Lines Matching full:figure

63 different partitioning patterns, as shown in below figure.
65 <figure class="image"> <center><img src="img\partition_codingblock.svg"
66 alt="Partition" width="360" /> <figcaption>Figure 1: Supported coding block
67 partitions</figcaption> </figure>
88 <figure class="image"> <center><figcaption>Table 1: Transform partition size
90 /> </figure>
95 intra coded block is shown in the Figure 2.
97 <figure class="image"> <center><img src="img\intra_tx_partition.svg"
98 alt="Partition" width="600" /> <figcaption>Figure 2: Example of transform
99 partitioning for intra coded block</figcaption> </figure>
111 <figure class="image"> <center><img src="img\inter_tx_partition.svg"
112 alt="Partition" width="400" /> <figcaption>Figure 3: Example of transform
113 partitioning for inter coded block</figcaption> </figure>
126 modes, as shown in the following figure. In the below figure, solid arrows
130 <figure class="image"> <center><img src="img\intra_directional.svg"
131 alt="Directional intra" width="300" /> <figcaption>Figure 4: Directional intra
132 prediction modes</figcaption> </figure>
156 `PAETH predictor` are illustrated in below figure.
158 <figure class="image"> <center><img src="img\intra_paeth.svg" alt="Directional
159 intra" width="300" /> <figcaption>Figure 5: Paeth predictor</figcaption>
160 </figure>
173 <figure class="image"> <center><img src="img\intra_recursive.svg"
174 alt="Directional intra" width="300" /> <figcaption>Figure 6: Recursive filtering
175 modes</figcaption> </figure>
188 <figure class="image"> <center><img src="img\intra_cfl.svg" alt="Directional
189 intra" width="700" /> <figcaption>Figure 7: CfL prediction</figcaption>
190 </figure>
208 Figure 8.
210 <figure class="image"> <center><img src="img\inter_spatial_mvp.svg"
211 alt="Directional intra" width="350" /><figcaption>Figure 8: Motion field
212 estimation by linear projection</figcaption></figure>
235 temporal MV buffer. In an example shown in Figure 5, the MV of reference frame 1
238 is stored in the temporal MV buffer associated with this 8x8 block. <figure
240 intra" width="800" /><figcaption>Figure 9: Motion field estimation by linear
241 projection</figcaption></figure> Finally, given a couple of pre-defined block
244 the current block to its reference frame, e.g., MV0 in Figure 5. In Figure 6,
247 predictors.<figure class="image"> <center><img
249 /><figcaption>Figure 10: Block positions for deriving temporal MV
250 predictors</figcaption></figure> The temporal MV predictors are checked after
337 <figure class="image"> <center><img src="img\inter_obmc.svg" alt="Directional
338 intra" width="300" /><figcaption>Figure 11: neighboring blocks for OBMC
339 process</figcaption></figure>
380 <figure class="image"> <center><figcaption>Table 2: Transform basis functions
382 "img\tx_basis.svg" alt="Partition" width="450" /> </figure>
394 <figure class="image"> <center><figcaption>Table 3: Transform type candidates
397 </figure>
399 <figure class="image"> <center><figcaption>Table 4: Transform type candidates
401 <img src="img\tx_cands_small.svg" alt="Partition" width="440" /> </figure>
406 <figure class="image"> <center><figcaption>Table 5: Definition of transform set.
407 </figcaption> <img src="img\tx_set.svg" alt="Partition" width="450" /> </figure>
416 <figure class="image"> <center><figcaption>Table 6: Transform type selection for
418 "img\tx_chroma.svg" alt="Partition" width="500" /> </figure>
459 <figure class="image"> <center><img src="img\quant_dc.svg" alt="quant_dc"
460 width="800" /><figcaption>Figure 11: Quantization step size of DC coefficients
461 for different internal bit-depth</figcaption></figure>
463 <figure class="image"> <center><img src="img\quant_ac.svg" alt="quant_ac"
464 width="800" /><figcaption>Figure 12: Quantization step size of AC coefficients
465 for different internal bit-depth</figcaption></figure>
553 eight edge directions in total, as illustrated in Figure 13.
554 <figure class="image"> <center><img src="img\edge_direction.svg"
555 alt="Edge direction" width="700" /> <figcaption>Figure 13: Line number
556 k for pixels following direction d=0:7 in an 8x8 block.</figcaption> </figure>
561 <figure class="image"> <center><img src="img\equ_edge_direction.svg"
562 alt="Equation edge direction" width="250" /> </figure>
571 The primary tap works along the edge direction (as shown in Figure 14),
573  (as shown in Figure 15).
575 <figure class="image"> <center><img src="img\primary_tap.svg"
576 alt="Primary tap" width="700" /> <figcaption>Figure 14: Primary filter
579 highlighted center.</figcaption> </figure>
581 <figure class="image"> <center><img src="img\secondary_tap.svg"
582 alt="Edge direction" width="700" /> <figcaption>Figure 15: Secondary
584 </figcaption> </figure>
588 <figure class="image"> <center><img src="img\equ_dir_search.svg"
589 alt="Equation direction search" width="720" /> </figure>
646 <figure class="image"> <center><img src="img\equ_dual_self_guided.svg"
647 alt="Equation dual self guided filter" width="300" /> </figure>
652 <figure class="image"> <center><img src="img\equ_dual_self_para.svg"
653 alt="Equation dual self guided filter parameter" width="220" /> </figure>
670 <figure class="image"> <center><img src="img\equ_guided_filter.svg"
671 alt="Equation guided filter" width="155" /> </figure>
772 the prediction area is shown in below figure.
774 <figure class="image"> <center><img src="img\SCC_IntraBC.svg" alt="Intra block
775 copy" width="600" /> <figcaption>Figure 13: the prediction area for IntraBC mode
776 in one super block prediction</figcaption> </figure>