internal static clsMTime.clsSegment GetStartSeg(eAlign align, int qilo, int qihi, int qiwidth, int ticksperqi)
{
clsMTime.clsSegment startseg;
switch (align)
{
case eAlign.Bar:
startseg = new clsMTime.clsSegBar(ticksperqi, qilo, qihi);
break;
case eAlign.Beat:
startseg = new clsMTime.clsSegBeat(ticksperqi, qilo, qihi);
break;
case eAlign.HalfBar:
startseg = new clsMTime.clsSegHalfBar(ticksperqi, qilo, qihi);
break;
case eAlign.Interval:
startseg = new clsMTime.clsSegInterval(ticksperqi, qilo, qihi, qiwidth);
break;
default:
LogicError.Throw(eLogicError.X067);
startseg = new clsMTime.clsSegBeat(ticksperqi, qilo, qihi);
break;
}
return(startseg);
}
internal clsChordInfo(eAlign align)
{
if (Align == eAlign.Auto)
{
LogicError.Throw(eLogicError.X084);
}
Align = align;
}
public virtual void Reset()
{
isStatic = true;
_subdivisionsHeight = 1;
_subdivisionsWidth = 1;
_align = eAlign.alignY;
_invert = false;
_invertNormal = false;
}
public virtual void Reset()
{
isStatic = true;
_subdivisionsHeight = 1;
_subdivisionsWidth = 1;
_align = eAlign.alignY;
_invert = false;
_invertNormal = false;
}
internal clsChordSegs(clsFileStream filestream, Forms.frmChordMap frmnotemap, eAlign align, bool setatts)
{
if (align == eAlign.None)
{
return;
}
FS = filestream;
frmNoteMap = frmnotemap;
Align = align;
ApplyChords(setatts);
}
internal int GetChordCountSeg(List <clsChordInfo> listci, eAlign align)
{
//* get chord counts for a segment type (bar/halfbar/beat)
int count = 0;
foreach (clsChordInfo ci in listci)
{
if (ci.Align == align)
{
count++;
}
}
return(count);
}
private void GetScores()
{
eAlign[] arralign = new eAlign[] { Align };
ListCIArr = new List <clsChordInfo> [1]; //chordlist for bar only
if (Align == eAlign.Auto) //try bar, half-bar, beat
{
arralign = new eAlign[] { eAlign.Bar, eAlign.HalfBar, eAlign.Beat };
ListCIArr = new List <clsChordInfo> [3]; //chordlists for bar, halfbar, beat
}
for (int i = 0; i < arralign.Length; i++)
{
ListCIArr[i] = Forms.frmChordMap.GetChordScores(FS, frmNoteMap, -1, -1, Cfg.DebugPath + @"\DumpChords[" + arralign[i] + "]", arralign[i]);
}
if (DebugChords)
{
DebugScores();
}
}
public static string MultilineText(string text, int length, eAlign align, char?fill = null)
{
StringBuilder buffer = new StringBuilder();
string aux = text.Trim(), line;
int n = length;
while (!String.IsNullOrEmpty(aux))
{
if (aux.Length < n)
{
n = aux.Length;
}
line = Util.TextAlign(aux.Substring(0, n), length, align, fill);
buffer.AppendLine(line);
aux = aux.Substring(n);
}
return(buffer.ToString());
}
internal void FillSegments(eAlign align, int qilo, int qihi, int fillpercent, int qiwidth)
{
//* fill or empty segments (bars/halfbars/beats) by modded note
if (align == eAlign.Interval && qiwidth == 0)
{
return;
}
int ticksperqi = P.F.TicksPerQI;
for (int n = 0; n < 12; n++)
{
clsMTime.clsSegment startseg = GetStartSeg(align, qilo, qihi, qiwidth, ticksperqi);
//* quantize
for (clsMTime.clsSegment segment = startseg; !segment.OOR; segment++)
{
int totqiall = segment.SegQIWidth;
int totqion = 0;
int segqilo = segment.SegQILo;
int segqihi = segment.SegQIHi;
for (int qi = segqilo; qi <= segqihi; qi++)
{
if (IsF(qi, n))
{
totqion++;
}
}
int percent = (totqion * 100) / totqiall;
bool fill = false;
if (totqion > 0 && percent >= fillpercent)
{
fill = true; //fill segment (else clear)
}
for (int qi = segqilo; qi <= segqihi; qi++)
{
SetF(qi, n, fill); //fill or clear segment
}
}
}
}
internal void RoundUp(eAlign align)
{
switch (align)
{
case eAlign.Bar:
RoundUpToBar();
return;
case eAlign.HalfBar:
RoundUpToHalfBar();
return;
case eAlign.Beat:
RoundUpToBeat();
return;
default:
LogicError.Throw(eLogicError.X023);
RoundUpToBeat();
return;
}
}
//DEVUELVE UNA CADENA CON EL TEXTO ALINEADO SEGUN LOS PARAMETROS ESPECIFICOS
public static string TextAlign(string text, int length, eAlign align, char?fill = null)
{
try
{
string t = text.Trim();
int n = text.Length, d, i = 0;
char charFill = (fill == null) ? ' ' : (char)fill;
if (n > length)
{
t = t.Substring(0, length);
}
else
{
switch (align)
{
case eAlign.LEFT:
t = t.PadRight(length, charFill);
break;
case eAlign.CENTER:
d = (length - n) / 2;
i = ((length - n) % 2 != 0) ? 1 : 0;
t = new String(charFill, d) + t + new String(charFill, d + i);
break;
case eAlign.RIGHT:
t = t.PadLeft(length, charFill);
break;
}
}
return(t);
}
catch { throw; }
}
internal void ApplyTrim(eAlign aligntrim, int qilo, int qihi,
int qiquant, int qiinner, int qiouter)
{
//* trim syncopated notes
//* uses OnOffPair - apply before other filters
bool pretrim = P.frmCfgChords.chkTrimPre.Checked;
bool posttrim = P.frmCfgChords.chkTrimPost.Checked;
if (qiinner == 0 || qiouter == 0)
{
return;
}
if (!pretrim && !posttrim)
{
return;
}
int ticksperqi = P.F.TicksPerQI;
if (OnOffPairs == null)
{
CreateOnOffPairs();
}
for (int n = 0; n < 12; n++)
{
clsOnOffPairs pairs = OnOffPairs[n];
if (pretrim)
{
clsMTime.clsSegment startseg = GetStartSeg(aligntrim, qilo, qihi, qiquant, ticksperqi);
for (clsMTime.clsSegment segment = startseg; !segment.OOR; segment++)
{
if (qiinner > segment.SegQIWidth / 2)
{
continue; //'before' too large
}
if (qiouter < segment.SegQIWidth / 8)
{
continue; //'after' too small
}
//* check if trim required
int indexoffq = pairs.IndexOffQ(segment.SegQILo); //first ON at or after SeqQILo
if (indexoffq < 0)
{
continue; //after last event
}
int offq = pairs.Off(indexoffq);
if (offq > segment.SegQILo + qiinner)
{
continue;
}
int onq = pairs.On(indexoffq);
if (onq > segment.SegQILo - qiouter)
{
continue;
}
//* trim
//for (int q = offq; q >= segment.SegQILo; q--) SetF(q, n, false);
for (int q = segment.SegQILo; q < segment.SegQILo + qiinner; q++)
{
SetF(q, n, false);
}
}
}
if (posttrim)
{
clsMTime.clsSegment startseg = GetStartSeg(aligntrim, qilo, qihi, qiquant, ticksperqi);
for (clsMTime.clsSegment segment = startseg; !segment.OOR; segment++)
{
if (qiinner > segment.SegQIWidth / 2)
{
continue; //'before' too large
}
if (qiouter < segment.SegQIWidth / 8)
{
continue; //'after' too small
}
//* check if trim required
int indexonq = pairs.IndexOnQ(segment.SegQIHi); //first ON at or before SeqQIHi
if (indexonq < 0)
{
continue; //before first event
}
int onq = pairs.On(indexonq);
if (onq < segment.SegQIHi + 1 - qiinner)
{
continue;
}
int offq = pairs.Off(indexonq);
if (offq < segment.SegQIHi + 1 + qiouter)
{
continue;
}
//* trim
//for (int q = onq; q <= segment.SegQIHi; q++) SetF(q, n, false)
for (int q = segment.SegQIHi; q > segment.SegQIHi - qiouter; q--)
{
SetF(q, n, false);
}
}
}
}
}
