Type Members

1.  class ArrayMultibandTile extends MultibandTile with MacroMultibandCombiners

   The ArrayMultibandTile type.

2.  abstract class ArrayTile extends Tile with Serializable

   ArrayTile provides access and update to the grid data of a tile.

   ArrayTile provides access and update to the grid data of a tile. Designed to be a near drop-in replacement for Array in many cases.

3.  final case class BitArrayTile(array: Array[Byte], cols: Int, rows: Int) extends MutableArrayTile with Product with Serializable

   ArrayTile based on an Array[Byte] as a bitmask; values are 0 and 1.

   ArrayTile based on an Array[Byte] as a bitmask; values are 0 and 1. Thus, there are 8 boolean (0 / 1) values per byte in the array. For example, Array(11, 9) corresponds to (0 0 0 0 1 0 1 1), (0 0 0 0 1 0 0 1) which means that we have 5 cells set to 1 and 11 cells set to 0.

   Note that unlike the other array-based raster data objects we need to be explicitly told our size, since length=7 and length=8 will both need to allocate an Array[Byte] with length=1.

4.  sealed trait BitCells extends DataType

   The BitCells type, derived from DataType

5.  case class BitConstantTile(v: Boolean, cols: Int, rows: Int) extends ConstantTile with Product with Serializable

   The BitConstantTile type.

6.  case class BufferTile(sourceTile: Tile, gridBounds: GridBounds[Int]) extends Tile with Product with Serializable

   When combined with another BufferTile the two tiles will be aligned on (0, 0) pixel of tile center.

   When combined with another BufferTile the two tiles will be aligned on (0, 0) pixel of tile center. The operation will be carried over all overlapping pixels. For instance: combining a tile padded with 5 pixels on all sides with tile padded with 3 pixels on all sides will result in buffer tile with 3 pixel padding on all sides.

   When combined with another BufferTile the operation will be executed over the maximum shared in

   Behaves like a regular tile within the gridBounds. The access to the buffer is achieved through the direct access to the sourceTile or via the mapTile function that maps over the sourceTile.

7.  implicit final class ByteArrayFiller extends AnyVal
8.  abstract class ByteArrayTile extends MutableArrayTile

   ArrayTile based on Array[Byte] (each cell as a Byte).

9.  sealed trait ByteCells extends DataType

   The ByteCells type, derived from DataType

10.  final case class ByteConstantNoDataArrayTile(arr: Array[Byte], cols: Int, rows: Int) extends ByteArrayTile with Product with Serializable

    A ByteConstantNoDataArrayTile, created from the given array, with the given number of columns and rows.

    A ByteConstantNoDataArrayTile, created from the given array, with the given number of columns and rows.

    arr

    The array of bytes from which to initialize the tile

    cols

    The number of columns

    rows

    The number of rows

11.  case class ByteConstantTile(v: Byte, cols: Int, rows: Int, cellType: ByteCells with NoDataHandling = ByteConstantNoDataCellType) extends ConstantTile with Product with Serializable

    The ByteConstantTile type.

12.  final case class ByteRawArrayTile(arr: Array[Byte], cols: Int, rows: Int) extends ByteArrayTile with Product with Serializable

    A ByteRawArrayTile, created from the given array, with the given number of columns and rows.

    A ByteRawArrayTile, created from the given array, with the given number of columns and rows.

    arr

    The array of bytes from which to initialize the tile

    cols

    The number of columns

    rows

    The number of rows

13.  final case class ByteUserDefinedNoDataArrayTile(arr: Array[Byte], cols: Int, rows: Int, cellType: ByteUserDefinedNoDataCellType) extends ByteArrayTile with UserDefinedByteNoDataConversions with Product with Serializable

    A ByteUserDefinedNoDataArrayTile, created from the given array, with the given number of columns and rows.

    A ByteUserDefinedNoDataArrayTile, created from the given array, with the given number of columns and rows.

    arr

    The array of bytes from which to initialize the tile

    cols

    The number of columns

    rows

    The number of rows

    cellType

    The cellType whose NODATA value is to be used

14.  case class ByteUserDefinedNoDataCellType(noDataValue: Byte) extends DataType with ByteCells with UserDefinedNoData[Byte] with Product with Serializable
15.  trait CellFeatures[R, D] extends AnyRef

    Type class to convert a raster into features of cell geometries

16.  abstract class CellGrid[N] extends GridIntegral[N]

    A grid composed of cells with specific value types

17.  trait CellSet extends AnyRef

    A lighweight wrapper around performing foreach calculations on a set of cell coordinates

18.  case class CellSize(width: Double, height: Double) extends Product with Serializable

    A case class containing the width and height of a cell.

    A case class containing the width and height of a cell.

    width

    The width of a cell

    height

    The height of a cell

19.  type CellType = DataType with NoDataHandling
20.  class CellTypeEncodingBench extends AnyRef

    Annotations

    @BenchmarkMode() @State() @OutputTimeUnit()

21.  type ColorMap = raster.render.ColorMap
22.  case class CompositeTile(tiles: Seq[Tile], tileLayout: TileLayout) extends Tile with Product with Serializable

    The CompositeTile type.

23.  sealed trait Connectivity extends AnyRef

    An encoding of the connectivity of vector tiles.

24.  sealed trait ConstantNoData[T] extends HasNoData[T]

    The ConstantNoData type, derived from NoDataHandling.

25.  abstract class ConstantTile extends Tile

    The trait underlying constant tile types.

26.  case class ConvertTargetCellType(cellType: CellType) extends TargetCellType with Product with Serializable
27.  case class CroppedTile(sourceTile: Tile, gridBounds: GridBounds[Int]) extends Tile with Product with Serializable

    The CroppedTile type.

28.  type DI = DummyImplicit
29.  sealed abstract class DataType extends Serializable

    The DataType type.

30.  class DelayedConversionMultibandTile extends MultibandTile with MacroMultibandCombiners

    [DelayedConversionTile]] represents a tile that wraps an inner tile, and for any operation that returns a Tile, returns an ArrayTile with a cell type of the target cell type.

31.  trait DelayedConversionMultibandTileMethods extends MethodExtensions[MultibandTile]
32.  class DelayedConversionTile extends Tile

    [DelayedConversionTile]] represents a tile that wraps an inner tile, and for any operation that returns a Tile, returns an ArrayTile with a cell type of the target cell type.

    [DelayedConversionTile]] represents a tile that wraps an inner tile, and for any operation that returns a Tile, returns an ArrayTile with a cell type of the target cell type.

    Note

    get and getDouble don't do what you think you do.

33.  trait DelayedConversionTileMethods extends MethodExtensions[Tile]
34.  abstract class DelegatingTile extends Tile

    A tile that wraps another tile.

    A tile that wraps another tile. Originally intended for delayed reading, but useful in other special use cases.

    Since

    8/22/18

35.  case class Dimensions[N](cols: N, rows: N)(implicit evidence$1: Integral[N]) extends Product2[N, N] with Serializable with Product
36.  implicit final class DoubleArrayFiller extends AnyVal
37.  abstract class DoubleArrayTile extends MutableArrayTile

    ArrayTile based on Array[Double] (each cell as a Double).

38.  sealed trait DoubleCells extends DataType

    The DoubleCells type, derived from DataType

39.  final case class DoubleConstantNoDataArrayTile(arr: Array[Double], cols: Int, rows: Int) extends DoubleArrayTile with Product with Serializable

    The DoubleConstantNoDataArrayTile, derived from DoubleArrayTile.

40.  case class DoubleConstantTile(v: Double, cols: Int, rows: Int, cellType: DoubleCells with NoDataHandling = DoubleConstantNoDataCellType) extends ConstantTile with Product with Serializable

    The DoubleConstantTile type.

41.  final case class DoubleRawArrayTile(arr: Array[Double], cols: Int, rows: Int) extends DoubleArrayTile with Product with Serializable

    The DoubleRawArrayTile, derived from DoubleArrayTile.

42.  type DoubleTileMapper = macros.DoubleTileMapper
43.  type DoubleTileVisitor = macros.DoubleTileVisitor
44.  final case class DoubleUserDefinedNoDataArrayTile(arr: Array[Double], cols: Int, rows: Int, cellType: DoubleUserDefinedNoDataCellType) extends DoubleArrayTile with UserDefinedDoubleNoDataConversions with Product with Serializable

    The DoubleUserDefinedNoDataArrayTile, derived from DoubleArrayTile.

45.  case class DoubleUserDefinedNoDataCellType(noDataValue: Double) extends DataType with DoubleCells with UserDefinedNoData[Double] with Product with Serializable
46.  type FastMapHistogram = raster.histogram.FastMapHistogram
47.  sealed trait FixedNoDataEncoding extends raster.CellTypeEncoding.CellTypeEncoding

    Base trait for encoding CellTypes with fixed or no NoData values.

48.  implicit final class FloatArrayFiller extends AnyVal
49.  abstract class FloatArrayTile extends MutableArrayTile

    ArrayTile based on Array[Float] (each cell as a Float).

50.  sealed trait FloatCells extends DataType
51.  final case class FloatConstantNoDataArrayTile(arr: Array[Float], cols: Int, rows: Int) extends FloatArrayTile with Product with Serializable

    The FloatConstantNoDataArrayTile derived from FloatArrayTile.

52.  case class FloatConstantTile(v: Float, cols: Int, rows: Int, cellType: FloatCells with NoDataHandling = FloatConstantNoDataCellType) extends ConstantTile with Product with Serializable

    The FloatConstantTile type.

53.  final case class FloatRawArrayTile(arr: Array[Float], cols: Int, rows: Int) extends FloatArrayTile with Product with Serializable

    The FloatRawArrayTile derived from FloatArrayTile.

54.  final case class FloatUserDefinedNoDataArrayTile(arr: Array[Float], cols: Int, rows: Int, cellType: FloatUserDefinedNoDataCellType) extends FloatArrayTile with UserDefinedFloatNoDataConversions with Product with Serializable

    The FloatUserDefinedNoDataArrayTile derived from FloatArrayTile.

55.  case class FloatUserDefinedNoDataCellType(noDataValue: Float) extends DataType with FloatCells with UserDefinedNoData[Float] with Product with Serializable
56.  class GenericRasterBench extends AnyRef

    Annotations

    @BenchmarkMode() @State()

57.  case class GeoAttrsError(msg: String) extends Exception with Product with Serializable

    GeoAttrsError exception.

58.  trait Grid[N] extends Serializable
59.  case class GridBounds[N](colMin: N, rowMin: N, colMax: N, rowMax: N)(implicit evidence$1: Integral[N]) extends Product with Serializable

    Represents grid coordinates of a subsection of a RasterExtent.

    Represents grid coordinates of a subsection of a RasterExtent. These coordinates are inclusive.

60.  class GridBoxingBench extends AnyRef

    See issue https://github.com/locationtech/geotrellis/issues/3427

    See issue https://github.com/locationtech/geotrellis/issues/3427

    Annotations

    @BenchmarkMode() @State() @OutputTimeUnit()

61.  class GridExtent[N] extends GridIntegral[N]

    Represents an abstract grid over geographic extent.

    Represents an abstract grid over geographic extent. Critically while the number of cell rows and columns is implied by the constructor arguments, they are intentionally not expressed to avoid Int overflow for large grids.

    The constructor will throw java.lang.IllegalArgumentException if the provided extent and cell size do not match the provided cols and rows (dimensions).

62.  abstract class GridIntegral[N] extends Grid[N]
63.  sealed trait HasNoData[T] extends NoDataHandling

    Base trait for all cell type having a NoData value

64.  type Histogram[T <: AnyVal] = raster.histogram.Histogram[T]
65.  trait Implicits extends raster.costdistance.Implicits with raster.crop.Implicits with raster.density.Implicits with raster.distance.Implicits with raster.equalization.Implicits with raster.hydrology.Implicits with raster.interpolation.Implicits with raster.io.json.Implicits with raster.mapalgebra.focal.Implicits with raster.mapalgebra.focal.hillshade.Implicits with raster.mapalgebra.local.Implicits with raster.mapalgebra.zonal.Implicits with raster.mask.Implicits with raster.matching.Implicits with raster.merge.Implicits with raster.prototype.Implicits with raster.rasterize.Implicits with raster.regiongroup.Implicits with raster.render.Implicits with raster.reproject.Implicits with raster.resample.Implicits with raster.sigmoidal.Implicits with raster.split.Implicits with raster.summary.Implicits with raster.summary.polygonal.Implicits with raster.transform.Implicits with raster.vectorize.Implicits with raster.viewshed.Implicits
66.  implicit class SinglebandRasterAnyRefMethods extends AnyRef

    Definition Classes

    Implicits

67.  implicit class TilePercentileExtensions extends AnyRef

    Definition Classes

    Implicits

68.  implicit class TileTupleExtensions extends AnyRef

    Definition Classes

    Implicits

69.  implicit class TraversableTileExtensions extends AnyRef

    Definition Classes

    Implicits

70.  implicit class withCellFeaturesMethods[R] extends Methods[R]

    Definition Classes

    Implicits

71.  implicit class withMultibandTileMethods extends MethodExtensions[MultibandTile] with DelayedConversionMultibandTileMethods

    Definition Classes

    Implicits

72.  implicit class withTileMethods extends MethodExtensions[Tile] with DelayedConversionTileMethods

    Definition Classes

    Implicits

73.  implicit final class IntArrayFiller extends AnyVal
74.  abstract class IntArrayTile extends MutableArrayTile

    ArrayTile based on Array[Int] (each cell as an Int).

75.  sealed trait IntCells extends DataType

    The IntCells type, derived from DataType

76.  final case class IntConstantNoDataArrayTile(arr: Array[Int], cols: Int, rows: Int) extends IntArrayTile with Product with Serializable

    The IntConstantNoDataArrayTile derived from IntArrayTile.

77.  case class IntConstantTile(v: Int, cols: Int, rows: Int, cellType: IntCells with NoDataHandling = IntConstantNoDataCellType) extends ConstantTile with Product with Serializable

    The IntConstantTile type.

78.  final case class IntRawArrayTile(arr: Array[Int], cols: Int, rows: Int) extends IntArrayTile with Product with Serializable

    The IntRawArrayTile derived from IntArrayTile.

79.  type IntTileMapper = macros.IntTileMapper
80.  type IntTileVisitor = macros.IntTileVisitor
81.  final case class IntUserDefinedNoDataArrayTile(arr: Array[Int], cols: Int, rows: Int, cellType: IntUserDefinedNoDataCellType) extends IntArrayTile with UserDefinedIntNoDataConversions with Product with Serializable

    The IntUserDefinedNoDataArrayTile derived from IntArrayTile.

82.  case class IntUserDefinedNoDataCellType(noDataValue: Int) extends DataType with IntCells with UserDefinedNoData[Int] with Product with Serializable
83.  case class InterpretAsTargetCellType(cellType: CellType) extends TargetCellType with Product with Serializable
84.  trait IterableTile extends MacroIterableTile

    Trait to supply foreach(|Double) methods.

85.  trait MacroGeotiffMultibandCombiners extends AnyRef
86.  trait MacroMultibandCombiners extends AnyRef
87.  trait MappableTile[T <: MappableTile[T]] extends MacroMappableTile[T]

    The MappableTile trait.

88.  case class MosaicMetadata(name: SourceName, crs: CRS, bandCount: Int, cellType: CellType, gridExtent: GridExtent[Long], resolutions: List[CellSize], list: NonEmptyList[RasterMetadata]) extends RasterMetadata with Product with Serializable
89.  abstract class MosaicRasterSource extends RasterSource

    Single threaded instance of a reader for reading windows out of collections of rasters

90.  type MultibandRaster = Raster[MultibandTile]
91.  abstract class MultibandTile extends CellGrid[Int] with MacroCombinableMultibandTile[Tile] with MacroCombineFunctions[Tile, MultibandTile]
92.  abstract class MutableArrayTile extends ArrayTile

    MutableArrayTile is an ArrayTile whose cells can be written to (mutated).

93.  type MutableHistogram[T <: AnyVal] = raster.histogram.MutableHistogram[T]
94.  type Neighborhood = raster.mapalgebra.focal.Neighborhood
95.  sealed trait NoDataHandling extends AnyRef

    Base trait for all cell types associated with handling NoData values or not.

96.  sealed trait NoNoData extends NoDataHandling

    Base trait for all "raw" cell types, not having a NoData value.

97.  case class PaddedTile(chunk: Tile, colOffset: Int, rowOffset: Int, cols: Int, rows: Int) extends Tile with Product with Serializable
98.  class PixelInterleaveBandArrayTile extends ArrayTile

    This Tile type allows for an ArrayTile that contains pixel values as a pixel interleaved set (meaning each column has one value for each band in a row) to be viewed as a Tile for a specific band.

99.  sealed abstract class PixelSampleType extends AnyRef

    The base class for the two concrete PixelSampleTypes.

100.  case class ProjectedRaster[T <: CellGrid[Int]](raster: Raster[T], crs: CRS) extends Product with Serializable

     The ProjectedRaster type.

101.  class ProjectedRasterExtent extends RasterExtent
102.  trait ProjectedRasterLike extends AnyRef

     Conformance interface for entities that are tile-like with a projected extent.

103.  case class Raster[+T <: CellGrid[Int]](tile: T, extent: Extent) extends CellGrid[Int] with Product2[T, Extent] with Product with Serializable

     The Raster type.

104.  case class RasterExtent(extent: Extent, cellwidth: Double, cellheight: Double, cols: Int, rows: Int) extends GridExtent[Int] with Product with Serializable

     RasterExtent objects represent the geographic extent (envelope) of a raster.

     RasterExtent objects represent the geographic extent (envelope) of a raster.

     The Raster extent has two coordinate concepts involved: map coordinates and grid coordinates. Map coordinates are what the Extent class uses, and specifies points using an X coordinate and a Y coordinate. The X coordinate is oriented along west to east such that the larger the X coordinate, the more eastern the point. The Y coordinate is along south to north such that the larger the Y coordinate, the more Northern the point.

     This contrasts with the grid coordinate system. The grid coordinate system does not actually reference points on the map, but instead a cell of the raster that represents values for some square area of the map. The column axis is similar in that the number gets larger as one goes from west to east; however, the row axis is inverted from map coordinates: as the row number increases, the cell is heading south. The top row is labeled as 0, and the next 1, so that the highest indexed row is the southern most row of the raster. A cell has a height and a width that is in terms of map units. You can think of it as each cell is itself an extent, with width cellwidth and height cellheight. When a cell needs to be represented or thought of as a point, the center of the cell will be used. So when gridToMap is called, what is returned is the center point, in map coordinates.

     Map points are considered to be 'inside' the cell based on these rules:

     • If the point is inside the area of the cell, it is included in the cell.
     • If the point lies on the north or west border of the cell, it is included in the cell.
     • If the point lies on the south or east border of the cell, it is not included in the cell, it is included in the next southern or eastern cell, respectively.

     Note that based on these rules, the eastern and southern borders of an Extent are not actually considered to be part of the RasterExtent.

105.  trait RasterMetadata extends Serializable
106.  abstract class RasterRegion extends CellGrid[Int] with ProjectedRasterLike with Serializable

     Reference to a pixel region in a RasterSource that may be read at a later time.

107.  abstract class RasterSource extends CellGrid[Long] with RasterMetadata

     Single threaded instance of a reader that is able to read windows from larger raster.

     Single threaded instance of a reader that is able to read windows from larger raster. Some initilization step is expected to provide metadata about source raster

108.  trait RasterSourceProvider extends AnyRef
109.  case class ReadingSource(source: RasterSource, sourceToTargetBand: Map[Int, Int]) extends Serializable with Product
110.  type ResampleMethod = raster.resample.ResampleMethod
111.  sealed trait ResampleTarget extends AnyRef

     A strategy to use when constructing a grid that will be used during resampling

     A strategy to use when constructing a grid that will be used during resampling

     Various tradeoffs exist when attempting to resize an image. Subclasses of ResampleTarget encode these various tradeoffs in terms of the proportions/alignment desired at the end of resampling. E.g. TargetCellSize tells any resampling function to resample in such a way as to approximately match the specified CellSize in any resulting operations.

112.  abstract class SegmentCombiner extends AnyRef

     This trait is how subclasses define the necessary pieces that allow us to abstract over each of the combine functions

113.  implicit final class ShortArrayFiller extends AnyVal
114.  abstract class ShortArrayTile extends MutableArrayTile

     ArrayTile based on Array[Short] (each cell as a Short).

115.  sealed trait ShortCells extends DataType

     The ShortCells type, derived from DataType

116.  final case class ShortConstantNoDataArrayTile(arr: Array[Short], cols: Int, rows: Int) extends ShortArrayTile with Product with Serializable

     ShortConstantNoDataArrayTile derived from ShortArrayTile.

117.  case class ShortConstantTile(v: Short, cols: Int, rows: Int, cellType: ShortCells with NoDataHandling = ShortConstantNoDataCellType) extends ConstantTile with Product with Serializable

     The ShortConstantTile type.

118.  final case class ShortRawArrayTile(arr: Array[Short], cols: Int, rows: Int) extends ShortArrayTile with Product with Serializable

     ShortRawArrayTile derived from ShortArrayTile.

119.  final case class ShortUserDefinedNoDataArrayTile(arr: Array[Short], cols: Int, rows: Int, cellType: ShortUserDefinedNoDataCellType) extends ShortArrayTile with UserDefinedShortNoDataConversions with Product with Serializable

     ShortUserDefinedNoDataArrayTile derived from ShortArrayTile.

120.  case class ShortUserDefinedNoDataCellType(noDataValue: Short) extends DataType with ShortCells with UserDefinedNoData[Short] with Product with Serializable
121.  type SinglebandRaster = Raster[Tile]
122.  trait SourceName extends Serializable

     Represents the path to data or name of the data that is to be read.

123.  trait SourcePath extends SourceName

     Represents the path to data that is to be read.

124.  case class SpecifiedUserDefinedNoDataEncoding[N](base: UserDefinedNoDataEncoding, noData: N) extends UserDefinedNoDataEncoding with Product with Serializable

     On-demand cell type encoding for specific user defined no data values.

125.  type StreamingHistogram = raster.histogram.StreamingHistogram
126.  case class StringName(value: String) extends SourceName with Product with Serializable
127.  case class TargetAlignment(grid: GridExtent[_]) extends ResampleTarget with Product with Serializable

     Snap to a target grid - useful prior to comparison between rasters as a means of ensuring clear correspondence between underlying cell values

128.  type TargetCell = raster.mapalgebra.focal.TargetCell
129.  case class TargetCellSize(cellSize: CellSize) extends ResampleTarget with Product with Serializable

     Resample, aiming for a grid which has the provided CellSize

     Resample, aiming for a grid which has the provided CellSize

     Note

     Targetting a specific size for each cell in the grid has consequences for the Extent because e.g. an extent's width *must* be evenly divisible by the width of the cells within it. Consequently, we have two options: either modify the resolution to accomodate the output extent or modify the overall extent to preserve the desired output resolution. Fine grained constraints on both resolution and extent will currently need to be managed manually.

130.  sealed trait TargetCellType extends AnyRef
131.  case class TargetDimensions(cols: Long, rows: Long) extends ResampleTarget with Product with Serializable

     Resample, aiming for a specific number of cell columns/rows

132.  case class TargetRegion(region: GridExtent[_]) extends ResampleTarget with Product with Serializable

     Resample, sampling values into a user-supplied GridExtent

133.  abstract class Tile extends CellGrid[Int] with IterableTile with MappableTile[Tile]

     Base trait for a Tile.

134.  case class TileExtents(extent: Extent, tileLayout: TileLayout) extends Product with Serializable

     The TileExtents type.

135.  case class TileFeature[+T <: CellGrid[Int], D](tile: T, data: D) extends CellGrid[Int] with Product with Serializable

     The TileFeature Type.

     The TileFeature Type. This is used for packaging a CellGrid (a Tile or MultibandTile) together with some metadata.

     tile

     The CellGrid-derived tile

     data

     The additional metadata

136.  case class TileLayout(layoutCols: Int, layoutRows: Int, tileCols: Int, tileRows: Int) extends Product with Serializable
     layoutCols

     number of columns in the layout, East to West

     layoutRows

     number of rows in the layout grid, North to South

     tileCols

     number of pixel columns in each tile, East to West

     tileRows

     number of pixel rows in each tile, North to South

137.  sealed class TileOrMultibandTile[T] extends AnyRef
138.  abstract class UByteArrayTile extends MutableArrayTile

     ArrayTile based on Array[Byte] (each cell as a Byte).

139.  sealed trait UByteCells extends DataType

     The UByteCells type, derived from DataType

140.  final case class UByteConstantNoDataArrayTile(arr: Array[Byte], cols: Int, rows: Int) extends UByteArrayTile with Product with Serializable

     UByteConstantNoDataArrayTile derived from UByteArrayTile.

141.  case class UByteConstantTile(v: Byte, cols: Int, rows: Int, cellType: UByteCells with NoDataHandling = UByteConstantNoDataCellType) extends ConstantTile with Product with Serializable

     The UByteConstantTile type.

142.  final case class UByteRawArrayTile(arr: Array[Byte], cols: Int, rows: Int) extends UByteArrayTile with Product with Serializable

     UByteRawArrayTile derived from UByteArrayTile.

143.  final case class UByteUserDefinedNoDataArrayTile(arr: Array[Byte], cols: Int, rows: Int, cellType: UByteUserDefinedNoDataCellType) extends UByteArrayTile with UserDefinedByteNoDataConversions with Product with Serializable

     UByteUserDefinedNoDataArrayTile derived from UByteArrayTile.

144.  case class UByteUserDefinedNoDataCellType(noDataValue: Byte) extends DataType with UByteCells with UserDefinedNoData[Byte] with Product with Serializable
145.  abstract class UShortArrayTile extends MutableArrayTile

     ArrayTile based on Array[Short] (each cell as a Short).

146.  sealed trait UShortCells extends DataType

     The UShortCells type, derived from DataType

147.  class UShortConstantNoDataArrayTile extends UShortArrayTile

     UShortConstantNoDataArrayTile derived from UShortArrayTile.

148.  case class UShortConstantTile(v: Short, cols: Int, rows: Int, cellType: UShortCells with NoDataHandling = UShortConstantNoDataCellType) extends ConstantTile with Product with Serializable

     The UShortConstantTile type.

149.  class UShortRawArrayTile extends UShortArrayTile

     UShortRawArrayTile derived from UShortArrayTile.

150.  class UShortUserDefinedNoDataArrayTile extends UShortArrayTile with UserDefinedShortNoDataConversions

     UShortUserDefinedNoDataArrayTile derived from UShortArrayTile.

151.  case class UShortUserDefinedNoDataCellType(noDataValue: Short) extends DataType with UShortCells with UserDefinedNoData[Short] with Product with Serializable
152.  trait UserDefinedByteNoDataConversions extends AnyRef
153.  trait UserDefinedDoubleNoDataConversions extends AnyRef
154.  trait UserDefinedFloatNoDataConversions extends AnyRef
155.  trait UserDefinedIntNoDataConversions extends AnyRef
156.  sealed trait UserDefinedNoData[T] extends HasNoData[T]

     The UserDefinedNoData type, derived from NoDataHandling.

157.  sealed trait UserDefinedNoDataEncoding extends raster.CellTypeEncoding.CellTypeEncoding

     Base trait for encoding CellTypes with user defined NoData values.

158.  trait UserDefinedShortNoDataConversions extends AnyRef
159.  case class WideDoubleNoData(asDouble: Double) extends WidenedNoData with Product with Serializable

     NoData stored as a Double

160.  case class WideIntNoData(asInt: Int) extends WidenedNoData with Product with Serializable

     NoData value stored as an Int.

161.  sealed trait WidenedNoData extends AnyRef

     Container for NoData value using wider word size than declared to handled unsigned number rollover.

162.  implicit class withTileCostDistanceMethods extends CostDistanceMethods

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163.  implicit class withMultibandRasterTileFeatureCropMethods[D] extends RasterTileFeatureCropMethods[MultibandTile, D]

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164.  implicit class withMultibandTileCropMethods extends MultibandTileCropMethods

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165.  implicit class withMultibandTileFeatureCropMethods[D] extends TileFeatureCropMethods[MultibandTile, D]

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166.  implicit class withMultibandTileRasterCropMethods extends RasterCropMethods[MultibandTile]

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167.  implicit class withSinglebandRasterTileFeatureCropMethods[D] extends RasterTileFeatureCropMethods[Tile, D]

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168.  implicit class withSinglebandTileCropMethods extends SinglebandTileCropMethods

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169.  implicit class withSinglebandTileFeatureCropMethods[D] extends TileFeatureCropMethods[Tile, D]

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170.  implicit class withSinglebandTileRasterCropMethods extends RasterCropMethods[Tile]

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171.  implicit class withDoubleKernelDensityMethods extends DoubleKernelDensityMethods

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172.  implicit class withIntKernelDensityMethods extends IntKernelDensityMethods

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173.  implicit class withEuclideanDistanceTileArrayCoordinateMethods extends EuclideanDistanceTileCoordinateArrayMethods

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174.  implicit class withEuclideanDistanceTileArrayMethods extends EuclideanDistanceTileArrayMethods

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175.  implicit class withEuclideanDistanceTileCoordinateMethods extends EuclideanDistanceTileCoordinateMethods

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176.  implicit class withEuclideanDistanceTileMethods extends EuclideanDistanceTileMethods

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177.  implicit class withEuclideanDistanceTileMultiPointMethods extends EuclideanDistanceTileMultiPointMethods

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178.  implicit class withMultibandTileEqualizationMethods extends MultibandEqualizationMethods

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179.  implicit class withTileEqualizationMethods extends SinglebandEqualizationMethods

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180.  implicit class withTileHydrologyMethods extends HydrologyMethods

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181.  implicit class withInverseDistanceWeightedMethods[D] extends InverseDistanceWeightedMethods[D]

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182.  implicit class withKrigingInterpolationMethods extends MethodExtensions[Traversable[PointFeature[Double]]] with SimpleKrigingMethods with OrdinaryKrigingMethods with UniversalKrigingMethods with GeoKrigingMethods

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183.  implicit class withTileFocalMethods extends FocalMethods

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184.  implicit class HillshadeTuple extends AnyRef

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185.  implicit class withTileHillshadeMethods extends HillshadeMethods

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186.  implicit class withTileLocalMethods extends LocalMethods

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187.  implicit class withTileSeqLocalMethods extends LocalSeqMethods

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188.  implicit class withTileZonalMethods extends ZonalMethods

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189.  implicit class withMultibandRasterMaskMethods extends RasterMaskMethods[MultibandTile]

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190.  implicit class withMultibandRasterTileFeatureMaskMethods[D] extends RasterTileFeatureMaskMethods[MultibandTile, D]

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191.  implicit class withMultibandTileFeatureMaskMethods[D] extends TileFeatureMaskMethods[MultibandTile, D]

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192.  implicit class withMultibandTileMaskMethods extends MultibandTileMaskMethods

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193.  implicit class withSinglebandRasterMaskMethods extends RasterMaskMethods[Tile]

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194.  implicit class withSinglebandRasterTileFeatureMaskMethods[D] extends RasterTileFeatureMaskMethods[Tile, D]

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195.  implicit class withSinglebandTileFeatureMaskMethods[D] extends TileFeatureMaskMethods[Tile, D]

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196.  implicit class withSinglebandTileMaskMethods extends SinglebandTileMaskMethods

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197.  implicit class withMultibandTileMatchingMethods extends MultibandMatchingMethods

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198.  implicit class withTileMatchingMethods extends SinglebandMatchingMethods

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199.  implicit class withMultibandMergeMethods extends MultibandTileMergeMethods

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200.  implicit class withMultibandRasterMergeMethod extends RasterMergeMethods[MultibandTile]

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201.  implicit class withMultibandRasterTileFeatureMergeMethods[D] extends RasterTileFeatureMergeMethods[MultibandTile, D]

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202.  implicit class withMultibandTileFeatureMergeMethods[D] extends TileFeatureMergeMethods[MultibandTile, D]

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203.  implicit class withSinglebandMergeMethods extends SinglebandTileMergeMethods

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204.  implicit class withSinglebandRasterMergeMethod extends RasterMergeMethods[Tile]

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205.  implicit class withSinglebandRasterTileFeatureMergeMethods[D] extends RasterTileFeatureMergeMethods[Tile, D]

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206.  implicit class withSinglebandTileFeatureMergeMethods[D] extends TileFeatureMergeMethods[Tile, D]

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207.  implicit class withMultibandTileFeaturePrototypeMethods[D] extends MultibandTileFeaturePrototypeMethods[D]

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208.  implicit class withMultibandTilePrototypeMethods extends MultibandTilePrototypeMethods

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209.  implicit class withSinglebandTileFeaturePrototypeMethods[D] extends SinglebandTileFeaturePrototypeMethods[D]

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210.  implicit class withSinglebandTilePrototypeMethods extends SinglebandTilePrototypeMethods

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211.  implicit class withFeatureDoubleRasterizeMethods extends FeatureDoubleRasterizeMethods[Geometry]

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212.  implicit class withFeatureIntRasterizeMethods extends FeatureIntRasterizeMethods[Geometry]

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213.  implicit class withGeometryRasterizeMethods extends GeometryRasterizeMethods

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214.  implicit class withRasterExtentRasterizeMethods extends RasterExtentRasterizeMethods[RasterExtent]

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215.  implicit class withSinglebandRegionGroupMethdos extends RegionGroupMethods

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216.  implicit class RGBA extends AnyRef

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217.  implicit class withMultibandRenderMethods extends MultibandColorMethods with MultibandJpgRenderMethods with MultibandPngRenderMethods

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218.  implicit class withSinglebandRenderMethods extends ColorMethods with JpgRenderMethods with PngRenderMethods with AsciiRenderMethods

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219.  implicit class withMultibandProjectedRasterReprojectMethods extends ProjectedRasterReprojectMethods[MultibandTile]

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220.  implicit class withMultibandRasterReprojectMethods extends MultibandRasterReprojectMethods

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221.  implicit class withMultibandRasterTileFeatureReprojectMethods[D] extends RasterTileFeatureReprojectMethods[MultibandTile, D]

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222.  implicit class withMultibandReprojectMethods extends MultibandTileReprojectMethods

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223.  implicit class withMultibandTileFeatureReprojectMethods[D] extends TileFeatureReprojectMethods[MultibandTile, D]

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224.  implicit class withSinglebandProjectedRasterReprojectMethods extends ProjectedRasterReprojectMethods[Tile]

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225.  implicit class withSinglebandRasterReprojectMethods extends SinglebandRasterReprojectMethods

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226.  implicit class withSinglebandRasterTileFeatureReprojectMethods[D] extends RasterTileFeatureReprojectMethods[Tile, D]

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227.  implicit class withSinglebandReprojectMethods extends SinglebandTileReprojectMethods

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228.  implicit class withSinglebandTileFeatureReprojectMethods[D] extends TileFeatureReprojectMethods[Tile, D]

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229.  implicit class withMultibandRasterResampleMethods extends MultibandRasterResampleMethods

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230.  implicit class withMultibandResampleMethods extends MultibandTileResampleMethods

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231.  implicit class withSinglebandRasterResampleMethods extends SinglebandRasterResampleMethods

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232.  implicit class withSinglebandResampleMethods extends SinglebandTileResampleMethods

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233.  implicit class withMultibandTileSigmoidalMethods extends MultibandSigmoidalMethods

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234.  implicit class withSinglebandTileSigmoidalMethods extends SinglebandSigmoidalMethods

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235.  implicit class withMultibandRasterSplitMethods extends RasterSplitMethods[MultibandTile] with MultibandRasterSplitMethods

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236.  implicit class withMultibandTileFeatureSplitMethods[D] extends TileFeatureSplitMethods[MultibandTile, D] with MultibandTileFeatureSplitMethods[D]

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237.  implicit class withMultibandTileSplitMethods[D] extends MultibandTileSplitMethods

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238.  implicit class withRasterExtentSplitMethods extends RasterExtentSplitMethods

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239.  implicit class withSinglebandRasterSplitMethods extends RasterSplitMethods[Tile] with SinglebandRasterSplitMethods

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240.  implicit class withSinglebandTileFeatureSplitMethods[D] extends TileFeatureSplitMethods[Tile, D] with SinglebandTileFeatureSplitMethods[D]

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241.  implicit class withSinglebandTileSplitMethods[D] extends SinglebandTileSplitMethods

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242.  implicit class withMultibandSummaryMethods extends MultibandTileSummaryMethods

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243.  implicit class withSinglebandSummaryMethods extends SinglebandTileSummaryMethods

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244.  implicit class withMultibandRasterTransformMethods extends RasterTransformMethods[MultibandTile] with MultibandRasterTransformMethods

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245.  implicit class withMultibandTileTransformTileMethods extends MultibandTileTransformMethods

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246.  implicit class withSinglebandRasterTransformMethods extends RasterTransformMethods[Tile] with SinglebandRasterTransformMethods

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247.  implicit class withTileTransformMethods extends TransformTileMethods

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248.  implicit class withSinglebandRasterVectorizeMethods extends SinglebandRasterVectorizeMethods

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249.  implicit class withSinglebandVectorizeMethods extends TileVectorizeMethods

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250.  implicit class withTileViewshedMethods extends ViewshedMethods

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