private void ReadMixTableChangeDurations(MixTableChange tableChange)
{
if (tableChange.Volume != null)
{
tableChange.Volume.Duration = GpBase.ReadSignedByte()[0];
}
if (tableChange.Balance != null)
{
tableChange.Balance.Duration = GpBase.ReadSignedByte()[0];
}
if (tableChange.Chorus != null)
{
tableChange.Chorus.Duration = GpBase.ReadSignedByte()[0];
}
if (tableChange.Reverb != null)
{
tableChange.Reverb.Duration = GpBase.ReadSignedByte()[0];
}
if (tableChange.Phaser != null)
{
tableChange.Phaser.Duration = GpBase.ReadSignedByte()[0];
}
if (tableChange.Tremolo != null)
{
tableChange.Tremolo.Duration = GpBase.ReadSignedByte()[0];
}
if (tableChange.Tempo != null)
{
tableChange.Tempo.Duration = GpBase.ReadSignedByte()[0];
tableChange.HideTempo = false;
}
}
private void readMixTableChangeDurations(MixTableChange tableChange)
{
if (tableChange.volume != null)
{
tableChange.volume.duration = GPBase.readSignedByte()[0];
}
if (tableChange.balance != null)
{
tableChange.balance.duration = GPBase.readSignedByte()[0];
}
if (tableChange.chorus != null)
{
tableChange.chorus.duration = GPBase.readSignedByte()[0];
}
if (tableChange.reverb != null)
{
tableChange.reverb.duration = GPBase.readSignedByte()[0];
}
if (tableChange.phaser != null)
{
tableChange.phaser.duration = GPBase.readSignedByte()[0];
}
if (tableChange.tremolo != null)
{
tableChange.tremolo.duration = GPBase.readSignedByte()[0];
}
if (tableChange.tempo != null)
{
tableChange.tempo.duration = GPBase.readSignedByte()[0];
tableChange.hideTempo = false;
}
}
private MixTableChange ReadMixTableChange(Measure measure)
{
var tableChange = new MixTableChange();
ReadMixTableChangeValues(tableChange, measure);
ReadMixTableChangeDurations(tableChange);
return(tableChange);
}
protected MixTableChange ReadMixTableChange()
{
MixTableChange mtc = new MixTableChange();
byte instrument = ReadByte(); //instrument
Skip(16);
int volume = (SByte)ReadByte();
int pan = (SByte)ReadByte();
int chorus = (SByte)ReadByte();
int reverb = (SByte)ReadByte();
int phaser = (SByte)ReadByte();
int tremolo = (SByte)ReadByte();
string tempoName = ReadHeaderEntry(); //tempoName
int tempoValue = ReadInt();
if (volume >= 0)
{
ReadByte();
}
if (pan >= 0)
{
ReadByte();
}
if (chorus >= 0)
{
ReadByte();
}
if (reverb >= 0)
{
ReadByte();
}
if (phaser >= 0)
{
ReadByte();
}
if (tremolo >= 0)
{
ReadByte();
}
if (tempoValue >= 0)
{
Skip(1);
if (Version.Minor != "00")
{
Skip(1);
}
}
ReadByte();
Skip(1);
if (Version.Minor != "00")
{
ReadHeaderEntry();
ReadHeaderEntry();
}
return(new MixTableChange());
}
public BeatEffect()
{
FadeIn = false;
FadeOut = false;
VolumeSwell = false;
PickStroke = BeatStrokeDirections.None;
HasStrummed = false;
Stroke = null;
SlapEffect = SlapEffects.None;
Vibrato = false;
Chord = null;
TremoloBar = null;
MixTableChange = null;
}
private void ReadMixTableChangeValues(MixTableChange tableChange, Measure measure)
{
var instrument = GpBase.ReadSignedByte()[0];
var volume = GpBase.ReadSignedByte()[0];
var balance = GpBase.ReadSignedByte()[0];
var chorus = GpBase.ReadSignedByte()[0];
var reverb = GpBase.ReadSignedByte()[0];
var phaser = GpBase.ReadSignedByte()[0];
var tremolo = GpBase.ReadSignedByte()[0];
var tempo = GpBase.ReadInt()[0];
if (instrument >= 0)
{
tableChange.Instrument = new MixTableItem(instrument);
}
if (volume >= 0)
{
tableChange.Volume = new MixTableItem(volume);
}
if (balance >= 0)
{
tableChange.Balance = new MixTableItem(balance);
}
if (chorus >= 0)
{
tableChange.Chorus = new MixTableItem(chorus);
}
if (reverb >= 0)
{
tableChange.Reverb = new MixTableItem(reverb);
}
if (phaser >= 0)
{
tableChange.Phaser = new MixTableItem(phaser);
}
if (tremolo >= 0)
{
tableChange.Tremolo = new MixTableItem(tremolo);
}
if (tempo >= 0)
{
tableChange.Tempo = new MixTableItem(tempo);
measure.Tempo.Value = tempo;
}
}
private void readMixTableChangeValues(MixTableChange tableChange, Measure measure)
{
var instrument = GPBase.readSignedByte()[0];
var volume = GPBase.readSignedByte()[0];
var balance = GPBase.readSignedByte()[0];
var chorus = GPBase.readSignedByte()[0];
var reverb = GPBase.readSignedByte()[0];
var phaser = GPBase.readSignedByte()[0];
var tremolo = GPBase.readSignedByte()[0];
var tempo = GPBase.readInt()[0];
if (instrument >= 0)
{
tableChange.instrument = new MixTableItem(instrument);
}
if (volume >= 0)
{
tableChange.volume = new MixTableItem(volume);
}
if (balance >= 0)
{
tableChange.balance = new MixTableItem(balance);
}
if (chorus >= 0)
{
tableChange.chorus = new MixTableItem(chorus);
}
if (reverb >= 0)
{
tableChange.reverb = new MixTableItem(reverb);
}
if (phaser >= 0)
{
tableChange.phaser = new MixTableItem(phaser);
}
if (tremolo >= 0)
{
tableChange.tremolo = new MixTableItem(tremolo);
}
if (tempo >= 0)
{
tableChange.tempo = new MixTableItem(tempo);
measure.tempo().value = tempo;
}
}
protected MixTableChange ReadMixTableChange()
{
MixTableChange mtc = new MixTableChange();
ReadByte(); //instrument
int volume = (SByte)ReadByte();
int pan = (SByte)ReadByte();
int chorus = (SByte)ReadByte();
int reverb = (SByte)ReadByte();
int phaser = (SByte)ReadByte();
int tremolo = (SByte)ReadByte();
int tempoValue = ReadInt();
if (volume >= 0)
{
ReadByte();
}
if (pan >= 0)
{
ReadByte();
}
if (chorus >= 0)
{
ReadByte();
}
if (reverb >= 0)
{
ReadByte();
}
if (phaser >= 0)
{
ReadByte();
}
if (tremolo >= 0)
{
ReadByte();
}
if (tempoValue >= 0)
{
//mtc.Tempo.NewValue = tempoValue;
ReadByte();
}
return(mtc);
}
private void ReadMixTableChangeFlags(MixTableChange tableChange)
{
/* The meaning of flags:
*
* - *0x01*: change volume for all tracks
* - *0x02*: change balance for all tracks
* - *0x04*: change chorus for all tracks
* - *0x08*: change reverb for all tracks
* - *0x10*: change phaser for all tracks
* - *0x20*: change tremolo for all tracks*/
var flags = GpBase.ReadSignedByte()[0];
if (tableChange.Volume != null)
{
tableChange.Volume.AllTracks = ((flags & 0x01) != 0);
}
if (tableChange.Balance != null)
{
tableChange.Balance.AllTracks = ((flags & 0x02) != 0);
}
if (tableChange.Chorus != null)
{
tableChange.Chorus.AllTracks = ((flags & 0x04) != 0);
}
if (tableChange.Reverb != null)
{
tableChange.Reverb.AllTracks = ((flags & 0x08) != 0);
}
if (tableChange.Phaser != null)
{
tableChange.Phaser.AllTracks = ((flags & 0x10) != 0);
}
if (tableChange.Tremolo != null)
{
tableChange.Tremolo.AllTracks = ((flags & 0x20) != 0);
}
}
protected MixTableChange ReadMixTableChange()
{
int[] pos = new int[8];
int i;
int n;
int aux;
MixTableChange mtc = new MixTableChange();
// For easier processing, creates an array
MixTableElement[] elements = new MixTableElement[8];
for (i = 0; i < 8; i++)
{
elements[i] = new MixTableElement();
}
n = 0;
for (i = 0; i < 7; i++)
{
aux = ReadByte();
if ((i != 0) && (aux != 255))
{
pos[n] = i;
n++;
}
elements[i].NewValue = aux;
}
// The tempo field is different (needs an integer)
aux = ReadInt();
if (aux != -1)
{
pos[n] = i;
n++;
}
elements[7].NewValue = aux;
// Skip the instrument field
for (i = 0; i < n; i++)
{
aux = ReadByte();
if (elements[pos[i]].NewValue != 255)
{
elements[pos[i]].ChangeDuration = aux;
}
}
int applyToAllTracks = ReadByte();
// The instrument and the tempo are not affected
for (i = 0; i < 6; i++)
{
if ((applyToAllTracks & (1 << i)) != 0)
{
elements[i + 1].ApplyToAllTracks = true;
}
}
// The tempo always applies to all the tracks.
elements[7].ApplyToAllTracks = true;
// Sets all the values
mtc.Instrument = elements[0];
mtc.Volume = elements[1];
mtc.Balance = elements[2];
mtc.Chorus = elements[3];
mtc.Reverb = elements[4];
mtc.Phaser = elements[5];
mtc.Tremolo = elements[6];
mtc.Tempo = elements[7];
return(mtc);
}
protected MixTableChange ReadMixTableChange()
{
int[] pos = new int[8];
int i;
int n;
int aux;
MixTableChange mtc = new MixTableChange();
// For easier processing, creates an array
MixTableElement[] elements = new MixTableElement[8];
for (i = 0; i < 8; i++)
elements[i] = new MixTableElement();
n = 0;
for (i = 0; i < 7; i++)
{
aux = ReadByte();
if ((i != 0) && (aux != 255))
{
pos[n] = i;
n++;
}
elements[i].NewValue = aux;
}
// The tempo field is different (needs an integer)
aux = ReadInt();
if (aux != -1)
{
pos[n] = i;
n++;
}
elements[7].NewValue = aux;
// Skip the instrument field
for (i = 0; i < n; i++)
{
aux = ReadByte();
if (elements[pos[i]].NewValue != 255)
{
elements[pos[i]].ChangeDuration = aux;
}
}
int applyToAllTracks = ReadByte();
// The instrument and the tempo are not affected
for (i = 0; i < 6; i++)
{
if ((applyToAllTracks & (1 << i)) != 0)
{
elements[i + 1].ApplyToAllTracks = true;
}
}
// The tempo always applies to all the tracks.
elements[7].ApplyToAllTracks = true;
// Sets all the values
mtc.Instrument = elements[0];
mtc.Volume = elements[1];
mtc.Balance = elements[2];
mtc.Chorus = elements[3];
mtc.Reverb = elements[4];
mtc.Phaser = elements[5];
mtc.Tremolo = elements[6];
mtc.Tempo = elements[7];
return mtc;
}
protected MixTableChange ReadMixTableChange()
{
MixTableChange mtc = new MixTableChange();
ReadByte(); //instrument
int volume = (SByte)ReadByte();
int pan = (SByte)ReadByte();
int chorus = (SByte)ReadByte();
int reverb = (SByte)ReadByte();
int phaser = (SByte)ReadByte();
int tremolo = (SByte)ReadByte();
int tempoValue = ReadInt();
if (volume >= 0)
{
ReadByte();
}
if (pan >= 0)
{
ReadByte();
}
if (chorus >= 0)
{
ReadByte();
}
if (reverb >= 0)
{
ReadByte();
}
if (phaser >= 0)
{
ReadByte();
}
if (tremolo >= 0)
{
ReadByte();
}
if (tempoValue >= 0)
{
//mtc.Tempo.NewValue = tempoValue;
ReadByte();
}
return mtc;
}
protected MixTableChange ReadMixTableChange()
{
MixTableChange mtc = new MixTableChange();
byte instrument = ReadByte(); //instrument
Skip(16);
int volume = (SByte)ReadByte();
int pan = (SByte)ReadByte();
int chorus = (SByte)ReadByte();
int reverb = (SByte)ReadByte();
int phaser = (SByte)ReadByte();
int tremolo = (SByte)ReadByte();
string tempoName = ReadHeaderEntry(); //tempoName
int tempoValue = ReadInt();
if (volume >= 0)
{
ReadByte();
}
if (pan >= 0)
{
ReadByte();
}
if (chorus >= 0)
{
ReadByte();
}
if (reverb >= 0)
{
ReadByte();
}
if (phaser >= 0)
{
ReadByte();
}
if (tremolo >= 0)
{
ReadByte();
}
if (tempoValue >= 0)
{
Skip(1);
if (Version.Minor != "00")
Skip(1);
}
ReadByte();
Skip(1);
if (Version.Minor != "00")
{
ReadHeaderEntry();
ReadHeaderEntry();
}
return new MixTableChange();
}