编码器配置文件的内容
我们以下面的encode_RA.cfg配置文件为例
#Note: keep at least two spaces between the command line key word and ":"; otherwise, the cmd parser cannot read the value after ":"
#======== File I/O =====================
input : BQSquare_416x240_60.yuv # file name of input video
output : str.bin # file name of output bitstream
#recon : rec.yuv # file name of reconstructed video
width : 416 # pixel width of input video
height : 240 # pixel height of input video
frame_rate : 60 # frame rate (Hz)
colour_description : 0 # Colour description in sequence_display_extension
#=========== split configuration =================
ctu_size : 128
min_cu_size : 4
max_part_ratio : 8
max_split_times : 6
min_qt_size : 8
max_bt_size : 128
max_eqt_size : 64
max_dt_size : 64
#======== Coding Structure =============
i_period : 64 # I-picture period
max_b_frames : 31 # Number of maximum B frames (1,3,7,15)
frames : 9 # maximum number of frames to be encoded
disable_hgop : 0 # disable hierarchical GOP. if not set, hierarchical GOP is used
skip_frames : 0 # number of skipped frames before encoding. default 0
#=========== Misc. ============
profile : 50 # profile id (default: 0x32, phase-2: 0x32 for 10bit or 0x30 for 8bit, phase-1: 0x22 for 10bit or 0x20 for 8bit)
level : 106 # level id (default: 0x6a)
signature : 0 # embed picture signature (HASH) for conformance checking in decoding
verbose : 1 # verbose level
input_bit_depth : 8 # input_bit_depth
internal_bit_depth : 10 # internal bit depth (8, 10)(default: same as input bitdpeth)
TemporalSubsampleRatio : 1 # temporal subsampling ratio
#======= Quantization =============
op_qp : 37 # QP value (-16~63 for 10-bit internal encoding precision, 0~63 for 8-bit internal encoding precision)
qp_add_frm : 0 # one more qp are added after this number of frames, disable:0 (default)
qp_offset_cb : 0 # qp offset for cb, disable:0 (default)
qp_offset_cr : 0 # qp offset for cr, disable:0 (default)
qp_offset_adp : 1 # frame-level adpative qp offset for cb and cr, (on: 1, off: 0, default: 1)
hdr_chroma_qp_offset : 0 # frame level adaptive Chroma QP offset for HDR content (on: 1, off: 0, default: 0)
lcu_delta_qp : 0 # delta qp for lcu (on: 1, off: 0, default: 0)
cu_delta_qp : 0 # delta qp for cu (on: 1, off: 0, default: 0. Note: only be effective when lcu_delta_qp = 1)
cu_qp_group_size : 16 # qp group size (can be 8, 16, 32, 64, default: 16)
#=========== Filter ============
deblock : 1 # deblock on/off flag (on: 1, off: 0, default: 1)
sao : 1 # sao on/off flag (on: 1, off: 0, default: 1)
alf : 1 # alf on/off flag (on: 1, off: 0, default: 1)
#=========== Coding Tools =================
ipf : 1 # intra prediction filter
tscpm : 1 # two-step cross component prediction
dt_intra : 1 # dt intra on/off flag
pbt : 0 # pbt on/off flag
amvr : 1 # amvr on/off flag
hmvp : 8 # number of hmvp skip candidates (default: 8, disable: 0)
emvr : 1 # extend amvr on/off flag
umve : 1 # ultra motion vector expression scheme
affine : 1 # affine on/off flag
smvd : 1 # smvd on/off flag
libpic : 0 # libpic on/off flag
#------phase-2 tools--------
eipm : 1 # extended intra prediction mode on/off flag
enhance_tscpm : 1 # enhanced TSCPM on/off flag
srcc : 1 # srcc on/off flag
ist : 1 # ist on/off flag
sbt : 1 # sbt on/off flag
dmvr : 1 # dmvr on/off flag
bio : 1 # bio on/off flag
interpf : 1 # inter prediction filter on/off flag
mvap : 1 # mvap on/off flag
affine_umve : 1 # affine_umve on/off flag
mipf : 1 # multiple intra prediction filter
awp : 1 # angular weighted prediction(AWP off: 0, AWP on: 1, AWP SCC refinement adaptive on/off: 2, AWP SCC refinement on: 3)
awp_mvr : 1 # angular weighted prediction with motion vectore refinement
etmvp : 1 # etmvp on/off flag
sbtmvp : 1 # sbtmvp on/off flag
pmc : 1 # pediction from multiple cross-components
mcabac : 1 # counter-based multi-CABAC on/off flag
est : 1 # est on/off flag
st_chroma : 1 # st_chroma on/off flag
umve_enh : 1 # umve enhancement
obmc : 1 # overlapped block motion compensation
esao : 1 # esao on/off flag (on: 1, off:0)
dbr : 1 # dbr on/off flag (on: 1, off:0)
bgc : 1 # bgc on/off flag (on: 1, off:0)
ipf_chroma : 1 # chroma intrapf on/off flag
alf_enhance : 1 # ALF enhancement on/off flag (on: 1, off:0)
fast_ld : 0 # fast lowdelay me method (on: 1, off:0) off for RA case
ccsao : 1 # ccsao on/off flag (on: 1, off:0)
asp : 1 # affine secondary prediction on/off flag (on: 1, off:0)
iip : 1 # improved intra prediction on/off flag (on:1, off:0)
deblock_type : 1 # adaptive control of deblock type on/off flag
sawp : 1 # spatial angular weighted prediction
ipc : 1 # inter predictor correction on/off flag (on:1, off:0)
alo_enable_type : 0 # adaptive lambda optimization for lcu (on:1, off:0)
#-------scc coding tools----
ibc : 0 # intra block copy on/off flag (IBC on: 1, IBC off: 0, IBC adaptive on/off: 2)
abvr : 1 # abvr on/off flag
fimc : 0 # frequency-based intra mode coding on/off flag (for SCC coding)
ists : 0 # ists on/off flag
ts_inter : 0 # ts_inter on/off flag
sp : 0 # string prediction on/off flag
evs_ubvs : 0 # evs_ubvs on/off flag
#================= library picture ===============
#skip_frames_when_extract_libpic : 0 #number of skipped frames before extract libpic. default: the same as the number of skipped frames before encoding
#frames_when_extract_libpic : 100 #maximum number of frames when extract libpic. default: the same as the nmaximum number of frames to be encoded
#=========== patch =================
patch_stable : 1 # stable_patch_flag (0: all the pic as the same patch size; 1: each pic as the different patch size)
cross_patch_loopfilter : 1 # loop_filter_across_patch_flag (1: cross; 0: non cross)
patch_ref_colocated : 0 # indicate whether the MV out of the patch boundary
patch_uniform : 1 # 0: all the patch are in the same size; 1: each patch in the different size
patch_width_in_lcu : 0 # the width of patch in LCU
patch_height_in_lcu : 0 # the height of patch in LCU
#=========== weight quant =================
wq_enable : 0 # Frequency Weighting Quantization (0=disable,1=enable)
seq_wq_mode : 0 # (0:default, 1:user define)
seq_wq_user : [64,64,64,68,64,64,68,72,64,68,76,80,72,76,84,96,64,64,64,64,68,68,72,76,64,64,64,68,72,76,84,92,64,64,68,72,76,80,88,100,64,68,72,80,84,92,100,112,68,72,80,84,92,104,112,128,76,80,84,92,104,116,132,152,96,100,104,116,124,140,164,188,104,108,116,128,152,172,192,216]
pic_wq_data_idx : 1 # Picture level WQ data index (0:refer to seq_header, 1:derived by WQ parameter, 2:load from pic_header)
pic_wq_user : [64,64,64,68,64,64,68,72,64,68,76,80,72,76,84,96,64,64,64,64,68,68,72,76,64,64,64,68,72,76,84,92,64,64,68,72,76,80,88,100,64,68,72,80,84,92,100,112,68,72,80,84,92,104,112,128,76,80,84,92,104,116,132,152,96,100,104,116,124,140,164,188,104,108,116,128,152,172,192,216]
wq_param : 0 # Weighting Quantization Parameter(0=Default, 1=UnDetailed, 2=Detailed)
wq_model : 1 # Frequency Weighting Quantization Model (0-2)
wq_param_detailed : [64,49,53,58,58,64] # User defined Parameters-Detailed
wq_param_undetailed : [67,71,71,80,80,106] # User defined Parameters-UnDetailed
#=========== preprocess =============
temporal_filter : 1
temporal_filter_lookahead : 1
temporal_filter_period_0 : 8
temporal_filter_strength_0 : 95
temporal_filter_period_1 : 16
temporal_filter_strength_1 : 150
#=========== reference picture management =================
#|Type POC temporal_id #ref_pics_active reference pictures
RPL0_0 : B|32|0|2|32|48|64|9999|32|31|33
RPL0_1 : B|16|1|2|16|32|9999|33|32
RPL0_2 : B|8|2|2|8|24|9999
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