641 	int bandwidth = 20 << sigSubbands;  in readHexDataDemodulateProcessVhtHeNg1()  local
684 	if (bandwidth<deviceBandwidth) {	// figure out channel offset  in readHexDataDemodulateProcessVhtHeNg1()
703 		if ((bandwidth == 80) || (bandwidth == 160)) {  in readHexDataDemodulateProcessVhtHeNg1()
713 			if (bandwidth == 160) {  in readHexDataDemodulateProcessVhtHeNg1()
722 		else if (bandwidth == 40) {  in readHexDataDemodulateProcessVhtHeNg1()
747 		if ((bandwidth == 80) || (bandwidth == 160)) {  in readHexDataDemodulateProcessVhtHeNg1()
758 			if (bandwidth == 160) {  in readHexDataDemodulateProcessVhtHeNg1()
767 		else if (bandwidth == 40) {  in readHexDataDemodulateProcessVhtHeNg1()
989 	int bandwidth = 20<<sigSubbands;  local
1026 	if(bandwidth<deviceBandwidth){	// figure out channel offset
1041 	if(bandwidth == 20){ // 20 MHz [1:Ng:27 28 N-28:Ng:N-2 N-1];
1050 	else if(bandwidth == 40){ // 40 MHz [2:Ng:58 N-58:Ng:N-2];
1059 	else if(bandwidth == 80){ // 80 MHz [2:Ng:122 N-122:Ng:N-2 ];
1068 	else if(bandwidth == 160){ // 160 MHz [6:Ng:250 N-250:Ng:N-6];
1102 			if(bandwidth == 20){
1106 				if (bandwidth == 160) {
1127 			if(bandwidth == 20){
1136 				if(bandwidth == 160){
1290 	int bandwidth = 20 * numSubbands;  local
1301 		if ((bandwidth == 80) || (bandwidth == 160)) {
1307 			if (bandwidth == 160) {
1313 		else if (bandwidth == 40) {
1366 			if ((bandwidth == 80) || (bandwidth == 160)) {
1372 				if (bandwidth == 160) {
1378 			else if (bandwidth == 40) {
2079 	int bandwidth = 20<<(pktinfo->sigBw);  local
2096 			if(bandwidth==40){ // second 20 MHz multiply by 1i
2125 			else if( (bandwidth>=80) && (pktinfo->packetType<4) ){ // first 20 MHz multiply by -1
2155                 if(bandwidth==160){ // first and fifth 20 MHz multiply by -1