umc_h264_dec_total_zero.h

这是在PCA下的基于IPP库示例代码例子,在网上下了IPP的库之后,设置相关参数就可以编译该代码.

5    011

0    0000
1    0001
*/

Ipp32s total_zeros_map_11[] =
{
4, /* max bits */
1,  /* total subtables */
4,/* subtable sizes */

1, /* 1-bit codes */
0x0001, 4,

0, /* 2-bit codes */

3, /* 3-bit codes */
0x0001, 2, 0x0002, 3, 0x0003, 5,

2, /* 4-bit codes */
0x0000, 0, 0x0001, 1,


-1
};


//Table 9-8 - total_zeros tables for 4x4 blocks with
//TotalCoeff( coeff_token ) == 12
/*
3    1

2    01

4    001

0    0000
1    0001
*/
Ipp32s total_zeros_map_12[] =
{
4, /* max bits */
1,  /* total subtables */
4,/* subtable sizes */

1, /* 1-bit codes */
0x0001, 3,

1, /* 2-bit codes */
0x0001, 2,

1, /* 3-bit codes */
0x0001, 4,

2, /* 4-bit codes */
0x0000, 0, 0x0001, 1,


-1
};


//Table 9-8 - total_zeros tables for 4x4 blocks with
//TotalCoeff( coeff_token ) == 13
/*
2    1

3    01

0    000
1    001

*/


Ipp32s total_zeros_map_13[] =
{
3, /* max bits */
1,  /* total subtables */
3,/* subtable sizes */

1, /* 1-bit codes */
0x0001, 2,

1, /* 2-bit codes */
0x0001, 3,

2, /* 3-bit codes */
0x0000, 0, 0x0001, 1,

-1
};



//Table 9-8 - total_zeros tables for 4x4 blocks with
//TotalCoeff( coeff_token ) == 14
/*
2    1

0    00
1    01

*/

Ipp32s total_zeros_map_14[] =
{
2, /* max bits */
1,  /* total subtables */
2,/* subtable sizes */

1, /* 1-bit codes */
0x0001, 2,

2, /* 2-bit codes */
0x0000, 0, 0x0001, 1,

-1
};


//Table 9-8 - total_zeros tables for 4x4 blocks with
//TotalCoeff( coeff_token ) == 15
/*
0    0
1    1

*/

Ipp32s total_zeros_map_15[] =
{
1, /* max bits */
1,  /* total subtables */
1,/* subtable sizes */

2, /* 1-bit codes */
0x0000, 0, 0x0001, 1,

-1
};


//Table 9-9 - total_zeros tables for chroma DC 2x2 blocks
//TotalCoeff( coeff_token ) == 1
/*
0    1
1    01
2    001
3    000
*/

Ipp32s total_zeros_map_cr1[] =
{
3, /* max bits */
1, /* total subtables */
3,/* subtable sizes */

1, /* 1-bit codes */
0x0001, 0,

1, /* 2-bit codes */
0x0001, 1,

2, /* 3-bit codes */
0x0000, 3, 0x0001, 2,

-1
};


//Table 9-9 - total_zeros tables for chroma DC 2x2 blocks
//TotalCoeff( coeff_token ) == 2
/*
0    1
1    01
2    00
*/

Ipp32s total_zeros_map_cr2[] =
{
2, /* max bits */
1, /* total subtables */
2,/* subtable sizes */

1, /* 1-bit codes */
0x0001, 0,

2, /* 2-bit codes */
0x0000, 2, 0x0001, 1,

-1
};



//Table 9-9 - total_zeros tables for chroma DC 2x2 blocks
//TotalCoeff( coeff_token ) == 3
/*
0    1
1    0
*/

Ipp32s total_zeros_map_cr3[] =
{
1, /* max bits */
1, /* total subtables */
1,/* subtable sizes */

2, /* 1-bit codes */
0x0001, 0, 0x0000, 1,

-1
};

//#else
///*
//#undef OFF
//#define OFF 120//60//
//
//#undef SZCF
//#define SZCF 4//2//
//
//#undef SHIFT1
//#define SHIFT1 8
//
//#undef TABLE_TYPE
//#define TABLE_TYPE int //unsigned short
//*/
//
//#undef OFF
//#undef SZCF
//
//#undef SHIFT1
//#define SHIFT1 8
//
//#undef TABLE_TYPE
//
//#if defined (ARM) || defined (_ARM_)
//
//#define OFF 60//120//
//#define SZCF 2//4//
//#define TABLE_TYPE unsigned short // int //
//
//#else   //  defined (ARM) || defined (_ARM_)
//
//#define OFF 120//60//
//#define SZCF 4//2//
//#define TABLE_TYPE int //unsigned short
//
//#endif   //  defined (ARM) || defined (_ARM_)
//
//
////The table total_zeros_map_1 for XScale
//
//static TABLE_TYPE total_zeros_map_1s2[] =
//{
//    (OFF+0*SZCF  << 8)|32,//0
//    (OFF+1*SZCF  << 8)|31,//1
//    (OFF+3*SZCF << 8)|31,//2
//    (OFF+5*SZCF << 8)|31,//3
//    (OFF+7*SZCF << 8)|31,//4
//    (OFF+9*SZCF << 8)|31,//5
//    (OFF+11*SZCF << 8)|31,//6
//    (OFF+13*SZCF << 8)|31,//7
//    (OFF+15*SZCF << 8)|32,//8
//    (OFF+16*SZCF << 8)|32,//9
//    (OFF+16*SZCF << 8)|32,//10
//    (OFF+16*SZCF << 8)|32,//11
//    (OFF+16*SZCF << 8)|32,//12
//    (OFF+16*SZCF << 8)|32,//13
//    (OFF+16*SZCF << 8)|32,//14
//    (OFF+16*SZCF << 8)|32,//15
//    (OFF+16*SZCF << 8)|32,//16
//    (OFF+16*SZCF << 8)|32,//17
//    (OFF+16*SZCF << 8)|32,//18
//    (OFF+16*SZCF << 8)|32,//19
//    (OFF+16*SZCF << 8)|32,//20
//    (OFF+16*SZCF << 8)|32,//21
//    (OFF+16*SZCF << 8)|32,//22
//    (OFF+16*SZCF << 8)|32,//23
//    (OFF+16*SZCF << 8)|32,//24
//    (OFF+16*SZCF << 8)|32,//25
//    (OFF+16*SZCF << 8)|32,//26
//    (OFF+16*SZCF << 8)|32,//27
//    (OFF+16*SZCF << 8)|32,//28
//    (OFF+16*SZCF << 8)|32,//29
//
//    (0<<8)| 31,                 //0    //80
//    (2<<8)| 29,    (1<<8)| 29,        //1    //84
//    (4<<8)| 28,    (3<<8)| 28,        //2    //92
//    (6<<8)| 27,    (5<<8)| 27,        //3    //100
//    (8<<8)| 26,    (7<<8)| 26,        //4    //108
//    (10<<8)|25,    (9<<8)| 25,        //5    //116
//    (12<<8)|24,    (11<<8)|24,        //6    //124
//    (14<<8)|23,    (13<<8)|23,        //7    //132
//    (15<<8)|23,                    //8    //140
//    IPPVC_VLC_FORBIDDEN            //9    //144
//
//};
//
////The table total_zeros_map_2 for XScale
//static TABLE_TYPE total_zeros_map_2s2[] =
//{
//    (OFF+0*SZCF  << 8)|30,//0
//    (OFF+4*SZCF << 8)|30,//1
//    (OFF+8*SZCF << 8)|31,//2
//    (OFF+10*SZCF << 8)|31,//3
//    (OFF+12*SZCF << 8)|31,//4
//    (OFF+14*SZCF << 8)|32,//5
//    (OFF+15*SZCF << 8)|32,//6
//    (OFF+15*SZCF << 8)|32,//7
//    (OFF+15*SZCF << 8)|32,//8
//    (OFF+15*SZCF << 8)|32,//9
//    (OFF+15*SZCF << 8)|32,//10
//    (OFF+15*SZCF << 8)|32,//11
//    (OFF+15*SZCF << 8)|32,//12
//    (OFF+15*SZCF << 8)|32,//13
//    (OFF+15*SZCF << 8)|32,//14
//    (OFF+15*SZCF << 8)|32,//15
//    (OFF+15*SZCF << 8)|32,//16
//    (OFF+15*SZCF << 8)|32,//17
//    (OFF+15*SZCF << 8)|32,//18
//    (OFF+15*SZCF << 8)|32,//19
//    (OFF+15*SZCF << 8)|32,//10
//    (OFF+15*SZCF << 8)|32,//11
//    (OFF+15*SZCF << 8)|32,//12
//    (OFF+15*SZCF << 8)|32,//13
//    (OFF+15*SZCF << 8)|32,//14
//    (OFF+15*SZCF << 8)|32,//15
//    (OFF+15*SZCF << 8)|32,//16
//    (OFF+15*SZCF << 8)|32,//17
//    (OFF+15*SZCF << 8)|32,//18
//    (OFF+15*SZCF << 8)|32,//19
//
//    (3<<8)| 29, (2<<8)| 29,(1<<8)| 29, (0<<8)| 29,    //0    //80
//    (6<<8)| 28, (5<<8)| 28,(4<<8)| 29, (4<<8)| 29,    //1    //96
//    (8<<8)| 28,    (7<<8)| 28,                            //2    //112
//    (10<<8)|27,    (9<<8)| 27,                            //3    //120
//    (12<<8)|26,    (11<<8)|26,                            //4    //128
//    (13<<8)|26,                                        //5    //136
//    (14<<8)|26,                                        //6    //140
//
//};
//
////The table total_zeros_map_6 for XScale
//static TABLE_TYPE total_zeros_map_6s2[] =
//{
//    (OFF+0*SZCF  << 8)|30,//0
//    (OFF+4*SZCF << 8)|31,//1
//    (OFF+6*SZCF << 8)|32,//2
//    (OFF+7*SZCF << 8)|32,//3
//    (OFF+8*SZCF << 8)|32,//4
//    (OFF+9*SZCF << 8)|32,//5
//    (OFF+10*SZCF << 8)|32,//6
//    (OFF+10*SZCF << 8)|32,//7
//    (OFF+10*SZCF << 8)|32,//8
//    (OFF+10*SZCF << 8)|32,//9
//    (OFF+10*SZCF << 8)|32,//10
//    (OFF+10*SZCF << 8)|32,//11
//    (OFF+10*SZCF << 8)|32,//12
//    (OFF+10*SZCF << 8)|32,//13
//    (OFF+10*SZCF << 8)|32,//14
//    (OFF+10*SZCF << 8)|32,//15
//    (OFF+10*SZCF << 8)|32,//16
//    (OFF+10*SZCF << 8)|32,//17
//    (OFF+10*SZCF << 8)|32,//18
//    (OFF+10*SZCF << 8)|32,//19
//    (OFF+10*SZCF << 8)|32,//10
//    (OFF+10*SZCF << 8)|32,//11
//    (OFF+10*SZCF << 8)|32,//12
//    (OFF+10*SZCF << 8)|32,//13
//    (OFF+10*SZCF << 8)|32,//14
//    (OFF+10*SZCF << 8)|32,//15
//    (OFF+10*SZCF << 8)|32,//16
//    (OFF+10*SZCF << 8)|32,//17
//    (OFF+10*SZCF << 8)|32,//18
//    (OFF+10*SZCF << 8)|32,//19
//
//    (5<<8)| 29,(4<<8)| 29,(3<<8)| 29, (2<<8)| 29,    //0        //80
//    (7<<8)| 29,(6<<8)| 29,                            //1        //96
//    (9<<8)| 29,                                        //2        //104
//    (8<<8)| 28,                                        //3        //108
//    (1<<8)| 27,                                        //4        //112
//    (0<<8)| 26,                                        //5        //116
//    (10<<8)|26,                                        //6..15    //120
//
//};
////The table total_zeros_map_5 for XScale
//static TABLE_TYPE total_zeros_map_5s2[] =
//{
//    (OFF+0*SZCF  << 8)|30,//0
//    (OFF+4*SZCF << 8)|30,//1
//    (OFF+8*SZCF << 8)|31,//2
//    (OFF+10*SZCF << 8)|32,//3
//    (OFF+11*SZCF << 8)|32,//4
//    (OFF+12*SZCF << 8)|32,//5
//    (OFF+12*SZCF << 8)|32,//6
//    (OFF+12*SZCF << 8)|32,//7
//    (OFF+12*SZCF << 8)|32,//8
//    (OFF+12*SZCF << 8)|32,//9
//    (OFF+12*SZCF << 8)|32,//10
//    (OFF+12*SZCF << 8)|32,//11
//    (OFF+12*SZCF << 8)|32,//12
//    (OFF+12*SZCF << 8)|32,//13
//    (OFF+12*SZCF << 8)|32,//14
//    (OFF+12*SZCF << 8)|32,//15
//    (OFF+12*SZCF << 8)|32,//16
//    (OFF+12*SZCF << 8)|32,//17
//    (OFF+12*SZCF << 8)|32,//18
//    (OFF+12*SZCF << 8)|32,//19
//    (OFF+12*SZCF << 8)|32,//10
//    (OFF+12*SZCF << 8)|32,//11
//    (OFF+12*SZCF << 8)|32,//12
//    (OFF+12*SZCF << 8)|32,//13
//    (OFF+12*SZCF << 8)|32,//14
//    (OFF+12*SZCF << 8)|32,//15
//    (OFF+12*SZCF << 8)|32,//16
//    (OFF+12*SZCF << 8)|32,//17
//    (OFF+12*SZCF << 8)|32,//18
//    (OFF+12*SZCF << 8)|32,//19
//
//    (6<<8)| 29,(5<<8)| 29,(4<<8)| 29, (3<<8)| 29,    //0        //80
//    (1<<8)| 28,(0<<8)| 28,(7<<8)| 29, (7<<8)| 29,    //1        //96
//    (8<<8)| 28,    (2<<8)| 28,                            //2        //112
//    (10<<8)|28,                                        //3        //120
//    (9 <<8)|27,                                        //4        //124
//    (11<<8)|27,                                        //5..15    //128
//
//};
////The table total_zeros_map_4 for XScale
//static TABLE_TYPE total_zeros_map_4s2[] =
//{
//    (OFF+0*SZCF    << 8)|30,//0
//    (OFF+4*SZCF << 8)|30,//1
//    (OFF+8*SZCF << 8)|31,//2
//    (OFF+10*SZCF << 8)|31,//3
//    (OFF+12*SZCF << 8)|32,//4
//    (OFF+13*SZCF << 8)|32,//5
//    (OFF+13*SZCF << 8)|32,//6
//    (OFF+13*SZCF << 8)|32,//7
//    (OFF+13*SZCF << 8)|32,//8
//    (OFF+13*SZCF << 8)|32,//9
//    (OFF+13*SZCF << 8)|32,//10
//    (OFF+13*SZCF << 8)|32,//11
//    (OFF+13*SZCF << 8)|32,//12
//    (OFF+13*SZCF << 8)|32,//13
//    (OFF+13*SZCF << 8)|32,//14
//    (OFF+13*SZCF << 8)|32,//15
//    (OFF+13*SZCF << 8)|32,//16
//    (OFF+13*SZCF << 8)|32,//17
//    (OFF+13*SZCF << 8)|32,//18
//    (OFF+13*SZCF << 8)|32,//19
//    (OFF+13*SZCF << 8)|32,//10
//    (OFF+13*SZCF << 8)|32,//11
//    (OFF+13*SZCF << 8)|32,//12
//    (OFF+13*SZCF << 8)|32,//13
//    (OFF+13*SZCF << 8)|32,//14
//    (OFF+13*SZCF << 8)|32,//15
//    (OFF+13*SZCF << 8)|32,//16
//    (OFF+13*SZCF << 8)|32,//17
//    (OFF+13*SZCF << 8)|32,//18
//    (OFF+13*SZCF << 8)|32,//19
//
//    (6<<8)| 29,(5<<8)| 29,(4<<8)| 29, (1<<8)| 29,    //0        //80
//    (3<<8)| 28,(2<<8)| 28,(8<<8)| 29, (8<<8)| 29,    //1        //96
//    (9<<8)| 28,    (7<<8)| 28,                            //2        //112
//    (10<<8)|27,    (0<<8)| 27,                            //3        //120
//    (11<<8)|27,                                        //4        //128
//    (12<<8)|27,                                        //5..15    //132
//
//};
////The table total_zeros_map_3 for XScale
//static TABLE_TYPE total_zeros_map_3s2[] =
//{
//    (OFF+0*SZCF  << 8)|30,//0
//    (OFF+4*SZCF << 8)|30,//1
//    (OFF+8*SZCF << 8)|31,//2
//    (OFF+10*SZCF << 8)|31,//3
//    (OFF+12*SZCF << 8)|32,//4
//    (OFF+13*SZCF << 8)|32,//5
//    (OFF+14*SZCF << 8)|32,//6
//    (OFF+14*SZCF << 8)|32,//7
//    (OFF+14*SZCF << 8)|32,//8
//    (OFF+14*SZCF << 8)|32,//9
//    (OFF+14*SZCF << 8)|32,//10
//    (OFF+14*SZCF << 8)|32,//11
//    (OFF+14*SZCF << 8)|32,//12
//    (OFF+14*SZCF << 8)|32,//13
//    (OFF+14*SZCF << 8)|32,//14
//    (OFF+14*SZCF << 8)|32,//15
//    (OFF+14*SZCF << 8)|32,//16
//    (OFF+14*SZCF << 8)|32,//17
//    (OFF+14*SZCF << 8)|32,//18
//    (OFF+14*SZCF << 8)|32,//19
//    (OFF+14*SZCF << 8)|32,//10
//    (OFF+14*SZCF << 8)|32,//11
//    (OFF+14*SZCF << 8)|32,//12
//    (OFF+14*SZCF << 8)|32,//13
//    (OFF+14*SZCF << 8)|32,//14
//    (OFF+14*SZCF << 8)|32,//15
//    (OFF+14*SZCF << 8)|32,//16
//    (OFF+14*SZCF << 8)|32,//17
//    (OFF+14*SZCF << 8)|32,//18
//    (OFF+14*SZCF << 8)|32,//19
//
//    (6<<8)| 29,(3<<8)| 29,(2<<8)| 29, (1<<8)| 29,    //0    //80