def generate(self):
print('CREATING MUSIC MODEL...')
##sys.path.append('d:/utah/home/mkg/projects/icmc2009-mkg')
sys.path.append('/home/mkg/Dropbox/studio')
import GeneralizedContextualGroup
gcg = GeneralizedContextualGroup.GeneralizedContextualGroup()
gcg.setAxiom('S(0,3,7,11,14) R60 WV A')
gcg.addRule(
'A',
'V+8 K WV Q7 K D-1.5 WC V+9 WC V-7 WC V+11 A D-2 B D+2 D+1.5 L+ K WV A L- Q7 WV A'
)
gcg.addRule('B', 'V+8 WV Q3 V+8 WV B')
gcg.setIterationCount(4)
gcg.debug = True
gcg.generate()
random = CsoundAC.Random()
random.thisown = 0
random.createDistribution("uniform_real")
random.setElement(7, 11, 1)
rescale = CsoundAC.Rescale()
rescale.thisown = 0
rescale.setRescale(CsoundAC.Event.TIME, True, False, 1, 120)
rescale.setRescale(CsoundAC.Event.DURATION, False, False, 0.25, 1.0)
rescale.setRescale(CsoundAC.Event.INSTRUMENT, True, False, 1, 0)
rescale.setRescale(CsoundAC.Event.KEY, True, False, 36, 60)
rescale.setRescale(CsoundAC.Event.VELOCITY, True, True, 15, 12)
rescale.setRescale(CsoundAC.Event.PAN, True, True, -0.875, 1.75)
# random.addChild(lindenmayer)
rescale.addChild(gcg)
self.model.addChild(rescale)
print
def generate18(self):
# mkg-2009-12-24-a
gcg = GeneralizedContextualGroup.GeneralizedContextualGroup()
gcg.thisown = 0
gcg.setAxiom('S(0,4,7,10) R36 V+ V+8 WV V-6 WV B')
gcg.addRule(
'B',
'B Q2 WV V+2 W Q2 WV V+1 W V+3 V+ WV V-3 Q7 WV D- WV Q5 D+ D+ WV K D- D- B D+'
)
gcg.setIterationCount(7)
gcg.debug = True
gcg.generate()
random = CsoundAC.Random()
random.thisown = 0
random.createDistribution("uniform_real")
random.setElement(7, 11, 1)
rescale = CsoundAC.Rescale()
rescale.thisown = 0
### rescale.setRescale( CsoundAC.Event.TIME, 1, 0, 1, 120 )
rescale.setRescale(CsoundAC.Event.TIME, True, False, 20, 120)
rescale.setRescale(CsoundAC.Event.DURATION, False, False, 0.25, 1.0)
rescale.setRescale(CsoundAC.Event.INSTRUMENT, True, False, 1, 0)
rescale.setRescale(CsoundAC.Event.KEY, True, False, 42, 36)
rescale.setRescale(CsoundAC.Event.VELOCITY, True, True, 30, 12)
rescale.setRescale(CsoundAC.Event.PAN, True, True, -0.875, 1.75)
# random.addChild(lindenmayer)
rescale.addChild(gcg)
self.sequence.addChild(rescale)
print
def generate9(self):
# mkg-2009-01-10-c
gcg = GeneralizedContextualGroup.GeneralizedContextualGroup()
gcg.thisown = 0
gcg.setAxiom('S(0,3,7,11,14) R48 WV B')
gcg.addRule(
'A',
'V+8 K WV Q7 K D-1.5 WC V+9 WC V-7 WC V+11 A D-3 B D+3 D+1.5 L+ K WV A L- Q7 WV A'
)
gcg.addRule(
'B',
'V+8 WC V-7 WC V+8 WC V-7 WC V+8 WC V-7 WC B B B K WV V+8 WC V-7 WC B B B Q7 WV V+8 WC V-7 WC B B B'
)
gcg.setIterationCount(3)
gcg.debug = True
gcg.generate()
random = CsoundAC.Random()
random.thisown = 0
random.createDistribution("uniform_real")
random.setElement(7, 11, 1)
rescale = CsoundAC.Rescale()
rescale.thisown = 0
# rescale.setRescale( CsoundAC.Event.TIME, True, False, 1, 120 )
rescale.setRescale(CsoundAC.Event.TIME, True, False, 20, 120)
rescale.setRescale(CsoundAC.Event.DURATION, False, False, 0.25, 1.0)
rescale.setRescale(CsoundAC.Event.INSTRUMENT, True, False, 1, 0)
rescale.setRescale(CsoundAC.Event.KEY, True, False, 48, 36)
rescale.setRescale(CsoundAC.Event.VELOCITY, True, True, 15, 12)
rescale.setRescale(CsoundAC.Event.PAN, True, True, -0.875, 1.75)
# random.addChild(lindenmayer)
rescale.addChild(gcg)
self.sequence.addChild(rescale)
print
def generate13(self):
# mkg-2008-12-25-b
gcg = GeneralizedContextualGroup.GeneralizedContextualGroup()
gcg.thisown = 0
gcg.setAxiom('S(0,3,7,10,14) R36 WC A')
gcg.addRule('A', 'K WC Q7 K WC A')
gcg.setIterationCount(9)
gcg.debug = True
gcg.generate()
random = CsoundAC.Random()
random.thisown = 0
random.createDistribution("uniform_real")
random.setElement(7, 11, 1)
rescale = CsoundAC.Rescale()
rescale.thisown = 0
### rescale.setRescale( CsoundAC.Event.TIME, 1, 0, 1, 120 )
rescale.setRescale(CsoundAC.Event.TIME, True, False, 20, 120)
rescale.setRescale(CsoundAC.Event.DURATION, False, False, 0.25, 1.0)
rescale.setRescale(CsoundAC.Event.INSTRUMENT, True, False, 1, 0)
rescale.setRescale(CsoundAC.Event.KEY, True, False, 60, 36)
rescale.setRescale(CsoundAC.Event.VELOCITY, True, True, 30, 12)
rescale.setRescale(CsoundAC.Event.PAN, True, True, -0.875, 1.75)
# random.addChild(lindenmayer)
rescale.addChild(gcg)
self.sequence.addChild(rescale)
print
def addVoiceleadingTest(sequence, voiceleadingNode, duration):
print 'ADDING TEST...'
random = CsoundAC.Random()
random.thisown = 0
random.createDistribution("uniform_01")
random.eventCount = 200
random.setElement(CsoundAC.Event.INSTRUMENT, 11, 1)
random.setElement(CsoundAC.Event.TIME, 11, 1)
random.setElement(CsoundAC.Event.DURATION, 11, 1)
random.setElement(CsoundAC.Event.KEY, 11, 1)
random.setElement(CsoundAC.Event.VELOCITY, 11, 1)
random.setElement(CsoundAC.Event.PAN, 11, 1)
rescale = CsoundAC.Rescale()
rescale.setRescale(CsoundAC.Event.INSTRUMENT, 1, 1, 1., 4.)
rescale.setRescale(CsoundAC.Event.TIME, 1, 1, 1., duration)
rescale.setRescale(CsoundAC.Event.DURATION, 1, 1, 0.25, 1.)
rescale.setRescale(CsoundAC.Event.STATUS, 1, 1, 144., 0.)
rescale.setRescale(CsoundAC.Event.KEY, 1, 1, 36., 60.)
rescale.setRescale(CsoundAC.Event.VELOCITY, 1, 1, 60., 9.)
rescale.setRescale(CsoundAC.Event.PAN, 1, 1, -0.25, 1.5)
rescale.addChild(random)
rescale.thisown = 0
voiceleading.normalizeTimes = True
voiceleading.thisown = 0
voiceleading.addChild(rescale)
sequence.addChild(voiceleading)
def addVoiceleadingTest(sequence, voiceleadingNode, duration):
random = CsoundVST.Random()
random.thisown = 0
random.createDistribution("uniform_01")
random.eventCount = 200
random.setElement(CsoundVST.Event.INSTRUMENT, 11, 1)
random.setElement(CsoundVST.Event.TIME, 11, 1)
random.setElement(CsoundVST.Event.DURATION, 11, 1)
random.setElement(CsoundVST.Event.KEY, 11, 1)
random.setElement(CsoundVST.Event.VELOCITY, 11, 1)
random.setElement(CsoundVST.Event.PAN, 11, 1)
rescale = CsoundVST.Rescale()
rescale.setRescale(CsoundVST.Event.INSTRUMENT, 1, 1, 1.0, 4.0)
rescale.setRescale(CsoundVST.Event.TIME, 1, 1, 1.0, duration)
rescale.setRescale(CsoundVST.Event.DURATION, 1, 1, 0.25, 1.0)
rescale.setRescale(CsoundVST.Event.STATUS, 1, 1, 144.0, 0.0)
rescale.setRescale(CsoundVST.Event.KEY, 1, 1, 36.0, 60.0)
rescale.setRescale(CsoundVST.Event.VELOCITY, 1, 1, 60.0, 9.0)
rescale.setRescale(CsoundVST.Event.PAN, 1, 1, -0.25, 1.5)
rescale.addChild(random)
rescale.thisown = 0
voiceleading.normalizeTimes = True
voiceleading.thisown = 0
voiceleading.addChild(rescale)
sequence.addChild(voiceleading)
def generate4(self):
# mkg-2009-02-03-b
gcg = GeneralizedContextualGroup.GeneralizedContextualGroup()
gcg.thisown = 0
gcg.setAxiom(
'R48 D/4 pcs1 ar1 a1 c dD+ pcs2 ar2 a2 c dD- pcs3 ar3 a3 c pcs4 ar4 a4 c a4 pcs3 c dD- ar3 a3 c pcs2 ar2 a2 c pcs1 dD+ ar1 a1 c c'
)
#gcg.addRule('dD+', 'D*1.01 dD+')
#gcg.addRule('dD-', 'D/1.01 dD-')
gcg.addRule('dL+', 'L*1.02 dL+')
gcg.addRule('dL-', 'L/1.02 dL-')
gcg.addRule('ar1', 'I0=0 I1=1 I2=10 I3=11 I4=4 I5=5')
gcg.addRule('ar2', 'I0=0 I1=1 I2=2 I3=3 I4=4 I5=5')
gcg.addRule('ar3', 'I0=2 I1=3 I2=12 I3=13 I4=4 I5=5')
gcg.addRule('ar4', 'I0=2 I1=12 I2=4 I3=14 I4=3 I5=3')
gcg.addRule('c', 'd d')
# Quartal
gcg.addRule('pcs1', 'P(0,5,10,15)')
# Major
gcg.addRule('pcs2', 'P(0,4,7,11)')
# Minor
gcg.addRule('pcs3', 'P(0,3,7,10)')
# Major
gcg.addRule('pcs4', 'P(0,4,7,11)')
gcg.addRule(
'd',
' WV WV WV WV WV WV WV WV '
)
gcg.addRule('a1', 'ck1 dD- cq1 a1 a1')
gcg.addRule(
'ck1',
'K WV WV WV WV WV WV WV WV '
)
gcg.addRule(
'cq1',
'Q7 K WV WV WV WV WV WV WV WV '
)
gcg.addRule('a2', 'dL+ ck2 dL- cq2 a2 a2')
gcg.addRule(
'ck2',
'K WV WV WV dD+ WV V+8 WC WC WC WC ')
gcg.addRule(
'cq2',
'Q1 K WV WV WV dD- WV V+8 WV WV WV WV ')
gcg.addRule('a3', 'ck3 dL+ cq3 dL- a3 a3 ')
gcg.addRule(
'ck3',
'K WV WV V+5 WC WC V+4 WC dL- WC V+5 WC WC ')
gcg.addRule(
'cq3',
'Q5 K WV WV V+5 WC WC Q7 WV dL+ WV V+5 WC WC ')
gcg.addRule('a4', 'ck4 dD- cq4 a4 dD+ a4')
gcg.addRule(
'ck4',
'K WV V+1 WC V+1 WC V+1 WC V+1 WC V+1 WC V+1 WC V+2 WC '
)
gcg.addRule(
'cq4',
'Q3 K WV V+1 WV V+1 WC V+1 WC V+1 WC V+1 WC V+1 WC V+1 WC '
)
gcg.setIterationCount(5)
gcg.debug = True
gcg.generate()
random = CsoundAC.Random()
random.thisown = 0
random.createDistribution("uniform_real")
random.setElement(7, 11, 1)
rescale = CsoundAC.Rescale()
rescale.thisown = 0
rescale.setRescale(CsoundAC.Event.TIME, True, False, 20, 120)
rescale.setRescale(CsoundAC.Event.DURATION, False, False, 0.25, 1.0)
rescale.setRescale(CsoundAC.Event.INSTRUMENT, True, False, 0, 0)
rescale.setRescale(CsoundAC.Event.KEY, True, False, 39, 36)
rescale.setRescale(CsoundAC.Event.VELOCITY, True, True, 46, 14)
rescale.setRescale(CsoundAC.Event.PAN, True, True, -0.95, 1.90)
# random.addChild(lindenmayer)
self.sequence.addChild(rescale)
print
def generate6(self):
# mkg-2009-02-03-d
gcg = GeneralizedContextualGroup.GeneralizedContextualGroup()
gcg.thisown = 0
### gcg.setAxiom('R48 D/4 pcs1 ar1 a1 c dD+ pcs2 ar2 a2 c dD- pcs3 ar3 a3 c pcs4 ar4 a4 c a4 pcs3 c dD- ar3 a3 c pcs2 ar2 a2 c pcs1 dD+ ar1 a1 c c')
gcg.setAxiom(
'R48 D/4 pcs1 T5 c dD+ pcs2 a2 c dD- pcs3 c pcs4 a4 c pcs4 c dD- a3 c pcs2 pcs1 dD+ d '
)
gcg.addRule('dL+', 'L*1.02 dL+')
gcg.addRule('dL-', 'L/1.02 dL-')
gcg.addRule('c', 'd d')
# Quartal
gcg.addRule('pcs1', 'P(0,5,10,15)')
# Major
gcg.addRule('pcs2', 'P(0,4,7,11)')
# Minor
gcg.addRule('pcs3', 'P(0,3,7,10)')
# Major
gcg.addRule('pcs4', 'P(0,4,7,11)')
gcg.addRule(
'd',
' WV WV WV WV WV WV WV WV '
)
gcg.addRule('a1', 'ck1 dD- cq1 a1 a1')
gcg.addRule(
'ck1',
'K WV WV WV WV WV WV WV WV '
)
gcg.addRule(
'cq1',
'Q7 K WV WV WV WV WV WV WV WV '
)
gcg.addRule(
'ck2',
'K WV WV WV dD+ WV V+3 WC WC WC WC '
)
gcg.addRule(
'cq2',
'Q1 K WV WV WV dD- WV V+1 WV WV WV WV '
)
gcg.addRule('a3', 'ck3 dL+ cq3 dL- a3 cq3 a3 ')
gcg.addRule(
'ck3',
'K WV WV V+1 WC WC V-1 WC dL- WC V+2 WC WC '
)
gcg.addRule(
'cq3',
'Q5 K WV WV V+2 WC WC Q7 WV dL+ WV V+8 WC WV '
)
gcg.addRule(
'ck4',
'K WV V+1 WC V-2 WC V+1 WC V+1 WC V*3 WC V+1 WC V+1 WC '
)
gcg.addRule(
'cq4',
'Q3 K WV V+1 WV V+1 WC WC V+1 WC V+1 WC V+1 WC V+2 WC '
)
gcg.setIterationCount(5)
gcg.debug = True
gcg.generate()
gcg.generate()
random = CsoundAC.Random()
random.thisown = 0
random.createDistribution("uniform_real")
random.setElement(7, 11, 1)
rescale = CsoundAC.Rescale()
rescale.thisown = 0
### rescale.setRescale( CsoundAC.Event.TIME, 1, 0, 1, 120 )
rescale.setRescale(CsoundAC.Event.TIME, True, False, 4, 120)
rescale.setRescale(CsoundAC.Event.DURATION, False, False, 0.25, 1.0)
rescale.setRescale(CsoundAC.Event.INSTRUMENT, True, True, 3, 0)
rescale.setRescale(CsoundAC.Event.KEY, True, False, 39, 36)
rescale.setRescale(CsoundAC.Event.VELOCITY, True, True, 43, 14)
rescale.setRescale(CsoundAC.Event.PAN, True, True, -0.95, 1.90)
# random.addChild(lindenmayer)
rescale.addChild(gcg)
self.sequence.addChild(rescale)
print
