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; @^YlL,-4@;FKRfM*07;GSWw:$&+7:@JZF*;:HQa:  (:FOUjjWrnbnjgklp`_[]^V CPUF< := 2216 ).314 )/7 ) ,25 1?@E;F ,  +5" &4 ( ,& 2 9+     "'*).&-50A+' 9RKa}" ! ),/AG<?A ( *95= V ( 3;OGEFBDIEFC>FBA? !')-1 -$;B#*-08<>BLUQMQPIJSGC=BB;;!'.3<=7"*>\Y`l.A9]J\W~\Y`l.A9]J\W~UNKM62D2*Q?FC9L #@= #   $]II . 1d 555=88?<>9E9'3 DUNKM62D2*Q?FC9L #@= #   $]II . 1d 555=88?<>9E9'3 D (,1.,3/'>.66:?39547 -$5R7N.T " %"F (,1.,3/'>.66:?39547 -$5R7N.T " %"FOGEFBDIEFC>FBA?UQMQPIJSGC=BB;; !')-1 -$;!'.3<=7"*>B#*-08<>BLOGEFBDIEFC>FBA?UQMQPIJSGC=BB;; !')-1 -$;!'.3<=7"*>B#*-08<>BLjjWrnbnjgklp`_[]^V CPUF< := 2216 ).314 )/7 ) ,25 1?@jjWrnbnjgklp`_[]^V CPUF< := 2216 ).314 )/7 ) ,25 1?@     "'*).&-50A+' 9RKa}" ! ),/AG     "'*).&-50A+' 9RKa}" ! ),/AGL,-4@;FKRfM*07;GSWw:$&+7:@JZL,-4@;FKRfM*07;GSWw:$&+7:@JZJ\W~J\W~J\W~6J6Jh563" )vAGO4 2F 6"(9)$EeLGO4EZ4+ER`;KWd8JU;QV_BMFVH=)???SVaH )> 3P[`QbfawcnfPY^\'ATIh[787=5DJXg[Y\LWniNpcBNGH;7FKYwK 6=:<=CTJA49=EF7G:= ) + /,3.&B& * "Y-  !4#&"' f8! %3'4EC, 7 $!"$&&"#" %# )KHM##-*-6B8 I CtpG=5BMPTWe'5=KM[kozL,49:HEEJVB" 47CIY4 %=IFN~|n~|iyufutz_d_orYPRUQH@C 8EEEECM@=C@9AB> 3BGKFH<%/# % ) )0 ) );2(B2!!%'*/-1) E?BM64)$(% 7 A%'(&.*(1&(&., 0 1-!"*'2 F6G S 16UQMQPIJSGC=BB;; *15@D B/9G$*49?ACRQLHNHDFLB>9=<6: *15@D B/9PY^\'ATIh[PY^\'ATIh[g[Y\LWniNpcBNGH;7FKYwK 6=:<=CTJA49=EF7g[Y\LWniNpcBNGH;7FKYwK 6=:<=CTJA49=EF7-  !4#&"' f8! %3'4EC, 7 $!"$&&"#" %# )-  !4#&"' f8! %3'4EC, 7 $!"$&&"#" %# )UQMQPIJSGC=BB;;QLHNHDFLB>9=<6: *15@D B/9 *15@D B/9G$*49?ACRUQMQPIJSGC=BB;;QLHNHDFLB>9=<6: *15@D B/9 *15@D B/9G$*49?ACR~|n~|iyufutz_d_orYPRUQH@C 8EEEECM@=C@9AB> 3BGK~|n~|iyufutz_d_orYPRUQH@C 8EEEECM@=C@9AB> 3BGK!!%'*/-1) E?BM64)$(% 7 A%'(&.*(1&(&.,!!%'*/-1) E?BM64)$(% 7 A%'(&.*(1&(&.,pG=5BMPTWe'5=KM[kozL,49:HEEJVpG=5BMPTWe'5=KM[kozL,49:HEEJVIh[Ih[Ih[6J6Jh5633>cUf99I9( 6%* auJUf9]X,7Ygt9:T`?Uj?KZe7OKa2<)???SVaH )>"X[_TVY[LgZ PLTN7=SOh[AOH\8DGbVXRHCHYE;B9GG:J,E>3/*)5LNS 4CZCHKPS@@^ K?J# [AEMB>DQJB|%,2'*" %*(! + $/7:<, ,*084 % 1: 0 -E!?#! 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PPlP1[1y?1~  0Pw5Ŕ S ,+$! !0 S `0@aa000v?PpU YG N 0P>[@fPv0@Ж0 T 0@@ @ voAP0 P @ UP0S[֟ @vvo0@P[$Ѝv?@[֟PЦvo p@5c 0C) 9 )I?C9 "?C P 0P @ 0 U 0@f Pv0@0 T 0Pvvo0P@ U60PO@LO-6$MP`[Q֯@"0R&p9 œ ^ ,+$   Rp( n&   & &  00L@DD̕  DP T LLT T00T0L [@$Ѝ  YC01! 0  0 0 PO-Pp`r F NN     FF    && ''   `` xx     U6 ͠0kKЊk`Kتd"tBxR``d"tBxR`O-@Q6@0MPp 01 a$`أ P $PؤФ 0 P P$ $ Wp# ppp3@P TЍO-param.rc.psz_stat_inratecontrol_init: can't open stats file .mbtreerbratecontrol_init: can't open mbtree stats file #options:options list in stats file not valid #options: %dx%dresolution specified in stats file not valid timebase=timebase=%u/%utimebase specified in stats file not valid timebase mismatch with 1st pass (%u/%u vs %u/%u) bitdepth=bitdepth=%ddifferent bitdepth setting than first pass (%d vs %d) weightp=weightp=%ddifferent weightp setting than first pass (%d vs %d) bframes=bframes=%ddifferent bframes setting than first pass (%d vs %d) b_pyramid=b_pyramid=%ddifferent b_pyramid setting than first pass (%d vs %d) intra_refresh=intra_refresh=%ddifferent intra_refresh setting than first pass (%d vs %d) open_gop=open_gop=%ddifferent open_gop setting than first pass (%d vs %d) bluray_compat=bluray_compat=%ddifferent bluray_compat setting than first pass (%d vs %d) interlaced=interlaced=%4sdifferent interlaced setting than first pass (%s vs %s) keyint=%d different keyint setting than first pass (%.*s vs %.*s) qp=01st pass was lossless, bitrate prediction will be inaccurate direct=3direct=auto not used on the first pass b_adapt=b_adapt=%db_adapt method specified in stats file not valid rc_lookahead=rc_lookahead=%dempty stats file 2nd pass has fewer frames than 1st pass (%d vs %d) 2nd pass has more frames than 1st pass (%d vs %d) in:%d bad frame number (%d) at stats line %d in:%*d out:%*d type:%c dur:%lld cpbdur:%lld q:%f aq:%f tex:%d mv:%d misc:%d imb:%d pmb:%d smb:%d d:%cref: %dw:%hd,%hd,%hd,%hd,%hd,%hd,%hd,%hdstatistics are damaged at line %d, parser out=%d requested bitrate is too low. estimated minimum is %d kbps qscale[i] >= 0rce->new_qscale >= 0vbv-maxrate issue, qpmax or vbv-maxrate too low Error: 2pass curve failed to converge target: %.2f kbit/s, expected: %.2f kbit/s, avg QP: %.4f try reducing target bitrate or reducing qp_min (currently %d) try reducing target bitrate try increasing target bitrate or increasing qp_max (currently %d) try increasing target bitrate internal error .tempwb#options: %s .mbtree.tempfinal ratefactor: %.2f failed to rename "%s" to "%s" frame >= 0 && frame < rc->num_entries2nd pass has more frames than 1st pass (%d) continuing anyway, at constant QP=%d disabling adaptive B-frames in:%d out:%d type:%c dur:%lld cpbdur:%lld q:%.2f aq:%.2f tex:%d mv:%d misc:%d imb:%d pmb:%d smb:%d d:%c ref:w:%d,%d,%d,%d,%d,%d,%d,%d ; 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K@ 0Y0D&  0Y0D&  0Y0D& 0Y0D& P2S"ڰ9P3?DELMFGNO\]de^_fglmtunovw(P  !""##$$%%%&&&''''''''''''''''  x264_reference_build_listx264_weighted_pred_initx264_encoder_close`hpxI16..4%s: %4.1f%% %4.1f%% %4.1f%%..PCM %4.1f%%psnrssiminvalid width x height (%dx%d) invalid CSP (only I420/YV12/NV12/I422/YV16/NV16/I444/YV24/BGR/BGRA/RGB supported) width not divisible by 2 (%dx%d) height not divisible by 4 (%dx%d) height not divisible by 2 (%dx%d) invalid crop-rect %u,%u,%u,%u not compiled with thread support! OpenCL: frame size is too small, disabling opencl OpenCL: device id and device skip count configured; dropping skip broken ffmpeg default settings detected use an encoding preset (e.g. -vpre medium) preset usage: -vpre -vpre speed presets are listed in x264 --help profile is optional; x264 defaults to high no ratecontrol method specified %2d-bit AVC-Intra is not widely compatible 10-bit x264 is required to encode AVC-Intra bitrate not specified VBV is incompatible with constant QP, ignored. VBV maxrate unspecified, assuming CBR VBV bufsize set but maxrate unspecified, ignored max bitrate less than average bitrate, assuming CBR VBV maxrate specified, but no bufsize, ignored interlace + slice-min-mbs is not implemented slice-min-mbs > row mb size (%d) not implemented subme=0 + direct=temporal is not supported b-pyramid normal + intra-refresh is not supported ref > 1 + intra-refresh is not supported intra-refresh is not compatible with open-gop lookaheadless mb-tree requires intra refresh or infinite keyint --%s used with psy on: results will be invalid! --ssim used with AQ off: results will be invalid! --psnr used with AQ on: results will be invalid! --tune %s should be used if attempting to benchmark %s! invalid level_idc: %d interlace + me=esa is not implemented interlace + weightp is not implemented using mv_range_thread = %d NAL HRD parameters require VBV parameters CBR HRD requires constant bitrate cannot create valid sample aspect ratio using SAR=%d/%d invalid DTS: PTS is less than DTS PSNR Y:%5.2f U:%5.2f V:%5.2f SSIM Y:%.5fframe=%4d QP=%.2f NAL=%d Slice:%c Poc:%-3d I:%-4d P:%-4d SKIP:%-4d size=%d bytes%s r+bencoder/encoder.c(first_y&1) == 0slice-max-size violated (frame %d, cause: slice-min-mbs) MainConstrained BaselineHighHigh 4:4:4 PredictiveHigh 10High 4:2:2High 4:4:4 IntraHigh 4:2:2 IntraHigh 10 IntraEffective timebase denominator %u exceeds H.264 maximum using cpu capabilities:SSESSE2SSE3SSE4.1BMI1 %s none!%s MV cost test failed: x264 has been miscompiled! CLZ test failed: x264 has been miscompiled! failed to load OpenCL HRD bitrate: %i bits/sec CPB size: %i bits wdump_yuv: can't write to %s dump_yuv: incompatible with non-regular file %s %d.%d1bprofile %s, level %s profile %s, level %s, %s %d-bit x264_encoder_invalidate_reference is not supported with B-frames enabled x264_encoder_invalidate_reference is not supported with intra refresh enabled non-strictly-monotonic PTS h->i_ref[0] + h->i_ref[1] <= X264_REF_MAXx264_clip3( denom, 0, 7 ) == denomh->sh.weight[j][i].i_denom == denomuvuvDCuvACh->thread[i]->fenc->i_reference_count == 1frame %c:%-5d Avg QP:%5.2f size:%6.0f frame %c:%-5d Avg QP:%5.2f size:%6.0f PSNR Mean Y:%5.2f U:%5.2f V:%5.2f Avg:%5.2f Global:%5.2f consecutive B-frames:%s mb I %s mb P %s P16..4: %4.1f%% %4.1f%% %4.1f%% %4.1f%% %4.1f%% skip:%4.1f%% B16..8: %4.1f%% %4.1f%% %4.1f%% direct:%4.1f%% skip:%4.1f%% L0:%4.1f%% L1:%4.1f%% BI:%4.1f%%mb B %s inter:%.1f%% skip:%.1f%%field mbs: intra: %.1f%%%s 8x8 transform intra:%.1f%%%s direct mvs spatial:%.1f%% temporal:%.1f%% inter: %.1f%% %.1f%% %.1f%%coded y,%s,%s intra: %.1f%% %.1f%% %.1f%%%s i16 v,h,dc,p: %2.0f%% %2.0f%% %2.0f%% %2.0f%% i%d v,h,dc,ddl,ddr,vr,hd,vl,hu: %2.0f%% %2.0f%% %2.0f%% %2.0f%% %2.0f%% %2.0f%% %2.0f%% %2.0f%% %2.0f%% i8c dc,h,v,p: %2.0f%% %2.0f%% %2.0f%% %2.0f%% Weighted P-Frames: Y:%.1f%% UV:%.1f%% ref %c L%d:%s PBSSIM Mean Y:%.7f (%6.3fdb) PSNR Mean Y:%6.3f U:%6.3f V:%6.3f Avg:%6.3f Global:%6.3f kb/s:%.2f kb/s:%.2f (*frame)->i_reference_count > 04:0:04:2:04:2:24:4:4GCC: (GNU) 4.6 20120106 (prerelease)A6aeabi,Cortex-A8 A ,D.symtab.strtab.shstrtab.rel.text.data.bss.rodata.rel.data.rel.ro.local.rodata.str1.4.comment.note.GNU-stack.ARM.attributes4 1h %P+P0P<8 $C,H8 @M@0XpeT0P6`Lp<T@H  tD#T)$/`5;AGDLRX,^dLilntz@p  .pp06l1d t1t136D-3L9?E DKD6DTcPid Toc60tx Lt6|         @ ,   t    D `   0 " (x . 4:  6@ F`  6L R X ^  6xdX j p, w8 ~  0|H P  6Hh@4   @ D P!(  6/(I(W@h@3st|^,@TL 626   CO\dkr~,@Ziv %2;IUj9?FMTfx ) A X t       7 L \ v       t} 3 : H V 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encoder.c$ax264_slice_header_initx264_print_intra$d.LC0.LC1.LC2.LC3mbcmp_initx264_nal_endx264_bitstream_check_buffer_internalx264_fdec_filter_rowx264_validate_parameters.LC12.LC26.LC13.LC31.LC33.LC40.LC4.LC36.LC39.LC42.LC43.LC45.LC30.LC23.LC38.LC35.LC27.LC34.LC29.LC28.LC24.LC41.LC44.LC14.LC5.LC37.LC32.LC11.LC25.LC6.LC7.LC21.LC22.LC20.LC10.LC8.LC15.LC16.LC17.LC18.LC19.LC9x264_encoder_encapsulate_nalsx264_set_aspect_ratio.part.7.LC47.LC46x264_encoder_try_reconfigx264_encoder_frame_end.part.6.LC51.LC52.LC48.LC50.LC49x264_slice_header_write.LC53.LC54x264_slice_write.LC55.LC66.LC68.LC69.LC67.LC70.LC71.LC72.LC74.LC73.LC65.LC77.LC75.LC76.LC80.LC59.LC83.LC85.LC86.LC78.LC79.LC57.LC56.LC60.LC58.LC84.LC64.LC82.LC81.LC62.LC61.LC63.LC87.LC88.LC89.LC92.LC91.LC90.LC97.LC99.LC101.LC102.LC103.LC105.LC108.LC109.LC111.LC95.LC96.LC112.LC114.LC115.LC116.LC118.LC117.LC119.LC120.LC122.LC121.LC98.LC100.LC104.LC113.LC93.LC94.LC110.LC107.LC106lookahead_thread_div.8518__func__.8431x264_ue_size_tabx264_scan8x264_mb_chroma_pred_mode_fixi_chroma_qp_tablex264_luma2chroma_pixel__func__.8767__func__.8719__func__.9149x264_mb_partition_pixel_tablex264_mb_type_list_tablex264_mb_pred_mode4x4_fixsubsampling.8586__aeabi_l2d__aeabi_ddivsprintfmemcpymemsetx264_mallocx264_free__aeabi_f2d__aeabi_daddx264_frame_deblock_rowx264_frame_expand_borderx264_frame_filterx264_frame_expand_border_filteredx264_pixel_ssd_wxhx264_pixel_ssd_nv12x264_pixel_ssim_wxhx264_frame_cond_broadcast__aeabi_fcmpeq__aeabi_dsub__aeabi_dcmplt__aeabi_dcmpgt__aeabi_d2f__aeabi_fcmpgt__aeabi_fadd__aeabi_f2iz__aeabi_i2f__aeabi_fdiv__aeabi_fmul__aeabi_fsub__aeabi_fcmplt__aeabi_d2iz__aeabi_idiv__aeabi_ui2fx264_logx264_sps_initx264_levelsx264_validate_levelsx264_cpu_num_processorslogfx264_nal_encodex264_reduce_fraction__aeabi_i2d__aeabi_dmul__aeabi_dcmplex264_frame_push_unusedx264_ratecontrol_endx264_noise_reduction_updatex264_frame_push_blank_unusedfopenfseekofwritefclosex264_filler_writex264_hrd_fullnessx264_sei_buffering_period_writememmovestrlensnprintflog10__aeabi_idivmod__assert2x264_macroblock_thread_initx264_ratecontrol_mb_qpx264_macroblock_cache_load_interlacedx264_macroblock_analysex264_macroblock_encodex264_macroblock_write_cavlcx264_cabac_encode_terminal_cx264_cabac_mb_skipx264_macroblock_write_cabacx264_macroblock_cache_savex264_ratecontrol_mbx264_macroblock_cache_load_progressivex264_macroblock_deblock_strengthx264_frame_new_slicex264_field_vsadx264_expand_border_mbpairx264_cabac_context_initx264_cabac_encode_initx264_cabac_encode_flushx264_threadslice_cond_broadcastx264_threadslice_cond_wait__aeabi_uldivmodx264_encoder_open_142x264_cqm_parse_filestrdupx264_pps_initx264_cqm_initx264_rdo_initx264_predict_16x16_initx264_predict_8x8c_initx264_predict_8x16c_initx264_predict_8x8_initx264_predict_4x4_initx264_pixel_initx264_dct_initx264_zigzag_initx264_mc_initx264_quant_initx264_deblock_initx264_bitstream_initx264_cabac_initstrcmpx264_analyse_prepare_costsx264_analyse_init_costspowx264_cavlc_initx264_frame_pop_unusedx264_macroblock_cache_allocatex264_opencl_load_libraryx264_lookahead_initx264_macroblock_thread_allocatex264_ratecontrol_newfstatx264_opencl_lookahead_initx264_cpu_namesx264_encoder_reconfig_applyx264_ratecontrol_init_reconfigurablex264_encoder_reconfigx264_encoder_parametersx264_encoder_headersx264_sps_writex264_pps_writex264_sei_version_writex264_weighted_reference_duplicatex264_frame_pop_blank_unusedx264_frame_unshiftx264_encoder_intra_refreshx264_encoder_invalidate_reference__aeabi_dcmpgex264_encoder_encodex264_thread_sync_ratecontrolx264_frame_copy_picturex264_frame_expand_border_mod16x264_adaptive_quant_framex264_lookahead_put_framex264_frame_shiftx264_frame_pushx264_sei_writex264_sei_recovery_point_writex264_sei_frame_packing_writex264_sei_pic_timing_writex264_weight_nonex264_sei_avcintra_umid_writex264_sei_avcintra_vanc_writex264_ratecontrol_startx264_ratecontrol_qpx264_reference_build_list_optimalx264_macroblock_slice_initx264_frame_init_lowresx264_sei_dec_ref_pic_marking_writex264_frame_popx264_macroblock_tree_readx264_ratecontrol_set_weightsx264_analyse_weight_framex264_threads_distribute_ratecontrolx264_threads_merge_ratecontrolx264_macroblock_bipred_initx264_lookahead_get_framesx264_lookahead_is_emptyx264_weight_scale_plane__aeabi_dcmpeqx264_encoder_closex264_lookahead_deletex264_opencl_lookahead_deletex264_frame_deletex264_ratecontrol_summaryx264_ratecontrol_deletefreex264_cqm_deletex264_analyse_free_costsx264_frame_delete_listx264_macroblock_cache_freex264_macroblock_thread_freex264_opencl_close_libraryx264_encoder_delayed_framesx264_encoder_maximum_delayed_frames 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p-C\vpx:Sl6Ohx*predict-c.c$a$dx264_predict_4x4_init_arm_GLOBAL_OFFSET_TABLE_x264_predict_4x4_h_armv6x264_predict_4x4_dc_armv6x264_predict_4x4_ddr_armv6x264_predict_4x4_dc_top_neonx264_predict_4x4_ddl_neonx264_predict_8x8c_init_armx264_predict_8x8c_dc_neonx264_predict_8x8c_dc_top_neonx264_predict_8x8c_dc_left_neonx264_predict_8x8c_h_neonx264_predict_8x8c_v_neonx264_predict_8x8c_p_neonx264_predict_8x8_init_armx264_predict_8x8_ddl_neonx264_predict_8x8_ddr_neonx264_predict_8x8_vl_neonx264_predict_8x8_vr_neonx264_predict_8x8_dc_neonx264_predict_8x8_h_neonx264_predict_8x8_hd_neonx264_predict_8x8_hu_neonx264_predict_8x8_v_neonx264_predict_16x16_init_armx264_predict_16x16_dc_neonx264_predict_16x16_dc_top_neonx264_predict_16x16_dc_left_neonx264_predict_16x16_h_neonx264_predict_16x16_v_neonx264_predict_16x16_p_neonX\`dhlhlp t!x"|#$%&')*+,-.opencl.o/ 1392656091 0 0 100644 89080 ` ELF(xI4( D T 8@-@P0 0S   8@ @-t@P t <P $P P P P P P P P hP$ PP(} 8P,v P0o P4h P8a P<Z P@S PDL PHE xPL> `PP7 HPT0 0PX) P\" P` Pd Ph Pl Pp@4 x`H0pX@(@-@P@@-(T `@V44 PP 803/P`t P d03/00dt P d03/00ht P d03/00tt P d03/00xt P d03/00t P d03/00t P d03/00t P d03/00t P d03/00t P d03/00t P d03/00t P d03/008t P l03/00@t P h03/00lt P h03/00pt P h03/00|t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/00t P h03/004T P \03/00,T P`03/00(4 O-_Mp^/01"L03/P@`\P P8 L0\ 3/P`\0S< x?`x80<0d?40D@0\0`S_ 0x@1/P@`x0S xP x 0@@1/P`xQ %ˈ P0@0@T*830$ S  S^?  #  Dp@-@PUpnP h03/00nP h03/00/lP h03/00oP h03/00oP h03/00 oP h03/00oP h03/00oP h03/00oP h03/00oP h03/00 oPph03/00pc8ef3d10dedcd2579b7ae8c9f0d18028#pragma OPENCL EXTENSION cl_khr_local_int32_extended_atomics : enable constant sampler_t sampler = CLK_NORMALIZED_COORDS_FALSE | CLK_ADDRESS_CLAMP_TO_EDGE | CLK_FILTER_NEAREST; /* 7.18.1.1 Exact-width integer types */ typedef signed char int8_t; typedef unsigned char uint8_t; typedef short int16_t; typedef unsigned short uint16_t; typedef int int32_t; typedef unsigned uint32_t; typedef uint8_t pixel; typedef uint16_t sum_t; typedef uint32_t sum2_t; #define LOWRES_COST_MASK ((1<<14)-1) #define LOWRES_COST_SHIFT 14 #define COST_MAX (1<<28) #define PIXEL_MAX 255 #define BITS_PER_SUM (8 * sizeof(sum_t)) /* Constants for offsets into frame statistics buffer */ #define COST_EST 0 #define COST_EST_AQ 1 #define INTRA_MBS 2 #define COPY2_IF_LT( x, y, a, b )\ if((y)<(x))\ {\ (x) = (y);\ (a) = (b);\ } constant int2 dia_offs[4] = { {0, -1}, {-1, 0}, {1, 0}, {0, 1}, }; inline pixel x264_clip_pixel( int x ) { return (pixel) clamp( x, (int) 0, (int) PIXEL_MAX ); } inline int2 x264_median_mv( short2 a, short2 b, short2 c ) { short2 t1 = min(a, b); short2 t2 = min(max(a, b), c); return convert_int2(max(t1, t2)); } inline sum2_t abs2( sum2_t a ) { sum2_t s = ((a >> (BITS_PER_SUM - 1)) & (((sum2_t)1 << BITS_PER_SUM) + 1)) * ((sum_t)-1); return (a + s) ^ s; } #define HADAMARD4( d0, d1, d2, d3, s0, s1, s2, s3 ) {\ sum2_t t0 = s0 + s1;\ sum2_t t1 = s0 - s1;\ sum2_t t2 = s2 + s3;\ sum2_t t3 = s2 - s3;\ d0 = t0 + t2;\ d2 = t0 - t2;\ d1 = t1 + t3;\ d3 = t1 - t3;\ } #define HADAMARD4V( d0, d1, d2, d3, s0, s1, s2, s3 ) {\ int2 t0 = s0 + s1;\ int2 t1 = s0 - s1;\ int2 t2 = s2 + s3;\ int2 t3 = s2 - s3;\ d0 = t0 + t2;\ d2 = t0 - t2;\ d1 = t1 + t3;\ d3 = t1 - t3;\ } #define SATD_C_8x4_Q( name, q1, q2 )\ int name( q1 pixel *pix1, int i_pix1, q2 pixel *pix2, int i_pix2 )\ {\ sum2_t tmp[4][4];\ sum2_t a0, a1, a2, a3;\ sum2_t sum = 0;\ for( int i = 0; i < 4; i++, pix1 += i_pix1, pix2 += i_pix2 )\ {\ a0 = (pix1[0] - pix2[0]) + ((sum2_t)(pix1[4] - pix2[4]) << BITS_PER_SUM);\ a1 = (pix1[1] - pix2[1]) + ((sum2_t)(pix1[5] - pix2[5]) << BITS_PER_SUM);\ a2 = (pix1[2] - pix2[2]) + ((sum2_t)(pix1[6] - pix2[6]) << BITS_PER_SUM);\ a3 = (pix1[3] - pix2[3]) + ((sum2_t)(pix1[7] - pix2[7]) << BITS_PER_SUM);\ HADAMARD4( tmp[i][0], tmp[i][1], tmp[i][2], tmp[i][3], a0, a1, a2, a3 );\ }\ for( int i = 0; i < 4; i++ )\ {\ HADAMARD4( a0, a1, a2, a3, tmp[0][i], tmp[1][i], tmp[2][i], tmp[3][i] );\ sum += abs2( a0 ) + abs2( a1 ) + abs2( a2 ) + abs2( a3 );\ }\ return (((sum_t)sum) + (sum>>BITS_PER_SUM)) >> 1;\ } /* * Utility function to perform a parallel sum reduction of an array of integers */ int parallel_sum( int value, int x, volatile local int *array ) { array[x] = value; barrier( CLK_LOCAL_MEM_FENCE ); int dim = get_local_size( 0 ); while( dim > 1 ) { dim >>= 1; if( x < dim ) array[x] += array[x + dim]; if( dim > 32 ) barrier( CLK_LOCAL_MEM_FENCE ); } return array[0]; } int mv_cost( uint2 mvd ) { float2 mvdf = (float2)(mvd.x, mvd.y) + 1.0f; float2 cost = round( log2(mvdf) * 2.0f + 0.718f + (float2)(!!mvd.x, !!mvd.y) ); return (int) (cost.x + cost.y); } /* Mode selection routines, select the least SATD cost mode for each lowres * macroblock. When measuring B slices, this includes measuring the cost of * three bidir modes. */ /* Four threads cooperatively measure 8x8 BIDIR cost with SATD */ int bidir_satd_8x8_ii_coop4( read_only image2d_t fenc_lowres, int2 fencpos, read_only image2d_t fref0_planes, int2 qpos0, read_only image2d_t fref1_planes, int2 qpos1, int weight, local sum2_t *tmpp, int idx ) { volatile local sum2_t( *tmp )[4] = (volatile local sum2_t( * )[4])tmpp; sum2_t b0, b1, b2, b3; sum2_t sum = 0; int2 fref0Apos = (int2)(qpos0.x>>2, qpos0.y>>2); int hpel0A = ((qpos0.x&2)>>1) + (qpos0.y&2); int2 qpos0B = (int2)qpos0 + (int2)(((qpos0.x&1)<<1), ((qpos0.y&1)<<1)); int2 fref0Bpos = (int2)(qpos0B.x>>2, qpos0B.y>>2); int hpel0B = ((qpos0B.x&2)>>1) + (qpos0B.y&2); int2 fref1Apos = (int2)(qpos1.x>>2, qpos1.y>>2); int hpel1A = ((qpos1.x&2)>>1) + (qpos1.y&2); int2 qpos1B = (int2)qpos1 + (int2)(((qpos1.x&1)<<1), ((qpos1.y&1)<<1)); int2 fref1Bpos = (int2)(qpos1B.x>>2, qpos1B.y>>2); int hpel1B = ((qpos1B.x&2)>>1) + (qpos1B.y&2); uint mask_shift0A = 8 * hpel0A, mask_shift0B = 8 * hpel0B; uint mask_shift1A = 8 * hpel1A, mask_shift1B = 8 * hpel1B; uint vA, vB; uint enc, ref0, ref1; uint a0, a1; const int weight2 = 64 - weight; #define READ_BIDIR_DIFF( OUT, X )\ enc = read_imageui( fenc_lowres, sampler, fencpos + (int2)(X, idx) ).s0;\ vA = (read_imageui( fref0_planes, sampler, fref0Apos + (int2)(X, idx) ).s0 >> mask_shift0A) & 0xFF;\ vB = (read_imageui( fref0_planes, sampler, fref0Bpos + (int2)(X, idx) ).s0 >> mask_shift0B) & 0xFF;\ ref0 = rhadd( vA, vB );\ vA = (read_imageui( fref1_planes, sampler, fref1Apos + (int2)(X, idx) ).s0 >> mask_shift1A) & 0xFF;\ vB = (read_imageui( fref1_planes, sampler, fref1Bpos + (int2)(X, idx) ).s0 >> mask_shift1B) & 0xFF;\ ref1 = rhadd( vA, vB );\ OUT = enc - ((ref0 * weight + ref1 * weight2 + (1 << 5)) >> 6); #define READ_DIFF_EX( OUT, a, b )\ READ_BIDIR_DIFF( a0, a );\ READ_BIDIR_DIFF( a1, b );\ OUT = a0 + (a1<>BITS_PER_SUM)) >> 1; } /* * mode selection - pick the least cost partition type for each 8x8 macroblock. * Intra, list0 or list1. When measuring a B slice, also test three bidir * possibilities. * * fenc_lowres_mvs[0|1] and fenc_lowres_mv_costs[0|1] are large buffers that * hold many frames worth of motion vectors. We must offset into the correct * location for this frame's vectors: * * CPU equivalent: fenc->lowres_mvs[0][b - p0 - 1] * GPU equivalent: fenc_lowres_mvs0[(b - p0 - 1) * mb_count] * * global launch dimensions for P slice estimate: [mb_width, mb_height] * global launch dimensions for B slice estimate: [mb_width * 4, mb_height] */ kernel void mode_selection( read_only image2d_t fenc_lowres, read_only image2d_t fref0_planes, read_only image2d_t fref1_planes, const global short2 *fenc_lowres_mvs0, const global short2 *fenc_lowres_mvs1, const global short2 *fref1_lowres_mvs0, const global int16_t *fenc_lowres_mv_costs0, const global int16_t *fenc_lowres_mv_costs1, const global uint16_t *fenc_intra_cost, global uint16_t *lowres_costs, global int *frame_stats, local int16_t *cost_local, local sum2_t *satd_local, int mb_width, int bipred_weight, int dist_scale_factor, int b, int p0, int p1, int lambda ) { int mb_x = get_global_id( 0 ); int b_bidir = b < p1; if( b_bidir ) { /* when mode_selection is run for B frames, it must perform BIDIR SATD * measurements, so it is launched with four times as many threads in * order to spread the work around more of the GPU. And it can add * padding threads in the X direction. */ mb_x >>= 2; if( mb_x >= mb_width ) return; } int mb_y = get_global_id( 1 ); int mb_height = get_global_size( 1 ); int mb_count = mb_width * mb_height; int mb_xy = mb_x + mb_y * mb_width; /* Initialize int frame_stats[4] for next kernel (sum_inter_cost) */ if( mb_x < 4 && mb_y == 0 ) frame_stats[mb_x] = 0; int bcost = COST_MAX; int list_used = 0; if( !b_bidir ) { int icost = fenc_intra_cost[mb_xy]; COPY2_IF_LT( bcost, icost, list_used, 0 ); } if( b != p0 ) { int mv_cost0 = fenc_lowres_mv_costs0[(b - p0 - 1) * mb_count + mb_xy]; COPY2_IF_LT( bcost, mv_cost0, list_used, 1 ); } if( b != p1 ) { int mv_cost1 = fenc_lowres_mv_costs1[(p1 - b - 1) * mb_count + mb_xy]; COPY2_IF_LT( bcost, mv_cost1, list_used, 2 ); } if( b_bidir ) { int2 coord = (int2)(mb_x, mb_y) << 3; int mb_i = get_global_id( 0 ) & 3; int mb_in_group = get_local_id( 1 ) * (get_local_size( 0 ) >> 2) + (get_local_id( 0 ) >> 2); cost_local += mb_in_group * 4; satd_local += mb_in_group * 16; #define TRY_BIDIR( mv0, mv1, penalty )\ {\ int2 qpos0 = (int2)((coord.x<<2) + mv0.x, (coord.y<<2) + mv0.y);\ int2 qpos1 = (int2)((coord.x<<2) + mv1.x, (coord.y<<2) + mv1.y);\ cost_local[mb_i] = bidir_satd_8x8_ii_coop4( fenc_lowres, coord, fref0_planes, qpos0, fref1_planes, qpos1, bipred_weight, satd_local, mb_i );\ int cost = cost_local[0] + cost_local[1] + cost_local[2] + cost_local[3];\ COPY2_IF_LT( bcost, penalty * lambda + cost, list_used, 3 );\ } /* temporal prediction */ short2 dmv0, dmv1; short2 mvr = fref1_lowres_mvs0[mb_xy]; dmv0 = (mvr * (short) dist_scale_factor + (short) 128) >> (short) 8; dmv1 = dmv0 - mvr; TRY_BIDIR( dmv0, dmv1, 0 ) if( as_uint( dmv0 ) || as_uint( dmv1 ) ) { /* B-direct prediction */ dmv0 = 0; dmv1 = 0; TRY_BIDIR( dmv0, dmv1, 0 ); } /* L0+L1 prediction */ dmv0 = fenc_lowres_mvs0[(b - p0 - 1) * mb_count + mb_xy]; dmv1 = fenc_lowres_mvs1[(p1 - b - 1) * mb_count + mb_xy]; TRY_BIDIR( dmv0, dmv1, 5 ); #undef TRY_BIDIR } lowres_costs[mb_xy] = min( bcost, LOWRES_COST_MASK ) + (list_used << LOWRES_COST_SHIFT); } /* * parallel sum inter costs * * global launch dimensions: [256, mb_height] */ kernel void sum_inter_cost( const global uint16_t *fenc_lowres_costs, const global uint16_t *inv_qscale_factor, global int *fenc_row_satds, global int *frame_stats, int mb_width, int bframe_bias, int b, int p0, int p1 ) { int y = get_global_id( 1 ); int mb_height = get_global_size( 1 ); int row_satds = 0; int cost_est = 0; int cost_est_aq = 0; int intra_mbs = 0; for( int x = get_global_id( 0 ); x < mb_width; x += get_global_size( 0 )) { int mb_xy = x + y * mb_width; int cost = fenc_lowres_costs[mb_xy] & LOWRES_COST_MASK; int list = fenc_lowres_costs[mb_xy] >> LOWRES_COST_SHIFT; int b_frame_score_mb = (x > 0 && x < mb_width - 1 && y > 0 && y < mb_height - 1) || mb_width <= 2 || mb_height <= 2; if( list == 0 && b_frame_score_mb ) intra_mbs++; int cost_aq = (cost * inv_qscale_factor[mb_xy] + 128) >> 8; row_satds += cost_aq; if( b_frame_score_mb ) { cost_est += cost; cost_est_aq += cost_aq; } } local int buffer[256]; int x = get_global_id( 0 ); row_satds = parallel_sum( row_satds, x, buffer ); cost_est = parallel_sum( cost_est, x, buffer ); cost_est_aq = parallel_sum( cost_est_aq, x, buffer ); intra_mbs = parallel_sum( intra_mbs, x, buffer ); if( b != p1 ) cost_est = (int)((float)cost_est * 100.0f / (120.0f + (float)bframe_bias)); if( get_global_id( 0 ) == 0 ) { fenc_row_satds[y] = row_satds; atomic_add( frame_stats + COST_EST, cost_est ); atomic_add( frame_stats + COST_EST_AQ, cost_est_aq ); atomic_add( frame_stats + INTRA_MBS, intra_mbs ); } } /* * downscale lowres luma: full-res buffer to down scale image, and to packed hpel image * * -- * * fenc_img is an output image (area of memory referenced through a texture * cache). A read of any pixel location (x,y) returns four pixel values: * * val.s0 = P(x,y) * val.s1 = P(x+1,y) * val.s2 = P(x+2,y) * val.s3 = P(x+3,y) * * This is a 4x replication of the lowres pixels, a trade-off between memory * size and read latency. * * -- * * hpel_planes is an output image that contains the four HPEL planes used for * subpel refinement. A read of any pixel location (x,y) returns a UInt32 with * the four planar values C | V | H | F * * launch dimensions: [lowres-width, lowres-height] */ kernel void downscale_hpel( const global pixel *fenc, write_only image2d_t fenc_img, write_only image2d_t hpel_planes, int stride ) { int x = get_global_id( 0 ); int y = get_global_id( 1 ); uint4 values; fenc += y * stride * 2; const global pixel *src1 = fenc + stride; const global pixel *src2 = (y == get_global_size( 1 )-1) ? src1 : src1 + stride; int2 pos = (int2)(x, y); pixel right, left; right = rhadd( fenc[x*2], src1[x*2] ); left = rhadd( fenc[x*2+1], src1[x*2+1] ); values.s0 = rhadd( right, left ); // F right = rhadd( fenc[2*x+1], src1[2*x+1] ); left = rhadd( fenc[2*x+2], src1[2*x+2] ); values.s1 = rhadd( right, left ); // H right = rhadd( src1[2*x], src2[2*x] ); left = rhadd( src1[2*x+1], src2[2*x+1] ); values.s2 = rhadd( right, left ); // V right = rhadd( src1[2*x+1], src2[2*x+1] ); left = rhadd( src1[2*x+2], src2[2*x+2] ); values.s3 = rhadd( right, left ); // C uint4 val = (uint4) ((values.s3 & 0xff) << 24) | ((values.s2 & 0xff) << 16) | ((values.s1 & 0xff) << 8) | (values.s0 & 0xff); write_imageui( hpel_planes, pos, val ); x = select( x, x+1, x+1 < get_global_size( 0 ) ); right = rhadd( fenc[x*2], src1[x*2] ); left = rhadd( fenc[x*2+1], src1[x*2+1] ); values.s1 = rhadd( right, left ); x = select( x, x+1, x+1 < get_global_size( 0 ) ); right = rhadd( fenc[x*2], src1[x*2] ); left = rhadd( fenc[x*2+1], src1[x*2+1] ); values.s2 = rhadd( right, left ); x = select( x, x+1, x+1 < get_global_size( 0 ) ); right = rhadd( fenc[x*2], src1[x*2] ); left = rhadd( fenc[x*2+1], src1[x*2+1] ); values.s3 = rhadd( right, left ); write_imageui( fenc_img, pos, values ); } /* * downscale lowres hierarchical motion search image, copy from one image to * another decimated image. This kernel is called iteratively to generate all * of the downscales. * * launch dimensions: [lower_res width, lower_res height] */ kernel void downscale1( read_only image2d_t higher_res, write_only image2d_t lower_res ) { int x = get_global_id( 0 ); int y = get_global_id( 1 ); int2 pos = (int2)(x, y); int gs = get_global_size( 0 ); uint4 top, bot, values; top = read_imageui( higher_res, sampler, (int2)(x*2, 2*y) ); bot = read_imageui( higher_res, sampler, (int2)(x*2, 2*y+1) ); values.s0 = rhadd( rhadd( top.s0, bot.s0 ), rhadd( top.s1, bot.s1 ) ); /* these select statements appear redundant, and they should be, but tests break when * they are not here. I believe this was caused by a driver bug */ values.s1 = select( values.s0, rhadd( rhadd( top.s2, bot.s2 ), rhadd( top.s3, bot.s3 ) ), ( x + 1 < gs) ); top = read_imageui( higher_res, sampler, (int2)(x*2+4, 2*y) ); bot = read_imageui( higher_res, sampler, (int2)(x*2+4, 2*y+1) ); values.s2 = select( values.s1, rhadd( rhadd( top.s0, bot.s0 ), rhadd( top.s1, bot.s1 ) ), ( x + 2 < gs ) ); values.s3 = select( values.s2, rhadd( rhadd( top.s2, bot.s2 ), rhadd( top.s3, bot.s3 ) ), ( x + 3 < gs ) ); write_imageui( lower_res, pos, (uint4)(values) ); } /* * Second copy of downscale kernel, no differences. This is a (no perf loss) * workaround for a scheduling bug in current Tahiti drivers. This bug has * theoretically been fixed in the July 2012 driver release from AMD. */ kernel void downscale2( read_only image2d_t higher_res, write_only image2d_t lower_res ) { int x = get_global_id( 0 ); int y = get_global_id( 1 ); int2 pos = (int2)(x, y); int gs = get_global_size( 0 ); uint4 top, bot, values; top = read_imageui( higher_res, sampler, (int2)(x*2, 2*y) ); bot = read_imageui( higher_res, sampler, (int2)(x*2, 2*y+1) ); values.s0 = rhadd( rhadd( top.s0, bot.s0 ), rhadd( top.s1, bot.s1 ) ); values.s1 = select( values.s0, rhadd( rhadd( top.s2, bot.s2 ), rhadd( top.s3, bot.s3 ) ), ( x + 1 < gs) ); top = read_imageui( higher_res, sampler, (int2)(x*2+4, 2*y) ); bot = read_imageui( higher_res, sampler, (int2)(x*2+4, 2*y+1) ); values.s2 = select( values.s1, rhadd( rhadd( top.s0, bot.s0 ), rhadd( top.s1, bot.s1 ) ), ( x + 2 < gs ) ); values.s3 = select( values.s2, rhadd( rhadd( top.s2, bot.s2 ), rhadd( top.s3, bot.s3 ) ), ( x + 3 < gs ) ); write_imageui( lower_res, pos, (uint4)(values) ); } /* OpenCL 1.2 finally added a memset command, but we're not targeting 1.2 */ kernel void memset_int16( global int16_t *buf, int16_t value ) { buf[get_global_id( 0 )] = value; } /* Lookahead lowres intra analysis * * Each intra analysis function has been implemented twice, once for scalar GPUs * (NV) and once for vectorized GPUs (AMD pre-Southern Islands). x264 detects * the GPU type and sets the -DVECTORIZE compile flag accordingly. * * All the intra analysis functions were based on their C versions in pixel.c * and produce the exact same results. */ /* force all clamp arguments and return value to int, prevent ambiguous types */ #define clamp_int( X, MIN, MAX ) (int) clamp( (int)(X), (int)(MIN), (int)(MAX) ) #if VECTORIZE int satd_8x4_intra_lr( const local pixel *data, int data_stride, int8 pr0, int8 pr1, int8 pr2, int8 pr3 ) { int8 a_v, d_v; int2 tmp00, tmp01, tmp02, tmp03, tmp10, tmp11, tmp12, tmp13; int2 tmp20, tmp21, tmp22, tmp23, tmp30, tmp31, tmp32, tmp33; d_v = convert_int8( vload8( 0, data ) ); a_v.s01234567 = (d_v - pr0).s04152637; HADAMARD4V( tmp00, tmp01, tmp02, tmp03, a_v.lo.lo, a_v.lo.hi, a_v.hi.lo, a_v.hi.hi ); data += data_stride; d_v = convert_int8( vload8( 0, data ) ); a_v.s01234567 = (d_v - pr1).s04152637; HADAMARD4V( tmp10, tmp11, tmp12, tmp13, a_v.lo.lo, a_v.lo.hi, a_v.hi.lo, a_v.hi.hi ); data += data_stride; d_v = convert_int8( vload8( 0, data ) ); a_v.s01234567 = (d_v - pr2).s04152637; HADAMARD4V( tmp20, tmp21, tmp22, tmp23, a_v.lo.lo, a_v.lo.hi, a_v.hi.lo, a_v.hi.hi ); data += data_stride; d_v = convert_int8( vload8( 0, data ) ); a_v.s01234567 = (d_v - pr3).s04152637; HADAMARD4V( tmp30, tmp31, tmp32, tmp33, a_v.lo.lo, a_v.lo.hi, a_v.hi.lo, a_v.hi.hi ); uint8 sum_v; HADAMARD4V( a_v.lo.lo, a_v.lo.hi, a_v.hi.lo, a_v.hi.hi, tmp00, tmp10, tmp20, tmp30 ); sum_v = abs( a_v ); HADAMARD4V( a_v.lo.lo, a_v.lo.hi, a_v.hi.lo, a_v.hi.hi, tmp01, tmp11, tmp21, tmp31 ); sum_v += abs( a_v ); HADAMARD4V( a_v.lo.lo, a_v.lo.hi, a_v.hi.lo, a_v.hi.hi, tmp02, tmp12, tmp22, tmp32 ); sum_v += abs( a_v ); HADAMARD4V( a_v.lo.lo, a_v.lo.hi, a_v.hi.lo, a_v.hi.hi, tmp03, tmp13, tmp23, tmp33 ); sum_v += abs( a_v ); uint4 sum2 = sum_v.hi + sum_v.lo; uint2 sum3 = sum2.hi + sum2.lo; return ( sum3.hi + sum3.lo ) >> 1; } #else SATD_C_8x4_Q( satd_8x4_lp, const local, private ) #endif /**************************************************************************** * 8x8 prediction for intra luma block ****************************************************************************/ #define F1 rhadd #define F2( a, b, c ) ( a+2*b+c+2 )>>2 #if VECTORIZE int x264_predict_8x8_ddl( const local pixel *src, int src_stride, const local pixel *top ) { int8 pr0, pr1, pr2, pr3; pr0.s0 = ( 2 + top[0] + 2*top[1] + top[2] ) >> 2; pr0.s1 = ( 2 + top[1] + 2*top[2] + top[3] ) >> 2; pr0.s2 = ( 2 + top[2] + 2*top[3] + top[4] ) >> 2; pr0.s3 = ( 2 + top[3] + 2*top[4] + top[5] ) >> 2; pr0.s4 = ( 2 + top[4] + 2*top[5] + top[6] ) >> 2; pr0.s5 = ( 2 + top[5] + 2*top[6] + top[7] ) >> 2; pr0.s6 = ( 2 + top[6] + 2*top[7] + top[8] ) >> 2; pr0.s7 = ( 2 + top[7] + 2*top[8] + top[9] ) >> 2; pr1.s0 = ( 2 + top[1] + 2*top[2] + top[3] ) >> 2; pr1.s1 = ( 2 + top[2] + 2*top[3] + top[4] ) >> 2; pr1.s2 = ( 2 + top[3] + 2*top[4] + top[5] ) >> 2; pr1.s3 = ( 2 + top[4] + 2*top[5] + top[6] ) >> 2; pr1.s4 = ( 2 + top[5] + 2*top[6] + top[7] ) >> 2; pr1.s5 = ( 2 + top[6] + 2*top[7] + top[8] ) >> 2; pr1.s6 = ( 2 + top[7] + 2*top[8] + top[9] ) >> 2; pr1.s7 = ( 2 + top[8] + 2*top[9] + top[10] ) >> 2; pr2.s0 = ( 2 + top[2] + 2*top[3] + top[4] ) >> 2; pr2.s1 = ( 2 + top[3] + 2*top[4] + top[5] ) >> 2; pr2.s2 = ( 2 + top[4] + 2*top[5] + top[6] ) >> 2; pr2.s3 = ( 2 + top[5] + 2*top[6] + top[7] ) >> 2; pr2.s4 = ( 2 + top[6] + 2*top[7] + top[8] ) >> 2; pr2.s5 = ( 2 + top[7] + 2*top[8] + top[9] ) >> 2; pr2.s6 = ( 2 + top[8] + 2*top[9] + top[10] ) >> 2; pr2.s7 = ( 2 + top[9] + 2*top[10] + top[11] ) >> 2; pr3.s0 = ( 2 + top[3] + 2*top[4] + top[5] ) >> 2; pr3.s1 = ( 2 + top[4] + 2*top[5] + top[6] ) >> 2; pr3.s2 = ( 2 + top[5] + 2*top[6] + top[7] ) >> 2; pr3.s3 = ( 2 + top[6] + 2*top[7] + top[8] ) >> 2; pr3.s4 = ( 2 + top[7] + 2*top[8] + top[9] ) >> 2; pr3.s5 = ( 2 + top[8] + 2*top[9] + top[10] ) >> 2; pr3.s6 = ( 2 + top[9] + 2*top[10] + top[11] ) >> 2; pr3.s7 = ( 2 + top[10] + 2*top[11] + top[12] ) >> 2; int satd = satd_8x4_intra_lr( src, src_stride, pr0, pr1, pr2, pr3 ); pr0.s0 = ( 2 + top[4] + 2*top[5] + top[6] ) >> 2; pr0.s1 = ( 2 + top[5] + 2*top[6] + top[7] ) >> 2; pr0.s2 = ( 2 + top[6] + 2*top[7] + top[8] ) >> 2; pr0.s3 = ( 2 + top[7] + 2*top[8] + top[9] ) >> 2; pr0.s4 = ( 2 + top[8] + 2*top[9] + top[10] ) >> 2; pr0.s5 = ( 2 + top[9] + 2*top[10] + top[11] ) >> 2; pr0.s6 = ( 2 + top[10] + 2*top[11] + top[12] ) >> 2; pr0.s7 = ( 2 + top[11] + 2*top[12] + top[13] ) >> 2; pr1.s0 = ( 2 + top[5] + 2*top[6] + top[7] ) >> 2; pr1.s1 = ( 2 + top[6] + 2*top[7] + top[8] ) >> 2; pr1.s2 = ( 2 + top[7] + 2*top[8] + top[9] ) >> 2; pr1.s3 = ( 2 + top[8] + 2*top[9] + top[10] ) >> 2; pr1.s4 = ( 2 + top[9] + 2*top[10] + top[11] ) >> 2; pr1.s5 = ( 2 + top[10] + 2*top[11] + top[12] ) >> 2; pr1.s6 = ( 2 + top[11] + 2*top[12] + top[13] ) >> 2; pr1.s7 = ( 2 + top[12] + 2*top[13] + top[14] ) >> 2; pr2.s0 = ( 2 + top[6] + 2*top[7] + top[8] ) >> 2; pr2.s1 = ( 2 + top[7] + 2*top[8] + top[9] ) >> 2; pr2.s2 = ( 2 + top[8] + 2*top[9] + top[10] ) >> 2; pr2.s3 = ( 2 + top[9] + 2*top[10] + top[11] ) >> 2; pr2.s4 = ( 2 + top[10] + 2*top[11] + top[12] ) >> 2; pr2.s5 = ( 2 + top[11] + 2*top[12] + top[13] ) >> 2; pr2.s6 = ( 2 + top[12] + 2*top[13] + top[14] ) >> 2; pr2.s7 = ( 2 + top[13] + 2*top[14] + top[15] ) >> 2; pr3.s0 = ( 2 + top[7] + 2*top[8] + top[9] ) >> 2; pr3.s1 = ( 2 + top[8] + 2*top[9] + top[10] ) >> 2; pr3.s2 = ( 2 + top[9] + 2*top[10] + top[11] ) >> 2; pr3.s3 = ( 2 + top[10] + 2*top[11] + top[12] ) >> 2; pr3.s4 = ( 2 + top[11] + 2*top[12] + top[13] ) >> 2; pr3.s5 = ( 2 + top[12] + 2*top[13] + top[14] ) >> 2; pr3.s6 = ( 2 + top[13] + 2*top[14] + top[15] ) >> 2; pr3.s7 = ( 2 + top[14] + 3*top[15] ) >> 2; return satd + satd_8x4_intra_lr( src + (src_stride << 2), src_stride, pr0, pr1, pr2, pr3 ); } int x264_predict_8x8_ddr( const local pixel *src, int src_stride, const local pixel *top, const local pixel *left, pixel left_top ) { int8 pr0, pr1, pr2, pr3; pr3.s0 = F2( left[1], left[2], left[3] ); pr2.s0 = pr3.s1 = F2( left[0], left[1], left[2] ); pr1.s0 = pr2.s1 = pr3.s2 = F2( left[1], left[0], left_top ); pr0.s0 = pr1.s1 = pr2.s2 = pr3.s3 = F2( left[0], left_top, top[0] ); pr0.s1 = pr1.s2 = pr2.s3 = pr3.s4 = F2( left_top, top[0], top[1] ); pr0.s2 = pr1.s3 = pr2.s4 = pr3.s5 = F2( top[0], top[1], top[2] ); pr0.s3 = pr1.s4 = pr2.s5 = pr3.s6 = F2( top[1], top[2], top[3] ); pr0.s4 = pr1.s5 = pr2.s6 = pr3.s7 = F2( top[2], top[3], top[4] ); pr0.s5 = pr1.s6 = pr2.s7 = F2( top[3], top[4], top[5] ); pr0.s6 = pr1.s7 = F2( top[4], top[5], top[6] ); pr0.s7 = F2( top[5], top[6], top[7] ); int satd = satd_8x4_intra_lr( src, src_stride, pr0, pr1, pr2, pr3 ); pr3.s0 = F2( left[5], left[6], left[7] ); pr2.s0 = pr3.s1 = F2( left[4], left[5], left[6] ); pr1.s0 = pr2.s1 = pr3.s2 = F2( left[3], left[4], left[5] ); pr0.s0 = pr1.s1 = pr2.s2 = pr3.s3 = F2( left[2], left[3], left[4] ); pr0.s1 = pr1.s2 = pr2.s3 = pr3.s4 = F2( left[1], left[2], left[3] ); pr0.s2 = pr1.s3 = pr2.s4 = pr3.s5 = F2( left[0], left[1], left[2] ); pr0.s3 = pr1.s4 = pr2.s5 = pr3.s6 = F2( left[1], left[0], left_top ); pr0.s4 = pr1.s5 = pr2.s6 = pr3.s7 = F2( left[0], left_top, top[0] ); pr0.s5 = pr1.s6 = pr2.s7 = F2( left_top, top[0], top[1] ); pr0.s6 = pr1.s7 = F2( top[0], top[1], top[2] ); pr0.s7 = F2( top[1], top[2], top[3] ); return satd + satd_8x4_intra_lr( src + (src_stride << 2), src_stride, pr0, pr1, pr2, pr3 ); } int x264_predict_8x8_vr( const local pixel *src, int src_stride, const local pixel *top, const local pixel *left, pixel left_top ) { int8 pr0, pr1, pr2, pr3; pr2.s0 = F2( left[1], left[0], left_top ); pr3.s0 = F2( left[2], left[1], left[0] ); pr1.s0 = pr3.s1 = F2( left[0], left_top, top[0] ); pr0.s0 = pr2.s1 = F1( left_top, top[0] ); pr1.s1 = pr3.s2 = F2( left_top, top[0], top[1] ); pr0.s1 = pr2.s2 = F1( top[0], top[1] ); pr1.s2 = pr3.s3 = F2( top[0], top[1], top[2] ); pr0.s2 = pr2.s3 = F1( top[1], top[2] ); pr1.s3 = pr3.s4 = F2( top[1], top[2], top[3] ); pr0.s3 = pr2.s4 = F1( top[2], top[3] ); pr1.s4 = pr3.s5 = F2( top[2], top[3], top[4] ); pr0.s4 = pr2.s5 = F1( top[3], top[4] ); pr1.s5 = pr3.s6 = F2( top[3], top[4], top[5] ); pr0.s5 = pr2.s6 = F1( top[4], top[5] ); pr1.s6 = pr3.s7 = F2( top[4], top[5], top[6] ); pr0.s6 = pr2.s7 = F1( top[5], top[6] ); pr1.s7 = F2( top[5], top[6], top[7] ); pr0.s7 = F1( top[6], top[7] ); int satd = satd_8x4_intra_lr( src, src_stride, pr0, pr1, pr2, pr3 ); pr2.s0 = F2( left[5], left[4], left[3] ); pr3.s0 = F2( left[6], left[5], left[4] ); pr0.s0 = pr2.s1 = F2( left[3], left[2], left[1] ); pr1.s0 = pr3.s1 = F2( left[4], left[3], left[2] ); pr0.s1 = pr2.s2 = F2( left[1], left[0], left_top ); pr1.s1 = pr3.s2 = F2( left[2], left[1], left[0] ); pr1.s2 = pr3.s3 = F2( left[0], left_top, top[0] ); pr0.s2 = pr2.s3 = F1( left_top, top[0] ); pr1.s3 = pr3.s4 = F2( left_top, top[0], top[1] ); pr0.s3 = pr2.s4 = F1( top[0], top[1] ); pr1.s4 = pr3.s5 = F2( top[0], top[1], top[2] ); pr0.s4 = pr2.s5 = F1( top[1], top[2] ); pr1.s5 = pr3.s6 = F2( top[1], top[2], top[3] ); pr0.s5 = pr2.s6 = F1( top[2], top[3] ); pr1.s6 = pr3.s7 = F2( top[2], top[3], top[4] ); pr0.s6 = pr2.s7 = F1( top[3], top[4] ); pr1.s7 = F2( top[3], top[4], top[5] ); pr0.s7 = F1( top[4], top[5] ); return satd + satd_8x4_intra_lr( src + (src_stride << 2), src_stride, pr0, pr1, pr2, pr3 ); #undef PRED } int x264_predict_8x8_hd( const local pixel *src, int src_stride, const local pixel *top, const local pixel *left, pixel left_top ) { int8 pr0, pr1, pr2, pr3; pr0.s0 = F1( left_top, left[0] ); pr0.s1 = (left[0] + 2 * left_top + top[0] + 2) >> 2; pr0.s2 = F2( top[1], top[0], left_top ); pr0.s3 = F2( top[2], top[1], top[0] ); pr0.s4 = F2( top[3], top[2], top[1] ); pr0.s5 = F2( top[4], top[3], top[2] ); pr0.s6 = F2( top[5], top[4], top[3] ); pr0.s7 = F2( top[6], top[5], top[4] ); pr1.s0 = F1( left[0], left[1] ); pr1.s1 = (left_top + 2 * left[0] + left[1] + 2) >> 2; pr1.s2 = F1( left_top, left[0] ); pr1.s3 = (left[0] + 2 * left_top + top[0] + 2) >> 2; pr1.s4 = F2( top[1], top[0], left_top ); pr1.s5 = F2( top[2], top[1], top[0] ); pr1.s6 = F2( top[3], top[2], top[1] ); pr1.s7 = F2( top[4], top[3], top[2] ); pr2.s0 = F1( left[1], left[2] ); pr2.s1 = (left[0] + 2 * left[1] + left[2] + 2) >> 2; pr2.s2 = F1( left[0], left[1] ); pr2.s3 = (left_top + 2 * left[0] + left[1] + 2) >> 2; pr2.s4 = F1( left_top, left[0] ); pr2.s5 = (left[0] + 2 * left_top + top[0] + 2) >> 2; pr2.s6 = F2( top[1], top[0], left_top ); pr2.s7 = F2( top[2], top[1], top[0] ); pr3.s0 = F1( left[2], left[3] ); pr3.s1 = (left[1] + 2 * left[2] + left[3] + 2) >> 2; pr3.s2 = F1( left[1], left[2] ); pr3.s3 = (left[0] + 2 * left[1] + left[2] + 2) >> 2; pr3.s4 = F1( left[0], left[1] ); pr3.s5 = (left_top + 2 * left[0] + left[1] + 2) >> 2; pr3.s6 = F1( left_top, left[0] ); pr3.s7 = (left[0] + 2 * left_top + top[0] + 2) >> 2; int satd = satd_8x4_intra_lr( src, src_stride, pr0, pr1, pr2, pr3 ); pr0.s0 = F1( left[3], left[4] ); pr0.s1 = (left[2] + 2 * left[3] + left[4] + 2) >> 2; pr0.s2 = F1( left[2], left[3] ); pr0.s3 = (left[1] + 2 * left[2] + left[3] + 2) >> 2; pr0.s4 = F1( left[1], left[2] ); pr0.s5 = (left[0] + 2 * left[1] + left[2] + 2) >> 2; pr0.s6 = F1( left[0], left[1] ); pr0.s7 = (left_top + 2 * left[0] + left[1] + 2) >> 2; pr1.s0 = F1( left[4], left[5] ); pr1.s1 = (left[3] + 2 * left[4] + left[5] + 2) >> 2; pr1.s2 = F1( left[3], left[4] ); pr1.s3 = (left[2] + 2 * left[3] + left[4] + 2) >> 2; pr1.s4 = F1( left[2], left[3] ); pr1.s5 = (left[1] + 2 * left[2] + left[3] + 2) >> 2; pr1.s6 = F1( left[1], left[2] ); pr1.s7 = (left[0] + 2 * left[1] + left[2] + 2) >> 2; pr2.s0 = F1( left[5], left[6] ); pr2.s1 = (left[4] + 2 * left[5] + left[6] + 2) >> 2; pr2.s2 = F1( left[4], left[5] ); pr2.s3 = (left[3] + 2 * left[4] + left[5] + 2) >> 2; pr2.s4 = F1( left[3], left[4] ); pr2.s5 = (left[2] + 2 * left[3] + left[4] + 2) >> 2; pr2.s6 = F1( left[2], left[3] ); pr2.s7 = (left[1] + 2 * left[2] + left[3] + 2) >> 2; pr3.s0 = F1( left[6], left[7] ); pr3.s1 = (left[5] + 2 * left[6] + left[7] + 2) >> 2; pr3.s2 = F1( left[5], left[6] ); pr3.s3 = (left[4] + 2 * left[5] + left[6] + 2) >> 2; pr3.s4 = F1( left[4], left[5] ); pr3.s5 = (left[3] + 2 * left[4] + left[5] + 2) >> 2; pr3.s6 = F1( left[3], left[4] ); pr3.s7 = (left[2] + 2 * left[3] + left[4] + 2) >> 2; return satd + satd_8x4_intra_lr( src + (src_stride << 2), src_stride, pr0, pr1, pr2, pr3 ); } int x264_predict_8x8_vl( const local pixel *src, int src_stride, const local pixel *top ) { int8 pr0, pr1, pr2, pr3; pr0.s0 = F1( top[0], top[1] ); pr1.s0 = F2( top[0], top[1], top[2] ); pr2.s0 = pr0.s1 = F1( top[1], top[2] ); pr3.s0 = pr1.s1 = F2( top[1], top[2], top[3] ); pr2.s1 = pr0.s2 = F1( top[2], top[3] ); pr3.s1 = pr1.s2 = F2( top[2], top[3], top[4] ); pr2.s2 = pr0.s3 = F1( top[3], top[4] ); pr3.s2 = pr1.s3 = F2( top[3], top[4], top[5] ); pr2.s3 = pr0.s4 = F1( top[4], top[5] ); pr3.s3 = pr1.s4 = F2( top[4], top[5], top[6] ); pr2.s4 = pr0.s5 = F1( top[5], top[6] ); pr3.s4 = pr1.s5 = F2( top[5], top[6], top[7] ); pr2.s5 = pr0.s6 = F1( top[6], top[7] ); pr3.s5 = pr1.s6 = F2( top[6], top[7], top[8] ); pr2.s6 = pr0.s7 = F1( top[7], top[8] ); pr3.s6 = pr1.s7 = F2( top[7], top[8], top[9] ); pr2.s7 = F1( top[8], top[9] ); pr3.s7 = F2( top[8], top[9], top[10] ); int satd = satd_8x4_intra_lr( src, src_stride, pr0, pr1, pr2, pr3 ); pr0.s0 = F1( top[2], top[3] ); pr1.s0 = F2( top[2], top[3], top[4] ); pr2.s0 = pr0.s1 = F1( top[3], top[4] ); pr3.s0 = pr1.s1 = F2( top[3], top[4], top[5] ); pr2.s1 = pr0.s2 = F1( top[4], top[5] ); pr3.s1 = pr1.s2 = F2( top[4], top[5], top[6] ); pr2.s2 = pr0.s3 = F1( top[5], top[6] ); pr3.s2 = pr1.s3 = F2( top[5], top[6], top[7] ); pr2.s3 = pr0.s4 = F1( top[6], top[7] ); pr3.s3 = pr1.s4 = F2( top[6], top[7], top[8] ); pr2.s4 = pr0.s5 = F1( top[7], top[8] ); pr3.s4 = pr1.s5 = F2( top[7], top[8], top[9] ); pr2.s5 = pr0.s6 = F1( top[8], top[9] ); pr3.s5 = pr1.s6 = F2( top[8], top[9], top[10] ); pr2.s6 = pr0.s7 = F1( top[9], top[10] ); pr3.s6 = pr1.s7 = F2( top[9], top[10], top[11] ); pr2.s7 = F1( top[10], top[11] ); pr3.s7 = F2( top[10], top[11], top[12] ); return satd + satd_8x4_intra_lr( src + ( src_stride << 2 ), src_stride, pr0, pr1, pr2, pr3 ); } int x264_predict_8x8_hu( const local pixel *src, int src_stride, const local pixel *left ) { int8 pr0, pr1, pr2, pr3; pr0.s0 = F1( left[0], left[1] ); pr0.s1 = (left[0] + 2 * left[1] + left[2] + 2) >> 2; pr0.s2 = F1( left[1], left[2] ); pr0.s3 = (left[1] + 2 * left[2] + left[3] + 2) >> 2; pr0.s4 = F1( left[2], left[3] ); pr0.s5 = (left[2] + 2 * left[3] + left[4] + 2) >> 2; pr0.s6 = F1( left[3], left[4] ); pr0.s7 = (left[3] + 2 * left[4] + left[5] + 2) >> 2; pr1.s0 = F1( left[1], left[2] ); pr1.s1 = (left[1] + 2 * left[2] + left[3] + 2) >> 2; pr1.s2 = F1( left[2], left[3] ); pr1.s3 = (left[2] + 2 * left[3] + left[4] + 2) >> 2; pr1.s4 = F1( left[3], left[4] ); pr1.s5 = (left[3] + 2 * left[4] + left[5] + 2) >> 2; pr1.s6 = F1( left[4], left[5] ); pr1.s7 = (left[4] + 2 * left[5] + left[6] + 2) >> 2; pr2.s0 = F1( left[2], left[3] ); pr2.s1 = (left[2] + 2 * left[3] + left[4] + 2) >> 2; pr2.s2 = F1( left[3], left[4] ); pr2.s3 = (left[3] + 2 * left[4] + left[5] + 2) >> 2; pr2.s4 = F1( left[4], left[5] ); pr2.s5 = (left[4] + 2 * left[5] + left[6] + 2) >> 2; pr2.s6 = F1( left[5], left[6] ); pr2.s7 = (left[5] + 2 * left[6] + left[7] + 2) >> 2; pr3.s0 = F1( left[3], left[4] ); pr3.s1 = (left[3] + 2 * left[4] + left[5] + 2) >> 2; pr3.s2 = F1( left[4], left[5] ); pr3.s3 = (left[4] + 2 * left[5] + left[6] + 2) >> 2; pr3.s4 = F1( left[5], left[6] ); pr3.s5 = (left[5] + 2 * left[6] + left[7] + 2) >> 2; pr3.s6 = F1( left[6], left[7] ); pr3.s7 = (left[6] + 2 * left[7] + left[7] + 2) >> 2; int satd = satd_8x4_intra_lr( src, src_stride, pr0, pr1, pr2, pr3 ); pr0.s0 = F1( left[4], left[5] ); pr0.s1 = (left[4] + 2 * left[5] + left[6] + 2) >> 2; pr0.s2 = F1( left[5], left[6] ); pr0.s3 = (left[5] + 2 * left[6] + left[7] + 2) >> 2; pr0.s4 = F1( left[6], left[7] ); pr0.s5 = (left[6] + 2 * left[7] + left[7] + 2) >> 2; pr0.s6 = left[7]; pr0.s7 = left[7]; pr1.s0 = F1( left[5], left[6] ); pr1.s1 = (left[5] + 2 * left[6] + left[7] + 2) >> 2; pr1.s2 = F1( left[6], left[7] ); pr1.s3 = (left[6] + 2 * left[7] + left[7] + 2) >> 2; pr1.s4 = left[7]; pr1.s5 = left[7]; pr1.s6 = left[7]; pr1.s7 = left[7]; pr2.s0 = F1( left[6], left[7] ); pr2.s1 = (left[6] + 2 * left[7] + left[7] + 2) >> 2; pr2.s2 = left[7]; pr2.s3 = left[7]; pr2.s4 = left[7]; pr2.s5 = left[7]; pr2.s6 = left[7]; pr2.s7 = left[7]; pr3 = (int8)left[7]; return satd + satd_8x4_intra_lr( src + ( src_stride << 2 ), src_stride, pr0, pr1, pr2, pr3 ); } int x264_predict_8x8c_h( const local pixel *src, int src_stride ) { const local pixel *src_l = src; int8 pr0, pr1, pr2, pr3; pr0 = (int8)src[-1]; src += src_stride; pr1 = (int8)src[-1]; src += src_stride; pr2 = (int8)src[-1]; src += src_stride; pr3 = (int8)src[-1]; src += src_stride; int satd = satd_8x4_intra_lr( src_l, src_stride, pr0, pr1, pr2, pr3 ); pr0 = (int8)src[-1]; src += src_stride; pr1 = (int8)src[-1]; src += src_stride; pr2 = (int8)src[-1]; src += src_stride; pr3 = (int8)src[-1]; return satd + satd_8x4_intra_lr( src_l + ( src_stride << 2 ), src_stride, pr0, pr1, pr2, pr3 ); } int x264_predict_8x8c_v( const local pixel *src, int src_stride ) { int8 pred = convert_int8( vload8( 0, &src[-src_stride] )); return satd_8x4_intra_lr( src, src_stride, pred, pred, pred, pred ) + satd_8x4_intra_lr( src + ( src_stride << 2 ), src_stride, pred, pred, pred, pred ); } int x264_predict_8x8c_p( const local pixel *src, int src_stride ) { int H = 0, V = 0; for( int i = 0; i < 4; i++ ) { H += (i + 1) * (src[4 + i - src_stride] - src[2 - i - src_stride]); V += (i + 1) * (src[-1 + (i + 4) * src_stride] - src[-1 + (2 - i) * src_stride]); } int a = 16 * (src[-1 + 7 * src_stride] + src[7 - src_stride]); int b = (17 * H + 16) >> 5; int c = (17 * V + 16) >> 5; int i00 = a - 3 * b - 3 * c + 16; int pix = i00; int8 pr0, pr1, pr2, pr3; pr0.s0 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s1 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s2 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s3 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s4 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s5 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s6 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s7 = x264_clip_pixel( pix >> 5 ); i00 += c; pix = i00; pr1.s0 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s1 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s2 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s3 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s4 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s5 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s6 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s7 = x264_clip_pixel( pix >> 5 ); i00 += c; pix = i00; pr2.s0 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s1 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s2 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s3 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s4 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s5 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s6 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s7 = x264_clip_pixel( pix >> 5 ); i00 += c; pix = i00; pr3.s0 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s1 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s2 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s3 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s4 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s5 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s6 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s7 = x264_clip_pixel( pix >> 5 ); i00 += c; int satd = satd_8x4_intra_lr( src, src_stride, pr0, pr1, pr2, pr3 ); pix = i00; pr0.s0 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s1 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s2 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s3 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s4 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s5 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s6 = x264_clip_pixel( pix >> 5 ); pix += b; pr0.s7 = x264_clip_pixel( pix >> 5 ); i00 += c; pix = i00; pr1.s0 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s1 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s2 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s3 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s4 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s5 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s6 = x264_clip_pixel( pix >> 5 ); pix += b; pr1.s7 = x264_clip_pixel( pix >> 5 ); i00 += c; pix = i00; pr2.s0 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s1 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s2 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s3 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s4 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s5 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s6 = x264_clip_pixel( pix >> 5 ); pix += b; pr2.s7 = x264_clip_pixel( pix >> 5 ); i00 += c; pix = i00; pr3.s0 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s1 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s2 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s3 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s4 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s5 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s6 = x264_clip_pixel( pix >> 5 ); pix += b; pr3.s7 = x264_clip_pixel( pix >> 5 ); i00 += c; return satd + satd_8x4_intra_lr( src + ( src_stride << 2 ), src_stride, pr0, pr1, pr2, pr3 ); } int x264_predict_8x8c_dc( const local pixel *src, int src_stride ) { int s0 = 0, s1 = 0, s2 = 0, s3 = 0; for( int i = 0; i < 4; i++ ) { s0 += src[i - src_stride]; s1 += src[i + 4 - src_stride]; s2 += src[-1 + i * src_stride]; s3 += src[-1 + (i+4)*src_stride]; } int8 dc0; dc0.lo = (int4)( (s0 + s2 + 4) >> 3 ); dc0.hi = (int4)( (s1 + 2) >> 2 ); int satd = satd_8x4_intra_lr( src, src_stride, dc0, dc0, dc0, dc0 ); dc0.lo = (int4)( (s3 + 2) >> 2 ); dc0.hi = (int4)( (s1 + s3 + 4) >> 3 ); return satd + satd_8x4_intra_lr( src + ( src_stride << 2 ), src_stride, dc0, dc0, dc0, dc0 ); } #else /* not vectorized: private is cheap registers are scarce */ int x264_predict_8x8_ddl( const local pixel *src, int src_stride, const local pixel *top ) { private pixel pred[32]; for( int y = 0; y < 4; y++ ) { for( int x = 0; x < 8; x++ ) { pixel x_plus_y = (pixel) clamp_int( x + y, 0, 13 ); pred[x + y*8] = ( 2 + top[x_plus_y] + 2*top[x_plus_y + 1] + top[x_plus_y + 2] ) >> 2; } } int satd = satd_8x4_lp( src, src_stride, pred, 8 ); for( int y = 4; y < 8; y++ ) { for( int x = 0; x < 8; x++ ) { pixel x_plus_y = (pixel) clamp_int( x + y, 0, 13 ); pred[x + ( y - 4 )*8] = ( 2 + top[x_plus_y] + 2*top[x_plus_y + 1] + top[x_plus_y + 2] ) >> 2; } } pred[31] = ( 2 + top[14] + 3*top[15] ) >> 2; satd += satd_8x4_lp( src + ( src_stride << 2 ), src_stride, pred, 8 ); return satd; } int x264_predict_8x8_ddr( const local pixel *src, int src_stride, const local pixel *top, const local pixel *left, pixel left_top ) { private pixel pred[32]; #define PRED( x, y ) pred[(x) + (y)*8] PRED( 0, 3 ) = F2( left[1], left[2], left[3] ); PRED( 0, 2 ) = PRED( 1, 3 ) = F2( left[0], left[1], left[2] ); PRED( 0, 1 ) = PRED( 1, 2 ) = PRED( 2, 3 ) = F2( left[1], left[0], left_top ); PRED( 0, 0 ) = PRED( 1, 1 ) = PRED( 2, 2 ) = PRED( 3, 3 ) = F2( left[0], left_top, top[0] ); PRED( 1, 0 ) = PRED( 2, 1 ) = PRED( 3, 2 ) = PRED( 4, 3 ) = F2( left_top, top[0], top[1] ); PRED( 2, 0 ) = PRED( 3, 1 ) = PRED( 4, 2 ) = PRED( 5, 3 ) = F2( top[0], top[1], top[2] ); PRED( 3, 0 ) = PRED( 4, 1 ) = PRED( 5, 2 ) = PRED( 6, 3 ) = F2( top[1], top[2], top[3] ); PRED( 4, 0 ) = PRED( 5, 1 ) = PRED( 6, 2 ) = PRED( 7, 3 ) = F2( top[2], top[3], top[4] ); PRED( 5, 0 ) = PRED( 6, 1 ) = PRED( 7, 2 ) = F2( top[3], top[4], top[5] ); PRED( 6, 0 ) = PRED( 7, 1 ) = F2( top[4], top[5], top[6] ); PRED( 7, 0 ) = F2( top[5], top[6], top[7] ); int satd = satd_8x4_lp( src, src_stride, pred, 8 ); PRED( 0, 3 ) = F2( left[5], left[6], left[7] ); PRED( 0, 2 ) = PRED( 1, 3 ) = F2( left[4], left[5], left[6] ); PRED( 0, 1 ) = PRED( 1, 2 ) = PRED( 2, 3 ) = F2( left[3], left[4], left[5] ); PRED( 0, 0 ) = PRED( 1, 1 ) = PRED( 2, 2 ) = PRED( 3, 3 ) = F2( left[2], left[3], left[4] ); PRED( 1, 0 ) = PRED( 2, 1 ) = PRED( 3, 2 ) = PRED( 4, 3 ) = F2( left[1], left[2], left[3] ); PRED( 2, 0 ) = PRED( 3, 1 ) = PRED( 4, 2 ) = PRED( 5, 3 ) = F2( left[0], left[1], left[2] ); PRED( 3, 0 ) = PRED( 4, 1 ) = PRED( 5, 2 ) = PRED( 6, 3 ) = F2( left[1], left[0], left_top ); PRED( 4, 0 ) = PRED( 5, 1 ) = PRED( 6, 2 ) = PRED( 7, 3 ) = F2( left[0], left_top, top[0] ); PRED( 5, 0 ) = PRED( 6, 1 ) = PRED( 7, 2 ) = F2( left_top, top[0], top[1] ); PRED( 6, 0 ) = PRED( 7, 1 ) = F2( top[0], top[1], top[2] ); PRED( 7, 0 ) = F2( top[1], top[2], top[3] ); satd += satd_8x4_lp( src + ( src_stride << 2 ), src_stride, pred, 8 ); return satd; #undef PRED } int x264_predict_8x8_vr( const local pixel *src, int src_stride, const local pixel *top, const local pixel *left, pixel left_top ) { private pixel pred[32]; #define PRED( x, y ) pred[(x) + (y)*8] PRED( 0, 2 ) = F2( left[1], left[0], left_top ); PRED( 0, 3 ) = F2( left[2], left[1], left[0] ); PRED( 0, 1 ) = PRED( 1, 3 ) = F2( left[0], left_top, top[0] ); PRED( 0, 0 ) = PRED( 1, 2 ) = F1( left_top, top[0] ); PRED( 1, 1 ) = PRED( 2, 3 ) = F2( left_top, top[0], top[1] ); PRED( 1, 0 ) = PRED( 2, 2 ) = F1( top[0], top[1] ); PRED( 2, 1 ) = PRED( 3, 3 ) = F2( top[0], top[1], top[2] ); PRED( 2, 0 ) = PRED( 3, 2 ) = F1( top[1], top[2] ); PRED( 3, 1 ) = PRED( 4, 3 ) = F2( top[1], top[2], top[3] ); PRED( 3, 0 ) = PRED( 4, 2 ) = F1( top[2], top[3] ); PRED( 4, 1 ) = PRED( 5, 3 ) = F2( top[2], top[3], top[4] ); PRED( 4, 0 ) = PRED( 5, 2 ) = F1( top[3], top[4] ); PRED( 5, 1 ) = PRED( 6, 3 ) = F2( top[3], top[4], top[5] ); PRED( 5, 0 ) = PRED( 6, 2 ) = F1( top[4], top[5] ); PRED( 6, 1 ) = PRED( 7, 3 ) = F2( top[4], top[5], top[6] ); PRED( 6, 0 ) = PRED( 7, 2 ) = F1( top[5], top[6] ); PRED( 7, 1 ) = F2( top[5], top[6], top[7] ); PRED( 7, 0 ) = F1( top[6], top[7] ); int satd = satd_8x4_lp( src, src_stride, pred, 8 ); PRED( 0, 2 ) = F2( left[5], left[4], left[3] ); PRED( 0, 3 ) = F2( left[6], left[5], left[4] ); PRED( 0, 0 ) = PRED( 1, 2 ) = F2( left[3], left[2], left[1] ); PRED( 0, 1 ) = PRED( 1, 3 ) = F2( left[4], left[3], left[2] ); PRED( 1, 0 ) = PRED( 2, 2 ) = F2( left[1], left[0], left_top ); PRED( 1, 1 ) = PRED( 2, 3 ) = F2( left[2], left[1], left[0] ); PRED( 2, 1 ) = PRED( 3, 3 ) = F2( left[0], left_top, top[0] ); PRED( 2, 0 ) = PRED( 3, 2 ) = F1( left_top, top[0] ); PRED( 3, 1 ) = PRED( 4, 3 ) = F2( left_top, top[0], top[1] ); PRED( 3, 0 ) = PRED( 4, 2 ) = F1( top[0], top[1] ); PRED( 4, 1 ) = PRED( 5, 3 ) = F2( top[0], top[1], top[2] ); PRED( 4, 0 ) = PRED( 5, 2 ) = F1( top[1], top[2] ); PRED( 5, 1 ) = PRED( 6, 3 ) = F2( top[1], top[2], top[3] ); PRED( 5, 0 ) = PRED( 6, 2 ) = F1( top[2], top[3] ); PRED( 6, 1 ) = PRED( 7, 3 ) = F2( top[2], top[3], top[4] ); PRED( 6, 0 ) = PRED( 7, 2 ) = F1( top[3], top[4] ); PRED( 7, 1 ) = F2( top[3], top[4], top[5] ); PRED( 7, 0 ) = F1( top[4], top[5] ); satd += satd_8x4_lp( src + ( src_stride << 2 ), src_stride, pred, 8 ); return satd; #undef PRED } inline uint32_t pack16to32( uint32_t a, uint32_t b ) { return a + (b << 16); } inline uint32_t pack8to16( uint32_t a, uint32_t b ) { return a + (b << 8); } int x264_predict_8x8_hd( const local pixel *src, int src_stride, const local pixel *top, const local pixel *left, pixel left_top ) { private pixel pred[32]; int satd; int p1 = pack8to16( (F1( left[6], left[7] )), ((left[5] + 2 * left[6] + left[7] + 2) >> 2) ); int p2 = pack8to16( (F1( left[5], left[6] )), ((left[4] + 2 * left[5] + left[6] + 2) >> 2) ); int p3 = pack8to16( (F1( left[4], left[5] )), ((left[3] + 2 * left[4] + left[5] + 2) >> 2) ); int p4 = pack8to16( (F1( left[3], left[4] )), ((left[2] + 2 * left[3] + left[4] + 2) >> 2) ); int p5 = pack8to16( (F1( left[2], left[3] )), ((left[1] + 2 * left[2] + left[3] + 2) >> 2) ); int p6 = pack8to16( (F1( left[1], left[2] )), ((left[0] + 2 * left[1] + left[2] + 2) >> 2) ); int p7 = pack8to16( (F1( left[0], left[1] )), ((left_top + 2 * left[0] + left[1] + 2) >> 2) ); int p8 = pack8to16( (F1( left_top, left[0] )), ((left[0] + 2 * left_top + top[0] + 2) >> 2) ); int p9 = pack8to16( (F2( top[1], top[0], left_top )), (F2( top[2], top[1], top[0] )) ); int p10 = pack8to16( (F2( top[3], top[2], top[1] )), (F2( top[4], top[3], top[2] )) ); int p11 = pack8to16( (F2( top[5], top[4], top[3] )), (F2( top[6], top[5], top[4] )) ); vstore4( as_uchar4( pack16to32( p8, p9 ) ), 0, &pred[0 + 0 * 8] ); vstore4( as_uchar4( pack16to32( p10, p11 ) ), 0, &pred[4 + 0 * 8] ); vstore4( as_uchar4( pack16to32( p7, p8 ) ), 0, &pred[0 + 1 * 8] ); vstore4( as_uchar4( pack16to32( p9, p10 ) ), 0, &pred[4 + 1 * 8] ); vstore4( as_uchar4( pack16to32( p6, p7 ) ), 0, &pred[0 + 2 * 8] ); vstore4( as_uchar4( pack16to32( p8, p9 ) ), 0, &pred[4 + 2 * 8] ); vstore4( as_uchar4( pack16to32( p5, p6 ) ), 0, &pred[0 + 3 * 8] ); vstore4( as_uchar4( pack16to32( p7, p8 ) ), 0, &pred[4 + 3 * 8] ); satd = satd_8x4_lp( src, src_stride, pred, 8 ); vstore4( as_uchar4( pack16to32( p4, p5 ) ), 0, &pred[0 + 0 * 8] ); vstore4( as_uchar4( pack16to32( p6, p7 ) ), 0, &pred[4 + 0 * 8] ); vstore4( as_uchar4( pack16to32( p3, p4 ) ), 0, &pred[0 + 1 * 8] ); vstore4( as_uchar4( pack16to32( p5, p6 ) ), 0, &pred[4 + 1 * 8] ); vstore4( as_uchar4( pack16to32( p2, p3 ) ), 0, &pred[0 + 2 * 8] ); vstore4( as_uchar4( pack16to32( p4, p5 ) ), 0, &pred[4 + 2 * 8] ); vstore4( as_uchar4( pack16to32( p1, p2 ) ), 0, &pred[0 + 3 * 8] ); vstore4( as_uchar4( pack16to32( p3, p4 ) ), 0, &pred[4 + 3 * 8] ); satd += satd_8x4_lp( src + ( src_stride << 2 ), src_stride, pred, 8 ); return satd; } int x264_predict_8x8_vl( const local pixel *src, int src_stride, const local pixel *top ) { private pixel pred[32]; int satd; #define PRED( x, y ) pred[(x) + (y)*8] PRED( 0, 0 ) = F1( top[0], top[1] ); PRED( 0, 1 ) = F2( top[0], top[1], top[2] ); PRED( 0, 2 ) = PRED( 1, 0 ) = F1( top[1], top[2] ); PRED( 0, 3 ) = PRED( 1, 1 ) = F2( top[1], top[2], top[3] ); PRED( 1, 2 ) = PRED( 2, 0 ) = F1( top[2], top[3] ); PRED( 1, 3 ) = PRED( 2, 1 ) = F2( top[2], top[3], top[4] ); PRED( 2, 2 ) = PRED( 3, 0 ) = F1( top[3], top[4] ); PRED( 2, 3 ) = PRED( 3, 1 ) = F2( top[3], top[4], top[5] ); PRED( 3, 2 ) = PRED( 4, 0 ) = F1( top[4], top[5] ); PRED( 3, 3 ) = PRED( 4, 1 ) = F2( top[4], top[5], top[6] ); PRED( 4, 2 ) = PRED( 5, 0 ) = F1( top[5], top[6] ); PRED( 4, 3 ) = PRED( 5, 1 ) = F2( top[5], top[6], top[7] ); PRED( 5, 2 ) = PRED( 6, 0 ) = F1( top[6], top[7] ); PRED( 5, 3 ) = PRED( 6, 1 ) = F2( top[6], top[7], top[8] ); PRED( 6, 2 ) = PRED( 7, 0 ) = F1( top[7], top[8] ); PRED( 6, 3 ) = PRED( 7, 1 ) = F2( top[7], top[8], top[9] ); PRED( 7, 2 ) = F1( top[8], top[9] ); PRED( 7, 3 ) = F2( top[8], top[9], top[10] ); satd = satd_8x4_lp( src, src_stride, pred, 8 ); PRED( 0, 0 ) = F1( top[2], top[3] ); PRED( 0, 1 ) = F2( top[2], top[3], top[4] ); PRED( 0, 2 ) = PRED( 1, 0 ) = F1( top[3], top[4] ); PRED( 0, 3 ) = PRED( 1, 1 ) = F2( top[3], top[4], top[5] ); PRED( 1, 2 ) = PRED( 2, 0 ) = F1( top[4], top[5] ); PRED( 1, 3 ) = PRED( 2, 1 ) = F2( top[4], top[5], top[6] ); PRED( 2, 2 ) = PRED( 3, 0 ) = F1( top[5], top[6] ); PRED( 2, 3 ) = PRED( 3, 1 ) = F2( top[5], top[6], top[7] ); PRED( 3, 2 ) = PRED( 4, 0 ) = F1( top[6], top[7] ); PRED( 3, 3 ) = PRED( 4, 1 ) = F2( top[6], top[7], top[8] ); PRED( 4, 2 ) = PRED( 5, 0 ) = F1( top[7], top[8] ); PRED( 4, 3 ) = PRED( 5, 1 ) = F2( top[7], top[8], top[9] ); PRED( 5, 2 ) = PRED( 6, 0 ) = F1( top[8], top[9] ); PRED( 5, 3 ) = PRED( 6, 1 ) = F2( top[8], top[9], top[10] ); PRED( 6, 2 ) = PRED( 7, 0 ) = F1( top[9], top[10] ); PRED( 6, 3 ) = PRED( 7, 1 ) = F2( top[9], top[10], top[11] ); PRED( 7, 2 ) = F1( top[10], top[11] ); PRED( 7, 3 ) = F2( top[10], top[11], top[12] ); satd += satd_8x4_lp( src + ( src_stride << 2 ), src_stride, pred, 8 ); return satd; #undef PRED } int x264_predict_8x8_hu( const local pixel *src, int src_stride, const local pixel *left ) { private pixel pred[32]; int satd; int p1 = pack8to16( (F1( left[0], left[1] )), ((left[0] + 2 * left[1] + left[2] + 2) >> 2) ); int p2 = pack8to16( (F1( left[1], left[2] )), ((left[1] + 2 * left[2] + left[3] + 2) >> 2) ); int p3 = pack8to16( (F1( left[2], left[3] )), ((left[2] + 2 * left[3] + left[4] + 2) >> 2) ); int p4 = pack8to16( (F1( left[3], left[4] )), ((left[3] + 2 * left[4] + left[5] + 2) >> 2) ); int p5 = pack8to16( (F1( left[4], left[5] )), ((left[4] + 2 * left[5] + left[6] + 2) >> 2) ); int p6 = pack8to16( (F1( left[5], left[6] )), ((left[5] + 2 * left[6] + left[7] + 2) >> 2) ); int p7 = pack8to16( (F1( left[6], left[7] )), ((left[6] + 2 * left[7] + left[7] + 2) >> 2) ); int p8 = pack8to16( left[7], left[7] ); vstore4( as_uchar4( pack16to32( p1, p2 ) ), 0, &pred[( 0 ) + ( 0 ) * 8] ); vstore4( as_uchar4( pack16to32( p3, p4 ) ), 0, &pred[( 4 ) + ( 0 ) * 8] ); vstore4( as_uchar4( pack16to32( p2, p3 ) ), 0, &pred[( 0 ) + ( 1 ) * 8] ); vstore4( as_uchar4( pack16to32( p4, p5 ) ), 0, &pred[( 4 ) + ( 1 ) * 8] ); vstore4( as_uchar4( pack16to32( p3, p4 ) ), 0, &pred[( 0 ) + ( 2 ) * 8] ); vstore4( as_uchar4( pack16to32( p5, p6 ) ), 0, &pred[( 4 ) + ( 2 ) * 8] ); vstore4( as_uchar4( pack16to32( p4, p5 ) ), 0, &pred[( 0 ) + ( 3 ) * 8] ); vstore4( as_uchar4( pack16to32( p6, p7 ) ), 0, &pred[( 4 ) + ( 3 ) * 8] ); satd = satd_8x4_lp( src, src_stride, pred, 8 ); vstore4( as_uchar4( pack16to32( p5, p6 ) ), 0, &pred[( 0 ) + ( 0 ) * 8] ); vstore4( as_uchar4( pack16to32( p7, p8 ) ), 0, &pred[( 4 ) + ( 0 ) * 8] ); vstore4( as_uchar4( pack16to32( p6, p7 ) ), 0, &pred[( 0 ) + ( 1 ) * 8] ); vstore4( as_uchar4( pack16to32( p8, p8 ) ), 0, &pred[( 4 ) + ( 1 ) * 8] ); vstore4( as_uchar4( pack16to32( p7, p8 ) ), 0, &pred[( 0 ) + ( 2 ) * 8] ); vstore4( as_uchar4( pack16to32( p8, p8 ) ), 0, &pred[( 4 ) + ( 2 ) * 8] ); vstore4( as_uchar4( pack16to32( p8, p8 ) ), 0, &pred[( 0 ) + ( 3 ) * 8] ); vstore4( as_uchar4( pack16to32( p8, p8 ) ), 0, &pred[( 4 ) + ( 3 ) * 8] ); satd += satd_8x4_lp( src + ( src_stride << 2 ), src_stride, pred, 8 ); return satd; } int x264_predict_8x8c_h( const local pixel *src, int src_stride ) { private pixel pred[32]; const local pixel *src_l = src; vstore8( (uchar8)(src[-1]), 0, pred ); src += src_stride; vstore8( (uchar8)(src[-1]), 1, pred ); src += src_stride; vstore8( (uchar8)(src[-1]), 2, pred ); src += src_stride; vstore8( (uchar8)(src[-1]), 3, pred ); src += src_stride; int satd = satd_8x4_lp( src_l, src_stride, pred, 8 ); vstore8( (uchar8)(src[-1]), 0, pred ); src += src_stride; vstore8( (uchar8)(src[-1]), 1, pred ); src += src_stride; vstore8( (uchar8)(src[-1]), 2, pred ); src += src_stride; vstore8( (uchar8)(src[-1]), 3, pred ); return satd + satd_8x4_lp( src_l + ( src_stride << 2 ), src_stride, pred, 8 ); } int x264_predict_8x8c_v( const local pixel *src, int src_stride ) { private pixel pred[32]; uchar16 v16; v16.lo = vload8( 0, &src[-src_stride] ); v16.hi = vload8( 0, &src[-src_stride] ); vstore16( v16, 0, pred ); vstore16( v16, 1, pred ); return satd_8x4_lp( src, src_stride, pred, 8 ) + satd_8x4_lp( src + (src_stride << 2), src_stride, pred, 8 ); } int x264_predict_8x8c_p( const local pixel *src, int src_stride ) { int H = 0, V = 0; private pixel pred[32]; int satd; for( int i = 0; i < 4; i++ ) { H += (i + 1) * (src[4 + i - src_stride] - src[2 - i - src_stride]); V += (i + 1) * (src[-1 + (i + 4) * src_stride] - src[-1 + (2 - i) * src_stride]); } int a = 16 * (src[-1 + 7 * src_stride] + src[7 - src_stride]); int b = (17 * H + 16) >> 5; int c = (17 * V + 16) >> 5; int i00 = a - 3 * b - 3 * c + 16; for( int y = 0; y < 4; y++ ) { int pix = i00; for( int x = 0; x < 8; x++ ) { pred[x + y*8] = x264_clip_pixel( pix >> 5 ); pix += b; } i00 += c; } satd = satd_8x4_lp( src, src_stride, pred, 8 ); for( int y = 0; y < 4; y++ ) { int pix = i00; for( int x = 0; x < 8; x++ ) { pred[x + y*8] = x264_clip_pixel( pix >> 5 ); pix += b; } i00 += c; } satd += satd_8x4_lp( src + ( src_stride << 2 ), src_stride, pred, 8 ); return satd; } int x264_predict_8x8c_dc( const local pixel *src, int src_stride ) { private pixel pred[32]; int s0 = 0, s1 = 0, s2 = 0, s3 = 0; for( int i = 0; i < 4; i++ ) { s0 += src[i - src_stride]; s1 += src[i + 4 - src_stride]; s2 += src[-1 + i * src_stride]; s3 += src[-1 + (i+4)*src_stride]; } uchar8 dc0; dc0.lo = (uchar4)( (s0 + s2 + 4) >> 3 ); dc0.hi = (uchar4)( (s1 + 2) >> 2 ); vstore8( dc0, 0, pred ); vstore8( dc0, 1, pred ); vstore8( dc0, 2, pred ); vstore8( dc0, 3, pred ); int satd = satd_8x4_lp( src, src_stride, pred, 8 ); dc0.lo = (uchar4)( (s3 + 2) >> 2 ); dc0.hi = (uchar4)( (s1 + s3 + 4) >> 3 ); vstore8( dc0, 0, pred ); vstore8( dc0, 1, pred ); vstore8( dc0, 2, pred ); vstore8( dc0, 3, pred ); return satd + satd_8x4_lp( src + ( src_stride << 2 ), src_stride, pred, 8 ); } #endif /* Find the least cost intra mode for 32 8x8 macroblocks per workgroup * * Loads 33 macroblocks plus the pixels directly above them into local memory, * padding where necessary with edge pixels. It then cooperatively calculates * smoothed top and left pixels for use in some of the analysis. * * Then groups of 32 threads each calculate a single intra mode for each 8x8 * block. Since consecutive threads are calculating the same intra mode there * is no code-path divergence. 8 intra costs are calculated simultaneously. If * the "slow" argument is not zero, the final two (least likely) intra modes are * tested in a second pass. The slow mode is only enabled for presets slow, * slower, and placebo. * * This allows all of the pixels functions to read pixels from local memory, and * avoids re-fetching edge pixels from global memory. And it allows us to * calculate all of the intra mode costs simultaneously without branch divergence. * * Local dimension: [ 32, 8 ] * Global dimensions: [ paddedWidth, height ] */ kernel void mb_intra_cost_satd_8x8( read_only image2d_t fenc, global uint16_t *fenc_intra_cost, global int *frame_stats, int lambda, int mb_width, int slow ) { #define CACHE_STRIDE 265 #define BLOCK_OFFSET 266 local pixel cache[2385]; local int cost_buf[32]; local pixel top[32 * 16]; local pixel left[32 * 8]; local pixel left_top[32]; int lx = get_local_id( 0 ); int ly = get_local_id( 1 ); int gx = get_global_id( 0 ); int gy = get_global_id( 1 ); int gidx = get_group_id( 0 ); int gidy = get_group_id( 1 ); int linear_id = ly * get_local_size( 0 ) + lx; int satd = COST_MAX; int basex = gidx << 8; int basey = (gidy << 3) - 1; /* Load 33 8x8 macroblocks and the pixels above them into local cache */ for( int y = 0; y < 9 && linear_id < (33<<3)>>2; y++ ) { int x = linear_id << 2; uint4 data = read_imageui( fenc, sampler, (int2)(x + basex, y + basey) ); cache[y * CACHE_STRIDE + 1 + x] = data.s0; cache[y * CACHE_STRIDE + 1 + x + 1] = data.s1; cache[y * CACHE_STRIDE + 1 + x + 2] = data.s2; cache[y * CACHE_STRIDE + 1 + x + 3] = data.s3; } /* load pixels on left edge */ if( linear_id < 9 ) cache[linear_id * CACHE_STRIDE] = read_imageui( fenc, sampler, (int2)( basex - 1, linear_id + basey) ).s0; barrier( CLK_LOCAL_MEM_FENCE ); int j = ly; top[lx*16 + j] = ( cache[BLOCK_OFFSET + 8*lx - CACHE_STRIDE + clamp_int( j - 1, -1, 15 )] + 2*cache[BLOCK_OFFSET + 8*lx - CACHE_STRIDE + clamp_int( j, 0, 15 )] + cache[BLOCK_OFFSET + 8*lx - CACHE_STRIDE + clamp_int( j + 1, 0, 15 )] + 2 ) >> 2; j += 8; top[lx*16 + j] = ( cache[BLOCK_OFFSET + 8*lx - CACHE_STRIDE + clamp_int( j - 1, -1, 15 )] + 2*cache[BLOCK_OFFSET + 8*lx - CACHE_STRIDE + clamp_int( j, 0, 15 )] + cache[BLOCK_OFFSET + 8*lx - CACHE_STRIDE + clamp_int( j + 1, 0, 15 )] + 2 ) >> 2; left[lx*8 + ly] = ( cache[BLOCK_OFFSET + 8*lx - 1 + CACHE_STRIDE*(ly - 1)] + 2*cache[BLOCK_OFFSET + 8*lx - 1 + CACHE_STRIDE*ly] + cache[BLOCK_OFFSET + 8*lx - 1 + CACHE_STRIDE*clamp((ly + 1), 0, 7 )] + 2 ) >> 2; if( 0 == ly ) { left_top[lx] = ( cache[BLOCK_OFFSET + 8*lx - 1] + 2*cache[BLOCK_OFFSET + 8*lx - 1 - CACHE_STRIDE] + cache[BLOCK_OFFSET + 8*lx - CACHE_STRIDE] + 2 ) >> 2; cost_buf[lx] = COST_MAX; } barrier( CLK_LOCAL_MEM_FENCE ); switch( ly ) { case 0: satd = x264_predict_8x8c_h( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE ); break; case 1: satd = x264_predict_8x8c_v( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE ); break; case 2: satd = x264_predict_8x8c_dc( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE ); break; case 3: satd = x264_predict_8x8c_p( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE ); break; case 4: satd = x264_predict_8x8_ddr( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE, &top[16*lx], &left[8*lx], left_top[lx] ); break; case 5: satd = x264_predict_8x8_vr( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE, &top[16*lx], &left[8*lx], left_top[lx] ); break; case 6: satd = x264_predict_8x8_hd( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE, &top[16*lx], &left[8*lx], left_top[lx] ); break; case 7: satd = x264_predict_8x8_hu( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE, &left[8*lx] ); break; default: break; } atom_min( &cost_buf[lx], satd ); if( slow ) { switch( ly ) { case 0: // DDL satd = x264_predict_8x8_ddl( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE, &top[16*lx] ); atom_min( &cost_buf[lx], satd ); break; case 1: // VL satd = x264_predict_8x8_vl( &cache[BLOCK_OFFSET + 8*lx], CACHE_STRIDE, &top[16*lx] ); atom_min( &cost_buf[lx], satd ); break; default: break; } } barrier( CLK_LOCAL_MEM_FENCE ); if( (0 == ly) && (gx < mb_width) ) fenc_intra_cost[gidy * mb_width + gx] = cost_buf[lx]+ 5*lambda; if( gx < 2 && gy == 0 ) frame_stats[gx] = 0; #undef CACHE_STRIDE #undef BLOCK_OFFSET } /* * parallel sum intra costs * * global launch dimensions: [256, mb_height] */ kernel void sum_intra_cost( const global uint16_t *fenc_intra_cost, const global uint16_t *inv_qscale_factor, global int *fenc_row_satds, global int *frame_stats, int mb_width ) { int y = get_global_id( 1 ); int mb_height = get_global_size( 1 ); int row_satds = 0; int cost_est = 0; int cost_est_aq = 0; for( int x = get_global_id( 0 ); x < mb_width; x += get_global_size( 0 )) { int mb_xy = x + y * mb_width; int cost = fenc_intra_cost[mb_xy]; int cost_aq = (cost * inv_qscale_factor[mb_xy] + 128) >> 8; int b_frame_score_mb = (x > 0 && x < mb_width - 1 && y > 0 && y < mb_height - 1) || mb_width <= 2 || mb_height <= 2; row_satds += cost_aq; if( b_frame_score_mb ) { cost_est += cost; cost_est_aq += cost_aq; } } local int buffer[256]; int x = get_global_id( 0 ); row_satds = parallel_sum( row_satds, x, buffer ); cost_est = parallel_sum( cost_est, x, buffer ); cost_est_aq = parallel_sum( cost_est_aq, x, buffer ); if( get_global_id( 0 ) == 0 ) { fenc_row_satds[y] = row_satds; atomic_add( frame_stats + COST_EST, cost_est ); atomic_add( frame_stats + COST_EST_AQ, cost_est_aq ); } } /* Hierarchical (iterative) OpenCL lowres motion search */ inline int find_downscale_mb_xy( int x, int y, int mb_width, int mb_height ) { /* edge macroblocks might not have a direct descendant, use nearest */ x = select( x >> 1, (x - (mb_width&1)) >> 1, x == mb_width-1 ); y = select( y >> 1, (y - (mb_height&1)) >> 1, y == mb_height-1 ); return (mb_width>>1) * y + x; } /* Four threads calculate an 8x8 SAD. Each does two rows */ int sad_8x8_ii_coop4( read_only image2d_t fenc, int2 fencpos, read_only image2d_t fref, int2 frefpos, int idx, local int16_t *costs ) { frefpos.y += idx << 1; fencpos.y += idx << 1; int cost = 0; if( frefpos.x < 0 ) { /* slow path when MV goes past left edge. The GPU clamps reads from * (-1, 0) to (0,0), so you get pixels [0, 1, 2, 3] when what you really * want are [0, 0, 1, 2] */ for( int y = 0; y < 2; y++ ) { for( int x = 0; x < 8; x++ ) { pixel enc = read_imageui( fenc, sampler, fencpos + (int2)(x, y) ).s0; pixel ref = read_imageui( fref, sampler, frefpos + (int2)(x, y) ).s0; cost += abs_diff( enc, ref ); } } } else { uint4 enc, ref, costs = 0; enc = read_imageui( fenc, sampler, fencpos ); ref = read_imageui( fref, sampler, frefpos ); costs += abs_diff( enc, ref ); enc = read_imageui( fenc, sampler, fencpos + (int2)(4, 0) ); ref = read_imageui( fref, sampler, frefpos + (int2)(4, 0) ); costs += abs_diff( enc, ref ); enc = read_imageui( fenc, sampler, fencpos + (int2)(0, 1) ); ref = read_imageui( fref, sampler, frefpos + (int2)(0, 1) ); costs += abs_diff( enc, ref ); enc = read_imageui( fenc, sampler, fencpos + (int2)(4, 1) ); ref = read_imageui( fref, sampler, frefpos + (int2)(4, 1) ); costs += abs_diff( enc, ref ); cost = costs.s0 + costs.s1 + costs.s2 + costs.s3; } costs[idx] = cost; return costs[0] + costs[1] + costs[2] + costs[3]; } /* One thread performs 8x8 SAD */ int sad_8x8_ii( read_only image2d_t fenc, int2 fencpos, read_only image2d_t fref, int2 frefpos ) { if( frefpos.x < 0 ) { /* slow path when MV goes past left edge */ int cost = 0; for( int y = 0; y < 8; y++ ) { for( int x = 0; x < 8; x++ ) { uint enc = read_imageui( fenc, sampler, fencpos + (int2)(x, y) ).s0; uint ref = read_imageui( fref, sampler, frefpos + (int2)(x, y) ).s0; cost += abs_diff( enc, ref ); } } return cost; } else { uint4 enc, ref, cost = 0; for( int y = 0; y < 8; y++ ) { for( int x = 0; x < 8; x += 4 ) { enc = read_imageui( fenc, sampler, fencpos + (int2)(x, y) ); ref = read_imageui( fref, sampler, frefpos + (int2)(x, y) ); cost += abs_diff( enc, ref ); } } return cost.s0 + cost.s1 + cost.s2 + cost.s3; } } /* * hierarchical motion estimation * * Each kernel launch is a single iteration * * MB per work group is determined by lclx / 4 * lcly * * global launch dimensions: [mb_width * 4, mb_height] */ kernel void hierarchical_motion( read_only image2d_t fenc, read_only image2d_t fref, const global short2 *in_mvs, global short2 *out_mvs, global int16_t *out_mv_costs, global short2 *mvp_buffer, local int16_t *cost_local, local short2 *mvc_local, int mb_width, int lambda, int me_range, int scale, int b_shift_index, int b_first_iteration, int b_reverse_references ) { int mb_x = get_global_id( 0 ) >> 2; if( mb_x >= mb_width ) return; int mb_height = get_global_size( 1 ); int mb_i = get_global_id( 0 ) & 3; int mb_y = get_global_id( 1 ); int mb_xy = mb_y * mb_width + mb_x; const int mb_size = 8; int2 coord = (int2)(mb_x, mb_y) * mb_size; const int mb_in_group = get_local_id( 1 ) * (get_local_size( 0 ) >> 2) + (get_local_id( 0 ) >> 2); cost_local += 4 * mb_in_group; int i_mvc = 0; mvc_local += 4 * mb_in_group; mvc_local[mb_i] = 0; int2 mvp =0; if( !b_first_iteration ) { #define MVC( DX, DY )\ {\ int px = mb_x + DX;\ int py = mb_y + DY;\ mvc_local[i_mvc] = b_shift_index ? in_mvs[find_downscale_mb_xy( px, py, mb_width, mb_height )] : \ in_mvs[mb_width * py + px];\ mvc_local[i_mvc] >>= (short) scale;\ i_mvc++;\ } /* Find MVP from median of MVCs */ if( b_reverse_references ) { /* odd iterations: derive MVP from down and right */ if( mb_x < mb_width - 1 ) MVC( 1, 0 ); if( mb_y < mb_height - 1 ) { MVC( 0, 1 ); if( mb_x > b_shift_index ) MVC( -1, 1 ); if( mb_x < mb_width - 1 ) MVC( 1, 1 ); } } else { /* even iterations: derive MVP from up and left */ if( mb_x > 0 ) MVC( -1, 0 ); if( mb_y > 0 ) { MVC( 0, -1 ); if( mb_x < mb_width - 1 ) MVC( 1, -1 ); if( mb_x > b_shift_index ) MVC( -1, -1 ); } } #undef MVC mvp = (i_mvc <= 1) ? convert_int2_sat(mvc_local[0]) : x264_median_mv( mvc_local[0], mvc_local[1], mvc_local[2] ); } /* current mvp matches the previous mvp and we have not changed scale. We know * we're going to arrive at the same MV again, so just copy the previous * result to our output. */ if( !b_shift_index && mvp.x == mvp_buffer[mb_xy].x && mvp.y == mvp_buffer[mb_xy].y ) { out_mvs[mb_xy] = in_mvs[mb_xy]; return; } mvp_buffer[mb_xy] = convert_short2_sat(mvp); int2 mv_min = -mb_size * (int2)(mb_x, mb_y) - 4; int2 mv_max = mb_size * ((int2)(mb_width, mb_height) - (int2)(mb_x, mb_y) - 1) + 4; int2 bestmv = clamp(mvp, mv_min, mv_max); int2 refcrd = coord + bestmv; /* measure cost at bestmv */ int bcost = sad_8x8_ii_coop4( fenc, coord, fref, refcrd, mb_i, cost_local ) + lambda * mv_cost( abs_diff( bestmv, mvp ) << (2 + scale) ); do { /* measure costs at offsets from bestmv */ refcrd = coord + bestmv + dia_offs[mb_i]; int2 trymv = bestmv + dia_offs[mb_i]; int cost = sad_8x8_ii( fenc, coord, fref, refcrd ) + lambda * mv_cost( abs_diff( trymv, mvp ) << (2 + scale) ); cost_local[mb_i] = (cost<<2) | mb_i; cost = min( cost_local[0], min( cost_local[1], min( cost_local[2], cost_local[3] ) ) ); if( (cost >> 2) >= bcost ) break; bestmv += dia_offs[cost&3]; bcost = cost>>2; if( bestmv.x >= mv_max.x || bestmv.x <= mv_min.x || bestmv.y >= mv_max.y || bestmv.y <= mv_min.y ) break; } while( --me_range > 0 ); int2 trymv = 0, diff = 0; #define COST_MV_NO_PAD( L )\ trymv = clamp( trymv, mv_min, mv_max );\ diff = convert_int2_sat(abs_diff( mvp, trymv ));\ if( diff.x > 1 || diff.y > 1 ) {\ int2 refcrd = coord + trymv;\ int cost = sad_8x8_ii_coop4( fenc, coord, fref, refcrd, mb_i, cost_local ) +\ L * mv_cost( abs_diff( trymv, mvp ) << (2 + scale) );\ if( cost < bcost ) { bcost = cost; bestmv = trymv; } } COST_MV_NO_PAD( 0 ); if( !b_first_iteration ) { /* try cost at previous iteration's MV, if MVP was too far away */ int2 prevmv = b_shift_index ? convert_int2_sat(in_mvs[find_downscale_mb_xy( mb_x, mb_y, mb_width, mb_height )]) : convert_int2_sat(in_mvs[mb_xy]); prevmv >>= scale; trymv = prevmv; COST_MV_NO_PAD( lambda ); } for( int i = 0; i < i_mvc; i++ ) { /* try cost at each candidate MV, if MVP was too far away */ trymv = convert_int2_sat( mvc_local[i] ); COST_MV_NO_PAD( lambda ); } if( mb_i == 0 ) { bestmv <<= scale; out_mvs[mb_xy] = convert_short2_sat(bestmv); out_mv_costs[mb_xy] = min( bcost, LOWRES_COST_MASK ); } } /* OpenCL lowres subpel Refine */ /* Each thread performs 8x8 SAD. 4 threads per MB, so the 4 DIA HPEL offsets are * calculated simultaneously */ int sad_8x8_ii_hpel( read_only image2d_t fenc, int2 fencpos, read_only image2d_t fref_planes, int2 qpos ) { int2 frefpos = qpos >> 2; int hpel_idx = ((qpos.x & 2) >> 1) + (qpos.y & 2); uint mask_shift = 8 * hpel_idx; uint4 cost4 = 0; for( int y = 0; y < 8; y++ ) { uint4 enc, val4; enc = read_imageui( fenc, sampler, fencpos + (int2)(0, y)); val4.s0 = (read_imageui( fref_planes, sampler, frefpos + (int2)(0, y)).s0 >> mask_shift) & 0xFF; val4.s1 = (read_imageui( fref_planes, sampler, frefpos + (int2)(1, y)).s0 >> mask_shift) & 0xFF; val4.s2 = (read_imageui( fref_planes, sampler, frefpos + (int2)(2, y)).s0 >> mask_shift) & 0xFF; val4.s3 = (read_imageui( fref_planes, sampler, frefpos + (int2)(3, y)).s0 >> mask_shift) & 0xFF; cost4 += abs_diff( enc, val4 ); enc = read_imageui( fenc, sampler, fencpos + (int2)(4, y)); val4.s0 = (read_imageui( fref_planes, sampler, frefpos + (int2)(4, y)).s0 >> mask_shift) & 0xFF; val4.s1 = (read_imageui( fref_planes, sampler, frefpos + (int2)(5, y)).s0 >> mask_shift) & 0xFF; val4.s2 = (read_imageui( fref_planes, sampler, frefpos + (int2)(6, y)).s0 >> mask_shift) & 0xFF; val4.s3 = (read_imageui( fref_planes, sampler, frefpos + (int2)(7, y)).s0 >> mask_shift) & 0xFF; cost4 += abs_diff( enc, val4 ); } return cost4.s0 + cost4.s1 + cost4.s2 + cost4.s3; } /* One thread measures 8x8 SAD cost at a QPEL offset into an HPEL plane */ int sad_8x8_ii_qpel( read_only image2d_t fenc, int2 fencpos, read_only image2d_t fref_planes, int2 qpos ) { int2 frefApos = qpos >> 2; int hpelA = ((qpos.x & 2) >> 1) + (qpos.y & 2); int2 qposB = qpos + ((qpos & 1) << 1); int2 frefBpos = qposB >> 2; int hpelB = ((qposB.x & 2) >> 1) + (qposB.y & 2); uint mask_shift0 = 8 * hpelA, mask_shift1 = 8 * hpelB; int cost = 0; for( int y = 0; y < 8; y++ ) { for( int x = 0; x < 8; x++ ) { uint enc = read_imageui( fenc, sampler, fencpos + (int2)(x, y)).s0; uint vA = (read_imageui( fref_planes, sampler, frefApos + (int2)(x, y)).s0 >> mask_shift0) & 0xFF; uint vB = (read_imageui( fref_planes, sampler, frefBpos + (int2)(x, y)).s0 >> mask_shift1) & 0xFF; cost += abs_diff( enc, rhadd( vA, vB ) ); } } return cost; } /* Four threads measure 8x8 SATD cost at a QPEL offset into an HPEL plane * * Each thread collects 1/4 of the rows of diffs and processes one quarter of * the transforms */ int satd_8x8_ii_qpel_coop4( read_only image2d_t fenc, int2 fencpos, read_only image2d_t fref_planes, int2 qpos, local sum2_t *tmpp, int idx ) { volatile local sum2_t( *tmp )[4] = (volatile local sum2_t( * )[4])tmpp; sum2_t b0, b1, b2, b3; int2 frefApos = qpos >> 2; int hpelA = ((qpos.x&2)>>1) + (qpos.y&2); int2 qposB = qpos + (int2)(((qpos.x&1)<<1), ((qpos.y&1)<<1)); int2 frefBpos = qposB >> 2; int hpelB = ((qposB.x&2)>>1) + (qposB.y&2); uint mask_shift0 = 8 * hpelA, mask_shift1 = 8 * hpelB; uint vA, vB; uint a0, a1; uint enc; sum2_t sum = 0; #define READ_DIFF( OUT, X )\ enc = read_imageui( fenc, sampler, fencpos + (int2)(X, idx) ).s0;\ vA = (read_imageui( fref_planes, sampler, frefApos + (int2)(X, idx) ).s0 >> mask_shift0) & 0xFF;\ vB = (read_imageui( fref_planes, sampler, frefBpos + (int2)(X, idx) ).s0 >> mask_shift1) & 0xFF;\ OUT = enc - rhadd( vA, vB ); #define READ_DIFF_EX( OUT, a, b )\ {\ READ_DIFF( a0, a );\ READ_DIFF( a1, b );\ OUT = a0 + (a1<>BITS_PER_SUM)) >> 1; } constant int2 hpoffs[4] = { {0, -2}, {-2, 0}, {2, 0}, {0, 2} }; /* sub pixel refinement of motion vectors, output MVs and costs are moved from * temporary buffers into final per-frame buffer * * global launch dimensions: [mb_width * 4, mb_height] * * With X being the source 16x16 pixels, F is the lowres pixel used by the * motion search. We will now utilize the H V and C pixels (stored in separate * planes) to search at half-pel increments. * * X X X X X X * F H F H F * X X X X X X * V C V C V * X X X X X X * F H F H F * X X X X X X * * The YX HPEL bits of the motion vector selects the plane we search in. The * four planes are packed in the fref_planes 2D image buffer. Each sample * returns: s0 = F, s1 = H, s2 = V, s3 = C */ kernel void subpel_refine( read_only image2d_t fenc, read_only image2d_t fref_planes, const global short2 *in_mvs, const global int16_t *in_sad_mv_costs, local int16_t *cost_local, local sum2_t *satd_local, local short2 *mvc_local, global short2 *fenc_lowres_mv, global int16_t *fenc_lowres_mv_costs, int mb_width, int lambda, int b, int ref, int b_islist1 ) { int mb_x = get_global_id( 0 ) >> 2; if( mb_x >= mb_width ) return; int mb_height = get_global_size( 1 ); int mb_i = get_global_id( 0 ) & 3; int mb_y = get_global_id( 1 ); int mb_xy = mb_y * mb_width + mb_x; /* fenc_lowres_mv and fenc_lowres_mv_costs are large buffers that * hold many frames worth of motion vectors. We must offset into the correct * location for this frame's vectors. The kernel will be passed the correct * directional buffer for the direction of the search: list1 or list0 * * CPU equivalent: fenc->lowres_mvs[0][b - p0 - 1] * GPU equivalent: fenc_lowres_mvs[(b - p0 - 1) * mb_count] */ fenc_lowres_mv += (b_islist1 ? (ref-b-1) : (b-ref-1)) * mb_width * mb_height; fenc_lowres_mv_costs += (b_islist1 ? (ref-b-1) : (b-ref-1)) * mb_width * mb_height; /* Adjust pointers into local memory buffers for this thread's data */ int mb_in_group = get_local_id( 1 ) * (get_local_size( 0 ) >> 2) + (get_local_id( 0 ) >> 2); cost_local += mb_in_group * 4; satd_local += mb_in_group * 16; mvc_local += mb_in_group * 4; int i_mvc = 0; mvc_local[0] = mvc_local[1] = mvc_local[2] = mvc_local[3] = 0; #define MVC( DX, DY ) mvc_local[i_mvc++] = in_mvs[mb_width * (mb_y + DY) + (mb_x + DX)]; if( mb_x > 0 ) MVC( -1, 0 ); if( mb_y > 0 ) { MVC( 0, -1 ); if( mb_x < mb_width - 1 ) MVC( 1, -1 ); if( mb_x > 0 ) MVC( -1, -1 ); } #undef MVC int2 mvp = (i_mvc <= 1) ? convert_int2_sat(mvc_local[0]) : x264_median_mv( mvc_local[0], mvc_local[1], mvc_local[2] ); int bcost = in_sad_mv_costs[mb_xy]; int2 coord = (int2)(mb_x, mb_y) << 3; int2 bmv = convert_int2_sat( in_mvs[mb_xy] ); /* Make mvp and bmv QPEL MV */ mvp <<= 2; bmv <<= 2; #define HPEL_QPEL( ARR, FUNC )\ {\ int2 trymv = bmv + ARR[mb_i];\ int2 qpos = (coord << 2) + trymv;\ int cost = FUNC( fenc, coord, fref_planes, qpos ) + lambda * mv_cost( abs_diff( trymv, mvp ) );\ cost_local[mb_i] = (cost<<2) + mb_i;\ cost = min( cost_local[0], min( cost_local[1], min( cost_local[2], cost_local[3] ) ) );\ if( (cost>>2) < bcost )\ {\ bmv += ARR[cost&3];\ bcost = cost>>2;\ }\ } HPEL_QPEL( hpoffs, sad_8x8_ii_hpel ); HPEL_QPEL( dia_offs, sad_8x8_ii_qpel ); fenc_lowres_mv[mb_xy] = convert_short2_sat( bmv ); /* remeasure cost of bmv using SATD */ int2 qpos = (coord << 2) + bmv; cost_local[mb_i] = satd_8x8_ii_qpel_coop4( fenc, coord, fref_planes, qpos, satd_local, mb_i ); bcost = cost_local[0] + cost_local[1] + cost_local[2] + cost_local[3]; bcost += lambda * mv_cost( abs_diff( bmv, mvp ) ); fenc_lowres_mv_costs[mb_xy] = min( bcost, LOWRES_COST_MASK ); } /* Weightp filter a downscaled image into a temporary output buffer. * This kernel is launched once for each scale. * * Launch dimensions: width x height (in pixels) */ kernel void weightp_scaled_images( read_only image2d_t in_plane, write_only image2d_t out_plane, uint offset, uint scale, uint denom ) { int gx = get_global_id( 0 ); int gy = get_global_id( 1 ); uint4 input_val; uint4 output_val; input_val = read_imageui( in_plane, sampler, (int2)(gx, gy)); output_val = (uint4)(offset) + ( ( ((uint4)(scale)) * input_val ) >> ((uint4)(denom)) ); write_imageui( out_plane, (int2)(gx, gy), output_val ); } /* Weightp filter for the half-pel interpolated image * * Launch dimensions: width x height (in pixels) */ kernel void weightp_hpel( read_only image2d_t in_plane, write_only image2d_t out_plane, uint offset, uint scale, uint denom ) { int gx = get_global_id( 0 ); int gy = get_global_id( 1 ); uint input_val; uint output_val; input_val = read_imageui( in_plane, sampler, (int2)(gx, gy)).s0; uint4 temp; temp.s0 = input_val & 0x00ff; temp.s1 = (input_val >> 8) & 0x00ff; temp.s2 = (input_val >> 16) & 0x00ff; temp.s3 = (input_val >> 24) & 0x00ff; temp = (uint4)(offset) + ( ( ((uint4)(scale)) * temp ) >> ((uint4)(denom)) ); output_val = temp.s0 | (temp.s1 << 8) | (temp.s2 << 16) | (temp.s3 << 24); write_imageui( out_plane, (int2)(gx, gy), output_val ); } (8HOpenCL: %s OpenCL: fatal error, aborting encode libOpenCL.soclBuildProgramclCreateBufferclCreateCommandQueueclCreateContextclCreateImage2DclCreateKernelclCreateProgramWithBinaryclCreateProgramWithSourceclEnqueueCopyBufferclEnqueueMapBufferclEnqueueNDRangeKernelclEnqueueReadBufferclEnqueueWriteBufferclFinishclGetCommandQueueInfoclGetDeviceIDsclGetDeviceInfoclGetKernelWorkGroupInfoclGetPlatformIDsclGetProgramBuildInfoclGetProgramInfoclGetSupportedImageFormatsclReleaseCommandQueueclReleaseContextclReleaseKernelclReleaseMemObjectclReleaseProgramclSetKernelArg(SI)-DVECTORIZE=1OpenCL: Unable to query installed platforms OpenCL: malloc of installed platforms buffer failed OpenCL: %s does not support required image formats x264_lookahead.clbinOpenCL: Unable to find a compatible device Advanced Micro Devices, Inc.libatiadlxx.soADL_Main_Control_CreateADL_Main_Control_DestroyADL_Adapter_NumberOfAdapters_GetADL_PowerXpress_Scheme_GetOpenCL acceleration disabled, switchable graphics detected OpenCL acceleration enabled with %s %s %s rbCompiling OpenCL kernels... OpenCL: unable to create program wbOpenCL: unable to open clbin file for write OpenCL: Unable to query program binary size, no cache file generated OpenCL: Unable to query program binary, no cache file generated OpenCL: Compilation failed, unable to query build log OpenCL: Compilation failed, unable to alloc build log OpenCL: Compilation failed, unable to get build log x264_kernel_build_log.txtwOpenCL: Compilation failed, unable to create file x264_kernel_build_log.txt OpenCL: kernel build errors written to x264_kernel_build_log.txt OpenCL: Unable to compile kernel '%s' (%d) OpenCL: Unable to allocate page-locked buffer, error '%d' OpenCL: Unable to map page-locked buffer, error '%d' mb_intra_cost_satd_8x8sum_intra_costdownscale_hpeldownscale1downscale2memset_int16weightp_scaled_imagesweightp_hpelhierarchical_motionsubpel_refinemode_selectionsum_inter_costGCC: (GNU) 4.6 20120106 (prerelease)A6aeabi,Cortex-A8 A ,D.symtab.strtab.shstrtab.rel.text.data.bss.rodata.rel.data.rel.ro.local.rodata.str1.4.comment.note.GNU-stack.ARM.attributes4d U %+0t$< @08 [` O2<@X^0H&gHwpH7HK Z R  T&L).  T3T&F4KDPTUdZ|_dintz $8P\t $8H\p 0&P|\ "(.T4:8@FLRX^djpvL|8T X `&!$P$&0&   X#*08B0 \P\y<|opencl.c$ax264_opencl_error_notify$d.LC0.LC1adl_malloc_wrapper.LC2.LC3.LC4.LC5.LC6.LC7.LC8.LC9.LC10.LC11.LC12.LC13.LC14.LC15.LC16.LC17.LC18.LC19.LC20.LC21.LC22.LC23.LC24.LC25.LC26.LC27.LC28.LC29.LC30.LC36.LC38.LC39.LC32.LC46.LC47.LC48.LC54.LC33.LC50.LC52.LC63.LC61.LC37.LC34.LC40.LC41.LC42.LC43.LC44.LC31.LC49.LC56.LC53.LC57.LC58.LC60.LC51.LC45.LC62.LC55.LC35.LC59x264_opencl_source_hashx264_opencl_sourcekernelnames.8104x264_logx264_mallocx264_opencl_load_librarymemsetdlopendlsymdlclosex264_freex264_opencl_close_libraryx264_opencl_lookahead_deletex264_opencl_lookahead_initstrcmpfopenfseekoftellorewindfreadstrlenfclosestrncmpfwritefputsfputcx264_opencl_frame_delete0ZHZLP T[`]^____ _(_D_`_|______$_@_\_x______ _<_X_t__`a  !"#$% &$'((,)@`La[ a [4 ZT a\ ad a e Z f g h i( [@ jL kt l| a ZZac,a8[8mdkmkm(kPmlafXZ`lhaZZZ^_(_<_P_<`Z[$ZD[ZfnlZZXZpZZopopopopn Z8ZZZ,-./012N/34N56R789:; <=>? @$@(A,B0C4D8E<F@GD:HHLIPNTJXK\LUUU UUUUU U$U(U,Uslicetype-cl.o/ 1392656091 0 0 100644 26872 ` ELF(W4( G-M(  `@8pPp!0  @ H 0T H pD$ 0W  <$ 44  10&p pp0X @(0 0@D1/4>X @(0 A C0@D1/4/<X @(0 0@D1/4?X$0   1/4 ?\+ 0  1/40S(0 %$0p (呈!1/4?\p 0呈(1/40/Sp, 0 !1/4? X p 0 !1/40 /S H(0 t(p8, 04   10 00(@@,D1/44 \ @0 0 0( @D1/4|4 X? @(0 0@D1/44 X& @(0 A C0@D1/44 X  @(0 0@D1/44 X$ 0 1/4\(  0  1/44 \  01/40$ S$, 0 1/44 [0  1/44 \0 1/44 ^ 0 1/44 [0  1/44 Zt 0 1/44 [ 0 1/44 Z0 1/4l4 [ 01/40p$ Sr t#0  X#0 0T4   #00 pT4   "00 d "0 Z T$ x"0 K`"0 0B  8"0  8  "0  .  !0s $  !0    !0s   !0    `!0s T$ 4!0 !0 0 0Ä  ( 00 0 0  0  8dHlP(tP( lH$xP,lH$|`8  0  |  0  r  0  h  0  ^T$ !0 S4!0 0J  \!0s @x!0 07 !0s -  !0s #(! 00 "0  "0Ä  0@"0  0 h"0s "0Ä  0"0  " 00Ä  "0  0#0  0(#0  H#0  0T$ x#0 #0  0  #0s   #0s #0 0  $0s z D$0s pO-M@( p< !W80P0 H ,0SE p8Td  00Q!` 1d00x 㻝80p 0/<0 00T$ )0 T$ )0 T$ |)0 T$ T)0 T$ ,)0 T$ )0 T$ 0(0c   (00    |(00    H(00  tr  (00  fdT   0'0 WTd XR0t p=80 0!R,Ѝi p  T  RT!  1: ?c0q00 T0 0 1,; ? c0r0 0^:! $ 0S1 ,; ^o>0 1 Y   fP ᅀ F>Z 00 S/ R  0@2 S  R+$1 :    0   0$   !0>$0x264_opencl_alloc_lockedclCreateImage2D error '%d' clCreateBuffer error '%d' encoder/slicetype-cl.cbytes < PAGE_LOCKED_BUF_SIZEclEnqueueWriteBuffer error '%d' clSetKernelArg error '%d' clEnqueueNDRangeKernel error '%d' clEnqueueReadBuffer error '%d' clEnqueueCopyBuffer error '%d' GCC: (GNU) 4.6 20120106 (prerelease)A6aeabi,Cortex-A8 A ,D.symtab.strtab.shstrtab.rel.text.data.bss.rodata.rodata.str1.4.comment.note.GNU-stack.ARM.attributes4U P^ %U+U0U482UG0 W&P2W`p2W7iWpY ! \|,0/84P9p>CHMR,,8W9,$PP,RR,U,], kytX,!t?TP  1RKXRslicetype-cl.c$ax264_optimal_launch_dims$d.LC4.LC5.LC6.LC3.LC2.LC7.LC8.LC9.LC10__func__.8229__aeabi_uidivx264_opencl_flushmemcpyx264_opencl_lowres_init__assert2x264_logx264_opencl_motionsearchx264_opencl_finalize_costx264_opencl_slicetype_prepx264_weights_analysex264_weight_nonex264_opencl_slicetype_end__aeabi_idivx264_opencl_precalculate_frame_cost4!T!d!0## %x %%#@&h%|"(&8"&$&4"@"L"x&&&" &0&X&&&&& &H&t&&&&&$&048 <@D HLP T X\` d h l p t x |                                    $(H&p&&&&&8&\&&&&&&<&d&&&&& &@ &d & & & &!&(!&P!&x!&(/&T/&/&/&/&0&40&h0&0&0&1&P1&`5%p6&6&6&7&<7&x7&7&7&8&D8&p8&8&8&88 8 8 8 8 999 9 9 9 9 9 9$9 (9 ,9 09 49 89 <9 @9 D9 H9 L9 P9 T9 X9 \9 `9 d9 h9 l9 p9 t9 x9 |99 9 9 9 9 9 9 9 9 9 9 99 9 9 99 999&|:&:&:&;&@;&h;&;&;&\<"h<"<&<&<&=&,=&X=&=&=&=&=& >&H>&p>&>&>&>&?&@?&h?&F%G%J&J&J&K& @;ˮ@H$Bh&l nH$l("nh&@DFB&FfT V-R  01Cj#V  / A*aeabi Cortex-A8 A   ,D.symtab.strtab.shstrtab.rel.text.data.bss.rodata.ARM.attributes.note.GNU-stack44 DC %<4+<40@4@8p4+H44X6   ;h 0!<(,346O8hPt4T<t`xB8 h   d h !=Yv@8P7,!O|!g "l"#l$|%'|(("(;)T*m*d*+x+0++,D-.,I-bH.u-/0/80 0.d2N 3$dmask_ffmask_ac4mask_ac8$avar16_loopssim_skipx264_pixel_sad_4x4_armv6x264_pixel_sad_4x8_armv6x264_pixel_sad_4x4_neonx264_pixel_sad_4x8_neonx264_pixel_sad_8x4_neonx264_pixel_sad_8x8_neonx264_pixel_sad_8x16_neonx264_pixel_sad_16x8_neonx264_pixel_sad_16x16_neonx264_pixel_sad_aligned_4x4_neonx264_pixel_sad_aligned_4x8_neonx264_pixel_sad_aligned_8x4_neonx264_pixel_sad_aligned_8x8_neonx264_pixel_sad_aligned_8x16_neonx264_pixel_sad_aligned_16x8_neonx264_pixel_sad_aligned_16x16_neonx264_pixel_sad_aligned_8x4_neon_dualx264_pixel_sad_aligned_8x8_neon_dualx264_pixel_sad_aligned_8x16_neon_dualx264_pixel_sad_aligned_16x8_neon_dualx264_pixel_sad_aligned_16x16_neon_dualx264_pixel_sad_x3_4x4_neonx264_pixel_sad_x3_4x8_neonx264_pixel_sad_x3_8x4_neonx264_pixel_sad_x3_8x8_neonx264_pixel_sad_x3_8x16_neonx264_pixel_sad_x3_16x8_neonx264_pixel_sad_x3_16x16_neonx264_pixel_sad_x4_4x4_neonx264_pixel_sad_x4_4x8_neonx264_pixel_sad_x4_8x4_neonx264_pixel_sad_x4_8x8_neonx264_pixel_sad_x4_8x16_neonx264_pixel_sad_x4_16x8_neonx264_pixel_sad_x4_16x16_neonx264_pixel_ssd_4x4_neonx264_pixel_ssd_4x8_neonx264_pixel_ssd_8x4_neonx264_pixel_ssd_8x8_neonx264_pixel_ssd_8x16_neonx264_pixel_ssd_16x8_neonx264_pixel_ssd_16x16_neonx264_pixel_var_8x8_neonx264_var_endx264_pixel_var_16x16_neonx264_pixel_var2_8x8_neonx264_pixel_satd_4x4_neonx264_pixel_satd_4x8_neonx264_satd_4x8_8x4_end_neonx264_pixel_satd_8x4_neonx264_pixel_satd_8x8_neonx264_satd_8x8_neonx264_pixel_satd_8x16_neonx264_satd_8x4v_8x8h_neonx264_pixel_satd_16x8_neonx264_satd_16x4_neonx264_pixel_satd_16x16_neonx264_pixel_sa8d_8x8_neonx264_sa8d_8x8_neonx264_pixel_sa8d_16x16_neonx264_pixel_hadamard_ac_8x8_neonx264_hadamard_ac_8x8_neonx264_pixel_hadamard_ac_8x16_neonx264_pixel_hadamard_ac_16x8_neonx264_pixel_hadamard_ac_16x16_neonx264_pixel_ssim_4x4x2_core_neonx264_pixel_ssim_end4_neon(:`*?+B8+BD+B,F,F,F,F,F-F-D-I-I-I.I.I/L 0L0LP0L\0L0L0L0L0L44mc-a.o/ 1392656091 0 0 100644 11084 ` ELF(4(  B@  1/@- n l@@  !0X 00  B !   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