information about just reached vertex (with final metric value) Generated from class MR::EdgePathsBuilderT<MR.TrivialMetricToPenalty>ReachedVert. This is the const half of the class.
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| virtual unsafe void | Dispose (bool disposing) |
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| unsafe ref readonly MR.VertId | v [get] |
| unsafe ref readonly MR.EdgeId | backward [get] |
| | edge from this vertex to its predecessor in the forest (if this vertex is not start)
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| unsafe float | penalty [get] |
| | not reached vertices are ordered in priority queue by their penalty (with the smallest value on top); penalty is equal to metric in ordinary Dijkstra, or equal to (metric + target distance lower bound) in A*
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| unsafe float | metric [get] |
| | summed metric to reach this vertex
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information about just reached vertex (with final metric value) Generated from class MR::EdgePathsBuilderT<MR.TrivialMetricToPenalty>ReachedVert. This is the const half of the class.
◆ Const_ReachedVert() [1/4]
| unsafe MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.Const_ReachedVert |
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inline |
Constructs an empty (default-constructed) instance.
◆ Const_ReachedVert() [2/4]
| unsafe MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.Const_ReachedVert |
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MR.VertId | v, |
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MR.EdgeId | backward, |
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float | penalty, |
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float | metric ) |
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inline |
◆ Const_ReachedVert() [3/4]
◆ Const_ReachedVert() [4/4]
| MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.Const_ReachedVert |
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ReachedVert | _other | ) |
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inline |
◆ Dispose() [1/2]
| virtual void MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.Dispose |
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inlinevirtual |
◆ Dispose() [2/2]
| virtual unsafe void MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.Dispose |
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bool | disposing | ) |
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inlineprotectedvirtual |
◆ __ref_storage_backward
| unsafe MR.EdgeId* MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.__ref_storage_backward |
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protected |
◆ __ref_storage_metric
| unsafe float* MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.__ref_storage_metric |
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protected |
◆ __ref_storage_penalty
| unsafe float* MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.__ref_storage_penalty |
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◆ __ref_storage_v
| unsafe MR.VertId* MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.__ref_storage_v |
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protected |
◆ backward
| unsafe ref readonly MR.EdgeId MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.backward |
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get |
edge from this vertex to its predecessor in the forest (if this vertex is not start)
◆ metric
| unsafe float MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.metric |
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get |
summed metric to reach this vertex
◆ penalty
| unsafe float MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.penalty |
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get |
not reached vertices are ordered in priority queue by their penalty (with the smallest value on top); penalty is equal to metric in ordinary Dijkstra, or equal to (metric + target distance lower bound) in A*
| unsafe ref readonly MR.VertId MR.Const_EdgePathsBuilderT_MRTrivialMetricToPenalty.Const_ReachedVert.v |
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get |
The documentation for this class was generated from the following file: