# -*- coding: UTF-8 -*- """ capellaScript -- (C) 2025 Ken Haiker, acaMusic (www.acamusic.de) Implementation: Brian Schueler >>> aL.Tabber Rev 0.3.6 (26.07.2026) --- Plugin für Gitarristen (und andere Saiteninstrumente wie Bass, Ukulele usw.) ||Das aL.Tabber-Plugin (aL = acaLead) wandelt eine ein- oder mehrstimmige klassische Gitarren-Notenzeile (mit Noten bis zum 4.Bund) oder eine acaLead-Notenzeile mit Noten über dem 4. Bund und Fret-Index in eine VOLLSTÄNDIGE Tabulatur (aLT) um. || "Vollständig" heißt, die Tab enthält sämtliche vom Gitarristen benötigten Spiel-Informationen, inklusive den für den Fret-Index typischen, intrinsisch gegebenen Fingersatz. Auch für mehrstimmige, hoch-komplexe Gitarrenstücke werden die Tondauern sämtlicher Noten richtig und sehr leicht lesbar wiedergegeben. Eine zusätzliche Notenzeile zur Ergänzung fehlender Spiel-Informationen, wie bei der klassischen Tabulatur erforderlich, wird nicht mehr benötigt. || Weitere Informationen, ein ausführliches Plugin-Handbuch sowie viele bekannte klassische Gitarrenstücke, die zusätzlich zu den Notendarstellungen in acaLead Notation (aLN) für die Tabulaturdarstellungen in acaLead Tab (aLT) geschrieben sind, gibt es auf der Homepage || ------------- www.acaMusic.de ------------- || <<< History: Dezember 2025 - Erste Version """ import pprint import re import tempfile import zipfile from caplib.capDOM import ScoreChange, childElements from xml.dom.minidom import NodeList, Node, Element sys.stdout = open(tempfile.gettempdir()+'capella-al-tabber.log', 'w') tremoloBarTag = '13113-20' 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 gotoChild(self, name, new=False): newEl = None for child in self.childNodes: if child.nodeType == child.ELEMENT_NODE and child.tagName == name: newEl = child break if new == False: return newEl if newEl == None: newEl = doc.createElement(name) self.appendChild(newEl) return newEl import new Node.gotoChild = new.instancemethod(gotoChild,None,Node) # Get the base child object and the child list of an object def getChildren(el, name, forcedPlural = None): if name == 'staff': namePlural = 'staves' elif name == 'drawObj': namePlural = 'drawObjects' elif name == 'noteObj': namePlural = 'noteObjects' else: namePlural = name+'s' if forcedPlural is not None: namePlural = forcedPlural plElems = childElements(el, namePlural) if len(plElems) > 0: plFirstElem = plElems[0] retval = childElements(plFirstElem, name) return (plFirstElem, retval) else: xElem = el.getElementsByTagName(name) if xElem.length > 0: x = xElem[0] childNodes = getElementObjects(x.childNodes) return (x, childNodes) else: return (None, []) # Replace a named child tree def setChildren(el, children, name): oldchildren = childElements(el, name) for oldchild in oldchildren: el.removeChild(oldchild) for child in children: el.appendChild(child) def getDurationByBase(base, dots = 0, tuplet = 0): base = base.split('/') value = 0 if len(base) == 2: value = float(base[0])/float(base[1]) else: value = float(base[0]) # Tuplet Note if tuplet > 0: if tuplet == 3: value = value * 2.0 / 3.0 # Dotted Note dot_value = value if dots > 0: for i in range(0,dots): dot_value = dot_value / 2 value = value + dot_value return value # Get the decimal duration of a note/chord/rest def getObjDuration(noteObj): duration = noteObj.getElementsByTagName('duration') # Only NoteObjects that have a duration if len(duration) > 0: noDuration = duration[0].getAttribute('noDuration') if noDuration == 'true': return 0.0 baseT = duration[0].getAttribute('base') if baseT is None or baseT == "": return 0.0 dots = duration[0].getAttribute('dots') if dots is None or dots == '': dots = '0' tuplet = '0' tupletNode = duration[0].gotoChild('tuplet', False) if tupletNode is not None: tuplet = tupletNode.getAttribute('count') return getDurationByBase(baseT, int(dots), int(tuplet)) return None # Get the total duration of a voice def getVoiceTotalTime(voice): totalTime = 0.0 onoteObjects, noteObjects = getChildren(voice, 'noteObjects') for obj in noteObjects: duration = getObjDuration(obj) if duration is not None: totalTime = totalTime + duration return totalTime # Get the total duration of a staff def getStaffTotalTime(staff): totalTime = 0.0 ovoices, voices = getChildren(staff, 'voice') for voice in voices: tt = getVoiceTotalTime(voice) totalTime = max(totalTime, tt) return totalTime def getPosAtCursor(score): pos = 0.0 sys1 = curSelection()[0][0] sta1 = curSelection()[0][1] voi1 = curSelection()[0][2] nObj1 = curSelection()[0][3] osystens, systems = getChildren(score, 'system') systemID = 0 for system in systems: ostaves, staves = getChildren(system, 'staff') staffID = 0 savedPosSystem = pos for staff in staves: pos = savedPosSystem ovoices, voices = getChildren(staff, 'voice') voiceID = 0 savedPosStaff = pos for voice in voices: pos = savedPosStaff oobjs, objs = getChildren(voice, 'noteObjects') numObjs = len(objs) objID = 0 for i in range(0, numObjs): obj = objs[i] if (systemID, staffID, voiceID, objID) == (sys1, sta1, voi1, nObj1): return pos dura = getObjDuration(obj) if dura is not None: pos = pos + dura objID = objID + 1 voiceID = voiceID + 1 staffID = staffID + 1 systemID = systemID + 1 return None def getSimpleTexts(noteObj): retval = [] odrawObjs, drawObjs = getChildren(noteObj, 'drawObj') for drawObj in drawObjs: texts = childElements(drawObj, 'text') if len(texts) > 0: for text in texts: try: content = text.getElementsByTagName('content')[0].firstChild.data fonts = text.getElementsByTagName('font') if fonts.length > 0: color = fonts[0].getAttribute('color') height = int(fonts[0].getAttribute('height')) content = re.sub('\n$', '', content) retval.append(content) except: pass return retval def removeChordSym(chord): odrawObjects, drawObjects = getChildren(chord, 'drawObj') if len(drawObjects) == 0: return removeList = [] for drawObj in drawObjects: transposable = drawObj.gotoChild('transposable', False) group = drawObj.gotoChild('group', False) if transposable is not None: removeList.append(drawObj) elif group is not None: removeList.append(drawObj) for elem in removeList: drawObjects.remove(elem) setChildren(odrawObjects, drawObjects, 'drawObj') def setGroupText(group, x=0.0, y=0.0, text_root = '', text_deri = '', text_bass = ''): x, y = setText(group, text_root, 10, x, y) if text_deri != '': y = y - 1.0 x, y = setText(group, text_deri, 7, x, y) if text_bass != '': text_bass = text_bass.replace('/', '') y = y + 2.0 x = x - 0.6 x, y = setText(group, '/', 18, x, y) x = x - 1.5 x, y = setText(group, text_bass, 10, x, y) def setText(group, text, font_size, x, y): text_elems = [] part = '' counter = 0 for ch in text: if ch in ['b', '#'] and counter > 0: text_elems.append(part) text_elems.append(ch) part = '' else: part = part + ch counter = counter + 1 text_elems.append(part) counter = 0 for text_elem in text_elems: fact_extra = 1.0 size_fact = 1.0 x_offs = 0 y_offs = 0 if text_elem not in ['b', '#'] or counter == 0: font_func = setStandardFont else: text_elem = text_elem.replace('b', 'Q').replace('#', 'S') fact_extra = 0.3 x_offs = -0.05 * font_size / 7.0 y_offs = -0.25 * font_size / 7.0 size_fact = 1.0 font_func = setCapellaFont setTextElement(group, text_elem, font_size*size_fact, x+x_offs, y+y_offs, font_func) x = x + measureText(text_elem) * font_size*size_fact * fact_extra / 6.0 counter = counter + 1 return x, y def setSlur(obj, noteRange, x1, y1, x2, y2, x3, y3, x4, y4): drawObj = addDrawObject(obj) slur = drawObj.gotoChild('slur', True) slur.setAttribute('x1', str(x1)) slur.setAttribute('x2', str(x2)) slur.setAttribute('x3', str(x3)) slur.setAttribute('x4', str(x4)) slur.setAttribute('y1', str(y1)) slur.setAttribute('y2', str(y2)) slur.setAttribute('y3', str(y3)) slur.setAttribute('y4', str(y4)) basic = drawObj.gotoChild('basic', True) basic.setAttribute('noteRange', str(noteRange)) #basic.setAttribute('noAdjust', 'true') def measureText(text): letters_s = ['i', 'I', 'l', '1', '*', "'", '!', '[', ']'] letters_l = ['M', 'm', 'W', 'w', 'V', 'C', 'D', 'E', 'F', 'G', 'H', 'K', 'N', 'O' , 'Q', 'S', 'U', 'X', 'Z'] width = 0 for letter in text: if letter in letters_s: # Thin letters width = width + 0.5 elif letter in letters_l: # Thick letters width = width + 1.1 else: # Normal sized letters width = width + 0.85 return width def setTextElement(group, text, font_size, x, y, font_func): newEl = doc.createElement('drawObj') textEl = newEl.gotoChild('text', True) textEl.setAttribute('x', str(x)) textEl.setAttribute('y', str(y)) font_func(textEl, font_size) content = addNewElementNode(textEl, 'content') textNode = doc.createTextNode(text) content.appendChild(textNode) group.appendChild(newEl) def setStandardFont(text, height = 10): font = text.gotoChild('font', True) font.setAttribute('face', 'Times New Roman') font.setAttribute('height', str(height)) def setCapellaFont(text, height = 12): font = text.gotoChild('font', True) font.setAttribute('face', 'capella3') font.setAttribute('height', str(height)) font.setAttribute('charSet', '2') font.setAttribute('pitchAndFamily', '2') def addDrawObject(object, createPluralChild = True): if createPluralChild: drawObjs = object.gotoChild('drawObjects', True) else: drawObjs = object newEl = doc.createElement('drawObj') drawObjs.appendChild(newEl) return newEl def addTextGroup(drawObj): newEl = doc.createElement('group') drawObj.appendChild(newEl) return newEl def addText(obj, content = u'', x = 0, y = 0, fontFace = u'Times New Roman', height = 12, charset = 1, tag = '', color = None, weight = None, italic = False, underline = False, leftline = False, trembars = None): basic = obj.gotoChild('basic', True) basic.setAttribute('scope', 'brace') basic.setAttribute('placement', 'manual') basic.setAttribute('placementHint', 'performanceInstruction') text = obj.gotoChild('text', True) text.setAttribute('x', str(x)) text.setAttribute('y', str(y)) font = text.gotoChild('font', True) font.setAttribute('charSet', str(charset)) font.setAttribute('height', str(height)) font.setAttribute('italic', str(bool(italic)).lower()) font.setAttribute('face', fontFace) if color is not None: font.setAttribute('color', color) if weight is not None: font.setAttribute('weight', str(weight)) if underline is not None: font.setAttribute('underline', str(bool(underline)).lower()) contentEl = text.gotoChild('content', True) if leftline == True: content = '|'+content if trembars is not None: content = '/'*trembars + content textName = doc.createTextNode(content) contentEl.appendChild(textName) def setTextObjFretFingeringVisibility(noteObj): fingeringTextObjs = getObjTextObjsByCriteria(noteObj, 'fingering') fretIndexTextObjs = getObjTextObjsByCriteria(noteObj, 'localFretIndex') oAllTextObjs, allTextObjs = getChildren(noteObj, 'drawObjects') valFingeringTextObjs = [] valFretIndexTextObjs = [] for fingeringTextObj in fingeringTextObjs: content = getTextContent(fingeringTextObj) if content is not None and content != '' and content.strip() != '-': valFingeringTextObjs.append(fingeringTextObj) for fretIndexTextObj in fretIndexTextObjs: content = getTextContent(fretIndexTextObj) if content is not None and content != '' and content.strip() != '-': valFretIndexTextObjs.append(fretIndexTextObj) def cap2acaTone(head, baseOct4): pitch = head.getAttribute('pitch') alter = head.gotoChild('alter', False) step = 0 if alter is not None: step = int(alter.getAttribute('step')) tone = pitch octave = int(tone[1]) if baseOct4: octave = octave - 1 if step == 1: tone = tone[0] + '#' + str(octave) elif step == -1: tone = tone[0] + 'b' + str(octave) return tone def aca2capTone(tone, baseOct4): step = 0 if len(tone) < 2: return (None, None) base = tone[0] tone = tone[1:] while tone[0] in [u'b', u'#']: if tone[0] == 'b': step = step - 1 else: step = step + 1 tone = tone[1:] if len(tone) < 1: return (None, None) octave = tone[0] if baseOct4: octave = str(int(octave) + 1) return (base+octave, step) def addNote(voice, newNoteObj): oNoteObjs, noteObjs = getChildren(voice, 'noteObjects') newObjs = [] for noteObj in noteObjs: newObjs.append(noteObj) newObjs.append(newNoteObj) setChildren(oNoteObjs, newObjs, 'noteObjects') def clearStaff(staff): ovoices, voices = getChildren(staff, 'voice') for voice in voices: clearVoice(voice) def copyStaff(src_staff, dest_staff): osrc_voices, src_voices = getChildren(dest_staff, 'voice') odest_voices, dest_voices = getChildren(dest_staff, 'voice') cloned_staff= src_staff.cloneNode(deep=True) voices = dest_staff.gotoChild('voices', False) if voices is not None: for dest_voice in dest_voices: voices.removeChild(dest_voice) ocloned_voices, cloned_voices = getChildren(cloned_staff, 'voice') setChildren(odest_voices, cloned_voices, 'voices') def clearVoice(voice): oNoteObjs, noteObjs = getChildren(voice, 'noteObjects') newObjs = [] for noteObj in noteObjs: name = noteObj.localName print(name) oNoteObjs.removeChild(noteObj) setChildren(oNoteObjs, newObjs, 'noteObjects') def getTies(noteObj): retval = [] oheads, heads = getChildren(noteObj, 'head') for head in heads: tie = head.gotoChild('tie', False) tieBegin = False tieEnd = False if tie is not None: begin = tie.getAttribute('begin') end = tie.getAttribute('end') if begin == 'true': tieBegin = True if end == 'true': tieEnd = True retval.append((tieBegin, tieEnd)) return retval def getPitches(noteObj): retval = [] oheads, heads = getChildren(noteObj, 'head') for head in heads: pitch = head.getAttribute('pitch') alter = head.gotoChild('alter') step = 0 if alter is not None: tstep = alter.getAttribute('step') if tstep is not None and tstep != '': step = int(tstep) stepSigns = [ 'bb', 'b', '', '#', '##' ] if pitch is not None: retval.append(pitch[0]+stepSigns[step+2]+pitch[1]) return retval def transposeTone(tone, htOffset, use_sharp = True): m_pitch = midiPitch(tone) + htOffset return pitchFromMidi(m_pitch, use_sharp) def force_sign(tone_s, sharp = True): flats = ['Db', 'Eb', 'Gb', 'Ab', 'Bb'] sharps = ['C#', 'D#', 'F#', 'G#', 'A#'] srcs = flats tgts = sharps if sharp == False or sharp == 'b': srcs = sharps tgts = flats # in case of a list if type(tone_s) is list: retval = [] for tone in tone_s: for i in range(0, 5): tone = re.sub('^'+srcs[i], tgts[i], tone) retval.append(tone) return retval # in case of a string for i in range(0, 5): tone_s = re.sub('^'+srcs[i], tgts[i], tone_s) return tone_s def midiPitch(tone): key_notes = "CDEFGAB" step = 0 i = key_notes.find(tone[0]) tone = tone[1:] if len(tone) < 1: return None while tone[0] in [u'b', u'#']: if tone[0] == 'b': step = step - 1 else: step = step + 1 tone = tone[1:] n = (0,2,4,5,7,9,11)[i] + 12 * int(tone[0]) + step return n def pitchFromMidi(n, use_sharp = True): octave = int(n)/12 itone = int(n)%12 tonesSharp = 'CCDDEFFGGAAB' tonesFlat = 'CDDEEFGGAABB' steps = '010100101010' toneSharp = tonesSharp[itone] toneFlat = tonesFlat[itone] step = -int(steps[itone]) tone = toneFlat # Use Sharp sign if set if use_sharp: tone = toneSharp step = -step sign = '' if step < 0: sign = 'b' elif step > 0: sign = '#' return tone+sign+str(octave) # Determine FretIndex color and font size - keyword "Fret" def getFretColorAndSize(score): fretInfoStaves = [] selected_staff = curSelection()[0][1] # Search for Fret Keyword in Note Objects osystens, systems = getChildren(score, 'system') for system in systems: ostaves, staves = getChildren(system, 'staff') staffID = 0 for staff in staves: ovoices, voices = getChildren(staff, 'voice') staffName = staff.getAttribute('layout') for voice in voices: oObjs, objs = getChildren(voice, 'noteObjects') for i in range(0,len(objs)): obj = objs[i] texts = obj.getElementsByTagName('text') if texts.length > 0: for text in texts: content = '' content_t = text.getElementsByTagName('content')[0].firstChild if content_t is not None: content = content_t.data fonts = text.getElementsByTagName('font') print('content=',content) if fonts.length > 0 and content.lower().replace("!","") == u'fret': is_aln = False if content.lower() == (u'fret!'): is_aln = True color = fonts[0].getAttribute('color') height = int(fonts[0].getAttribute('height')) fretInfoStaves.append((color, height, staffName, staffID, is_aln)) staffID = staffID + 1 if len(fretInfoStaves) > 1: for fretInfoStaff in fretInfoStaves: color, height, staffName, staffID, is_aln = fretInfoStaff if (selected_staff == staffID): return (color, height, staffName, is_aln) elif len(fretInfoStaves) == 1: color, height, staffName, staffID, is_aln = fretInfoStaves[0] return (color, height, staffName, is_aln) return (u'', 0, u'', False) def setLayoutClef(layout, clef): notation = layout.gotoChild('notation', True) notation.setAttribute('defaultClef', clef) def setLayoutNoteLines(layout, noteLines): notation = layout.gotoChild('notation', True) notation.setAttribute('notelines', noteLines) def setLayoutBarlines(layout, blFrom, blTo, blMode = 'internal'): notation = layout.gotoChild('notation', True) barlines = notation.gotoChild('barlines', True) barlines.setAttribute('from', str(blFrom)) barlines.setAttribute('to', str(blTo)) barlines.setAttribute('mode', blMode) def setLayoutDistances(layout, disTop, disBottom, disLine): distances = layout.gotoChild('distances', True) distances.setAttribute('top', str(disTop)) distances.setAttribute('bottom', str(disBottom)) distances.setAttribute('lineDist', disLine) def setSound(layout, instr, volume, sample, genericSound): sound = layout.gotoChild('sound', True) sound.setAttribute('instr', str(instr)) sound.setAttribute('volume', str(volume)) sound.setAttribute('sample', sample) sound.setAttribute('genericSound', genericSound) def setInstrumentProperty(layout, tag, value): instrument = layout.gotoChild('instrument', True) names = instrument.getElementsByTagName(tag) for name in names: instrument.removeChild(name) instrument.setAttribute(tag, value) contentEl = doc.createElement(tag) textName = doc.createTextNode(value) contentEl.appendChild(textName) instrument.appendChild(contentEl) def getStavesByLayout(score, name): retval = [] osystens, systems = getChildren(score, 'system') for system in systems: ostaves, staves = getChildren(system, 'staff') newStaves = [] for staff in staves: if staff.getAttribute('layout') == name: retval.append(staff) return retval def analyzeScore(score): global estHasALTstaff global estFretIndexFontSize global estFretIndexFontColor global estFretIndexStaffName global isAln global estCursorStaffName estCursorStaffName = '-' isAln = False estFretIndexFontColor, estFretIndexFontSize, estFretIndexStaffName, isAln = getFretColorAndSize(score) alnStaves = getStavesByLayout(score, setGenStaffName) if len(alnStaves) > 0: estHasALTstaff = True cursor = curSelection()[0] print('cursor', cursor) systemID = 0 oSystems, systems = getChildren(score, 'system') for system in systems: oStaves, staves = getChildren(system, 'staff') staffID = 0 for staff in staves: oVoices, voices = getChildren(staff, 'voice') voiceID = 0 for voice in voices: oNoteObjs, noteObjs = getChildren(voice, 'noteObjects') objID = 0 for obj in noteObjs: if cursor == (systemID, staffID, voiceID, objID): # get staff name estCursorStaffName = staff.getAttribute('layout') objID = objID + 1 voiceID = voiceID + 1 staffID = staffID + 1 systemID = systemID + 1 # Analyze Phase class ScoreAnalyze(ScoreChange): def changeScore(self, score): global doc doc = score.parentNode analyzeScore(score) # Plugin Processing Phase class ScoreChange(ScoreChange): def changeScore(self, score): global doc doc = score.parentNode aLT(score) def objChord(tones = [], dura = '1/4', dots = None, tie_begin = False, tie_end = False): if tones == []: newEl = doc.createElement('rest') else: newEl = doc.createElement('chord') duration = newEl.gotoChild('duration', True) duration.setAttribute('base', dura) if dots is not None: duration.setAttribute('dots', str(dots)) if tones != []: heads = newEl.gotoChild('heads', True) for tone in tones: head = doc.createElement('head') pitch, step = aca2capTone(tone, setOct4) if pitch is not None: head.setAttribute('pitch', pitch) if step is not None and step != 0: alter = doc.createElement('alter') alter.setAttribute('step', str(step)) head.appendChild(alter) if tie_begin or tie_end: tienode = doc.createElement('tie') if tie_begin: tienode.setAttribute('begin', 'true') if tie_end: tienode.setAttribute('end', 'true') head.appendChild(tienode) heads.appendChild(head) return newEl def setAlTabClef(obj, x, strings0): newUpperDrawObj = addDrawObject(obj) newTextGroup = addTextGroup(newUpperDrawObj) numStrings = len(strings0) stringNo = 0 tonesLow = [] if setShowStrings: for string in strings0: tone = re.sub('(.*)?[0-9].*', '\\1', string) if setUseGermanH: tone = re.sub('^B', 'H', tone) tone = re.sub('^b', 'h', tone) tone = re.sub('Hb', 'B', tone) tone = re.sub('hb', 'b', tone) tonesLow.append(tone) newDrawObj = addDrawObject(newTextGroup, False) addText(newDrawObj, tone, -8+x, -(stringNo - numStrings+2)*1.00-0.65, 'Arial', 4, weight=700) stringNo = stringNo + 1 bottom = -(0 - numStrings+2)*1.00-0.6 top = -1.00-0.6 xPos = -6.5 if not setShowStrings: xPos = -7.5 size = numStrings * 9.0/ 6.5 edgeOffs = size * 0.075 textPositions = [top+edgeOffs, (bottom+top) / 2, bottom-edgeOffs] pos = 0 for text in "aLT": newDrawObj = addDrawObject(newTextGroup, False) sizeOffs = (size-4) * 0.05 addText(newDrawObj, text, xPos+x, textPositions[pos]+sizeOffs, 'Arial', size, weight=900) pos = pos + 1 def setAlTabClefInStaff(staff, strings0): ovoices, voices = getChildren(staff, 'voice') clefWasSet = False for voice in voices: onoteObjs, noteObjs = getChildren(voice, 'noteObjects') newNoteObjs = [] first = True anchorPause = objChord([], '1/128') duration = anchorPause.gotoChild('duration', True) duration.setAttribute('noDuration', 'true') display = anchorPause.gotoChild('display', True) display.setAttribute('invisible', 'true') xOffs = 4.0 for obj in noteObjs: if obj.localName == 'timeSign': xOffs = xOffs - 3.5 if obj.localName == 'barline': xOffs = xOffs - 3.5 if obj.localName in ['chord', 'rest'] and first: if not clefWasSet: setAlTabClef(anchorPause, xOffs, getStringNames([strings0])) newNoteObjs.append(anchorPause) clefWasSet = True first = False newNoteObjs.append(obj) setChildren(onoteObjs, newNoteObjs, 'noteObjects') def adjustAlTabChordsGlobalFretIndexes(staff, yTop, yBottom): ovoices, voices = getChildren(staff, 'voice') for voice in voices: onoteObjs, noteObjs = getChildren(voice, 'noteObjects') for obj in noteObjs: if obj.localName in ['chord', 'rest']: odrawObjs, drawObjs = getChildren(obj, 'drawObjects') for drawObj in drawObjs: if isTextCriteriaDrawObj(drawObj, 'chord') or getTextContent(drawObj) == 'aCN': if setChordsPosAbove: adjustGroupedTextPos(drawObj,yTop) else: adjustGroupedTextPos(drawObj,yBottom) elif isTextCriteriaDrawObj(drawObj, 'globalFretIndex'): if setFretIndexPosAbove: adjustGroupedTextPos(drawObj,yTop) else: adjustGroupedTextPos(drawObj,yBottom) def adjustGroupedTextPos(drawObj, y): basics = drawObj.getElementsByTagName('basic') for basic in basics: if basic.getAttribute('placement') != '': basic.removeAttribute('placement') texts = drawObj.getElementsByTagName('text') yRel = None for text in texts: ty = text.getAttribute('y') try: float_ty = float(ty) except: float_ty = 0.0 if yRel is None: yRel = y - float_ty text.setAttribute('y', str(yRel+float_ty)) def hideNonAlnObjsInStaff(staff): ovoices, voices = getChildren(staff, 'voice') for voice in voices: onoteObjs, noteObjs = getChildren(voice, 'noteObjects') for obj in noteObjs: if obj.localName == 'keySign': obj.setAttribute('fifths', '0') elif obj.localName in ['clefSign', 'chord', 'rest']: display = obj if obj.localName in ['chord', 'rest']: pass #display = obj.gotoChild('display', True) #display.setAttribute('invisible', 'true') else: obj.setAttribute('clef', 'N2') def scale(value, original_min, original_max, new_min, new_max): return ((value - original_min) / (original_max - original_min)) * (new_max - new_min) + new_min def getObjTextScaledYcoordsByCriteria(noteObj, criteria): ys = [] minY = None maxY = None if noteObj.localName == 'chord': odrawObjs, drawObjs = getChildren(noteObj, 'drawObjects') if drawObjs is not None and len(drawObjs) > 0: for drawObj in drawObjs: if isTextCriteriaDrawObj(drawObj, criteria): text = drawObj.gotoChild('text', False) # invert sign to treat higher text to higher note _y = -float(text.getAttribute('y')) if minY is None: minY = _y else: minY = min(minY, _y) if maxY is None: maxY = _y else: maxY = max(maxY, _y) ys.append(_y) scaled_ys = [] if len(ys) < 2 or abs(maxY-minY) < 0.001: return None for y in ys: scaled_ys.append(scale(y, minY, maxY, 0, 100)) return scaled_ys def deleteObjLyrics(noteObj): lyric = noteObj.gotoChild('lyric', False) if lyric is not None: noteObj.removeChild(lyric) def deleteObjTextAttributesByCriteria(noteObj, criteria, keepDrawObjs=None): _keepDrawObjs = [] if noteObj.localName in ['chord', 'rest']: odrawObjs, drawObjs = getChildren(noteObj, 'drawObjects') if drawObjs is not None and len(drawObjs) > 0: for drawObj in drawObjs: keepCount = 0 if keepDrawObjs is not None: keepCount = keepDrawObjs.count(drawObj) if not isTextCriteriaDrawObj(drawObj, criteria) or keepCount > 0: _keepDrawObjs.append(drawObj) if len(drawObjs) > 0: noteObj.removeChild(odrawObjs) if len(_keepDrawObjs) > 0: drawObjects = noteObj.gotoChild('drawObjects', True) setChildren(drawObjects, _keepDrawObjs, 'drawObjects') def getObjTextObjsByCriteria(noteObj, criteria): texts = [] if noteObj.localName == 'chord': odrawObjs, drawObjs = getChildren(noteObj, 'drawObjects') if drawObjs is not None and len(drawObjs) > 0: for drawObj in drawObjs: if isTextCriteriaDrawObj(drawObj, criteria): texts.append(drawObj) return texts def isTextCriteriaDrawObj(drawObj, criteria): text = drawObj.gotoChild('text', False) richText = drawObj.gotoChild('richText', False) basic = drawObj.gotoChild('basic', False) transposable = drawObj.gotoChild('transposable', False) group = drawObj.gotoChild('group', False) if transposable is not None: if criteria == 'chord': return True else: return False if group is not None: drOb = group.gotoChild('drawObj', False) if drOb is not None: if criteria == 'chord': return True else: return False if text is not None: font = text.gotoChild('font', False) if font is not None: face = font.getAttribute('face') # Music Symbol Criteria (capella3 font face) if face == 'capella3': if criteria == 'musicSymbol': return True else: return False height = font.getAttribute('height') try: height = int(height) except: height = 0 color = font.getAttribute('color') # Global Fret Index Criteria (font color and size) if color == estFretIndexFontColor and height == estFretIndexFontSize: if criteria == 'globalFretIndex': return True else: return False # Local Fret Index Criteria (font color and size) if color == estFretIndexFontColor and height < estFretIndexFontSize: if criteria == 'localFretIndex': return True else: return False # Fingering criteria (placementHint) if basic is not None and basic.getAttribute('placementHint') == 'fingering': if criteria == 'fingering': return True else: return False # Simple Text (without placementHint) or Performance Instruction (placementHint) if (basic is None) or (basic is not None and basic.getAttribute('placementHint') in ['', 'performanceInstruction']) : if criteria == 'simple': return True else: return False # Rich Text (richText Child is present) if richText is not None: if criteria == 'richText': return True else: return False return False def hideTremoloBars(noteObj): oDrawObjects, drawObjects = getChildren(noteObj, 'drawObjects') if drawObjects is not None: for drawObject in drawObjects: oGroupElements, groupElements = getChildren(drawObject,'group') for groupElement in groupElements: if groupElement is not None: gdoPolygon = groupElement.gotoChild('polygon') if gdoPolygon is not None: gdoPolygon.setAttribute('fillColor', 'ffffff') def getTextContent(drawObj): text = drawObj.gotoChild('text', False) if text is not None: content = '' content_t = text.getElementsByTagName('content')[0].firstChild if content_t is not None: content = content_t.data return content return None def getObjTextIndexByCriteria(noteObj, pitch, pitches, scaled_ys, criteria): texts = getObjTextObjsByCriteria(noteObj, criteria) if len(texts) == 0: return None elif len(texts) == 1: return 0 else: minPitch = float(midiPitch(pitch)) maxPitch = float(midiPitch(pitch)) for p in pitches: mp = float(midiPitch(p)) minPitch = min(minPitch, mp) maxPitch = max(maxPitch, mp) scaled_pitch = scale(float(midiPitch(pitch)), minPitch, maxPitch, 0.0, 100.0) diffs = [] if scaled_ys is None: return None for scaled_y in scaled_ys: diffs.append(abs(scaled_y - scaled_pitch)) # Get the Text object that is neartest to the pitch (scaled values) min_diff=min(diffs) return diffs.index(min_diff) def getStringNames(fretBoard, withOctave = False): retval = [] openStrings = fretBoard[0] stringNames = [] for string in openStrings: stringName = re.sub('(.*)?[0-9].*','\\1',string) stringNames.append(stringName) countedStrings = [] for string in openStrings: stringName = re.sub('(.*)?[0-9].*','\\1',string) octave = re.sub('.*?([0-9].*)','\\1',string) count = stringNames.count(stringName) countedStrings.append(stringName) currentString = countedStrings.count(stringName) makeLower = False makeStroke = False if count <= 2: if currentString == 2: makeLower = True elif count == 3: if currentString == 1: makeStroke = True elif currentString == 3: makeLower = True elif count == 4: if currentString == 1: makeStroke = True elif currentString == 3: makeLower = True elif currentString == 4: makeStroke = True makeLower = True if makeStroke: stringName = stringName + "'" if makeLower: stringName = stringName.lower() if withOctave: stringName = stringName + octave retval.append(stringName) return retval def getTremoloNotesAndDura(obj, nextObj=None): baseNotePitches = None if obj is not None: baseNotePitches = getPitches(obj) nextNotePitches = None if nextObj is not None: nextNotePitches = getPitches(nextObj) baseNoteBase = None baseNoteDots = None baseNoteNoDura = False tremoloBars = None if obj is not None: if obj.localName == 'chord': duration = obj.gotoChild('duration') if duration is not None: baseNoteBase = duration.getAttribute('base') baseNoteDots = duration.getAttribute('dots') noDuration = duration.getAttribute('noDuration') if noDuration == 'true': baseNoteNoDura = True stem = obj.gotoChild('stem', False) if stem is not None: tremBars = stem.getAttribute('tremoloBars') if tremBars != '': tremoloBars = int(tremBars) nextNoteBase = None nextNoteDots = None nextNoteNoDura = False if nextObj is not None: if nextObj.localName == 'chord': duration = nextObj.gotoChild('duration', False) if duration is not None: nextNoteBase = duration.getAttribute('base') nextNoteDots = duration.getAttribute('dots') noDuration = duration.getAttribute('noDuration') if noDuration == 'true': nextNoteNoDura = True odrawObjs, drawObjs = getChildren(obj, 'drawObjects') for drawObj in drawObjs: basic = drawObj.gotoChild('basic', False) if basic is not None: tag = basic.getAttribute('tag') if tag == tremoloBarTag: group = drawObj.gotoChild('group', False) if group is not None: gDrawObjs = childElements(group, 'drawObj') tremoloBars = len(gDrawObjs) if baseNoteNoDura == False and nextNoteNoDura == True: if baseNoteBase == nextNoteBase and baseNoteDots == nextNoteDots: # Dual Tremolo return ((baseNoteBase, baseNoteDots, tremoloBars), baseNotePitches, nextNotePitches) else: # Mono Tremolo return ((baseNoteBase, baseNoteDots, tremoloBars), baseNotePitches, None) else: if baseNoteNoDura == False: # Mono Tremolo return ((baseNoteBase, baseNoteDots, tremoloBars), baseNotePitches, None) # Not a valid Tremolo Base Note return ((None, None, None), None, None) def getALNstaffIDs(score): osystems, systems = getChildren(score, 'system') # Find "fret!" Keyword aLNstaffIDs = [] systemID = 0 for system in systems: staffID = 0 ostaves, staves = getChildren(system, 'staff') for staff in staves: ovoices, voices = getChildren(staff, 'voice') for voice in voices: onoteobjs, noteObjs = getChildren(voice, 'noteObjects') for obj in noteObjs: texts = getObjTextObjsByCriteria(obj, 'globalFretIndex') for text in texts: content = getTextContent(text) if content.strip().lower() == 'fret!': aLNstaffIDs.append(staffID) staffID = staffID + 1 systemID = systemID + 1 return list(set(aLNstaffIDs)) def aLT(score): global estHasALTstaff aLNstaffIDs = getALNstaffIDs(score) layout = score.gotoChild("layout") selected_staff = curSelection()[0][1] selected_system = curSelection()[0][0] systemID = 0 instIndex = None osystems, systems = getChildren(score, 'system') # Find Instrument Marker for system in systems: staffID = 0 ostaves, staves = getChildren(system, 'staff') for staff in staves: if selected_staff == staffID: ovoices, voices = getChildren(staff, 'voice') for voice in voices: onoteobjs, noteObjs = getChildren(voice, 'noteObjects') for obj in noteObjs: texts = getSimpleTexts(obj) for text in texts: text = text.strip() instNameList = [x[0] for x in instruments] if instNameList.count(text) > 0: if instIndex is not None: msgInstMarkerNotAllowed(instNameList[instIndex],text) instIndex = instNameList.index(text) staffID = staffID + 1 systemID = systemID + 1 # Take the selected Instrument Index if no Instrument Marker was set if instIndex is None: instIndex = setInstrumentIndex instrumentName, instrumentOpenTuning, instrumentFretCycle = instruments[instIndex] fretBoard = genFretBoard(instrumentOpenTuning, instrumentFretCycle) ostaffLayouts, staffLayouts = getChildren(layout, 'staffLayout', forcedPlural = 'staves') lastLayout = None oldAlnLayout = None allStaffNames = [] for staffLayout in staffLayouts: description = staffLayout.getAttribute('description') lastLayout = staffLayout allStaffNames.append(description) if description == setGenStaffName: oldAlnLayout = staffLayout.cloneNode(deep=True) alnLayout = lastLayout.cloneNode(deep=True) alnLayout.removeAttribute('description') alnLayout.setAttribute('description', setGenStaffName) distances = layout.gotoChild('distances', True) staffLines = distances.gotoChild('staffLines', True) staffLines.setAttribute('small', '2.72') setInstrumentProperty(alnLayout, 'name', setInstrumentName) setInstrumentProperty(alnLayout, 'abbrev', '') #setSound(patternLayout, 127, 80, 'MIDI-Schlagzeugkanal', 'percussion.midi') setLayoutClef(alnLayout, 'N2') numStrings = len(instrumentOpenTuning) setLayoutNoteLines(alnLayout, '_'*(8-numStrings)+'|'*numStrings+'___') setLayoutBarlines(alnLayout, 8-numStrings, 7, 'internal') setLayoutDistances(alnLayout, 8, 4, 'small') reCreate = False if oldAlnLayout is not None: notation = oldAlnLayout.gotoChild('notation', False) if notation is not None: noteLines = notation.getAttribute('notelines') lineCount = noteLines.count('|') if lineCount != numStrings: msgInstrumentChanged(lineCount, numStrings) return if setGenStaffName not in allStaffNames: staffLayouts.extend([alnLayout]) setChildren(ostaffLayouts, staffLayouts, 'staves') italic_voices = [setItalicVoice1, setItalicVoice2, setItalicVoice3] color_voices = [colorMap[setColorVoice1][1], colorMap[setColorVoice2][1], colorMap[setColorVoice3][1]] if setColorFingerNumbers: fingeringColor = 'FF0000' else: fingeringColor = '000000' stringsWoOctave = getStringNames(fretBoard, withOctave = False) systemID = 0 osystems, systems = getChildren(score, 'system') failed = False extraDistTopList = [] for system in systems: staffID = 0 ostaves, staves = getChildren(system, 'staff') for staff in staves: extraDistance = staff.gotoChild('extraDistance', False) if extraDistance is not None: top = extraDistance.getAttribute('top') if top is not None: extraDistTopList.append((systemID, staffID, top)) else: extraDistTopList.append((systemID, staffID, 0)) staffID = staffID + 1 systemID = systemID + 1 systemID = 0 for system in systems: staffID = 0 ostaves, staves = getChildren(system, 'staff') new_staves = [] origStaff = None for staff in staves: if selected_staff == staffID: origStaff = staff layout = staff.getAttribute('layout') reCreate = False if layout == setGenStaffName: reCreate = True staffID = staffID + 1 if selected_system == systemID or setALNcreate == 0: staffID = 0 for staff in staves: ovoices, voices = getChildren(staff, 'voice') # Shor/Hide all '-' for Fingering / Local Fret Index if set for voice in voices: oNoteObjs, noteObjs = getChildren(voice, 'noteObjects') for noteObj in noteObjs: setTextObjFretFingeringVisibility(noteObj) new_staff = None layout = staff.getAttribute('layout') if selected_staff == staffID and layout == setGenStaffName and not failed: msgALNselected() failed = True if not reCreate and selected_staff == staffID and (selected_system == systemID or setALNcreate == 0) and not failed: new_staff = origStaff.cloneNode(deep = True) new_staff.setAttribute('layout', setGenStaffName) index = None idx = 0 for distElem in extraDistTopList: if distElem[0]==systemID and distElem[1]==staffID: index = idx idx = idx + 1 if index is not None: top = extraDistTopList[min(index + 1, len(extraDistTopList)-1)][2] extraDistance = new_staff.gotoChild('extraDistance', True) try: distance = int(top)+int(setALNtopDistance) except: distance = 0 extraDistance.setAttribute('top', str(distance)) elif staff.getAttribute('layout') == setGenStaffName and not failed: new_staff = staff clearStaff(new_staff) origClone = origStaff.cloneNode(deep = True) copyStaff(origClone, new_staff) if new_staff is not None: hideNonAlnObjsInStaff(new_staff) try: yChordFretIndexPos = float(setChordFretIndexPos) except: yChordFretIndexPos = 0.0 yTop = -yChordFretIndexPos yBottom = numStrings + (yChordFretIndexPos-3.5) adjustAlTabChordsGlobalFretIndexes(new_staff, yTop, yBottom) setAlTabClefInStaff(new_staff, instrumentOpenTuning) oTabVoices, tabVoices = getChildren(new_staff, 'voice') oSoundVoices, soundVoices = getChildren(new_staff, 'voice') if isAln and selected_staff in aLNstaffIDs: tabVoices = tabVoices[0:len(tabVoices)/2] soundVoices = soundVoices[len(soundVoices)/2+1:len(soundVoices)/2+1] voiceID = 0 tieEndFirstUnplaced = True for voice in tabVoices: italic = italic_voices[voiceID % len(italic_voices)] custom_color = color_voices[voiceID % len(color_voices)] onoteObjects, noteObjects = getChildren(voice, 'noteObjects') numObjs = len(noteObjects) tab_notes = [] tabClefAnchorUsed = False for i in range(0, numObjs): obj = noteObjects[i] if i+1 < numObjs: nextObj = noteObjects[i+1] else: nextObj = None prefix = None suffix = None pauseSymCap3 = None numAposthophs = None numDots = None display = None invisible = False small = False if obj.localName in ['chord','rest']: duration = obj.gotoChild('duration') noDuration = duration.getAttribute('noDuration') base = duration.getAttribute('base') dots = duration.getAttribute('dots') display = obj.gotoChild('display', False) if display is not None: invisible_t = display.getAttribute('invisible') if invisible_t == 'true': invisible = True small_t = display.getAttribute('small') if small_t == 'true': small = True display = obj.gotoChild('display', True) display.setAttribute('invisible', 'true') if dots is None or dots == '': dots = '0' prefix = '' suffix = '' pauseSymCap3 = 'K' numAposthophs = 0 baseSplit = base.split('/') baseNum = baseSplit[0] if len(baseSplit) > 1: baseDenum = baseSplit[1] else: baseDenum = '1' baseNum = int(baseNum) baseDenum = int(baseDenum) if baseNum == 1: if baseDenum <= 2: prefix = '(' pauseSymCap3 = 'I' if baseDenum == 1: suffix = ')' pauseSymCap3 = 'J' while baseDenum > 4: baseDenum = baseDenum / 2 numAposthophs = numAposthophs + 1 numDots = int(dots) if numAposthophs > 0: pauseSymCap3 = chr(ord('L')+numAposthophs-1) pauseSymCap3 = pauseSymCap3 +'.'*numDots if noDuration == 'true': pauseSymCap3 = '' if obj.localName == 'rest': verticalPos = obj.gotoChild('verticalPos', False) if verticalPos is not None: obj.removeChild(verticalPos) noteColor = None color = display.getAttribute('color') if color is not None and color != '': noteColor = color if custom_color is not None: if custom_color == '-': noteColor = None else: noteColor = custom_color if len(tabVoices) == 1: yPos = -(-voiceID*2)*1.00+float(setSizeFretNumbers)*0.1-1.15 elif len(tabVoices) == 2: yPos = -(-voiceID*2)*1.00+float(setSizeFretNumbers)*0.1-1.15 else: yPos = -(-voiceID)*1.00+float(setSizeFretNumbers)*0.1-1.15 if len(pauseSymCap3) > 0 and not invisible: if len(pauseSymCap3) == 1: newDrawObj = addDrawObject(obj) yOffs = 0.0 if pauseSymCap3[0] in ['L', 'M', 'N', 'O']: yOffs = 0.6 elif pauseSymCap3[0] == 'I': yOffs = 1.0 addText(newDrawObj, pauseSymCap3, 0+0.3, yPos+yOffs, 'Capella3', float(setSizeFretNumbers)*2.5, color = noteColor, italic = italic) tab_notes.append(newDrawObj) elif len(pauseSymCap3) > 1: newDrawObj = addDrawObject(obj) newTextGroup = addTextGroup(newDrawObj) newInnerDrawObj = addDrawObject(newTextGroup, False) yOffs = 0.0 if pauseSymCap3[0] in ['L', 'M', 'N', 'O']: yOffs = 0.6 elif pauseSymCap3[0] == 'I': yOffs = 1.0 addText(newInnerDrawObj, pauseSymCap3[0], 0, yPos + yOffs, 'Capella3', float(setSizeFretNumbers)*2.5, color = noteColor, italic = italic) tab_notes.append(newDrawObj) xPos = 0.2+0.3 for char in pauseSymCap3[1:]: newInner2DrawObj = addDrawObject(newTextGroup, False) addText(newInner2DrawObj, char, xPos, yPos + 0.1, 'Capella3', float(setSizeFretNumbers)*2.5, color = noteColor, italic = italic) xPos = xPos + 0.3 if obj.localName == 'chord': pitches = getPitches(obj) ties = getTies(obj) tremoloBars = None stem = obj.gotoChild('stem', False) if stem is not None: tremoloBars = stem.getAttribute('tremoloBars') pitches_org = pitches pitches = [] for pitch in pitches_org: has_sharp = pitch.count('#') > 0 pitch = transposeTone(pitch, -12, has_sharp) pitches.append(pitch) fingeringScaled_ys = getObjTextScaledYcoordsByCriteria(obj, 'fingering') fingeringTextObjs = getObjTextObjsByCriteria(obj, 'fingering') localFretIndexScaled_ys = getObjTextScaledYcoordsByCriteria(obj, 'localFretIndex') localFretIndexTextObjs = getObjTextObjsByCriteria(obj, 'localFretIndex') objDrawObjs = obj.gotoChild('drawObjects', False) # Get Fingering Text Objects in the order of Pitches pitchFingeringTexts = [] for pitch in pitches: index = None if len(pitches) == 1: if len(fingeringTextObjs) == 1: index = 0 else: index = getObjTextIndexByCriteria(obj, pitch, pitches, fingeringScaled_ys, 'fingering') if index is not None and len(fingeringTextObjs) == len(pitches): ft = fingeringTextObjs[index] text = getTextContent(ft) pitchFingeringTexts.append(text) else: pitchFingeringTexts.append('') # Get Local Fret Index Text Objects in the order of Pitches pitchLocalFretIndexTexts = [] for pitch in pitches: index = None if len(pitches) == 1: if len(localFretIndexTextObjs) == 1: index = 0 else: index = getObjTextIndexByCriteria(obj, pitch, pitches, localFretIndexScaled_ys, 'localFretIndex') if index is not None and len(localFretIndexTextObjs) == len(pitches): ft = localFretIndexTextObjs[index] text = getTextContent(ft) pitchLocalFretIndexTexts.append(text) else: pitchLocalFretIndexTexts.append('') # Remove original Fingering Text for ft in fingeringTextObjs: if objDrawObjs: objDrawObjs.removeChild(ft) # Remove original local Fret Index Text for ft in localFretIndexTextObjs: if objDrawObjs: objDrawObjs.removeChild(ft) noteColor = None display = obj.gotoChild('display', False) if display is not None: color = display.getAttribute('color') if color is not None and color != '': noteColor = color if color is not None and color != '': noteColor = color if custom_color is not None: if custom_color == '-': noteColor = None else: noteColor = custom_color duration = obj.gotoChild('duration', False) noDuration = None if duration is not None: noDuration = duration.getAttribute('noDuration') pitchID = 0 tieFirstPlaced = False for pitch in pitches: localFretIndexText = '' if pitchLocalFretIndexTexts[pitchID] is not None: localFretIndexText = pitchLocalFretIndexTexts[pitchID] fingerText = '' if pitchFingeringTexts[pitchID] is not None: fingerText = pitchFingeringTexts[pitchID] sfs = getStringFretList(fretBoard, pitch) if fingerText.count(',') == 1: fingerString, fingerText = fingerText.split(',') fString = re.sub('(.*)?[0-9].*','\\1',fingerString) if stringsWoOctave.count(fString) > 0: string = stringsWoOctave.index(fString) fFret = re.sub('.*?([0-9].*)','\\1',fingerString) fret = int(fFret) sfs = [(string, fret)] else: fString = re.sub('(.*)?[0-9].*','\\1',fingerText) if stringsWoOctave.count(fString) > 0: string = stringsWoOctave.index(fString) fFret = re.sub('.*?([0-9].*)','\\1',fingerText) fret = int(fFret) sfs = [(string, fret)] fingerText = '' if len(sfs) > 0: string, fret = sfs[0] yPos = -(string - numStrings+2)*1.00+float(setSizeFretNumbers)*0.1-1.1 symbol = prefix+str(fret)+suffix+"'"*numAposthophs+'.'*numDots weight = None if len(pitches) > 1 and setChordTypeBold: weight = 700 xPos = -symbol.count('(')*0.45+0.3 newDrawObj = addDrawObject(obj) if not invisible: underline = False leftLine = False tremDura, tremBasePitches, tremNextPitches = getTremoloNotesAndDura(obj, nextObj) numTremBars = None if tremDura is not None: tremDuraBase = tremDura[0] tremDuraDots = tremDura[1] tremDuraTremBars = tremDura[2] if tremDuraTremBars is not None and tremDuraTremBars > 0: numTremBars = tremDuraTremBars xPos = xPos - numTremBars * 0.3 if tremoloBars == "1" and small: underline = True elif noDuration == 'true': leftLine = True addText(newDrawObj, symbol, xPos, yPos, 'Arial', float(setSizeFretNumbers), weight = weight, italic = italic, color = noteColor, underline = underline, leftline = leftLine, trembars = numTremBars) tab_notes.append(newDrawObj) xOffs = xPos + symbol.count('(')*0.40+symbol.count(')')*0.40 + symbol.count('.')*0.30 newDrawObj = addDrawObject(obj) weight = 100 if localFretIndexText.strip() == '-': localFretIndexText = '' addText(newDrawObj, localFretIndexText, 0.7+xOffs, yPos+0.36, 'Arial', float(setSizeLocalFretIndex), weight = weight, italic = italic, color = estFretIndexFontColor) tab_notes.append(newDrawObj) if setShowFingering: newDrawObj = addDrawObject(obj) weight = 100 if fingerText.strip() == '-': fingerText = '' addText(newDrawObj, fingerText, 0.7+xOffs, yPos+0.36, 'Arial', float(setSizeFingerNumbers), weight = weight, italic = italic, color = fingeringColor) tab_notes.append(newDrawObj) else: deleteObjTextAttributesByCriteria(obj, 'fingering') xTieOffs = 0.0 stemDir = voice.getAttribute('stemDir') # Get Tie end for pitchID slurYoffsTip = -0.7 slurYoffsBow = -2.0 if stemDir == 'down': slurYoffsTip = 0.0 slurYoffsBow = 1.3 if ties[pitchID][1] and tieEndFirstUnplaced: tieFirstPlaced = True setSlur(obj, 0, 0.3, yPos+slurYoffsTip, 0.3, yPos+slurYoffsBow, -3.0, yPos+slurYoffsBow, -3.0, yPos+slurYoffsTip) # Get Tie begin for pitchID if ties[pitchID][0]: # On last Note, a tie must be stretched tieFirstPlaced = True noteRange = 1 if i == numObjs-1: xTieOffs = 3.0 noteRange = 0 setSlur(obj, noteRange, 0.5, yPos+slurYoffsTip, 0.5, yPos+slurYoffsBow, 0.3+xTieOffs, yPos+slurYoffsBow, 0.3+xTieOffs, yPos+slurYoffsTip) else: #yPos = -(string - numStrings+2)*1.00+float(setSizeFretNumbers)*0.1-1.1 if len(tabVoices) == 1: yPos = 0 elif len(tabVoices) == 2: yPos = -(-voiceID*2)*1.00+float(setSizeFretNumbers)*0.1-1.1 else: yPos = -(-voiceID)*1.00+float(setSizeFretNumbers)*0.1-1.1 newDrawObj = addDrawObject(obj) # Out of range note addText(newDrawObj, pitch.lower() , 0, yPos, 'Arial', float(setSizeFretNumbers)*1.2, color = 'FF0000', italic = italic) tab_notes.append(newDrawObj) deleteObjTextAttributesByCriteria(obj, 'fingering') deleteObjTextAttributesByCriteria(obj, 'localFretIndex') pitchID = pitchID + 1 if tieFirstPlaced: tieEndFirstUnplaced = False if tabClefAnchorUsed: if not setChordsShow: deleteObjTextAttributesByCriteria(obj, 'chord', keepDrawObjs=tab_notes) if not setSimpleTextShow: deleteObjTextAttributesByCriteria(obj, 'simple', keepDrawObjs=tab_notes) if not setMusicSymbolsShow: deleteObjTextAttributesByCriteria(obj, 'musicSymbol', keepDrawObjs=tab_notes) if not setRichTextShow: deleteObjTextAttributesByCriteria(obj, 'richText') if not setLyricsShow: deleteObjLyrics(obj) hideTremoloBars(obj) if obj.localName == 'rest': tabClefAnchorUsed = True oDrawObjs, drawObjs = getChildren(obj, 'drawObjects') if drawObjs is not None: for drawObj in drawObjs: volta = drawObj.gotoChild('volta', False) basic = drawObj.gotoChild('basic', False) if volta is not None: basic.setAttribute('placement', 'auto') voiceID = voiceID + 1 if not reCreate: new_staves.append(new_staff) staffID = staffID + 1 if not failed: staves.extend(new_staves) setChildren(ostaves, staves, 'staves') systemID = systemID + 1 global embeddedFileCopyList embeddedFileCopyList = getReAlignFileCopyList(score) class Config: def __init__(self): self.file = ScriptOptions() self.dic = {} def get(self, varName, defValue = None): try: value = self.dic.get(varName) if defValue is not None: if value is None: value = defValue if type(defValue) is bool: defValue = str(value).lower elif type(defValue) is int: defValue = int(value) self.set(varName, defValue) else: if type(defValue) is bool: if value == 'true': value = True elif value == 'false': value = False elif value == '1': value = True elif value == '0': value = False if type(defValue) is int: value = int(value) return value except: pass return None def set(self, varName, value): if type(value) is bool: value = str(value).lower() if type(value) is int: value = str(value) self.dic.update({varName: value}) def load(self): try: self.dic = self.file.get() for key in self.dic.keys(): value = self.dic.get(key) if value == 'false': value = False elif value == 'true': value = True self.dic.update({key: value}) print("loaded", self.dic) except: print("Could not open configuration file",self.file) def save(self): try: for key in self.dic.keys(): value = self.dic.get(key) if type(value) is bool: value = str(value).lower() self.dic.update({key: value}) self.file.set(self.dic) except: print("Could not save configuration file",self.file) def getReAlignFileCopyList(score): copyList = [] RTFobjs = score.getElementsByTagName('richText') objCounter = 1 for RTFobj in RTFobjs: oldfilename = RTFobj.getAttribute('file') newfilename = re.sub('(.*)[0-9]+\.rtf','\\1', oldfilename)+str(objCounter)+'.rtf' oldfilenameHtml = RTFobj.getAttribute('fileHtml') newfilenameHtml = re.sub('(.*)[0-9]+\.html','\\1', oldfilenameHtml)+str(objCounter)+'.html' RTFobj.setAttribute('file',newfilename) RTFobj.setAttribute('fileHtml',newfilenameHtml) copyList.append((oldfilename, newfilename)) copyList.append((oldfilenameHtml, newfilenameHtml)) objCounter = objCounter + 1 #WMFobjs = src_staff.getElementsByTagName('metafile') #for WMFobj in WMFobjs: #oldfilnam = WMFobj.getAttribute('file') #WMFobj.setAttribute('file',mapOtherFiles[oldfilnam]) return copyList def copyAndRepackFiles(zipFile, copyList): writeFileNameWithDataList = [] zip = zipfile.ZipFile(zipFile,'r', zipfile.ZIP_DEFLATED) for fileInfo in zip.filelist: fileName = fileInfo.filename srcFile = zip.open(fileName) data = srcFile.read() srcFile.close() skip = False for copyListItem in copyList: srcFileName, destFileName = copyListItem if fileName == destFileName and srcFileName != destFileName: skip = True if not skip: writeFileNameWithDataList.append((fileName, data)) for fileSrcDst in copyList: srcFileName, destFileName = fileSrcDst if srcFileName != destFileName: srcFile = zip.open(srcFileName) data = srcFile.read() srcFile.close() writeFileNameWithDataList.append((destFileName, data)) zip.close() zip2 = zipfile.ZipFile(zipFile,'w', zipfile.ZIP_DEFLATED) for writeFileNWD in writeFileNameWithDataList: destFileName, data = writeFileNWD zi = zipfile.ZipInfo(destFileName, (1980, 1, 1, 0, 0, 0)) zip2.writestr(zi, data) zip2.close() estHasALTstaff = False config = Config() config.load() setGenStaffName = config.get('setGenStaffName', 'Pattern') colorMap = [ ['Original', None], # None is used to keep original color ['Schwarz', '-'], # '-' is used to delete color attribute ['Rot', 'AA0000'], ['Orange', 'FFAA00'], ['Grün', '00AA00'], ['Blau', '00AAFF'], ['Violett', 'AA00FF'], ] instruments = [ ('S6 Gitarre Std', ['E3', 'A3', 'D4', 'G4', 'B4', 'E5'], 5), ('S7 Gitarre Std', ['B2', 'E3', 'A3', 'D4', 'G4', 'B4', 'E5'], 5), ('S4 Bass Std', ['E2', 'A2', 'D3', 'G3'], 5), ('S5 Bass Std',['B1', 'E2', 'A2', 'D3', 'G3'], 5), ('S4 acaBass-Low', ['E3', 'A3', 'D4', 'G4'], 5), ('S4 acaBass-High', ['E4', 'A4', 'D5', 'G5'], 5), ('S5 acaBass-Low', ['B2', 'E3', 'A3', 'D4', 'G4'], 5), ('S5 acaBass-High', ['B3', 'E4', 'A4', 'D5', 'G5'], 5), ('S4 Ukulele Std', ['G4', 'C4', 'E4', 'A4'], 5), ('S4 Ukulele aLT', ['G5', 'C4', 'E4', 'A4'], 5), ('S4 Mandoline Std', ['G3', 'D4', 'A4', 'E5'], 7), ('S6 Gitarre DADGAD', ['D3', 'A3', 'D4', 'G4', 'A4', 'D5'], 7), ('S6 Gitarre Open-C', ['C3', 'G3', 'C4', 'G4', 'C5', 'E5'], 7), ('S6 Gitarre Drop-C', ['C3', 'G3', 'C4', 'F4', 'A4', 'D5'], 7), ('S6 Gitarre Open-D', ['D3', 'A3', 'D4', 'F#4', 'A4', 'D5'], 7), ('S6 Gitarre Open-Dm', ['D3', 'A3', 'D4', 'F4', 'A4', 'D5'], 7), ('S6 Gitarre Drop-D', ['D3', 'A3', 'D4', 'G4', 'B4', 'E5'], 7), ('S6 Gitarre Double-Drop-D', ['D3', 'A3', 'D4', 'G4', 'B4', 'D5'], 7), ('S6 Gitarre Open-E', ['E3', 'B3', 'E4', 'G#4', 'B4', 'E5'], 7), ('S6 Gitarre Open-Em', ['E3', 'B3', 'E4', 'G4', 'B4', 'E5'], 7), ('S6 Gitarre Drop-E', ['E3', 'B3', 'E4', 'A4', 'C#5', 'F#5'], 7), ('S6 Gitarre Open-G', ['D3', 'G3', 'D4', 'G4', 'B4', 'D5'], 7), ('S6 Gitarre Open-Gm', ['D3', 'G3', 'D4', 'G4', 'Bb4', 'D5'], 7), ('S6 Gitarre Open-A1', ['E3', 'A3', 'E4', 'A4', 'C#5', 'E5'], 7), ('S6 Gitarre Open-A2', ['E3', 'A3', 'C#4', 'E4', 'A4', 'E5'], 7), ('S6 Gitarre Open-Am1', ['E3', 'A3', 'E4', 'A4', 'C5', 'E5'], 7), ('S6 Gitarre Open-Am2', ['E3', 'A3', 'C4', 'E4', 'A4', 'E5'], 7), ] def genFretBoard(strings, numFrets): fretBoard = [] for fret in range(0,numFrets+1): newStrings = [] numStrings = len(strings) for stringIdx in range(0, numStrings): newTone = transposeTone(strings[stringIdx], fret) newStrings.append(newTone) fretBoard.append(newStrings) return fretBoard def getStringFretList(fretBoard, tone): # acaLead mode retval = [] fretNo = 0 for strings in fretBoard: stringNo = 0 for string in strings: if force_sign(string) == force_sign(tone): retval.append((stringNo, fretNo)) stringNo = stringNo + 1 fretNo = fretNo + 1 # Slide mode on highest String (if acaLead mode failed because tone out of range) if len(retval) == 0: string_pitches = [] max_pitch0 = 0 # Only for open tones for string in fretBoard[0]: string_pitch=midiPitch(string) string_pitches.append(midiPitch(string)) max_pitch0 = max(max_pitch0, string_pitch) high_string_idx = string_pitches.index(max_pitch0) pitch = midiPitch(tone) if pitch > max_pitch0: fret = pitch - max_pitch0 retval.append((high_string_idx, fret)) return retval def msgALNselected(): messageBox('Notenzeile an Cursor', 'Cursor steht in keiner "Notenzeile".') def msgInstrumentChanged(oldNumStrings, numStrings): messageBox('Instrument geändert', '"Änderung" des Instrumentes nicht möglich!\nVorher existierende Tab in Mustersystem löschen.\nGrund: Saitenanzahl (alt: '+str(oldNumStrings)+', neu: '+str(numStrings)+') ungleich.') def msgInstMarkerNotAllowed(firstOccurr, nextOccurr): messageBox('Mehrere Instrumentenmarker', 'Wechsel des Instrument-Markers erkannt. Letzterer ist gültig ('+firstOccurr+' → '+nextOccurr+').') # Plugin Dialog def dialog(): global config global setGenStaffName global setInstrumentName global setALNtopDistance global setALNcreate global setInstrumentIndex global setSizeFretNumbers global setSizeGlobalFretIndex global setSizeLocalFretIndex global setSizeFingerNumbers global setColorFingerNumbers global setChordFretIndexPos global setFretIndexPosAbove global setChordsPosAbove global setUseGermanH global setItalicVoice1 global setItalicVoice2 global setItalicVoice3 global setColorVoice1 global setColorVoice2 global setColorVoice3 global setChordTypeBold global setShowStrings global setShowFingering global setSimpleTextShow global setMusicSymbolsShow global setRichTextShow global setChordsShow global setLyricsShow global editGenStaffName global editInstrumentName global editALNtopDistance global radioALNcreate global comboInstrument global editSizeFretNumbers global editSizeGlobalFretIndex global editSizeLocalFretIndex global editSizeFingerNumbers global checkColorFingerNumbers global editChordFretIndexPos global checkFretIndexPosAbove global checkChordsPosAbove global checkUseGermanH global checkItalicVoice1 global checkItalicVoice2 global checkItalicVoice3 global comboColorVoice1 global comboColorVoice2 global comboColorVoice3 global checkChordTypeBold global checkReset global checkShowStrings global checkShowFingering global checkSimpleTextShow global checkMusicSymbolsShow global checkRichTextShow global checkChordsShow global checkLyricsShow global estCursorStaffName checkReset = CheckBox('reset', value = False) config.load() setGenStaffName = config.get('setGenStaffName', 'aLT') setInstrumentName = config.get('setInstrumentName', 'Tab') setALNtopDistance = config.get('setALNtopDistance', '0') setALNcreate = config.get('setALNcreate', 0) setInstrumentIndex = config.get('setInstrumentIndex', 0) setSizeFretNumbers = config.get('setSizeFretNumbers', '5') setSizeGlobalFretIndex = config.get('setSizeGlobalFretIndex', '5') setSizeLocalFretIndex = config.get('setSizeLocalFretIndex', '4') setSizeFingerNumbers = config.get('setSizeFingerNumbers', '4') setColorFingerNumbers = config.get('setColorFingerNumbers', True) setChordFretIndexPos = config.get('setChordFretIndexPos', '3.5') setFretIndexPosAbove = config.get('setFretIndexPosAbove', True) setChordsPosAbove = config.get('setChordsPosAbove', False) setUseGermanH = config.get('setUseGermanH', False) setItalicVoice1 = config.get('setItalicVoice1', False) setItalicVoice2 = config.get('setItalicVoice2', True) setItalicVoice3 = config.get('setItalicVoice3', False) setColorVoice1 = config.get('setColorVoice1', 0) setColorVoice2 = config.get('setColorVoice2', 0) setColorVoice3 = config.get('setColorVoice3', 0) setChordTypeBold = config.get('setChordTypeBold', True) setShowStrings = config.get('setShowStrings', True) setShowFingering = config.get('setShowFingering', True) setSimpleTextShow = config.get('setSimpleTextShow', True) setMusicSymbolsShow = config.get('setMusicSymbolsShow', True) setRichTextShow = config.get('setRichTextShow', True) setChordsShow = config.get('setChordsShow', True) setLyricsShow = config.get('setLyricsShow', True) wdt = 41 wdtRight = 38 spacer = Label('') labelCursorStaffName = Label('Name', width = wdtRight/2) fretIndexColor = Label('Fret-Index Font-Farbe', width=wdtRight/2) fretIndexHeight = Label('Fret-Index Font-Größe', width=wdtRight/2) textIsParsed = Label('Fret-Index aktuell aktiv', width=wdtRight/2) vBoxEstPropLabels = VBox([labelCursorStaffName, fretIndexColor, fretIndexHeight, textIsParsed]) labelCursorStaffNameValue = Label(': '+estCursorStaffName, width = wdtRight/2-1) fColor = '-' fSize = '-' if estFretIndexFontColor != '': fColor = '#'+estFretIndexFontColor fSize = str(estFretIndexFontSize)+' px' fretIndexColorValue = Label(': '+fColor, width=wdtRight/2-1) fretIndexHeightValue = Label(': '+fSize, width=wdtRight/2-1) if fColor == '-': isConv = '-' else: if isAln: isConv = "Ja" else: isConv = "Nein" textIsParsedValue = Label(': '+isConv, width=wdtRight/2-1) vBoxEstPropValues = VBox([labelCursorStaffNameValue, fretIndexColorValue, fretIndexHeightValue, textIsParsedValue]) labelGenStaffName = Label('aLT-Zeilenname', width = wdtRight / 2 + 5) editGenStaffName = Edit(value = setGenStaffName, width = wdtRight / 3) hBoxGenStaffName = HBox([labelGenStaffName, editGenStaffName]) labelInstrumentName = Label('Instrumentenbezeichnung', width = wdtRight / 2 + 5) editInstrumentName = Edit(value = setInstrumentName, width = wdtRight / 3) hBoxInstrumentName = HBox([labelInstrumentName, editInstrumentName]) sHasALTStaff = 'nein' if estHasALTstaff: sHasALTStaff = 'ja' labelEstHasALNStaff = Label('aLT-Zeile vorhanden: '+sHasALTStaff, width = wdtRight) labelALNtopDistance = Label('Zus. Abst. zur Notenzeile nach oben', width = wdtRight / 2 + 10) editALNtopDistance = Edit(value = setALNtopDistance, width = wdtRight / 4 - 2) hBoxALNtopDistance = HBox([labelALNtopDistance, editALNtopDistance]) alnCreateOptions = ['in allen Systemen', 'nur in System mit Cursor'] radioALNcreate = Radio(alnCreateOptions, text = 'aLT-Zeile erstellen', value = setALNcreate) instrumentOptions = [] for instrument in instruments: stringNames = getStringNames([instrument[1]], withOctave=True) joinedStringNames = str.join(',', stringNames) instrumentOptions.append(instrument[0]+' ('+joinedStringNames+'), '+str(instrument[2])+' ') labelInstrument = Label('Instrument / Stimmung / Saiten / Zyklus', width = wdtRight) comboInstrument = ComboBox(instrumentOptions, value=setInstrumentIndex, width = wdtRight) checkReset = CheckBox('EINSTELLUNGEN ZURÜCKSETZEN', value=False, width=wdtRight) checkShowStrings = CheckBox('Saitennamen anzeigen', value = setShowStrings, width=wdtRight) checkShowFingering = CheckBox('Fingersatzzahlen anzeigen', value = setShowFingering, width=wdtRight) checkSimpleTextShow = CheckBox('Einfach-Text "T" anzeigen', value = setSimpleTextShow, width=wdtRight) checkRichTextShow = CheckBox('Textfeld "abc" anzeigen', value = setRichTextShow, width=wdtRight) checkMusicSymbolsShow = CheckBox('Capella3 Musik-Textzeichen anzeigen', value = setMusicSymbolsShow, width=wdtRight) checkChordsShow = CheckBox('Chords/Steps/"T"-Gruppen anzeigen', value = setChordsShow, width=wdtRight) checkLyricsShow = CheckBox('Liedtext anzeigen', value = setLyricsShow, width=wdtRight) vBoxPlugin = VBox([checkReset, checkShowStrings, checkShowFingering, checkSimpleTextShow, checkRichTextShow, checkMusicSymbolsShow, checkChordsShow, checkLyricsShow]) hBoxSourceProps = HBox([vBoxEstPropLabels, vBoxEstPropValues],text = 'Quell-Notenzeile-Eigenschaften (Cursor-Position)') vBoxStaffSettings = VBox([hBoxGenStaffName, hBoxInstrumentName, labelEstHasALNStaff, hBoxALNtopDistance, spacer, radioALNcreate, spacer, labelInstrument, spacer, comboInstrument]) hBoxStaffSettings = HBox([vBoxStaffSettings],text = 'Ziel-Tabulatur-Eigenschaften') hBoxPlugin = HBox([vBoxPlugin], text = 'Plugin-Anwendung') vBoxRight = VBox([hBoxSourceProps, spacer, hBoxStaffSettings, spacer, hBoxPlugin]) labelSizeFretNumbers = Label('Bundzahlen', width = wdt / 2) editSizeFretNumbers = Edit(value = setSizeFretNumbers, width = wdt / 3) hBoxSizeFretNumbers = HBox([labelSizeFretNumbers, editSizeFretNumbers]) labelSizeGlobalFretIndex = Label('Globale Fret-Indexe', width = wdt / 2) editSizeGlobalFretIndex = Edit(value = setSizeGlobalFretIndex, width = wdt / 3) hBoxSizeGlobalFretIndex = HBox([labelSizeGlobalFretIndex, editSizeGlobalFretIndex]) labelSizeLocalFretIndex = Label('Lokale Fret-Indexe', width = wdt / 2) editSizeLocalFretIndex = Edit(value = setSizeLocalFretIndex, width = wdt / 3) hBoxSizeLocalFretIndex = HBox([labelSizeLocalFretIndex, editSizeLocalFretIndex]) labelSizeFingerNumbers = Label('Fingersatzzahlen', width = wdt / 2) editSizeFingerNumbers = Edit(value = setSizeFingerNumbers, width = wdt / 3) hBoxSizeFingerNumbers = HBox([labelSizeFingerNumbers, editSizeFingerNumbers]) checkColorFingerNumbers = CheckBox('Fingersatzfarbe rot (oder schwarz)', value = setColorFingerNumbers, width = wdt-6) vBoxPlacedNumbersProps = VBox([hBoxSizeFretNumbers, hBoxSizeGlobalFretIndex, hBoxSizeLocalFretIndex, hBoxSizeFingerNumbers, checkColorFingerNumbers]) hBoxPlacedNumbersProps = HBox([vBoxPlacedNumbersProps], text = 'Zahlen: Größe (px) und Farbe') labelChordFretIndexPos = Label('Abstand zum Notensystem', width = wdt / 2) editChordFretIndexPos = Edit(value = setChordFretIndexPos, width = wdt / 3) hBoxChordFretIndexPos = HBox([labelChordFretIndexPos, editChordFretIndexPos]) checkFretIndexPosAbove = CheckBox('Glob. Fret-Index über aLT-Zeile (oder unter)', value = setFretIndexPosAbove, width = wdt - 6) checkChordsPosAbove = CheckBox('Chords/Steps über aLT-Zeile (oder unter)', value = setChordsPosAbove, width = wdt-6) checkUseGermanH = CheckBox('Verwende h statt b (in Saitennamen)', value = setUseGermanH, width = wdt-6) vBoxFretIndexProps = VBox([hBoxChordFretIndexPos, checkFretIndexPosAbove, checkChordsPosAbove, checkUseGermanH]) hBoxFretIndexProps = HBox([vBoxFretIndexProps], text = 'Anzeigeeigenschaften') optColors = [] for item in colorMap: optColors.append(item[0]) labelVoice1 = Label('Stimme 1:', width = 7) checkItalicVoice1 = CheckBox('kursiv', value = setItalicVoice1, width = 8) labelColorVoice1 = Label('Farbe:', width = 4) comboColorVoice1 = ComboBox(optColors, value = setColorVoice1, width = 13) hBoxVoice1 = HBox([labelVoice1, checkItalicVoice1, labelColorVoice1, comboColorVoice1]) labelVoice2 = Label('Stimme 2:', width = 7) checkItalicVoice2 = CheckBox('kursiv', value = setItalicVoice2, width = 8) labelColorVoice2 = Label('Farbe:', width = 4) comboColorVoice2 = ComboBox(optColors, value = setColorVoice2, width = 13) hBoxVoice2 = HBox([labelVoice2, checkItalicVoice2, labelColorVoice2, comboColorVoice2]) labelVoice3 = Label('Stimme 3:', width = 7) checkItalicVoice3 = CheckBox('kursiv', value = setItalicVoice3, width = 8) labelColorVoice3 = Label('Farbe:', width = 4) comboColorVoice3 = ComboBox(optColors, value = setColorVoice3, width = 13) hBoxVoice3 = HBox([labelVoice3, checkItalicVoice3, labelColorVoice3, comboColorVoice3]) vBoxOptVoiceProps = VBox([hBoxVoice1, hBoxVoice2, hBoxVoice3]) hBoxOptVoiceProps = HBox([vBoxOptVoiceProps], text = 'Optische Stimmen-Eigenschaften') checkChordTypeBold = CheckBox('fett', value = setChordTypeBold, width = wdt - 6) vBoxOptChordProps = VBox([checkChordTypeBold]) hBoxOptChordProps = HBox([vBoxOptChordProps], text = 'Optische Mehrton-/Chord-Eigenschaften') vBoxLeft = VBox([hBoxPlacedNumbersProps, spacer, hBoxFretIndexProps, spacer, hBoxOptVoiceProps, spacer, hBoxOptChordProps]) hBox = HBox([vBoxLeft, spacer, vBoxRight]) vBox = VBox([hBox]) dlg = Dialog('aL.Tabber', vBox) return dlg if activeScore(): tempInput = tempfile.mktemp('.capx') tempOutput = tempfile.mktemp('.capx') activeScore().write(tempInput) ScoreAnalyze(tempInput, tempOutput) os.remove(tempInput) os.remove(tempOutput) dialogPass = False while not dialogPass: dialogOkClicked = dialog().run() setReset = checkReset.value() if setReset and dialogOkClicked: config.dic = {} dialogStatus = False dialogPass = False config.save() else: dialogPass = True if dialogOkClicked: setGenStaffName = editGenStaffName.value() setInstrumentName = editInstrumentName.value() setALNtopDistance = editALNtopDistance.value() setALNcreate = radioALNcreate.value() setInstrumentIndex = comboInstrument.value() setSizeFretNumbers = editSizeFretNumbers.value() setSizeGlobalFretIndex = editSizeGlobalFretIndex.value() setSizeLocalFretIndex = editSizeLocalFretIndex.value() setSizeFingerNumbers = editSizeFingerNumbers.value() setColorFingerNumbers = checkColorFingerNumbers.value() setChordFretIndexPos = editChordFretIndexPos.value() setFretIndexPosAbove = checkFretIndexPosAbove.value() setChordsPosAbove = checkChordsPosAbove.value() setUseGermanH = checkUseGermanH.value() setItalicVoice1 = checkItalicVoice1.value() setItalicVoice2 = checkItalicVoice2.value() setItalicVoice3 = checkItalicVoice3.value() setColorVoice1 = comboColorVoice1.value() setColorVoice2 = comboColorVoice2.value() setColorVoice3 = comboColorVoice3.value() setChordTypeBold = bool(checkChordTypeBold.value()) setShowStrings = bool(checkShowStrings.value()) setShowFingering = bool(checkShowFingering.value()) setSimpleTextShow = bool(checkSimpleTextShow.value()) setRichTextShow = bool(checkRichTextShow.value()) setMusicSymbolsShow = bool(checkMusicSymbolsShow.value()) setChordsShow = bool(checkChordsShow.value()) setLyricsShow = bool(checkLyricsShow.value()) config.set("setGenStaffName", setGenStaffName) config.set("setInstrumentName", setInstrumentName) config.set("setALNtopDistance", setALNtopDistance) config.set("setALNcreate", setALNcreate) config.set("setInstrumentIndex", setInstrumentIndex) config.set("setSizeFretNumbers", setSizeFretNumbers) config.set("setSizeGlobalFretIndex", setSizeGlobalFretIndex) config.set("setSizeLocalFretIndex", setSizeLocalFretIndex) config.set("setSizeFingerNumbers", setSizeFingerNumbers) config.set("setColorFingerNumbers", setColorFingerNumbers) config.set("setChordFretIndexPos", setChordFretIndexPos) config.set("setFretIndexPosAbove", setFretIndexPosAbove) config.set("setChordsPosAbove", setChordsPosAbove) config.set("setUseGermanH", setUseGermanH) config.set("setItalicVoice1", setItalicVoice1) config.set("setItalicVoice2", setItalicVoice2) config.set("setItalicVoice3", setItalicVoice3) config.set("setColorVoice1", setColorVoice1) config.set("setColorVoice2", setColorVoice2) config.set("setColorVoice3", setColorVoice3) config.set("setChordTypeBold", setChordTypeBold) config.set("setShowStrings", setShowStrings) config.set("setShowFingering", setShowFingering) config.set("setSimpleTextShow", setSimpleTextShow) config.set("setRichTextShow", setRichTextShow) config.set("setMusicSymbolsShow", setMusicSymbolsShow) config.set("setChordsShow", setChordsShow) config.set("setLyricsShow", setLyricsShow) print(config.dic) config.save() activeScore().registerUndo("aL.Tabber") tempInput = tempfile.mktemp('.capx') tempOutput = tempfile.mktemp('.capx') activeScore().write(tempInput) global embeddedFileCopyList embeddedFileCopyList = [] # embeddedFileCopyList is set after ScoreChange ScoreChange(tempInput, tempOutput) # tempOutput must be extended by # new (obj___X)-Files here (e.g. Rich Text) # listed in embeddedFileCopyList if len(embeddedFileCopyList) > 0: copyAndRepackFiles(tempOutput, embeddedFileCopyList) activeScore().read(tempOutput) os.remove(tempInput) os.remove(tempOutput)