Generated from class MR.MeshPointAndDistance. This is the non-const half of the class.
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| new unsafe ref MR.Vector3f | loc [get] |
| | point location
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| new unsafe MR.MeshTriPoint | mtp [get, protected set] |
| | the corresponding point on mesh in barycentric representation
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| new unsafe ref float | eucledeanDist [get] |
| | euclidean distance from input location to mtp
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| new unsafe ref float | w [get] |
| | point's weight
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| new unsafe ref bool | bidirectionalOrOutside [get] |
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Generated from class MR.MeshPointAndDistance. This is the non-const half of the class.
◆ MeshPointAndDistance() [1/4]
| unsafe MR.MeshPointAndDistance.MeshPointAndDistance |
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inline |
Constructs an empty (default-constructed) instance.
◆ MeshPointAndDistance() [2/4]
| unsafe MR.MeshPointAndDistance.MeshPointAndDistance |
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MR.Vector3f | loc, |
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MR.Const_MeshTriPoint | mtp, |
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float | eucledeanDist, |
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float | w, |
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bool | bidirectionalOrOutside ) |
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inline |
◆ MeshPointAndDistance() [3/4]
| unsafe MR.MeshPointAndDistance.MeshPointAndDistance |
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MR.Const_MeshPointAndDistance | _other | ) |
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inline |
Generated from constructor MR.MeshPointAndDistance.MeshPointAndDistance.
◆ MeshPointAndDistance() [4/4]
Generated from constructor MR.MeshPointAndDistance.MeshPointAndDistance.
◆ assign()
Generated from method MR.MeshPointAndDistance.operator=.
◆ bidirectionalOrOutside
| new unsafe ref bool MR.MeshPointAndDistance.bidirectionalOrOutside |
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get |
either 1) bidirectional distances are computed, or 2) input location is locally outside of the surface (by pseudonormal) used for optimization
◆ eucledeanDist
| new unsafe ref float MR.MeshPointAndDistance.eucledeanDist |
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get |
euclidean distance from input location to mtp
◆ loc
◆ mtp
the corresponding point on mesh in barycentric representation
| new unsafe ref float MR.MeshPointAndDistance.w |
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get |
The documentation for this class was generated from the following file: