50 	uint32 expL = 0;  in bbs_sqrt32()  local
51 	expL += ( ( valA >> ( expL + 0x10 ) ) != 0 ) << 4;  in bbs_sqrt32()
52 	expL += ( ( valA >> ( expL + 0x08 ) ) != 0 ) << 3;  in bbs_sqrt32()
53 	expL += ( ( valA >> ( expL + 0x04 ) ) != 0 ) << 2;  in bbs_sqrt32()
54 	expL += ( ( valA >> ( expL + 0x02 ) ) != 0 ) << 1;  in bbs_sqrt32()
55 	switch( expL >> 1 )  in bbs_sqrt32()
127 	uint32 expL = 0;  in bbs_fastSqrt32()  local
135 	expL += ( ( valA >> ( expL + 0x10 ) ) != 0 ) << 4;  in bbs_fastSqrt32()
136 	expL += ( ( valA >> ( expL + 0x08 ) ) != 0 ) << 3;  in bbs_fastSqrt32()
137 	expL += ( ( valA >> ( expL + 0x04 ) ) != 0 ) << 2;  in bbs_fastSqrt32()
138 	expL += ( ( valA >> ( expL + 0x02 ) ) != 0 ) << 1;  in bbs_fastSqrt32()
140 	valL = ( ( valA << ( 30 - expL ) ) - 1073741824 ); /* ( 1 << 30 ) */  in bbs_fastSqrt32()
144 …tSqrt32_tableG[ indexL ] + offsL * bbs_fastSqrt32_tableG[ indexL + 1 ] ) >> ( 28 - ( expL >> 1 ) );  in bbs_fastSqrt32()
182 	uint32 expL = 0;  in bbs_invSqrt32()  local
190 	expL += ( ( valA >> ( expL + 0x10 ) ) != 0 ) << 4;  in bbs_invSqrt32()
191 	expL += ( ( valA >> ( expL + 0x08 ) ) != 0 ) << 3;  in bbs_invSqrt32()
192 	expL += ( ( valA >> ( expL + 0x04 ) ) != 0 ) << 2;  in bbs_invSqrt32()
193 	expL += ( ( valA >> ( expL + 0x02 ) ) != 0 ) << 1;  in bbs_invSqrt32()
195 	valL = ( ( valA << ( 30 - expL ) ) - 1073741824 ); /* ( 1 << 30 ) */  in bbs_invSqrt32()
199 …return ( bbs_invSqrt32_tableG[ indexL ] - offsL * bbs_invSqrt32_tableG[ indexL + 1 ] ) >> ( expL >…  in bbs_invSqrt32()
221 	uint32 expL = 0;  in bbs_inv32()  local
230 	expL += ( ( valL >> ( expL + 0x10 ) ) != 0 ) << 4;  in bbs_inv32()
231 	expL += ( ( valL >> ( expL + 0x08 ) ) != 0 ) << 3;  in bbs_inv32()
232 	expL += ( ( valL >> ( expL + 0x04 ) ) != 0 ) << 2;  in bbs_inv32()
233 	expL += ( ( valL >> ( expL + 0x02 ) ) != 0 ) << 1;  in bbs_inv32()
234 	expL += ( ( valL >> ( expL + 0x01 ) ) != 0 );  in bbs_inv32()
236 	valL = ( ( valL << ( 30 - expL ) ) - 1073741824 ); /*( 1U << 30 )*/  in bbs_inv32()
240 …bs_inv32_tableG[ indexL ] - offsL * bbs_inv32_tableG[ indexL + 1 ] ) >> ( expL - 1 ) ) + 1 ) >> 1 …  in bbs_inv32()
247 	uint32 expL = 0;  in bbs_intLog2()  local
248 	expL += 0x10 * ( ( valA >> ( expL + 0x10 ) ) != 0 );  in bbs_intLog2()
249 	expL += 0x08 * ( ( valA >> ( expL + 0x08 ) ) != 0 );  in bbs_intLog2()
250 	expL += 0x04 * ( ( valA >> ( expL + 0x04 ) ) != 0 );  in bbs_intLog2()
251 	expL += 0x02 * ( ( valA >> ( expL + 0x02 ) ) != 0 );  in bbs_intLog2()
252 	expL += 0x01 * ( ( valA >> ( expL + 0x01 ) ) != 0 );  in bbs_intLog2()
253 	return expL;  in bbs_intLog2()
949 		int32 expL = ( logL > 14 ) ? logL - 14 : 0;  in bbs_vecSqrNorm32()  local
952 		if( expL >= 1 )  in bbs_vecSqrNorm32()
954 			vL = ( ( vL >> ( expL - 1 ) ) + 1 ) >> 1;  in bbs_vecSqrNorm32()
958 			vL = vL >> expL;  in bbs_vecSqrNorm32()
962 		expL <<= 1; /* now exponent of product */  in bbs_vecSqrNorm32()
964 		if( sumExpL > expL )  in bbs_vecSqrNorm32()
966 			uint32 shrL = sumExpL - expL;  in bbs_vecSqrNorm32()
969 		else if( expL > sumExpL )  in bbs_vecSqrNorm32()
971 			uint32 shrL = expL - sumExpL;  in bbs_vecSqrNorm32()
1040 	uint32 expL;  in bbs_vecNorm16()  local
1041 	bbs_vecSqrNorm16( vecA, sizeA, &manL, &expL );  in bbs_vecNorm16()
1043 	return manL << ( expL >> 1 );  in bbs_vecNorm16()