5.0 0.0 AthenaCL Score generator -12566464 0 -1.0 emo ce # setting things up...default EventOutput = CsoundExternal tmsd <TMseed> # Set the TextureModule random seed tpsd <TPseed> # Set the TextureParameters random seed tmo <TM> # setting things up...Texture's parent type pin path <notes1> <switch2><notes2> <switch3><notes3> <switch4><notes4> # create note or frequency data pidf <weight1> <switch2><weight2> <switch3><weight3> <switch4><weight4> # give different weights to a MultiSet tin ObjectName <instrument> 9 # create ObjectName, instrument number (P1) and no. of pfields tto <TT> # set Texture Temperaments tie t 0, <original length> # set basic time range tie b <onset time>, <events> # the default tempo is 120 Beats Per Minute tie r <Rhythm>, <Rhythmcode> # where P2 + P3 together create the rhythm pulses of onset times and durations tie f <POfield>, <PO_local_field> # independent ParameterObject control of a local transposition (local field) and tie o <POoctaaf>, <PO_local_octave> # a local register position (local octave) tie x0 <POp4> # p4 (=x0) = pitch. The notes or frequencies from 'path' will be used as a basis tie x1 <POp5>, <PO5> # p5 (=x1) = amplitude. random uniform between 0 and 2. tie x2 <POp6>, <PO6> # p6 (=x2) tie x3 <POp7>, <PO7> # p7 (=x3) tie x4 <POp8>, <PO8> # p8 (=x4) tie x5 <POp9>, <PO9> # p9 (=x5) tie x6 <POp10>, <PO10> # p10 (=x6) tie x7 <POp11>, <PO11> # p11 (=x7) tie x8 <POp12>, <PO12> # p12 (=x8) timute # mute original Texture (else we get 2 x generated data), use only result from Texture Clone tcn Clone # create a Texture Clone, so the filters can be added tce t <FOpt> <FOt> # filter time tce u <FOpu> <FOu> # filter sustain tce c <FOpc> <FOc> # filter accent tce f <FOpf> <FOf> # filter local field tce o <FOpo> <FOo> # filter local octave tce x0 <FOp4> <FO4> # filter x0 tce x1 <FOp5> <FO5> # filter x1 tce x2 <FOp6> <FO6> # filter x2 tce x3 <FOp7> <FO7> # filter x3 tce x4 <FOp8> <FO8> # filter x4 tce x5 <FOp9> <FO9> # filter x5 tce x6 <FOp10> <FO10> # filter x6 tce x7 <FOp11> <FO11> # filter x7 tce x8 <FOp12> <FO12> # filter x8 athenaPipe $infile 5 5 DOT true 0 0 Group 0x00000033 0x000000ff 0xffffffff true 20 20 Roboto 12.0 244 574 Group 0x00000033 0x000000ff 0xffffffff true 20 20 Roboto 12.0 10 10 canvas 0x996600ff 0x000000ff 0xffffffff false 20 20 Roboto 12.0 10 10 global 0x00000033 0x000000ff 0xffffffff false 1120 20 Roboto 12.0 TT 370 65 Within athenaCL, any pitch can be tuned to microtonal specifications, allowing the user to apply non-equal tempered frequencies to each pitch in either a fixed relationship or a dynamic, algorithmically generated manner. Within athenaCL Textures there are two ways to provide microtonal tunings. First, pitches can be transposed and tuned with any ParameterObject by using the Texture local field attribute. Each integer represents a half-step transposition, and floating point values can provide any detail of microtonal specification. Second, each Texture can have a different Temperament, or tuning system based on either pitch class, pitch space, or algorithmic specification. The command TTls allows the user to list the available TextureTemperaments. false 11 12 true TwelveEqual te Pythagorean p Just j MeanTone mt Split24Upper su Split24Lower sl Interleave24Even ie Interleave24Odd io NoiseLight nl NoiseMedium nm NoiseHeavy nh NoiseUser nu PO_local_octave 505 30 transpose octaves, by means of Generator ParameterObjects 0 200 FOpf 710 5 false 0 12 false bypass b Add fa Divide fd Div.Anchor fda FunnelBinary ffb Multiply fm Mult.Anchor fma Power fp Quantize fq Filter mf maskScale msf orderBackw. ob orderRotate or pipeLine pl replace r 255 35 octave Roboto 12.0 POfield 300 5 false 13 12 true accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c cyclicGen cg caList cl caValue cv envelopeGeneratorAdsr ega envelopeGeneratorTrapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnalysis mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead pr quantize q randomBeta rb randomBilateralExponential rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExponential rie randomInverseLinear ril randomInverseTriangular rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriangle whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt 985 40 score generator Roboto 12.0 FOpo 710 30 false 0 12 false bypass b Add fa Divide fd Div.Anchor fda FunnelBinary ffb Multiply fm Mult.Anchor fma Power fp Quantize fq Filter mf maskScale msf orderBackw. ob orderRotate or pipeLine pl replace r 20 5 Texture 0x00000033 0x000000ff 0xffffffff true 20 20 Roboto 12.0 30 40 seed Roboto 12.0 TMseed 65 35 the basic length of the Object, on which other Note Processors can be ovelayed 100 60 TM 10 10 A Texture is an instance of a TextureModule. Every time a Texture is created, athenaCL creates an independent instance of the active TextureModule. the TextureModule is responsible for interpreting this final pitch value into a linear,horizontal, or other event arrangement. false 2 12 true DroneArticulate da DroneSustain ds HarmonicAssembly ha HarmonicShuffle hs InterpolateFill if InterpolateLine il IntervalExpansion ie LineCluster lc LineGroove lg LiteralHorizontal lh LiteralVertical lv Monoph. Ornament mo TimeFill tf TimeSegment ts FOo 820 30 enter values for ParameterObject 130 original length 820 65 the basic length of the Object, on which other Note Processors can be ovelayed 10 65 980 10 AthenaCL Roboto 22.0 PO_local_field 505 5 transpose pitches, by means of Generator ParameterObjects 0 200 255 10 field Roboto 12.0 255 70 Temperament Roboto 12.0 POoctaaf 300 30 false 13 12 true accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c cyclicGen cg caList cl caValue cv envelopeGeneratorAdsr ega envelopeGeneratorTrapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnalysis mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead pr quantize q randomBeta rb randomBilateralExponential rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExponential rie randomInverseLinear ril randomInverseTriangular rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriangle whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt FOf 820 5 enter values for ParameterObject 130 715 70 Object length Roboto 12.0 10 110 local 0x00000033 0x000000ff 0xffffffff false 20 20 Roboto 12.0 20 130 P9 Roboto 12.0 notes4 235 310 MultiSet 4: separate by comma, no spaces! 20 320 240 35 ParameterObject Roboto 12.0 380 380 Beats Per Minute Roboto 12.0 weight4 560 310 weighting for durFraction of MultiSet 4 false 8 12 true 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 20 390 P1 Roboto 12.0 990 50 - 120 POp6 65 200 Generator ParameterObjects false 13 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt FOp5 615 225 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, 15 35 Pfield Roboto 12.0 FO5 720 225 enter values for ParameterObject 265 995 35 comment Roboto 12.0 20 345 + Roboto 20.0 990 100 - 120 notes1 235 250 MultiSet 1: separate by comma, no spaces! 300 320 620 320 filter of the Roboto 12.0 990 125 - 120 15 10 seed Roboto 14.0 990 75 - 120 FO6 720 200 enter values for ParameterObject 265 Rhythm 65 335 Rhythm ParameterObjects false 7 12 false binaryAccent ba convertSecond cs convertSecondTriple cst gaRhythm gr iterateRhythmGroup irg iterateRhythmHold irh iterateRhythmWindow irw loop l markovPulse mp markovRhythmAnalysis mra pulseSieve ps pulseTriple pt rhythmSieve rs 20 55 P12 Roboto 12.0 POp8 65 150 Generator ParameterObjects false 13 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt FO7 720 175 enter values for ParameterObject 265 weight1 560 250 weighting for durFraction of MultiSet 1 false 0 12 true 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 POp4 65 250 Generator ParameterObjects false 50 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt 70 35 name Roboto 12.0 PO10 235 100 enter values for ParameterObject 0 375 FOp12 615 50 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, FO9 720 125 enter values for ParameterObject 265 FOp4 615 250 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, FOp9 615 125 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, 20 205 P6 Roboto 12.0 FO11 720 75 enter values for ParameterObject 265 Rhythmcode 235 335 control the generation of event durations, but is dependent on P2 as well ((3,1,1),(3,2,1),(4,1,1)), oc 375 FO10 720 100 enter values for ParameterObject 265 20 105 P10 Roboto 12.0 FOp10 615 100 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, 65 390 instrument number Roboto 12.0 FO12 720 50 enter values for ParameterObject 265 20 365 P2 Roboto 12.0 PO8 235 150 enter values for ParameterObject 0 375 switch4 185 310 switch MultiSet on/off false 1 12 true on , off # POp7 65 175 Generator ParameterObjects false 13 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt 990 175 120 notes2 235 270 MultiSet 2: separate by comma, no spaces! 500 320 PO11 235 75 enter values for ParameterObject 0 375 PO7 235 175 enter values for ParameterObject 0 375 events 235 360 The bpm attribute is the tempo in beats per minute. The value is set with the ParameterObject"constant" to produce a tempo of 120 BPM. In most cases, the bpm control is used to calculate theduration of rhythms and pulses used in a Texture. 60 375 PO6 235 200 enter values for ParameterObject 0 375 70 275 MultiSet 2 : Roboto 12.0 990 150 - 120 725 320 Rhythm ParameterObjects Roboto 12.0 622 33 filter Roboto 12.0 FO8 720 150 enter values for ParameterObject 265 20 155 P8 Roboto 12.0 FOp7 615 175 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, 990 200 120 20 180 P7 Roboto 12.0 weight2 560 270 weighting for durFraction of MultiSet 2 false 3 12 true 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 20 335 P3 Roboto 12.0 FOp6 615 200 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, 610 335 rhythm 0x00000033 0x000000ff 0xffffffff false 500 20 Roboto 12.0 390 35 sustain filter Roboto 12.0 FOu 110 30 enter values for ParameterObject (c,2) 265 390 10 accent filter Roboto 12.0 FOpt 5 55 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, FOpu 5 30 false 2 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, 390 60 time filter Roboto 12.0 FOc 110 5 enter values for ParameterObject 265 FOt 110 55 enter values for ParameterObject 265 FOpc 5 5 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, switch2 185 270 switch MultiSet on/off false 0 12 true on , off # FOp8 615 150 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, instrument 235 385 enter instrument number 1 50 990 225 filter cutoff 120 70 295 MultiSet 3 : Roboto 12.0 weight3 560 290 weighting for durFraction of MultiSet 3 false 1 12 true 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 FOp11 615 75 false 0 12 false bypass b Add fa, Divide fd, Div.Anchor fda, FunnelBinary ffb, Multiply fm, Mult.Anchor fma, Power fp, Quantize fq, mask mf, maskScale msf, orderBackw. ob orderRotate or, pipeLine pl, replace r, 990 250 notes or freqs 120 PO9 235 125 enter values for ParameterObject 0 375 PO12 235 50 enter values for ParameterObject 0 375 POp5 65 225 Generator ParameterObjects false 65 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt 20 230 P5 Roboto 12.0 POp9 65 125 Generator ParameterObjects false 13 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt 20 255 P4 Roboto 12.0 onset time 65 360 Generator ParameterObjects false 13 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt POp12 65 50 Generator ParameterObjects false 13 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt switch3 185 290 switch MultiSet on/off false 1 12 true on , off # notes3 235 290 MultiSet 3: separate by comma, no spaces! 1000,10000 320 FO4 720 250 enter values for ParameterObject 265 PO5 235 225 enter values for ParameterObject 100,6000 375 725 35 ParameterObject Roboto 12.0 POp10 65 100 Generator ParameterObjects false 13 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt 20 80 P11 Roboto 12.0 POp11 65 75 Generator ParameterObjects false 13 12 false accumulator a basketFill bf basketFillSelect bfs basketGen bg breakGraphFlat bgf breakGraphHalfCosine bghc breakGraphLinear bgl breakGraphPower bgp breakPointFlat bpf breakPointHalfCosine bphc breakPointLinear bpl breakPointPower bpp basketSelect bs constant c constantFile cf cyclicGen cg caList cl caValue cv directorySelect ds envelopeGen.Adsr ega envelopeGen.Trapezoid egt envelopeGeneratorUnit egu funnelBinary fb feedbackModelLibrary fml fibonacciSeries fs grammarTerminus gt henonBasket hb iterateCross ic iterateGroup ig iterateHold ih iterateSelect is iterateWindow iw lorenzBasket lb logisticMap lm listPrime lp lineSegment ls mask m markovGeneratorAnal. mga maskReject mr maskScale ms markovValue mv noise n operatorAdd oa operatorCongruence oc operatorDivide od operatorMultiply om oneOver oo operatorPower op operatorSubtract os pathRead --> freq. pr, fq pathRead --> psReal pr, ps pathRead --> midi pr, midi pathRead --> pch pr, pch pathRead --> name pr, name quantize q randomBeta rb randomBilateralExp. rbe randomCauchy rc randomExponential re randomGauss rg randomInverseExp. rie randomInverseLinear ril randomInverseTriang. rit randomLinear rl randomTriangular rt randomUniform ru randomWeibull rw sampleAndHold sah sieveFunnel sf sieveList sl sampleSelect ss typeFormat tf valuePrime vp valueSieve vs waveCosine wc waveHalfPeriodCosine whpc waveHalfPeriodPulse whpp waveHalfPeriodSine whps waveHalfPeriodTriang. whpt wavePulse wp wavePowerDown wpd wavePowerUp wpu waveSine ws waveSawDown wsd waveSawUp wsu waveTriangle wt TPseed 65 5 enter instrument number 140 65 70 315 MultiSet 4 : Roboto 12.0 The AthenaCL Score Generator is not an easy click and play module. AthenaCL has tons of options that make it hard to master, and can produce unexpected but interesting results. So, this ObjectBuilder is not the easiest one to understand and use. You should know your way in AthenaCL itself in order to appriciate this module. One must really try and try some more, but i can be VERY rewarding. In any case, you'll need the AthenaCL manual by your side, start with a simple basic setting and work your way up. AthenaCL for python 3 can be found here: https://github.com/ales-tsurko/athenaCL Big thanks to Ales Tsurko to have converted it to python 3! Another big thanks goes to Michael Gogins, who implemented 2 seed options: 1 for the TextureModule (creates the structure), 1 for "the rest" (ParameterObjects). Leaving the seeds open lets the computer decide what sequence is generated, each run a different one but according to the rules. You should run the athenaPipe.py from Steven Yi as it acts as a bridge between AthenaCL and Blue. The command line looks something like: python3 /PATH/TO/athenaCL/athenaCL/athenaPipe.py $infile athenaPipe.py sends the data from the AthenaCL Score Generator to AthenaCL. Every pfield can be set up to use PathRead. However, In this module, you need to set PathRead in P4 to read notes, frequencies and such, and convert them to the values you need in your instrument. It is possible to use the normal Path ( pin ) to make 4 multisets and give each MultiSet a weight. P2 = BPM. Csound has basic 60 bpm, i use 120 bpm- the AthenaCL default. P3 = combination of rhythm, duration and accents. So P2 and P3 work together to produce the final result. P4 = set for input of notes or frequencies, sieves, and up to 4 MultiSets. Use on/off switch to switch MultiSet, and add a weighting for the MultiSet but P4 can be set to other ParameterObjects, like random. Use the filter to get the values in a useable range In AthenaCL, amplitude and panning have their own meaning, but here in the AthenaCL Score Generator these are ommitted. Use the TEST button beforehand to check to see if you get the desired results. It is easy to make typing errors... The AthenaCL Score Generator generates data for 12 pfields. It can NOT produce less, or more pfields. If you have an instrument that only uses 6 pfields, the Csound output will protest but still work: WARNING: instr 1 uses 6 p-fields but is given 12 Perhaps in a future realease this can be improved, but hey- it works.... --- version 1.4, April 2021 - seed for TextureModule (TMsd) - seed for the rest = ParameterObjects (TPsd) version 1.3, March 2021 - added the 4 x MultiSet option and weighting per Set version 1.2 February 2021 - added Texture Clone with filtering options - set original Texture to mute, use only TextureClone output version 1.1, february 2021 - now all pfields >3 can produce the PathRead to freq etc. - simplified GUI - added help in the balloons version 1.0, february 2021 - initial version by Menno Knevel EXTERNAL