MantaFlextPoly::MantaFlextPoly(int argc, t_atom *argv) :
StoredValue(-1)
{
if(argc > 0 && CanbeInt(argv[0]))
{
/* Voices initialized to empty vector, so all items are new
* and initialized to -1 */
Voices.assign(GetInt(argv[0]), -1);
}
else
{
Voices.assign(48, -1);
}
/* voice stealing is not yet implemented */
if(argc > 1 && CanbeInt(argv[1]))
{
Stealing = GetInt(argv[1]);
}
AddInAnything();
AddInFloat();
AddOutFloat();
AddOutFloat();
AddOutFloat();
FLEXT_ADDMETHOD(0, PadHandler);
FLEXT_ADDMETHOD(1, ValueHandler);
FLEXT_ADDMETHOD(0, PadAndValueHandler);
}
skidder::skidder(int argc, t_atom *argv) {
post("_ ____ ---- :: _______ ___ _____ _ skidder~ ");
tempoRateTable = new TempoRateTable;
// m_setup(); // initialize a fresh skid cycle
AddInSignal(2);
AddInFloat(6);
AddOutSignal(2);
SetupInOut();
fTempo = tempoUnscaled(120.0f);
currentTempoBPS = oldTempoBPS = tempoScaled(fTempo) / 60.0f;
FLEXT_ADDMETHOD( 1, setRate);
FLEXT_ADDMETHOD_F(0,"temposync",setTempoSync);
FLEXT_ADDMETHOD( 2, setTempoRate);
FLEXT_ADDMETHOD_F(0,"rrf",setRateRandFactor);
FLEXT_ADDMETHOD( 3, setTempo);
FLEXT_ADDMETHOD( 4, setPulsewidth);
FLEXT_ADDMETHOD_F(0,"pwrm",setPulsewidthRandMin);
FLEXT_ADDMETHOD( 5, setSlope);
FLEXT_ADDMETHOD( 6, setFloor);
FLEXT_ADDMETHOD_F(0,"frm",setFloorRandMin);
FLEXT_ADDMETHOD( 7, setPan);
FLEXT_ADDMETHOD_F(0,"noise",setNoise);
post("_ ____ ____ _");
srand((unsigned int)time(NULL)); // sets a seed value for rand() from the system clock
}
MantissaMask_kr::MantissaMask_kr(int argc,t_atom * argv)
{
AtomList Args(argc,argv);
int bits = sc_getfloatarg(Args,0);
AddInFloat();
AddOutFloat();
FLEXT_ADDMETHOD(0,m_perform);
FLEXT_ADDMETHOD_(0,"set",m_set);
mask = -1 << (23 - bits);
}
scmul_ar::scmul_ar(int argc, t_atom *argv)
{
FLEXT_ADDMETHOD(1,m_set);
//parse arguments
AtomList Args(argc,argv);
m_factor = sc_getfloatarg(Args,0);
AddInSignal("signal");
AddInFloat("scalar");
AddOutSignal();
changed = false;
}
transverb::transverb(int argc, t_atom *argv) {
fBsize = (2700.0f-BUFFER_MIN)/(BUFFER_MAX-BUFFER_MIN); // "ms"
drymix = 0.5f; // "dB"
mix1 = 1.0f; // "dB"
dist1 = 0.90009f; // "units"
speed1 = (0.0f-SPEED_MIN)/(SPEED_MAX-SPEED_MIN); // "units"
feed1 = 0.0f; // "units"
mix2 = 0.0f; // "dB"
dist2 = 0.1f; // "units"
speed2 = (1.0f-SPEED_MIN)/(SPEED_MAX-SPEED_MIN); // "units"
feed2 = 0.0f; // "units"
fQuality = 1.0f;
fTomsound = 0.0f;
fSpeed1mode = 0.0f;
fSpeed2mode = 0.0f;
// default this to something, at least for the sake of getGetTailSize()
MAXBUF = (int) (BUFFER_MAX * 44.1f);
buf1[0] = NULL;
buf2[0] = NULL;
#ifdef TRANSVERB_STEREO
buf1[1] = NULL;
buf2[1] = NULL;
#endif
filter1 = new IIRfilter[NUM_CHANNELS];
filter2 = new IIRfilter[NUM_CHANNELS];
firCoefficients1 = new float[numFIRtaps];
firCoefficients2 = new float[numFIRtaps];
suspend();
srand((unsigned int)time(NULL)); // sets a seed value for rand() from the system clock
post("_ ____transverb~ with flext");
sr = (int) Samplerate();
blocksize = Blocksize();
post("_ samplerat :: %d",sr);
// The constructor of your class is responsible for
// setting up inlets and outlets and for registering
// inlet-methods:
AddInSignal();
// AddInAnything();
AddInFloat(9);
AddOutSignal(); // 1 audio out [ == AddOutSignal(1) ]
SetupInOut(); // set up inlets and outlets.
// Must get called once!
// Now we need to bind the handler function to our
// inlets,
FLEXT_ADDMETHOD( 0,setMix);
FLEXT_ADDMETHOD( 1,setBsize);
FLEXT_ADDMETHOD( 2,setMix1);
FLEXT_ADDMETHOD( 3,setSpeed1);
FLEXT_ADDMETHOD( 4,setFeed1);
FLEXT_ADDMETHOD( 5,setDist1);
FLEXT_ADDMETHOD( 6,setMix2);
FLEXT_ADDMETHOD( 7,setSpeed2);
FLEXT_ADDMETHOD( 8,setFeed2);
// FLEXT_ADDMETHOD( 9,setDist2);
// FLEXT_ADDMETHOD(10,setQuality);
// FLEXT_ADDMETHOD(11,setTom);
// We're done constructing:
post("_ ____ ____ _");
} // end of constructor
