FFmpeg coverage

Directory: ../../../ffmpeg/
File: src/libavcodec/vvc/mvs.c
Date: 2025-06-01 09:29:47
Exec Total Coverage
Lines: 1200 1204 99.7%
Functions: 81 81 100.0%
Branches: 663 682 97.2%
Line Branch Exec Source
1 /*
2 * VVC motion vector decoder
3 *
4 * Copyright (C) 2023 Nuo Mi
5 * Copyright (C) 2022 Xu Mu
6 * This file is part of FFmpeg.
7 *
8 * FFmpeg is free software; you can redistribute it and/or
9 * modify it under the terms of the GNU Lesser General Public
10 * License as published by the Free Software Foundation; either
11 * version 2.1 of the License, or (at your option) any later version.
12 *
13 * FFmpeg is distributed in the hope that it will be useful,
14 * but WITHOUT ANY WARRANTY; without even the implied warranty of
15 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
16 * Lesser General Public License for more details.
17 *
18 * You should have received a copy of the GNU Lesser General Public
19 * License along with FFmpeg; if not, write to the Free Software
20 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
21 */
22
23 #include "ctu.h"
24 #include "data.h"
25 #include "refs.h"
26 #include "mvs.h"
27
28 #define IS_SAME_MV(a, b) (AV_RN64A(a) == AV_RN64A(b))
29
30 //check if the two luma locations belong to the same motion estimation region
31 629997 static av_always_inline int is_same_mer(const VVCFrameContext *fc, const int xN, const int yN, const int xP, const int yP)
32 {
33 629997 const uint8_t plevel = fc->ps.sps->log2_parallel_merge_level;
34
35
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 670741 return xN >> plevel == xP >> plevel &&
36
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 40744 yN >> plevel == yP >> plevel;
37 }
38
39 //return true if we have same mvs and ref_idxs
40 2028140 static av_always_inline int compare_mv_ref_idx(const MvField *n, const MvField *o)
41 {
42
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 2028140 if (!o || n->pred_flag != o->pred_flag)
43 847677 return 0;
44
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 1734876 for (int i = 0; i < 2; i++) {
45 1482452 PredFlag mask = i + 1;
46
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 1482452 if (n->pred_flag & mask) {
47 1343220 const int same_ref_idx = n->ref_idx[i] == o->ref_idx[i];
48 1343220 const int same_mv = IS_SAME_MV(n->mv + i, o->mv + i);
49
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 1343220 if (!same_ref_idx || !same_mv)
50 928039 return 0;
51 }
52 }
53 252424 return 1;
54 }
55
56 // 8.5.2.15 Temporal motion buffer compression process for collocated motion vectors
57 1912770 static av_always_inline void mv_compression(Mv *motion)
58 {
59 1912770 int mv[2] = {motion->x, motion->y};
60
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 5738310 for (int i = 0; i < 2; i++) {
61 3825540 const int s = mv[i] >> 17;
62 3825540 const int f = av_log2((mv[i] ^ s) | 31) - 4;
63 3825540 const int mask = (-1 * (1 << f)) >> 1;
64 3825540 const int round = (1 << f) >> 2;
65 3825540 mv[i] = (mv[i] + round) & mask;
66 }
67 1912770 motion->x = mv[0];
68 1912770 motion->y = mv[1];
69 1912770 }
70
71 1512837 void ff_vvc_mv_scale(Mv *dst, const Mv *src, int td, int tb)
72 {
73 int tx, scale_factor;
74
75 1512837 td = av_clip_int8(td);
76 1512837 tb = av_clip_int8(tb);
77 1512837 tx = (0x4000 + (abs(td) >> 1)) / td;
78 1512837 scale_factor = av_clip_intp2((tb * tx + 32) >> 6, 12);
79 1512837 dst->x = av_clip_intp2((scale_factor * src->x + 127 +
80 1512837 (scale_factor * src->x < 0)) >> 8, 17);
81 1512837 dst->y = av_clip_intp2((scale_factor * src->y + 127 +
82 1512837 (scale_factor * src->y < 0)) >> 8, 17);
83 1512837 }
84
85 //part of 8.5.2.12 Derivation process for collocated motion vectors
86 1924839 static int check_mvset(Mv *mvLXCol, Mv *mvCol,
87 int colPic, int poc,
88 const RefPicList *refPicList, int X, int refIdxLx,
89 const RefPicList *refPicList_col, int listCol, int refidxCol)
90 {
91 1924839 int cur_lt = refPicList[X].refs[refIdxLx].is_lt;
92 1924839 int col_lt = refPicList_col[listCol].refs[refidxCol].is_lt;
93 int col_poc_diff, cur_poc_diff;
94
95
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 1924839 if (cur_lt != col_lt) {
96 12069 mvLXCol->x = 0;
97 12069 mvLXCol->y = 0;
98 12069 return 0;
99 }
100
101 1912770 col_poc_diff = colPic - refPicList_col[listCol].refs[refidxCol].poc;
102 1912770 cur_poc_diff = poc - refPicList[X].refs[refIdxLx].poc;
103
104 1912770 mv_compression(mvCol);
105
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 1912770 if (cur_lt || col_poc_diff == cur_poc_diff) {
106 414994 mvLXCol->x = av_clip_intp2(mvCol->x, 17);
107 414994 mvLXCol->y = av_clip_intp2(mvCol->y, 17);
108 } else {
109 1497776 ff_vvc_mv_scale(mvLXCol, mvCol, col_poc_diff, cur_poc_diff);
110 }
111 1912770 return 1;
112 }
113
114 #define CHECK_MVSET(l) \
115 check_mvset(mvLXCol, temp_col.mv + l, \
116 colPic, fc->ps.ph.poc, \
117 refPicList, X, refIdxLx, \
118 refPicList_col, L ## l, temp_col.ref_idx[l])
119
120 //derive NoBackwardPredFlag
121 452494 int ff_vvc_no_backward_pred_flag(const VVCLocalContext *lc)
122 {
123 452494 int check_diffpicount = 0;
124 int i, j;
125 452494 const RefPicList *rpl = lc->sc->rpl;
126
127
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 1357482 for (j = 0; j < 2; j++) {
128
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 1857758 for (i = 0; i < lc->sc->sh.r->num_ref_idx_active[j]; i++) {
129
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 1448759 if (rpl[j].refs[i].poc > lc->fc->ps.ph.poc) {
130 495989 check_diffpicount++;
131 495989 break;
132 }
133 }
134 }
135 452494 return !check_diffpicount;
136 }
137
138 //8.5.2.12 Derivation process for collocated motion vectors
139 2328424 static int derive_temporal_colocated_mvs(const VVCLocalContext *lc, MvField temp_col,
140 int refIdxLx, Mv *mvLXCol, int X,
141 int colPic, const RefPicList *refPicList_col, int sb_flag)
142 {
143 2328424 const VVCFrameContext *fc = lc->fc;
144 2328424 const SliceContext *sc = lc->sc;
145 2328424 RefPicList* refPicList = sc->rpl;
146
147
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 2328424 if (temp_col.pred_flag == PF_INTRA ||
148
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 2253367 temp_col.pred_flag == PF_IBC ||
149
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 2251434 temp_col.pred_flag == PF_PLT)
150 76990 return 0;
151
152
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 2251434 if (sb_flag){
153
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 2133993 if (X == 0) {
154
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 1239369 if (temp_col.pred_flag & PF_L0)
155 1123381 return CHECK_MVSET(0);
156
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 115988 else if (ff_vvc_no_backward_pred_flag(lc) && (temp_col.pred_flag & PF_L1))
157 2338 return CHECK_MVSET(1);
158 } else {
159
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 894624 if (temp_col.pred_flag & PF_L1)
160 618500 return CHECK_MVSET(1);
161
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 276124 else if (ff_vvc_no_backward_pred_flag(lc) && (temp_col.pred_flag & PF_L0))
162 63179 return CHECK_MVSET(0);
163 }
164 } else {
165
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 117441 if (!(temp_col.pred_flag & PF_L0))
166 14563 return CHECK_MVSET(1);
167
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 102878 else if (temp_col.pred_flag == PF_L0)
168 53741 return CHECK_MVSET(0);
169
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 49137 else if (temp_col.pred_flag == PF_BI) {
170
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 49137 if (ff_vvc_no_backward_pred_flag(lc)) {
171
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 9308 if (X == 0)
172 4853 return CHECK_MVSET(0);
173 else
174 4455 return CHECK_MVSET(1);
175 } else {
176
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 39829 if (!lc->sc->sh.r->sh_collocated_from_l0_flag)
177 22401 return CHECK_MVSET(0);
178 else
179 17428 return CHECK_MVSET(1);
180 }
181 }
182 }
183 326595 return 0;
184 }
185
186 #define TAB_MVF(x, y) \
187 tab_mvf[((y) >> MIN_PU_LOG2) * min_pu_width + ((x) >> MIN_PU_LOG2)]
188
189 #define TAB_MVF_PU(v) \
190 TAB_MVF(x ## v, y ## v)
191
192 #define TAB_CP_MV(lx, x, y) \
193 fc->tab.cp_mv[lx][((((y) >> min_cb_log2_size) * min_cb_width + ((x) >> min_cb_log2_size)) ) * MAX_CONTROL_POINTS]
194
195
196 #define DERIVE_TEMPORAL_COLOCATED_MVS(sb_flag) \
197 derive_temporal_colocated_mvs(lc, temp_col, \
198 refIdxLx, mvLXCol, X, colPic, \
199 ff_vvc_get_ref_list(fc, ref, x, y), sb_flag)
200
201 //8.5.2.11 Derivation process for temporal luma motion vector prediction
202 144928 static int temporal_luma_motion_vector(const VVCLocalContext *lc,
203 const int refIdxLx, Mv *mvLXCol, const int X, int check_center, int sb_flag)
204 {
205 144928 const VVCFrameContext *fc = lc->fc;
206 144928 const VVCSPS *sps = fc->ps.sps;
207 144928 const VVCPPS *pps = fc->ps.pps;
208 144928 const CodingUnit *cu = lc->cu;
209 144928 const int subpic_idx = lc->sc->sh.r->curr_subpic_idx;
210 144928 int x, y, x_end, y_end, colPic, availableFlagLXCol = 0;
211 144928 int min_pu_width = fc->ps.pps->min_pu_width;
212 144928 VVCFrame *ref = fc->ref->collocated_ref;
213 MvField *tab_mvf;
214 MvField temp_col;
215
216
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 144928 if (!ref) {
217 66 memset(mvLXCol, 0, sizeof(*mvLXCol));
218 66 return 0;
219 }
220
221
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 144862 if (!fc->ps.ph.r->ph_temporal_mvp_enabled_flag || (cu->cb_width * cu->cb_height <= 32))
222 4440 return 0;
223
224 140422 tab_mvf = ref->tab_dmvr_mvf;
225 140422 colPic = ref->poc;
226
227 //bottom right collocated motion vector
228 140422 x = cu->x0 + cu->cb_width;
229 140422 y = cu->y0 + cu->cb_height;
230
231 140422 x_end = pps->subpic_x[subpic_idx] + pps->subpic_width[subpic_idx];
232 140422 y_end = pps->subpic_y[subpic_idx] + pps->subpic_height[subpic_idx];
233
234
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 140422 if (tab_mvf &&
235
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 140422 (cu->y0 >> sps->ctb_log2_size_y) == (y >> sps->ctb_log2_size_y) &&
236
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 116378 x < x_end && y < y_end) {
237 112486 x &= ~7;
238 112486 y &= ~7;
239 112486 temp_col = TAB_MVF(x, y);
240 112486 availableFlagLXCol = DERIVE_TEMPORAL_COLOCATED_MVS(sb_flag);
241 }
242
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 140422 if (check_center) {
243 // derive center collocated motion vector
244
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 127148 if (tab_mvf && !availableFlagLXCol) {
245 54820 x = cu->x0 + (cu->cb_width >> 1);
246 54820 y = cu->y0 + (cu->cb_height >> 1);
247 54820 x &= ~7;
248 54820 y &= ~7;
249 54820 temp_col = TAB_MVF(x, y);
250 54820 availableFlagLXCol = DERIVE_TEMPORAL_COLOCATED_MVS(sb_flag);
251 }
252 }
253 140422 return availableFlagLXCol;
254 }
255
256 5486429 void ff_vvc_set_mvf(const VVCLocalContext *lc, const int x0, const int y0, const int w, const int h, const MvField *mvf)
257 {
258 5486429 const VVCFrameContext *fc = lc->fc;
259 5486429 MvField *tab_mvf = fc->tab.mvf;
260 5486429 const int min_pu_width = fc->ps.pps->min_pu_width;
261 5486429 const int min_pu_size = 1 << MIN_PU_LOG2;
262
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 14013712 for (int dy = 0; dy < h; dy += min_pu_size) {
263
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 46058983 for (int dx = 0; dx < w; dx += min_pu_size) {
264 37531700 const int x = x0 + dx;
265 37531700 const int y = y0 + dy;
266 37531700 TAB_MVF(x, y) = *mvf;
267 }
268 }
269 5486429 }
270
271 627898 void ff_vvc_set_intra_mvf(const VVCLocalContext *lc, const bool dmvr, const PredFlag pf, const bool ciip_flag)
272 {
273 627898 const VVCFrameContext *fc = lc->fc;
274 627898 const CodingUnit *cu = lc->cu;
275
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 627898 MvField *tab_mvf = dmvr ? fc->ref->tab_dmvr_mvf : fc->tab.mvf;
276 627898 const int min_pu_width = fc->ps.pps->min_pu_width;
277 627898 const int min_pu_size = 1 << MIN_PU_LOG2;
278
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 2195013 for (int dy = 0; dy < cu->cb_height; dy += min_pu_size) {
279
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 8109339 for (int dx = 0; dx < cu->cb_width; dx += min_pu_size) {
280 6542224 const int x = cu->x0 + dx;
281 6542224 const int y = cu->y0 + dy;
282 6542224 MvField *mv = &TAB_MVF(x, y);
283
284 6542224 mv->pred_flag = pf;
285 6542224 mv->ciip_flag = ciip_flag;
286 }
287 }
288 627898 }
289
290 //cbProfFlagLX from 8.5.5.9 Derivation process for motion vector arrays from affine control point motion vectors
291 44339 static int derive_cb_prof_flag_lx(const VVCLocalContext *lc, const PredictionUnit* pu, int lx, int is_fallback)
292 {
293 44339 const MotionInfo* mi = &pu->mi;
294 44339 const Mv* cp_mv = &mi->mv[lx][0];
295
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 44339 if (lc->fc->ps.ph.r->ph_prof_disabled_flag || is_fallback)
296 1257 return 0;
297
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 43082 if (mi->motion_model_idc == MOTION_4_PARAMS_AFFINE) {
298
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 17858 if (IS_SAME_MV(cp_mv, cp_mv + 1))
299 4720 return 0;
300 }
301
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 38362 if (mi->motion_model_idc == MOTION_6_PARAMS_AFFINE) {
302
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 25224 if (IS_SAME_MV(cp_mv, cp_mv + 1) && IS_SAME_MV(cp_mv, cp_mv + 2))
303 891 return 0;
304 }
305
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 37471 if (lc->sc->rpl[lx].refs[mi->ref_idx[lx]].is_scaled)
306 137 return 0;
307 37334 return 1;
308 }
309
310 typedef struct SubblockParams {
311 int d_hor_x;
312 int d_ver_x;
313 int d_hor_y;
314 int d_ver_y;
315 int mv_scale_hor;
316 int mv_scale_ver;
317 int is_fallback;
318
319 int cb_width;
320 int cb_height;
321 } SubblockParams;
322
323 44339 static int is_fallback_mode(const SubblockParams *sp, const PredFlag pred_flag)
324 {
325 44339 const int a = 4 * (2048 + sp->d_hor_x);
326 44339 const int b = 4 * sp->d_hor_y;
327 44339 const int c = 4 * (2048 + sp->d_ver_y);
328 44339 const int d = 4 * sp->d_ver_x;
329
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 44339 if (pred_flag == PF_BI) {
330
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 19232 const int max_w4 = FFMAX(0, FFMAX(a, FFMAX(b, a + b)));
331
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 19232 const int min_w4 = FFMIN(0, FFMIN(a, FFMIN(b, a + b)));
332
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 19232 const int max_h4 = FFMAX(0, FFMAX(c, FFMAX(d, c + d)));
333
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 19232 const int min_h4 = FFMIN(0, FFMIN(c, FFMIN(d, c + d)));
334 19232 const int bx_wx4 = ((max_w4 - min_w4) >> 11) + 9;
335 19232 const int bx_hx4 = ((max_h4 - min_h4) >> 11) + 9;
336 19232 return bx_wx4 * bx_hx4 > 225;
337 } else {
338 25107 const int bx_wxh = (FFABS(a) >> 11) + 9;
339 25107 const int bx_hxh = (FFABS(d) >> 11) + 9;
340 25107 const int bx_wxv = (FFABS(b) >> 11) + 9;
341 25107 const int bx_hxv = (FFABS(c) >> 11) + 9;
342
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 25107 if (bx_wxh * bx_hxh <= 165 && bx_wxv * bx_hxv <= 165)
343 24355 return 0;
344 }
345 752 return 1;
346 }
347
348 44339 static void init_subblock_params(SubblockParams *sp, const MotionInfo* mi,
349 const int cb_width, const int cb_height, const int lx)
350 {
351 44339 const int log2_cbw = av_log2(cb_width);
352 44339 const int log2_cbh = av_log2(cb_height);
353 44339 const Mv* cp_mv = mi->mv[lx];
354 44339 const int num_cp_mv = mi->motion_model_idc + 1;
355 44339 sp->d_hor_x = (cp_mv[1].x - cp_mv[0].x) * (1 << (MAX_CU_DEPTH - log2_cbw));
356 44339 sp->d_ver_x = (cp_mv[1].y - cp_mv[0].y) * (1 << (MAX_CU_DEPTH - log2_cbw));
357
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 44339 if (num_cp_mv == 3) {
358 25604 sp->d_hor_y = (cp_mv[2].x - cp_mv[0].x) * (1 << (MAX_CU_DEPTH - log2_cbh));
359 25604 sp->d_ver_y = (cp_mv[2].y - cp_mv[0].y) * (1 << (MAX_CU_DEPTH - log2_cbh));
360 } else {
361 18735 sp->d_hor_y = -sp->d_ver_x;
362 18735 sp->d_ver_y = sp->d_hor_x;
363 }
364 44339 sp->mv_scale_hor = (cp_mv[0].x) * (1 << MAX_CU_DEPTH);
365 44339 sp->mv_scale_ver = (cp_mv[0].y) * (1 << MAX_CU_DEPTH);
366 44339 sp->cb_width = cb_width;
367 44339 sp->cb_height = cb_height;
368 44339 sp->is_fallback = is_fallback_mode(sp, mi->pred_flag);
369 44339 }
370
371 44339 static void derive_subblock_diff_mvs(const VVCLocalContext *lc, PredictionUnit* pu, const SubblockParams* sp, const int lx)
372 {
373 44339 pu->cb_prof_flag[lx] = derive_cb_prof_flag_lx(lc, pu, lx, sp->is_fallback);
374
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 44339 if (pu->cb_prof_flag[lx]) {
375 37334 const int dmv_limit = 1 << 5;
376 37334 const int pos_offset_x = 6 * (sp->d_hor_x + sp->d_hor_y);
377 37334 const int pos_offset_y = 6 * (sp->d_ver_x + sp->d_ver_y);
378
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 186670 for (int x = 0; x < AFFINE_MIN_BLOCK_SIZE; x++) {
379
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 746680 for (int y = 0; y < AFFINE_MIN_BLOCK_SIZE; y++) {
380 597344 LOCAL_ALIGNED_8(Mv, diff, [1]);
381 597344 diff->x = x * (sp->d_hor_x * (1 << 2)) + y * (sp->d_hor_y * (1 << 2)) - pos_offset_x;
382 597344 diff->y = x * (sp->d_ver_x * (1 << 2)) + y * (sp->d_ver_y * (1 << 2)) - pos_offset_y;
383 597344 ff_vvc_round_mv(diff, 0, 8);
384 597344 pu->diff_mv_x[lx][AFFINE_MIN_BLOCK_SIZE * y + x] = av_clip(diff->x, -dmv_limit + 1, dmv_limit - 1);
385 597344 pu->diff_mv_y[lx][AFFINE_MIN_BLOCK_SIZE * y + x] = av_clip(diff->y, -dmv_limit + 1, dmv_limit - 1);
386 }
387 }
388 }
389 44339 }
390
391 44339 static void store_cp_mv(const VVCLocalContext *lc, const MotionInfo *mi, const int lx)
392 {
393 44339 VVCFrameContext *fc = lc->fc;
394 44339 const CodingUnit *cu = lc->cu;
395 44339 const int log2_min_cb_size = fc->ps.sps->min_cb_log2_size_y;
396 44339 const int min_cb_size = fc->ps.sps->min_cb_size_y;
397 44339 const int min_cb_width = fc->ps.pps->min_cb_width;
398 44339 const int num_cp_mv = mi->motion_model_idc + 1;
399
400
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 392467 for (int dy = 0; dy < cu->cb_height; dy += min_cb_size) {
401
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 4665856 for (int dx = 0; dx < cu->cb_width; dx += min_cb_size) {
402 4317728 const int x_cb = (cu->x0 + dx) >> log2_min_cb_size;
403 4317728 const int y_cb = (cu->y0 + dy) >> log2_min_cb_size;
404 4317728 const int offset = (y_cb * min_cb_width + x_cb) * MAX_CONTROL_POINTS;
405
406 4317728 memcpy(&fc->tab.cp_mv[lx][offset], mi->mv[lx], sizeof(Mv) * num_cp_mv);
407 }
408 }
409 44339 }
410
411 //8.5.5.9 Derivation process for motion vector arrays from affine control point motion vectors
412 34723 void ff_vvc_store_sb_mvs(const VVCLocalContext *lc, PredictionUnit *pu)
413 {
414 34723 const CodingUnit *cu = lc->cu;
415 34723 const MotionInfo *mi = &pu->mi;
416 34723 const int sbw = cu->cb_width / mi->num_sb_x;
417 34723 const int sbh = cu->cb_height / mi->num_sb_y;
418 SubblockParams params[2];
419 34723 MvField mvf = {0};
420
421 34723 mvf.pred_flag = mi->pred_flag;
422 34723 mvf.bcw_idx = mi->bcw_idx;
423 34723 mvf.hpel_if_idx = mi->hpel_if_idx;
424
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 104169 for (int i = 0; i < 2; i++) {
425 69446 const PredFlag mask = i + 1;
426
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 69446 if (mi->pred_flag & mask) {
427 44339 store_cp_mv(lc, mi, i);
428 44339 init_subblock_params(params + i, mi, cu->cb_width, cu->cb_height, i);
429 44339 derive_subblock_diff_mvs(lc, pu, params + i, i);
430 44339 mvf.ref_idx[i] = mi->ref_idx[i];
431 }
432 }
433
434
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 309177 for (int sby = 0; sby < mi->num_sb_y; sby++) {
435
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 3652526 for (int sbx = 0; sbx < mi->num_sb_x; sbx++) {
436 3378072 const int x0 = cu->x0 + sbx * sbw;
437 3378072 const int y0 = cu->y0 + sby * sbh;
438
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 10134216 for (int i = 0; i < 2; i++) {
439 6756144 const PredFlag mask = i + 1;
440
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 6756144 if (mi->pred_flag & mask) {
441 4317728 const SubblockParams* sp = params + i;
442
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 4317728 const int x_pos_cb = sp->is_fallback ? (cu->cb_width >> 1) : (2 + (sbx << MIN_CU_LOG2));
443
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 4317728 const int y_pos_cb = sp->is_fallback ? (cu->cb_height >> 1) : (2 + (sby << MIN_CU_LOG2));
444 4317728 Mv *mv = mvf.mv + i;
445
446 4317728 mv->x = sp->mv_scale_hor + sp->d_hor_x * x_pos_cb + sp->d_hor_y * y_pos_cb;
447 4317728 mv->y = sp->mv_scale_ver + sp->d_ver_x * x_pos_cb + sp->d_ver_y * y_pos_cb;
448 4317728 ff_vvc_round_mv(mv, 0, MAX_CU_DEPTH);
449 4317728 ff_vvc_clip_mv(mv);
450 }
451 }
452 3378072 ff_vvc_set_mvf(lc, x0, y0, sbw, sbh, &mvf);
453 }
454 }
455 34723 }
456
457 25615 void ff_vvc_store_gpm_mvf(const VVCLocalContext *lc, const PredictionUnit *pu)
458 {
459 25615 const CodingUnit *cu = lc->cu;
460 25615 const int angle_idx = ff_vvc_gpm_angle_idx[pu->gpm_partition_idx];
461 25615 const int distance_idx = ff_vvc_gpm_distance_idx[pu->gpm_partition_idx];
462 25615 const int displacement_x = ff_vvc_gpm_distance_lut[angle_idx];
463 25615 const int displacement_y = ff_vvc_gpm_distance_lut[(angle_idx + 8) % 32];
464
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 25615 const int is_flip = angle_idx >= 13 &&angle_idx <= 27;
465
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 25615 const int shift_hor = (angle_idx % 16 == 8 || (angle_idx % 16 && cu->cb_height >= cu->cb_width)) ? 0 : 1;
466
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 25615 const int sign = angle_idx < 16 ? 1 : -1;
467 25615 const int block_size = 4;
468 25615 int offset_x = (-cu->cb_width) >> 1;
469 25615 int offset_y = (-cu->cb_height) >> 1;
470
471
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 25615 if (!shift_hor)
472 17679 offset_y += sign * ((distance_idx * cu->cb_height) >> 3);
473 else
474 7936 offset_x += sign * ((distance_idx * cu->cb_width) >> 3);
475
476
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 140757 for (int y = 0; y < cu->cb_height; y += block_size) {
477
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 649770 for (int x = 0; x < cu->cb_width; x += block_size) {
478 534628 const int motion_idx = (((x + offset_x) * (1 << 1)) + 5) * displacement_x +
479 534628 (((y + offset_y) * (1 << 1)) + 5) * displacement_y;
480
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 534628 const int s_type = FFABS(motion_idx) < 32 ? 2 : (motion_idx <= 0 ? (1 - is_flip) : is_flip);
481 534628 const int pred_flag = pu->gpm_mv[0].pred_flag | pu->gpm_mv[1].pred_flag;
482 534628 const int x0 = cu->x0 + x;
483 534628 const int y0 = cu->y0 + y;
484
485
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 534628 if (!s_type)
486 208313 ff_vvc_set_mvf(lc, x0, y0, block_size, block_size, pu->gpm_mv + 0);
487
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 326315 else if (s_type == 1 || (s_type == 2 && pred_flag != PF_BI))
488 277217 ff_vvc_set_mvf(lc, x0, y0, block_size, block_size, pu->gpm_mv + 1);
489 else {
490 49098 MvField mvf = pu->gpm_mv[0];
491 49098 const MvField *mv1 = &pu->gpm_mv[1];
492 49098 const int lx = mv1->pred_flag - PF_L0;
493 49098 mvf.pred_flag = PF_BI;
494 49098 mvf.ref_idx[lx] = mv1->ref_idx[lx];
495 49098 mvf.mv[lx] = mv1->mv[lx];
496 49098 ff_vvc_set_mvf(lc, x0, y0, block_size, block_size, &mvf);
497 }
498 }
499 }
500 25615 }
501
502 273411 void ff_vvc_store_mvf(const VVCLocalContext *lc, const MvField *mvf)
503 {
504 273411 const CodingUnit *cu = lc->cu;
505 273411 ff_vvc_set_mvf(lc, cu->x0, cu->y0, cu->cb_width, cu->cb_height, mvf);
506 273411 }
507
508 96186 void ff_vvc_store_mv(const VVCLocalContext *lc, const MotionInfo *mi)
509 {
510 96186 const CodingUnit *cu = lc->cu;
511 96186 MvField mvf = {0};
512
513 96186 mvf.hpel_if_idx = mi->hpel_if_idx;
514 96186 mvf.bcw_idx = mi->bcw_idx;
515 96186 mvf.pred_flag = mi->pred_flag;
516
517
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 288558 for (int i = 0; i < 2; i++) {
518 192372 const PredFlag mask = i + 1;
519
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 192372 if (mvf.pred_flag & mask) {
520 114541 mvf.mv[i] = mi->mv[i][0];
521 114541 mvf.ref_idx[i] = mi->ref_idx[i];
522 }
523 }
524 96186 ff_vvc_set_mvf(lc, cu->x0, cu->y0, cu->cb_width, cu->cb_height, &mvf);
525 96186 }
526
527 typedef enum NeighbourIdx {
528 A0,
529 A1,
530 A2,
531 B0,
532 B1,
533 B2,
534 B3,
535 NUM_NBS,
536 NB_IDX_NONE = NUM_NBS,
537 } NeighbourIdx;
538
539 typedef struct Neighbour {
540 int x;
541 int y;
542
543 int checked;
544 int available;
545 } Neighbour;
546
547 typedef struct NeighbourContext {
548 Neighbour neighbours[NUM_NBS];
549 const VVCLocalContext *lc;
550 } NeighbourContext;
551
552 1305319 static int is_available(const VVCFrameContext *fc, const int x0, const int y0)
553 {
554 1305319 const VVCSPS *sps = fc->ps.sps;
555 1305319 const int x = x0 >> sps->min_cb_log2_size_y;
556 1305319 const int y = y0 >> sps->min_cb_log2_size_y;
557 1305319 const int min_cb_width = fc->ps.pps->min_cb_width;
558
559 1305319 return SAMPLE_CTB(fc->tab.cb_width[0], x, y) != 0;
560 }
561
562 458240 static int is_a0_available(const VVCLocalContext *lc, const CodingUnit *cu)
563 {
564 458240 const VVCFrameContext *fc = lc->fc;
565 458240 const VVCSPS *sps = fc->ps.sps;
566 458240 const int x0b = av_zero_extend(cu->x0, sps->ctb_log2_size_y);
567 int cand_bottom_left;
568
569
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 458240 if (!x0b && !lc->ctb_left_flag) {
570 14751 cand_bottom_left = 0;
571 } else {
572 443489 const int max_y = FFMIN(fc->ps.pps->height, ((cu->y0 >> sps->ctb_log2_size_y) + 1) << sps->ctb_log2_size_y);
573
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 443489 if (cu->y0 + cu->cb_height >= max_y)
574 92400 cand_bottom_left = 0;
575 else
576 351089 cand_bottom_left = is_available(fc, cu->x0 - 1, cu->y0 + cu->cb_height);
577 }
578 458240 return cand_bottom_left;
579 }
580
581 458240 static void init_neighbour_context(NeighbourContext *ctx, const VVCLocalContext *lc)
582 {
583 458240 const CodingUnit *cu = lc->cu;
584 458240 const NeighbourAvailable *na = &lc->na;
585 458240 const int x0 = cu->x0;
586 458240 const int y0 = cu->y0;
587 458240 const int cb_width = cu->cb_width;
588 458240 const int cb_height = cu->cb_height;
589 458240 const int a0_available = is_a0_available(lc, cu);
590
591 458240 Neighbour neighbours[NUM_NBS] = {
592 458240 { x0 - 1, y0 + cb_height, !a0_available }, //A0
593 458240 { x0 - 1, y0 + cb_height - 1, !na->cand_left }, //A1
594 458240 { x0 - 1, y0, !na->cand_left }, //A2
595 458240 { x0 + cb_width, y0 - 1, !na->cand_up_right }, //B0
596 458240 { x0 + cb_width - 1, y0 - 1, !na->cand_up }, //B1
597 458240 { x0 - 1, y0 - 1, !na->cand_up_left }, //B2
598 458240 { x0, y0 - 1, !na->cand_up }, //B3
599 };
600
601 458240 memcpy(ctx->neighbours, neighbours, sizeof(neighbours));
602 458240 ctx->lc = lc;
603 458240 }
604
605 907066 static av_always_inline PredMode pred_flag_to_mode(PredFlag pred)
606 {
607 static const PredMode lut[] = {
608 MODE_INTRA, // PF_INTRA
609 MODE_INTER, // PF_L0
610 MODE_INTER, // PF_L1
611 MODE_INTER, // PF_BI
612 0, // invalid
613 MODE_IBC, // PF_IBC
614 0, // invalid
615 0, // invalid
616 MODE_PLT, // PF_PLT
617 };
618
619 907066 return lut[pred];
620 }
621
622 1240586 static int check_available(Neighbour *n, const VVCLocalContext *lc, const int check_mer)
623 {
624 1240586 const VVCFrameContext *fc = lc->fc;
625 1240586 const VVCSPS *sps = fc->ps.sps;
626 1240586 const CodingUnit *cu = lc->cu;
627 1240586 const MvField *tab_mvf = fc->tab.mvf;
628 1240586 const int min_pu_width = fc->ps.pps->min_pu_width;
629
630
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 1240586 if (!n->checked) {
631 954430 n->checked = 1;
632
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 954430 n->available = !sps->r->sps_entropy_coding_sync_enabled_flag || ((n->x >> sps->ctb_log2_size_y) <= (cu->x0 >> sps->ctb_log2_size_y));
633
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 954430 n->available = n->available && is_available(fc, n->x, n->y) && cu->pred_mode == pred_flag_to_mode(TAB_MVF(n->x, n->y).pred_flag);
634
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 954430 if (check_mer)
635
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 699451 n->available = n->available && !is_same_mer(fc, n->x, n->y, cu->x0, cu->y0);
636 }
637 1240586 return n->available;
638 }
639
640 526431 static const MvField *mv_merge_candidate(const VVCLocalContext *lc, const int x_cand, const int y_cand)
641 {
642 526431 const VVCFrameContext *fc = lc->fc;
643 526431 const int min_pu_width = fc->ps.pps->min_pu_width;
644 526431 const MvField* tab_mvf = fc->tab.mvf;
645 526431 const MvField *mvf = &TAB_MVF(x_cand, y_cand);
646
647 526431 return mvf;
648 }
649
650 669541 static const MvField* mv_merge_from_nb(NeighbourContext *ctx, const NeighbourIdx nb)
651 {
652 669541 const VVCLocalContext *lc = ctx->lc;
653 669541 Neighbour *n = &ctx->neighbours[nb];
654
655
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 669541 if (check_available(n, lc, 1))
656 526431 return mv_merge_candidate(lc, n->x, n->y);
657 143110 return 0;
658 }
659 #define MV_MERGE_FROM_NB(nb) mv_merge_from_nb(&nctx, nb)
660
661 //8.5.2.3 Derivation process for spatial merging candidates
662 299026 static int mv_merge_spatial_candidates(const VVCLocalContext *lc, const int merge_idx,
663 const MvField **nb_list, MvField *cand_list, int *nb_merge_cand)
664 {
665 const MvField *cand;
666 299026 int num_cands = 0;
667 NeighbourContext nctx;
668
669 static NeighbourIdx nbs[][2] = {
670 {B1, NB_IDX_NONE },
671 {A1, B1 },
672 {B0, B1 },
673 {A0, A1 },
674 };
675
676 299026 init_neighbour_context(&nctx, lc);
677
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 670211 for (int i = 0; i < FF_ARRAY_ELEMS(nbs); i++) {
678 604840 NeighbourIdx nb = nbs[i][0];
679 604840 NeighbourIdx old = nbs[i][1];
680 604840 cand = nb_list[nb] = MV_MERGE_FROM_NB(nb);
681
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 604840 if (cand && !compare_mv_ref_idx(cand, nb_list[old])) {
682 429048 cand_list[num_cands] = *cand;
683
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 429048 if (merge_idx == num_cands)
684 233655 return 1;
685 195393 num_cands++;
686 }
687 }
688
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 65371 if (num_cands != 4) {
689 64701 cand = MV_MERGE_FROM_NB(B2);
690
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 64701 if (cand && !compare_mv_ref_idx(cand, nb_list[A1])
691
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 30808 && !compare_mv_ref_idx(cand, nb_list[B1])) {
692 21848 cand_list[num_cands] = *cand;
693
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 21848 if (merge_idx == num_cands)
694 9748 return 1;
695 12100 num_cands++;
696 }
697 }
698 55623 *nb_merge_cand = num_cands;
699 55623 return 0;
700 }
701
702 55623 static int mv_merge_temporal_candidate(const VVCLocalContext *lc, MvField *cand)
703 {
704 55623 const VVCFrameContext *fc = lc->fc;
705 55623 const CodingUnit *cu = lc->cu;
706
707 55623 memset(cand, 0, sizeof(*cand));
708
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 55623 if (fc->ps.ph.r->ph_temporal_mvp_enabled_flag && (cu->cb_width * cu->cb_height > 32)) {
709 51853 int available_l0 = temporal_luma_motion_vector(lc, 0, cand->mv + 0, 0, 1, 0);
710 103706 int available_l1 = IS_B(lc->sc->sh.r) ?
711
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 51853 temporal_luma_motion_vector(lc, 0, cand->mv + 1, 1, 1, 0) : 0;
712 51853 cand->pred_flag = available_l0 + (available_l1 << 1);
713 }
714 55623 return cand->pred_flag;
715 }
716
717 //8.5.2.6 Derivation process for history-based merging candidates
718 35237 static int mv_merge_history_candidates(const VVCLocalContext *lc, const int merge_idx,
719 const MvField **nb_list, MvField *cand_list, int *num_cands)
720 {
721 35237 const VVCSPS *sps = lc->fc->ps.sps;
722 35237 const EntryPoint* ep = lc->ep;
723
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 92839 for (int i = 1; i <= ep->num_hmvp && (*num_cands < sps->max_num_merge_cand - 1); i++) {
724 81538 const MvField *h = &ep->hmvp[ep->num_hmvp - i];
725
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 81538 const int same_motion = i <= 2 && (compare_mv_ref_idx(h, nb_list[A1]) || compare_mv_ref_idx(h, nb_list[B1]));
726
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 81538 if (!same_motion) {
727 52699 cand_list[*num_cands] = *h;
728
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 52699 if (merge_idx == *num_cands)
729 23936 return 1;
730 28763 (*num_cands)++;
731 }
732 }
733 11301 return 0;
734 }
735
736 //8.5.2.4 Derivation process for pairwise average merging candidate
737 11301 static int mv_merge_pairwise_candidate(MvField *cand_list, const int num_cands, const int is_b)
738 {
739
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 11301 if (num_cands > 1) {
740
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 10499 const int num_ref_rists = is_b ? 2 : 1;
741 10499 const MvField* p0 = cand_list + 0;
742 10499 const MvField* p1 = cand_list + 1;
743 10499 MvField* cand = cand_list + num_cands;
744
745 10499 cand->pred_flag = 0;
746
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 30973 for (int i = 0; i < num_ref_rists; i++) {
747 20474 PredFlag mask = i + 1;
748
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 20474 if (p0->pred_flag & mask) {
749 16838 cand->pred_flag |= mask;
750 16838 cand->ref_idx[i] = p0->ref_idx[i];
751
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 16838 if (p1->pred_flag & mask) {
752 14930 Mv *mv = cand->mv + i;
753 14930 mv->x = p0->mv[i].x + p1->mv[i].x;
754 14930 mv->y = p0->mv[i].y + p1->mv[i].y;
755 14930 ff_vvc_round_mv(mv, 0, 1);
756 } else {
757 1908 cand->mv[i] = p0->mv[i];
758 }
759
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 3636 } else if (p1->pred_flag & mask) {
760 2170 cand->pred_flag |= mask;
761 2170 cand->mv[i] = p1->mv[i];
762 2170 cand->ref_idx[i] = p1->ref_idx[i];
763 }
764 }
765
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 10499 if (cand->pred_flag) {
766
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 10499 cand->hpel_if_idx = p0->hpel_if_idx == p1->hpel_if_idx ? p0->hpel_if_idx : 0;
767 10499 cand->bcw_idx = 0;
768 10499 cand->ciip_flag = 0;
769 10499 return 1;
770 }
771 }
772 802 return 0;
773 }
774
775 //8.5.2.5 Derivation process for zero motion vector merging candidates
776 1353 static void mv_merge_zero_motion_candidate(const VVCLocalContext *lc, const int merge_idx,
777 MvField *cand_list, int num_cands)
778 {
779 1353 const VVCSPS *sps = lc->fc->ps.sps;
780 1353 const H266RawSliceHeader *rsh = lc->sc->sh.r;
781 2706 const int num_ref_idx = IS_P(rsh) ?
782
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 1353 rsh->num_ref_idx_active[L0] : FFMIN(rsh->num_ref_idx_active[L0], rsh->num_ref_idx_active[L1]);
783 1353 int zero_idx = 0;
784
785
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 2727 while (num_cands < sps->max_num_merge_cand) {
786 2727 MvField *cand = cand_list + num_cands;
787
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 2727 cand->pred_flag = PF_L0 + (IS_B(rsh) << 1);
789 2727 AV_ZERO64(cand->mv + 0);
790 2727 AV_ZERO64(cand->mv + 1);
791
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 2727 cand->ref_idx[0] = zero_idx < num_ref_idx ? zero_idx : 0;
792
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 2727 cand->ref_idx[1] = zero_idx < num_ref_idx ? zero_idx : 0;
793 2727 cand->bcw_idx = 0;
794 2727 cand->hpel_if_idx = 0;
795
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 2727 if (merge_idx == num_cands)
796 1353 return;
797 1374 num_cands++;
798 1374 zero_idx++;
799 }
800 }
801
802 299026 static void mv_merge_mode(const VVCLocalContext *lc, const int merge_idx, MvField *cand_list)
803 {
804 299026 int num_cands = 0;
805 299026 const MvField *nb_list[NUM_NBS + 1] = { NULL };
806
807
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 299026 if (mv_merge_spatial_candidates(lc, merge_idx, nb_list, cand_list, &num_cands))
808 297673 return;
809
810
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 55623 if (mv_merge_temporal_candidate(lc, &cand_list[num_cands])) {
811
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 42428 if (merge_idx == num_cands)
812 20386 return;
813 22042 num_cands++;
814 }
815
816
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 35237 if (mv_merge_history_candidates(lc, merge_idx, nb_list, cand_list, &num_cands))
817 23936 return;
818
819
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 11301 if (mv_merge_pairwise_candidate(cand_list, num_cands, IS_B(lc->sc->sh.r))) {
820
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 10499 if (merge_idx == num_cands)
821 9948 return;
822 551 num_cands++;
823 }
824
825 1353 mv_merge_zero_motion_candidate(lc, merge_idx, cand_list, num_cands);
826 }
827
828 //8.5.2.2 Derivation process for luma motion vectors for merge mode
829 273411 void ff_vvc_luma_mv_merge_mode(VVCLocalContext *lc, const int merge_idx, const int ciip_flag, MvField *mv)
830 {
831 273411 const CodingUnit *cu = lc->cu;
832 MvField cand_list[MRG_MAX_NUM_CANDS];
833
834 273411 ff_vvc_set_neighbour_available(lc, cu->x0, cu->y0, cu->cb_width, cu->cb_height);
835 273411 mv_merge_mode(lc, merge_idx, cand_list);
836 273411 *mv = cand_list[merge_idx];
837 //ciip flag in not inhritable
838 273411 mv->ciip_flag = ciip_flag;
839 273411 }
840
841 //8.5.4.2 Derivation process for luma motion vectors for geometric partitioning merge mode
842 25615 void ff_vvc_luma_mv_merge_gpm(VVCLocalContext *lc, const int merge_gpm_idx[2], MvField *mv)
843 {
844 25615 const CodingUnit *cu = lc->cu;
845 MvField cand_list[MRG_MAX_NUM_CANDS];
846
847 25615 const int idx[] = { merge_gpm_idx[0], merge_gpm_idx[1] + (merge_gpm_idx[1] >= merge_gpm_idx[0]) };
848
849 25615 ff_vvc_set_neighbour_available(lc, cu->x0, cu->y0, cu->cb_width, cu->cb_height);
850 25615 mv_merge_mode(lc, FFMAX(idx[0], idx[1]), cand_list);
851 25615 memset(mv, 0, 2 * sizeof(*mv));
852
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 76845 for (int i = 0; i < 2; i++) {
853 51230 int lx = idx[i] & 1;
854 51230 int mask = lx + PF_L0;
855 51230 MvField *cand = cand_list + idx[i];
856
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 51230 if (!(cand->pred_flag & mask)) {
857 13878 lx = !lx;
858 13878 mask = lx + PF_L0;
859 }
860 51230 mv[i].pred_flag = mask;
861 51230 mv[i].ref_idx[lx] = cand->ref_idx[lx];
862 51230 mv[i].mv[lx] = cand->mv[lx];
863 }
864
865 25615 }
866
867 //8.5.5.5 Derivation process for luma affine control point motion vectors from a neighbouring block
868 29163 static void affine_cps_from_nb(const VVCLocalContext *lc,
869 const int x_nb, int y_nb, const int nbw, const int nbh, const int lx,
870 Mv *cps, int num_cps)
871 {
872 29163 const VVCFrameContext *fc = lc->fc;
873 29163 const CodingUnit *cu = lc->cu;
874 29163 const int x0 = cu->x0;
875 29163 const int y0 = cu->y0;
876 29163 const int cb_width = cu->cb_width;
877 29163 const int cb_height = cu->cb_height;
878 29163 const MvField* tab_mvf = fc->tab.mvf;
879 29163 const int min_cb_log2_size = fc->ps.sps->min_cb_log2_size_y;
880 29163 const int min_cb_width = fc->ps.pps->min_cb_width;
881
882 29163 const int log2_nbw = ff_log2(nbw);
883 29163 const int log2_nbh = ff_log2(nbh);
884
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 29163 const int is_ctb_boundary = !((y_nb + nbh) % fc->ps.sps->ctb_size_y) && (y_nb + nbh == y0);
885 const Mv *l, *r;
886 int mv_scale_hor, mv_scale_ver, d_hor_x, d_ver_x, d_hor_y, d_ver_y, motion_model_idc_nb;
887
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 29163 if (is_ctb_boundary) {
888 3398 const int min_pu_width = fc->ps.pps->min_pu_width;
889 3398 l = &TAB_MVF(x_nb, y_nb + nbh - 1).mv[lx];
890 3398 r = &TAB_MVF(x_nb + nbw - 1, y_nb + nbh - 1).mv[lx];
891 } else {
892 25765 const int x = x_nb >> min_cb_log2_size;
893 25765 const int y = y_nb >> min_cb_log2_size;
894 25765 motion_model_idc_nb = SAMPLE_CTB(fc->tab.mmi, x, y);
895
896 25765 l = &TAB_CP_MV(lx, x_nb, y_nb);
897 25765 r = &TAB_CP_MV(lx, x_nb + nbw - 1, y_nb) + 1;
898 }
899 29163 mv_scale_hor = l->x * (1 << 7);
900 29163 mv_scale_ver = l->y * (1 << 7);
901 29163 d_hor_x = (r->x - l->x) * (1 << (7 - log2_nbw));
902 29163 d_ver_x = (r->y - l->y) * (1 << (7 - log2_nbw));
903
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 29163 if (!is_ctb_boundary && motion_model_idc_nb == MOTION_6_PARAMS_AFFINE) {
904 14644 const Mv* lb = &TAB_CP_MV(lx, x_nb, y_nb + nbh - 1) + 2;
905 14644 d_hor_y = (lb->x - l->x) * (1 << (7 - log2_nbh));
906 14644 d_ver_y = (lb->y - l->y) * (1 << (7 - log2_nbh));
907 } else {
908 14519 d_hor_y = -d_ver_x;
909 14519 d_ver_y = d_hor_x;
910 }
911
912
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 29163 if (is_ctb_boundary) {
913 3398 y_nb = y0;
914 }
915 29163 cps[0].x = mv_scale_hor + d_hor_x * (x0 - x_nb) + d_hor_y * (y0 - y_nb);
916 29163 cps[0].y = mv_scale_ver + d_ver_x * (x0 - x_nb) + d_ver_y * (y0 - y_nb);
917 29163 cps[1].x = mv_scale_hor + d_hor_x * (x0 + cb_width - x_nb) + d_hor_y * (y0 - y_nb);
918 29163 cps[1].y = mv_scale_ver + d_ver_x * (x0 + cb_width - x_nb) + d_ver_y * (y0 - y_nb);
919
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 29163 if (num_cps == 3) {
920 16185 cps[2].x = mv_scale_hor + d_hor_x * (x0 - x_nb) + d_hor_y * (y0 + cb_height - y_nb);
921 16185 cps[2].y = mv_scale_ver + d_ver_x * (x0 - x_nb) + d_ver_y * (y0 + cb_height - y_nb);
922 }
923
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 103674 for (int i = 0; i < num_cps; i++) {
924 74511 ff_vvc_round_mv(cps + i, 0, 7);
925 74511 ff_vvc_clip_mv(cps + i);
926 }
927 29163 }
928
929 //derive affine neighbour's postion, width and height,
930 92967 static int affine_neighbour_cb(const VVCFrameContext *fc, const int x_nb, const int y_nb, int *x_cb, int *y_cb, int *cbw, int *cbh)
931 {
932 92967 const int log2_min_cb_size = fc->ps.sps->min_cb_log2_size_y;
933 92967 const int min_cb_width = fc->ps.pps->min_cb_width;
934 92967 const int x = x_nb >> log2_min_cb_size;
935 92967 const int y = y_nb >> log2_min_cb_size;
936 92967 const int motion_model_idc = SAMPLE_CTB(fc->tab.mmi, x, y);
937
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 92967 if (motion_model_idc) {
938 26328 *x_cb = SAMPLE_CTB(fc->tab.cb_pos_x[0], x, y);
939 26328 *y_cb = SAMPLE_CTB(fc->tab.cb_pos_y[0], x, y);
940 26328 *cbw = SAMPLE_CTB(fc->tab.cb_width[0], x, y);
941 26328 *cbh = SAMPLE_CTB(fc->tab.cb_height[0], x, y);
942 }
943 92967 return motion_model_idc;
944 }
945
946 //part of 8.5.5.2 Derivation process for motion vectors and reference indices in subblock merge mode
947 63288 static int affine_merge_candidate(const VVCLocalContext *lc, const int x_cand, const int y_cand, MotionInfo* mi)
948 {
949 63288 const VVCFrameContext *fc = lc->fc;
950 int x, y, w, h, motion_model_idc;
951
952 63288 motion_model_idc = affine_neighbour_cb(fc, x_cand, y_cand, &x, &y, &w, &h);
953
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 63288 if (motion_model_idc) {
954 18839 const int min_pu_width = fc->ps.pps->min_pu_width;
955 18839 const MvField* tab_mvf = fc->tab.mvf;
956 18839 const MvField *mvf = &TAB_MVF(x, y);
957
958 18839 mi->bcw_idx = mvf->bcw_idx;
959 18839 mi->pred_flag = mvf->pred_flag;
960
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 56517 for (int i = 0; i < 2; i++) {
961 37678 PredFlag mask = i + 1;
962
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 37678 if (mi->pred_flag & mask) {
963 23264 affine_cps_from_nb(lc, x, y, w, h, i, &mi->mv[i][0], motion_model_idc + 1);
964 }
965 37678 mi->ref_idx[i] = mvf->ref_idx[i];
966 }
967 18839 mi->motion_model_idc = motion_model_idc;
968 }
969 63288 return motion_model_idc;
970 }
971
972 44229 static int affine_merge_from_nbs(NeighbourContext *ctx, const NeighbourIdx *nbs, const int num_nbs, MotionInfo* cand)
973 {
974 44229 const VVCLocalContext *lc = ctx->lc;
975
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 118517 for (int i = 0; i < num_nbs; i++) {
976 93127 Neighbour *n = &ctx->neighbours[nbs[i]];
977
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 93127 if (check_available(n, lc, 1) && affine_merge_candidate(lc, n->x, n->y, cand))
978 18839 return 1;
979 }
980 25390 return 0;
981 }
982 #define AFFINE_MERGE_FROM_NBS(nbs) affine_merge_from_nbs(&nctx, nbs, FF_ARRAY_ELEMS(nbs), mi)
983
984
985 95426 static const MvField* derive_corner_mvf(NeighbourContext *ctx, const NeighbourIdx *neighbour, const int num_neighbour)
986 {
987 95426 const VVCFrameContext *fc = ctx->lc->fc;
988 95426 const MvField *tab_mvf = fc->tab.mvf;
989 95426 const int min_pu_width = fc->ps.pps->min_pu_width;
990
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 109062 for (int i = 0; i < num_neighbour; i++) {
991 101859 Neighbour *n = &ctx->neighbours[neighbour[i]];
992
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 101859 if (check_available(n, ctx->lc, 1)) {
993 88223 return &TAB_MVF(n->x, n->y);
994 }
995 }
996 7203 return NULL;
997 }
998
999 #define DERIVE_CORNER_MV(nbs) derive_corner_mvf(nctx, nbs, FF_ARRAY_ELEMS(nbs))
1000
1001 // check if the mv's and refidx are the same between A and B
1002 51704 static av_always_inline int compare_pf_ref_idx(const MvField *A, const struct MvField *B, const struct MvField *C, const int lx)
1003 {
1004
1005 51704 const PredFlag mask = (lx + 1) & A->pred_flag;
1006
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 51704 if (!(B->pred_flag & mask))
1007 18464 return 0;
1008
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 33240 if (A->ref_idx[lx] != B->ref_idx[lx])
1009 1615 return 0;
1010
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 31625 if (C) {
1011
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 26272 if (!(C->pred_flag & mask))
1012 895 return 0;
1013
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 25377 if (A->ref_idx[lx] != C->ref_idx[lx])
1014 1007 return 0;
1015 }
1016 29723 return 1;
1017 }
1018
1019 1254033 static av_always_inline void sb_clip_location(const VVCLocalContext *lc,
1020 const int x_ctb, const int y_ctb, const Mv* temp_mv, int *x, int *y)
1021 {
1022 1254033 const VVCFrameContext *fc = lc->fc;
1023 1254033 const VVCPPS *pps = fc->ps.pps;
1024 1254033 const int ctb_log2_size = fc->ps.sps->ctb_log2_size_y;
1025 1254033 const int subpic_idx = lc->sc->sh.r->curr_subpic_idx;
1026 1254033 const int x_end = pps->subpic_x[subpic_idx] + pps->subpic_width[subpic_idx];
1027 1254033 const int y_end = pps->subpic_y[subpic_idx] + pps->subpic_height[subpic_idx];
1028
1029 1254033 *x = av_clip(*x + temp_mv->x, x_ctb, FFMIN(x_end - 1, x_ctb + (1 << ctb_log2_size) + 3)) & ~7;
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 1254033 *y = av_clip(*y + temp_mv->y, y_ctb, FFMIN(y_end - 1, y_ctb + (1 << ctb_log2_size) - 1)) & ~7;
1031 1254033 }
1032
1033 1254033 static void sb_temproal_luma_motion(const VVCLocalContext *lc,
1034 const int x_ctb, const int y_ctb, const Mv *temp_mv,
1035 int x, int y, uint8_t *pred_flag, Mv *mv)
1036 {
1037 MvField temp_col;
1038 Mv* mvLXCol;
1039 1254033 const int refIdxLx = 0;
1040 1254033 const VVCFrameContext *fc = lc->fc;
1041 1254033 const VVCSH *sh = &lc->sc->sh;
1042 1254033 const int min_pu_width = fc->ps.pps->min_pu_width;
1043 1254033 VVCFrame *ref = fc->ref->collocated_ref;
1044 1254033 MvField *tab_mvf = ref->tab_dmvr_mvf;
1045 1254033 int colPic = ref->poc;
1046 1254033 int X = 0;
1047
1048 1254033 sb_clip_location(lc, x_ctb, y_ctb, temp_mv, &x, &y);
1049
1050 1254033 temp_col = TAB_MVF(x, y);
1051 1254033 mvLXCol = mv + 0;
1052 1254033 *pred_flag = DERIVE_TEMPORAL_COLOCATED_MVS(1);
1053
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 1254033 if (IS_B(sh->r)) {
1054 907085 X = 1;
1055 907085 mvLXCol = mv + 1;
1056 907085 *pred_flag |= (DERIVE_TEMPORAL_COLOCATED_MVS(1)) << 1;
1057 }
1058 1254033 }
1059
1060 //8.5.5.4 Derivation process for subblock-based temporal merging base motion data
1061 49901 static int sb_temporal_luma_motion_data(const VVCLocalContext *lc, const MvField *a1,
1062 const int x_ctb, const int y_ctb, MvField *ctr_mvf, Mv *temp_mv)
1063 {
1064 49901 const VVCFrameContext *fc = lc->fc;
1065 49901 const RefPicList *rpl = lc->sc->rpl;
1066 49901 const CodingUnit *cu = lc->cu;
1067 49901 const int x = cu->x0 + cu->cb_width / 2;
1068 49901 const int y = cu->y0 + cu->cb_height / 2;
1069 49901 const VVCFrame *ref = fc->ref->collocated_ref;
1070
1071 int colPic;
1072
1073 49901 memset(temp_mv, 0, sizeof(*temp_mv));
1074
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 49901 if (!ref) {
1076 ✗ memset(ctr_mvf, 0, sizeof(*ctr_mvf));
1077 ✗ return 0;
1078 }
1079
1080 49901 colPic = ref->poc;
1081
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 49901 if (a1) {
1083
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 46448 if ((a1->pred_flag & PF_L0) && colPic == rpl[L0].refs[a1->ref_idx[L0]].poc)
1084 29079 *temp_mv = a1->mv[0];
1085
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 17369 else if ((a1->pred_flag & PF_L1) && colPic == rpl[L1].refs[a1->ref_idx[L1]].poc)
1086 9770 *temp_mv = a1->mv[1];
1087 46448 ff_vvc_round_mv(temp_mv, 0, 4);
1088 }
1089 49901 sb_temproal_luma_motion(lc, x_ctb, y_ctb, temp_mv, x, y, &ctr_mvf->pred_flag , ctr_mvf->mv);
1090
1091 49901 return ctr_mvf->pred_flag;
1092 }
1093
1094
1095 //8.5.5.3 Derivation process for subblock-based temporal merging candidates
1096 50089 static int sb_temporal_merge_candidate(const VVCLocalContext* lc, NeighbourContext *nctx, PredictionUnit *pu)
1097 {
1098 50089 const VVCFrameContext *fc = lc->fc;
1099 50089 const CodingUnit *cu = lc->cu;
1100 50089 const VVCSPS *sps = fc->ps.sps;
1101 50089 const VVCPH *ph = &fc->ps.ph;
1102 50089 MotionInfo *mi = &pu->mi;
1103 50089 const int ctb_log2_size = sps->ctb_log2_size_y;
1104 50089 const int x0 = cu->x0;
1105 50089 const int y0 = cu->y0;
1106 50089 const NeighbourIdx n = A1;
1107 const MvField *a1;
1108 MvField ctr_mvf;
1109 50089 LOCAL_ALIGNED_8(Mv, temp_mv, [1]);
1110 50089 const int x_ctb = (x0 >> ctb_log2_size) << ctb_log2_size;
1111 50089 const int y_ctb = (y0 >> ctb_log2_size) << ctb_log2_size;
1112
1113
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 50089 if (!ph->r->ph_temporal_mvp_enabled_flag ||
1115
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 50002 !sps->r->sps_sbtmvp_enabled_flag ||
1116
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 49901 (cu->cb_width < 8 && cu->cb_height < 8))
1117 188 return 0;
1118
1119 49901 mi->num_sb_x = cu->cb_width >> 3;
1120 49901 mi->num_sb_y = cu->cb_height >> 3;
1121
1122 49901 a1 = derive_corner_mvf(nctx, &n, 1);
1123
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 49901 if (sb_temporal_luma_motion_data(lc, a1, x_ctb, y_ctb, &ctr_mvf, temp_mv)) {
1124 41932 const int sbw = cu->cb_width / mi->num_sb_x;
1125 41932 const int sbh = cu->cb_height / mi->num_sb_y;
1126 41932 MvField mvf = {0};
1127
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 214430 for (int sby = 0; sby < mi->num_sb_y; sby++) {
1128
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 1376630 for (int sbx = 0; sbx < mi->num_sb_x; sbx++) {
1129 1204132 int x = x0 + sbx * sbw;
1130 1204132 int y = y0 + sby * sbh;
1131 1204132 sb_temproal_luma_motion(lc, x_ctb, y_ctb, temp_mv, x + sbw / 2, y + sbh / 2, &mvf.pred_flag, mvf.mv);
1132
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 1204132 if (!mvf.pred_flag) {
1133 7496 mvf.pred_flag = ctr_mvf.pred_flag;
1134 7496 memcpy(mvf.mv, ctr_mvf.mv, sizeof(mvf.mv));
1135 }
1136 1204132 ff_vvc_set_mvf(lc, x, y, sbw, sbh, &mvf);
1137 }
1138 }
1139 41932 return 1;
1140 }
1141 7969 return 0;
1142 }
1143
1144 13909 static int affine_merge_const1(const MvField *c0, const MvField *c1, const MvField *c2, MotionInfo *mi)
1145 {
1146
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 13909 if (c0 && c1 && c2) {
1147 12719 mi->pred_flag = 0;
1148
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 38157 for (int i = 0; i < 2; i++) {
1149 25438 PredFlag mask = i + 1;
1150
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 25438 if (compare_pf_ref_idx(c0, c1, c2, i)) {
1151 14958 mi->pred_flag |= mask;
1152 14958 mi->ref_idx[i] = c0->ref_idx[i];
1153 14958 mi->mv[i][0] = c0->mv[i];
1154 14958 mi->mv[i][1] = c1->mv[i];
1155 14958 mi->mv[i][2] = c2->mv[i];
1156 }
1157 }
1158
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 12719 if (mi->pred_flag) {
1159
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 11780 if (mi->pred_flag == PF_BI)
1160 3178 mi->bcw_idx = c0->bcw_idx;
1161 11780 mi->motion_model_idc = MOTION_6_PARAMS_AFFINE;
1162 11780 return 1;
1163 }
1164 }
1165 2129 return 0;
1166 }
1167
1168 7375 static int affine_merge_const2(const MvField *c0, const MvField *c1, const MvField *c3, MotionInfo *mi)
1169 {
1170
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 7375 if (c0 && c1 && c3) {
1171 4527 mi->pred_flag = 0;
1172
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 13581 for (int i = 0; i < 2; i++) {
1173 9054 PredFlag mask = i + 1;
1174
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 9054 if (compare_pf_ref_idx(c0, c1, c3, i)) {
1175 5328 mi->pred_flag |= mask;
1176 5328 mi->ref_idx[i] = c0->ref_idx[i];
1177 5328 mi->mv[i][0] = c0->mv[i];
1178 5328 mi->mv[i][1] = c1->mv[i];
1179 5328 mi->mv[i][2].x = c3->mv[i].x + c0->mv[i].x - c1->mv[i].x;
1180 5328 mi->mv[i][2].y = c3->mv[i].y + c0->mv[i].y - c1->mv[i].y;
1181 5328 ff_vvc_clip_mv(&mi->mv[i][2]);
1182 }
1183 }
1184
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 4527 if (mi->pred_flag) {
1185
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 3960 mi->bcw_idx = mi->pred_flag == PF_BI ? c0->bcw_idx : 0;
1186 3960 mi->motion_model_idc = MOTION_6_PARAMS_AFFINE;
1187 3960 return 1;
1188 }
1189 }
1190 3415 return 0;
1191 }
1192
1193 5293 static int affine_merge_const3(const MvField *c0, const MvField *c2, const MvField *c3, MotionInfo *mi)
1194 {
1195
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 5293 if (c0 && c2 && c3) {
1196 2767 mi->pred_flag = 0;
1197
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 8301 for (int i = 0; i < 2; i++) {
1198 5534 PredFlag mask = i + 1;
1199
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 5534 if (compare_pf_ref_idx(c0, c2, c3, i)) {
1200 3172 mi->pred_flag |= mask;
1201 3172 mi->ref_idx[i] = c0->ref_idx[i];
1202 3172 mi->mv[i][0] = c0->mv[i];
1203 3172 mi->mv[i][1].x = c3->mv[i].x + c0->mv[i].x - c2->mv[i].x;
1204 3172 mi->mv[i][1].y = c3->mv[i].y + c0->mv[i].y - c2->mv[i].y;
1205 3172 ff_vvc_clip_mv(&mi->mv[i][1]);
1206 3172 mi->mv[i][2] = c2->mv[i];
1207 }
1208 }
1209
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 2767 if (mi->pred_flag) {
1210
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 2347 mi->bcw_idx = mi->pred_flag == PF_BI ? c0->bcw_idx : 0;
1211 2347 mi->motion_model_idc = MOTION_6_PARAMS_AFFINE;
1212 2347 return 1;
1213 }
1214 }
1215 2946 return 0;
1216 }
1217
1218 3706 static int affine_merge_const4(const MvField *c1, const MvField *c2, const MvField *c3, MotionInfo *mi)
1219 {
1220
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 3706 if (c1 && c2 && c3) {
1221 1061 mi->pred_flag = 0;
1222
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 3183 for (int i = 0; i < 2; i++) {
1223 2122 PredFlag mask = i + 1;
1224
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 2122 if (compare_pf_ref_idx(c1, c2, c3, i)) {
1225 912 mi->pred_flag |= mask;
1226 912 mi->ref_idx[i] = c1->ref_idx[i];
1227 912 mi->mv[i][0].x = c1->mv[i].x + c2->mv[i].x - c3->mv[i].x;
1228 912 mi->mv[i][0].y = c1->mv[i].y + c2->mv[i].y - c3->mv[i].y;
1229 912 ff_vvc_clip_mv(&mi->mv[i][0]);
1230 912 mi->mv[i][1] = c1->mv[i];
1231 912 mi->mv[i][2] = c2->mv[i];
1232 }
1233 }
1234
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 1061 if (mi->pred_flag) {
1235
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 670 mi->bcw_idx = mi->pred_flag == PF_BI ? c1->bcw_idx : 0;
1236 670 mi->motion_model_idc = MOTION_6_PARAMS_AFFINE;
1237 670 return 1;
1238 }
1239 }
1240 3036 return 0;
1241 }
1242
1243 4347 static int affine_merge_const5(const MvField *c0, const MvField *c1, MotionInfo *mi)
1244 {
1245
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 4347 if (c0 && c1) {
1246 3000 mi->pred_flag = 0;
1247
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 9000 for (int i = 0; i < 2; i++) {
1248 6000 PredFlag mask = i + 1;
1249
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 6000 if (compare_pf_ref_idx(c0, c1, NULL, i)) {
1250 3316 mi->pred_flag |= mask;
1251 3316 mi->ref_idx[i] = c0->ref_idx[i];
1252 3316 mi->mv[i][0] = c0->mv[i];
1253 3316 mi->mv[i][1] = c1->mv[i];
1254 }
1255 }
1256
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 3000 if (mi->pred_flag) {
1257
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 2623 if (mi->pred_flag == PF_BI)
1258 693 mi->bcw_idx = c0->bcw_idx;
1259 2623 mi->motion_model_idc = MOTION_4_PARAMS_AFFINE;
1260 2623 return 1;
1261 }
1262 }
1263 1724 return 0;
1264 }
1265
1266 2837 static int affine_merge_const6(const MvField* c0, const MvField* c2, const int cb_width, const int cb_height, MotionInfo *mi)
1267 {
1268
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 2837 if (c0 && c2) {
1269 1778 const int shift = 7 + av_log2(cb_width) - av_log2(cb_height);
1270 1778 mi->pred_flag = 0;
1271
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 5334 for (int i = 0; i < 2; i++) {
1272 3556 PredFlag mask = i + 1;
1273
2/2
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 3556 if (compare_pf_ref_idx(c0, c2, NULL, i)) {
1274 2037 mi->pred_flag |= mask;
1275 2037 mi->ref_idx[i] = c0->ref_idx[i];
1276 2037 mi->mv[i][0] = c0->mv[i];
1277 2037 mi->mv[i][1].x = (c0->mv[i].x * (1 << 7)) + ((c2->mv[i].y - c0->mv[i].y) * (1 << shift));
1278 2037 mi->mv[i][1].y = (c0->mv[i].y * (1 << 7)) - ((c2->mv[i].x - c0->mv[i].x) * (1 << shift));
1279 2037 ff_vvc_round_mv(&mi->mv[i][1], 0, 7);
1280 2037 ff_vvc_clip_mv(&mi->mv[i][1]);
1281 }
1282 }
1283
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 1778 if (mi->pred_flag) {
1284
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 1606 if (mi->pred_flag == PF_BI)
1285 431 mi->bcw_idx = c0->bcw_idx;
1286 1606 mi->motion_model_idc = MOTION_4_PARAMS_AFFINE;
1287 1606 return 1;
1288 }
1289 }
1290 1231 return 0;
1291 }
1292
1293 1661 static void affine_merge_zero_motion(const VVCLocalContext *lc, MotionInfo *mi)
1294 {
1295 1661 const CodingUnit *cu = lc->cu;
1296
1297 1661 memset(mi, 0, sizeof(*mi));
1298
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 1661 mi->pred_flag = PF_L0 + (IS_B(lc->sc->sh.r) << 1);
1299 1661 mi->motion_model_idc = MOTION_4_PARAMS_AFFINE;
1300 1661 mi->num_sb_x = cu->cb_width >> MIN_PU_LOG2;
1301 1661 mi->num_sb_y = cu->cb_height >> MIN_PU_LOG2;
1302 1661 }
1303
1304 //8.5.5.6 Derivation process for constructed affine control point motion vector merging candidates
1305 15175 static int affine_merge_const_candidates(const VVCLocalContext *lc, MotionInfo *mi,
1306 NeighbourContext *nctx, const int merge_subblock_idx, int num_cands)
1307 {
1308 15175 const VVCFrameContext *fc = lc->fc;
1309 15175 const CodingUnit *cu = lc->cu;
1310 15175 const NeighbourIdx tl[] = { B2, B3, A2 };
1311 15175 const NeighbourIdx tr[] = { B1, B0};
1312 15175 const NeighbourIdx bl[] = { A1, A0};
1313 const MvField *c0, *c1, *c2;
1314
1315 15175 c0 = DERIVE_CORNER_MV(tl);
1316 15175 c1 = DERIVE_CORNER_MV(tr);
1317 15175 c2 = DERIVE_CORNER_MV(bl);
1318
1319
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 15175 if (fc->ps.sps->r->sps_6param_affine_enabled_flag) {
1320 13909 MvField corner3, *c3 = NULL;
1321 //Const1
1322
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 13909 if (affine_merge_const1(c0, c1, c2, mi)) {
1323
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 11780 if (merge_subblock_idx == num_cands)
1324 10828 return 1;
1325 5246 num_cands++;
1326 }
1327
1328 7375 memset(&corner3, 0, sizeof(corner3));
1329
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 7375 if (fc->ps.ph.r->ph_temporal_mvp_enabled_flag){
1330 7349 const int available_l0 = temporal_luma_motion_vector(lc, 0, corner3.mv + 0, 0, 0, 0);
1331 14698 const int available_l1 = (lc->sc->sh.r->sh_slice_type == VVC_SLICE_TYPE_B) ?
1332
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 7349 temporal_luma_motion_vector(lc, 0, corner3.mv + 1, 1, 0, 0) : 0;
1333
1334 7349 corner3.pred_flag = available_l0 + (available_l1 << 1);
1335
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 7349 if (corner3.pred_flag)
1336 4961 c3 = &corner3;
1337 }
1338
1339 //Const2
1340
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 7375 if (affine_merge_const2(c0, c1, c3, mi)) {
1341
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 3960 if (merge_subblock_idx == num_cands)
1342 2082 return 1;
1343 1878 num_cands++;
1344 }
1345
1346 //Const3
1347
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 5293 if (affine_merge_const3(c0, c2, c3, mi)) {
1348
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 2347 if (merge_subblock_idx == num_cands)
1349 1587 return 1;
1350 760 num_cands++;
1351 }
1352
1353 //Const4
1354
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 3706 if (affine_merge_const4(c1, c2, c3, mi)) {
1355
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 670 if (merge_subblock_idx == num_cands)
1356 625 return 1;
1357 45 num_cands++;
1358 }
1359 }
1360
1361 //Const5
1362
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 4347 if (affine_merge_const5(c0, c1, mi)) {
1363
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 2623 if (merge_subblock_idx == num_cands)
1364 1510 return 1;
1365 1113 num_cands++;
1366 }
1367
1368
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 2837 if (affine_merge_const6(c0, c2, cu->cb_width, cu->cb_height, mi)) {
1369
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 1606 if (merge_subblock_idx == num_cands)
1370 1176 return 1;
1371 }
1372 1661 return 0;
1373 }
1374
1375 //8.5.5.2 Derivation process for motion vectors and reference indices in subblock merge mode
1376 //return 1 if candidate is SbCol
1377 50089 static int sb_mv_merge_mode(const VVCLocalContext *lc, const int merge_subblock_idx, PredictionUnit *pu)
1378 {
1379 50089 const VVCSPS *sps = lc->fc->ps.sps;
1380 50089 const CodingUnit *cu = lc->cu;
1381 50089 MotionInfo *mi = &pu->mi;
1382 50089 int num_cands = 0;
1383 NeighbourContext nctx;
1384
1385 50089 init_neighbour_context(&nctx, lc);
1386
1387 //SbCol
1388
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 50089 if (sb_temporal_merge_candidate(lc, &nctx, pu)) {
1389
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 41932 if (merge_subblock_idx == num_cands)
1390 25313 return 1;
1391 16619 num_cands++;
1392 }
1393
1394 24776 pu->inter_affine_flag = 1;
1395 24776 mi->num_sb_x = cu->cb_width >> MIN_PU_LOG2;
1396 24776 mi->num_sb_y = cu->cb_height >> MIN_PU_LOG2;
1397
1398
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 24776 if (sps->r->sps_affine_enabled_flag) {
1399 24776 const NeighbourIdx ak[] = { A0, A1 };
1400 24776 const NeighbourIdx bk[] = { B0, B1, B2 };
1401 //A
1402
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 24776 if (AFFINE_MERGE_FROM_NBS(ak)) {
1403
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 9737 if (merge_subblock_idx == num_cands)
1404 23115 return 0;
1405 4414 num_cands++;
1406 }
1407
1408 //B
1409
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 19453 if (AFFINE_MERGE_FROM_NBS(bk)) {
1410
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 9102 if (merge_subblock_idx == num_cands)
1411 4278 return 0;
1412 4824 num_cands++;
1413 }
1414
1415 //Const1 to Const6
1416
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 15175 if (affine_merge_const_candidates(lc, mi, &nctx, merge_subblock_idx, num_cands))
1417 13514 return 0;
1418 }
1419 //Zero
1420 1661 affine_merge_zero_motion(lc, mi);
1421 1661 return 0;
1422 }
1423
1424 50089 void ff_vvc_sb_mv_merge_mode(VVCLocalContext *lc, const int merge_subblock_idx, PredictionUnit *pu)
1425 {
1426 50089 const CodingUnit *cu = lc->cu;
1427 50089 ff_vvc_set_neighbour_available(lc, cu->x0, cu->y0, cu->cb_width, cu->cb_height);
1428
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 50089 if (!sb_mv_merge_mode(lc, merge_subblock_idx, pu)) {
1429 24776 ff_vvc_store_sb_mvs(lc, pu);
1430 }
1431 50089 }
1432
1433 137853 static int mvp_candidate(const VVCLocalContext *lc, const int x_cand, const int y_cand,
1434 const int lx, const int8_t *ref_idx, Mv *mv)
1435 {
1436 137853 const VVCFrameContext *fc = lc->fc;
1437 137853 const RefPicList *rpl = lc->sc->rpl;
1438 137853 const int min_pu_width = fc->ps.pps->min_pu_width;
1439 137853 const MvField* tab_mvf = fc->tab.mvf;
1440 137853 const MvField *mvf = &TAB_MVF(x_cand, y_cand);
1441 137853 const PredFlag maskx = lx + 1;
1442 137853 const int poc = rpl[lx].refs[ref_idx[lx]].poc;
1443 137853 int available = 0;
1444
1445
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 137853 if ((mvf->pred_flag & maskx) && rpl[lx].refs[mvf->ref_idx[lx]].poc == poc) {
1446 72038 available = 1;
1447 72038 *mv = mvf->mv[lx];
1448 } else {
1449 65815 const int ly = !lx;
1450 65815 const PredFlag masky = ly + 1;
1451
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 65815 if ((mvf->pred_flag & masky) && rpl[ly].refs[mvf->ref_idx[ly]].poc == poc) {
1452 10165 available = 1;
1453 10165 *mv = mvf->mv[ly];
1454 }
1455 }
1456
1457 137853 return available;
1458 }
1459
1460 29679 static int affine_mvp_candidate(const VVCLocalContext *lc,
1461 const int x_cand, const int y_cand, const int lx, const int8_t *ref_idx,
1462 Mv *cps, const int num_cp)
1463 {
1464 29679 const VVCFrameContext *fc = lc->fc;
1465 29679 int x_nb, y_nb, nbw, nbh, motion_model_idc, available = 0;
1466
1467 29679 motion_model_idc = affine_neighbour_cb(fc, x_cand, y_cand, &x_nb, &y_nb, &nbw, &nbh);
1468
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 29679 if (motion_model_idc) {
1469 7489 const int min_pu_width = fc->ps.pps->min_pu_width;
1470 7489 const MvField* tab_mvf = fc->tab.mvf;
1471 7489 const MvField *mvf = &TAB_MVF(x_nb, y_nb);
1472 7489 RefPicList* rpl = lc->sc->rpl;
1473 7489 const PredFlag maskx = lx + 1;
1474 7489 const int poc = rpl[lx].refs[ref_idx[lx]].poc;
1475
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 7489 if ((mvf->pred_flag & maskx) && rpl[lx].refs[mvf->ref_idx[lx]].poc == poc) {
1477 5145 available = 1;
1478 5145 affine_cps_from_nb(lc, x_nb, y_nb, nbw, nbh, lx, cps, num_cp);
1479 } else {
1480 2344 const int ly = !lx;
1481 2344 const PredFlag masky = ly + 1;
1482
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 2344 if ((mvf->pred_flag & masky) && rpl[ly].refs[mvf->ref_idx[ly]].poc == poc) {
1483 754 available = 1;
1484 754 affine_cps_from_nb(lc, x_nb, y_nb, nbw, nbh, ly, cps, num_cp);
1485 }
1486 }
1487
1488 }
1489 29679 return available;
1490 }
1491
1492 159161 static int mvp_from_nbs(NeighbourContext *ctx,
1493 const NeighbourIdx *nbs, const int num_nbs, const int lx, const int8_t *ref_idx, const int amvr_shift,
1494 Mv *cps, const int num_cps)
1495 {
1496 159161 const VVCLocalContext *lc = ctx->lc;
1497 159161 int available = 0;
1498
1499
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 385682 for (int i = 0; i < num_nbs; i++) {
1500 314623 Neighbour *n = &ctx->neighbours[nbs[i]];
1501
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 314623 if (check_available(n, lc, 0)) {
1502
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 167532 if (num_cps > 1)
1503 29679 available = affine_mvp_candidate(lc, n->x, n->y, lx, ref_idx, cps, num_cps);
1504 else
1505 137853 available = mvp_candidate(lc, n->x, n->y, lx, ref_idx, cps);
1506
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 167532 if (available) {
1507
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 185017 for (int c = 0; c < num_cps; c++)
1508 96915 ff_vvc_round_mv(cps + c, amvr_shift, amvr_shift);
1509 88102 return 1;
1510 }
1511 }
1512 }
1513 71059 return 0;
1514 }
1515
1516 //get mvp from neighbours
1517 #define AFFINE_MVP_FROM_NBS(nbs) \
1518 mvp_from_nbs(&nctx, nbs, FF_ARRAY_ELEMS(nbs), lx, ref_idx, amvr_shift, cps, num_cp) \
1519
1520 #define MVP_FROM_NBS(nbs) \
1521 mvp_from_nbs(&nctx, nbs, FF_ARRAY_ELEMS(nbs), lx, ref_idx, amvr_shift, mv, 1) \
1522
1523 83359 static int mvp_spatial_candidates(const VVCLocalContext *lc,
1524 const int mvp_lx_flag, const int lx, const int8_t* ref_idx, const int amvr_shift,
1525 Mv* mv, int *nb_merge_cand)
1526 {
1527 83359 const NeighbourIdx ak[] = { A0, A1 };
1528 83359 const NeighbourIdx bk[] = { B0, B1, B2 };
1529 NeighbourContext nctx;
1530 83359 int available_a, num_cands = 0;
1531 83359 LOCAL_ALIGNED_8(Mv, mv_a, [1]);
1532
1533 83359 init_neighbour_context(&nctx, lc);
1534
1535 83359 available_a = MVP_FROM_NBS(ak);
1536
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 83359 if (available_a) {
1537
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 49764 if (mvp_lx_flag == num_cands)
1538 29899 return 1;
1539 19865 num_cands++;
1540 19865 *mv_a = *mv;
1541 }
1542
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 53460 if (MVP_FROM_NBS(bk)) {
1543
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 32439 if (!available_a || !IS_SAME_MV(mv_a, mv)) {
1544
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 29710 if (mvp_lx_flag == num_cands)
1545 24323 return 1;
1546 5387 num_cands++;
1547 }
1548 }
1549 29137 *nb_merge_cand = num_cands;
1550 29137 return 0;
1551 }
1552
1553 29137 static int mvp_temporal_candidates(const VVCLocalContext* lc,
1554 const int mvp_lx_flag, const int lx, const int8_t *ref_idx, const int amvr_shift,
1555 Mv* mv, int *num_cands)
1556 {
1557
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 29137 if (temporal_luma_motion_vector(lc, ref_idx[lx], mv, lx, 1, 0)) {
1558
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 16320 if (mvp_lx_flag == *num_cands) {
1559 13381 ff_vvc_round_mv(mv, amvr_shift, amvr_shift);
1560 13381 return 1;
1561 }
1562 2939 (*num_cands)++;
1563 }
1564 15756 return 0;
1565
1566 }
1567
1568 15756 static int mvp_history_candidates(const VVCLocalContext *lc,
1569 const int mvp_lx_flag, const int lx, const int8_t ref_idx, const int amvr_shift,
1570 Mv *mv, int num_cands)
1571 {
1572 15756 const EntryPoint* ep = lc->ep;
1573 15756 const RefPicList* rpl = lc->sc->rpl;
1574 15756 const int poc = rpl[lx].refs[ref_idx].poc;
1575
1576
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 15756 if (ep->num_hmvp == 0)
1577 1928 return 0;
1578
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 32988 for (int i = 1; i <= FFMIN(4, ep->num_hmvp); i++) {
1579 28639 const MvField* h = &ep->hmvp[i - 1];
1580
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 68342 for (int j = 0; j < 2; j++) {
1581
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 49182 const int ly = (j ? !lx : lx);
1582 49182 PredFlag mask = PF_L0 + ly;
1583
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 49182 if ((h->pred_flag & mask) && poc == rpl[ly].refs[h->ref_idx[ly]].poc) {
1584
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 11626 if (mvp_lx_flag == num_cands) {
1585 9479 *mv = h->mv[ly];
1586 9479 ff_vvc_round_mv(mv, amvr_shift, amvr_shift);
1587 9479 return 1;
1588 }
1589 2147 num_cands++;
1590 }
1591 }
1592 }
1593 4349 return 0;
1594 }
1595
1596 //8.5.2.8 Derivation process for luma motion vector prediction
1597 83359 static void mvp(const VVCLocalContext *lc, const int mvp_lx_flag, const int lx,
1598 const int8_t *ref_idx, const int amvr_shift, Mv *mv)
1599 {
1600 int num_cands;
1601
1602
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 83359 if (mvp_spatial_candidates(lc, mvp_lx_flag, lx, ref_idx, amvr_shift, mv, &num_cands))
1603 77082 return;
1604
1605
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 29137 if (mvp_temporal_candidates(lc, mvp_lx_flag, lx, ref_idx, amvr_shift, mv, &num_cands))
1606 13381 return;
1607
1608
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 15756 if (mvp_history_candidates(lc, mvp_lx_flag, lx, ref_idx[lx], amvr_shift, mv, num_cands))
1609 9479 return;
1610
1611 6277 memset(mv, 0, sizeof(*mv));
1612 }
1613
1614 65004 void ff_vvc_mvp(VVCLocalContext *lc, const int *mvp_lx_flag, const int amvr_shift, MotionInfo *mi)
1615 {
1616 65004 const CodingUnit *cu = lc->cu;
1617 65004 mi->num_sb_x = 1;
1618 65004 mi->num_sb_y = 1;
1619
1620 65004 ff_vvc_set_neighbour_available(lc, cu->x0, cu->y0, cu->cb_width, cu->cb_height);
1621
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 65004 if (mi->pred_flag != PF_L1)
1622 53651 mvp(lc, mvp_lx_flag[L0], L0, mi->ref_idx, amvr_shift, &mi->mv[L0][0]);
1623
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 65004 if (mi->pred_flag != PF_L0)
1624 29708 mvp(lc, mvp_lx_flag[L1], L1, mi->ref_idx, amvr_shift, &mi->mv[L1][0]);
1625 65004 }
1626
1627 31182 static int ibc_spatial_candidates(const VVCLocalContext *lc, const int merge_idx, Mv *const cand_list, int *nb_merge_cand)
1628 {
1629 31182 const CodingUnit *cu = lc->cu;
1630 31182 const VVCFrameContext *fc = lc->fc;
1631 31182 const int min_pu_width = fc->ps.pps->min_pu_width;
1632 31182 const MvField *tab_mvf = fc->tab.mvf;
1633 31182 const int is_gt4by4 = (cu->cb_width * cu->cb_height) > 16;
1634 31182 int num_cands = 0;
1635
1636 NeighbourContext nctx;
1637 31182 Neighbour *a1 = &nctx.neighbours[A1];
1638 31182 Neighbour *b1 = &nctx.neighbours[B1];
1639
1640
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 31182 if (!is_gt4by4) {
1641 17582 *nb_merge_cand = 0;
1642 17582 return 0;
1643 }
1644
1645 13600 init_neighbour_context(&nctx, lc);
1646
1647
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 13600 if (check_available(a1, lc, 0)) {
1648 4658 cand_list[num_cands++] = TAB_MVF(a1->x, a1->y).mv[L0];
1649
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 4658 if (num_cands > merge_idx)
1650 3424 return 1;
1651 }
1652
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 10176 if (check_available(b1, lc, 0)) {
1653 2741 const MvField *mvf = &TAB_MVF(b1->x, b1->y);
1654
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 2741 if (!num_cands || !IS_SAME_MV(&cand_list[0], mvf->mv)) {
1655 2670 cand_list[num_cands++] = mvf->mv[L0];
1656
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 2670 if (num_cands > merge_idx)
1657 1850 return 1;
1658 }
1659 }
1660
1661 8326 *nb_merge_cand = num_cands;
1662 8326 return 0;
1663 }
1664
1665 25908 static int ibc_history_candidates(const VVCLocalContext *lc,
1666 const int merge_idx, Mv *cand_list, int *nb_merge_cand)
1667 {
1668 25908 const CodingUnit *cu = lc->cu;
1669 25908 const EntryPoint *ep = lc->ep;
1670 25908 const int is_gt4by4 = (cu->cb_width * cu->cb_height) > 16;
1671 25908 int num_cands = *nb_merge_cand;
1672
1673
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 38958 for (int i = 1; i <= ep->num_hmvp_ibc; i++) {
1674 37561 int same_motion = 0;
1675 37561 const MvField *mvf = &ep->hmvp_ibc[ep->num_hmvp_ibc - i];
1676
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 40020 for (int j = 0; j < *nb_merge_cand; j++) {
1677
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 3490 same_motion = is_gt4by4 && i == 1 && IS_SAME_MV(&mvf->mv[L0], &cand_list[j]);
1678
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 3490 if (same_motion)
1679 1031 break;
1680 }
1681
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 37561 if (!same_motion) {
1682 36530 cand_list[num_cands++] = mvf->mv[L0];
1683
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 36530 if (num_cands > merge_idx)
1684 24511 return 1;
1685 }
1686 }
1687
1688 1397 *nb_merge_cand = num_cands;
1689 1397 return 0;
1690 }
1691
1692 #define MV_BITS 18
1693 #define IBC_SHIFT(v) ((v) >= (1 << (MV_BITS - 1)) ? ((v) - (1 << MV_BITS)) : (v))
1694
1695 17036 static inline void ibc_add_mvp(Mv *mv, Mv *mvp, const int amvr_shift)
1696 {
1697 17036 ff_vvc_round_mv(mv, amvr_shift, 0);
1698 17036 ff_vvc_round_mv(mvp, amvr_shift, amvr_shift);
1699
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 17036 mv->x = IBC_SHIFT(mv->x + mvp->x);
1700
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 17036 mv->y = IBC_SHIFT(mv->y + mvp->y);
1701 17036 }
1702
1703 31182 static void ibc_merge_candidates(VVCLocalContext *lc, const int merge_idx, Mv *mv)
1704 {
1705 31182 const CodingUnit *cu = lc->cu;
1706 31182 LOCAL_ALIGNED_8(Mv, cand_list, [MRG_MAX_NUM_CANDS]);
1707 int nb_cands;
1708
1709 31182 ff_vvc_set_neighbour_available(lc, cu->x0, cu->y0, cu->cb_width, cu->cb_height);
1710
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 57090 if (ibc_spatial_candidates(lc, merge_idx, cand_list, &nb_cands) ||
1711 25908 ibc_history_candidates(lc, merge_idx, cand_list, &nb_cands)) {
1712 29785 *mv = cand_list[merge_idx];
1713 29785 return;
1714 }
1715
1716 //zero mv
1717 1397 memset(mv, 0, sizeof(*mv));
1718 }
1719
1720 31182 static int ibc_check_mv(VVCLocalContext *lc, Mv *mv)
1721 {
1722 31182 const VVCFrameContext *fc = lc->fc;
1723 31182 const VVCSPS *sps = lc->fc->ps.sps;
1724 31182 const CodingUnit *cu = lc->cu;
1725 31182 const Mv *bv = &cu->pu.mi.mv[L0][0];
1726
1727
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 31182 if (sps->ctb_size_y < ((cu->y0 + (bv->y >> 4)) & (sps->ctb_size_y - 1)) + cu->cb_height) {
1728 ✗ av_log(fc->log_ctx, AV_LOG_ERROR, "IBC region spans multiple CTBs.\n");
1729 ✗ return AVERROR_INVALIDDATA;
1730 }
1731
1732 31182 return 0;
1733 }
1734
1735 17036 int ff_vvc_mvp_ibc(VVCLocalContext *lc, const int mvp_l0_flag, const int amvr_shift, Mv *mv)
1736 {
1737 17036 LOCAL_ALIGNED_8(Mv, mvp, [1]);
1738
1739 17036 ibc_merge_candidates(lc, mvp_l0_flag, mvp);
1740 17036 ibc_add_mvp(mv, mvp, amvr_shift);
1741 17036 return ibc_check_mv(lc, mv);
1742 }
1743
1744 14146 int ff_vvc_luma_mv_merge_ibc(VVCLocalContext *lc, const int merge_idx, Mv *mv)
1745 {
1746 14146 ibc_merge_candidates(lc, merge_idx, mv);
1747 14146 return ibc_check_mv(lc, mv);
1748 }
1749
1750 24168 static int affine_mvp_constructed_cp(NeighbourContext *ctx,
1751 const NeighbourIdx *neighbour, const int num_neighbour,
1752 const int lx, const int8_t ref_idx, const int amvr_shift, Mv *cp)
1753 {
1754 24168 const VVCLocalContext *lc = ctx->lc;
1755 24168 const VVCFrameContext *fc = lc->fc;
1756 24168 const MvField *tab_mvf = fc->tab.mvf;
1757 24168 const int min_pu_width = fc->ps.pps->min_pu_width;
1758 24168 const RefPicList* rpl = lc->sc->rpl;
1759 24168 int available = 0;
1760
1761
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 45847 for (int i = 0; i < num_neighbour; i++) {
1762 37660 Neighbour *n = &ctx->neighbours[neighbour[i]];
1763
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 37660 if (check_available(n, ctx->lc, 0)) {
1764 23602 const PredFlag maskx = lx + 1;
1765 23602 const MvField* mvf = &TAB_MVF(n->x, n->y);
1766 23602 const int poc = rpl[lx].refs[ref_idx].poc;
1767
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 23602 if ((mvf->pred_flag & maskx) && rpl[lx].refs[mvf->ref_idx[lx]].poc == poc) {
1768 14169 available = 1;
1769 14169 *cp = mvf->mv[lx];
1770 } else {
1771 9433 const int ly = !lx;
1772 9433 const PredFlag masky = ly + 1;
1773
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 9433 if ((mvf->pred_flag & masky) && rpl[ly].refs[mvf->ref_idx[ly]].poc == poc) {
1774 1812 available = 1;
1775 1812 *cp = mvf->mv[ly];
1776 }
1777 }
1778
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 23602 if (available) {
1779 15981 ff_vvc_round_mv(cp, amvr_shift, amvr_shift);
1780 15981 return 1;
1781 }
1782 }
1783 }
1784 8187 return 0;
1785 }
1786
1787 #define AFFINE_MVP_CONSTRUCTED_CP(cands, cp) \
1788 affine_mvp_constructed_cp(nctx, cands, FF_ARRAY_ELEMS(cands), lx, ref_idx, \
1789 amvr_shift, cp)
1790
1791 //8.5.5.8 Derivation process for constructed affine control point motion vector prediction candidates
1792 8056 static int affine_mvp_const1(NeighbourContext* nctx,
1793 const int lx, const int8_t ref_idx, const int amvr_shift,
1794 Mv *cps, int *available)
1795 {
1796 8056 const NeighbourIdx tl[] = { B2, B3, A2 };
1797 8056 const NeighbourIdx tr[] = { B1, B0 };
1798 8056 const NeighbourIdx bl[] = { A1, A0 };
1799
1800 8056 available[0] = AFFINE_MVP_CONSTRUCTED_CP(tl, cps + 0);
1801 8056 available[1] = AFFINE_MVP_CONSTRUCTED_CP(tr, cps + 1);
1802 8056 available[2] = AFFINE_MVP_CONSTRUCTED_CP(bl, cps + 2);
1803
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 8056 return available[0] && available[1];
1804 }
1805
1806 //8.5.5.7 item 7
1807 3579 static void affine_mvp_const2(const int idx, Mv *cps, const int num_cp)
1808 {
1809 3579 const Mv mv = cps[idx];
1810
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 12458 for (int j = 0; j < num_cp; j++)
1811 8879 cps[j] = mv;
1812 3579 }
1813
1814 //8.5.5.7 Derivation process for luma affine control point motion vector predictors
1815 12166 static void affine_mvp(const VVCLocalContext *lc,
1816 const int mvp_lx_flag, const int lx, const int8_t *ref_idx, const int amvr_shift,
1817 MotionModelIdc motion_model_idc, Mv *cps)
1818 {
1819 12166 const NeighbourIdx ak[] = { A0, A1 };
1820 12166 const NeighbourIdx bk[] = { B0, B1, B2 };
1821 12166 const int num_cp = motion_model_idc + 1;
1822 NeighbourContext nctx;
1823 int available[MAX_CONTROL_POINTS];
1824 12166 int num_cands = 0;
1825
1826 12166 init_neighbour_context(&nctx, lc);
1827 //Ak
1828
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 12166 if (AFFINE_MVP_FROM_NBS(ak)) {
1829
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 2972 if (mvp_lx_flag == num_cands)
1830 11435 return;
1831 982 num_cands++;
1832 }
1833 //Bk
1834
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 10176 if (AFFINE_MVP_FROM_NBS(bk)) {
1835
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 2927 if (mvp_lx_flag == num_cands)
1836 2120 return;
1837 807 num_cands++;
1838 }
1839
1840 //Const1
1841
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 8056 if (affine_mvp_const1(&nctx, lx, ref_idx[lx], amvr_shift, cps, available)) {
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 4713 if (available[2] || motion_model_idc == MOTION_4_PARAMS_AFFINE) {
1843
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 4168 if (mvp_lx_flag == num_cands)
1844 2877 return;
1845 1291 num_cands++;
1846 }
1847 }
1848
1849 //Const2
1850
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 12000 for (int i = 2; i >= 0; i--) {
1851
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 10400 if (available[i]) {
1852
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 4140 if (mvp_lx_flag == num_cands) {
1853 3579 affine_mvp_const2(i, cps, num_cp);
1854 3579 return;
1855 }
1856 561 num_cands++;
1857 }
1858 }
1859
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 1600 if (temporal_luma_motion_vector(lc, ref_idx[lx], cps, lx, 1, 0)) {
1860
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 1073 if (mvp_lx_flag == num_cands) {
1861 869 ff_vvc_round_mv(cps, amvr_shift, amvr_shift);
1862
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 2019 for (int i = 1; i < num_cp; i++)
1863 1150 cps[i] = cps[0];
1864 869 return;
1865 }
1866 204 num_cands++;
1867 }
1868
1869 //Zero Mv
1870 731 memset(cps, 0, num_cp * sizeof(Mv));
1871 }
1872
1873 9947 void ff_vvc_affine_mvp(VVCLocalContext *lc, const int *mvp_lx_flag, const int amvr_shift, MotionInfo *mi)
1874 {
1875 9947 const CodingUnit *cu = lc->cu;
1876
1877 9947 mi->num_sb_x = cu->cb_width >> MIN_PU_LOG2;
1878 9947 mi->num_sb_y = cu->cb_height >> MIN_PU_LOG2;
1879
1880 9947 ff_vvc_set_neighbour_available(lc, cu->x0, cu->y0, cu->cb_width, cu->cb_height);
1881
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 9947 if (mi->pred_flag != PF_L1)
1882 8767 affine_mvp(lc, mvp_lx_flag[L0], L0, mi->ref_idx, amvr_shift, mi->motion_model_idc, &mi->mv[L0][0]);
1883
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 9947 if (mi->pred_flag != PF_L0)
1884 3399 affine_mvp(lc, mvp_lx_flag[L1], L1, mi->ref_idx, amvr_shift, mi->motion_model_idc, &mi->mv[L1][0]);
1885 9947 }
1886
1887 //8.5.2.14 Rounding process for motion vectors
1888 7602307 void ff_vvc_round_mv(Mv *mv, const int lshift, const int rshift)
1889 {
1890
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 7602307 if (rshift) {
1891 7583633 const int offset = 1 << (rshift - 1);
1892 7583633 mv->x = ((mv->x + offset - (mv->x >= 0)) >> rshift) * (1 << lshift);
1893 7583633 mv->y = ((mv->y + offset - (mv->y >= 0)) >> rshift) * (1 << lshift);
1894 } else {
1895 18674 mv->x = mv->x * (1 << lshift);
1896 18674 mv->y = mv->y * (1 << lshift);
1897 }
1898 7602307 }
1899
1900 5299524 void ff_vvc_clip_mv(Mv *mv)
1901 {
1902 5299524 mv->x = av_clip(mv->x, -(1 << 17), (1 << 17) - 1);
1903 5299524 mv->y = av_clip(mv->y, -(1 << 17), (1 << 17) - 1);
1904 5299524 }
1905
1906 //8.5.2.1 Derivation process for motion vector components and reference indices
1907 338415 static av_always_inline int is_greater_mer(const VVCFrameContext *fc, const int x0, const int y0, const int x0_br, const int y0_br)
1908 {
1909 338415 const uint8_t plevel = fc->ps.sps->log2_parallel_merge_level;
1910
1911
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 666706 return x0_br >> plevel > x0 >> plevel &&
1912
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 328291 y0_br >> plevel > y0 >> plevel;
1913 }
1914
1915 337119 static void update_hmvp(MvField *hmvp, int *num_hmvp, const MvField *mvf,
1916 int (*compare)(const MvField *n, const MvField *o))
1917 {
1918 int i;
1919
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 1598906 for (i = 0; i < *num_hmvp; i++) {
1920
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 1418063 if (compare(mvf, hmvp + i)) {
1921 156276 (*num_hmvp)--;
1922 156276 break;
1923 }
1924 }
1925
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 337119 if (i == MAX_NUM_HMVP_CANDS) {
1926 158975 (*num_hmvp)--;
1927 158975 i = 0;
1928 }
1929
1930 337119 memmove(hmvp + i, hmvp + i + 1, (*num_hmvp - i) * sizeof(MvField));
1931 337119 hmvp[(*num_hmvp)++] = *mvf;
1932 337119 }
1933
1934 48432 static int compare_l0_mv(const MvField *n, const MvField *o)
1935 {
1936 48432 return IS_SAME_MV(&n->mv[L0], &o->mv[L0]);
1937 }
1938
1939 //8.6.2.4 Derivation process for IBC history-based block vector candidates
1940 //8.5.2.16 Updating process for the history-based motion vector predictor candidate list
1941 369597 void ff_vvc_update_hmvp(VVCLocalContext *lc, const MotionInfo *mi)
1942 {
1943 369597 const VVCFrameContext *fc = lc->fc;
1944 369597 const CodingUnit *cu = lc->cu;
1945 369597 const int min_pu_width = fc->ps.pps->min_pu_width;
1946 369597 const MvField *tab_mvf = fc->tab.mvf;
1947 369597 EntryPoint *ep = lc->ep;
1948
1949
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 369597 if (cu->pred_mode == MODE_IBC) {
1950
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 31182 if (cu->cb_width * cu->cb_height <= 16)
1951 17582 return;
1952 13600 update_hmvp(ep->hmvp_ibc, &ep->num_hmvp_ibc, &TAB_MVF(cu->x0, cu->y0), compare_l0_mv);
1953 } else {
1954
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 338415 if (!is_greater_mer(fc, cu->x0, cu->y0, cu->x0 + cu->cb_width, cu->y0 + cu->cb_height))
1955 14896 return;
1956 323519 update_hmvp(ep->hmvp, &ep->num_hmvp, &TAB_MVF(cu->x0, cu->y0), compare_mv_ref_idx);
1957 }
1958 }
1959
1960 12257218 MvField* ff_vvc_get_mvf(const VVCFrameContext *fc, const int x0, const int y0)
1961 {
1962 12257218 const int min_pu_width = fc->ps.pps->min_pu_width;
1963 12257218 MvField* tab_mvf = fc->tab.mvf;
1964
1965 12257218 return &TAB_MVF(x0, y0);
1966 }
1967