# -*- coding: ISO-8859-1 -*- """ capellaScript -- (c) Paul Villiger >>> Noten_klonen Grafische Objekte, Farben von Noten und Kopfform einer Referenzdatei werden auf die ganze Partitur verteilt. Beim Klonen werden die Tonhöhe und die Vorzeichen berücksichtigt. Die grafischen Objekte werden mit einem SkriptTag versehen und lassen sich auch wieder löschen. <<< History: 20.01.2004 - Erste Version 14.03.2004 - Kopfform kopieren und farbig -> schwarz möglich 16.03.2004 - Kopfform auf einzelne Noten in Akkorden anwendbar, z.B. Schlagzeug 10.08.2004 - Fehler bei transponierbaren Objekten 23.10.2005 - Die Referenzdaten werden neu aus einer Referenzdatei gelesen. - Die Einstellungen werden gesichert 25.10.2005 - Metafiles werden übertragen 15.11.2005 - Fehler bei Kopfform kopieren """ # import xml.dom from xml.dom.minidom import NodeList, Node, Element import zipfile, new scriptTag = '21793-2' refChordList = [] refMetaFiles= {} # Gibt alle Elemente auf der nächsten Ebene zurück def getChildElements(self, filter = ''): childElements = NodeList() for child in self.childNodes: if child.nodeType == child.ELEMENT_NODE: if filter == '': childElements.append(child) elif child.tagName == filter: childElements.append(child) return childElements Node.getChildElements = new.instancemethod(getChildElements,None,Node) def createNewChild(el, name, new=False): if new: newEl = doc.createElement(name) el.appendChild(newEl) else: newEl = el.getElementsByTagName(name) if newEl.length == 0: newEl = doc.createElement(name) el.appendChild(newEl) else: newEl = newEl[0] return newEl options = ScriptOptions() opt = options.get() copyDrawObjs = eval(opt.get('copyDrawObjs', 'False')) copyColor = eval(opt.get('copyColor', 'False')) copyShape = eval(opt.get('copyShape', 'False')) deleteOldTags= eval(opt.get('deleteOldTags', 'True')) oneStaff = eval(opt.get('oneStaff', 'False')) refScoreFile = opt.get('refScoreFile','') def getDialogValues(): global copyDrawObjs, copyColor, copyShape, deleteOldTags, oneStaff, selLayout, voiceList, refScoreFile voiceList = activeScore().voiceList() cbox1 = CheckBox('Grafikelemente kopieren', value=copyDrawObjs, width = 30, padding = 8) cbox2 = CheckBox('Notenfarbe kopieren', value=copyColor, padding = 8) cbox21 = CheckBox('Kopfform kopieren', value=copyShape, padding = 8) cbox3 = CheckBox('Alte Grafikelemente löschen', value=deleteOldTags, padding = 8) cbox4 = CheckBox('Änderung nur in dieser Stimme ',value=oneStaff, padding = 8) combobox4 = ComboBox(voiceList, value=0, width=20, padding = 8) hbox4 = HBox([cbox4, combobox4], padding = 8) lab5 = Label('', padding = 8) vbox1 = VBox([cbox1, cbox2, cbox21, cbox3, hbox4, lab5], padding = 8) lab1 = Label('Auswahl :', width = 8, padding = 8) hbox1 = HBox([lab1, vbox1], padding = 8) dlg = Dialog('--- Noten klonen ---', hbox1) if dlg.run(): copyDrawObjs = cbox1.value() == 1 copyColor = cbox2.value() == 1 copyShape = cbox21.value() == 1 deleteOldTags = cbox3.value() == 1 oneStaff = cbox4.value() == 1 selLayout = combobox4.value() opt['copyDrawObjs'] = copyDrawObjs opt['copyColor'] = copyColor opt['copyShape'] = copyShape opt['deleteOldTags'] = deleteOldTags opt['refScoreFile'] = refScoreFile dlg = FileDialog() dlg.__init__(bOpen=True) dlg.setTitle('Bitte Referenzdatei auswählen') dlg.addFilter('capella-Dateien', '*.cap;*.capx') if os.path.isfile(refScoreFile): capDir, capName = os.path.split(refScoreFile) dlg.setStartPath(capDir) dlg.setStartFile(capName) elif os.path.isdir(refScoreFile): dlg.setStartPath(refScoreFile) else: dlg.setStartPath(getProgramDir) if dlg.run(): refScoreFile=dlg.filePath() capDir, capName = os.path.split(refScoreFile) opt['refScoreFile'] = refScoreFile options.set(opt) return True else: return False else: return False def readRefScore(capFile): class ScoreChange1(ScoreChange): def changeScore(self, score): for chord in score.getElementsByTagName('chord'): newChord = chord.cloneNode(True) for metafile in newChord.getElementsByTagName('metafile'): fileName = metafile.getAttribute('file') refMetaFiles[fileName] = None metafile.setAttribute('file', 'zy_'+fileName) # Diese Dateiname sollte in der Zielpartitur nicht vorkommen refChordList.append(newChord) capDir, capName = os.path.split(capFile) head, tail = os.path.splitext(capName) if tail.lower() not in ['.cap', '.capx' ]: raise 'Keine Capelladatei' if not os.path.isfile(capFile): raise 'Keine Capelladatei' openScore(capFile) tempInput = tempfile.mktemp('.capx') tempOutput = tempfile.mktemp('.capx') activeScore().write(tempInput) ScoreChange1(tempInput, tempOutput) zr = zipfile.ZipFile(tempInput, 'r') for name in refMetaFiles.keys(): t = zr.read(name) refMetaFiles[name] = t zr.close() os.remove(tempInput) os.remove(tempOutput) closeActiveScore() def changeDoc(score): readRefScore(refScoreFile) systems = score.getElementsByTagName('system') for sy in range(systems.length): staves = systems[sy].getElementsByTagName('staff') for st in range(staves.length): if oneStaff and staves[st].getAttribute('layout') <> voiceList[selLayout]: continue voices = staves[st].getElementsByTagName('voice') for vo in range(voices.length): for chord in voices[vo].getElementsByTagName('chord'): head = chord.getElementsByTagName('head')[0] pitch = head.getAttribute('pitch') alter = head.getElementsByTagName('alter') if alter.length == 0: alterPresent = False alterStep = '' else: alterPresent = True alterStep = alter[0].getAttribute('step') found = False for refChord in refChordList: refHead = refChord.getElementsByTagName('head')[0] refPitch = refHead.getAttribute('pitch') refAlter = refHead.getElementsByTagName('alter') if refAlter.length == 0: refAlterPresent = False refAlterStep = '' else: refAlterPresent = True refAlterStep = refAlter[0].getAttribute('step') if pitch == refPitch and alterPresent == refAlterPresent and alterStep == refAlterStep: found = True foundChord = refChord break if found and copyColor: color = '000000' for refDisplay in foundChord.getElementsByTagName('display'): # Notenfarbe von Referenznote kopieren, sofern vorhanden if refDisplay.hasAttribute('color'): color = refDisplay.getAttribute('color') display = createNewChild(chord, 'display') display.setAttribute('color', color) if found and copyDrawObjs: for refDrawObjects in foundChord.getChildElements('drawObjects'): for refDrawObj in refDrawObjects.getChildElements('drawObj'): # drawObjects erstellen wenn nicht vorhanden drawObjects = createNewChild(chord, 'drawObjects') # draWObj von Referenzzeile klonen newDrawObj = refDrawObj.cloneNode(True) drawObjects.appendChild(newDrawObj) # Scripttag setzen basic = createNewChild(newDrawObj, 'basic') basic.setAttribute('tag', scriptTag) if copyShape: for chord in voices[vo].getElementsByTagName('chord'): for head in chord.getElementsByTagName('head'): pitch = head.getAttribute('pitch') alter = head.getElementsByTagName('alter') if alter.length == 0: alterPresent = False alterStep = '' else: alterPresent = True alterStep = alter[0].getAttribute('step') found = False for refChord in refChordList: refHead = refChord.getElementsByTagName('head')[0] refPitch = refHead.getAttribute('pitch') refAlter = refHead.getElementsByTagName('alter') if refAlter.length == 0: refAlterPresent = False refAlterStep = '' else: refAlterPresent = True refAlterStep = refAlter[0].getAttribute('step') if pitch == refPitch and alterPresent == refAlterPresent and alterStep == refAlterStep: if refHead.hasAttribute('shape'): head.setAttribute('shape',refHead.getAttribute('shape')) else: if head.hasAttribute('shape'): head.removeAttribute('shape') break # Hauptprogramm: from caplib.capDOM import ScoreChange import tempfile class ScoreChange(ScoreChange): def changeScore(self, score): global doc doc = score.parentNode changeDoc(score) if activeScore(): if not getDialogValues(): pass else: activeScore().registerUndo("Noten Klonen") if deleteOldTags: activeScore().deleteTaggedGraphics(scriptTag) tempInput = tempfile.mktemp('.capx') tempOutput = tempfile.mktemp('.capx') activeScore().write(tempInput) ScoreChange(tempInput, tempOutput) # alle Metafiles in die aktuelle Partitur kopieren zw = zipfile.ZipFile(tempOutput, 'a', zipfile.ZIP_DEFLATED) for name in refMetaFiles.keys(): info = zipfile.ZipInfo('zy_' + str(name)) info.compress_type = zipfile.ZIP_DEFLATED t = refMetaFiles[name] zw.writestr(info, t) zw.close() activeScore().read(tempOutput) os.remove(tempInput) os.remove(tempOutput)