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c

geotrellis.spark.stitch.Implicits

withSpatialTileLayoutRDDMethods

implicit class withSpatialTileLayoutRDDMethods[V <: CellGrid[Int], M] extends SpatialTileLayoutRDDStitchMethods[V, M]

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  1. withSpatialTileLayoutRDDMethods
  2. SpatialTileLayoutRDDStitchMethods
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Instance Constructors

  1. new withSpatialTileLayoutRDDMethods(self: RDD[(SpatialKey, V)] with Metadata[M])(implicit arg0: Stitcher[V], arg1: (V) ⇒ TilePrototypeMethods[V], arg2: GetComponent[M, LayoutDefinition])

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  15. val self: RDD[(SpatialKey, V)] with Metadata[M]
  16. def sparseStitch(): Option[Raster[V]]

    sparseStitch helper method that uses the extent of the collection it is called on

    sparseStitch helper method that uses the extent of the collection it is called on

    Definition Classes
    SpatialTileLayoutRDDStitchMethods
    See also

    sparseStitch(extent: Extent) for more details

  17. def sparseStitch(extent: Extent): Option[Raster[V]]

    Stitch all tiles in the RDD using a sparse stitch that handles missing keys

    Stitch all tiles in the RDD using a sparse stitch that handles missing keys

    Any missing tiles within the extent are filled with an empty prototype tile.

    extent

    The requested geotrellis.vector.Extent of the output geotrellis.raster.Raster

    returns

    The stitched Raster, otherwise None if the collection is empty or the extent does not intersect

    Definition Classes
    SpatialTileLayoutRDDStitchMethods
    Note

    This method performs an RDD.collect() so ensure your dataset fits into driver memory.

  18. def stitch(): Raster[V]
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Inherited from SpatialTileLayoutRDDStitchMethods[V, M]

Inherited from MethodExtensions[RDD[(SpatialKey, V)] with Metadata[M]]

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