/** @deprecated */
public HOscillator createCopy() {
HOscillator copy = new HOscillator();
copy.min1 = min1;
copy.min2 = min2;
copy.min3 = min3;
copy.max1 = max1;
copy.max2 = max2;
copy.max3 = max3;
copy.rel1 = rel1;
copy.rel2 = rel2;
copy.rel3 = rel3;
copy.origw = origw;
copy.origh = origh;
copy.origd = origd;
copy.step = step;
copy.speed = speed;
copy.freq = freq;
copy.property = property;
copy.waveform = waveform;
return copy;
}
public float nextRaw() {
float deg = (step * freq) % 360;
float rawVal;
switch (waveform) {
case HConstants.SINE:
rawVal = HMath.sineWave(deg);
break;
case HConstants.TRIANGLE:
rawVal = HMath.triangleWave(deg);
break;
case HConstants.SAW:
rawVal = HMath.sawWave(deg);
break;
case HConstants.SQUARE:
rawVal = HMath.squareWave(deg);
break;
default:
rawVal = 0;
break;
}
map1 = HMath.map(rawVal, -1, 1, min1, max1);
map2 = HMath.map(rawVal, -1, 1, min2, max2);
map3 = HMath.map(rawVal, -1, 1, min3, max3);
// deal with amplifier waves
if (amplifiers.size() > 0) {
for (int i = amplifiers.size() - 1; i >= 0; i--) {
HOscillator amplifier = amplifiers.get(i);
amplifier.synchStep(startStep, tick);
amplifier.nextRaw();
map1 += amplifier.map1();
map2 += amplifier.map2();
map3 += amplifier.map3();
}
}
// deal with reducer waves
if (reducers.size() > 0) {
for (int i = reducers.size() - 1; i >= 0; i--) {
HOscillator reducer = reducers.get(i);
reducer.synchStep(startStep, tick);
reducer.nextRaw();
map1 -= reducer.map1();
map2 -= reducer.map2();
map3 -= reducer.map3();
}
}
// handle clipping
if (clip) {
if (map1 > _clip_max) {
map1 = _clip_max;
}
if (map2 > _clip_max) {
map2 = _clip_max;
}
if (map3 > _clip_max) {
map3 = _clip_max;
}
if (map1 < clip_min) {
map1 = clip_min;
}
if (map2 < clip_min) {
map2 = clip_min;
}
if (map3 < clip_min) {
map3 = clip_min;
}
}
map1 += offset;
map2 += offset;
map3 += offset;
curr1 = map1 + rel1;
curr2 = map2 + rel2;
curr3 = map3 + rel3;
step += speed;
tick++;
return rawVal;
}