Is SVT-AV1 encoder implementation a planned feature?

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SVT-AV1 Encoder

Usage: SvtAv1EncApp.exe <options> -b dst_filename -i src_filename

Options:                 
	     	--help                    	Show usage options and exit
	-i   	--input                  	Input filename           
	-b   	--output                 	Output filename          
	     	--errlog                  	Error filename           
	-o   	--recon                  	Recon filename           
	     	--stat-file               	Stat filename            

Encoder Global Options:  
	-w   	--width                  	Frame width              
	-h   	--height                 	Frame height             
	-n   	--frames                 	Stop encoding after n input frames
	     	--nb                      	Buffer n input frames    
	     	--color-format            	Set encoder color format(EB_YUV400, EB_YUV420, EB_YUV422, EB_YUV444)
	     	--profile                 	Bitstream profile number to use(0: main profile[default], 1: high profile, 2: professional profile) 
	     	--fps                     	Stream frame rate (rate/scale)
	     	--fps-num                 	Stream frame rate numerator
	     	--fps-denom               	Stream frame rate denominator
	     	--input-depth            	Bit depth for codec(8 or 10)
	     	--16bit-pipeline          	Bit depth for enc-dec(0: lbd[default], 1: hbd)
	     	--hierarchical-levels     	Set hierarchical levels(3 or 4[default])
	     	--pred-struct             	Set prediction structure( 0: low delay P, 1: low delay B, 2: random access [default])
	     	--enable-hdr             	Enable high dynamic range(0: OFF[default], ON: 1)
	     	--asm                     	Assembly instruction set (0: Automatically select lowest assembly instruction set supported, 1: Automatically select highest assembly instruction set supported)
	     	--lp                      	number of logical processors to be used
	     	--unpin-lp1               	allows the execution of multiple encodes on the CPU without having to pin them to a specific mask( 0: OFF ,1: ON[default]) 
	     	--ss                      	Specify  which socket the encoder runs on

Rate Control Options:    
	     	--rc                      	Rate control mode(0 = CQP , 1 = VBR , 2 = CVBR)
	     	--tbr                     	Target Bitrate (kbps)    
	     	--use-q-file              	Overwrite QP assignment using qp values in QP file
	     	--qpfile                 	Path to Qp file          
	     	--max-qp                  	Maximum (worst) quantizer[0-63]
	     	--min-qp                  	Minimum (best) quantizer[0-63]
	     	--adaptive-quantization   	Set adaptive QP level(0: OFF ,1: variance base using segments ,2: Deltaq pred efficiency)
	     	--vbv-bufsize             	VBV buffer size          

Twopass Options:         
	     	--output-stat-file        	First pass stat file output
	     	--input-stat-file         	Input the first pass output to the second pass
	     	--enc-mode-2p             	Use Hme/Me settings of the second pass'encoder mode in the first pass

Keyframe Placement Options:
	     	--keyint                 	Intra period interval(frames) (-2: No intra update, -1: default intra period or [0-255])
	     	--irefresh-type           	Intra refresh type (1: CRA (Open GOP)2: IDR (Closed GOP))

AV1 Specific Options:    
	     	--preset                 	Encoder mode/Preset used[0-8]
	     	--compressed-ten-bit-format	Offline packing of the 2bits: requires two bits packed input (0: OFF[default], 1: ON)
	     	--tile-rows               	Number of tile rows to use, log2[0-6]
	     	--tile-columns            	Number of tile columns to use, log2[0-6]
	-q   	--qp                     	Constant/Constrained Quality level
	     	--lookahead              	When RC is ON , it is best to set this parameter to be equal to the intra period value
	     	--disable-dlf            	Disable loop filter(0: loop filter enabled[default] ,1: loop filter disabled)
	     	--cdef-mode               	CDEF Mode, 0: OFF, 1-5: ON with 2,4,8,16,64 step refinement, -1: DEFAULT
	     	--enable-restoration-filtering	Enable the loop restoration filter(0: OFF ,1: ON ,-1:DEFAULT)
	     	--sg-filter-mode          	Self-guided filter mode (0:OFF, 1: step 0, 2: step 1, 3: step 4, 4: step 16, -1: DEFAULT)
	     	--wn-filter-mode          	Wiener filter mode (0:OFF, 1: 3-Tap luma/ 3-Tap chroma, 2: 5-Tap luma/ 5-Tap chroma, 3: 7-Tap luma/ 7-Tap chroma, -1: DEFAULT)
	     	--enable-mfmv            	Enable motion field motion vector( 0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-redundant-blk   	Use the same md results(mode, residual , cost,etc..)as the previously processed identical block(0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-spatial-sse-fl  	Enable spatial sse full loop(0: OFF, 1: ON, -1: DEFAULT)
	     	--subpel                  	Enable subpel(0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-over-bndry-blk  	Enable over boundary block mode (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-new-nrst-near-comb	Enable new nearest near comb injection (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-prune-unipred-me	Enable prune unipred at me (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-prune-ref-rec-part	Enable prune ref frame for rec partitions (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-nsq-table-use   	Enable nsq table (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-framend-cdf-upd-mode	Enable frame end cdf update mode (0: OFF, 1: ON, -1: DEFAULT)
	     	--chroma-mode             	Select chroma mode([0-3], -1: DEFAULT)
	     	--disable-cfl            	Disable chroma from luma (CFL) flag (0: OFF (do not disable), 1: ON (disable), -1: DEFAULT)
	     	--enable-local-warp      	Enable warped motion use , 0 = OFF, 1 = ON, -1 = DEFAULT
	     	--enable-global-motion   	Enable global motion (0: OFF, 1: ON [default])
	     	--enable-class-12        	Enable combine MD Class1&2 (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-intra-edge-skp  	Enable intra edge filtering (0: OFF, 1: ON (default))
	     	--intra-angle-delta       	Enable intra angle delta filtering filtering (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-interintra-comp 	Enable interintra compound (0: OFF, 1: ON (default))
	     	--enable-paeth           	Enable paeth (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-smooth          	Enable smooth (0: OFF, 1: ON, -1: DEFAULT)
	     	--obmc                    	Enable OBMC(0: OFF, 1: ON[default]) 
	     	--enable-rdoq            	Enable RDOQ (0: OFF, 1: ON, -1: DEFAULT)
	     	--enable-filter-intra    	Enable filter intra prediction mode (0: OFF, 1: ON [default])
	     	--enable-intra-edge-filter	Enable intra edge filter (0: OFF, 1: ON, -1: DEFAULT)
	     	--pic-based-rate-est      	Enable picture based rate estimation (0: OFF, 1: ON, -1: DEFAULT)
	     	--pred-me                 	Set predictive motion estimation level(-1: default, [0-5])
	     	--bipred-3x3              	Set bipred3x3 injection (0: OFF, 1: ON FULL, 2: Reduced set, -1: DEFAULT)
	     	--compound                	Enable compound mode(0: OFF, 1:ON[AVG/DIST/DIFF], 2: ON[AVG/DIST/DIFF/WEDGE], -1: default)
	     	--use-default-me-hme      	Use default motion estimation/hierarchical motion estimation settings(0: OFF, 1: ON[default])
	     	--hme                     	Enable hierarchical motion estimation(0: OFF, 1: ON)
	     	--hme-l0                  	Enable hierarchical motion estimation Level 0 (0: OFF, 1: ON)
	     	--hme-l1                  	Enable hierarchical motion estimation Level 1 (0: OFF, 1: ON)
	     	--hme-l2                  	Enable hierarchical motion estimation Level 2 (0: OFF, 1: ON)
	     	--ext-block               	Enable the rectangular and asymetric block (0: OFF, 1: ON)
	     	--search-w                	Set search area in width[1-256]
	     	--search-h                	Set search area in height[1-256]
	     	--num-hme-w               	Set hierarchical motion estimation search region in Width
	     	--num-hme-h               	Set hierarchical motion estimation search region in height
	     	--hme-tot-l0-w            	Set hierarchical motion estimation level0 total search area in Width
	     	--hme-tot-l0-h            	Set hierarchical motion estimation level0 total search area in height
	     	--scm                     	Set screen content detection level([0-2], 2: DEFAULT)
	     	--intrabc-mode            	Set intraBC mode (0: OFF, 1: ON slow, 2: ON faster, 3: ON fastest, -1: DEFAULT)
	     	--hbd-md                  	Enable high bit depth mode decision(0: OFF, 1: ON partially[default],2: fully ON)
	     	--palette                 	Set palette prediction mode(-1: default or [0-6])
	     	--umv                     	Allow motion vectors to reach outside of the picture boundary(O: OFF, 1: ON[default])
	     	--inj                     	Inject pictures at defined frame rate(0: OFF[default],1: ON)
	     	--inj-frm-rt              	Set injector frame rate  
	     	--speed-ctrl              	Enable speed control(0: OFF[default], 1: ON)
	     	--film-grain              	Enable film grain(0: OFF[default], 1-50: ON, film-grain denoising strength)
	     	--hme-l0-w                	Set hierarchical motion estimation level0 search area in Width
	     	--hme-l0-h                	Set hierarchical motion estimation level0 search area in height
	     	--hme-l1-w                	Set hierarchical motion estimation level1 search area in Width
	     	--hme-l1-h                	Set hierarchical motion estimation level1 search area in height
	     	--hme-l2-w                	Set hierarchical motion estimation level2 search area in Width
	     	--hme-l2-h                	Set hierarchical motion estimation level2 search area in height
	     	--enable-altrefs          	Enable automatic alt reference frames(0: OFF, 1: ON[default])
	     	--altref-strength         	AltRef filter strength([0-6], default: 5)
	     	--altref-nframes          	AltRef max frames([0-10], default: 7)
	     	--enable-overlays         	Enable the insertion of an extra picture called overlayer picture which will be used as an extra reference frame for the base-layer picture(0: OFF[default], 1: ON)
	     	--sqw                     	Determines if HA, HB, VA, VB, H4 and V4 shapes could be skipped based on the cost of SQ, H and V shapes([75-100], default: 100)
	     	--mds-1-class-th          	Set MD Stage 1 prune class threshold[5-200]
	     	--mds-1-cand-th           	Set MD Stage 1 prune candidate threshold[5,150]
	     	--mds-2-3-class-th        	Set MD Stage 2/3 prune class threshold[5,100]
	     	--mds-2-3-cand-th         	Set MD Stage 2/3 prune candidate threshold[5,50]
	     	--enable-stat-report     	Stat Report              
	     	--enable-intra-angle-delta	CDEF Mode, 0: OFF, 1-5: ON with 2,4,8,16,64 step refinement, -1: DEFAULT