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#define | SCHRO_MOTION_GET_BLOCK() |
void | schro_motion_dc_prediction () |
void | schro_motion_vector_prediction () |
int | schro_motion_split_prediction () |
int | schro_motion_get_mode_prediction () |
int | schro_motion_block_estimate_entropy () |
void | schro_motion_copy_from () |
void | schro_motion_copy_to () |
int | schro_motion_estimate_entropy () |
void | schro_motion_field_lshift () |
void | schro_motion_free () |
int | schro_motion_get_global_prediction () |
SchroMotion * | schro_motion_new () |
void | schro_motion_render () |
void | schro_motion_render_cuda () |
void | schro_motion_render_ref () |
int | schro_motion_superblock_estimate_entropy () |
int | schro_motion_superblock_try_estimate_entropy () |
int | schro_motion_vector_is_equal () |
SchroMotionField * | schro_motion_field_new () |
void | schro_motion_field_free () |
void | schro_motion_field_scan () |
void | schro_motion_field_inherit () |
void | schro_motion_field_copy () |
int | schro_motion_verify () |
void schro_motion_dc_prediction (SchroMotion *motion
,int x
,int y
,int *pred
);
void schro_motion_vector_prediction (SchroMotion *motion
,int x
,int y
,int *pred_x
,int *pred_y
,int mode
);
int schro_motion_split_prediction (SchroMotion *motion
,int x
,int y
);
int schro_motion_get_mode_prediction (SchroMotion *motion
,int x
,int y
);
int schro_motion_block_estimate_entropy (SchroMotion *motion
,int i
,int j
);
void schro_motion_copy_from (SchroMotion *motion
,int i
,int j
,SchroBlock *block
);
void schro_motion_copy_to (SchroMotion *motion
,int i
,int j
,SchroBlock *block
);
int schro_motion_get_global_prediction (SchroMotion *motion
,int x
,int y
);
SchroMotion * schro_motion_new (SchroParams *params
,SchroUpsampledFrame *ref1
,SchroUpsampledFrame *ref2
);
void schro_motion_render (SchroMotion *motion
,SchroFrame *dest
,SchroFrame *addframe
,int add
,SchroFrame *output_frame
);
void schro_motion_render_ref (SchroMotion *motion
,SchroFrame *dest
,SchroFrame *addframe
,int add
,SchroFrame *output_frame
);
int schro_motion_superblock_estimate_entropy (SchroMotion *motion
,int i
,int j
);
int schro_motion_superblock_try_estimate_entropy (SchroMotion *motion
,int i
,int j
,SchroBlock *block
);
int schro_motion_vector_is_equal (SchroMotionVector *mv1
,SchroMotionVector *mv2
);
SchroMotionField * schro_motion_field_new (int x_num_blocks
,int y_num_blocks
);
void schro_motion_field_scan (SchroMotionField *field
,SchroParams *params
,SchroFrame *frame
,SchroFrame *ref
,int dist
);
void schro_motion_field_inherit (SchroMotionField *field
,SchroMotionField *parent
);
void schro_motion_field_copy (SchroMotionField *field
,SchroMotionField *parent
);
struct SchroMotion { SchroUpsampledFrame *src1; SchroUpsampledFrame *src2; SchroMotionVector *motion_vectors; SchroParams *params; uint8_t *tmpdata; int ref_weight_precision; int ref1_weight; int ref2_weight; int mv_precision; int xoffset; int yoffset; int xbsep; int ybsep; int xblen; int yblen; SchroFrameData block; SchroFrameData alloc_block; SchroFrameData obmc_weight; SchroFrameData alloc_block_ref[2]; SchroFrameData block_ref[2]; int weight_x[SCHRO_LIMIT_BLOCK_SIZE]; int weight_y[SCHRO_LIMIT_BLOCK_SIZE]; int width; int height; int max_fast_x; int max_fast_y; schro_bool simple_weight; schro_bool oneref_noscale; };