''' Created on 23 juil. 2009 @author: Samuel Benveniste ''' from math import floor, ceil import pygame import sys import colorsys import constants from gradients import gradients from logging.PickleableEvent import PickleableEvent from songs.Song import Song from songs.musicxmltosong import Part class SongPlayingScreen: ''' The screen on which the game is played wiimotes: The wiimotes used in this session window: The main display window screen: The main display surface clock: The clock used to animate the screen savedScreen: The background that is painted every time playerScreen: The buffer for painting everything before bliting width: The width of the window in pixels height: The height of the window in pixels extendScale : True if the scale is G to C instead of C to C cascade: True if crossing from note to note with a button pressed triggers a new note scaleSize: The size of the scale used cursorPositions: The positions of the cursors on the screen, in pixels ''' def __init__(self, instrumentChoice, pguconf):# song, cascade=False, extendedScale=False, easyMode = False, alwaysDown = False, eventLog = None, replay = None, defaultInstrumentChannel = 16, defaultNote = 60): ''' Constructor ''' song = pguconf.song cascade = pguconf.cascade extendedScale = song.requiresExtendedScale easyMode = pguconf.easyMode alwaysDown = pguconf.alwaysDown eventLog = instrumentChoice.eventLog replay = instrumentChoice.replay defaultInstrumentChannel = 16 defaultNote = 60 if isinstance(song, Song) : self.songDurations = [] self.totalDuration = None self.clicks = [0] self.clicksIn = [0] self.clicksPerMinute = [0] self.clicksInPerMinute = [0] self.meanTimeBetweenNotes = [] self.firstClick = None self.firstClickIn = None self.blinkLength = 200 self.minimalVelocity = 90 self.shortScaleSize = 8 self.longScaleSize = 11 if not extendedScale: self.offset = self.longScaleSize - self.shortScaleSize else: self.offset = 0 self.borderSize = 5 self.highlightedNote = 0 self.highlightedNoteNumber = 0 self.syllabus = None self.savedHighlightedNote = 0 self.alwaysDown = alwaysDown self.nextLevel = None self.wiimotes = instrumentChoice.wiimotes self.activeWiimotes = instrumentChoice.activeWiimotes self.window = instrumentChoice.window self.screen = instrumentChoice.screen self.blitOrigin = instrumentChoice.blitOrigin self.clock = instrumentChoice.clock self.width = instrumentChoice.width self.height = instrumentChoice.height self.cursorPositions = instrumentChoice.cursorPositions self.savedScreen = instrumentChoice.savedScreen self.playerScreen = instrumentChoice.playerScreen self.extendedScale = extendedScale self.cascade = cascade self.joys = instrumentChoice.joys self.portOffset = instrumentChoice.portOffset if eventLog == None : self.eventLog = instrumentChoice.eventLog else : self.eventLog = eventLog self.cursorPositions = instrumentChoice.cursorPositions self.song = song self.songIterator = self.song.getSongIterator() self.midiNoteNumbers = self.song.scale if replay == None : self.replay = instrumentChoice.replay else : self.replay = replay self.quarterNoteLength = song.quarterNoteLength self.cascadeLockLengthMultiplier = 1 self.nextCascadeLockLengthMultiplier = 1 self.cascadeLockLength = self.quarterNoteLength * self.cascadeLockLengthMultiplier self.defaultInstrumentChannel = defaultInstrumentChannel self.defaultNote = defaultNote self.done = False self.backToInstrumentChoice = False self.easyMode = easyMode #Initializes the highlightedNote and highlightedNoteNumber etc... self.moveToNextNote() self.cascadeLockLengthMultiplier = self.nextCascadeLockLengthMultiplier self.blinkOn = False self.savedBlinkOn = False ##Will prevent the song to move on if two consecutive notes are identical and the buttons have not been released in between the two ##i.e. it guarantees that there will be an attack between two identical consecutive notes self.highlightIsFree = True self.noteRects = [] self.boundingRect = None self.notes = [] self.buttonDown = [] self.velocityLock = [] self._blinkOffset = 0 self._cascadeLockTimer = 0 self.cascadeIsFree = True self.font = pygame.font.Font(None,80) self.renderedNoteNames = [self.font.render(constants.noteNumberToName(note),False,(0,0,0)) for note in self.midiNoteNumbers] self.drawBackground() self.initializeWiimotes() self.songStartTime = self.eventLog.getCurrentTime() #The main loop while not self.done : #Clear the cursors from the screen if self.hasChanged(): self.drawBackground() self.playerScreen.blit(self.savedScreen, (0, 0)) # Limit frame speed to 50 FPS # timePassed = self.clock.tick(10000) self._blinkOffset += timePassed if (self.buttonDown or self.alwaysDown) and not self.cascadeIsFree : self._cascadeLockTimer += timePassed if self._cascadeLockTimer > self.cascadeLockLengthMultiplier*self.quarterNoteLength : self.cascadeIsFree = True self.cascadeLockLengthMultiplier = self.nextCascadeLockLengthMultiplier if self._blinkOffset > self.blinkLength: self._blinkOffset -= self.blinkLength self.blinkOn = not self.blinkOn if self.replay: self.eventLog.update(timePassed) pickledEventsToPost = self.eventLog.getPickledEvents() for pickledEvent in pickledEventsToPost: pygame.event.post(pickledEvent.event) events = pygame.event.get() if not self.replay: pickledEvents = [PickleableEvent(event.type,event.dict) for event in events] if pickledEvents != [] : self.eventLog.appendEventGroup(pickledEvents) for event in events: self.input(event) for i in range(len(self.wiimotes)): if self.activeWiimotes[i]: self.wiimotes[i].cursor.update(timePassed, self.cursorPositions[i]) if self.buttonDown[i] or self.alwaysDown: self.wiimotes[i].cursor.flash() self.wiimotes[i].cursor.blit(self.playerScreen) self.screen.blit(self.playerScreen, (0,0)) pygame.display.flip() for i in range(len(self.wiimotes)): if self.activeWiimotes[i]: self.wiimotes[i].stopNoteByNoteNumber(self.midiNoteNumbers[self.notes[i]]) if self.replay : self.totalDuration = self.eventLog.getCurrentTime() elif isinstance(song, Part) : self.songDurations = [] self.totalDuration = None self.clicks = [0] self.clicksIn = [0] self.clicksPerMinute = [0] self.clicksInPerMinute = [0] self.meanTimeBetweenNotes = [] self.firstClick = None self.firstClickIn = None self.blinkLength = 200 self.minimalVelocity = 90 self.shortScaleSize = 8 self.longScaleSize = 11 if not extendedScale: self.offset = self.longScaleSize - self.shortScaleSize else: self.offset = 0 self.borderSize = 5 self.highlightedNote = 0 self.highlightedNoteNumber = 0 self.syllabus = None self.savedHighlightedNote = 0 self.alwaysDown = alwaysDown self.nextLevel = None self.wiimotes = instrumentChoice.wiimotes self.activeWiimotes = instrumentChoice.activeWiimotes self.window = instrumentChoice.window self.screen = instrumentChoice.screen self.blitOrigin = instrumentChoice.blitOrigin self.clock = instrumentChoice.clock self.width = instrumentChoice.width self.height = instrumentChoice.height self.cursorPositions = instrumentChoice.cursorPositions self.savedScreen = instrumentChoice.savedScreen self.playerScreen = instrumentChoice.playerScreen self.extendedScale = extendedScale self.cascade = cascade self.joys = instrumentChoice.joys self.portOffset = instrumentChoice.portOffset if eventLog == None : self.eventLog = instrumentChoice.eventLog else : self.eventLog = eventLog self.cursorPositions = instrumentChoice.cursorPositions self.song = song self.songIterator = self.song.iterNotes() self.midiNoteNumbers = self.song.scale if replay == None : self.replay = instrumentChoice.replay else : self.replay = replay self.quarterNoteLength = song.quarterNoteLength self.cascadeLockLengthMultiplier = 1 self.nextCascadeLockLengthMultiplier = 1 self.cascadeLockLength = self.quarterNoteLength * self.cascadeLockLengthMultiplier self.defaultInstrumentChannel = defaultInstrumentChannel self.defaultNote = defaultNote self.done = False self.backToInstrumentChoice = False self.easyMode = easyMode #Initializes the highlightedNote and highlightedNoteNumber etc... self.moveToNextNote() self.cascadeLockLengthMultiplier = self.nextCascadeLockLengthMultiplier self.blinkOn = False self.savedBlinkOn = False ##Will prevent the song to move on if two consecutive notes are identical and the buttons have not been released in between the two ##i.e. it guarantees that there will be an attack between two identical consecutive notes self.highlightIsFree = True self.noteRects = [] self.boundingRect = None self.notes = [] self.buttonDown = [] self.velocityLock = [] self._blinkOffset = 0 self._cascadeLockTimer = 0 self.cascadeIsFree = True self.font = pygame.font.Font(None,80) self.renderedNoteNames = [self.font.render(constants.noteNumberToName(note),False,(0,0,0)) for note in self.midiNoteNumbers] self.drawBackground() self.initializeWiimotes() self.songStartTime = self.eventLog.getCurrentTime() #The main loop while not self.done : #Clear the cursors from the screen if self.hasChanged(): self.drawBackground() self.playerScreen.blit(self.savedScreen, (0, 0)) # Limit frame speed to 50 FPS # timePassed = self.clock.tick(10000) self._blinkOffset += timePassed if (self.buttonDown or self.alwaysDown) and not self.cascadeIsFree : self._cascadeLockTimer += timePassed if self._cascadeLockTimer > self.cascadeLockLengthMultiplier*self.quarterNoteLength : self.cascadeIsFree = True self.cascadeLockLengthMultiplier = self.nextCascadeLockLengthMultiplier if self._blinkOffset > self.blinkLength: self._blinkOffset -= self.blinkLength self.blinkOn = not self.blinkOn if self.replay: self.eventLog.update(timePassed) pickledEventsToPost = self.eventLog.getPickledEvents() for pickledEvent in pickledEventsToPost: pygame.event.post(pickledEvent.event) events = pygame.event.get() if not self.replay: pickledEvents = [PickleableEvent(event.type,event.dict) for event in events] if pickledEvents != [] : self.eventLog.appendEventGroup(pickledEvents) for event in events: self.input(event) for i in range(len(self.wiimotes)): if self.activeWiimotes[i]: self.wiimotes[i].cursor.update(timePassed, self.cursorPositions[i]) if self.buttonDown[i] or self.alwaysDown: self.wiimotes[i].cursor.flash() self.wiimotes[i].cursor.blit(self.playerScreen) self.screen.blit(self.playerScreen, (0,0)) pygame.display.flip() for i in range(len(self.wiimotes)): if self.activeWiimotes[i]: self.wiimotes[i].stopNoteByNoteNumber(self.midiNoteNumbers[self.notes[i]]) if self.replay : self.totalDuration = self.eventLog.getCurrentTime() def drawBackground(self): self.savedScreen.fill((255,255,255)) if self.extendedScale : self.scaleSize = self.longScaleSize else: self.scaleSize = self.shortScaleSize self.noteRects = [pygame.Rect(i * self.width / self.scaleSize+self.blitOrigin[0], self.blitOrigin[1], self.width / self.scaleSize + 1, self.height+1) for i in range(self.scaleSize)] #inflate last noteRect to cover the far right pixels self.noteRects[-1].width = self.noteRects[-1].width + 1 self.noteRects[self.highlightedNote-self.offset].inflate_ip(self.noteRects[self.highlightedNote-self.offset].width*2,0) #create bounding rect self.boundingRect = self.noteRects[0].unionall(self.noteRects) self.renderedNoteNames = [self.font.render(constants.noteNumberToName(note),False,(0,0,0)) for note in self.midiNoteNumbers] #fill the rectangles with a color gradient #We start with blue startingHue = 0.66666666666666663 for rectNumber in range(self.scaleSize): colorRatio = float(rectNumber) / (self.scaleSize - 1) #hue will go from 0.6666... (blue) to 0 (red) as colorRation goes up hue = startingHue * (1 - colorRatio) if rectNumber + self.offset != self.highlightedNote: #The color of the bottom of the rectangle in hls coordinates bottomColorHls = (hue, 0.1, 1) #The color of the top of the rectangle in hls coordinates topColorHls = (hue, 0.1, 1) #convert to rgb ranging from 0 to 255 bottomColorRgb = [floor(255 * i) for i in colorsys.hls_to_rgb(*bottomColorHls)] topColorRgb = [floor(255 * i) for i in colorsys.hls_to_rgb(*topColorHls)] #add transparency bottomColorRgb.append(255) topColorRgb.append(255) #convert to tuple bottomColorRgb = tuple(bottomColorRgb) topColorRgb = tuple(topColorRgb) self.savedScreen.blit(gradients.vertical(self.noteRects[rectNumber].size, topColorRgb, bottomColorRgb), self.noteRects[rectNumber]) noteNameBlitPoint = (self.noteRects[rectNumber].left+(self.noteRects[rectNumber].width-self.renderedNoteNames[rectNumber+self.offset].get_width())/2, self.noteRects[rectNumber].bottom-self.renderedNoteNames[rectNumber+self.offset].get_height()) self.savedScreen.blit(self.renderedNoteNames[rectNumber+self.offset], noteNameBlitPoint) pygame.draw.rect(self.savedScreen, pygame.Color(0, 0, 0, 255), self.noteRects[rectNumber], 2) colorRatio = float(self.highlightedNote-self.offset) / (self.scaleSize - 1) #hue will go from 0.6666... (blue) to 0 (red) as colorRation goes up hue = startingHue * (1 - colorRatio) #The color of the bottom of the rectangle in hls coordinates bottomColorHls = (hue, 0.6, 1) #The color of the top of the rectangle in hls coordinates topColorHls = (hue, 0.9, 1) #convert to rgb ranging from 0 to 255 bottomColorRgb = [floor(255 * i) for i in colorsys.hls_to_rgb(*bottomColorHls)] topColorRgb = [floor(255 * i) for i in colorsys.hls_to_rgb(*topColorHls)] #add transparency bottomColorRgb.append(255) topColorRgb.append(255) #convert to tuple bottomColorRgb = tuple(bottomColorRgb) topColorRgb = tuple(topColorRgb) self.savedScreen.blit(gradients.vertical(self.noteRects[self.highlightedNote-self.offset].size, topColorRgb, bottomColorRgb), self.noteRects[self.highlightedNote-self.offset]) noteNameBlitPoint = (self.noteRects[self.highlightedNote-self.offset].left+(self.noteRects[self.highlightedNote-self.offset].width-self.renderedNoteNames[self.highlightedNote].get_width())/2, self.noteRects[self.highlightedNote-self.offset].bottom-self.renderedNoteNames[self.highlightedNote].get_height()) self.savedScreen.blit(self.renderedNoteNames[self.highlightedNote], noteNameBlitPoint) if self.syllabus : renderedSyllabus = self.font.render(self.syllabus,False,(0,0,0)) syllabusBlitPoint = (self.noteRects[self.highlightedNote-self.offset].left+(self.noteRects[self.highlightedNote-self.offset].width-renderedSyllabus.get_width())/2, self.noteRects[self.highlightedNote-self.offset].centery-renderedSyllabus.get_height()/2) self.savedScreen.blit(renderedSyllabus, syllabusBlitPoint) pygame.draw.rect(self.savedScreen, pygame.Color(0, 0, 0, 255), self.noteRects[self.highlightedNote-self.offset], 2) if self.song != None and self.blinkOn: borderSize = self.borderSize pygame.draw.rect(self.savedScreen, pygame.Color(0, 0, 0, 0), self.noteRects[self.highlightedNote-self.offset].inflate(borderSize/2,borderSize/2), borderSize) def initializeWiimotes(self): for loop in self.wiimotes: if loop.port == None : loop.port = pygame.midi.Output(loop.portNumber) self.notes.append(0) self.buttonDown.append(False) self.velocityLock.append(False) def updateCursorPositionFromJoy(self, joyEvent): joyName = pygame.joystick.Joystick(joyEvent.joy).get_name() correctedJoyId = constants.joyNames.index(joyName) if correctedJoyId < len(self.cursorPositions): if joyEvent.axis == 0 : self.cursorPositions[correctedJoyId] = (int((joyEvent.value + 1) / 2 * self.screen.get_width()), self.cursorPositions[correctedJoyId][1]) if joyEvent.axis == 1 : self.cursorPositions[correctedJoyId] = (self.cursorPositions[correctedJoyId][0], int((joyEvent.value + 1) / 2 * self.screen.get_height())) def heightToVelocity(self, pos, controllerNumber): if self.song != None: if self.boundingRect.collidepoint(pos) and (self.highlightedNote == self.notes[controllerNumber] or self.velocityLock[controllerNumber]): velocity = int(floor((1 - (float(pos[1])-self.blitOrigin[1]) / self.height) * (127-self.minimalVelocity))+self.minimalVelocity) else : if self.easyMode: velocity = None else: velocity = 60 else: if self.boundingRect.collidepoint(pos): velocity = int(floor((1 - (float(pos[1])-self.blitOrigin[1]) / self.height) * (127-self.minimalVelocity))+self.minimalVelocity) else : velocity = self.minimalVelocity return(velocity) def widthToNote(self, pos): nn = 0 try : if self.noteRects[self.highlightedNote-self.offset].collidepoint(pos) : return self.highlightedNote else : while self.noteRects[nn].collidepoint(pos) == False: nn = nn + 1 return(nn + self.offset) except(IndexError): return(None) def logClick(self): self.clicks[-1] += 1 if self.firstClick == None : self.firstClick = self.eventLog.getCurrentTime() minute = int(floor((self.eventLog.getCurrentTime()-self.songStartTime)/60000)) if minute > len(self.clicksPerMinute)-1: self.clicksPerMinute.append(0) self.clicksPerMinute[-1] += 1 def logClickIn(self): self.clicksIn[-1] += 1 if self.clicksIn[-1] > len(self.song.notes)-1 : self.clicksIn.append(0) self.clicks.append(0) self.songDurations.append(self.eventLog.getCurrentTime()) if self.firstClickIn == None : self.firstClickIn = self.eventLog.getCurrentTime() minute = int(floor((self.eventLog.getCurrentTime()-self.songStartTime)/60000)) if minute > len(self.clicksInPerMinute)-1: self.clicksInPerMinute.append(0) self.clicksInPerMinute[-1]+=1 def input(self, event): if event.type == pygame.QUIT: for loop in self.wiimotes: del loop.port pygame.midi.quit() sys.exit(0) if event.type == pygame.KEYDOWN: if event.key == pygame.K_q: self.nextLevel = None self.done = True if event.key == pygame.K_i: self.backToInstrumentChoice = True self.done = True if event.key == pygame.K_w: self.nextLevel = 0 self.done = True if event.key == pygame.K_e: self.nextLevel = 1 self.done = True if event.key == pygame.K_r: self.nextLevel = 2 self.done = True if event.key == pygame.K_t: self.nextLevel = 3 self.done = True if event.type == pygame.JOYAXISMOTION: joyName = pygame.joystick.Joystick(event.joy).get_name() correctedJoyId = constants.joyNames.index(joyName) if self.activeWiimotes[correctedJoyId]: self.updateCursorPositionFromJoy(event) wiimote = self.wiimotes[correctedJoyId] pos = self.cursorPositions[correctedJoyId] if (self.buttonDown[correctedJoyId] or self.alwaysDown): if self.notes[correctedJoyId] != None: velocity = self.heightToVelocity(pos, correctedJoyId) if velocity != None : CCHexCode = wiimote.getCCHexCode() wiimote.port.write_short(CCHexCode, 07, velocity) if self.cascade and self.cascadeIsFree : n = self.widthToNote(pos) if self.highlightedNote == n: wiimote.stopNoteByNoteNumber(self.savedMidiNoteNumbers[self.notes[correctedJoyId]]) self.notes[correctedJoyId] = n velocity = self.heightToVelocity(pos, correctedJoyId) self.velocityLock[correctedJoyId] = True wiimote.playNoteByNoteNumber(self.midiNoteNumbers[self.notes[correctedJoyId]],velocity) self.moveToNextNote() self._cascadeLockTimer = 0 self.cascadeIsFree = False if event.type == pygame.JOYBUTTONDOWN : joyName = pygame.joystick.Joystick(event.joy).get_name() correctedJoyId = constants.joyNames.index(joyName) if self.activeWiimotes[correctedJoyId]: wiimote = self.wiimotes[correctedJoyId] pos = self.cursorPositions[correctedJoyId] self.wiimotes[correctedJoyId].cursor.flash() if self.replay: self.logClick() if not (self.buttonDown[correctedJoyId] or self.alwaysDown): n = self.widthToNote(pos) if self.highlightedNote == n: self._cascadeLockTimer = 0 self.cascadeIsFree = False if self.easyMode: wiimote.stopNoteByNoteNumber(self.savedMidiNoteNumbers[self.notes[correctedJoyId]]) self.notes[correctedJoyId] = n velocity = self.heightToVelocity(pos, correctedJoyId) self.velocityLock[correctedJoyId] = True wiimote.playNoteByNoteNumber(self.midiNoteNumbers[self.notes[correctedJoyId]],velocity) if self.replay : self.logClickIn() self.moveToNextNote() else : if not self.easyMode : self._cascadeLockTimer = 0 self.cascadeIsFree = False self.notes[correctedJoyId] = n velocity = self.heightToVelocity(pos, correctedJoyId) if velocity != None and self.notes[correctedJoyId] != None : wiimote.playNoteByNoteNumber(self.midiNoteNumbers[self.notes[correctedJoyId]],velocity) self.buttonDown[correctedJoyId] = True if event.type == pygame.JOYBUTTONUP: joyName = pygame.joystick.Joystick(event.joy).get_name() correctedJoyId = constants.joyNames.index(joyName) if self.activeWiimotes[correctedJoyId]: self.buttonDown[correctedJoyId] = False wiimote = self.wiimotes[correctedJoyId] if not self.easyMode: wiimote.stopNoteByNoteNumber(self.savedMidiNoteNumbers[self.notes[correctedJoyId]]) self.velocityLock[correctedJoyId] = False if event.type == pygame.MOUSEMOTION: self.updateCursorPositionFromMouse(event) correctedJoyId = 0 while not self.activeWiimotes[correctedJoyId] : correctedJoyId += 1 wiimote = self.wiimotes[correctedJoyId] pos = self.cursorPositions[correctedJoyId] if (self.buttonDown[correctedJoyId] or self.alwaysDown): self.wiimotes[correctedJoyId].cursor.flash() if self.notes[correctedJoyId] != None: velocity = self.heightToVelocity(pos, correctedJoyId) if velocity != None : CCHexCode = wiimote.getCCHexCode() wiimote.port.write_short(CCHexCode, 07, velocity) if self.cascade and self.cascadeIsFree : n = self.widthToNote(pos) if self.highlightedNote == n: wiimote.stopNoteByNoteNumber(self.savedMidiNoteNumbers[self.notes[correctedJoyId]]) self.notes[correctedJoyId] = n velocity = self.heightToVelocity(pos, correctedJoyId) self.velocityLock[correctedJoyId] = True wiimote.playNoteByNoteNumber(self.midiNoteNumbers[self.notes[correctedJoyId]],velocity) self.moveToNextNote() self._cascadeLockTimer = 0 self.cascadeIsFree = False if event.type == pygame.MOUSEBUTTONDOWN: if event.button == 1: correctedJoyId = 0 while not self.activeWiimotes[correctedJoyId] : correctedJoyId += 1 wiimote = self.wiimotes[correctedJoyId] pos = self.cursorPositions[correctedJoyId] self.wiimotes[correctedJoyId].cursor.flash() if self.replay: self.logClick() if not (self.buttonDown[correctedJoyId] or self.alwaysDown): n = self.widthToNote(pos) if self.highlightedNote == n: self._cascadeLockTimer = 0 self.cascadeIsFree = False if self.easyMode: wiimote.stopNoteByNoteNumber(self.savedMidiNoteNumbers[self.notes[correctedJoyId]]) self.notes[correctedJoyId] = n velocity = self.heightToVelocity(pos, correctedJoyId) self.velocityLock[correctedJoyId] = True wiimote.playNoteByNoteNumber(self.midiNoteNumbers[self.notes[correctedJoyId]],velocity) if self.replay : self.logClickIn() self.moveToNextNote() else : if not self.easyMode : self._cascadeLockTimer = 0 self.cascadeIsFree = False self.notes[correctedJoyId] = n velocity = self.heightToVelocity(pos, correctedJoyId) if velocity != None and self.notes[correctedJoyId] != None : wiimote.playNoteByNoteNumber(self.midiNoteNumbers[self.notes[correctedJoyId]],velocity) self.buttonDown[correctedJoyId] = True if event.button == 2: self.done = True if event.type == pygame.MOUSEBUTTONUP: if event.button == 1 : correctedJoyId = 0 while not self.activeWiimotes[correctedJoyId] : correctedJoyId += 1 wiimote = self.wiimotes[correctedJoyId] self.buttonDown[correctedJoyId] = False if not self.easyMode: if self.notes[correctedJoyId] != None : wiimote.stopNoteByNoteNumber(self.savedMidiNoteNumbers[self.notes[correctedJoyId]]) self.velocityLock[correctedJoyId] = False def hasChanged(self): changed = False if self.song != None: if self.blinkOn != self.savedBlinkOn or self.highlightedNote != self.savedHighlightedNote: self.savedBlinkOn = self.blinkOn self.savedHighlightedNote = self.highlightedNote changed = True return(changed) def updateCursorPositionFromMouse(self, mouseEvent): correctedJoyId = 0 while not self.activeWiimotes[correctedJoyId] : correctedJoyId += 1 self.cursorPositions[correctedJoyId] = mouseEvent.pos def moveToNextNote(self): self.savedMidiNoteNumbers = self.midiNoteNumbers[:] note, lyricIndex = self.songIterator.next() self.highlightedNote = note.column self.highlightedNoteNumber = note.midi self.syllabus = note.lyrics[lyricIndex].syllabus('iso-8859-1') self.nextCascadeLockLengthMultiplier = note.duration self.midiNoteNumbers[self.highlightedNote] = self.highlightedNoteNumber #self.highlightedNote, self.highlightedNoteNumber, self.syllabus, self.nextCascadeLockLengthMultiplier = self.songIterator.next() #self.midiNoteNumbers[self.highlightedNote] = self.highlightedNoteNumber