0 0 17 0 456 155 18000 168 67 322 ; agg. transizione i. 2 3 . . 10 . 0 0 19 0 456 155 20000 169 67 322 i. 3 2 . . 10 . 0 0 23 . 456 155 28000 170 67 322 ;i43 0 4 1 7 10.25 0 0 .25 146 [44100/38] 44100 155 1000.0 68 67 [12] 322 12 61 ;f61 5 64 -5 1 64 .9;30 1 1 31 .01;attacco b 5 i42 0 6 1 7 10 0 0 0 11 [44100/23] 44100 155 1500.0 168 67 [10] 322 -19 61 i. 3 . 1 7 10 0 0 0 11 [44100/19] 44100 155 . 169 67 [10] 322 -19 61 i. 2 . 1 7 10 0 0 0 11 [44100/17] 44100 155 . 170 67 [10] 322 -19 61 i43 6 6 1 7 9.5 0 0 .5 12 [44100/48] 44100 155 2500.0 170 61 [15] 322 12 61 ; lontano i43 6.1 5 1 7 9.5 0 0 .5 12 [44100/28] 44100 155 1500.0 168 67 [15] 322 12 61 ;f267 0 32 -7 0 ;i53 7 3 1 1 7 9.5 0 0 .25 17 1 456 155 18000 168 67 322 i53 6 5 1 7 9.5 0 0 .5 17 4 456 155 9000 168 67 322 i53 7 6 1 13 10 0 1 0 7 0 456 155 900.0 169 67 321; trans i53 7 5 1 13 10 0 0 .5 7 0 456 155 1400.0 170 67 322; trans s e f55 0 64 -5 2 64 .15 f61 0 64 -7 1 20 1 30 3 14 .5; aliasing ;f61 0 64 -7 .5 16 .51 1 1.5 47 1.49 ;f61 0 64 -7 1 64 1 f322 0 8192 -5 .048 200 1 1000 .4 7192 .76 f167 0 64 -7 .405 16 .25 48 1 i53 0 35 1 7 3.5 0 0 0 90 -11 456 55 15000. 168 67 322 ; agg f168 0 64 -5 270 64 2700 i66 0 1 1 7 10 1 ;i. 25 1 41 10 i43 0 25 1 21 2 0 2 0 11 [44100/370] 1105.0 55 100.0 66 167 [6] 322 32 61; rauco i43 10 25 1 21 2 0 2 0 12 [44100/37] 44100 55 100.0 66 167 [7] 322 32 61 ; ascende e cresce; i43 10 25 1 21 2 0 2 0 12 [44100/37] 44100 55 50.0 68 167 [3.5] 322 32 61 ; ascende e cresce; ; ascende e cresce; ; cresce ma discende i43 25 11.935 1 55 7 0 1 0 11 [44100/17] 44100 55 -90.0 66 167 [11] 321 -16 61 s x f61 0 64 -7 1 64 1;.5 16 .51 1 1.5 47 1.49 i42 0 15.5 1 11 10 0 1 1 11 [44100/37] 44100 154 5000 68 67 [1245.00] 322 19 61 ; i. 8 2 6 7 10 -1 0 0 12 [44100/17] 44100 156 -1500 66 67 [3010.00] 322 12 . i. 6 4 6 7 10 -1 0 0 . [44100/19] 44100 157 -1000 68 67 [100] s s; num triangolari ritmici, v. anche resti f322 0 8192 -5 .05 20 1 250.00 .0051 7190 .00003 f61 0 64 -5 1 64 1;30 1 1 31 .01;attacco f155 0 128 -2 [3/3] [1/3] [2/3] [1/6] [2/6] [3/6] [1/10] [2/10] [3/10] [4/10] [1/15] [2/15] [3/15] [4/15] [5/15] [1/21] [2/21] [3/21] [4/21] [5/21] [6/21]; num triangolari ritmici, v. anche resti i43 0 5 1 7 10.25 0 0 .25 11 [44100/28] 44100 155 900.0 68 67 [12] 322 19 61 i. 1 4 1 7 10.5 0 0 .5 12[44100/20] 44100 155 900.0 66 67 [12] 322 19 61 f168 0 32 -7 45 32 90 f169 0 32 -7 180 32 90 f170 0 32 -7 270 32 90 i53 1 4 2 13 10 1 0 0 17 0 456 155 18000 168 67 322 ; agg. transizione i. 2 3 . . 10 . 0 0 19 0 456 155 20000 169 67 322 i. 3 2 . . 10 . 0 0 23 . 456 155 28000 170 67 322 ;i43 0 4 1 7 10.25 0 0 .25 146 [44100/38] 44100 155 1000.0 68 67 [12] 322 12 61 ;f61 5 64 -5 1 64 .9;30 1 1 31 .01;attacco b 5 i42 0 6 1 7 10 0 0 0 11 [44100/23] 44100 155 1500.0 168 67 [10] 322 -19 61 i. 3 . 1 7 10 0 0 0 11 [44100/19] 44100 155 . 169 67 [10] 322 -19 61 i. 2 . 1 7 10 0 0 0 11 [44100/17] 44100 155 . 170 67 [10] 322 -19 61 i43 6 6 1 7 9.5 0 0 .5 12 [44100/48] 44100 155 2500.0 170 61 [15] 322 12 61 ; lontano i43 6.1 5 1 7 9.5 0 0 .5 12 [44100/28] 44100 155 1500.0 168 67 [15] 322 12 61 ;f267 0 32 -7 0 ;i53 7 3 1 1 7 9.5 0 0 .25 17 1 456 155 18000 168 67 322 i53 6 5 1 7 9.5 0 0 .5 17 4 456 155 9000 168 67 322 i53 7 6 1 13 10 0 1 0 7 0 456 155 900.0 169 67 321; trans i53 7 5 1 13 10 0 0 .5 7 0 456 155 1400.0 170 67 322; trans e s x i42 0 5.5 1 7 10 1 0 -1 11 [44100/17] 44100 156 10000 68 67 [500] 322 16 61 ; i. 8 2 6 7 10 -1 0 0 . [44100/17] 44100 156 3000 66 67 [3010.00] 322 12 . i. 6 4 6 7 10 -1 0 0 . [44100/19] 44100 157 2000 68 67 [100] i. 10 3.1 1 7 10 1 6 0 . [44100/7] 44100 158 1000 66 67 [2000] 322 12 s e ;i53 0 40 1 9091 2 1 0 1 1 0 456 55 7000 66 67 321 ; 9/8 carmichaelinviluppo morbido xfade i458; i53 0 40 1 101 2 1 0 1 17 0 456 55 7000 66 67 321 ; 9/8 carmichaelinviluppo morbido xfade i458; s; si allarga da primo valore f42 0 64 -5 1.7 64 .01; da 2 accel a rit. f326 0 4096 -5 .5 12 1 150 .5 4000 .84 i66 0 1 1 7 10 1 i42 0.0 8.2 1 169 2 1 0 1 11 [44100/6000] 441.00 42 3000 66 67 [17] 326 17.5 61 i42 15.0 5.0 7 293 8 1 0 1 11 [44100/6000] 441.00 42 3000 66 67 [17] 326 17.5 61 i42 8.0 12.0 84 169 3 0 0 2 12 [44100/3000] 441.00 42 4500 66 67 [7] 326 9.0 61 s; canoni aumentazione, v 16-18 f56 0 8192 -7 .5 8192 .5; preciso f323 0 4096 -5 .1 55 1 250 .21 4000 .0001 i51 .2 1.2 1 0 10 0 43 0 11 0 457 56 140.00 0 .145321 323 i. .1 . . . . . 21 0 11 0 457 56 14000 90 .959 i. 0 . . . . . 10 0 11 0 457 56 . 45 .5 s i51 .2 22 1 0 9 0 119 0 11 0 457 56 3400.0 0 .1 323 ; ritmo ciondolante; basi valide 2, 7 9 15, 14 i. .1 . . . . . 59 0 11 0 457 56 14000 90 .959 i. 0 . . . . . 39 0 11 0 457 56 . 45 .5 i. .15 . . . . . 29 0 11 0 457 56 . 35 .85 i. 0 . . . . . 23 0 11 0 457 56 . 55 .35 i. .3 . . . . . 19 0 11 0 457 56 . 85 .5 i. .25 . . . . . 14 0 11 0 457 56 . 330 .995 s i53 0 .60 1 2 13 0 1 0 11 0 456 55 7000 66 67 321 ; 9/8 carmichaelinviluppo morbido xfade i458; f42 0 128 -7 2 128 2; da 2 accel a rit. ;i42 0.0 35.0 1 7 10 1 0 0 11 [44100/30] 44100 42 1000 66 67 [19/5] 321 120.0 61 s; zeri in massa; canoni con gruppi irrazionali e sin su 2 0 1 f56 0 8192 -7 .5 8192 .5; preciso f323 0 4096 -5 .1 55 1 250 .1 4000 .0001 s; idem ma attrav numeratori: pattern 1 0 2, quadrati 2 0 4, cubi 3 0 6 i51 0 2.4 1 1 2 0 5 0 11 0 457 56 4000 350 .45321 323 i. + . . 2 3 . 10 . . . . . . < < . i. . . . 4 5 . 26 i. . . . 6 7 . 50 i. . . . 10 11 . 122 . . . . . . 0 .1 s i51 0 2.4 1 1 2 0 5 0 11 0 457 56 4000 350 .45321 323 i. . . . 2 3 . 10 . . . . . . < < . i. . . . 4 5 . 26 i. . . . 6 7 . 50 i. . . . 10 11 . 122 . . . . . . 0 .1 i51 3.5 1.4 1 3 2 0 9 0 11 0 457 56 4000 350 .45321 323 i. . . . 8 3 . 28 i. . . . 24 5 . 126 i. . . . 48 7 . 344 . . . . . . 0 .1 s i51 0 4 1 8 8 0 24 1 11 0 457 56 4000 350 .45321 323 i. + . . 9 9 . 27 . . . . . . < < . i. + . . 7 . . 21 . . . . . . 0 .1 s i51 0 4 1 4 3 0 12 1 11 0 457 56 4000 350 .45321 323 i. .1 . . 5 4 . 15 . . . . . . < < . i. .2 . . 6 . . 30 . . . . . . 0 .1 s; idem ma attrav numeratori: i51 0 4 1 8 8 0 24 1 11 0 457 56 4000 350 .45321 323 i. .1 . . 9 9 . 27 . . . . . . < < . i. .2 . . 7 . . 21 . . . . . . 0 .1 s ;i42 0 2 1 7 -10 1 0 0 11 [44100/56] 44100 61 1800.0 69 67 [10] 322 12 61; 1/7 s x f42 0 128 -7 2 128 2; da 2 accel a rit. i53 0 40 1 2 2 0 1 0 7 0 456 42 7000 66 67 321 ; 9/8 carmichaelinviluppo morbido xfade i458; s; si allarga da primo valore f42 0 128 -7 2 128 .1; da 2 accel a rit. ;i42 0.0 19.0 1 293 2 1 0 1 11 [44100/3000] 441.00 42 1000 66 67 [20] 321 12.0 61 s; si allarga da primo valore; quadrato magico 19 base 10 x f42 0 128 -7 2 128 2; da 2 accel a rit. f323 0 256 -5 1 56 .01 200 .0001 i42 0.0 35.0 1 7 10 1 0 0 11 [44100/30] 44100 42 1000 66 67 [19/5] 323 12.0 61 s /*i 53 0 20.5 1 3 3 0 1 0 7 0 456 55 7000 66 67 321; buono per canoni aum ;i 53 0 20.5 1 3 21 0 1 0 7 0 456 55 7000 66 67 321; schedule con pan e dist ;i 53 0 20.5 1 3 22 0 1 0 7 0 456 55 7000 66 67 321 ; quarte /*f66 0 512 -7 0 10 0 30 190; semplice giro incompleto loudspeaker; ex 64 ftlen f66 10 64 -7 270 64 0 ; torna a direz iniziale f55 0 8192 -5 .43 35 .2003 5 .4 8192 .3*/ s s /*f155 0 256 -7 .5 256 .5 i122 0 1; per cercare valori 027972 si avvicina ;f67 0 256 -7 0 256 0 ;i53 0 60 2474997420 999999999999 100 1 0 0 1 0 456 155 17000 66 67 321; verso sinusoide; FALLITO /* i53 0 60 27970 999999 10 1 0 0 7 0 456 155 7000 66 67 321; verso sinusoide */ s f155 0 256 -7 .5 256 .5 i53 0 10 1 561 4 1 0 1 7 0 458 155 7000 66 67 321 ; 9/8 carmichaelinviluppo morbido xfade i458; s i53 0 30 1 [81*3] 4 1 0 1 7 0 458 155 7000 66 67 321 ; 9/8 natalizio s i53 0 15 121 [243] 3 0 0 1 5 0 458 155 7000 66 67 321 ; 9/8 natalizio ;i42 .5 15 121 [243] 3 0 0 1 11 [44100/13] 44100 155 600.0 68 67 [8] 321 53 61; 1/7 ;i53 0 30 112 1978 10 1 1 1 2 0 56 55 7000 66 67 321 ; solo armonici? ;i53 0 30 1 2977 10 1 0 1 1 0 56 55 7000 66 67 321 ; solo armonici? s x f322 0 8192 5 1 8192 .9301 i 53 .01 20 1 121 13 1 0 0 16 0 56 55 7000 66 67 321 ; test 44100 i. .1 . . . 17 i. .2 . . . 19 f55 20 128 -7 1 128 1 f55 40 128 -7 5 128 1 ; questo prolunga ultimo suono i 42... i53 20 20 11 144 11 1 0 0 17 0 456 55 8000 66 67 323 f323 0 8192 -5 .03 7192 80; cresc i42 21 20 11 144 11 1 0 0 11 [44100/17] 44100 55 100.0 66 67 [20] 322 31.00 61 ; 8e inizio 42, fioritura; alla fine sordo pf pizz? i42 50 20 48 44100 11 1 0 0 11 [44100/9] 44100 55 4000 66 67 [6] 322 12.00 61 ; 44100 importante anche perché 44100=2^2*3^2*5^2*7^2 i42 70 20 6299 44100 10 1 0 0 11 [44100/9] 44100 55 4000 66 67 [6] 322 12.00 61 ; 44100 importante anche perché 44100=2^2*3^2*5^2*7^2 ;a 0 0 70 s x i 53 .01 20 [44100/881] 44100 10 1 0 0 15 0 56 55 7000 66 67 321 ; test 44100 s x i 53 .1 20 1 7 10 0 1 0 15 0 69 55 7000 66 67 321 ; test 69 somma durate; ma lo 0 fa stonature... i 53 .01 20 1 7 5 0 1 0 15 0 69 55 7000 66 67 321 ;i 53 .0 20 1 . . 0 1 0 . 0 56 55 17000 66 67 322 s; canone lento, sinistro i 53 0 20 1 26 2 0 1 0 7 0 456 55 7000 66 67 321 i 53 .1 20 1 . 3 0 1 0 . 0 . 55 7000 66 67 321 i 53 .2 20 1 . 5 0 1 0 . 0 . 55 7000 66 67 321 i 53 .3 20 1 . 7 0 1 0 . 0 . 55 7000 66 67 321 i 53 .4 20 1 . 11 0 1 0 . 0 . 55 7000 66 67 321 s x f322 0 8192 -7 1 8192 1.001; balance interpolation filter f61 0 64 -7 1 10 1 44 1 10 1;15 10 15 ; no aliasing f54 0 16 -7 2 16 2 f67 0 64 -7 .1 64 .1 f66 0 64 -7 45 64 45 i42 0 8 1 7 5 1 0 0 7 [44100/7] 44100 55 4000 66 67 [1] 322 5000 61 s; INIZIO ;i999 0 13 i 53 0 10.5 1 6 10 0 1 0 7 0 456 55 7000 66 67 321; schedule con pan e dist f66 0 512 -7 0 10 0 30 190; semplice giro incompleto loudspeaker; ex 64 ftlen f66 10 64 -7 270 64 0 ; torna a direz iniziale f55 0 8192 -5 .43 35 .2003 5 .4 8192 .3 f55 10 8192 -5 .4 40 .2 ;accelera f55 20 8192 -5 .2 80 .102 f530 20 8192 -5 .3 7400 1 792 6.9; fine rompi f530 30 8192 -7 1125 112 1 8100 1; no envelope f530 43 8192 -7 1 8192 1; no envelope f530 49.5 8192 -5 1 8000 1 192 4; fine rompi f530 70 8192 -7 1 8192 1; no envelope f55 30 8192 -5 .284 64 .48197 ; poco meno vel f54 39 8192 -5 .3 255 .0010502 f67 30 64 -7 1 20 .95 4 .61 4 .9 40 1;1.2990001 ; prova f69 39 64 -16 .970 8 5 .105 5 -5 0 f167 0 128 -7 .23 4 .8 100 0 i53 10 10 1 16 3 i. + . . . 2 i. . 10.411 . . 5 . . . 5 0 456 55 3500 66 67 322; 2 voci correlate i. 30.25 10.511 1 16 7 0 1 0 5 0 456 55 4000 68 167 321 i. 39 5 . . 8 . . . 11 0 456 54 6300.0 66 69 321 i. 39.05 . . . 9 0 1 0 11 0 456 . 8400.0 68 . 322; i. 39.1 . . . 11 i. 39.115 . . . 12 . . . 11 0 456 54 5000 66 69 321 i. 43.05 .95 . 23 13 . . . 33 1 456 54 8000 68 69 321 f68 30 64 -7 480 64 180 f322 0 8192 -5 .1 15 1 8189 .1 ; attacco meno duro f55 44 8192 -5 .1324 70 .1215024 100 .15; ritmico costante i 66 45 1 1 7 10 1 ; scrive pan da resti ;i 66 50 1 1 17 10 1 ; scrive pan da resti f68 44 64 -7 0 64 720 ;f68 44 1024 -9 37 360 0 ;? f67 49.5 64 -7 .002 64 .21 f77 0 64 -7 .8 64 .1 i53 44.5 5 1 6 2 0 0 1 21 0 456 55 4000 66 67 ; ex p10 14 ; lungo le basi: discesa i. 49.5 20.48 1 35 2 0 0 1 . 0 456 55 9000 66 67 ; ex 18 ;i. . . . . . . . . 7; raddoppia i. 44.6500 5. 1 5 . . . . 20 i. 49.65 20.25 1 37 . 0 0 1 10. . 456 55 8000 68 69; bello, a 666! ;i. . . . . . . . . 5 i. 44.501 5. 1 15 . . . . 30 ; canoni diagonali, varianti armoniche f322 70 8192 -5 .1 15 1 300 .1 8189 .001 ; attacco meno duro f322 70 8192 -5 .1 5 1 300 .1 8189 .001 ; attacco meno duro f324 70 4096 7 .01 50 1 300 .1 4000 .001;4 1 2 1 4000 .01 100 .001 f325 70 4096 5 .001 600 1 50 .001 1 4000 .001; cresc f326 70 4096 5 .01 126 1 100 .1 4000 .001 f323 70 8192 9 14 1 .45; ribattuto morbido; 15-19 f55 70 8192 -5 .45 2 .38 3 .4 3 .335 92 .2 8000 .1 f68 70 128 -5 1 128 7200 ; giri accel f69 70 128 -5 90 128 900 f70 70 128 -5 180 128 1200 f71 70 128 -5 270 128 1 i53 70 5 1 30 10 0 1 0 11 0 456 55 2300 68 67 323; 5variazioni sovrapposte i53 75 21 1 30 2 0 1 0 . 0 456 55 1500 68 67 323; variazioni sovrapposte i. 75.025 . . . 3 . . . . . . . 5000. 70. . 325 i. 75.105 . . . 13 . . . . . . . 3000 69. 77 322 i. 75.075 . . . 5 . . . . . . . 3000. 71. . 324 ;a0 0 463;400;130 ;535;231.221:; ricorda che con : lo vedi nell'inspector f67 96 64 -7 .2 64 .8 t0 60 126 60 126.5 6000 399.9 6000 399.9 60 ; tempo: lascia spazio per ampliamenti i53 96 30 1 16 9 0 1 0 9 0 456 56 3000 68 67 326 ; canone per aumentazione i. 96.025 . . . . . . . . . . 57 . 69. . 325.; opp i42 con loops proporz i. 96.05 . . . . . . . . . . 58 . 70. . 326 f325 96 8192 9 7 1 .45 f326 96 8192 9 3.5 1 .45 f56 96 256 -7 1 256 .8;.6 256 .6 f57 96 256 -7 .5 256 .4 f58 96 256 -7 .25 256 .2 /* s x i53 130 10 3 73 10 0 0 0 17 0 456 55 9000 66 67 321 ;fasi? i. . . 1 . 10 1 0 0 . 0 456 . -9000; i53 211 10 1 7 1.4142 1 0 0 ; test ritmi suono/ rumore i. + . . . 10 . . .5 1 5; noise/suono-parlato sprofonda al grave i53 221 10 1 7 10 1 0 0 1; acutissimo i. + . 1 3 10 0 3 0 3 0 ; verso 105 ;i42p4p5base+incr,p11 no p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ftable,p19EToctave,20ftlooppitchenvelope /*f61 232 64 -7 1 10 1.1 44 3 10 3.1 f61 232 1024 -7 1 1024 1 i42 232 10 1 7 10 0 1 0 7 12 1 55 9000 66 67 .1 324 12 61 s a 0 0 399 ; : 1 sec pausa*/ f325 400 8192 -7 .001 119 .9 90 1 4000 .01; più morbido f55 400 8192 -7 .5 1 .35 3 .45 10 .31 100 .3 30 .2 8100 .2; umanizzato i155 399.9 1 i66 400 1 2 13 10 3 ; scrive pan da resti i. 425.9 2 . . . 1; movimenta f55 426 8192 -7 .2 8192 .42; rall f68 400 256 -7 .75 64 .5 46 1 46 1 f70 423 256 -7 .9 10 .15 33 .8 200 1 i52 408.1 20 1 210 10 0 0 1 17 0 456 155 3000 66 67 325 ;105 e 525 bello b11 divisori 999999 i. 423.9 18.19 1 [525] . . . . . . . . . . 70 i. 423.9 20 1 [210] 11 . . . . . . . 900; coda i. 400 15 1 210 10 1 0 0 . 0 . 55 1200.600 66 68 . ;105 e 525 bello b11 divisori 999999 i. 402 10 1 210 13 0 -15 i. 404 . 1 210 11 0 -21 i. 405 . . . 17 . -70 ;i53 400 110 1 105 11 1 0 0 17 0 456 55 9000 66 67 321 ;105 e 525 bello b11 divisori 999999 /*f55 0 8192 -7 .5 18 .25 2 10 f55 10 8192 -7 .5 16 .2 2 20 i53 0 10 1 17 10 0 17 0 5 0 456 55 9000 66 67 321; attraverso tabelline i. + 7 . 323 . . -19 i. . . . 91 . . -7 i. . . . 91 . . -13 */ ; divisori 210 f42 441.24 128 -7 .2 11 .157 2 .39 2 .16 44 .127 2 .33 2 .125 32 .118 1 .4 3 .114 64 .1118; da 2 accel a rit. i66 442 1 1 211 11 3 f69 442 256 -5 90 256 390 i53 442 22 1 211 11 0 0 1 6.0 0 456 42 7000 66 70 321; con 105, armonici e arm invertiti i53 442.031 22 1 211 13 1 0 1 6.0 0 456 42 2000 69 70 321; con 105, armonici e arm invertiti ; (dopo) i53 463 4.065 1 1024 15 0 0 1 3. 0 456 55 1000 66 70 321; con 105, armonici e arm invertiti f55 463 8192 -5 .12 13 .14 12 .35 8000 .33 ;f0 468.1 s x i53 464.4 35.110 0 525 11 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999;canone stretto i loop fioriscono la coda, prima in sfondo, poi primo piano i42 464.0 35.110 0 525 11 1 0 0 11 [44100/17] 44100 61 1000 66 67 [10] 325 15.00 61 ;i42 300.0 110 0 561 13 1 0 0 17 [44100/17] 44100 61 4000 66 67 [15] 321 19.00 61 s; pot di 2 ;f325 0 4096 5 .001 600 1 50 .001 1 4000 .001; cresc f325 0 8192 -7 .001 119 .9 90 1 4000 .01; più morbido f530 0 64 -5 1.7 3 .8 61 1.1; att. sforzato f70 0 256 -7 .9 10 .15 33 .8 200 1 f67 0 128 -7 .7 15 .15 15 .8 98 1 f55 0 128 -7 .25 128 .25 i66 0 1 1 17 8 1 ;i 53 .01 20 1 64 -2 0 0 -1 16.125 0 456 55 5000 66 67 325 i 53 .01 20 1 64 -2 0 0 -1 16 0 456 55 5000 66 67 325 i 53 5 20 1 9 -2 0 0 -1 . 0 456 55 . . 67 . ;321 i 53 10 20 1 11 2 0 0 1 . 0 456 55 . . 67 321 i. 28 2.5 1 [17*4] 10 0 1 0 . . . 56 900 66 70 321; porta a 18 canon seg f56 28 256 -5 .2 10 1 300 1 ; f168 0 128 -7 .97 25 .15 15 .8 98 1 i42 20 10 1 64 2 0 0 1 11 [44100/7.9] 44095 55 800.0 66 168 [8] 325 510 61 ;i42 20 10 1 64 -2 0 0 -1 11 [44100/8] 44100 55 800.0 66 67 [8] 325 310 61 ;i. + . 1 11 ;a 0 0 20 ; canone minore con gruppi irrazionali f155 20 256 -7 [2/8] 256 [2/8] f156 20 256 -7 [2/9] 256 [2/9] f157 20 256 -7 [2/10] 256 [2/10] f158 20 256 -7 [2/7] 4 [2/7] 10 [2/9] 242 [2/9]; fuori, evade f156 36 256 -5 [2/8] 16 [2/11] 240 .1 f68 20 512 -5 180 512 4800 i 53 28.01 6 1 16 2 0 0 1 16 0 456 155 4000 68 67 321 i. 30 . 1 18 . . . . . . . 156 i. 30 . 1 20 . . . . . . . 157 i. 32.1 . 1 22 . . . . . . . 158 2000 i. [24+22-8] 3 1 22 -13 0 0 0 1 1 . 156 2000 . 167; discesa-sprofonda i. [24.5+22-8] 4 1 22 -13.5 0 0 0 1 1 . .; discesa-sprofonda i. [27+22-8] 1 1 22 13.5 0 0 0 1 1 i. 36 5 1 20 -13.5 0 0 .5 . . . . 1500 i. 28 4 1 20 -13.5 0 0 .5 . . . . 1000; agg, anticipa f530 20 64 -5 1 64 1 f530 36 64 -5 1 32 2 32 3 f167 20 256 -5 .7 6 .2 150 1 s s f530 0 64 -5 1 64 1 f61 0 64 -7 1 64 1 f67 0 64 -7 .641 3 .405 3 .65 61 1 ;i66 0 1 16 17 8 1 i42 0 7 1 64 3 1 0 0 11 [44100/24] 44100 61 800 66 67 [8] 321 [1/1] 61 ; pot2 verso cicli temperati i42 7 8 1 64 3 1 0 1 11 . 44100 61 2900 66 67 [8] 321 [1/1] 61 ;i53 515.4 90 0 64 9 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 i42 15.15 10.1 1 64 5 1 0 0 11 [44100/24] 44100 61 1000 66 67 [8] 321 [8] ; pot2 verso cicli temperati ;i53 535.4 90 0 81 10 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 ; ottave brillanti f42 0 128 -5 1 128 .1; da 2 accel a rit. i66 0 1 1 41 10 f367 0 64 -7 .8641 8 .1405 3 .65 61 1 i42 6.1 20 1 7 2 0 0 1 12 [44100/32] 44100 42 600.1000 66 367 [20] 321 1.0 61; classico, ;f62 0 64 -7 1 2 1 5 1.02 5 .1 5 -1 ;incrocio: numeratori vs basi f55 0 128 -7 .405 128 .405 f325 0 8192 -7 .001 119 .9 90 1 4000 .01 i53 28 9 300 17 4 1 0 0 16 0 456 55 7000 66 267 325; schedule con pan e dist i53 28.1 9 . . . 0 0 1 . 0 . 55 7000 68 267 . ; schedule con pan e dist ; fine canone minore f530 0 64 -5 1 64 1 f267 0 128 -5 .2 4 .105 124 1 f167 0 256 -7 .97 9 .53 7 .9 200 1 ;i53 0 22 1 1 4 0 1 0 16.020 0 456 42 4000 68 67 321; classico, respiri a pot di 2 ;i. 0 . 1 4 1 0 0 1 140 . . . 9990 f42 0 128 -5 .3353242 128 .30428; da 2 accel a rit. i53 23 14 1 8 -9 0 1 0 16 0 456 42 2800 66 167 321; ped acuto, multifonici i53 + 2.5 1 8 -9.5 0 1 0 . 0 456 56 4500 66 167 321; ped acuto, multifonici ;divertente con martellata (da preperiodo) f56 0 64 -7 .4 64 .1 i53 38 3 1 2477 2 0 0 1 1 0 456 56 7000 68 67 322 i53 38.1 3 1 293 2 1 0 1 7 0 456 56 7000 66 67 322 f530 38 64 -5 1 64 2.5 s f530 0 64 -5 1 64 1 s; da rumore scende 1/7 i45 0 19 1 7 10 0 0 0 11 [44100/30.00] 44100 10 2000 66 55 [20] 321 12.0 61; i191 9.0 11 i19 12.24 9.15 i193 [.10+18] 11 i194 [7+18] 8 i190 [8+18] 8 s s; ascolta 91 f322 0 8192 -5 .1 70 1 200 .005 7192 .0003 f101 0 256 -7 .7 256 .7 f102 0 256 -5 .2 256 .12 f161 0 64 -7 1 32 1 30 .1 2 .1 t0 60 5 60 10 80 f61 50 64 -5 1 32 1 32 1;30 1 1 31 .01;attacco ? corretto? ;i42 0 29 1 91 -10 1 0 0 11 [44100/14] 44100 101 1800.0 68 67 [10] 321 24 61; 1/7 i48 0 1 1 7 10 1 0 0 11 [44100/28] 44100 61 800.0 68 67 [1] 321 12 61; 1/7 i. + . 3 . . 1 0 0 11 . 44100 . 1800.0 . 67 [4] 322 . .; 1/7 i. . . 5 . . 1 0 0 11 . 44100 . 1800.0 68 67 [2] 322 . ; 1/7 i. . . 8 . . 1 0 0 11 . 44100 . 1800.0 68 67 [8] 322 . ; 1/7 i. . . 9 . . . . . . . . . . . . [5] . . . i. . . 10. . . . . . . . . . . . . [7] . . . i. . . 11. . . . . . . . . . . . . [14] . . . i. . . 12. . . . . . . . . . . . . [42] . . . i. . . 13. . . . . . . . . . . . . [28] . . . i. . . 14. . . . . . . . . . . . . [85] . . . i. . . 15. . . . . . . . . . . . . [57] . . . i. . . 16. . . . . . . . . . . . . [71] . . . i. . . 17. . . . . . . . . . . . . [142] . . . i. . . 18. . . . . . . . . . . . . [428] . . . i. . . 19. . . . . . . . . . . . . [285] . . . i. . . 20. . . . . . . . . . . . . [857] . . . i. . . 21. . . . . . . . . . . . . [1428] . . . i. . . 22. . . . . . . . . . . . . [8571] . . . i. . . 29. . . . . . . . . . . . . [14285] . . . s; 7 contro 10; su una quinta f101 0 256 -7 1.4 256 1.4 f102 0 256 -7 2 256 2 f69 0 256 -7 10 256 -90 f161 0 64 -7 1 32 1 30 .1 2 .1 i48 0 2 1 7 -10 1 0 0 11 [44100/14] 44100 102 .1800 69 67 [50] 322 12 161; 1/7 i. + 1.4 i. . .6 i. . 5.6 i. . .4 i. . 2.8 i. . 1.2 i42 2 1.4 1 12 -8 1 0 0 12 [44100/56] 44100 101 3800.0 68 67 [7] 322 12 61; 1/7 i. 4 5.6 i. 12 2.8 i. 15 5.6 s; 7 contro 10 II i42 0 2 1 7 -10 1 0 0 11 [44100/56] 44100 61 1800.0 69 67 [10] 322 12 61; 1/7 i. + .7 i. . .3 i. . 2.8 i. . .2 i. . 1.4 i. . .6 i42 2 .7 1 11 8 1 0 0 12 [44100/7] 44100 101 1800.0 68 67 [10] 322 12 61; 1/7 i. 3 2.8 i. 6 1.4 i. 8 5.6 s ;i42 2 4.9 1 7 -10 1 0 0 12 [44100/28] 44100 101 1800.0 68 67 [10] 322 12 61; 1/7 i42 0 7 1 11 8 1 0 0 11 [44100/14] 44100 61 1800.0 69 67 [7] 322 12 61; 1/7 s i42 0 9.8 1 7 -10 1 0 0 12 [44100/28] 44100 101 1800.0 68 67 [10.000] 322 7 61; 1/7 i42 0 10 1 11 7 1 0 0 11 [44100/14] 44100 61 1800.0 68 67 [500] 322 12 61; 1/7 s i42 1.25 14 6 7 10 0 0 -1 11 [44100/28] 44100 101 1800.0 68 67 [10] 322 5 61; 1/7 s s ; ciclo 1/7 sei scintilla f322 0 8192 -5 .1 70 1 200 .05 7192 .0003 ;f62 0 64 -7 1 32 1.01 32 .99;15 10 15 ; no aliasing f68 0 64 -7 30 6 120 54 310 f101 0 128 -7 1 128 1 ;f161 0 64 -7 .5 64 .5 ;f161 0 64 -7 .75 64 .75 f69 11.5 64 -7 30 6 -120 54 -310 i42 6 6 1 7 -10 1 0 0 11 [44100/28] 44100 101 2800.0 68 67 [7] 322 12 61; 1/7 i. 11.5 . 6 7 -10 -1 0 0 11 [44100/28] 44100 101 1800.0 69 67 [5] ; indietro i. 0 1 6 7 -10 -1 0 0 11 [44100/28] 44100 101 1200.0 68 67 [5] 322 12 61 i. + . 4 i. . . 5 i. . . 1 i. . . 3 i. . . 2 s s; ; somma durate 1/7 b10 ;x f66 0 64 -7 45 10 0 30 190 f68 0 64 -7 90 10 45 30 190 f155 0 64 -2 .2 .8 .4 1.6 1 1.4 .2;.1 .4 .2 .8 .5 .7 .1 .4 .2 f156 0 64 -2 .14 .28 .57 .14 .28 .57 .14 f157 0 64 -2 .42 .85 .71 .42 .85 .71 .42 f158 0 64 -2 .142 .857 .428 .571 .285 .714 .142 .857 .428 .571 .285 .714 f159 0 64 -2 .02 .4 1 .07 .5 8 ; 10 sec i42 0 5.5 1 7 10 1 0 0 11 [44100/17] 44100 155 10000 66 67 [5] 322 16 61 i. 8 2 6 7 10 -1 0 0 . [44100/17] 44100 156 3000 66 67 [1.00] 322 12 . i. 6 4 6 7 10 -1 0 0 . [44100/19] 44100 157 2000 68 67 [100] i. 10 3.1 1 7 10 1 6 0 . [44100/7] 44100 158 1000 66 67 [2000] 322 12 s s; a canone, ispessito, emerge 1/7 f61 0 64 -5 1 64 1;30 1 1 31 .01;attacco f42 0 128 -7 .42 128 .28; da 2 accel a rit. i42 0.0 19.0 1 49 10 1 0 0 11 [44100/30.00] 44100 42 700 66 67 [13] 321 12.0 61; 6*? loop 6 + aiuto i42 0.0 19.0 2 49 10 1 0 0 12 [44100/30.00] 44100 42 1000 68 67 [13] 321 12.0 61; 6*? loop 6 + aiuto s; analogo i42 /*f42 0 128 -7 1 128 1; da 2 accel a rit. i42 0 22 1 8 5 0 0 1 11 [44100/32] 44100 42 1000 66 67 [20] 321 12.0 61; classico, respiri a pot di 2 ;i. 0 . 1 4 1 0 0 1 12 . . . 9990*/ s s; si allarga da primo valore f42 0 128 -7 2 128 .1; da 2 accel a rit. i42 0.0 19.0 1 293 2 1 0 1 11 [44100/3000] 441.00 42 1000 66 67 [20] 321 12.0 61 s f61 0 64 -5 1 4 1 28 2.4 32 .1;30 1 1 31 .01;attacco i42 5.0 71.0 1 [81*27] 10 1 0 0 11 [44100/300.0] 441.00 55 500 66 67 [10] 321 12.050 61 ; su falsariga glossario dial tone i42 .0 71.0 1 [81] 10 1 0 0 12 [44100/3000] 441.00 61 1000 66 67 [7] 321 19.00 61; no da altra tabella s f42 0 128 -7 2 128 .1; da 2 accel a rit. i42 0.0 19.0 1000 99 3 0 0 1 11 [44100/30.00] 44100 42 1000 66 67 [20] 321 12.0 61; divertente con martellata (da preperiodo) s f0 5 s; canoni iperpoli poi precipitosi i51 0 120 1 1500 10 0 -65 0 2 0 457 61 7000 15 .5 321; giù a precipizio sempre più scoordinata i. .05 119.7 . . 13 0 . 0 2 0 457 61 7000 80 s i51 0 18.0 1 1 10 0 1200 0 2 0 457 61 7000 15 .5 321; giù a precipizio sempre più scoordinata i. .05 17.97 . . 13 0 1200 0 2 0 457 61 7000 80 s f322 0 8192 -5 1 300 .1 7192 .0003 f331 0 8192 -5 1 600 .1 7192 .0003 f332 0 8192 -5 1 900 .1 6192 .0003 f333 0 8192 -5 1 1600 .1 5192 .0003 i 51 .25 29.75 1 1 10 0 120 0 8 0 457 61 7000 0 .5 322; canone aum i. .5 29.5 . . 11 . 60 . . . . . . 30 . 331 i. .75 29.5 . . 13 . 40 . . . . . . 60 . 332 i. 1.25 29 . . 16 . 24 . . . . . . 90 . 333 s i155 0 1 i 53 .1 30.5 1 2 10 0 1 0 4 0 457 155 7000 66 67 322; accelera irregolare i. .051 . . . 9 i. .12 . . . 8 i. .023 . . . 7 i. .13 . . . 6 i. .034 . . . 5 s i 53 0 10.5 1 2 4 0 1 0 4 0 457 61 7000 66 67 322; solo quadrati i. .051 . . . 8 i. .12 . . . 16 i. .23 . . . 32 i. .3 . . . 64 ;i. .34 . . . 49 s i51 0 20 1 2 10 0 32 0 8 0 457 61 7000 0 .7 322; schedule con pan e dist i. .051 . . . 9 . . . . . . . . 30 . i. .12 . . . 8 . . . . . . . . 60 . i. .23 . . . 7 . . . . . . . . 90 . i. .3 . . . 6 . . . . . . . . 120 . i. .34 . . . 5 . . . . . . . . 150 . s i 51 0 25. 1 32 10 0 92 0 8 0 457 61 7000 180 .15 321 i. .051 . . . 9 . . . . . . . . 150 . i. .12 . . . 8 . . . . . . . . 120 . i. .23 . . . 7 . . . . . . . . 90 . i. .3 . . . 6 . . . . . . . . 60 . i. .34 . . . 5 . . . . . . . . 30 . i. .405 . . . 4 . . . . . . . . 0 . i. .43 . . . 3 . . . . . . . . 210 . i 51 20 5 1 11 10 0 23 0 8 0 457 61 7000 300 .9 322; schedule con pan e dist i. .051 . . . 9 0 23 0 8 0 457 61 7000 200 f162 0 64 -7 2 64 2; canone s i51 0 10.5 1 209 10 0 259 0 8 0 457 61 7000 0 .4 321; schedule con pan e dist i. .051 . . . 11 . . . . . . . . 30 i. .12 . . . 12 . . . . . . . . 90 i. .23 . . . 13 . . . . . . . . 120 i. .3 . . . 14 . . . . . . . . 150 i. .34 . . . 15 . . . . . . . . 180 i. .405 . . . 16 . . . . . . . . 210 i. .43 . . . 17 . . . . . . . . 240 i. .47 . . . 18 . . . . . . . . 270 s i 53 0 20.5 1 1039 10 0 1 0 4 0 457 61 7000 66 67 321; schedule con pan e dist i. .051 . . . 9 i. .12 . . . 8 i. .23 . . . 7 i. .3 . . . 6 i. .34 . . . 5 i. .405 . . . 4 s s; PHI eulero (ciclotomia danzante) in quadrati di b-1 f61 50 64 -5 1 32 24 32 .1;30 1 1 31 .01;attacco f42 0 128 -7 2.05 128 .2 f68 0 128 -7 .05 6 .95 90 1 f65 0 64 -7 90 5 -10 5 -90 5 120 5 300 i42 0.0 26.0 1 [72*1.5] 5 1 0 0 11 [44100/3000] 441.00 42 1000 65 68 [7.9] 321 5 61 i42 20.0 35.0 1 [36+28] 7 1 0 0 12 [44100/3000] 441.00 42 1000 . . [8.5] 321 7 61 i42 47.0 20.0 1 [81] 10 1 0 0 11 [44100/3000] 441.00 42 1000 . 68 [9] 321 12 61 i42 71.0 20.0 140 [18*18] 19 3 0 0 12 [44100/3000] 441.00 42 1000 65 68 [11] 321 19 61 ; su falsariga glossario dial tone ;i42 5.0 71.0 1 [81] 10 1 0 0 17 [44100/3000] 441.00 61 1000 66 67 [7] 321 19.00 61; no da altra tabella s; motivo 16-18 f56 0 256 -7 .5 4 .305 8 .33 ; morbido f56 0 8192 -7 .5 8192 .5; preciso f323 0 4096 -5 .1 55 1 250 .1 4000 .0001 i51 .1 2 1 16 14 0 19 0 11 0 457 56 4000 350 .45321 323 i. 3.1 2.2 . 34 . . [19*2] . . . . . . < < i. 5.6 2.3 . 51 . . [19*3] i. 8.6 3.9 . 68 . . [19*4] i. 13.4 5 . 102 . . [19*6] i. 19.1 . . 136 . . [19*8] i. 25 6 . [17*12] . . [18*12] i. 31.2 4 . [18*12] . . [19*12] i. 44.6 4.85 . [17*21-1] . . [19*21] . . . . . . 45 0 i. 36.6 3.8 . [17*14] 14 . [19*13] ;i. 36.6 3.8 . 85 25 . 95 ;a 0 0 40 i. 3 2.4 . 17 10 . [19] 0 11 0 457 56 5000 80 .85 323 i. 5.5 2.5 . 34 . . [19*2] . . . . . . < < i. 8.5 3.9 . 51 . . [19*3] i. 13.3 5 . 68 . . [19*4] i. 19 . . 102 . . [19*6] i. 24.9 6.1 . [17*8] . . [18*8] i. 31.1 3.1 . [18*8] . . [19*8] i. 36 5 . [17*13] 3 . [19*13] 0 11 0 457 56 5000 [80-340] .7 i. 36.1 4.8 . . 4 . . . . . . . . 200 i. 36.2 4.6 . . 6 . . . . . . . . 160 i. 36.3 4.4 . . 8 . . . . . . . . 120 i. 36.4 4.2 . . 9 . . . . . . . . 80 i. 36.5 4 . . 10 . . . . . . . . 40 i. 41.95 1.85 . [19*14] . . [17*16] 0 11 0 457 56 5000 [80] .95; eco controcorrente i. 41.95 2 . [19*13] . . [17*15] 0 11 0 457 56 5000 [130] .95 i. 44.5 5 . [17*18] . . [19*18] 0 11 0 457 56 25000 [30] .7; blocco furioso i. . . . [17*19] . . [19*19] . . . . . . [0] . i. . . . [17*11] . . [19*11] . . . . . . 120 s x f56 0 256 -7 4 256 3 f69 0 256 -7 90 256 180 i53 0 .20 1 [90339+323] 10 0 1 0 1 0 456 56 13000 68 67 321 ;i. .1 . . 16 s x i53 0 20 1 61 81 1 0 0 11 0 456 55 13000 68 67 321 ; basi quadrate, niente primi a lungo periodo, multipli i53 .3 20 1 61 9 1 0 0 11 0 456 55 13000 68 67 321 s f0 1 s f162 0 256 -7 1 i155 0 1 i53 .05 120 0 7 72 1 0 0 11 0 456 155 .2000 68 67 321 ; quarta ostinata i53 0 120 0 5 . 1 0 0 . 0 456 155 .3000 68 67 321 i. 0 50 0 17 72 1 0 0 . 0 456 155 2000 68 67 321 i. . . . 19 i53 .1 120 1 35 72 0 -1 0 . 0 456 155 11000 66 67 321 ; simm attraverso 0 ;x ;i53 0 20 1 100 11 0 1 0 1 0 456 55 9000 66 67 321 ; acuto 1 sample s ;i53 535.4 90 0 81 10 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 s s; num. perfetti ;x f55 0 8192 -2 [1/6] [1/3] .5 1; num. perfetti f56 0 16 -7 [1/3] 16 [1/3] f57 0 16 -2 [1/28] [1/14] [1/7] .25 .5 1 f58 0 16 -7 [1/7] 16 [1/7] f59 0 16 -7 .25 16 .25 f60 0 16 -7 .5 16 .5 f324 0 8192 -5 1 8192 .01 i53 0 3 1 7 10 0 0 0 5 2 456 59 9000 57 59 324 ; 4 contro 7 i. 1 2 1 7 10 0 0 0 5 2 456 58 i53 3 2 1 7 10 0 0 0 5 2 456 57 9000 66 59 324 ; il 28 solo accel i53 5 2 1 13 10 1 0 0 5 2 456 57 9000 66 59 324 ; il 28 i. 6 .; in canone i53 7 2 1 7 10 0 0 0 5 2 456 59 9000 66 59 324 ; 4 contro 7 i. 8 2 1 7 10 0 0 0 5 2 456 58 i. 9 3 1 13 10 1 0 0 5 3 . 60 ; BASE .5. i. 10 2. 1 7 10 . 0 0 5 4 456 56; 1/3 i. 11 . 1 7 10 . 0 0 5 5 456 55 ;i. 7 . 1 7 10 . 0 0 5 . 456 55 s ;x f55 0 8192 -7 .5 18 .25 2 10 f55 10 8192 -7 .5 16 .2 2 20 i53 0 10 1 17 10 0 17 0 5 0 456 55 9000 66 67 321; attraverso tabelline i. + 7 . 323 . . -19 i. . . . 91 . . -7 i. . . . 91 . . -13 ; bello s s ; : f55 in canone a 3 colori da resti 1/7 f56 0 8192 -7 .5 8192 .1 i53 0 1 1 13 10 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i 53 1 20 1 101 3 1 0 1 7 -.5 456 55 17000 68 67 322; schedule con pan e dist i. 2 . . . 5 i. 3 . . . 15 s ; : f55 da resti 1/7 f56 0 8192 -7 .5 8192 .51 i53 0 1 1 7 10 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i. 5 . 1 11 i53 9 1 1 17 2 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i242 .5 15 1 13 10 0 1 1 146 [44100/36] 44100 55 1000.0 66 67 [3000] 322 120 61 s ; : f55 da resti 1/7 f56 0 8192 -7 .5 8192 .1 i53 0 1 1 37 10 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i. 5 . 1 11 i53 9 1 1 17 2 1 0 0 1 0 159 55 7000 68 67 322; schedule con pan e dist i 53 1 20 1 7 10 1 0 0 7 0 456 55 7000 68 67 322; schedule con pan e dist s ; : ritmo primi/primi+1 f68 0 8192 -7 .09 8192 .09 i158 0 1 ; pot 1.5 i 53 1 20 1 11 13 0 1 1 7 0 456 55 7000 68 67 322; schedule con pan e dist s i157 0 1 ; serie armonica, a velocissimo i 53 1 20 1 11 13 0 1 1 7 0 456 55 7000 68 67 322; schedule con pan e dist s i155 0 1 i 53 1 20 1 11 13 0 1 1 7 0 456 155 7000 68 68 322; schedule con pan e dist s ; ciclo 1/7 sei scintilla f322 0 8192 -5 .1 70 1 300 .1 7192 .0003 ;f62 0 64 -7 1 32 1.01 32 .99;15 10 15 ; no aliasing f68 0 64 -7 0 10 100 54 100 f101 0 128 -7 1 128 1 i42 6 6 1 7 -10 1 0 0 11 [44100/28] 44100 101 800.0 68 67 [7] 322 12 61; 1/7 i. 0 . 6 7 -10 -1 0 0 11 [44100/28] 44100 101 800.0 68 67 [5] ; indietro i. 12 1 6 i. + . 4 i. . . 5 i. . . 1 i. . . 3 i. . . 2 s; vecchi: ;x i65 0 .1 1 7 10 0 11 i. . . 1 19 10 0 12 ;i345 loop,gisr/p5,lfofreq,ft,amp,ET; con aliasing i345 .1 14 120 240 111 11 1000 .51; rovescia; lfo audio, loop grave i. + . 18 1.60 . 12 . s ;x i65 0 2 1 7 10 0 11 i. + . . < i. . . . 13 i. 14. . 1 19 10 0 12 ;i345 loop,gisr/p5,lfofreq,ft,amp,ET; con aliasing i345 .1 14 12 1.60 .31 11 1000 1 i. + . 18 1.60 . 12 . s; i 42 ;x f322 0 8192 -7 1 8192 .5001 ;i42p4p5base+incr,p11 no p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ftable,p19EToctave,20ftlooppitchenvelope f54 0 16 -7 3 16 2 f61 .232 64 -7 1 10 111 44 1 10 1;15 10 15 f67 0 64 -7 .01 64 .1 i42 .232 14 1 7 10 0 1 .5 11.7 18 160 54 2000 66 67 [3/5] 322 19 61 ; i42 + 24 1 91 10 1 0 0 11.7 . 120 54 2000 66 67 [3/5] 322 1.41 61; ottava irrazionale s f322 0 8192 -7 .001 8192 .5001; balance interpolation filter f61 0 64 -7 1 10 1 44 1 10 1;15 10 15 ; no aliasing f54 0 16 -7 2 16 2 f67 0 64 -7 .1 64 .1 f66 0 64 -7 45 64 45 ;p11loopRange,gisr:p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfoPasso,p18ftable,p19EToctave,20ftlooppitchenvelope i42 0 8 1 7 5 1 0 0 11 [44100/14] 44100.00 54 4000 66 67 [3] 322 12 61; puro poco aliasing, leggi valori f11 s i42 0 8 1 7 10 1 0 0 11 [44100/7] 44100.00 54 4000 66 67 [12] 322 12 61 s i53 0 3 1 7 10 0 1 0 7 0 456 55 9000 66 67 322 ; da i 53 a i 42 i42 3 8 1 7 10 0 1 0 11 [44100/7] 44100 55 4000 66 67 [1] 322 2400 61 s ;e i42 0 10 1 105 10 0 -5 0 11 435 56 54 6000 66 67 [8/64] 322 105000 61 ; tabelline 105 i. + . . . . . -7 i. . . . . . . -3 s i42 0 11 1 64 23 1 0 0 11 64 200 54 6000 66 67 [128/64] 322 16 61 ; pot di due base altra s i53 0 11 1 64 9 1 0 0 7 0 456 55 9000 66 67 322 ; pot di due, tradizionale s i42 1 14 1 81 10 1 0 0 11 16 130 54 6000 66 67 [9/13] 322 12 61; 91 eco grave ;i. + . 3 s ;e s i42 0 15 1 7 10 1 1 0 11 [44100/46] 44100 55 .1000 66 67 [7] 321 120 61 i116 0 15; un po' caotica con i65 ogni sec, anche polifonica s; FM attacco x f322 0 8192 -5 1 300 .21 7192 .0003 i242 0 15 1 13 10 0 1 1 146 [44100/46] 44100 55 1000.0 66 67 [700] 322 120 61 s s; : pvs r/W i65 0 1 1 17 10 0 11; crea i65 ad hoc con i vel 200-1000/sr i65 0 1 1 3 10 0 12 i78 1.0 29 1 5 10 1 1 1 17 [44100/17] 44100 55 .1000 66 67 [10] 325 15.00 61 f55 0 8192 -7 .4 8192 .1 i83 1 29 i78 30 29 1 5 10 1 1 .5 17 [44100/17] 44100 55 .1000 66 67 [10] 325 15.00 61 i82 30 30 s x f66 0 8192 -7 45 8192 30 f67 0 8192 -7 .5 8192 0 f55 0 128 -7 .25 128 .25 i53 .5 .5 1 3 2 0 0 1 7 0 456 55 4000 66 67 321 ; lungo le basi: discesa i. + 30. 633 35 2 0 0 1 7 0 456 55 9000 66 67 i. .53005 .5 1 5 . . . . 5 i. + 30. 633 37 . 0 0 1 10 . 456 55 8000 68 67; bello, a 666! s; basi negative: possono miscelare rumore e suono! x f55 0 128 -7 1.33 128 1.33 i42 0 15 1 13 -9.5 0 0 -.5 11 [44100/76] 44100 55 1000.0 66 67 [6] 321 12 61 s; test in 'verticale' attraverso basi negative (ped acuto)!+ fioriture x f55 0 128 -7 .33 128 .33 i 53 .01 20 1 64 -2 0 0 -1 16 0 456 55 5000 68 67 321 i 53 5 20 1 9 -2 0 0 -1 16 0 456 55 . 68 67 321 i 53 10 20 1 11 2 0 0 1 16 0 456 55 . 68 67 321 i42 20 10 1 64 -2 0 0 -1 146 [44100/16] 44100 55 1000.0 66 67 [9] 321 310 61 i. + . 1 11 ;a 0 0 20 s; canone minore con gruppi irrazionali f155 0 256 -7 [2/8] 256 [2/8] f156 0 256 -7 [2/9] 256 [2/9] f157 0 256 -7 [2/10] 256 [2/10] f158 0 256 -7 [2/7] 256 [2/6]; fuori, evade i 53 .01 20 1 16 2 0 0 1 18 0 456 155 4000 68 67 321 i. 2 . 1 18 . . . . . . . 156 i. 2 . 1 20 . . . . . . . 157 i. 4.1 . 1 22 . . . . . . . 158 2000 ;a 0 0 4 s; ; somma durate 1/7 b10 ;x f66 0 64 -7 45 10 0 30 190 f68 0 64 -7 90 10 45 30 190 f155 0 64 -2 .2 .8 .4 1.6 1 1.4 .2;.1 .4 .2 .8 .5 .7 .1 .4 .2 f156 0 64 -2 .14 .28 .57 .14 .28 .57 .14 f157 0 64 -2 .42 .85 .71 .42 .85 .71 .42 f158 0 64 -2 .142 .857 .428 .571 .285 .714 f159 0 64 -2 .02 .4 1 .07 .5 8 ; 10 sec i42 0 5.5 1 7 10 1 0 0 11.146 [44100/17] 44100 155 10000 66 67 [5] 322 16 61 i. 8 2 6 7 10 -1 0 0 . [44100/17] 44100 156 3000 66 67 [1.00] 322 12 61 i. 6 4 6 7 10 -1 0 0 . [44100/19] 44100 157 2000 68 67 [100] i. 10 2.9 1 7 10 1 6 0 . [44100/7] 44100 158 1000 66 67 [2000] 322 12 61 s; num triangolari ritmici, v. anche resti f322 0 8192 -5 .05 20 1 250.00 .0051 7190 .00003 f155 0 128 -2 [1/3] [2/3] [1/6] [2/6] [3/6] [1/10] [2/10] [3/10] [4/10] [1/15] [2/15] [3/15] [4/15] [5/15] [1/21] [2/21] [3/21] [4/21] [5/21] [6/21]; num triangolari ritmici, v. anche resti i43 0 5 1 7 10.25 0 0 .25 11.146 [44100/28] 44100 155 3000.0 68 67 [12] 322 19 61 s ;i43 0 4 1 7 10.25 0 0 .25 146 [44100/38] 44100 155 1000.0 68 67 [12] 322 12 61 i42 0 4 1 7 10 0 0 0 11.146 [44100/18] 44100 155 3000.0 68 67 [10] 322 -19 61 i. 3 i. 2; i43 7 4 1 7 10.25 0 0 .25 11.146 [44100/38] 44100 155 5000.0 68 67 [15] 322 12 61 s; miniatura resti in due f55 0 8192 -5 2 8192 .51 ;f61 0 64 -7 1 20 1 30 3 14 .5; aliasing f322 0 8192 -5 .8 1 1 8192 .6 i43 0 35 1 21 2 0 2 0 11.146 [44100/370] 1105.0 55 100.0 68 67 [6] 322 32 61; rauco s i43 0 35 1 21 2 0 2 0 11.146 [44100/37] 44100 55 100.0 68 67 [6] 322 32 61 ; ascende e cresce; ; ascende e cresce; s; cresce ma discende i43 0 35 1 55 7 0 1 0 11.146 [44100/17] 44100 55 100.0 68 67 [11] 321 -16 61 s f322 0 8192 5 1 8192 .9301 i 53 .01 20 1 121 13 1 0 0 16 0 56 55 7000 66 67 321 ; test 44100 i. .1 . . . 17 i. .2 . . . 19 f55 20 128 -7 1 128 1 f55 40 128 -7 5 128 1 ; questo prolunga ultimo suono i 42... i53 20 20 11 144 11 1 0 0 17 0 456 55 8000 66 67 323 f323 0 8192 -5 .03 7192 80; cresc i42 21 20 11 144 11 1 0 0 146 [44100/17] 44100 55 100.0 66 67 [20] 322 31.00 61 ; 8e inizio 42, fioritura; alla fine sordo pf pizz? i42 50 20 48 44100 11 1 0 0 11.146 [44100/9] 44100 55 4000 66 67 [6] 322 12.00 61 ; 44100 importante anche perché 44100=2^2*3^2*5^2*7^2 i42 70 20 6299 44100 10 1 0 0 11.146 [44100/9] 44100 55 4000 66 67 [6] 322 12.00 61 ; 44100 importante anche perché 44100=2^2*3^2*5^2*7^2 ;a 0 0 70 s i 53 .01 20 [44100/881] 44100 10 1 0 0 15 0 56 55 7000 66 67 321 ; test 44100 s i 53 .1 20 1 7 10 0 1 0 15 0 69 55 7000 66 67 321 ; test 69 somma durate; ma lo 0 fa stonature... i 53 .01 20 1 7 5 0 1 0 15 0 69 55 7000 66 67 321 ;i 53 .0 20 1 . . 0 1 0 . 0 56 55 17000 66 67 322 s i 53 0 20 1 26 2 0 1 0 7 0 456 55 7000 66 67 321 i 53 .1 20 1 . 3 0 1 0 . 0 . 55 7000 66 67 321 i 53 .2 20 1 . 5 0 1 0 . 0 . 55 7000 66 67 321 i 53 .3 20 1 . 7 0 1 0 . 0 . 55 7000 66 67 321 i 53 .4 20 1 . 11 0 1 0 . 0 . 55 7000 66 67 321 s x f322 0 8192 -7 1 8192 1.001; balance interpolation filter f61 0 64 -7 1 10 1 44 1 10 1;15 10 15 ; no aliasing f54 0 16 -7 2 16 2 f67 0 64 -7 .1 64 .1 f66 0 64 -7 45 64 45 i42 0 8 1 7 5 1 0 0 7 [44100/7] 44100 55 4000 66 67 [1] 322 5000 61 s ;x i 53 0 10 1 3 10 0 1 0 7 0 456 55 7000 66 67 321; schedule con pan e dist f66 10 64 -7 270 64 0 ; torna a direz iniziale f55 10 8192 -5 .4 40 .2 ;accelera f55 20 8192 -5 .2 80 .12 f55 30 8192 -5 .284 64 .48197 ; poco meno vel f54 39 8192 -5 .3 255 .0010502 f69 39 64 -16 .70 15 5 .105 5 -5 0 i53 10 10 1 16 3 i. + . . . 2 i. . 11 . . 5 . . . 5 0 456 55 7000 66 67 322; 2 voci correlate i. 30.25 11 1 16 7 0 1 0 5 0 456 55 6000 68 67 321 i. 39 5 . . 8 . . . 11 0 456 54 3000 66 69 321 i. 39.05 . . . 9 0 1 0 11 0 456 . 4000 68 . 322; i. 39.1 . . . 11 i. 39.115 . . . 12 . . . 11 0 456 54 5000 66 69 321 i. 43.05 .95 . 23 13 . . . 33 1 456 54 8000 68 69 321 f68 30 64 -7 480 64 180 f322 0 8192 -5 .1 15 1 8189 .1 ; attacco più duro f55 44 8192 -5 .124 70 .115024 100 .15; ritmico costante i 66 45 1 1 7 10 1 ; scrive pan da resti ;i 66 50 1 1 17 10 1 ; scrive pan da resti f68 44 64 -7 0 64 720 f68 44 1024 -9 37 360 0 i53 44.5 5 1 3 2 0 0 1 7 0 456 55 4000 66 67 ; lungo le basi: discesa i. + 25. 1 35 2 0 0 1 7 0 456 55 9000 66 67 ; ex 18 i. 44.6500 5. 1 5 . . . . 5 i. + 25. 1 37 . 0 0 1 5 . 456 55 8000 68 69; bello, a 666! i. 44.501 5. 1 15 . . . . 15 ; canoni diagonali, varianti armoniche f324 0 8192 5 1 8192 .01 f322 70 8192 5 .01 1024 1 f323 0 8192 9 12 1 45 f55 70 8192 -5 .3 8192 .2 f68 70 128 -5 1 128 7200 ; giri accel f69 70 128 -5 90 128 900 f70 70 128 -5 180 128 1200 f71 70 128 -5 270 128 1 i53 70 50 1 1 2 0 1 0 7 0 456 55 3000 68 67 323 i. 70.025 . . . 3 . . . . . . . . 69. . 322 i. 70.05 . . . 4 . . . . . . . . 70. . 321 i. 70.075 . . . 5 . . . . . . . . 71. . 324 a 0 0 535;231.221 i53 151 50 1 1 10 0 1 0 12 0 456 56 3000 68 67 324 ; canone per aumentazione i. 151.025 . . . . . . . 8 . . 57. . 69. . 324 i. 151.05 . . . . . . . 4 . . 58 . 70. . 324 f56 151 256 -7 .6 256 .6 f57 151 256 -7 .4 256 .4 f58 151 256 -7 .2 256 .2 i53 200 10 1 7 10 0 0 0 7 0 456 55 9000 66 67 321 ;fasi i. . . 1 7 10 1 0 0 7 0 456; i53 211 10 1 7 1.4142 1 0 0 ; test ritmi suono/ rumore i. + . . . 10 . . .5 1 5; noise/suono-parlato sprofonda al grave ;i42p4p5base+incr,p11 no p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ftable,p19EToctave,20ftlooppitchenvelope f61 232 64 -7 1 10 1.1 44 3 10 3.1 f61 232 1024 -7 1 1024 1 i42 232 10 1 7 10 0 1 0 7 12 1 55 9000 66 67 .1 324 12 61 i53 400 110 1 105 11 1 0 0 17 0 456 55 9000 66 67 321 ;105 e 525 bello b11 divisori 999999 i53 300.4 110 0 525 11 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 i42 300.0 110 0 525 11 1 0 0 11.17 [44100/17] 44100 61 1000 66 67 [10] 321 15.00 61 ;i42 300.0 110 0 561 13 1 0 0 17 [44100/17] 44100 61 4000 66 67 [15] 321 19.00 61 i42 515 10 0 64 3 1 0 0 11.48 [44100/27] 44100 61 1000 66 67 [8] 321 [1/1] ; pot2 verso cicli temperati i53 515.4 90 0 64 9 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 i42 525 10 0 64 5 1 0 0 11.48 [44100/27] 44100 61 1000 66 67 [8] 321 [8] ; pot2 verso cicli temperati i53 535.4 90 0 81 10 1 0 0 17 0 456 61 6000 66 67 321 ;105 bello b11 divisori 999999 s ;x i53 0 20 1 2 11 0 1 0 1 0 456 55 9000 66 67 321 ; acuto 1 sample s; num. perfetti ;x f55 0 8192 -2 [1/6] [1/3] .5 1; num. perfetti f56 0 16 -7 [1/3] 16 [1/3] f57 0 16 -2 [1/28] [1/14] [1/7] .25 .5 1 f58 0 16 -7 [1/7] 16 [1/7] f59 0 16 -7 .25 16 .25 f60 0 16 -7 .5 16 .5 f324 0 8192 -5 1 8192 .01 i53 0 3 1 7 10 0 0 0 5 2 456 59 9000 57 59 324 ; 4 contro 7 i. 1 2 1 7 10 0 0 0 5 2 456 58 i53 3 2 1 7 10 0 0 0 5 2 456 57 9000 66 59 324 ; il 28 solo accel i53 5 2 1 13 10 1 0 0 5 2 456 57 9000 66 59 324 ; il 28 i. 6 .; in canone i53 7 2 1 7 10 0 0 0 5 2 456 59 9000 66 59 324 ; 4 contro 7 i. 8 2 1 7 10 0 0 0 5 2 456 58 i. 9 3 1 13 10 1 0 0 5 3 . 60 ; BASE .5. i. 10 2. 1 7 10 . 0 0 5 4 456 56; 1/3 i. 11 . 1 7 10 . 0 0 5 5 456 55 ;i. 7 . 1 7 10 . 0 0 5 . 456 55 s ;x f55 0 8192 -7 .5 18 .25 2 10 f55 10 8192 -7 .5 16 .2 2 20 i53 0 10 1 17 10 0 17 0 5 0 456 55 9000 66 67 321; attraverso tabelline i. + 7 . 323 . . -19 i. . . . 91 . . -7 i. . . . 91 . . -13 s ;x i65 0 .1 1 7 10 0 11 i. . . 1 19 10 0 12 ;i345 loop,gisr/p5,lfofreq,ft,amp,ET; con aliasing i345 .1 14 120 240 111 11 1000 .51; rovescia; lfo audio, loop grave i. + . 18 1.60 . 12 . s ;x i65 0 2 1 7 10 0 11 i. + . . < i. . . . 13 i. 14. . 1 19 10 0 12 ;i345 loop,gisr/p5,lfofreq,ft,amp,ET; con aliasing i345 .1 14 12 1.60 .31 11 1000 1 i. + . 18 1.60 . 12 . s; i 42 ;x f322 0 8192 -7 1 8192 .5001 ;i42p4p5base+incr,p11 no p6(ft11),p11loop,p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfo,p18ftable,p19EToctave,20ftlooppitchenvelope f54 0 16 -7 3 16 2 f61 .232 64 -7 1 10 111 44 1 10 1;15 10 15 f67 0 64 -7 .01 64 .1 i42 .232 14 1 7 10 0 1 .5 11.7 18 160 54 2000 66 67 [3/5] 322 19 61 ; i42 + 24 1 91 10 1 0 0 . 18 120 54 2000 66 67 [3/5] 322 1.41 61; ottava irrazionale s f322 0 8192 -7 .001 8192 .5001; balance interpolation filter f61 0 64 -7 1 10 1 44 1 10 1;15 10 15 ; no aliasing f54 0 16 -7 2 16 2 f67 0 64 -7 .1 64 .1 f66 0 64 -7 45 64 45 ;p11loopRange,gisr:p12freqbase,p13FTritmi,p14amp,p15pan360,p16ftdist,p17frlfoPasso,p18ftable,p19EToctave,20ftlooppitchenvelope i42 0 8 1 7 5 1 0 0 7 [44100/14] 44100.00 54 4000 66 67 [3] 322 12 61; puro poco aliasing, leggi valori f11 s i42 0 8 1 7 10 1 0 0 11.7 [44100/7] 44100.00 54 4000 66 67 [12] 322 12 61 s; vecchio 1/7 da i 53 a i 42 i53 0 3 1 7 10 0 1 0 7 0 456 55 9000 66 67 322 ; da i 53 a i 42 i42 3 8 1 7 10 0 1 0 11.7 [44100/7] 44100 55 4000 66 67 [1] 322 2400 61 s ;e i42 0 10 1 105 10 0 -5 0 11.7 435 56 54 6000 66 67 [8/64] 322 105000 61 ; tabelline 105 i. + . . . . . -7 i. . . . . . . -3 s i42 0 11 1 64 23 1 0 0 11.7 64 200 54 6000 66 67 [128/64] 322 16 61 ; pot di due base altra s i53 0 11 1 64 9 1 0 0 7 0 456 55 9000 66 67 322 ; pot di due, tradizionale s i42 1 14 1 81 10 1 0 0 11.7 16 130 54 6000 66 67 [9/13] 322 12 61; 91 eco grave ;i. + . 3 s ;e ;i345 loop,gisr/p5,lfofreq,ft,amp,ET; con aliasing i345 .1 14 12 160 1.31 11 3000 0 i. + . 18 1.60 . 11 . i99 0 -1 s i65 0 2 1 81 10 0 12 i. + . 2 i. . . 3 i345 0 2 18 100 .5 12 18000 1 i. + . i. s i42 0 12 1 81 10 1 0 0 7 18 220 54 6000 66 67 [3/13] 322 -1000 61; 91 eco grave ;i345 12 12 6 220 1 11 6000 1 i53 12 12 1 81 10 1 0 0 10 0 56 54 9000 66 67 322 s f322 0 8192 -7 1 8192 .001; balance interpolation filter f61 0 64 -7 1 10 111 44 11 10 1;15 10 15 ; no aliasing f54 0 16 -7 3 16 2 i42 0 24 1 91 10 1 0 0 11.7 13 1110 54 2000 66 67 [2/13] 322 12 61; 91 eco grave s i54 0 91 142850 999999 10 1 0 0 8 0 56 55 11 ;tutti i val base 10 da 6,3,2 cifre i. 1. . 1 9999 s i54 0 20 1 2 10 0 2 0 7 0 56 55 0 ; base crescente, vari colori ritmo 13 s i54 0 1 1 13 1 0 0 .9999 7 0 56 55 0 ; base crescente, vari colori ritmo 13 i54 0 20 1 13 1 0 0 1 7 0 56 55 0 ; base crescente, vari colori ritmo 13 s i54 0 20 1 7 10 1 0 0 7 0 56 55 0 ; base 10, vari colori di 7 s i54 0 20 1 1 10 0 1 0 2 0 56 55 0 ; base 10, attraverso denominatori e i 54 .100 24.6 1 13 10 1 0 0 10 0 56 55 0 ; due colori di 13 s f122 0 16 6 1 4 2 8 5 7 1 4 2 f122 2 16 6 4 2 8 5 7 1 4 2 f122 3 16 6 2 8 5 7 1 4 2 8 5 7 f122 4 16 6 8 5 7 1 4 2 8 5 7 f122 5 16 6 5 7 1 4 2 8 5 7 1 4 2 i121 0 9 10000 0 122 19 ; prova inizio sintetico e ; blocco con pan i 66 0 1 1 7 10 1 ; scrive pan da resti f 67 0 64 -7 .0001 10 1 4 1 4 .0001 ; distanza f 67 0 32 10 1 ; anche sin ; num den base e loro incr ; quanti sample e incr, isno, ftritmi, amp,ft pan e distanza i 53 1 2.0 1 17 10 1 0 0 10 0 456 55 10000 66 67 ; schedule con pan e dist i 499 0 20 ; reverb quadrifonico ; fine s i 190 0 9 s i 19 0 9 e e i 120 0 18 800 0 s i 113 0 2 3 113 1 112 i . + . < . < i . + . i . . . i . i . . . 8 . 1 f 113 0 64 -2 3 4 5 f 113 2 64 -2 9 12 16 20 25 f 113 4 64 -2 27 36 48 64 80 100 125 f 113 6 64 -2 81 96 108 144 192 256 320 400 500 625 s i 113 0 2 3 113 1 115 i . + . < . < i . + . i . . . i . i . . . 8 . 1 f 113 0 64 -2 2 3 4 f 113 2 64 -2 4 6 9 12 16 f 113 4 64 -2 8 12 18 27 36 48 64 f 113 6 64 -2 16 24 36 54 81 108 144 192 256 e i 114 0 6 3 2 2 e i 112 0 5 9000 100 .5 i . . . . 400 i . . . . 900 i . . . . 1600 i . . . . 2500 s i 54 .5 30 1 7 10 1 0 0 10 0 56 11 i 65 .100 10 1 17 10 1 10 2 1 ;0 0 0 1 0 ; pan rapido i 111 1110 5 99.999 i . . . 100.001 i . + . 200 i . . . 20 i . . . 5 s i 129 0 9 890 1.5 2.5 ;.05 5.5 s i 128 0 21 .0 200 i . 0 . [1/3] 200.02 ; opposizione di fase=8a sopra, anche .1 contro .6 ecc i . . .5 200.01 s f 8 0 4 -2 1 1 0 0 i 127 0 15 100 s i 126 0 10 440 i . . . 440.051 s ;f15 0 64 2 1 4 2 8 5 7 ; così più liscio ; 80 ben intonato, gli altri 8a sotto poco cresc f 55 0 128 -5 .61 8 .31 64 1.405 64 .31 ; ;i54 num den base ; id.incr ;vel/freq+p1Incr instr ftDur jolly i 54 0 30 1 7 2 0 1 0 1 1 72 55 s i 71 0 5 1 13 10 1 ;0 0 0 1 ; glissando noise (periodico irrazionale da Hardy) s i 54 0 30 1 7 2 0 1 0 10 0 56 55 i . 0 30 1 7 2 0 1 0 10 0 67 . ; esplora denominatori resti base 10 s ; i55 i 55 0 25 1 36 11 1 0 0 7 0 ; bel suono wa-wa (multipli di primi coprimi a base) s i 55 .01 25 1 1 5 0 1 0 20 0 ; bel suono i 55 .02 25 1 1 7 0 1 0 20 0 ; bel suono i 70 0 6 1 17 10 0 0 0 9 0 s i 54 0 29 1 7 10 0 1 0 10 0 69 55 0 i 54 .1 29 1 7 10 0 1 0 10 0 56 55 0 s f 55 0 128 -5 .5 128 .5 i 54 0 20 1 11 10 0 0 0 5 5 56 55 10 ; prove intonazione i 54 0 20 1 1 10 0 0 0 11 10 80 55 10 ; OK! aggiustato s i 54 0 4.6 1 11 5 0 0 0 1 1 56 55 0 s i 54 0 4.7 1 11 5 0 0 0 4 0 56 55 0 s i 54 .1 4 1 7 10 0 0 0 6 6 80 55 0 i . 0 4 1 7 10 0 0 0 12 0 80 55 0 ;i. 2 . 1 17 10 0 0 0 2 0 s i 54 0 11 1 17 10 0 0 0 24 0 80 55 0 i . 2 . 1 13 10 0 0 0 64 s i 54 0 20 1 11 10 0 0 0 5 5 56 55 10 ; prove intonazione i 54 0 20 1 1 10 0 0 0 10 10 80 55 10 s i 55 0 20 1 97 20 0 0 -1 2 0 s i 54 0 30 1 7 10 1 0 0 8170 -135.3 58 55 0 ; pattern 7 FM i58 ;esplora denominatori base 10 s i 54 0 30 1 7 10 1 0 0 8170 -135.3 59 55 0 s i 54 0 29 1 52 10 0 1 0 1 0 69 55 0 i 54 .1 29 1 52 10 0 1 0 1 0 56 55 0 s i 54 0 19 1 2 10 0 1 0 1.000 1 68 55 7 s i 54 0 19 1 2 10 0 1 0 1 0 68 55 7 s i 54 0 30 1 7 2 0 1 0 10 0 56 55 i . 0 30 1 7 2 0 1 0 10 0 67 . ; esplora denominatori base 10 s i 55 0 25 1 36 11 1 0 0 7 0 ; bel suono wa-wa (multipli di primi coprimi a base) s i 55 .01 25 1 1 5 0 1 0 20 0 ; bel suono i 55 .02 25 1 1 7 0 1 0 20 0 ; bel suono s f 55 0 128 -5 2.51 8 .1 64 .05 64 .01 ; determine the size over the duration (how many notes) i 55 0 30 1 7 10 1 0 0 8170 -300 ; esplora denominatori base 10 s f 55 0 128 -5 2.51 18 .41 64 .253 64 .1 ; determine the size over the duration (how many notes) i 55 0 30 1 7 10 1 0 0 8170 1.353 ; pattern 7 FM i58 ;esplora denominatori base 10 s f 55 0 128 -5 .9251 8 .9251 64 .253 ; determine the size over the duration (how many notes) i 55 0 14 1 7 10 0 0 0 0 1 ; arm inv s f 55 0 128 -5 .5 10 .3 3 .5 7 .2 6 .35 4 .1 9 .3 11 .05 2 .6 3 .02 11 .7 i 55 0 17 1 91 10 1 0 0 30 0 ; prova somma-sfasa: gruppi con cicli di cicli i 55 0 17 1 91 10 0 0 0 30 0 s f 55 0 128 -5 .251 8 .251 128 .253 ; determine the size over the duration (how many notes) i 55 0 .9 1 128 10 1 0 0 100 5 i . + 9 1 7 10 1 0 0 10 -1.0 s i 56 0 .7 1 2 10 i . + . < < < i . . . . i . i . i . i . i . i . i . . . . i . . . . i . i . i . i . i . i . i . . . . i . i . i . i . i . i . . i . . . 1 23 10 s i 56 0 .45 1 1 10 ; bel mix di noise e quasi arm: passo 1.042=26/25 i . + . < < < i . . . . i . i . i . i . i . i . i . . . . i . . . . i . i . i . i . i . i . i . . . . i . i . i . i . i . i . . i . . . 1 26 10 s i 20 0 20 s i 19 0 35 s i 18 0 9 s i 16 0 15 s f 17 0 512 10 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 f 17 2 512 10 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 f 17 4 512 10 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 8 5 7 1 4 2 8 5 7 f 17 6 512 10 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 f 17 8 512 10 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 f 17 10 512 10 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 1 4 2 8 5 7 i 17 0 12 s i 13 0 1 1 97 10 i 14 1 4 s i 6 0 4 1 123 10 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 14 i . . . 15 i . . . 16 i . . . 17 i . . . 18 s i 6 0 2 1 73 10 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 14 i . . . 15 i . . . 16 i . . . 17 i . . . 18 i . . . 19 e i 6 0 3 1 29 10 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 14 i . . . 15 i . . . 16 i . . . 17 i . . . 18 i . . . 19 e i 6 0 5 1 133 10 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 14 e i 6 0 2 1 73 10 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 14 i . . . 15 i . . . 16 i . . . 17 i . . . 18 i . . . 19 e i 6 0 3 1 31 14 ; per 15 ma difficile i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 e i 6 0 3 1 41 14 ; per 16 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 e i 6 0 3 1 271 10 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 14 i . . . 15 i . . . 16 i . . . 17 i . . . 18 i . . . 19 e i 6 0 4 1 121 10 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 14 i . . . 60 i . . . 61 e i 6 0 5 21 43 10 i . + . 22 i . . . 23 i . . . 2 53 e i 6 0 3 1 49 8 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 14 s e i 6 0 3 1 25 12 ; ciclo 27 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 s i 6 0 5 1 27 13 e i 6 0 7 1 243 10 ; ciclo 27 (- 9 -3 -1) i . + . 2 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 s i 6 0 5 50 53 10 i . + . 3 i . . . 9 i . . . 51 i . . . 52 i . . . 49 e i 6 0 5 1 62 14 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 s i 6 0 1 37 64 14 i . + . 1 128 i . . . 3 i . . . 5 i 6 + 1 7 . 10 i . + . 9 i . . . 11 i . . . 13 i . . . 15 i . . . 17 i . . . 19 i . . . 21 i . . . 23 i . . . 25 i . . . 27 i . . . 29 i . . . 31 i . . . 33 i . . . 53 i . . . 55 i . . . 57 i . . . 59 i . . . 61 i . . . 63 i . . . 65 e i 6 0 2 1 37 16 i . + . 3 i . . . 9 s i 6 0 5 2 37 12 ; periodo 9 i . + . 3 121 10 ; per 22 i . . 18 1 97 e i 6 0 2 1 4 10 i . + . 1 8 i . . . 3 i . . . 3 16 i . . . 5 i . . . 5 32 i . . . 7 32 ; verticale i . . . 3 7 i . . . 4 i . . . 10 21 i . . . 11 i . . . 17 35 i . . . 18 i . . . 1 121 e i 6 0 4 1 211 10 ; 7 cicli diversi i . + . . 239 ; per 7 i . . . 281 ; 10 cicli diversi da 7 e i 6 0 4 12345678765543876543 1111111111111111111 10 e i 6 0 4 1 13 12 i . + . . . 17 ; simile a 1 7 10 s i 6 0 5 1 27 13 ; periodo 9 i . + . . . 16 i . . . . 37 7 i . . . . 37 12 i . . . . 73 10 ; per 8 s i 7 0 4 1 7 9 ; periodo 9 i . + . . 13 ; 3 i . . . . 19 ; 9 i . . . . . 6 i . . . . . 5 i . . . . . 4 i . . . . 11 5 ; periodo 5 i . . . . . 4 i . . . . . 3 i . . . . 37 9 i . . . . 757 i . . . . 37 7 s i 6 0 3 1 82 10 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . + . 14 i . . . 15 i . + . 16 i . . . 17 e i 6 0 4 73 81 10 i . + . < . . i . . . i . . . 76 e i 6 0 4 1 81 10 i . + . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 20 i . . . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 38 e i 7 0 8 1 32 2 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . + . 14 i . . . 15 i . + . 16 i . . . 17 e i 7 0 2 14 21 2 s i 7 0 2 1 16 2 i . + . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 1 18 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 1 19 i . . . 1 20 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 1 21 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . 12 i . . . 13 i . . . 1 22 i . . . 3 22 i . . . 5 e i 7 0 2 9 10 2 i . + . 1 11 i . . . 1 12 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 1 13 i . . . 3 i . . . 1 14 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 1 15 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 1 16 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 15 i . . . 1 17 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 e i 7 0 1 1 2 2 i . + . 1 3 i . . . 2 3 i . . . 1 4 i . . . 3 i . . . 1 7 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 1 8 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 1 9 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 1 10 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 e i 7 0 1 1 63 8 i . + . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 20 i . + . 1. . 4 i . + . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 20 s e i 6 0 4 1 12 2 ; vedi i resti: dimostra che potenze di 2 in 12ET dà sequenze monoto: ;ne: periodo di terze alternate. e i 6 0 4 1 7 5.5 ; anche base non intera ; forse non periodico ; per microntervalli meglio ;ascoltare i resti i 12 0 1 1 37 e i 6 0 3 1 19 8 i . + . 2 i . . . 3 i . . . 4 i . . . 5 . 12 i . . . 6 . e i 6 0 3 1 7 4 i . + . 2 i 6 . 3 1 7 2 i . + . 2 i . . . 1 19 12 i . . . 2 i . . . 3 i . . . 4 e i 6 0 3 1 7 17 i . + . 2 i . . . 1 . 18 i . . . . . 19 e i 6 0 2 1 84 10 ; molto ottofonico, puro i . + . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 20 s i 6 0 2 1 91 10 i . + . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 20 i . . . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 38 e i 6 0 16 1 169 10 e i 6 0 2 10 63 10 i . + . 11 i . . . 12 i . . . 13 i . . . 14 i . . . 15 s i 6 0 1 1 14 10 i . + . . 21 i . . . . 28 i . . . . 35 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . . 42 i . . 4 . 49 i . . 1 . 56 i . . . . 63 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . . 70 i . . . . 77 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 i . . . . 84 i . . . . 91 i . . . 2 i . . . 3 i . . . 4 i . . . 5 i . . . 6 i . . . 7 i . . . 8 i . . . 9 i . . . 10 i . . . 11 e i 6 0 4 13 407 10 ; 37*11 periodo 6 ma anche 2 o 3 i . + . 7 i . . . 11 i . . . 37 e i 6 0 2 1 36 7 ; cerca Debussy i . + . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 20 i . . . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 38 e i 6 0 6 8 81 10 i . + . 35 36 7 e i 6 0 6 1 287 10 ; periodo 30 : 41*7 e i 6 0 2 1 13 8 i . + . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 20 i . . . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 38 e i 6 0 1 1 14 10 i . + . . 21 i . . . . 28 i . . . . 35 i . . . . 42 i . . . . 49 i . . . . 56 i . . . . 63 i . . . . 70 i . . . . 77 i . . . . 84 i . . . . 91 i . . . . 78 i . . . . 65 i . . . . 52 i . . . . 39 i . . . . 26 i . . . . 13 e i 6 0 2 1 7 38 i . + . . . 45 e i 6 0 2 1 13 10 i . + . 2 . s i 6 0 2 1 84 10 i . + . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 20 i . . . < . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . 38 e i 6 0 4 1 14 10 i . + . . 21 i . . . . 28 i . . . . 35 i . . . . 42 i . . . . 49 i . . . . 56 i . . . . 63 i . . . . 70 i . . . . 77 i . . . . 84 i . . . . 91 i . . . . 78 i . . . . 65 i . . . . 52 i . . . . 39 i . . . . 26 i . . . . 13 e i 6 0 4 6 49 13 i . + . 7 . i . . . 8 e i 6 0 4 1 3 10 i . + . . < . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . 22 i . . . . < i . . . . i . . . . i . . . . i . . . . i . . . . i . . . . i . . . . 30 e i 6 0 4 6 49 10 i . + . 7 . i . . . 8 e i 6 0 4 1 3 10 i . + . . < . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . . . i . . . . 22 i . . . . < i . . . . i . . . . i . . . . i . . . . i . . . . i . . . . i . . . . 30 e i 2 0 1 2 666 i . + . < . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . . . i . . . 21 e ;i1 0 1 37 i 2 1 1 12 27 ; cifre e resti a piacimento Widgets 465 268 714 410 true 179 179 179 1 160 661 161 {181c65e6-ff6e-493a-9ab0-e78b4d4c5773} true 0 0 -255.00000000 scope 1.00000000 2.00000000 1.00000000 1.00000000 0.00000000 2 6 604 155 {0ac20b33-dfa0-46f5-9366-dc127cca7061} true 0 0 0 1.00000000 1.00000000 1.00000000 1.00000000 lin lin true scroll2 628 84 80 25 {170dfdbe-d6d1-4250-a008-f7874a6eb956} true 0 0 left Arial 18 0 0 0 255 255 255 1.29800000 1.00000000 -999999999999.00000000 999999999999.00000000 border 1 1 false num 105 345 80 25 {cac6bd6d-7a12-417b-93e3-2d74ce4aee82} true 0 0 left Arial 16 255 255 0 128 0 128 1.00000000 -1e+12 1e+12 false 6 den 189 344 80 25 {85ffe78e-ad2a-42c1-86d5-8baa5e8a5347} true 0 2 left Arial 16 255 255 0 128 0 128 1.00000000 -1e+12 1e+12 false 19 base 271 344 80 25 {9541c4db-8c95-446d-8776-8f54c791ddfc} true 0 0 left Arial 16 255 128 0 0 0 0 1.00000000 -1e+12 1e+12 false 10 incr 368 345 40 25 {110eaf23-00db-45ca-8e75-4f710f734b3b} true 0 0 left Arial 12 255 255 0 128 0 128 1.00000000 0 4 false 4 transp 427 344 80 25 {6e835b42-569c-43b4-8237-2337a535f7f5} true 0 0 left Arial 10 0 0 0 255 255 255 0.50000000 -1e+12 1e+12 false 9 2 345 100 30 {4128f1b7-758c-4574-a6bc-bde630cb8e28} true 1 1 event 1.00000000 i 358 i358 0 -100 true false amp 677 288 20 100 {11be7460-fa69-45f9-91e5-7186bb199e83} true 0 0 0.00000000 40000.00000000 9600.00000000 lin continuous -1.00000000 false manual 131 325 437 18 {f0fdc2fe-5fb1-470f-88db-ec89b8ff196f} true 0 0 0.00000000 1.00000000 0.63386728 lin continuous -1.00000000 false line11 574 359 100 25 {c9b30c68-c5b0-41a3-9a22-25af7d5ea0a2} true 0 -3 asd left Arial 10 3 0 0 0 237 237 237 nobackground x12 618 4 87 82 {4f13edae-6444-4fa5-8ffb-4d4c169aa01a} true 0 0 y12 0.00000000 1.00000000 0.00000000 1.00000000 0.00000000 0.00000000 crosshair 1 0.00000000 jump 0 234 0 false 0 0 0