ShapeAutoOpens (DiffSharp)

ShapeAutoOpens Module

Namespace: DiffSharp
Assembly: DiffSharp.Core.dll

Functions and values

Function or value	Description
`boundsIsScalar bounds` Full Usage: `boundsIsScalar bounds` Parameters: bounds : `int[,]` Returns: `bool`	Checks if the full bounds is a scalar location bounds : `int[,]` Returns: `bool`
`boundsToLocation bounds` Full Usage: `boundsToLocation bounds` Parameters: bounds : `int[,]` Returns: `int[]`	Converts the array of three-position bounds specifications to a location. bounds : `int[,]` Returns: `int[]`
`boundsToShape bounds` Full Usage: `boundsToShape bounds` Parameters: bounds : `int[,]` Returns: `int[]`	Converts the array of three-position bounds specifications to a shape without squeezing out scalars bounds : `int[,]` Returns: `int[]`
`dilatedCoordinates coordinates dilations` Full Usage: `dilatedCoordinates coordinates dilations` Parameters: coordinates : `int[]` dilations : `int[]` Returns: `int[]`	Dilates the given coordinates. coordinates : `int[]` dilations : `int[]` Returns: `int[]`
`flatIndexToIndex shape flatIndex` Full Usage: `flatIndexToIndex shape flatIndex` Parameters: shape : `int[]` flatIndex : `int` Returns: `int[]`	Converts the given flat index to an index in the context of the given shape. shape : `int[]` flatIndex : `int` Returns: `int[]`
`indexToFlatIndex shape index` Full Usage: `indexToFlatIndex shape index` Parameters: shape : `int[]` index : `int[]` Returns: `int`	Converts the given index to a flat index in the context of the given shape. shape : `int[]` index : `int[]` Returns: `int`
`mirrorCoordinates coordinates shape mirrorDims` Full Usage: `mirrorCoordinates coordinates shape mirrorDims` Parameters: coordinates : `int[]` shape : `int[]` mirrorDims : `int[]` Returns: `int[]`	Mirrors the coordinates in the given dimensions in the context of the given shape. coordinates : `int[]` shape : `int[]` mirrorDims : `int[]` Returns: `int[]`
`shapeLength shape` Full Usage: `shapeLength shape` Parameters: shape : `Shape` Returns: `int`	Gets the total number of elements in a shape. shape : `Shape` Returns: `int`
`shapeToFullBounds shape` Full Usage: `shapeToFullBounds shape` Parameters: shape : `Shape` Returns: `int[,]`	shape : `Shape` Returns: `int[,]`