def composeSong(analysis_result_json_string, sleep_result_json_string): respiration_timestamps, respiration_cycle_lengths, ihr_timestamps, ihr_values, actigram_timestamps = reader.getSignalAnalysisResults(analysis_result_json_string) reader.processSleepData(sleep_result_json_string) actigram = reader.processActigram(actigram_timestamps) respiration = reader.processRespirationVariability(analysis_result_json_string) IHR = reader.processIHR(ihr_timestamps, ihr_values) reader.syncStages(IHR) #take tempos and stages and make the faster stages have more beats and slower ones less. Gets stages from reader... nightLength = reader.getNightLength() generateKunquat.makeDirectories() generateKunquat.makeFiles() voices = 2 #not counting actigramtrack scaletype = 1#0 for minor, 1 for Major music.generate([], voices, reader.getNightLength(), reader.getStages(), respiration, scaletype, actigram) #second last parameter = rythm dencity, last parameter = volume variation #music.actigramNoise(actigram) music.setTempos(IHR) #works with both respiration and IHR voices = music.howManyVoices() #now counting actigramtrack for i in range(voices): #for each voice (if several) # print str(i)+":" # if (i==2): # print music.getVoice(i) generateKunquat.columnWriter(i, music.getVoice(i)) generateKunquat.patternWriter(music.getLength()+4) #debug.debugRythm(music) debug.debugprint(music)
def debugprint(music):
print ""
print "DEGUB PRINTS: "
print ""
print "Actigram (ticks per beat -version):"
print reader.actigram
print ""
print "Respiration: " + str(reader.respiration)
print "Data in respiration that is not < 0.5 long..:"
for a in range(len(reader.respiration)):
if (a != len(reader.respiration) - 1 and
reader.respiration[a + 1][0] - reader.respiration[a][0] > 0.5):
print reader.respiration[a]
print ""
print "Respiration length: " + str(len(reader.respiration))
print ""
print "IHR: " + str(reader.IHR)
print "Data in IHR that is not < 0.5 long..:"
for a in range(len(reader.IHR)):
if (a != len(reader.IHR) - 1
and reader.IHR[a + 1][0] - reader.IHR[a][0] > 0.5):
print reader.IHR[a]
print ""
print "IHR length: " + str(len(reader.IHR))
print ""
print "Chords: " + str(music.chorddata)
print "Number of chords: " + str(len(music.chorddata))
print ""
print "Scale type: " + music.scaletype
print ""
print "Start: " + str(reader.getStart())
print "End: " + str(reader.getEnd())
print "Difference: " + str(reader.getEnd() - reader.getStart())
print ""
length = 0
stages = reader.getStages()
for a in stages:
length = length + a[1]
print "Sleep stages (prosessed): " + str(stages)
print "Combined length of stages: " + str(length)
print ""
print "Night Length: " + str(reader.getNightLength()) + " beats"
print "Really its " + str(reader.getNightLength() -
reader.getNightLength() % music.bar)
print ""
print "A bar is " + str(music.bar) + " beats"
print ""
for i in range(music.howManyVoices()):
voice = music.getVoice(i)
print "Last events for voice " + str(i) + ": " + str(voice[-3]) + str(
voice[-2]) + str(voice[-1])
print ""
def debugprint(music): print "" print "DEGUB PRINTS: " print "" print "Actigram (ticks per beat -version):" print reader.actigram print "" print "Respiration: "+str(reader.respiration) print "Data in respiration that is not < 0.5 long..:" for a in range(len(reader.respiration)): if (a != len(reader.respiration)-1 and reader.respiration[a+1][0] - reader.respiration[a][0] > 0.5): print reader.respiration[a] print "" print "Respiration length: "+str(len(reader.respiration)) print "" print "IHR: "+str(reader.IHR) print "Data in IHR that is not < 0.5 long..:" for a in range(len(reader.IHR)): if (a != len(reader.IHR)-1 and reader.IHR[a+1][0] - reader.IHR[a][0] > 0.5): print reader.IHR[a] print "" print "IHR length: "+str(len(reader.IHR)) print "" print "Chords: "+str(music.chorddata) print "Number of chords: "+str(len(music.chorddata)) print "" print "Scale type: "+music.scaletype print "" print "Start: "+str(reader.getStart()) print "End: "+str(reader.getEnd()) print "Difference: "+str(reader.getEnd() - reader.getStart()) print "" length = 0 stages = reader.getStages() for a in stages: length= length + a[1] print "Sleep stages (prosessed): "+str(stages) print "Combined length of stages: "+str(length) print "" print "Night Length: "+str(reader.getNightLength())+" beats" print "Really its "+str(reader.getNightLength()-reader.getNightLength()%music.bar) print "" print "A bar is "+str(music.bar)+" beats" print "" for i in range(music.howManyVoices()): voice = music.getVoice(i) print "Last events for voice "+str(i)+": "+str(voice[-3])+str(voice[-2])+str(voice[-1]) print ""
def composeSong(analysis_result_json_string, sleep_result_json_string):
respiration_timestamps, respiration_cycle_lengths, ihr_timestamps, ihr_values, actigram_timestamps = reader.getSignalAnalysisResults(
analysis_result_json_string)
reader.processSleepData(sleep_result_json_string)
actigram = reader.processActigram(actigram_timestamps)
respiration = reader.processRespirationVariability(
analysis_result_json_string)
IHR = reader.processIHR(ihr_timestamps, ihr_values)
reader.syncStages(
IHR
) #take tempos and stages and make the faster stages have more beats and slower ones less. Gets stages from reader...
nightLength = reader.getNightLength()
generateKunquat.makeDirectories()
generateKunquat.makeFiles()
voices = 2 #not counting actigramtrack
scaletype = 1 #0 for minor, 1 for Major
music.generate(
[], voices, reader.getNightLength(), reader.getStages(), respiration,
scaletype, actigram
) #second last parameter = rythm dencity, last parameter = volume variation
#music.actigramNoise(actigram)
music.setTempos(IHR) #works with both respiration and IHR
voices = music.howManyVoices() #now counting actigramtrack
for i in range(voices): #for each voice (if several)
# print str(i)+":"
# if (i==2):
# print music.getVoice(i)
generateKunquat.columnWriter(i, music.getVoice(i))
generateKunquat.patternWriter(music.getLength() + 4)
#debug.debugRythm(music)
debug.debugprint(music)
