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  /external/neven/Embedded/common/src/b_TensorEm/
Int32Mat.c 37 int32 shiftL;
51 shiftL = bts_absIntLog2( maxL ) + 1 - nBitsA;
53 if( shiftL > 0 )
59 *ptrL = ( ( *ptrL >> ( shiftL - 1 ) ) + 1 ) >> 1;
63 *bbpPtrA -= shiftL;
264 int32 bbp_pivRowL, bbp_vecL, shiftL;
374 shiftL = 30 - bts_absIntLog2( vecL[ jPivL ] );
376 vecL[ jPivL ] = ( vecL[ jPivL ] << shiftL ) / maxL;
377 bbp_vecL = bbpL + shiftL - bbp_maxL;
393 shiftL = bbp_tmpL + bbp_pivRowL - bbpL
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Flt16Vec3D.c 193 int32 shiftL = bts_maxAbsIntLog2Of3( xA, yA, zA ) - 13;
195 if( shiftL > 0 )
197 int32 sh1L = shiftL - 1;
204 vecL.xE = xA << -shiftL;
205 vecL.yE = yA << -shiftL;
206 vecL.zE = zA << -shiftL;
208 vecL.bbpE = bbpA - shiftL;
259 int32 shiftL = vec1A.bbpE - vec2A.bbpE;
261 if( shiftL > 0 )
263 xL = vec1A.xE + ( ( int32 ) vec2A.xE << shiftL );
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Int16Mat2D.c 120 uint32 shiftL = bts_maxAbsIntLog2Of4( xxL, xyL, yxL, yyL ) - 15;
122 ptrA->xxE = xxL >> shiftL;
123 ptrA->xyE = xyL >> shiftL;
124 ptrA->yxE = yxL >> shiftL;
125 ptrA->yyE = yyL >> shiftL;
127 ptrA->bbpE += scaleA.bbpE - shiftL;
152 uint32 shiftL = bts_maxAbsIntLog2Of4( xxL, xyL, yxL, yyL ) - 15;
154 matL.xxE = xxL >> shiftL;
155 matL.xyE = xyL >> shiftL;
156 matL.yxE = yxL >> shiftL;
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Flt16Vec2D.c 181 int32 shiftL = bts_maxAbsIntLog2Of2( xA, yA ) - 13;
183 if( shiftL > 0 )
185 int32 sh1L = shiftL - 1;
191 vecL.xE = xA << -shiftL;
192 vecL.yE = yA << -shiftL;
194 vecL.bbpE = bbpA - shiftL;
262 int32 shiftL = vec1A.bbpE - vec2A.bbpE;
264 if( shiftL > 0 )
266 xL = ( ( int32 ) vec2A.xE << shiftL ) + vec1A.xE;
267 yL = ( ( int32 ) vec2A.yE << shiftL ) + vec1A.yE
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Cluster3D.c 186 int32 shiftL = bbpA - ptrA->bbpE;
197 if( shiftL >= 0 )
199 return ( int32 ) ptrA->vecArrE[ indexA ].xE << shiftL;
203 return ( ( ( int32 ) ptrA->vecArrE[ indexA ].xE >> ( -shiftL - 1 ) ) + 1 ) >> 1;
214 int32 shiftL = bbpA - ptrA->bbpE;
225 if( shiftL >= 0 )
227 return ( int32 ) ptrA->vecArrE[ indexA ].yE << shiftL;
231 return ( ( ( int32 ) ptrA->vecArrE[ indexA ].yE >> ( -shiftL - 1 ) ) + 1 ) >> 1;
242 int32 shiftL = bbpA - ptrA->bbpE;
253 if( shiftL >= 0
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Flt16Alt3D.c 203 int32 shiftL = altPtrA->vecE.bbpE - vecL.bbpE;
204 if( shiftL > 0 )
206 int32 sh1L = shiftL - 1;
213 vecL.xE += altPtrA->vecE.xE << -shiftL;
214 vecL.yE += altPtrA->vecE.yE << -shiftL;
215 vecL.zE += altPtrA->vecE.zE << -shiftL;
RBFMap2D.c 274 int32 shiftL = srcPtrA->bbpE - ptrA->srcClusterE.bbpE + internalShiftL;
275 if( shiftL >= 0 )
277 for( iL = 0; iL < sizeL; iL++ ) inPtrL[ iL ] = ( int32 )( dstVecL[ iL ].xE - altVecL[ iL ].xE ) << shiftL;
281 for( iL = 0; iL < sizeL; iL++ ) inPtrL[ iL ] = ( ( ( int32 )( dstVecL[ iL ].xE - altVecL[ iL ].xE ) >> ( ( -shiftL ) - 1 ) ) + 1 ) >> 1;
308 if( shiftL >= 0 )
310 for( iL = 0; iL < sizeL; iL++ ) inPtrL[ iL ] = ( int32 )( dstVecL[ iL ].yE - altVecL[ iL ].yE ) << shiftL;
314 for( iL = 0; iL < sizeL; iL++ ) inPtrL[ iL ] = ( ( ( int32 )( dstVecL[ iL ].yE - altVecL[ iL ].yE ) >> ( ( -shiftL ) - 1 ) ) + 1 ) >> 1;
484 int32 shiftL = ptrA->srcClusterE.bbpE - vecA.bbpE;
485 if( shiftL > 0 )
487 xL <<= shiftL;
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Flt16Mat3D.c 206 int32 shiftL = bbs_max( bbs_max( xShiftL, yShiftL ), zShiftL );
208 if( shiftL > 0 )
210 int32 sh1L = shiftL - 1;
223 matL.xxE = xxA << -shiftL;
224 matL.xyE = xyA << -shiftL;
225 matL.xzE = xzA << -shiftL;
226 matL.yxE = yxA << -shiftL;
227 matL.yyE = yyA << -shiftL;
228 matL.yzE = yzA << -shiftL;
229 matL.zxE = zxA << -shiftL;
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Cluster2D.c 45 uint32 shiftL, quotientL;
49 shiftL = 31 - bbs_intLog2( enumA );
68 if( ( bbp_enumA + shiftL - bbp_denomL ) & 1 ) shiftL--;
70 quotientL = ( enumA << shiftL ) / denomA;
73 *bbp_scaleA = ( bbp_enumA + shiftL - bbp_denomL ) >> 1;
257 int32 shiftL = bbpA - ptrA->bbpE;
259 if( shiftL >= 0 )
261 xL <<= shiftL;
265 xL = ( ( xL >> ( -shiftL - 1 ) ) + 1 ) >> 1
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Flt16Mat2D.c 250 int32 shiftL = bts_maxAbsIntLog2Of4( xxA, xyA, yxA, yyA ) - 13;
252 if( shiftL > 0 )
254 int32 sh1L = shiftL - 1;
262 matL.xxE = xxA << -shiftL;
263 matL.xyE = xyA << -shiftL;
264 matL.yxE = yxA << -shiftL;
265 matL.yyE = yyA << -shiftL;
268 matL.bbpE = bbpA - shiftL;
282 int32 shiftL = scaleExpL - 14;
283 scaleA = ( ( scaleA >> ( shiftL - 1 ) ) + 1 ) >> 1
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  /external/neven/Embedded/common/src/b_BasicEm/
Phase.c 287 uint32 shiftL = bbs_intLog2( yL ) - 15;
288 xL >>= shiftL;
289 yL >>= shiftL;
297 uint32 shiftL = bbs_intLog2( xL ) - 15;
298 xL >>= shiftL;
299 yL >>= shiftL;
Math.c 289 int32 shiftL = 16 - ( valA >> 27 );
291 if( shiftL == 32 ) return 1;
292 return ( 1 << ( 32 - shiftL ) ) + ( bbs_pow2M1( offsL ) >> shiftL );
300 int32 shiftL;
316 shiftL = 16 - ( adjustedL >> 27 );
317 if( shiftL == 32 ) return 1;
319 return ( ( int32 ) 1 << ( 32 - shiftL ) ) + ( bbs_pow2M1( offsL ) >> shiftL );
743 int32 shiftL = posHighestBitL - nBitsA
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  /external/neven/Embedded/common/src/b_ImageEm/
UInt16ByteImage.c 352 int32 shiftL;
383 shiftL = invAlt2DL.matE.bbpE - bbpL;
384 if( shiftL >= 0 )
386 mxxL = ( int32 )invAlt2DL.matE.xxE >> shiftL;
387 mxyL = ( int32 )invAlt2DL.matE.xyE >> shiftL;
388 myxL = ( int32 )invAlt2DL.matE.yxE >> shiftL;
389 myyL = ( int32 )invAlt2DL.matE.yyE >> shiftL;
394 maxInt32Value8bbpL >>= -shiftL;
407 maxInt32Value8bbpL >> ( bbpL - ( -shiftL ) ) );
411 mxxL = ( int32 )invAlt2DL.matE.xxE << -shiftL;
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UInt8Image.c 538 int32 shiftL;
569 shiftL = invAlt2DL.matE.bbpE - bbpL;
570 if( shiftL >= 0 )
572 mxxL = invAlt2DL.matE.xxE >> shiftL;
573 mxyL = invAlt2DL.matE.xyE >> shiftL;
574 myxL = invAlt2DL.matE.yxE >> shiftL;
575 myyL = invAlt2DL.matE.yyE >> shiftL;
580 maxInt32Value8bbpL >>= -shiftL;
593 maxInt32Value8bbpL >> ( bbpL - ( -shiftL ) ) );
597 mxxL = invAlt2DL.matE.xxE << -shiftL;
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  /external/neven/Embedded/common/src/b_APIEm/
Functions.c 65 int32 shiftL = 0;
70 refSimL += ( refSimArrA[ iL ] + roundL ) >> shiftL;
74 shiftL++;
75 roundL = ( int32 )1 << ( shiftL - 1 );
78 refSimL = ( refSimL / refSizeA ) << shiftL;
207 int32 shiftL = 0;
212 refSimL += ( refSimArrA[ iL ] + roundL ) >> shiftL;
216 shiftL++;
217 roundL = ( int32 )1 << ( shiftL - 1 );
220 refSimL = ( refSimL / refSizeA ) << shiftL;
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