X-Git-Url: https://scm.cri.ensmp.fr/git/minwii.git/blobdiff_plain/eec2dd4ea183465c2c95546402447303ee6320e4..21cc59e0782f77420330a2b108c6708ea2edade0:/src/minwii/loganalyse.py?ds=inline diff --git a/src/minwii/loganalyse.py b/src/minwii/loganalyse.py index 4a0460a..f3e5e32 100755 --- a/src/minwii/loganalyse.py +++ b/src/minwii/loganalyse.py @@ -5,3 +5,277 @@ Module d'analyse des fichiers de log minwii. $Id$ $URL$ """ + +from minwii.logfilereader import LogFileReader +from pprint import pprint +from minwii.musicxml import musicXml2Song +from minwii.globals import PLAYING_MODES +from statlib import stats +from datetime import timedelta +from xml.etree import ElementTree +import os.path + +PLAYING_MODES = dict(PLAYING_MODES) + +DEFAULT_STATS = (#'geometricmean', + ('harmonicmean', 'Moyenne harmonique'), + ('mean', 'Moyenne '), + ('median', 'Médiane'), + #'medianscore', + #'mode', + #'moment', + ('variation', 'Variation'), + #'skew', + ('kurtosis', 'Kurtosis'), + #'itemfreq', + #'histogram', + #'cumfreq', + #'relfreq', + ) + +def statsresults(m) : + def computeList(self): + l = m(self) + results = [] + for name, label in DEFAULT_STATS : + results.append('%s : %s' % (label, getattr(stats, name)(l))) + return '\n'.join(results) + computeList.__name__ = m.__name__ + computeList.__doc__ = m.__doc__ + return computeList + +def timebased(m) : + m.timebased = True + return m + +class LogFileAnalyser(LogFileReader) : + + POSSIBLE_ANALYSES = {'BEGINNER' : ('songDuration', + 'playingDuration', + 'noteEndNoteOnLatency', + 'realisationRate') + + ,'EASY' : ('songDuration', + 'playingDuration', + 'noteEndNoteOnLatency', + 'realisationRate', + 'missCount', + 'getMissPerTimeFrame') + + ,'NORMAL' : ('songDuration', + 'playingDuration', + 'realisationRate', + 'missCount', + 'getMissPerTimeFrame') + + ,'ADVANCED' : ('songDuration', + 'playingDuration', + 'realisationRate', + 'missCount', + 'getMissPerTimeFrame') + + ,'EXPERT' : ('songDuration', + 'playingDuration', + 'realisationRate', + 'missCount', + 'getMissPerTimeFrame') + } + + def analyse(self) : + results = [] + + try : + self.mode = mode = self.getMode() + results.append(('Mode de jeu', PLAYING_MODES.get(mode, mode), False)) + + self.songTitle = LogFileAnalyser.getSongTitle(self.getSongFile()) + results.append(('Chanson', self.songTitle, False)) + + for name in self.POSSIBLE_ANALYSES[mode] : + meth = getattr(self, name) + results.append( (meth.__doc__, meth(), getattr(meth, 'timebased', False)) ) + except : + raise + + return results + + @staticmethod + def getSongTitle(file) : + if os.path.exists(file) : + it = ElementTree.iterparse(file, ['start', 'end']) + creditFound = False + + for evt, el in it : + if el.tag == 'credit' : + creditFound = True + if el.tag == 'credit-words' and creditFound: + return el.text + if el.tag == 'part-list' : + # plus de chance de trouver un titre + return os.path.basename(file) + else : + return os.path.basename(file) + + def _toTimeDelta(self, milliseconds) : + duration = milliseconds / 1000. + duration = int(round(duration, 0)) + return str(timedelta(seconds=duration)) + + def playingDuration(self) : + 'Temps de jeu' + #retourne la durée écoulée entre le premier et de dernier message + #de type événement : correspond à la durée d'interprétation. + + last = self.getLastEventTicks() + first = self.getFirstEventTicks() + return self._toTimeDelta(last - first) + + + def songDuration(self) : + 'Durée de référence de la chanson' + #retourne la durée de référence de la chanson + #en prenant en compte le tempo présent dans la transcription + #et en effectuant toutes les répétitions des couplets / refrains. + + songFile = self.getSongFile() + song = musicXml2Song(songFile) + duration = 0 + for note, verseIndex in song.iterNotes() : + duration = duration + note.duration + duration = duration * song.quarterNoteDuration # en milisecondes + return self._toTimeDelta(duration) + + @statsresults + def noteEndNoteOnLatency(self) : + 'Réactivité' + eIter = self.getEventsIterator() + latencies = [] + lastnoteEndT = 0 + + for ticks, eventName, message in eIter : + if eventName == 'NOTEEND': + lastnoteEndT = ticks + if eventName == 'NOTEON' and lastnoteEndT : + latencies.append(ticks - lastnoteEndT) + + return latencies + + def noteOnCount(self) : + "retourne le nombre d'événements NOTEON" + + eIter = self.getEventsIterator() + cpt = 0 + + for ticks, eventName, message in eIter : + if eventName == 'NOTEON' : + cpt = cpt + 1 + + return cpt + + def realisationRate(self) : + 'Taux de réalisation' + #taux de réalisation en nombre de note + #peut être supérieur à 100 % car la chanson + #boucle à l'infini. + + songFile = self.getSongFile() + song = musicXml2Song(songFile) + songNoteCpt = 0 + for note, verseIndex in song.iterNotes() : + songNoteCpt = songNoteCpt + 1 + + return round(self.noteOnCount() / float(songNoteCpt) * 100, 1) + + def missCount(self) : + "Nombre d'erreurs" + eIter = self.getEventsIterator() + miss = 0 + if self.mode in ('EASY', 'NORMAL') : + catchColUp = False + for ticks, eventName, message in eIter : + if eventName == 'COLDOWN' : + colState = message.split(None, 2)[1] + colState = colState == 'True' + if colState : + catchColUp = False + continue + else : + catchColUp = True + elif eventName == 'NOTEON' : + catchColUp = False + elif eventName == 'COLUP' and catchColUp : + miss = miss + 1 + else : + for ticks, eventName, message in eIter : + if eventName == 'COLDOWN' : + colState = message.split(None, 2)[1] + colState = colState == 'True' + if not colState : + miss = miss + 1 + + return miss + + @timebased + def getMissPerTimeFrame(self, timeFrame=10000) : + "Nombre d'erreurs en fonction du temps" + eIter = self.getEventsIterator() + firstTicks = self.getFirstEventTicks() + frames = [0] + + if self.mode in ('EASY', 'NORMAL') : + catchColUp = False + for ticks, eventName, message in eIter : + if ticks - firstTicks > timeFrame : + firstTicks = ticks + frames.append(0) + + if eventName == 'COLDOWN' : + colState = message.split(None, 2)[1] + colState = colState == 'True' + if colState : + catchColUp = False + continue + else : + catchColUp = True + elif eventName == 'NOTEON' : + catchColUp = False + elif eventName == 'COLUP' and catchColUp : + frames[-1] = frames[-1] + 1 + else : + for ticks, eventName, message in eIter : + if ticks - firstTicks > timeFrame : + firstTicks = ticks + frames.append(0) + + if eventName == 'COLDOWN' : + colState = message.split(None, 2)[1] + colState = colState == 'True' + if not colState : + frames[-1] = frames[-1] + 1 + + return frames + + + + + +def main() : + from optparse import OptionParser + usage = "%prog logfile" + op = OptionParser(usage) + options, args = op.parse_args() + if len(args) != 1 : + op.error("incorrect number of arguments") + + + lfa = LogFileAnalyser(args[0]) + pprint(lfa.analyse()) + +if __name__ == "__main__" : + from os.path import realpath, sep + import sys + minwiipath = realpath(__file__).split(sep) + minwiipath = minwiipath[:-2] + minwiipath = sep.join(minwiipath) + sys.path.insert(1, minwiipath) + main()