PolygonalSummaryMethods

abstract def self: Tile

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

final def asInstanceOf[T0]: T0

def clone(): AnyRef

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def finalize(): Unit

final def getClass(): Class[_]

def hashCode(): Int

final def isInstanceOf[T0]: Boolean

final def ne(arg0: AnyRef): Boolean

final def notify(): Unit

final def notifyAll(): Unit

def polygonalHistogram(extent: Extent, geom: MultiPolygon): Histogram[Int]

Given an extent and a MultiPolygon, compute the histogram of the tile values contained within.

def polygonalHistogram(extent: Extent, geom: Polygon): Histogram[Int]

Given an extent and a Polygon, compute the histogram of the tile values contained within.

def polygonalHistogramDouble(extent: Extent, geom: MultiPolygon): Histogram[Double]

Given an extent and a MultiPolygon, compute the histogram of the tile values contained within.

def polygonalHistogramDouble(extent: Extent, geom: Polygon): Histogram[Double]

Given an extent and a [Polygon]], compute the histogram of the tile values contained within.

def polygonalMax(extent: Extent, geom: MultiPolygon): Int

Given an extent and a MultiPolygon, compute the maximum of the tile values contained within.

def polygonalMax(extent: Extent, geom: Polygon): Int

Given an extent and a Polygon, compute the maximum of the tile values contained within.

def polygonalMaxDouble(extent: Extent, geom: MultiPolygon): Double

Given an extent and a MultiPolygon, compute the maximum of the tile values contained within.

def polygonalMaxDouble(extent: Extent, geom: Polygon): Double

Given an extent and a Polygon, compute the maximum of the tile values contained within.

def polygonalMean(extent: Extent, geom: MultiPolygon): Double

Given an extent and a MultiPolygon, compute the mean of the tile values contained within.

def polygonalMean(extent: Extent, geom: Polygon): Double

Given an extent and a Polygon, compute the mean of the tile values contained within.

def polygonalMin(extent: Extent, geom: MultiPolygon): Int

Given an extent and a MultiPolygon, compute the minimum of the tile values contained within.

def polygonalMin(extent: Extent, geom: Polygon): Int

Given an extent and a Polygon, compute the minimum of the tile values contained within.

def polygonalMinDouble(extent: Extent, geom: MultiPolygon): Double

Given an extent and a MultiPolygon, compute the minimum of the tile values contained within.

def polygonalMinDouble(extent: Extent, geom: Polygon): Double

Given an extent and a Polygon, compute the minimum of the tile values contained within.

def polygonalSum(extent: Extent, geom: MultiPolygon): Long

Given an extent and a MultiPolygon, compute the sum of the tile values contained within.

def polygonalSum(extent: Extent, geom: Polygon): Long

Given an extent and a Polygon, compute the sum of the tile values contained within.

def polygonalSumDouble(extent: Extent, geom: MultiPolygon): Double

Given an extent and a MultiPolygon, compute the sum of the tile values contained within.

def polygonalSumDouble(extent: Extent, geom: Polygon): Double

Given an extent and a Polygon, compute the sum of the tile values contained within.

def polygonalSummary[T](extent: Extent, multiPolygon: MultiPolygon, handler: TilePolygonalSummaryHandler[T]): T

Given a MultiPolygon, an Extent, and a summary handler, generate the summary of a polygonal area with respect to the present tile.

def polygonalSummary[T](extent: Extent, polygon: Polygon, handler: TilePolygonalSummaryHandler[T]): T

Given a Polygon, an Extent, and a summary handler, generate the summary of a polygonal area with respect to the present tile.

final def synchronized[T0](arg0: ⇒ T0): T0

def toString(): String

final def wait(): Unit

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit