Private class of FastSweeping to perform concurrent fast sweeping in two directions.
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#include <FastSweeping.h>
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| SweepingKernel (FastSweeping &parent) |
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| SweepingKernel (const SweepingKernel &)=delete |
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SweepingKernel & | operator= (const SweepingKernel &)=delete |
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template<typename HashOp > |
void | computeVoxelSlices (HashOp hash) |
| Main method that performs concurrent bi-directional sweeps. More...
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template<typename ExtT = ExtValueT, typename SdfT = SdfValueT, typename std::enable_if< std::is_same< ExtT, int >::value, int >::type = 0> |
ExtT | twoNghbr (const NN &d1, const NN &d2, const SdfT &, const ExtT &v1, const ExtT &v2) const |
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template<typename ExtT = ExtValueT, typename SdfT = SdfValueT, typename std::enable_if<!std::is_same< ExtT, int >::value, int >::type = 0> |
ExtT | twoNghbr (const NN &d1, const NN &d2, const SdfT &w, const ExtT &v1, const ExtT &v2) const |
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template<typename ExtT = ExtValueT, typename SdfT = SdfValueT, typename std::enable_if< std::is_same< ExtT, int >::value, int >::type = 0> |
ExtT | threeNghbr (const NN &d1, const NN &d2, const NN &d3, const SdfT &, const ExtT &v1, const ExtT &v2, const ExtT &v3) const |
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template<typename ExtT = ExtValueT, typename SdfT = SdfValueT, typename std::enable_if<!std::is_same< ExtT, int >::value, int >::type = 0> |
ExtT | threeNghbr (const NN &d1, const NN &d2, const NN &d3, const SdfT &w, const ExtT &v1, const ExtT &v2, const ExtT &v3) const |
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void | sweep () |
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template<typename SdfGridT, typename ExtValueT = typename SdfGridT::ValueType>
struct openvdb::v8_1::tools::FastSweeping< SdfGridT, ExtValueT >::SweepingKernel
Private class of FastSweeping to perform concurrent fast sweeping in two directions.
◆ SweepingKernel() [1/2]
◆ SweepingKernel() [2/2]
◆ computeVoxelSlices()
void computeVoxelSlices |
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HashOp |
hash | ) |
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inline |
Main method that performs concurrent bi-directional sweeps.
◆ operator=()
◆ sweep()
◆ threeNghbr() [1/2]
ExtT threeNghbr |
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const NN & |
d1, |
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const NN & |
d2, |
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const NN & |
d3, |
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const SdfT & |
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const ExtT & |
v1, |
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const ExtT & |
v2, |
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const ExtT & |
v3 |
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inline |
- Note
- Extending an integer field is based on the nearest-neighbor interpolation
◆ threeNghbr() [2/2]
ExtT threeNghbr |
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const NN & |
d1, |
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const NN & |
d2, |
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const NN & |
d3, |
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const SdfT & |
w, |
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const ExtT & |
v1, |
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const ExtT & |
v2, |
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const ExtT & |
v3 |
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inline |
- Note
- Extending a non-integer field is based on a weighted interpolation
◆ twoNghbr() [1/2]
ExtT twoNghbr |
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const NN & |
d1, |
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const NN & |
d2, |
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const SdfT & |
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const ExtT & |
v1, |
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const ExtT & |
v2 |
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inline |
- Note
- Extending an integer field is based on the nearest-neighbor interpolation
◆ twoNghbr() [2/2]
ExtT twoNghbr |
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const NN & |
d1, |
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const NN & |
d2, |
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const SdfT & |
w, |
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const ExtT & |
v1, |
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const ExtT & |
v2 |
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) |
| const |
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inline |
- Note
- Extending a non-integer field is based on a weighted interpolation
The documentation for this struct was generated from the following file: