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| Ticket | Resolution | Summary | Owner | Reporter |
|---|---|---|---|---|
| #228 | fixed | Reconciling DMVR spec text with software ticket #214 | JeevaRaj | |
| Description |
Current DMVR spec text explains about an adaptive search pattern that was tested in CE. The adoption should correspond to the 25-point exhaustive search with cost comparisons in raster order. This is covered in the attached draft. Also, at the Geneva meeting, the track notes has a comment that the spec text provide the division free parametric function based refinement method that matches the software implementation. |
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| #353 | fixed | Spec draft fix for BDOF related | JeevaRaj | |
| Description |
In sec 8.5.6.3, for each xL = 0..sbWidth − 1 +bdofOffset, yL = 0..sbHeight − 1 +bdofOffset , 8.5.6.3.3 Luma integer sample fetching process is called under boundary condition. xIntL and yIntL are derived as follows xIntL = xSb + ( refMvLX[ 0 ] >> 4 ) + xL (8-721) yIntL = ySb + ( refMvLX[ 1 ] >> 4 ) + yL (8-722) Above equation is correct if xl and yL starts from -1 |
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| #354 | fixed | Spec draft fix for BDOF related | JeevaRaj | |
| Description |
In sec 8.5.6.3, for each xL = 0..sbWidth − 1 +bdofOffset, yL = 0..sbHeight − 1 +bdofOffset , 8.5.6.3.3 Luma integer sample fetching process is called under boundary condition. xIntL and yIntL are derived as follows xIntL = xSb + ( refMvLX[ 0 ] >> 4 ) + xL (8-721) yIntL = ySb + ( refMvLX[ 1 ] >> 4 ) + yL (8-722) Above equation is correct if xl and yL starts from -1 Attached proposed fix for review |
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