A virtual class for doing differences with sub-pixel vectors.
#include <me_utils.h>
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| | BlockDiffUp (const PicArray &ref, const PicArray &pic) |
| | Constructor, initialising the reference and picture data. More...
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| virtual | ~BlockDiffUp () |
| | Destructor. More...
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| virtual float | Diff (const BlockDiffParams &dparams, const MVector &mv)=0 |
| | Do the difference, returning SAD. More...
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| virtual void | Diff (const BlockDiffParams &dparams, const MVector &mv, const float mvcost, const float lambda, MvCostData &best_costs, MVector &best_mv)=0 |
| | Do the actual difference, overwriting the best MV so far if appropriate. More...
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| | BlockDiff (const PicArray &ref, const PicArray &pic) |
| | Constructor, initialising the reference and picture data. More...
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| virtual | ~BlockDiff () |
| | Destructor
More...
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| virtual float | Diff (const BlockDiffParams &dparams, const MVector &mv)=0 |
| | Do the difference, returning SAD. More...
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◆ BlockDiffUp() [1/2]
◆ ~BlockDiffUp()
| virtual dirac::BlockDiffUp::~BlockDiffUp |
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inlinevirtual |
◆ BlockDiffUp() [2/2]
| dirac::BlockDiffUp::BlockDiffUp |
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const BlockDiffUp & |
cpy | ) |
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private |
◆ Diff() [1/2]
◆ Diff() [2/2]
Do the actual difference, overwriting the best MV so far if appropriate, and bailing out if we do worse
- Parameters
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| dparams | block parameters |
| mv | the motion vector being used |
| mvcost | the (prediction) cost of the motion vector mv |
| lambda | the weighting to be given to mvcost |
| best_costs | the best Lagrangian costs obtained yet |
| best_mv | the MV giving the best Lagrangian costs so far
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Implemented in dirac::BlockDiffHalfPel, dirac::BlockDiffQuarterPel, and dirac::BlockDiffEighthPel.
◆ operator=()
The documentation for this class was generated from the following file: