105 	int ii, quadrant = 0;  in myAtan2()  local
139 	ii = zerosQ-1;  in myAtan2()
143 		ii += (16-zerosI);  in myAtan2()
146 	if(MPY_BIPT>ii)  in myAtan2()
147 		x<<=(MPY_BIPT-ii);  in myAtan2()
149 		x>>=(ii-MPY_BIPT);  in myAtan2()
164 	for(ii=0;ii<NUM_ATAN_IT;ii++){  in myAtan2()
241 	int ii, digits, N;  in mySqrt()  local
251 	for(ii=0;ii<N;ii++){ // res is scaled by 2^(N-1-ii)  in mySqrt()
266 	int ii;  in processSubCarrier()  local
295 	for(ii=0;ii<numCsiScHlf;ii++){  in processSubCarrier()
441 	int ii;  in processSubCarrier20MHz()  local
473 	for(ii=0;ii<numCsiScHlf;ii++){  in processSubCarrier20MHz()
596 		if(ii == jumpIdx){  in processSubCarrier20MHz()
626 	int ii, jj, kk, bb;  in readHexDataDemodulateProcessVhtHeNg1()  local
798 	for (ii = 0; ii<nTx; ii++) {  in readHexDataDemodulateProcessVhtHeNg1()
800 			dataPtrTmp = ((unsigned short*)dataPtr) + (ii + jj*nTx0);  in readHexDataDemodulateProcessVhtHeNg1()
807 				writePtr = (short*)(fftInBfr + ifftSizeOsf*(jj + ii*nRx) + bb * 256);  in readHexDataDemodulateProcessVhtHeNg1()
810 				writePtr = (short*)(fftInBfr + ifftSizeOsf*(jj + bb* nRx + ii*nRx*numBands));  in readHexDataDemodulateProcessVhtHeNg1()
847 				writePtr = (short*)(fftInBfr + ifftSizeOsf*(jj + ii*nRx) + bb * 256 + scStart2);  in readHexDataDemodulateProcessVhtHeNg1()
849 				writePtr = (short*)(fftInBfr + ifftSizeOsf*(jj + bb* nRx + ii*nRx*numBands) + scStart2);  in readHexDataDemodulateProcessVhtHeNg1()
878 				phaseRollPtr[(jj + bb* nRx + ii*nRx*numBands)] = myAtan2(myStack[2], myStack[3]);  in readHexDataDemodulateProcessVhtHeNg1()
883 			phaseRollPtr[(jj + ii*nRx)] = myAtan2(myStack[2], myStack[3]);  in readHexDataDemodulateProcessVhtHeNg1()
891 	int ii, jj, qq;  in detectPhaseJump()  local
915 	for (ii = 0;ii < nTx;ii++) {  in detectPhaseJump()
917 			readPtr = (fftInBfr + NUM_PARALLEL * ifftSizeOsf * (jj + ii * nRx));  in detectPhaseJump()
931 				idx = (dcEdge*phaseRollPtr[qq + jj + ii*nRx] *MAX_FFT_SIZE) >> MPY_BIPT; // Ng=1  in detectPhaseJump()
976 	int ii, jj;  local
1083 	for(ii=0;ii<nTx;ii++){
1085 			dataPtrTmp = ((unsigned short*)dataPtr)+(ii+jj*nTx0);
1086 			memset(fftInBfr+ifftSizeOsf*(jj+ii*nRx),0,4*ifftSizeOsf);
1087 			writePtr = (short*)(fftInBfr+ifftSizeOsf*(jj+ii*nRx)+scStart);
1152 			phaseRollPtr[(jj+ii*nRx)] = myAtan2(myStack[2], myStack[3]);
1162 	int ii, jj, tt, qq;  local
1176 	for(ii=0;ii<nTx;ii++){
1181 					tempVal += powerPerSubband[qq + tt*NUM_PARALLEL + (jj + ii*nRx)*numSubBlocks];
1183 				totalpower[qq + jj + ii*nRx] = tempVal;
1192 	int ii, jj;  local
1196 	for(ii=0;ii<nTx;ii++){
1200 …ndEdges20Intrinsic(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr + jj + ii*nRx);
1202 …andEdges20Parallel(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr + jj + ii*nRx);
1204 …interpolateBandEdges20(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr[jj + ii*nR…
1210 …BandEdgesIntrinsic(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr + jj + ii*nRx);
1212 …eBandEdgesParallel(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr + jj + ii*nRx);
1214 …interpolateBandEdges(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr[jj + ii*nRx]…
1219 …ndEdges40Intrinsic(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr + jj + ii*nRx);
1221 …andEdges40Parallel(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr + jj + ii*nRx);
1223 …erpolateBandEdges40(pktinfo, fftInBuffer + bufferspacing*(jj + ii*nRx), phaseRollPtr[jj + ii*nRx]);
1233 	int ii, jj;  local
1243 	for (ii = 0;ii<nTx;ii++) {
1257 	for (ii = 0;ii<nTx;ii++) {
1275 	int ii, jj, kk, bb;  local
1397 	for (ii = 0; ii < nTx; ii++){
1401 			totalpower[jj + ii*nRx] = powerScale*totalpower[jj + ii*nRx];
1403 			phaseRollNg = (phaseRollPtr[jj + ii*nRx])>> NgShift;
1425 				readPtr = fftInBuffer + bb*fftSize + bufferspacing*(jj + ii*nRx);
1840 	int ii;  local
1847 	for(ii=1;ii<numSubbands;ii++){
1848 		interpolatePairValue(readPtr+ii*subbandSize-1, readPtr+ii*subbandSize, phaseRollNg);
1948 	int ii, qq, rx, tx, subBandPer, numSubBlocks, fftSize;  local
1991 						for (ii = 0;ii < subBlock;ii++) {
1992 …bottomHalfTemp += powerPerSubband[qq + (ii + offset*subBlock)*NUM_PARALLEL + (rx + tx*nRx)*numSubB…
1993 …topHalfTemp += powerPerSubband[qq + (ii + (offset + 1)*subBlock)*NUM_PARALLEL + (rx + tx*nRx)*numS…
2025 					for (ii = 0;ii < numSubBlocks;ii++) {
2026 						tempVal += powerPerSubband[qq + ii*NUM_PARALLEL + (rx + tx*nRx)*numSubBlocks];
2050 	int ii, jj, kk;  local
2060 	for(ii=0;ii<nTx;ii++){
2062 			writePtr = fftInBuffer+bufferspacing*(jj+ii*nRx);
2077 	int ii, jj, kk;  local
2093 	for(ii=0;ii<nTx;ii++){
2095 			writePtr = (short*)(fftInBfr+bufferspacing*(jj+ii*nRx)+pktinfo->scOffset);
2315 	int ii, jj, pp, firstPathMin, maxIdx;  local
2336 	for(ii=0;ii<nTx;ii++){
2339 			tempVal = totalpower[jj+ii*nRx];
2343 				tdScaling[2*(jj+ii*nRx)] = (unsigned short)((ifftSizeOsf*ifftSizeOsf<<10)/tempVal); //(1<<31)
2344 				tdScaling[2*(jj+ii*nRx)+1] = 0; // use 4 byte
2347 				tdScaling[jj+ii*nRx] =1;
2352 	for(ii=0;ii<nTx;ii++){
2356 …trinsic(currentValPtr, pdpOutBuffer, ifftSizeOsf, maxVals + jj + ii*nRx, maxIndeces + jj + ii*nRx);
2358 …arallel(currentValPtr, pdpOutBuffer, ifftSizeOsf, maxVals + jj + ii*nRx, maxIndeces + jj + ii*nRx);
2364 …firstPathRx[pp + jj + ii*nRx] = findFirstPath(pktinfo, pdpOutBuffer + pp, maxIndeces[pp + jj + ii*…
2372 	for(ii=0;ii<nTx;ii++){
2374 			if(firstPathRx[jj+ii*nRx]<firstPathMin){
2375 				firstPathMin = firstPathRx[jj+ii*nRx];
2377 			if(maxVals[jj+ii*nRx]>tempVal){
2378 				tempVal = maxVals[jj+ii*nRx];
2379 				maxIdx = jj+ii*nRx;
2392 	int ii, jj, tt, maxIdx = -1;  local
2418 	for(ii=0;ii<nTx;ii++){
2421 			tempVal = totalpower[jj+ii*nRx];
2425 				tdScaling[2*(jj+ii*nRx)] = (unsigned short)((ifftSizeOsf*ifftSizeOsf<<10)/tempVal); //(1<<31)
2426 				tdScaling[2*(jj+ii*nRx)+1] = 0; // use 4 byte
2429 				tdScaling[jj+ii*nRx] =1;
2438 		for(ii=0;ii<nTx;ii++){
2488 	int ii, jj, pp, tt, maxIdx = -1;  local
2510 	for (ii = 0;ii<nTx;ii++) {
2513 			tempVal = totalpower[jj + ii*nRx];
2518 …tdScaling[2 * (jj + ii*nRx)] = (unsigned short)((ifftSizeOsf*ifftSizeOsf << 8) / (tempVal>>2)); //…
2520 …tdScaling[2 * (jj + ii*nRx)] = (unsigned short)((ifftSizeOsf*ifftSizeOsf << 10) / tempVal ); //(1<…
2521 				tdScaling[2 * (jj + ii*nRx) + 1] = 0; // use 4 byte
2524 				tdScaling[jj + ii*nRx] = 1;
2533 		for (ii = 0;ii<nTx;ii++) {
2616 	int ii, firstLen, secondLen, mask;  local
2652 	for(ii=1;ii<firstLen;ii++){ // find first path
2655 		yp1 = readPtr[stride*ii];
2659 				firstPath =ii-1-negLen;
2668 	for(ii=0;ii<secondLen;ii++){
2671 		yp1 = readPtr[stride*ii];
2675 				firstPath =ii-1;
2692 	ii = __clz(tempVal);
2693 	if(ii>TOA_FPATH_BIPT){
2698 		tempVal<<=(ii-1);
2699 		delta = tempVal / (denominator>>(TOA_FPATH_BIPT-ii+1));
2718 	int ii, jj, offset;  local
2730 	for(ii=0;ii<nTx;ii++){
2732 			tempVal = currentValPtr[(jj+ii*nRx)*ifftSizeOsf];
2733 			destArray[jj+ii*nRx] = tempVal;