Interface | Description |
---|---|
AccumulativeGridSampler.AccumulativeMetric<TZ> |
An accumulative metric give the behavior of combining several samples to a regular sample
grid, ie how we should weight and add several TZ values from inside a cell to compute the
cell corner TZ values.
|
DelaunayTriangulation<TZ> |
A Delaunay triangulation (adapted to isoline building).
|
IsolineBuilder<TZ> |
Generic interface for a class that compute an isoline out of a TZ 2D "field".
|
IsolineBuilder.ZMetric<TZ> |
A ZMetric is a metric for some generic TZ value.
|
RecursiveGridIsolineBuilder.ZFunc | |
ZSampleGrid<TZ> |
A generic indexed grid of TZ samples.
|
ZSampleGrid.ZSamplePoint<TZ> |
Class | Description |
---|---|
AccumulativeGridSampler<TZ> |
Helper class to fill-in a ZSampleGrid from a given loosely-defined set of sampling points.
|
CompactElevationProfile |
Compact elevation profile.
|
CompactLineString |
Compact line string.
|
DelaunayIsolineBuilder<TZ> |
Compute isoline based on a Delaunay triangulation of z samplings.
|
DirectionUtils | |
DlugoszVarLenIntPacker |
Variable-length integer encoding.
|
GeoJsonModule | |
GeometryDeserializer | |
GeometrySerializer | |
GeometryUtils | |
GraphUtils | |
HashGridSpatialIndex<T> |
A spatial index using a 2D fast long hashtable (Trove lib).
|
PackedCoordinateSequence |
A
CoordinateSequence implementation based on a packed arrays. |
PackedCoordinateSequence.Double |
Packed coordinate sequence implementation based on doubles
|
PackedCoordinateSequence.Float |
Packed coordinate sequence implementation based on floats
|
RecursiveGridIsolineBuilder |
Compute isoline based on a zFunc and a set of initial coverage points P0={(x,y)} to seed the
computation.
|
ReversibleLineStringWrapper | |
Serializable2DPackedCoordinateSequenceFactory | |
SparseMatrix<T> |
A fast sparse 2D matrix holding elements of type T.
|
SparseMatrixZSampleGrid<TZ> |
A generic indexed grid of Z samples.
|
SphericalDistanceLibrary | |
Subgraph |
Enum | Description |
---|---|
RecursiveGridIsolineBuilder.Direction |
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