protected void Init(string stringToParse)
{
m_tracks = new List<Track>();
m_warnings = new List<CompilerWarning>();
m_text = new StringBuilder(stringToParse);
m_trackIndex = Track.FIRST_TRACK;
m_octave = 4;
m_relativeDir = true;
m_velocity = 100;
m_velocityDetail = true;
m_length = TickFromLength(4);
m_tempo = 120;
m_keyOff = true;
m_gate = 15;
m_maxGate = 16;
m_form = OscillatorForm.Pulse;
m_noteShift = 0;
m_maxPipe = 0;
}
public void RecordLFO(OscillatorForm form, OscillatorForm subform, int depth, int width, int delay, int time, bool reverse)
{
Events.LFO e = new Events.LFO()
{
Main = form,
Sub = subform,
Depth = depth,
Width = width,
Delay = delay,
Time = time,
Reverse = reverse
};
SetDeltaAndAddEvent(e);
}
protected void AtmarkToken()
{
Track track;
char c = CharacterToken();
int tmp = 1;
int attack = 0;
int decay = 64;
int sustain = 32;
int release = 0;
int sens = 0;
int mode = 0;
switch (c)
{
case 'v':
m_velocityDetail = false;
NextToken();
m_velocity = (int)UIntToken((uint)m_velocity);
m_velocity = Math.Min(m_velocity, Channel.VELOCITY_MAX2);
break;
case 'x':
NextToken();
int expression = (int)UIntToken((uint)Channel.VELOCITY_MAX2);
expression = Math.Min(expression, Channel.VELOCITY_MAX2);
track = m_tracks[m_trackIndex];
track.RecordExpression(expression);
break;
case 'e':
NextToken();
tmp = (int)UIntToken((uint)tmp);
if (CharacterToken() == ',')
NextToken();
attack = (int)UIntToken((uint)attack);
if (CharacterToken() == ',')
NextToken();
decay = (int)UIntToken((uint)decay);
if (CharacterToken() == ',')
NextToken();
sustain = (int)UIntToken((uint)sustain);
if (CharacterToken() == ',')
NextToken();
release = (int)UIntToken((uint)release);
track = m_tracks[m_trackIndex];
track.RecordEnvelopeADSR(attack, decay, sustain, release, tmp == 1);
break;
case 'n':
NextToken();
int noise = (int)Math.Min(UIntToken(0), Channel.VELOCITY_MAX2);
m_tracks[m_trackIndex].RecordNoiseFrequency(noise);
break;
case 'w':
NextToken();
int pwm = (int)Math.Min(Math.Max(UIntToken(50), 1), 99);
m_tracks[m_trackIndex].RecordPWM(pwm);
break;
case 'p':
NextToken();
int pan = (int)Math.Min(Math.Max(UIntToken(64), 1), Channel.VELOCITY_MAX2);
m_tracks[m_trackIndex].RecordPan(pan);
break;
case '\'':
NextToken();
FormantVowel vowel = FormantVowel.Unknown;
while (true)
{
char v = CharacterToken();
if (v == '\'')
{
NextToken();
break;
}
else
{
switch (v)
{
case 'a':
vowel = FormantVowel.A;
break;
case 'e':
vowel = FormantVowel.E;
break;
case 'i':
vowel = FormantVowel.I;
break;
case 'o':
vowel = FormantVowel.O;
break;
case 'u':
vowel = FormantVowel.U;
break;
}
NextToken();
}
}
m_tracks[m_trackIndex].RecordFormantVowel(vowel);
break;
case 'd':
NextToken();
int detune = IntToken(0);
m_tracks[m_trackIndex].RecordDetune(detune);
break;
case 'l':
NextToken();
bool reverse = false;
int form = 1, subform = 0, delay = 0, time = 0;
int depth = (int)UIntToken(0);
if (CharacterToken() == ',')
NextToken();
int width = (int)UIntToken(0);
if (CharacterToken() == ',')
{
NextToken();
if (CharacterToken() == '-')
{
reverse = true;
NextToken();
}
form = (int)UIntToken((uint)form) + 1;
if (CharacterToken() == '-')
{
NextToken();
subform = (int)UIntToken((uint)subform);
}
if (CharacterToken() == ',')
{
NextToken();
delay = (int)UIntToken((uint)delay);
if (CharacterToken() == ',')
{
NextToken();
time = (int)UIntToken((uint)time);
}
}
}
track = m_tracks[m_trackIndex];
track.RecordLFO(
(OscillatorForm)form,
(OscillatorForm)subform,
depth,
width,
delay,
time,
reverse
);
break;
case 'f':
NextToken();
int amount = 0, frequency = 0, resonance = 0;
int swt = IntToken(0);
if (CharacterToken() == ',')
{
NextToken();
amount = IntToken(0);
if (CharacterToken() == ',')
{
NextToken();
frequency = (int)UIntToken(0);
if (CharacterToken() == ',')
{
NextToken();
resonance = (int)UIntToken(0);
}
}
}
track = m_tracks[m_trackIndex];
track.RecordLPF((FilterType)swt, amount, frequency, resonance);
break;
case 'q':
NextToken();
int gate2 = (int)UIntToken(2);
m_tracks[m_trackIndex].RecordGate(gate2);
break;
case 'i':
NextToken();
sens = (int)UIntToken(0);
if (CharacterToken() == ',')
{
NextToken();
attack = (int)UIntToken((uint)attack);
attack = Math.Min(attack, m_maxPipe);
}
m_tracks[m_trackIndex].RecordInput(sens, attack);
break;
case 'o':
NextToken();
mode = (int)UIntToken(0);
if (CharacterToken() == ',')
{
NextToken();
attack = (int)UIntToken((uint)attack);
if (attack > m_maxPipe)
{
m_maxPipe = attack;
if (m_maxPipe >= MAX_PIPE)
m_maxPipe = attack = MAX_PIPE;
}
}
m_tracks[m_trackIndex].RecordOutput((ChannelOutputMode)mode, attack);
break;
case 'r':
NextToken();
sens = (int)UIntToken(0);
if (CharacterToken() == ',')
{
NextToken();
attack = (int)UIntToken((uint)attack);
attack = Math.Min(attack, m_maxPipe);
}
m_tracks[m_trackIndex].RecordRing(sens, attack);
break;
case 's':
NextToken();
mode = (int)UIntToken(0);
if (CharacterToken() == ',')
{
NextToken();
attack = (int)UIntToken((uint)attack);
if (mode == 1)
{
if (attack > m_maxSyncSource)
{
m_maxSyncSource = attack;
if (m_maxSyncSource >= MAX_SYNC_SOURCE)
m_maxSyncSource = attack = MAX_SYNC_SOURCE;
}
}
else if (mode == 2)
{
if (attack > m_maxSyncSource)
attack = m_maxSyncSource;
}
}
m_tracks[m_trackIndex].RecordSync((ChannelOutputMode)mode, attack);
break;
default:
m_form = (OscillatorForm)UIntToken((uint)m_form);
subform = 0;
if (CharacterToken() == '-')
{
NextToken();
subform = (int)UIntToken(0);
}
track = m_tracks[m_trackIndex];
track.RecordForm(m_form, (OscillatorForm)subform);
break;
}
}
public void RecordForm(OscillatorForm form, OscillatorForm subform)
{
Events.Form e = new Events.Form() { Main = form, Sub = subform };
SetDeltaAndAddEvent(e);
}