1276 	int phaseRollNg, idx;  local
1403 			phaseRollNg = (phaseRollPtr[jj + ii*nRx])>> NgShift;
1405 			idx = (phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1411 				idx = (2 * phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1417 				idx = (3 * phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1557 void interpolateBandEdges20(hal_pktinfo_t *pktinfo, unsigned int *fftInBuffer, int phaseRollNg) {  argument
1577 	idx = (phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1584 		idx = (2 * phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1590 		idx = (phaseRollNg*MAX_FFT_SIZE) >> (MPY_BIPT + 1); // divide by 2 for Ng=2
1693 void interpolateBandEdges40(hal_pktinfo_t *pktinfo, unsigned int *fftInBuffer, int phaseRollNg) {  argument
1712 	idx = (phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1718 	idx = (2 * phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1724 	idx = (3 * phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1730 	idx = (4 * phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1736 	idx = (5 * phaseRollNg*MAX_FFT_SIZE) >> MPY_BIPT;
1807 	idx = (phaseRollNg*MAX_FFT_SIZE) >> (MPY_BIPT+1); // divide by 2 for Ng=2
1838 void interpolateBandEdges(hal_pktinfo_t *pktinfo, unsigned int *fftInBuffer, int phaseRollNg){  argument
1848 		interpolatePairValue(readPtr+ii*subbandSize-1, readPtr+ii*subbandSize, phaseRollNg);
1854 void interpolatePairValue(unsigned int *valLeft, unsigned int *valRight, int phaseRollNg){  argument
1863 	float angle = PI*phaseRollNg/(1<<(12-1));
1875 	idx = (phaseRollNg*MAX_FFT_SIZE)>>MPY_BIPT;
1881 	idx = (phaseRollNg*MAX_FFT_SIZE)>>(MPY_BIPT-1);