internal clsEvPC(clsCFPC chordfile, clsMTime.clsBBT onbbt, bool[] chord, List <int> chnotes) //create from notemap etc.
//* chnotes optional
{
CF = chordfile;
OnBBT = onbbt;
if (chnotes == null || chnotes.Count == 0)
{
chnotes = new List <int>();
Root = false;
for (int i = 0; i < 12; i++)
{
if (chord[i])
{
chnotes.Add(i);
}
}
}
else
{
Root = true;
}
List <clsNotePC> listnpw = new List <clsNotePC>();
foreach (int n in chnotes)
{
listnpw.Add(new clsNotePC(n));
}
_Notes = listnpw.ToArray();
}
internal bool?Compare(clsCFPC cf, int seg)
{
//* compare key from this to key from txtkey - return true if the same
clsKeyTicks algkey = Keys[seg];
if (algkey == null)
{
return(null);
}
//algkey = algkey.Transpose(-cf.Transpose_File);
int seglo = seg - ErrorMargin;
int seghi = seg + ErrorMargin;
for (int s = seglo; s <= seghi; s++)
{
if (s < 0 || s >= Keys.Count)
{
continue;
}
int ticks = new clsMTime.clsBBT(s, 0, 0).Ticks;
//int ticks = cf.MTime.GetTicks(s);
clsKeyTicks txtkey = P.F.Keys[ticks];
if (algkey.IsEquiv(txtkey))
{
return(true);
}
}
return(false);
}
} //clone for different time
internal clsEvPC(clsCFPC cf, clsMTime.clsBBT onbbt, string[] ll)
: this(cf, ll) //read .chp lines
{
OnBBT = onbbt;
int ontime = onbbt.Ticks;
if (ontime < 0)
{
throw new ChordFileException();
}
}
internal clsEvPC(clsCFPC chordfile, clsMTime.clsBBT onbbt, bool[] chord, int root) //create from notemapCF
{
CF = chordfile;
OnBBT = onbbt;
List <int> notelist = ConvBoolArrayToListInt(root, chord, out Root);
List <clsNotePC> listnpw = new List <clsNotePC>();
foreach (int n in notelist)
{
listnpw.Add(new clsNotePC(n));
}
_Notes = listnpw.ToArray();
}
internal clsPicNoteMapNM(Forms.IShowNoteMap ishownotemap, clsCFPC cftxt, PictureBox pic)
: base(pic, null, true, ishownotemap.BarFont, false)
{
//* called from frmNoteMap using CF (chordfile)
IShowNoteMap = ishownotemap;
CFtxt = cftxt;
//FileName = cftxt.Txtfilename;
//NoteMap = cftxt.NoteMap;
//P.F.MaxQTime = maxqtime;
//maxqtime.MaxQTime = cftxt.MaxQTime;
//NumTrks = 1;
//QIdd = clsFileStream.QIdd;
//TicksPerQI = P.F.TicksPerQI;
SetPicSize(null); //probably not necessary to do here
}
internal clsEvPC(clsCFPC chordfile, clsMTime.clsBBT onbbt, int[] chord) //BIAB, ManChords
{
CF = chordfile;
OnBBT = onbbt;
Root = true;
List <clsNotePC> listnpw = new List <clsNotePC>();
for (int i = 0; i < chord.Length; i++)
{
clsNotePC npw = new clsNotePC();
//npw.PC_NoKBTrans = chord[i].Mod12();
npw.Set_PC_NoKBTrans(chord[i]);
listnpw.Add(npw);
}
_Notes = listnpw.ToArray();
}
internal float GetPercent(clsCFPC cf)
{
//* return percentage of keys that are the same
int samecnt = 0, validcnt = 0;
for (int seg = 0; seg < Keys.Count; seg++)
{
bool?result = Compare(cf, seg);
if (result.HasValue)
{
validcnt++;
if (result.Value)
{
samecnt++;
}
}
}
return((samecnt * 100) / validcnt);
}
internal clsEvPC(clsCFPC cf, string[] ll) //null bbt, or called by other constructor
//bars. beats, twelfths start at 0
{
CF = cf;
//Index = index;
if (ll[1] == "null") //no chord - use scale (7 note chord)
{
_Notes = new clsNotePC[0];
return; //show nothing
}
List <clsNotePC> listnpw = new List <clsNotePC>();
int chordpitch = -1;
int notecnt = 0;
for (int i = 1; i < ll.Length; i++) //ll = space delimited line, incl bbt
{
string l = ll[i];
if (l.StartsWith("..")) //bassnote
{
BassNote = l.TrimStart(new char[] { '.' }); //not yet used...
}
else if (l.StartsWith(".")) //chordname
{
string name = l.TrimStart(new char[] { '.' });
chordpitch = NoteName.GetPitchAndQualifier(name, out ChordQualifier);
if (chordpitch < 0)
{
throw new ChordFileException(); //should be ChordFileException
}
//} else if (l.StartsWith(":")) { //chordname (marked)
// string name = l.TrimStart(new char[] { ':' });
// chordpitch = NoteName.GetPitchAndQualifier(name, out ChordQualifier);
// if (chordpitch < 0) throw new ChordFileException(); //should be ChordFileException
// Mark = true;
}
else //note
{
if (++notecnt > (int)P.frmStart.nudMaxChordSize.Value)
{
continue;
}
clsNotePC npw = new clsNotePC();
int pitch = NoteName.GetPitch(l);
if (pitch < 0) //not a valid note - assume chord+qualifier
{
ll[i--] = "." + l;
continue;
}
npw.Set_PC_NoKBTrans(NoteName.GetPitch(l));
listnpw.Add(npw);
}
}
if (chordpitch >= 0) //chordname present, with or without notes
{
string qual = ChordQualifier.ToLower();
ChordAnalysis.clsTemplate t = ChordAnalysis.NameToTemplate[qual];
ChordQualifier = t.Name; //change to correct case and spelling (if necessary)
if (listnpw.Count == 0) //get notes from ChordAnalysis
{
listnpw.Add(new clsNotePC(chordpitch)); //root
for (int p = 1; p < 12; p++) //start at 1 - root already added
{
if (t.PC[p])
{
listnpw.Add(new clsNotePC((chordpitch + p).Mod12()));
}
}
//* if (listnpw.Count == 0) throw new ChordFileException(); //chord qualifier not found
//* temp frig - need to get user exceptions working with the debugger
if (listnpw.Count == 0)
{
throw new ChordFileException();
}
}
}
if (listnpw.Count < P.frmStart.nudMinChordSize.Value) //should be 0 unless advanced...
{
_Notes = new clsNotePC[0]; //null chord
}
else
{
_Notes = listnpw.ToArray();
if (chordpitch == Notes[0].PC[eKBTrans.None])
{
Root = true;
}
}
}