# -*- coding: ISO-8859-1 -*- """ capellaScript -- 24.02.2006 Andreas Herzog >>> Freiheit für Vorzeichen Mit diesem Skript kann man Tonarten in Capella frei gestalten.| | | Version 1.01 | | | <<< # Version 1.0: Ursprungsversion 1.01 15.03.2008 Berücksichtigung von 3-fach Punktierung (Vlg) """ import xml.dom import string from xml.dom.minidom import NodeList Alterationen = [] KeyPos = [-0.5,-1.0,-1.5,-2.0,-2.5,-3.0,-3.5] ClefPos = [0,0.5,-0.5,1.0] voiceNoteContent = [] voiceTimeContent = [] voiceBarlineContent = [] # doc = [] # parentNode von score class settings: def __init__(self): self.CAlteration = 0.0 self.DAlteration = 0.0 self.EAlteration = 0.0 self.FAlteration = 0.0 self.GAlteration = 0.0 self.AAlteration = 0.0 self.HAlteration = 0.0 self.CKeyPos = 0 self.DKeyPos = 0 self.EKeyPos = 0 self.FKeyPos = 0 self.GKeyPos = 0 self.AKeyPos = 0 self.HKeyPos = 0 self.CKeyOctave = 0 self.DKeyOctave = 0 self.EKeyOctave = 0 self.FKeyOctave = 0 self.GKeyOctave = 0 self.AKeyOctave = 0 self.HKeyOctave = 0 self.ClefChosen = 0 defaults = settings() dlgSet = settings() options = ScriptOptions() opt = options.get() def getOptions(): global CAlteration, DAlteration, EAlteration, FAlteration, GAlteration, AAlteration, HAlteration global CKeyPos, DKeyPos, EKeyPos, FKeyPos, GKeyPos, AKeyPos, HKeyPos global CKeyOctave, DKeyOctave, EKeyOctave, FKeyOctave, GKeyOctave, AKeyOctave, HKeyOctave global ClefChosen, Alterationen CAlteration = eval(opt.get('CAlteration', str(CAlteration))) DAlteration = eval(opt.get('DAlteration', str(DAlteration))) EAlteration = eval(opt.get('EAlteration', str(EAlteration))) FAlteration = eval(opt.get('FAlteration', str(FAlteration))) GAlteration = eval(opt.get('GAlteration', str(GAlteration))) AAlteration = eval(opt.get('AAlteration', str(AAlteration))) HAlteration = eval(opt.get('HAlteration', str(HAlteration))) CKeyPos = eval(opt.get('CKeyPos', str(CKeyPos))) DKeyPos = eval(opt.get('DKeyPos', str(DKeyPos))) EKeyPos = eval(opt.get('EKeyPos', str(EKeyPos))) FKeyPos = eval(opt.get('FKeyPos', str(FKeyPos))) GKeyPos = eval(opt.get('GKeyPos', str(GKeyPos))) AKeyPos = eval(opt.get('AKeyPos', str(AKeyPos))) HKeyPos = eval(opt.get('HKeyPos', str(HKeyPos))) CKeyOctave = eval(opt.get('CKeyOctave', str(CKeyOctave))) DKeyOctave = eval(opt.get('DKeyOctave', str(DKeyOctave))) EKeyOctave = eval(opt.get('EKeyOctave', str(EKeyOctave))) FKeyOctave = eval(opt.get('FKeyOctave', str(FKeyOctave))) GKeyOctave = eval(opt.get('GKeyOctave', str(GKeyOctave))) AKeyOctave = eval(opt.get('AKeyOctave', str(AKeyOctave))) HKeyOctave = eval(opt.get('HKeyOctave', str(HKeyOctave))) ClefChosen = eval(opt.get('ClefChosen', str(ClefChosen))) Alterationen = [[CAlteration,CKeyPos,CKeyOctave],[DAlteration,DKeyPos,DKeyOctave],[EAlteration,EKeyPos,EKeyOctave],[FAlteration,FKeyPos,FKeyOctave],[GAlteration,GKeyPos,GKeyOctave],[AAlteration,AKeyPos,AKeyOctave],[HAlteration,HKeyPos,HKeyOctave]] def setOptions(): global dlgSet opt.update(dict(CAlteration = str(CAlteration), DAlteration = str(DAlteration), EAlteration = str(EAlteration), FAlteration = str(FAlteration), GAlteration = str(GAlteration), AAlteration = str(AAlteration), HAlteration = str(HAlteration), CKeyPos = str(CKeyPos), DKeyPos = str(DKeyPos), EKeyPos = str(EKeyPos), FKeyPos = str(FKeyPos), GKeyPos = str(GKeyPos), AKeyPos = str(AKeyPos), HKeyPos = str(HKeyPos), CKeyOctave = str(CKeyOctave), DKeyOctave = str(DKeyOctave), EKeyOctave = str(EKeyOctave), FKeyOctave = str(FKeyOctave), GKeyOctave = str(GKeyOctave), AKeyOctave = str(AKeyOctave), HKeyOctave = str(HKeyOctave), ClefChosen = str(ClefChosen))) options.set(opt) def latin1_e(u): return u.encode('Latin-1') def latin1_d(u): return u.decode('Latin-1') def Test(text): messageBox('Test',str(text)) def addElementNode(el,tagName): # add new Node to el if Node "tagName" does not exist # otherwise return the existing Node global doc childs = el.childNodes for n in range(childs.length): if childs[n].nodeType ==childs[n].ELEMENT_NODE and childs[n].tagName == tagName: return childs[n] newChild = doc.createElement(tagName) el.appendChild(newChild) return newChild def addNewElementNode(el,tagName): # add new Node with tagName "tagName" to el global doc newChild = doc.createElement(tagName) el.appendChild(newChild) return newChild def getDialogValues1(): global Aktion AktionenRadio = Radio(['Tonleiter für diese Zeile anwenden (Vorzeichen unterdrücken/anzeigen)','Tonleiter durchsetzen (Setzen der Vorzeichen)','Vorzeichen setzen', 'Tonleiter verändern'], value=0, width=16) hbox01 = HBox([AktionenRadio], padding = 6) vbox00= VBox([hbox01], padding = 8) dlg = Dialog('Bitte wählen: ', vbox00) if dlg.run(): Aktion = AktionenRadio.value() return True else: return False def getDialogValues2(): global CAlteration, DAlteration, EAlteration, FAlteration, GAlteration, AAlteration, HAlteration global CKeyPos, DKeyPos, EKeyPos, FKeyPos, GKeyPos, AKeyPos, HKeyPos global CKeyOctave, DKeyOctave, EKeyOctave, FKeyOctave, GKeyOctave, AKeyOctave, HKeyOctave global ClefChosen, Alterationen equalLab = Label('=', width = 0) NurLoeschenCheck = CheckBox('Nur Elemente dieses Skripts löschen!', value=0) CAlterationBox = ComboBox(['C erniedrigt','C ohne Alteration','C erhöht'], value=CAlteration+1, width=16) DAlterationBox = ComboBox(['D erniedrigt','D ohne Alteration','D erhöht'], value=DAlteration+1, width=16) EAlterationBox = ComboBox(['E erniedrigt','E ohne Alteration','E erhöht'], value=EAlteration+1, width=16) FAlterationBox = ComboBox(['F erniedrigt','F ohne Alteration','F erhöht'], value=FAlteration+1, width=16) GAlterationBox = ComboBox(['G erniedrigt','G ohne Alteration','G erhöht'], value=GAlteration+1, width=16) AAlterationBox = ComboBox(['A erniedrigt','A ohne Alteration','A erhöht'], value=AAlteration+1, width=16) HAlterationBox = ComboBox(['H erniedrigt','H ohne Alteration','H erhöht'], value=HAlteration+1, width=16) CKeyPosBox = ComboBox(['--','1.','2.','3.','4.','5.','6.','7.'], value=CKeyPos, width=6) DKeyPosBox = ComboBox(['--','1.','2.','3.','4.','5.','6.','7.'], value=DKeyPos, width=6) EKeyPosBox = ComboBox(['--','1.','2.','3.','4.','5.','6.','7.'], value=EKeyPos, width=6) FKeyPosBox = ComboBox(['--','1.','2.','3.','4.','5.','6.','7.'], value=FKeyPos, width=6) GKeyPosBox = ComboBox(['--','1.','2.','3.','4.','5.','6.','7.'], value=GKeyPos, width=6) AKeyPosBox = ComboBox(['--','1.','2.','3.','4.','5.','6.','7.'], value=AKeyPos, width=6) HKeyPosBox = ComboBox(['--','1.','2.','3.','4.','5.','6.','7.'], value=HKeyPos, width=6) CKeyOctaveBox = ComboBox(['tief','hoch'], value=CKeyOctave, width=6) DKeyOctaveBox = ComboBox(['tief','hoch'], value=DKeyOctave, width=6) EKeyOctaveBox = ComboBox(['tief','hoch'], value=EKeyOctave, width=6) FKeyOctaveBox = ComboBox(['tief','hoch'], value=FKeyOctave, width=6) GKeyOctaveBox = ComboBox(['tief','hoch'], value=GKeyOctave, width=6) AKeyOctaveBox = ComboBox(['tief','hoch'], value=AKeyOctave, width=6) HKeyOctaveBox = ComboBox(['tief','hoch'], value=HKeyOctave, width=6) ClefBox = ComboBox(['Violinschlüssel','Altschlüssel','Tenorschlüssel','Bassschlüssel'], value=ClefChosen, width=18) hbox01 = HBox([CAlterationBox, CKeyPosBox,CKeyOctaveBox], padding = 6) hbox02 = HBox([DAlterationBox, DKeyPosBox,DKeyOctaveBox], padding = 6) hbox03 = HBox([EAlterationBox, EKeyPosBox,EKeyOctaveBox], padding = 6) hbox04 = HBox([FAlterationBox, FKeyPosBox,FKeyOctaveBox], padding = 6) hbox05 = HBox([GAlterationBox, GKeyPosBox,GKeyOctaveBox], padding = 6) hbox06 = HBox([AAlterationBox, AKeyPosBox,AKeyOctaveBox], padding = 6) hbox07 = HBox([HAlterationBox, HKeyPosBox,HKeyOctaveBox], padding = 6) vbox00= VBox([hbox01, hbox02, hbox03, hbox04, hbox05, hbox06, hbox07, ClefBox], padding = 8) everythingFine = False while everythingFine == False: dlg = Dialog('Bitte wählen: ', vbox00) if dlg.run(): CAlteration = CAlterationBox.value()-1 DAlteration = DAlterationBox.value()-1 EAlteration = EAlterationBox.value()-1 FAlteration = FAlterationBox.value()-1 GAlteration = GAlterationBox.value()-1 AAlteration = AAlterationBox.value()-1 HAlteration = HAlterationBox.value()-1 CKeyPos = CKeyPosBox.value() DKeyPos = DKeyPosBox.value() EKeyPos = EKeyPosBox.value() FKeyPos = FKeyPosBox.value() GKeyPos = GKeyPosBox.value() AKeyPos = AKeyPosBox.value() HKeyPos = HKeyPosBox.value() if CAlteration == 0: CKeyPos =0 if DAlteration == 0: DKeyPos =0 if EAlteration == 0: EKeyPos =0 if FAlteration == 0: FKeyPos =0 if GAlteration == 0: GKeyPos =0 if AAlteration == 0: AKeyPos =0 if HAlteration == 0: HKeyPos =0 CKeyOctave = CKeyOctaveBox.value() DKeyOctave = DKeyOctaveBox.value() EKeyOctave = EKeyOctaveBox.value() FKeyOctave = FKeyOctaveBox.value() GKeyOctave = GKeyOctaveBox.value() AKeyOctave = AKeyOctaveBox.value() HKeyOctave = HKeyOctaveBox.value() ClefChosen = ClefBox.value() Alterationen = [[CAlteration,CKeyPos,CKeyOctave],[DAlteration,DKeyPos,DKeyOctave],[EAlteration,EKeyPos,EKeyOctave],[FAlteration,FKeyPos,FKeyOctave],[GAlteration,GKeyPos,GKeyOctave],[AAlteration,AKeyPos,AKeyOctave],[HAlteration,HKeyPos,HKeyOctave]] everythingFine = True i = 0 while i < len(Alterationen): if Alterationen[i][0] <> 0 and Alterationen[i][1] == 0: everythingFine = False lyricOverwrite = messageBox('FEHLER','Bitte weisen Sie jedem Vorzeichen eine Position zu!', img=3) i+=1 if everythingFine == True: return True else: return False def clearNote(chord): for drawObjects in chord.getElementsByTagName('drawObjects'): # Alle drawObj mit tag == GraficalTag löschen for drawObj in drawObjects.childNodes: if drawObj.nodeType == drawObj.ELEMENT_NODE and drawObj.tagName == 'drawObj': for basic in drawObj.getElementsByTagName('basic'): if basic.hasAttribute('tag') and basic.getAttribute('tag') == '56294-1500': drawObjects.removeChild(drawObj) for drawObjects in chord.getElementsByTagName('drawObjects'): # Alle drawObj mit tag == GraficalTag löschen for drawObj in drawObjects.childNodes: if drawObj.nodeType == drawObj.ELEMENT_NODE and drawObj.tagName == 'drawObj': for basic in drawObj.getElementsByTagName('basic'): if basic.hasAttribute('tag') and basic.getAttribute('tag')[0:8] == '56294-15': drawObjects.removeChild(drawObj) if drawObjects.getElementsByTagName('drawObj').length == 0: # Wenn drawObjects keine Elemente mehr enthält, dann löschen drawObjects.parentNode.removeChild(drawObjects) def setKey(obj, lastObject): keyRest = addNewElementNode(obj.parentNode,'rest') keyRestDuration = addNewElementNode(keyRest,'duration') keyRestDuration.setAttribute('noDuration','true') keyRestDuration.setAttribute('base','1/4') keyRest.parentNode.appendChild(keyRest) if not lastObject: obj.parentNode.insertBefore(keyRest,obj) displayObj = addNewElementNode(keyRest,'display') displayObj.setAttribute('invisible','true') oneChanged = False i =0 while i < 7: if Alterationen[i][0] <> 0: oneChanged = True i+=1 if oneChanged: drawObjects = addElementNode(keyRest,'drawObjects') drawObj = addNewElementNode(drawObjects, 'drawObj') group = addNewElementNode(drawObj,'group') basicGroup = addNewElementNode(drawObj,'basic') basicGroup.setAttribute('tag','56294-1500') #Test(ClefPos[ClefChosen]) i =0 while i < 7: if Alterationen[i][0] <> 0 and Alterationen[i][1] <> 0: if Alterationen[i][0] == -1: textCapSymbol = 'Q' if Alterationen[i][0] == 1: textCapSymbol = 'S' KeyPosY = KeyPos[i] + 3.5 * (1-Alterationen[i][2]) + ClefPos[ClefChosen] if Alterationen[i][2] == 1 and KeyPosY > 0: KeyPosY-=3.5 if Alterationen[i][2] == 0 and KeyPosY < 0: KeyPosY+=3.5 if KeyPosY < (-2.5): KeyPosY+= 3.5 if KeyPosY > 2.5: KeyPosY-= 3.5 newCapText(group, str(-1+Alterationen[i][1]),str(KeyPosY),'18',textCapSymbol,'11') i+=1 def newCapText(drawObjAncer, width, height, size, contents, IndexTag): global FingerGruppierung, FingerFontGroesse, BogenStaerke, StrichAbstand drawObj = addNewElementNode(drawObjAncer,'drawObj') text = addNewElementNode(drawObj,'text') text.setAttribute('x',width) text.setAttribute('y',height) content = addNewElementNode(text,'content') textNode = doc.createTextNode(latin1_d(contents)) content.appendChild(textNode) text.setAttribute('align','center') GraficalTag = '56294-15'+IndexTag basic = addElementNode(drawObj,'basic') basic.setAttribute('tag',GraficalTag) font = addNewElementNode(text,'font') font.setAttribute('face','capella3') font.setAttribute('color','') font.setAttribute('height',str(size)) font.setAttribute('charSet','2') font.setAttribute('pitchAndFamily','2') return text def getTime(chord): objList = getElementObjects(chord.parentNode.parentNode.getElementsByTagName('noteObjects')[0].childNodes) time = 0 i = 0 while chord <> objList[i]: objects = objList[i] addTime = getLength(objects) time += addTime i += 1 return time def getIrregular(object): irregular = float(1) count = 0 tripartite = 'false' for duration in object.getElementsByTagName('duration'): for tuplet in duration.getElementsByTagName('tuplet'): count = string.atoi(tuplet.getAttribute('count')) tripartite = tuplet.getAttribute('tripartite') if count == 2 and tripartite == 'true': irregular = float(3) /float (4) elif count == 3: irregular = float(2) /float (3) elif count == 5: irregular = float(4) /float (5) elif count == 7: irregular = float(4) /float (7) else: irregular = 1 return irregular def getLength(object): length = 0 if object.tagName in ['chord','rest']: for duration in object.getElementsByTagName('duration'): if duration.getAttribute('noDuration') <> 'true': if not duration.getAttribute('base') in ['1']: length = 1 / string.atof(duration.getAttribute('base')[2:]) else: length = 1 dotsMult = 1 if duration.getAttribute('dots') == '1': dotsMult = 1.5 elif duration.getAttribute('dots') == '2': dotsMult = 1.75 elif duration.getAttribute('dots') == '3': dotsMult = 1.875 length = length * dotsMult length = length * getIrregular(object) return length def getCursor(): sel = curSelection() result = None if sel == 0: messageBox('Fehler', 'keine aktive Partitur') return result result = sel[0] return result def getElementObjects(objList): # returns a List newList = NodeList() for n in range(objList.length): if objList[n].nodeType == objList[n].ELEMENT_NODE: newList.append(objList[n]) return newList def changeNote1(note, voiceNoteContent): noteTime = voiceNoteContent[len(voiceNoteContent)-1][0] noteMeasure = voiceNoteContent[len(voiceNoteContent)-1][2] notelastBegin = voiceNoteContent[len(voiceNoteContent)-1][3] notelastPosition = voiceNoteContent[len(voiceNoteContent)-1][4] notelastPositionInMeasure = voiceNoteContent[len(voiceNoteContent)-1][5] #Test(notelastPosition) notesBefore = [] #Test(notelastMeasure) i = 0 while i < len(voiceNoteContent): if voiceNoteContent[i][1] <> note: #Test((notelastPosition - voiceNoteContent[i][4]) / noteMeasure) if (voiceNoteContent[i][0] >= notelastBegin) and ((((notelastPosition - voiceNoteContent[i][4]) - noteMeasure) < 1) or noteMeasure == 0.0) and ((notelastPosition - voiceNoteContent[i][4]) <= notelastPositionInMeasure): notesBefore+=[voiceNoteContent[i][1]] i+=1 #Test([notesBefore]) for head in note.getElementsByTagName('head'): forceAlter = False notePitch = head.getAttribute('pitch')[0] noteIndex = ['C','D','E','F','G','A','B'].index(notePitch) lastHead = 0 i=0 while i < len(notesBefore): #Test('Hallo') for headCompare in notesBefore[i].getElementsByTagName('head'): if headCompare.getAttribute('pitch')[0] == notePitch: alterCompare = '' displayCompare = '' for alter in headCompare.getElementsByTagName('alter'): alterCompare = alter.getAttribute('step') displayCompare = alter.getAttribute('display') lastHead =1 break i+= 1 #Test(lastHead) for alter in head.getElementsByTagName('alter'): noteAlter = alter.getAttribute('step') if str(noteAlter) == str(Alterationen[noteIndex][0]): alter.setAttribute('display','suppress') elif noteAlter == '': forceAlter = True else: alter.setAttribute('display','') if len(head.getElementsByTagName('alter')) == 0: forceAlter = True if forceAlter == True: if (str(Alterationen[noteIndex][0]) == '1' or str(Alterationen[noteIndex][0]) == '-1'): alter = addNewElementNode(head,'alter') alter.setAttribute('display','force') for alter in head.getElementsByTagName('alter'): if (lastHead == 1) and (alter.getAttribute('step') <> alterCompare): alter.setAttribute('display','force') def changeNote2(note): for head in note.getElementsByTagName('head'): notePitch = head.getAttribute('pitch')[0] noteIndex = ['C','D','E','F','G','A','B'].index(notePitch) alter = addNewElementNode(head,'alter') alter.setAttribute('step',str(Alterationen[noteIndex][0])) def timeSignValue(time): if time == 'infinite': timeValue = 0 else: timeValue = (string.atof(time[:time.index('/')]) / string.atof(time[time.index('/')+1:])) return timeValue def changeDoc(score): global CAlteration, DAlteration, EAlteration, FAlteration, GAlteration, AAlteration, HAlteration global CKeyPos, DKeyPos, EKeyPos, FKeyPos, GKeyPos, AKeyPos, HKeyPos global CKeyOctave, DKeyOctave, EKeyOctave, FKeyOctave, GKeyOctave, AKeyOctave, HKeyOctave global ClefChosen, Aktion, voiceTimeContent, voiceNoteContent, voiceBarlineContent ClefChosen = 0 CAlteration = 0 DAlteration = 0 EAlteration = 0 FAlteration = 0 GAlteration = 0 AAlteration = 0 HAlteration = 0 CKeyPos = 0 DKeyPos = 0 EKeyPos = 0 FKeyPos = 0 GKeyPos = 0 AKeyPos = 0 HKeyPos = 0 CKeyOctave = 0 DKeyOctave = 0 EKeyOctave = 0 FKeyOctave = 0 GKeyOctave = 0 AKeyOctave = 0 HKeyOctave = 0 getOptions() sel = getCursor() if sel == None: # return else: system = score.getElementsByTagName('system')[sel[0]] staff = system.getElementsByTagName('staff')[sel[1]] voice = staff.getElementsByTagName('voice')[sel[2]] noteObject = voice.getElementsByTagName('noteObjects')[0] objList = getElementObjects(noteObject.childNodes) if objList.length < sel[3]: return elif objList.length == sel[3]: obj = objList[len(objList)-1] lastObject = True else: obj = objList[sel[3]] lastObject = False Aktion = 3 Abgebrochen = False while Aktion == 3 and Abgebrochen == False: if getDialogValues1(): if Aktion == 0: for timeSign in voice.getElementsByTagName('timeSign'): voiceTimeContent+=[[getTime(timeSign), timeSignValue(timeSign.getAttribute('time'))]] for barLine in voice.getElementsByTagName('barline'): voiceBarlineContent+=[[getTime(barLine)]] for chord in voice.getElementsByTagName('chord'): chordTime = getTime(chord) chordMeasure = 0.0 lastBarline = 0.0 lastMeasure = 0.0 measureNr = 0 i = 0 while i < len(voiceTimeContent): if chordTime >= voiceTimeContent[i][0]: chordMeasure = voiceTimeContent[i][1] lastMeasure = voiceTimeContent[i][0] else: break i+=1 j = 0 while j < len(voiceBarlineContent): if chordTime >= voiceBarlineContent[j][0]: lastBarline = voiceBarlineContent[j][0] else: break j+=1 if lastBarline >= lastMeasure: lastBegin = lastBarline else: lastBegin = lastMeasure chordPositionWithoutAuftakt = chordTime - lastBegin try: measureNr = int(chordPositionWithoutAuftakt / chordMeasure) except: pass chordInMeasure = chordPositionWithoutAuftakt - measureNr * chordMeasure voiceNoteContent+=[[chordTime, chord, chordMeasure, lastBegin, chordPositionWithoutAuftakt, chordInMeasure]] changeNote1(chord, voiceNoteContent) if Aktion == 1: for chord in voice.getElementsByTagName('chord'): changeNote2(chord) if Aktion == 2: setKey(obj, lastObject) if Aktion == 3: if getDialogValues2(): setOptions() else: Abgebrochen = True #Test(voiceNoteContent) # Hauptprogramm: from caplib.capDOM import ScoreChange import tempfile class ScoreChange(ScoreChange): def changeScore(self, score): global doc doc = score.parentNode changeDoc(score) if activeScore(): activeScore().registerUndo("Vorzeichenveränderung") tempInput = tempfile.mktemp('.capx') tempOutput = tempfile.mktemp('.capx') activeScore().write(tempInput) ScoreChange(tempInput, tempOutput) activeScore().read(tempOutput) os.remove(tempInput) os.remove(tempOutput)