STFT& STFT::sizeHop(unsigned size){
mSlide.sizeHop(size);
mSizeHop = mSlide.sizeHop();
computeInvWinMul();
onDomainChange(1);
return *this;
}
STFT& STFT::sizeHop(uint32_t size){
mSlide.sizeHop(size);
mSizeHop = mSlide.sizeHop();
computeInvWinMul();
onResync(1);
return *this;
}
void STFT::winType(WinType::type type){
tbl::window(mFwdWin, sizeWin(), type);
mFwdWinMul = 1.f / arr::mean(mFwdWin, sizeWin()); // compute mul factor for normalization
// scale forward window?
//slice(mFwdWin, sizeWin()) *= mFwdWinMul;
computeInvWinMul();
mWinType = type;
}
STFT& STFT::windowType(WindowType v){
mWinType = v;
tbl::window(mFwdWin, sizeWin(), mWinType);
// compute forward normalization factor
mFwdWinMul = 1.f / arr::mean(mFwdWin, sizeWin());
// scale forward window?
//slice(mFwdWin, sizeWin()) *= mFwdWinMul;
computeInvWinMul();
return *this;
}
void STFT::sizeHop(uint32_t size){
mSlide.sizeHop(size);
mSizeHop = mSlide.sizeHop();
computeInvWinMul();
onResync(1);
}