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from Framework.CSound.CSoundConstants import CSoundConstants
from Framework.Generation.GenerationConstants import GenerationConstants
from Framework.Music import *
def note_new(
onset,
pitch,
amplitude,
pan,
duration,
trackID,
pageID,
fullDuration = False,
instrument = CSoundConstants.FLUTE,
attack = 0.002,
decay = 0.098,
reverbSend = 0.1,
filterType = 0,
filterCutoff = 1000,
tied = False,
overlap = False,
instrumentFlag = CSoundConstants.FLUTE ):
note = {}
note['onset'] = onset
note['pitch'] = pitch
note['amplitude'] = amplitude
note['pan'] = pan
note['duration'] = duration
note['trackID'] = trackID
note['pageID'] = pageID
note['fullDuration'] = fullDuration
note['attack'] = attack
note['decay'] = decay
note['reverbSend'] = reverbSend
note['filterType'] = filterType
note['filterCutoff'] = filterCutoff
note['tied'] = tied
note['overlap'] = overlap
note['dirty'] = True
if instrument == 'drum1kit':
note['instrumentFlag'] = CSoundConstants.DRUM1INSTRUMENTS[ pitch ]
else:
note['instrumentFlag'] = instrument
return note
def note_refresh_play_cmd( note, preVolume, secs_per_tick ):
if music_trackInstrument_get( note['trackID'] ) == 'drum1kit':
if GenerationConstants.DRUMPITCH.has_key( note['pitch'] ):
print note['pitch']
note['pitch'] = GenerationConstants.DRUMPITCH[ note['pitch'] ]
note['instrumentFlag'] = CSoundConstants.DRUM1INSTRUMENTS[ note['pitch'] ]
newPitch = 1
else:
note['instrumentFlag'] = music_trackInstrument_get( note['trackID'] )
newPitch = GenerationConstants.TRANSPOSE[ note['pitch'] - 24 ]
duration = secs_per_tick * note['duration']
#print 'hahaha', secs_per_tick, ' ', duration
# condition for tied notes
if CSoundConstants.INSTRUMENTS[ note['instrumentFlag'] ].csoundInstrumentID == 101 and note['tied'] and note['fullDuration']:
duration = -1.0
# condition for overlaped notes
if CSoundConstants.INSTRUMENTS[ note['instrumentFlag'] ].csoundInstrumentID == 102 and note['overlap']:
duration += 1.0
newAmplitude = note['amplitude'] * preVolume
newAttack = duration * note['attack']
if newAttack <= 0.002:
newAttack = 0.002
newDecay = duration * note['decay']
if newDecay <= 0.002:
newDecay = 0.002
note['play_cmd'] = CSoundConstants.PLAY_NOTE_COMMAND_MINUS_DELAY % \
( CSoundConstants.INSTRUMENTS[ note['instrumentFlag'] ].csoundInstrumentID,
note['trackID'],
'%f', #delay,
duration,
newPitch,
note['reverbSend'],
newAmplitude,
note['pan'],
CSoundConstants.INSTRUMENT_TABLE_OFFSET + CSoundConstants.INSTRUMENTS[ note['instrumentFlag'] ].instrumentID,
newAttack,
newDecay,
note['filterType'],
note['filterCutoff'] )
def note_getText( note, preVolume, secs_per_tick, delay ):
if note['dirty'] :
note_refresh_play_cmd( note, preVolume, secs_per_tick )
note['dirty'] = False
if delay < 0.0 :
print 'ERROR: you cant send note with negative delay', delay
if music_effective_volume_get( note['trackID'] ) > 0.0 :
#print 'getText', note['trackID'], note['onset'], note['play_cmd'] % float(delay)
return note['play_cmd'] % float(delay)
else:
return ''
from Framework.CSound.CSoundClient import CSoundClient
def note_play(note, preVolume = 1.0, secs_per_tick = 0.1, delay = 0 ):
CSoundClient.sendText( note_getText( note, preVolume, secs_per_tick, delay))
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