private void ProcessFile()
{
bool PreviousStaffLayered = false;
btnGo.Enabled = false;
Cursor OldCursor = this.Cursor;
this.Cursor = Cursors.WaitCursor;
SetSlurComplex = false;
try
{
Encoding isoIn = Encoding.GetEncoding("UTF-8");
NWCTextFile = new StreamReader(txtFile.Text.ToString(), isoIn);
}
catch (Exception)
{
MessageBox.Show("Unable to read file " + txtFile.Text.ToString(), "NWC2LY");
return;
}
FileInfo Info = new FileInfo(txtFile.Text.ToString());
string Line, CopyLine;
string Command;
string StaffName = "";
string Headers = "";
CurrentDir = Info.DirectoryName + "\\";
char LyricName = 'A';
StaffNames.Clear();
string LilyPondFileName = txtFile.Text.ToString();
LilyPondFileName = LilyPondFileName.Replace(Info.Extension, ".ly");
while (NWCTextFile.Peek() >= 0)
{
Line = NWCTextFile.ReadLine();
InputLines.Add(Line);
if (Line.IndexOf("setSlurComplex") > -1)
{
SetSlurComplex = true;
}
}
while (InputLines.Count > 0)
{
Line = CopyLine = InputLines[0];
InputLines.RemoveAt(0);
Command = nwc2ly.nwc2ly.GetCommand(ref Line);
switch (Command)
{
case "Version":
{
ThisVersion = Convert.ToDouble(Line);
if (ThisVersion > 2.7)
{
// Get rid of backslashes escaped with following closing bracket
for (int ThisLine = 0; ThisLine < InputLines.Count; ThisLine++)
{
if (InputLines[ThisLine].IndexOf("|Text|Text:") == 0)
{
int EscPos = InputLines[ThisLine].IndexOf("\\]");
while (EscPos > -1)
{
InputLines[ThisLine] = InputLines[ThisLine].Substring(0, EscPos + 1) + InputLines[ThisLine].Substring(EscPos + 2);
EscPos = InputLines[ThisLine].IndexOf("\\]");
}
}
}
}
break;
}
case "SongInfo":
{
Headers = DoHeaders(Line);
break;
}
case "PgSetup":
{
break;
}
case "Font":
{
break;
}
case "PgMargins":
{
break;
}
case "AddStaff":
{
StaffName = nwc2ly.nwc2ly.GetPar("Name", Line);
if (StaffName == "")
{
// Do something here to create a name
}
StaffInfo Staff = new StaffInfo();
Staff.Name = StaffName; // This is used for creating solo parts
Staff.StaffName = StaffName;
StaffName = StaffName.Replace("\"", "");
StaffName = StaffName.Replace(" ", "");
StaffName = StaffName.Replace("/", "");
StaffName = StaffName.Replace("\\", "");
Staff.Name = StaffName;
Staff.StaffName = Staff.StaffName.Replace("\"", "");
Staff.Label = nwc2ly.nwc2ly.GetPar("Label", Line);
Staff.Label = Staff.Label.Replace("\"", "");
Staff.Abbrev = nwc2ly.nwc2ly.GetPar("LabelAbbr", Line);
Staff.Abbrev = Staff.Abbrev.Replace("\"", "");
Staff.FileName = txtName.Text + StaffName;
if (nwc2ly.nwc2ly.GetPar("Group", Line).IndexOf("Instrument") > -1)
{
Staff.isInst = true;
}
StaffNames.Add(Staff);
break;
}
case "StaffProperties":
{
string Layer = "";
string StaffLabel = StaffNames[StaffNames.Count - 1].Name.ToLower();
StaffType Style = StaffType.None;
if (Line.IndexOf("|EndingBar:") > -1) // Ugh. Have to do this since there are 2 StaffProperties lines, and WithNextStaff
// is only ever on one of them, but not always...
{
string NextStaffVal = "";
if (ThisVersion < 2.5)
{
Layer = nwc2ly.nwc2ly.GetPar("Layer", Line);
}
else
{
NextStaffVal = nwc2ly.nwc2ly.GetPar("WithNextStaff", Line, true);
if (NextStaffVal.Length > 0)
{
if (NextStaffVal.IndexOf("Layer") > -1)
{
Layer = "Y";
}
}
}
if (StaffLabel.ToLower().IndexOf("solo") > -1)
{
StaffNames[StaffNames.Count - 1].Type = StaffType.Solo;
}
else
{
if (ThisVersion < 2.5)
{
string StaffStyle = nwc2ly.nwc2ly.GetPar("Style", Line);
switch (StaffStyle)
{
case "Standard":
Style = StaffType.Standard;
break;
case "Upper Grand Staff":
Style = StaffType.UpperGrandStaff;
break;
case "Lower Grand Staff":
Style = StaffType.LowerGrandStaff;
break;
case "Orchestral":
Style = StaffType.Orchestral;
break;
}
}
else
{
Style = StaffType.NoBracketNext;
NextStaffVal = nwc2ly.nwc2ly.GetPar("WithNextStaff", Line, true);
if (NextStaffVal.Length > 0)
{
if (NextStaffVal.IndexOf("Brace") > -1) // At present, this means we can't have GrandStaff _and_ bracket
{
Style = StaffType.GrandStaffNext;
}
if (NextStaffVal.IndexOf("Bracket") > -1)
{
if (NextStaffVal.IndexOf("ConnectBars") > -1)
{
Style = StaffType.OrchestralNext;
}
else
{
Style = StaffType.BracketNext;
}
}
}
}
}
}
if (Style != StaffType.None)
{
StaffNames[StaffNames.Count - 1].Type = Style;
}
if (Layer != "")
{
StaffNames[StaffNames.Count - 1].Layer = Layer; // i.e. set _this_ SN.Layer property
}
if (StaffNames.Count > 1)
{
if (StaffNames[StaffNames.Count - 2].Layer == "Y")
{
StaffNames[StaffNames.Count - 1].StaffName = StaffNames[StaffNames.Count - 2].StaffName;
PreviousStaffLayered = true;
}
else
{
PreviousStaffLayered = false;
}
}
if (Line.IndexOf("Visible:N") > -1)
{
StaffNames[StaffNames.Count - 1].Visible = false;
}
if (Line.IndexOf("EndingBar:Master Repeat Close") > -1)
{
StaffNames[StaffNames.Count - 1].MasterRepeatClose = true;
}
break;
}
case "StaffInstrument":
{
break;
}
case "Lyrics":
{
if (Line.IndexOf("Placement:Top") >= 0)
{
StaffNames[StaffNames.Count - 1].bLyricsTop = true;
}
if (StaffNames[StaffNames.Count - 1].Visible)
{
GetLyrics(ref LyricName);
}
break;
}
case "Clef":
{
NWCStaffFile = new StreamWriter(CurrentDir + txtName.Text + StaffName + ".nwcextract");
GetNoteInfo(CopyLine);
NWCStaffFile.Close();
string DynamicDir = GetDynDir(StaffNames.Count - 1);
string[] args = { CurrentDir + txtName.Text + StaffName + ".nwcextract", CurrentDir + txtName.Text + StaffName + ".ly", DynamicDir, radAcc.Checked.ToString(), PreviousStaffLayered.ToString(), chkAutobeam.Checked.ToString(), udDynSpace.Value.ToString(), chkSkipLyr.Checked.ToString() };
nwc2ly.nwc2ly.Main(args);
break;
}
}
}
// The bits below are the ossia lyric processing code
// Start by looping over all the staves.
for (int i = 0; i < StaffNames.Count; i++)
{
StreamReader Staff = null;
try
{
Staff = new StreamReader(CurrentDir + StaffNames[i].FileName + ".ly");
}
catch (Exception eEx)
{
MessageBox.Show(eEx.Message + "\nPerhaps you have an empty stave?", "NWCTXT2ly error");
break;
}
string InputLine = Staff.ReadLine();
// The nwctxt processor marks staves with an ossiaStave command with %OssiaStave as the first text
if (InputLine.IndexOf("%OssiaStave") == 0)
{
StaffNames[i].Type = StaffType.Ossia;
// It places the ossia names with spaces between, so we can use split.
string[] OssiaMusic = InputLine.Split(' ');
for (int j = 1; j < OssiaMusic.Length; j++)
{
// Store the ossia names provided by this staff.
StaffNames[i].OssiaMusic.Add(OssiaMusic[j]);
}
}
if (InputLine.IndexOf("%OssiaInclude") == 0)
{
// These staves have ossia music included in them
StaffNames[i].OssiaInclude = true;
while (InputLine.IndexOf("%OssiaInclude") == 0)
{
// The included ossia music is listed at the top of the file, one per line
StaffNames[i].OssiaMusic.Add(InputLine.Substring(14)); // Store the name, less %OssiaInclude
InputLine = Staff.ReadLine();
}
}
Staff.Close();
}
// OK, now we've found them all, let's process them
for (int i = 0; i < StaffNames.Count; i++) // Just doing this separate from the loop above for easier reading
{
if (StaffNames[i].MasterRepeatClose == true)
{
StreamReader InputFile = new StreamReader(CurrentDir + StaffNames[i].FileName + ".ly");
// Get the contents of the file which includes the ossia
string FileContents = InputFile.ReadToEnd();
InputFile.Close();
FileContents=FileContents.Replace("|.", ":|.");
StreamWriter FileOutput = new StreamWriter(CurrentDir + StaffNames[i].FileName + ".ly");
FileOutput.Write(FileContents);
FileOutput.Flush();
FileOutput.Close();
}
}
for (int i = 0; i < StaffNames.Count; i++) // Just doing this separate from the loop above for easier reading
{
if (StaffNames[i].OssiaInclude)
{
// i.e. this staff has ossia music included in it
List<OssiaMusicInfo> OssiaInfo = new List<OssiaMusicInfo>();
int OssiaPieces = 0;
for (int j = 0; j < StaffNames[i].OssiaMusic.Count; j++)
{
// Looping over all the included ossia parts by name
string OssiaMusic = StaffNames[i].OssiaMusic[j];
string [] OssiaMusicSplit;
// if (OssiaMusic.IndexOf(" Staff ") > -1)
{
OssiaMusicSplit = OssiaMusic.Split(' '); ;
OssiaPieces++;
}
for (int k = 0; k < StaffNames.Count; k++) // Look for the stave(s) that contain the actual ossia music
{
if (StaffNames[k].Type == StaffType.Ossia) // Ignore non-ossia staves
{
for (int l = 0; l < StaffNames[k].OssiaMusic.Count; l++) // Loop over all the ossia names
{
string OssiaInclude = StaffNames[k].OssiaMusic[l];
if (OssiaMusicSplit[0] == OssiaInclude)
{
// Found the staff with the included ossia music
OssiaMusicInfo ThisOssiaDetails = new OssiaMusicInfo();
ThisOssiaDetails.StaffName = StaffNames[k].Name;
ThisOssiaDetails.StaffNum = k;
ThisOssiaDetails.Layer = (StaffNames[k].Layer == "Y");
ThisOssiaDetails.OssiaMusicName = OssiaMusicSplit[0];
ThisOssiaDetails.OssiaPiece = OssiaPieces;
OssiaInfo.Add(ThisOssiaDetails);
}
}
}
}
}
Console.WriteLine(""); // Process the OssiaMusicIncludes here
for (int j = 0; j < OssiaInfo.Count; j++)
{
int OssiaPiece = OssiaInfo[j].OssiaPiece;
int LastBottom = -1;
int LayerCount = 0;
// Check if there are other simultaneous pieces
for (int k = 0; k < OssiaInfo.Count; k++)
{
if (j != k)
{
if (OssiaInfo[k].OssiaPiece == OssiaPiece)
{
// Yes, there are - so check whether they're layered
if (OssiaInfo[j].Layer)
{
// Layered - but need to check whether the next stave is the one below
if (OssiaInfo[k].StaffNum - OssiaInfo[j].StaffNum == LayerCount + 1)
{
// Yes - so these are 2 voices on a single stave - but there could still be more
LayerCount++;
OssiaInfo[Math.Min(j, k)].TopOfLayer = true;
OssiaInfo[Math.Min(j, k)].BottomOfLayer = false;
OssiaInfo[Math.Max(j, k)].BottomOfLayer = true;
OssiaInfo[Math.Max(j, k)].TopOfLayer = false;
if (LayerCount > 1)
{
OssiaInfo[LastBottom].BottomOfLayer = false;
}
LastBottom = Math.Max(j, k);
}
}
}
}
}
j += LayerCount;
}
// OK - so now we have identified which ossias start staves and which finish them. Loop and write
StreamReader OssiaFile = new StreamReader(CurrentDir + StaffNames[i].FileName + ".ly");
// Get the contents of the file which includes the ossia
string FileContents = OssiaFile.ReadToEnd();
OssiaFile.Close();
string OssiaStaff = "";
for (int j = 0; j < OssiaInfo.Count; j++)
{
string MusicDetails = "";
if (OssiaInfo[j].TopOfLayer)
{
MusicDetails += " \\new Staff = \"" + OssiaInfo[j].OssiaMusicName + "OssiaStaff\" \\with {\r\n";
MusicDetails += " \\remove \"Time_signature_engraver\"\r\n";
//MusicDetails += " alignAboveContext = #\"" + StaffNames[i].Name + "Dyn\"\r\n";
if (chkSpacer.Checked)
{
MusicDetails += " alignAboveContext = #\"" + StaffNames[i].OssiaMusic[j].Split(' ')[1] + "\"\r\n";
}
else
{
MusicDetails += " alignAboveContext = #\"" + StaffNames[i].OssiaMusic[j].Split(' ')[1] + "Dyn\"\r\n";
}
MusicDetails += " \\override StaffSymbol #'staff-space = #(magstep -3) % Sets the staff line spacing\r\n";
MusicDetails += " fontSize = #-2\r\n";
MusicDetails += " } \r\n";
MusicDetails += " << \r\n";
OssiaStaff = OssiaInfo[j].OssiaMusicName;
}
MusicDetails += "\\new Voice = \"" + OssiaInfo[j].OssiaMusicName + "Ossia\" { \r\n";
if (!chkAutobeam.Checked)
{
MusicDetails += " \\autoBeamOff\r\n";
}
MusicDetails += " \\" + OssiaInfo[j].OssiaMusicName + "\r\n";
MusicDetails += " } \r\n";
if (OssiaInfo[j].BottomOfLayer)
{
MusicDetails += ">>\r\n";
}
// Replace the marker with the music string
FileContents = FileContents.Replace("%" + OssiaInfo[j].OssiaMusicName + "Music", MusicDetails);
// Process the lyrics
string LyricString = "";
// Loop over all the lyric lines in this included music, in reverse order (lily requires this)
for (int m = StaffNames[OssiaInfo[j].StaffNum].LyricLines - 1; m >= 0; m--)
{
LyricString += "\\new Lyrics \\with { \r\n alignBelowContext = \"";
LyricString += OssiaStaff + "OssiaStaff";
LyricString += "\"\r\n \\override VerticalAxisGroup.nonstaff-nonstaff-spacing = #'((basic-distance . 2))\r\n}";
LyricString += "\\lyricsto \"" + OssiaInfo[j].OssiaMusicName + "Ossia\" { \\teeny ";
StreamReader OssiaLyricsFile = new StreamReader(CurrentDir + StaffNames[OssiaInfo[j].StaffNum].LyricFileNames[m]);
string OssiaLyrics = OssiaLyricsFile.ReadToEnd();
OssiaLyricsFile.Close();
Regex FindOssiaLyrics = new Regex("(<oss\\(" + OssiaInfo[j].OssiaMusicName + "\\)>)([-_\\'\\,\\.\\;\\:\\!\\)\\?\\w\\s\\\"#={}\\\\]+)(</oss>)([\\\"]?)", RegexOptions.Multiline);
Match LyricMatch = FindOssiaLyrics.Match(OssiaLyrics);
string ThisLyric = "";
if (LyricMatch.Success)
{
ThisLyric = LyricMatch.Result("$2" + "$4");
}
LyricString += ThisLyric;
LyricString += " }\r\n";
}
// Replace the marker with the lyric string
FileContents = FileContents.Replace("%" + OssiaInfo[j].OssiaMusicName + "Lyrics", LyricString);
}
// And write it out again
StreamWriter OssiaFileOutput = new StreamWriter(CurrentDir + StaffNames[i].FileName + ".ly");
OssiaFileOutput.Write(FileContents);
OssiaFileOutput.Flush();
OssiaFileOutput.Close();
}
}
// End of ossia code
if (chkSkipLyr.Checked)
{
for (int i = 0; i < StaffNames.Count; i++)
{
DoLyricSkips(StaffNames[i]);
}
}
LilyPondFile = new StreamWriter(LilyPondFileName, false);
string ver = Application.ProductVersion;
LilyPondFile.WriteLine("% Generated by NWCTXT2Ly C# version " + ver + " by Phil Holmes");
LilyPondFile.WriteLine("% Based on nwc2ly by Mike Wiering");
LilyPondFile.WriteLine();
LilyPondFile.WriteLine("\\version \"2.19.16\"");
if (SetSlurComplex)
{
LilyPondFile.WriteLine(Resource1.SetSlurCode.ToString());
LilyPondFile.WriteLine();
}
LilyPondFile.WriteLine("\\pointAndClickOff");
LilyPondFile.WriteLine("#(set-global-staff-size " + udFontSize.Value.ToString() + ")");
LilyPondFile.WriteLine("");
LilyPondFile.WriteLine(Headers);
LilyPondFile.WriteLine("\\paper{");
LilyPondFile.WriteLine(" top-margin = " + udTopMargin.Value.ToString());
LilyPondFile.WriteLine(" bottom-margin = " + udBottomMargin.Value.ToString());
LilyPondFile.WriteLine(" left-margin = " + udLeftMargin.Value.ToString());
LilyPondFile.WriteLine(" line-width = " + udLineWidth.Value.ToString());
if (chkLast.Checked)
{
LilyPondFile.WriteLine(" ragged-last-bottom = ##f");
}
LilyPondFile.WriteLine("}");
LilyPondFile.WriteLine("");
for (int i = 0; i < StaffNames.Count; i++)
{
if (StaffNames[i].Type == StaffType.Ossia)
{
LilyPondFile.WriteLine("\\include \"" + StaffNames[i].FileName + ".ly\"");
}
}
if (chkPiano.Checked)
{
LilyPondFile.WriteLine("\\layout {");
LilyPondFile.WriteLine(" \\context {");
LilyPondFile.WriteLine(" \\PianoStaff \\remove \"Keep_alive_together_engraver\" ");
LilyPondFile.WriteLine(" }");
LilyPondFile.WriteLine("}");
}
if (chkRemove.Checked)
{
LilyPondFile.WriteLine("\\layout {");
LilyPondFile.WriteLine(" \\context {");
LilyPondFile.WriteLine(" \\Staff \\RemoveEmptyStaves");
if (chkFirstStave.Checked)
{
LilyPondFile.WriteLine(" \\override VerticalAxisGroup #'remove-first = ##t");
}
LilyPondFile.WriteLine(" }");
LilyPondFile.WriteLine("}");
}
LilyPondFile.WriteLine("\\new Score \\with {");
if (chkForcePage.Checked)
{
LilyPondFile.WriteLine(" \\override NonMusicalPaperColumn #'page-break-permission = ##f");
}
LilyPondFile.WriteLine(" \\override PaperColumn #'keep-inside-line = ##t");
LilyPondFile.WriteLine(" \\override NonMusicalPaperColumn #'keep-inside-line = ##t");
LilyPondFile.WriteLine("}");
LilyPondFile.WriteLine("{");
if (chkCompress.Checked)
{
LilyPondFile.WriteLine(" \\compressFullBarRests");
LilyPondFile.WriteLine(" \\override Score.MultiMeasureRest #'expand-limit = #1");
}
LilyPondFile.WriteLine(" <<");
WriteVoices();
LilyPondFile.WriteLine(" >> % Music end");
LilyPondFile.WriteLine("}");
LilyPondFile.Close();
NWCTextFile.Close();
this.Cursor = OldCursor;
btnGo.Enabled = true;
}
private void WriteVoices()
{
string Layer;
bool Layering = false;
char Name1 = 'A', Name2 = 'A';
char LyricName = 'A';
string[] VoiceNames = { "\\voiceOne", "\\voiceTwo", "\\voiceThree", "\\voiceFour" };
int VoiceNumber = 0;
int Staves = 0;
StaffType StaveTypeAbove = StaffType.None;
StaffType NewStaveType;
string ThisVoiceName;
string FontSize = "";
string FurnitureSize = "";
bool PianoStaff=false;
int StavesWritten = 0;
int NonOssiaStaves = 0;
StaffInfo ThisStave = new StaffInfo();
string DynamicAlign;
bool PianoDynamicsWritten = false;
string WithMark = "";
for (int i = 0; i < StaffNames.Count; i++)
{
if (StaffNames[i].Type != StaffType.Ossia)
{
if (StaffNames[i].Visible)
{
if (StaffNames[i].Layer == "N")
{
NonOssiaStaves++;
}
}
}
}
for (int i = 0; i < StaffNames.Count; i++)
{
Console.WriteLine(StaffNames[i].Name + ", " + StaffNames[i].Type + ", " + StaffNames[i].Layer);
}
if (ThisVersion > 2.4)
{
for (int i = 0; i < StaffNames.Count; i++)
{
if (i == 0 && StaffNames[i].Type == StaffType.NoBracketNext)
{
StaffNames[i].Type = StaffType.Solo;
}
else if (StaffNames[i].Type == StaffType.NoBracketNext && StaffNames[i - 1].Type == StaffType.NoBracketNext)
{
StaffNames[i].Type = StaffType.Solo;
}
}
}
Console.WriteLine("After \"fixing\" the staff types");
for (int i = 0; i < StaffNames.Count; i++)
{
Console.WriteLine(StaffNames[i].Name + ", " + StaffNames[i].Type + ", " + StaffNames[i].Layer);
}
bool InGrandStaff = false;
for (int i = 0; i < StaffNames.Count; i++)
{
PianoStaff = false;
if (StaffNames[i].Visible && StaffNames[i].Type != StaffType.Ossia)
{
NewStaveType = StaffNames[i].Type;
WithMark = "";
if (StaffNames[i].addMark)
{
WithMark = " \\with { \\consists Mark_engraver } ";
}
FontSize = "";
FurnitureSize = "";
if (NewStaveType == StaffType.Solo && chkSmall.Checked == true)
{
FontSize = " \\tiny ";
FurnitureSize = @" \with { \override KeySignature #'font-size = #-2 \override TimeSignature #'font-size = #-2 \override StaffSymbol #'staff-space = #0.8 \override Clef #'font-size = #-2 } ";
}
if (NewStaveType == StaffType.UpperGrandStaff || NewStaveType == StaffType.LowerGrandStaff) PianoStaff = true; // Pre 2.5
if (NewStaveType == StaffType.GrandStaffNext) // 2.5 and later
{
PianoStaff = true;
InGrandStaff = true;
}
else if (NewStaveType != StaffType.NoBracketNext && InGrandStaff)
{
InGrandStaff = false;
}
if (StaveTypeAbove != NewStaveType || StaveTypeAbove == StaffType.None) // i.e. we have to change the type of bracket we're using
{
if (StaveTypeAbove != StaffType.BracketNext & NewStaveType != StaffType.NoBracketNext)
{
if (StaveTypeAbove != StaffType.UpperGrandStaff && NewStaveType != StaffType.LowerGrandStaff) // Old is not upper, new is not lower
{
if (StavesWritten > 0)
{
LilyPondFile.WriteLine(" >> % Staffgroup end");
}
switch (NewStaveType)
{
case StaffType.Solo:
{
LilyPondFile.WriteLine(" <<");
break;
}
case StaffType.Standard:
case StaffType.BracketNext:
{
LilyPondFile.WriteLine(" \\new ChoirStaff <<");
if (NonOssiaStaves != StaffNames.Count())
{
LilyPondFile.Write(@" \set ChoirStaff.systemStartDelimiterHierarchy = #'(SystemStartBar (SystemStartBracket ");
for (int j = 0; j < NonOssiaStaves; j++)
{
LilyPondFile.Write(j.ToString() + " ");
}
LilyPondFile.WriteLine(") )");
}
LilyPondFile.WriteLine(" \\override ChoirStaff.SystemStartBracket #'collapse-height = #1");
LilyPondFile.WriteLine(" \\override Score.SystemStartBar #'collapse-height = #1");
break;
}
case StaffType.Orchestral:
case StaffType.OrchestralNext:
{
LilyPondFile.WriteLine(" \\new StaffGroup <<");
break;
}
case StaffType.UpperGrandStaff:
case StaffType.LowerGrandStaff:
case StaffType.GrandStaffNext:
{
LilyPondFile.WriteLine(@" \new PianoStaff \with { \consists #Span_stem_engraver } <<");
LilyPondFile.WriteLine(" \\set PianoStaff.connectArpeggios = ##t");
if (chkLabel.Checked)
{
LilyPondFile.WriteLine(" \\set PianoStaff.instrumentName = #\"Piano\"");
}
if (chkShort.Checked)
{
LilyPondFile.WriteLine(" \\set PianoStaff.shortInstrumentName = #\"Pno\"");
}
break;
}
default:
{
break;
}
}
}
}
StaveTypeAbove = NewStaveType;
}
ThisVoiceName = "";
Layer = StaffNames[i].Layer;
string MelodyEngraver = "";
string NeutralDirection = "";
if (chkMelody.Checked)
{
if (StaffNames[i].Type == StaffType.Solo || StaffNames[i].Type == StaffType.Standard)
{
if (!StaffNames[i].isInst)
{
MelodyEngraver = "\\with { \\consists \"Melody_engraver\" }";
NeutralDirection = "\\override Stem #'neutral-direction = #'()";
}
}
}
if (Layer == "N" && Layering) // New voice on existing stave - layering = false - need to end stave
{
VoiceNumber++;
if (chkVoice.Checked)
{
ThisVoiceName = VoiceNames[VoiceNumber];
}
LilyPondFile.WriteLine(" \\new Voice = \"" + StaffNames[i].FileName + "\" " + MelodyEngraver + " { " + FontSize + ThisVoiceName + NeutralDirection + " << \\include \"" + StaffNames[i].FileName + ".ly\" >> }");
WriteLyricDetails(StaffNames[i], ref LyricName);
LilyPondFile.WriteLine(" >> % Staff end");
DynamicAlign = "";
if (GetDynDir(i) == "Up")
{
DynamicAlign = " = \"" + ThisStave.Name + "Dyn\" \\with { alignAboveContext = \"" + ThisStave.Name + "\" } ";
}
if (PianoStaff)
{
if (!PianoDynamicsWritten)
{
LilyPondFile.WriteLine(" \\new Dynamics " + DynamicAlign + "{ \\include \"" + ThisStave.FileName + "Dyn.ly\" }");
PianoDynamicsWritten = true;
}
}
else
{
LilyPondFile.WriteLine(" \\new Dynamics " + DynamicAlign + "{ \\include \"" + ThisStave.FileName + "Dyn.ly\" }");
PianoDynamicsWritten = false;
}
Layering = false;
Staves++;
}
else if (Layer == "Y" && Layering) // New voice on existing stave - layering = true
{
VoiceNumber++;
if (chkVoice.Checked)
{
ThisVoiceName = VoiceNames[VoiceNumber];
}
LilyPondFile.WriteLine(" \\new Voice = \"" + StaffNames[i].FileName + "\" " + MelodyEngraver + " { " + FontSize + ThisVoiceName + NeutralDirection + " << \\include \"" + StaffNames[i].FileName + ".ly\" >> }");
WriteLyricDetails(StaffNames[i], ref LyricName);
}
else if (Layer == "N" && !Layering) // Only voice on new stave - layering = false
{
VoiceNumber = 0;
LilyPondFile.WriteLine(" \\new Staff = \"" + StaffNames[i].Name + "\"" + WithMark + FurnitureSize);
LilyPondFile.WriteLine(" <<");
ThisStave = StaffNames[i];
if (chkLabel.Checked)
{
if (!PianoStaff)
{
LilyPondFile.WriteLine(" \\set Staff.instrumentName = " + MakeStaffName(StaffNames[i].Label));
}
}
if (chkShort.Checked)
{
if (!PianoStaff)
{
if (StaffNames[i].Abbrev != "")
{
LilyPondFile.WriteLine(" \\set Staff.shortInstrumentName = " + MakeStaffName(StaffNames[i].Abbrev));
}
else
{
LilyPondFile.WriteLine(" \\set Staff.shortInstrumentName = " + MakeStaffName(StaffNames[i].StaffName));
}
}
}
LilyPondFile.WriteLine(" \\new Voice = \"" + StaffNames[i].FileName + "\" " + MelodyEngraver + " { " + FontSize + NeutralDirection + " << \\include \"" + StaffNames[i].FileName + ".ly\" >> }");
WriteLyricDetails(StaffNames[i], ref LyricName);
LilyPondFile.WriteLine(" >> % Staff end");
DynamicAlign = "";
if (GetDynDir(i) == "Up")
{
DynamicAlign = " \\with { alignAboveContext = \"" + ThisStave.Name + "\" } ";
}
if (PianoStaff)
{
if (!PianoDynamicsWritten)
{
LilyPondFile.WriteLine(" \\new Dynamics " + DynamicAlign + "{ \\include \"" + ThisStave.FileName + "Dyn.ly\" }");
PianoDynamicsWritten = true;
}
}
else
{
LilyPondFile.WriteLine(" \\new Dynamics " + DynamicAlign + "{ \\include \"" + ThisStave.FileName + "Dyn.ly\" }");
PianoDynamicsWritten = false;
}
Layering = false;
Staves++;
}
else if (Layer == "Y" && !Layering) // First voice on new stave - layering = true
{
VoiceNumber = 0;
if (chkVoice.Checked)
{
ThisVoiceName = VoiceNames[VoiceNumber];
}
LilyPondFile.WriteLine(" \\new Staff = \"" + StaffNames[i].Name + "\"" + WithMark + FurnitureSize);
LilyPondFile.WriteLine(" <<");
ThisStave = StaffNames[i];
if (chkLabel.Checked)
{
if (!PianoStaff)
{
LilyPondFile.WriteLine(" \\set Staff.instrumentName = " + MakeStaffName(StaffNames[i].Label));
}
}
if (chkShort.Checked)
{
if (!PianoStaff)
{
if (StaffNames[i].Abbrev != "")
{
LilyPondFile.WriteLine(" \\set Staff.shortInstrumentName = " + MakeStaffName(StaffNames[i].Abbrev));
}
else
{
LilyPondFile.WriteLine(" \\set Staff.shortInstrumentName = " + MakeStaffName(StaffNames[i].StaffName));
}
}
}
LilyPondFile.WriteLine(" \\new Voice = \"" + StaffNames[i].FileName + "\" " + MelodyEngraver + " { " + FontSize + ThisVoiceName + NeutralDirection + " << \\include \"" + StaffNames[i].FileName + ".ly\" >> }");
WriteLyricDetails(StaffNames[i], ref LyricName);
Layering = true;
}
else
{ // Bizarre - can't happen
}
Name1++;
if (Name1 == 'Z')
{
Name2++;
Name1 = 'A';
}
StavesWritten++;
}
}
LilyPondFile.WriteLine(" >> % Pianostaff/staffgroup/choirstaff end");
txtResult.Text = Staves.ToString() + " staves written with " + StaffNames.Count.ToString() + " voices.";
}
private void DoLyricSkips(StaffInfo ThisStaffName)
{
string NoteFile = ThisStaffName.FileName + ".notes.txt";
StreamReader NoteData = new StreamReader(CurrentDir + NoteFile);
string AllNoteData = NoteData.ReadToEnd();
NoteData.Close();
string[] AllNotes = AllNoteData.Split(',');
foreach (string LyricFile in ThisStaffName.LyricFileNames)
{
StreamReader LyricFileStream = new StreamReader(CurrentDir + LyricFile);
string Input = LyricFileStream.ReadToEnd();
LyricFileStream.Close();
string AllLyrics = Input;
Regex FindStanza = new Regex("\\\\set stanza = #\"([0-9]*)\" \\r\\n");
MatchCollection StanzaMatches = FindStanza.Matches(AllLyrics);
foreach (Match StanzaMatch in StanzaMatches)
{
AllLyrics = AllLyrics.Replace(StanzaMatch.ToString(), StanzaMatch.ToString().Replace(" ", ""));
}
Regex FindConcat = new Regex("\\\\char\\s*##x[0-9|A-F]{4}\\s*[\\w]*");
MatchCollection ConcatMatches = FindConcat.Matches(AllLyrics);
foreach (Match ConcatMatch in ConcatMatches)
{
AllLyrics = AllLyrics.Replace(ConcatMatch.ToString(), ConcatMatch.ToString().Replace(" ", ""));
}
while (AllLyrics.IndexOf(" --") > -1) AllLyrics = AllLyrics.Replace(" --", "--");
while (AllLyrics.IndexOf(" __") > -1) AllLyrics = AllLyrics.Replace(" __", "__");
while (AllLyrics.IndexOf("char ##") > -1) AllLyrics = AllLyrics.Replace("char ##", "char##");
while (AllLyrics.IndexOf("{ ") > -1) AllLyrics = AllLyrics.Replace("{ ", "{");
while (AllLyrics.IndexOf(" }") > -1) AllLyrics = AllLyrics.Replace(" }", "}");
AllLyrics = AllLyrics.Replace("\r\n}", "}");
while (AllLyrics.IndexOf(" }") > -1) AllLyrics = AllLyrics.Replace(" }", "}");
for (int ii = 0; ii < LyricReplace.Count; ii++)
{
AllLyrics = AllLyrics.Replace(LyricReplace[ii].Replacement, LyricReplace[ii].Replacement.Replace(" ", ""));
}
while (AllLyrics.IndexOf(" ") > -1) AllLyrics = AllLyrics.Replace(" ", " ");
while (AllLyrics.IndexOf("\r\n ") > -1) AllLyrics = AllLyrics.Replace("\r\n ", "\r\n");
string[] LyricTokens = AllLyrics.Split(' ');
int NoteLoc = 0;
string NewLyrics = "";
for (int i = 0; i < LyricTokens.Count(); i++)
{
if (i > 0)
{
if (AllNotes[NoteLoc].IndexOf("Skip") > -1 || LyricTokens[i - 1] == @"\skip1")
{
if (!(LyricTokens[i - 1].IndexOf("--") > -1 || LyricTokens[i - 1].IndexOf("__") > -1 || LyricTokens[i - 1].IndexOf("\\skip1") > -1))
{
LyricTokens[i - 1] += "__";
}
}
}
while (NoteLoc < AllNotes.Count() && (AllNotes[NoteLoc] == "TieSkip" || AllNotes[NoteLoc] == "SlurSkip" || AllNotes[NoteLoc] == "SkipSkip"))
{
if (AllNotes[NoteLoc] == "SkipSkip")
{
LyricTokens[i - 1] += @" \skip1"; // The skip must be attached to the previous note.
}
NoteLoc++;
}
NoteLoc++;
}
for (int i = 0; i < LyricTokens.Count(); i++)
{
NewLyrics += LyricTokens[i] + " ";
}
NewLyrics = NewLyrics.Replace("--", " --");
NewLyrics = NewLyrics.Replace("__", " __");
NewLyrics = NewLyrics.Replace("}", " }");
NewLyrics = NewLyrics.Replace("char##", "char ##");
int charPos = NewLyrics.IndexOf("char ##");
while (charPos > -1)
{
NewLyrics = NewLyrics.Insert(charPos + 12, " ");
charPos = NewLyrics.IndexOf("char ##", charPos + 1);
}
for (int ii = 0; ii < LyricReplace.Count; ii++)
{
NewLyrics = NewLyrics.Replace(LyricReplace[ii].Replacement.Replace(" ", ""), LyricReplace[ii].Replacement);
}
NewLyrics = NewLyrics.Replace(@"\setstanza=#", @"\set stanza = #");
NewLyrics = NewLyrics.Replace(" ", " ");
NewLyrics = NewLyrics.Replace(" ", " ");
StreamWriter LyricFileResult = new StreamWriter(CurrentDir + LyricFile, false);
LyricFileResult.Write(NewLyrics);
LyricFileResult.Flush();
LyricFileResult.Close();
}
}
private void WriteLyricDetails(StaffInfo StaffName, ref char LyricName)
{
string FontSize = "";
if (StaffName.Type == StaffType.Solo)
{
if (chkSmall.Checked == true)
{
FontSize = " \\tiny ";
}
}
if (StaffName.LyricLines > 0)
{
for (int i = 0; i < StaffName.LyricLines; i++)
{
string LyricAlign = "";
if (StaffName.bLyricsTop)
{
LyricAlign = "\\with { alignAboveContext = " + StaffName.StaffName + " } ";
}
LilyPondFile.WriteLine(" \\new Lyrics " + LyricAlign + "\\lyricsto \"" + StaffName.FileName + "\" { " + FontSize + " << \\include \"" + StaffName.LyricFileNames[i] + "\" >> }");
LyricName++;
}
}
}