//in kSourceThread, FPoint p is the current location of the selected source, as read on the automation
void SourceMover::move(FPoint pointXY01, MoverType mt) {
if (mMoverType != mt){
return;
}
//move selected source to pointXY01 (and store in setOldSrcLocRT) only if not kSourceThread. In kSourceThread it is already being moved by automation
if (mMoverType != kSourceThread){
mFilter->setSourceXY01(mSelectedSrc, pointXY01);
mFilter->setOldSrcLocRT(mSelectedSrc, mFilter->convertXy012Rt(pointXY01));
if (!mField->isDestructed()){ //mField could be null when we're exiting while playing
mField->updatePositionTrace(pointXY01.x, pointXY01.y);
}
}
// if we're not in independent mode and have more than 1 source
if (mFilter->getMovementMode() != 0 && mFilter->getNumberOfSources() > 1) {
//calculate delta for selected source
//in normal, non-source-thread mode, we calculate delta for selected source compared to its starting point
FPoint oldSelSrcPosRT = (mMoverType == kSourceThread) ? mFilter->getOldSrcLocRT(mSelectedSrc) : mSourcesDownRT[mSelectedSrc];
FPoint newSelSrcPosRT = mFilter->getSourceRT(mSelectedSrc); //in kSourceThread, this will be the same as mFilter->convertXy012Rt(pointXY01)
FPoint delSelSrcPosRT = newSelSrcPosRT - oldSelSrcPosRT;
if (delSelSrcPosRT.isOrigin()){
return; //return if delta is null
}
float vxo = pointXY01.x, vyo = pointXY01.y;
if (kSourceThread){
mFilter->setPreventSourceLocationUpdate(true);
}
for (int iCurSrc = 0; iCurSrc < mFilter->getNumberOfSources(); iCurSrc++) {
if (iCurSrc == mSelectedSrc) {
mFilter->setOldSrcLocRT(iCurSrc, newSelSrcPosRT);
continue;
}
//all x's and y's here are actually r's and t's
switch(mFilter->getMovementMode()) {
case 1: // circular
case 2: // circular, fixed radius
case 3: // circular, fixed angle
case 4:{ // circular, fully fixed
//calculate new position for curSrc using delta for selected source
FPoint oldCurSrcPosRT = (mMoverType == kSourceThread) ? mFilter->getOldSrcLocRT(iCurSrc) : mSourcesDownRT[iCurSrc];
FPoint newCurSrcPosRT = oldCurSrcPosRT + delSelSrcPosRT;
if (newCurSrcPosRT.x < 0){
newCurSrcPosRT.x = 0;
}
if (newCurSrcPosRT.x > kRadiusMax){
newCurSrcPosRT.x = kRadiusMax;
}
if (newCurSrcPosRT.y < 0){
newCurSrcPosRT.y += kThetaMax;
}
if (newCurSrcPosRT.y > kThetaMax){
newCurSrcPosRT.y -= kThetaMax;
}
mFilter->setSourceRT(iCurSrc, newCurSrcPosRT, false);
mFilter->setOldSrcLocRT(iCurSrc, newCurSrcPosRT);
break;
}
case 5:{ // delta lock
FPoint delSelSrcPosXY;
if (mMoverType == kSourceThread){
delSelSrcPosXY = mFilter->convertRt2Xy(newSelSrcPosRT) - mFilter->convertRt2Xy(oldSelSrcPosRT);
} else {
delSelSrcPosXY = mFilter->getSourceXY(mSelectedSrc) - mSourcesDownXY[mSelectedSrc];
}
//calculate new position for curSrc using delta for selected source
FPoint oldCurSrcPosXY = (mMoverType == kSourceThread) ? mFilter->convertRt2Xy(mFilter->getOldSrcLocRT(iCurSrc)) : mSourcesDownXY[iCurSrc];
FPoint newCurSrcPosXY = oldCurSrcPosXY + delSelSrcPosXY;
mFilter->setSourceXY(iCurSrc, newCurSrcPosXY, false);
mFilter->setOldSrcLocRT(iCurSrc, mFilter->convertXy2Rt(newCurSrcPosXY, false));
break;
}
case 6: // sym x
vyo = 1 - vyo;
mFilter->setSourceXY01(iCurSrc, FPoint(vxo, vyo));
break;
case 7: // sym y
vxo = 1 - vxo;
mFilter->setSourceXY01(iCurSrc, FPoint(vxo, vyo));
break;
default:
jassert(0);
break;
}
}
if (kSourceThread){
mFilter->setPreventSourceLocationUpdate(false);
}
}
}
