def main():
parser = argparse.ArgumentParser()
parser.add_argument("-s", "--splitScoreOnly", action="store_true",
help="Split recorded files only"
)
parser.add_argument("scoreFilename", nargs="?" ,
help="Input score filename",
default=settings.defaultScoreFilename
)
parser.add_argument("outputDir", nargs="?" ,
help="Expressive output directory",
default=settings.defaultOutputDir
)
args = parser.parse_args()
if settings.DEBUG: print("[DEBUG] Filename: " + args.scoreFilename)
try:
score = music21.converter.parse(args.scoreFilename)
except music21.converter.ConverterException:
print("[WARN] " + args.scoreFilename+ " is not a score file, skipped.")
raise
#recLen = 0;
#scoreLen = len(score.flat.notes)
if settings.DEBUG:
print("[DEBUG] "),
score.flat.show('text')
#recLogFilename = settings.getRecLogFilename(args.scoreFilename)
notes = score.flat.notes
if (not args.splitScoreOnly):
recordAll(notes, args = args)
split.split(settings.getSplitRecFilename(args.scoreFilename, args.outputDir),
args.scoreFilename, args.outputDir)
def recordAll(score, args, splitRecord = [], counter = 1): #score needs to be flat
#splitRecord is used to split the original score into pieces
#because it is possible that the splitRecord is generated by structural
#analysis in the future, so we seperate the score splitting code after all
#recording are finished
#record perfs and generate split file
if len(score) == 0:
#splitRecFilename= args.outputDir
#splitRecFilename+= settings.getScoreName(args.scoreFilename)+'.split.json'
splitRecFilename = settings.getSplitRecFilename(args.scoreFilename,
args.outputDir)
with open(splitRecFilename, 'w') as f:
simplejson.dump(splitRecord, f, indent = 3)
print('[INFO] splitting record saved to ' + splitRecFilename)
return
else:
try:
print("[INFO] Now playing score."),
print("You can start to record anytime by pressing Ctrl+c")
record.playStream(score); #provide stop button
except KeyboardInterrupt:
pass
print("[INFO] =====Now recording phrase no." + str(counter) + "=====")
#recLogFilename = settings.getRecLogFilename(args.scoreFilename +'.'+ str(counter))
#recLogFilename = args.outputDir + settings.getScoreName(args.scoreFilename)
#recLogFilename += '.'+ str(counter) + '.log'
recLogFilename = settings.getRecLogFilename(counter,
args.scoreFilename,
args.outputDir)
settings.printDebug(recLogFilename)
record.record(score, recLogFilename)
perf = musicGenerator.generatePerf(score, recLogFilename)
#outFilename= args.outputDir + settings.getScoreName(args.scoreFilename)
#outFilename+= '.'+ str(counter) + '.perf' + settings.defaultOutputFormat
outFilename = settings.getOutFilename(counter,
args.scoreFilename,
args.outputDir)
musicGenerator.savePerf2File(perf, outFilename)
scoreHead= score[:len(perf)]
#if settings.DEBUG:
# settings.printDebug('')
# scoreHead.show('text')
scoreTail= score[len(perf):]
#if settings.DEBUG:
#settings.printDebug('')
#scoreTail.show('text')
scoreHeadOffsets = [n.offset for n in scoreHead]
splitRecord.append(scoreHeadOffsets)
settings.printDebug(splitRecord)
#splitRecord.extend(scoreHead)
#capture mouse
#pos = pygame.mouse.get_pos()
#print("mouse position: "+pos)
recordAll(scoreTail, args, splitRecord, counter+1)
