Searched refs:int32 (Results 1 - 25 of 280) sorted by relevance

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/external/nanopb-c/tests/missing_fields/
H A Dmissing_fields.proto5 required int32 field1 = 1;
6 required int32 field2 = 2;
7 required int32 field3 = 3;
8 required int32 field4 = 4;
9 required int32 field5 = 5;
10 required int32 field6 = 6;
11 required int32 field7 = 7;
12 required int32 field8 = 8;
13 required int32 field9 = 9;
14 required int32 field1
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/external/neven/Embedded/common/src/b_TensorEm/
H A DFunctions.h53 uint32 bts_absIntLog2( int32 vA );
56 uint32 bts_maxAbsIntLog2Of2( int32 v1A, int32 v2A );
59 uint32 bts_maxAbsIntLog2Of3( int32 v1A, int32 v2A, int32 v3A );
62 uint32 bts_maxAbsIntLog2Of4( int32 v1A, int32 v2A, int32 v3A, int32 v4
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H A DFlt16Vec3D.c72 int32 bbpDiffL = ptrA->bbpE - srcPtrA->bbpE;
83 int32 xL = ( int32 ) srcPtrA->xE << bbpDiffL;
84 int32 yL = ( int32 ) srcPtrA->yE << bbpDiffL;
85 int32 zL = ( int32 ) srcPtrA->zE << bbpDiffL;
94 int32 xL = ( int32 ) ptrA->xE << -bbpDiffL;
95 int32 y
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H A DInt32Mat.h79 int32 widthA,
115 const int32* matA,
116 int32 matWidthA,
117 const int32* inVecA,
118 int32* outVecA,
119 int32 bbpA,
120 int32* tmpMatA,
121 int32* tmpVecA );
129 int32* matA,
130 int32 matWidth
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H A DInt16Vec3D.c117 return ( int32 ) ptrA->xE * ptrA->xE +
118 ( int32 ) ptrA->yE * ptrA->yE +
119 ( int32 ) ptrA->zE * ptrA->zE;
126 return bbs_sqrt32( ( int32 ) ptrA->xE * ptrA->xE +
127 ( int32 ) ptrA->yE * ptrA->yE +
128 ( int32 ) ptrA->zE * ptrA->zE );
133 void bts_Int16Vec3D_normalize( struct bts_Int16Vec3D* ptrA, int32 bbpA )
135 int32 normL = bbs_sqrt32( ( int32 ) ptrA->xE * ptrA->xE +
136 ( int32 ) ptr
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H A DInt16Vec2D.c129 int32 bts_Int16Vec2D_dotPrd( const struct bts_Int16Vec2D* vec1PtrA,
132 return ( int32 ) vec1PtrA->xE * vec2PtrA->xE + ( int32 ) vec1PtrA->yE * vec2PtrA->yE;
139 return ( int32 ) ptrA->xE * ptrA->xE + ( int32 ) ptrA->yE * ptrA->yE;
146 return bbs_sqrt32( ( int32 ) ptrA->xE * ptrA->xE + ( int32 ) ptrA->yE * ptrA->yE );
151 void bts_Int16Vec2D_normalize( struct bts_Int16Vec2D* ptrA, int32 bbpA )
153 int32 normL = bbs_sqrt32( ( int32 ) ptr
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H A DFlt16Mat2D.h103 struct bts_Flt16Mat2D bts_Flt16Mat2D_createScale( int32 scaleA, int32 scaleBbpA );
106 struct bts_Flt16Mat2D bts_Flt16Mat2D_createRigid( phase16 angleA, int32 scaleA, int32 scaleBbpA );
112 struct bts_Flt16Mat2D bts_Flt16Mat2D_create32( int32 xxA, int32 xyA, int32 yxA, int32 yyA, int32 bbpA );
115 void bts_Flt16Mat2D_scale( struct bts_Flt16Mat2D* ptrA, int32 scale
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H A DFlt16Alt3D.h90 struct bts_Flt16Alt3D bts_Flt16Alt3D_createScale( int32 scaleA,
91 int32 scaleBbpA,
107 struct bts_Flt16Alt3D bts_Flt16Alt3D_create32( int32 xxA, int32 xyA, int32 xzA,
108 int32 yxA, int32 yyA, int32 yzA,
109 int32 zxA, int32 zy
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H A DFlt16Mat3D.h115 struct bts_Flt16Mat3D bts_Flt16Mat3D_createScale( int32 scaleA, int32 scaleBbpA );
124 struct bts_Flt16Mat3D bts_Flt16Mat3D_create32( int32 xxA, int32 xyA, int32 xzA,
125 int32 yxA, int32 yyA, int32 yzA,
126 int32 zxA, int32 zy
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H A DFlt16Vec2D.c79 int32 bbpDiffL = ptrA->bbpE - srcPtrA->bbpE;
89 int32 xL = ( int32 ) srcPtrA->xE << bbpDiffL;
90 int32 yL = ( int32 ) srcPtrA->yE << bbpDiffL;
101 int32 xL = ( int32 ) ptrA->xE << -bbpDiffL;
102 int32 yL = ( int32 ) ptrA->yE << -bbpDiffL;
170 struct bts_Flt16Vec2D bts_Flt16Vec2D_create32( int32 x
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H A DFlt16Mat2D.c84 int32 bbpDiffL = ptrA->bbpE - srcPtrA->bbpE;
96 int32 xxL = ( int32 ) srcPtrA->xxE << bbpDiffL;
97 int32 xyL = ( int32 ) srcPtrA->xyE << bbpDiffL;
98 int32 yxL = ( int32 ) srcPtrA->yxE << bbpDiffL;
99 int32 yyL = ( int32 ) srcPtrA->yyE << bbpDiffL;
117 int32 xx
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H A DFlt16Mat3D.c150 struct bts_Flt16Mat3D bts_Flt16Mat3D_createScale( int32 scaleA, int32 scaleBbpA )
180 struct bts_Flt16Mat3D bts_Flt16Mat3D_create32( int32 xxA, int32 xyA, int32 xzA,
181 int32 yxA, int32 yyA, int32 yzA,
182 int32 zxA, int32 zy
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H A DFunctions.c38 uint32 bts_absIntLog2( int32 vA )
45 uint32 bts_maxAbsIntLog2Of2( int32 v1A, int32 v2A )
53 uint32 bts_maxAbsIntLog2Of3( int32 v1A, int32 v2A, int32 v3A )
63 uint32 bts_maxAbsIntLog2Of4( int32 v1A, int32 v2A, int32 v3A, int32 v4
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H A DInt32Mat.c35 void bts_Int32Mat_reduceToNBits( int32* ptrA, uint32 sizeA, int32* bbpPtrA, uint32 nBitsA )
37 int32 shiftL;
40 int32 maxL = 0;
41 int32* ptrL = ptrA;
42 int32 iL = sizeA;
45 int32 xL = *ptrL++;
120 int32 widthA,
210 const int32* matA,
211 int32 matWidth
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H A DCompactMat.c40 int32 bts_CompactMat_fltDotPrdRow( struct bbs_Context* cpA,
51 int32 factorManL = *rowPtrL++;
52 int32 factorExpL = *rowPtrL++;
61 int32 sumL = 0;
63 if( overflowBitsL == 0 ) /* raw dot product fits in int32 */
69 for( iL = sizeL; iL > 0; iL-- ) sumL += ( ( int32 )*rowPtrL++ * ( int32 )*inPtrL++ );
80 sumL += ( ( int8 ) dpL[ 0 ] * ( int32 )inPtrL[ 0 ] );
81 sumL += ( ( int8 )( dpL[ 0 ] >> 8 ) * ( int32 )inPtrL[ 1 ] );
82 sumL += ( ( int8 ) dpL[ 1 ] * ( int32 )inPtr
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H A DInt16Mat2D.c115 int32 xxL = ( int32 ) ptrA->xxE * scaleA.valE;
116 int32 xyL = ( int32 ) ptrA->xyE * scaleA.valE;
117 int32 yxL = ( int32 ) ptrA->yxE * scaleA.valE;
118 int32 yyL = ( int32 ) ptrA->yyE * scaleA.valE;
136 vecL.xE = ( ( int32 ) matPtrA->xxE * vecPtrA->xE + ( int32 ) matPtr
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/external/regex-re2/util/
H A Drandom.h17 ACMRandom(int32 seed) : seed_(seed) {}
18 int32 Next();
19 int32 Uniform(int32);
21 void Reset(int32 seed) { seed_ = seed; }
24 int32 seed_;
H A Drandom.cc11 int32 ACMRandom::Next() {
12 const int32 M = 2147483647L; // 2^31-1
13 const int32 A = 16807;
15 uint32 lo = A * (int32)(seed_ & 0xFFFF);
16 uint32 hi = A * (int32)((uint32)seed_ >> 16);
27 return (seed_ = (int32) lo);
30 int32 ACMRandom::Uniform(int32 n) {
/external/neven/Embedded/common/src/b_APIEm/
H A DFunctions.h56 const int32* rawSimArrA,
57 const int32* rawIdArrA,
59 const int32* refSimArrA,
60 const int32* refIdArrA,
63 int32* outSimArrA );
68 int32 bpi_normalizedSimilarity( struct bbs_Context* cpA,
69 int32 rawSimA,
70 int32 rawIdA,
71 const int32* refSimArrA,
72 const int32* refIdArr
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/external/neven/Embedded/common/src/b_BasicEm/
H A DPhase.h45 typedef int32 phase32;
85 * The function approximates ( int32 )( sin( ( M_PI * phaseA ) / ( 1<<15 ) ) * ( 1<<24 ) )
89 int32 bbs_sin32( phase16 phaseA );
94 * The function approximates ( int32 )( cos( ( M_PI * phaseA ) / ( 1<<15 ) ) * ( 1<<24 ) )
98 int32 bbs_cos32( phase16 phaseA );
128 phase16 bbs_phase16( int32 xA, int32 yA );
H A DMath.h78 int32 bbs_inv32( int32 valA );
97 uint32 bbs_pow2( int32 valA );
108 uint32 bbs_exp( int32 valA );
111 int16 bbs_satS16( int32 valA );
116 /* int32 bbs_round( int32 valA, int32 bbpA ); */
122 int32 bbs_dotProductInt16( const int16* vec1A, const int16* vec2A, uint32 sizeA );
128 int32 bbs_ferm
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H A DMathSSE2.c32 * Return Value: int32 containing resultL of dot product
34 int32 bbs_dotProduct_64SSE2( const int16* vec1A, const int16* vec2A, uint32 sizeA )
40 int32 resultL = 0;
106 resultL += ( int32 )*vec1L++ * *vec2L++;
108 resultL += ( int32 )*vec1L++ * *vec2L++;
110 resultL += ( int32 )*vec1L++ * *vec2L++;
112 resultL += ( int32 )*vec1L++ * *vec2L++;
114 resultL += ( int32 )*vec1L++ * *vec2L++;
116 resultL += ( int32 )*vec1L++ * *vec2L++;
118 resultL += ( int32 )*vec1
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H A DPhase.c82 const int32 bbs_sin32_table1G[] =
118 const int32 bbs_sin32_table2G[] =
139 int32 bbs_sin32( phase16 phaseA )
143 int32 oL = ( phaseA & 0x00FF );
145 int32 sinL = bbs_sin32_table1G[ indexL ] + oL * bbs_sin32_table1G[ indexL + 1 ];
158 int32 o1L = ( phaseA & 0x07FF );
159 int32 o2L = ( o1L * o1L ) >> 8;
161 int32 sinL = bbs_sin32_table2G[ indexL ] + ( ( o1L * bbs_sin32_table2G[ indexL + 1 ] ) << 3 ) + o2L * bbs_sin32_table2G[ indexL + 2 ];
181 int32 phase1L = iL * 256;
182 int32 phase2
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/external/valgrind/memcheck/tests/x86/
H A Dxor-undef-x86.stdout.exp2 Complain int32
4 No complain int32
/external/ceres-solver/include/ceres/
H A Dcost_function.h119 const vector<int32>& parameter_block_sizes() const {
128 vector<int32>* mutable_parameter_block_sizes() {
139 vector<int32> parameter_block_sizes_;

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