OperatorIntrinsics (FSharp.Core)

OperatorIntrinsics Module

Namespace: FSharp.Core
Assembly: FSharp.Core.dll
Parent Module: Operators

A module of compiler intrinsic functions for efficient implementations of F# integer ranges
 and dynamic invocations of other F# operators

Functions and values

Function or value	Description
`AbsDynamic x` Full Usage: `AbsDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`AcosDynamic x` Full Usage: `AcosDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`AsinDynamic x` Full Usage: `AsinDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`Atan2Dynamic y x` Full Usage: `Atan2Dynamic y x` Parameters: y : `'T1` x : `'T1` Returns: `'T2`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. y : `'T1` x : `'T1` Returns: `'T2`
`AtanDynamic x` Full Usage: `AtanDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`CeilingDynamic x` Full Usage: `CeilingDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`CosDynamic x` Full Usage: `CosDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`CoshDynamic x` Full Usage: `CoshDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`ExpDynamic x` Full Usage: `ExpDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`FloorDynamic x` Full Usage: `FloorDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`GetArraySlice source start finish` Full Usage: `GetArraySlice source start finish` Parameters: source : `'T array` - The input array. start : `int option` - The start index. finish : `int option` - The end index. Returns: `'T array` The sub array from the input indices. Modifiers: inline Type parameters: 'T	Gets a slice of an array source : `'T array` The input array. start : `int option` The start index. finish : `int option` The end index. Returns: `'T array` The sub array from the input indices.
`GetArraySlice2D source start1 finish1 start2 finish2` Full Usage: `GetArraySlice2D source start1 finish1 start2 finish2` Parameters: source : `'T[,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. Returns: `'T[,]` The two dimensional sub array from the input indices. Modifiers: inline Type parameters: 'T	Gets a region slice of an array source : `'T[,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. Returns: `'T[,]` The two dimensional sub array from the input indices.
`GetArraySlice2DFixed1 source index1 start2 finish2` Full Usage: `GetArraySlice2DFixed1 source index1 start2 finish2` Parameters: source : `'T[,]` - The source array. index1 : `int` - The index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. Returns: `'T array` The sub array from the input indices. Modifiers: inline Type parameters: 'T	Gets a vector slice of a 2D array. The index of the first dimension is fixed. source : `'T[,]` The source array. index1 : `int` The index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. Returns: `'T array` The sub array from the input indices.
`GetArraySlice2DFixed2 source start1 finish1 index2` Full Usage: `GetArraySlice2DFixed2 source start1 finish1 index2` Parameters: source : `'T[,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. Returns: `'T array` The sub array from the input indices. Modifiers: inline Type parameters: 'T	Gets a vector slice of a 2D array. The index of the second dimension is fixed. source : `'T[,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. Returns: `'T array` The sub array from the input indices.
`GetArraySlice3D source start1 finish1 start2 finish2 start3 finish3` Full Usage: `GetArraySlice3D source start1 finish1 start2 finish2 start3 finish3` Parameters: source : `'T[,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a slice of an array source : `'T[,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices.
`GetArraySlice3DFixedDouble1 source index1 index2 start3 finish3` Full Usage: `GetArraySlice3DFixedDouble1 source index1 index2 start3 finish3` Parameters: source : `'T[,,]` - The source array. index1 : `int` - The fixed index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. Returns: `'T array` The one dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 1D slice of a 3D array. source : `'T[,,]` The source array. index1 : `int` The fixed index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. Returns: `'T array` The one dimensional sub array from the given indices.
`GetArraySlice3DFixedDouble2 source index1 start2 finish2 index3` Full Usage: `GetArraySlice3DFixedDouble2 source index1 start2 finish2 index3` Parameters: source : `'T[,,]` - The source array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. Returns: `'T array` The one dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 1D slice of a 3D array. source : `'T[,,]` The source array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. Returns: `'T array` The one dimensional sub array from the given indices.
`GetArraySlice3DFixedDouble3 source start1 finish1 index2 index3` Full Usage: `GetArraySlice3DFixedDouble3 source start1 finish1 index2 index3` Parameters: source : `'T[,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. index3 : `int` - The fixed index of the third dimension. Returns: `'T array` The one dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 1D slice of a 3D array. source : `'T[,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. index3 : `int` The fixed index of the third dimension. Returns: `'T array` The one dimensional sub array from the given indices.
`GetArraySlice3DFixedSingle1 source index1 start2 finish2 start3 finish3` Full Usage: `GetArraySlice3DFixedSingle1 source index1 start2 finish2 start3 finish3` Parameters: source : `'T[,,]` - The source array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 3D array. source : `'T[,,]` The source array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice3DFixedSingle2 source start1 finish1 index2 start3 finish3` Full Usage: `GetArraySlice3DFixedSingle2 source start1 finish1 index2 start3 finish3` Parameters: source : `'T[,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 3D array. source : `'T[,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice3DFixedSingle3 source start1 finish1 start2 finish2 index3` Full Usage: `GetArraySlice3DFixedSingle3 source start1 finish1 start2 finish2 index3` Parameters: source : `'T[,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 3D array. source : `'T[,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice4D source start1 finish1 start2 finish2 start3 finish3 start4 finish4` Full Usage: `GetArraySlice4D source start1 finish1 start2 finish2 start3 finish3 start4 finish4` Parameters: source : `'T[,,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. Returns: `'T[,,,]` The four dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a slice of an array source : `'T[,,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. Returns: `'T[,,,]` The four dimensional sub array from the given indices.
`GetArraySlice4DFixedDouble1 source index1 index2 start3 finish3 start4 finish4` Full Usage: `GetArraySlice4DFixedDouble1 source index1 index2 start3 finish3 start4 finish4` Parameters: source : `'T[,,,]` - The source array. index1 : `int` - The fixed index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 4D array source : `'T[,,,]` The source array. index1 : `int` The fixed index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice4DFixedDouble2 source index1 start2 finish2 index3 start4 finish4` Full Usage: `GetArraySlice4DFixedDouble2 source index1 start2 finish2 index3 start4 finish4` Parameters: source : `'T[,,,]` - The source array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 4D array source : `'T[,,,]` The source array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice4DFixedDouble3 source index1 start2 finish2 start3 finish3 index4` Full Usage: `GetArraySlice4DFixedDouble3 source index1 start2 finish2 start3 finish3 index4` Parameters: source : `'T[,,,]` - The source array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 4D array source : `'T[,,,]` The source array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. index4 : `int` The fixed index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice4DFixedDouble4 source start1 finish1 index2 index3 start4 finish4` Full Usage: `GetArraySlice4DFixedDouble4 source start1 finish1 index2 index3 start4 finish4` Parameters: source : `'T[,,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. index3 : `int` - The fixed index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 4D array source : `'T[,,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. index3 : `int` The fixed index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice4DFixedDouble5 source start1 finish1 index2 start3 finish3 index4` Full Usage: `GetArraySlice4DFixedDouble5 source start1 finish1 index2 start3 finish3 index4` Parameters: source : `'T[,,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 4D array source : `'T[,,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. index4 : `int` The fixed index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice4DFixedDouble6 source start1 finish1 start2 finish2 index3 index4` Full Usage: `GetArraySlice4DFixedDouble6 source start1 finish1 start2 finish2 index3 index4` Parameters: source : `'T[,,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 2D slice of a 4D array source : `'T[,,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. index4 : `int` The fixed index of the fourth dimension. Returns: `'T[,]` The two dimensional sub array from the given indices.
`GetArraySlice4DFixedSingle1 source index1 start2 finish2 start3 finish3 start4 finish4` Full Usage: `GetArraySlice4DFixedSingle1 source index1 start2 finish2 start3 finish3 start4 finish4` Parameters: source : `'T[,,,]` - The source array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 3D slice of a 4D array source : `'T[,,,]` The source array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices.
`GetArraySlice4DFixedSingle2 source start1 finish1 index2 start3 finish3 start4 finish4` Full Usage: `GetArraySlice4DFixedSingle2 source start1 finish1 index2 start3 finish3 start4 finish4` Parameters: source : `'T[,,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 3D slice of a 4D array source : `'T[,,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices.
`GetArraySlice4DFixedSingle3 source start1 finish1 start2 finish2 index3 start4 finish4` Full Usage: `GetArraySlice4DFixedSingle3 source start1 finish1 start2 finish2 index3 start4 finish4` Parameters: source : `'T[,,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 3D slice of a 4D array source : `'T[,,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices.
`GetArraySlice4DFixedSingle4 source start1 finish1 start2 finish2 start3 finish3 index4` Full Usage: `GetArraySlice4DFixedSingle4 source start1 finish1 start2 finish2 start3 finish3 index4` Parameters: source : `'T[,,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 3D slice of a 4D array source : `'T[,,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. index4 : `int` The fixed index of the fourth dimension. Returns: `'T[,,]` The three dimensional sub array from the given indices.
`GetArraySlice4DFixedTriple1 source start1 finish1 index2 index3 index4` Full Usage: `GetArraySlice4DFixedTriple1 source start1 finish1 index2 index3 index4` Parameters: source : `'T[,,,]` - The source array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. index3 : `int` - The fixed index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. Returns: `'T array` The one dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 1D slice of a 4D array source : `'T[,,,]` The source array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. index3 : `int` The fixed index of the third dimension. index4 : `int` The fixed index of the fourth dimension. Returns: `'T array` The one dimensional sub array from the given indices.
`GetArraySlice4DFixedTriple2 source index1 start2 finish2 index3 index4` Full Usage: `GetArraySlice4DFixedTriple2 source index1 start2 finish2 index3 index4` Parameters: source : `'T[,,,]` - The source array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. Returns: `'T array` The one dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 1D slice of a 4D array source : `'T[,,,]` The source array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. index4 : `int` The fixed index of the fourth dimension. Returns: `'T array` The one dimensional sub array from the given indices.
`GetArraySlice4DFixedTriple3 source index1 index2 start3 finish3 index4` Full Usage: `GetArraySlice4DFixedTriple3 source index1 index2 start3 finish3 index4` Parameters: source : `'T[,,,]` - The source array. index1 : `int` - The fixed index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. Returns: `'T array` The one dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 1D slice of a 4D array source : `'T[,,,]` The source array. index1 : `int` The fixed index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. index4 : `int` The fixed index of the fourth dimension. Returns: `'T array` The one dimensional sub array from the given indices.
`GetArraySlice4DFixedTriple4 source index1 index2 index3 start4 finish4` Full Usage: `GetArraySlice4DFixedTriple4 source index1 index2 index3 start4 finish4` Parameters: source : `'T[,,,]` - The source array. index1 : `int` - The fixed index of the first dimension. index2 : `int` - The fixed index of the second dimension. index3 : `int` - The fixed index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. Returns: `'T array` The one dimensional sub array from the given indices. Modifiers: inline Type parameters: 'T	Gets a 1D slice of a 4D array source : `'T[,,,]` The source array. index1 : `int` The fixed index of the first dimension. index2 : `int` The fixed index of the second dimension. index3 : `int` The fixed index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. Returns: `'T array` The one dimensional sub array from the given indices.
`GetStringSlice source start finish` Full Usage: `GetStringSlice source start finish` Parameters: source : `string` - The source string. start : `int option` - The index of the first character of the slice. finish : `int option` - The index of the last character of the slice. Returns: `string` The substring from the given indices. Modifiers: inline	Gets a slice from a string source : `string` The source string. start : `int option` The index of the first character of the slice. finish : `int option` The index of the last character of the slice. Returns: `string` The substring from the given indices.
`Log10Dynamic x` Full Usage: `Log10Dynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`LogDynamic x` Full Usage: `LogDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`PowByte x n` Full Usage: `PowByte x n` Parameters: x : `byte` n : `int` Returns: `byte`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'byte' x : `byte` n : `int` Returns: `byte`
`PowDecimal x n` Full Usage: `PowDecimal x n` Parameters: x : `decimal` n : `int` Returns: `decimal`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'decimal' x : `decimal` n : `int` Returns: `decimal`
`PowDouble x n` Full Usage: `PowDouble x n` Parameters: x : `float` n : `int` Returns: `float`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'float' x : `float` n : `int` Returns: `float`
`PowDynamic x y` Full Usage: `PowDynamic x y` Parameters: x : `'T` y : `'U` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` y : `'U` Returns: `'T`
`PowGeneric (one, mul, value, exponent)` Full Usage: `PowGeneric (one, mul, value, exponent)` Parameters: one : `'T` mul : `'T -> 'T -> 'T` value : `'T` exponent : `int` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator one : `'T` mul : `'T -> 'T -> 'T` value : `'T` exponent : `int` Returns: `'T`
`PowInt16 x n` Full Usage: `PowInt16 x n` Parameters: x : `int16` n : `int` Returns: `int16`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'int16' x : `int16` n : `int` Returns: `int16`
`PowInt32 x n` Full Usage: `PowInt32 x n` Parameters: x : `int32` n : `int` Returns: `int32`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'int32' x : `int32` n : `int` Returns: `int32`
`PowInt64 x n` Full Usage: `PowInt64 x n` Parameters: x : `int64` n : `int` Returns: `int64`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'int64' x : `int64` n : `int` Returns: `int64`
`PowIntPtr x n` Full Usage: `PowIntPtr x n` Parameters: x : `nativeint` n : `int` Returns: `nativeint`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'nativeint' x : `nativeint` n : `int` Returns: `nativeint`
`PowSByte x n` Full Usage: `PowSByte x n` Parameters: x : `sbyte` n : `int` Returns: `sbyte`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'sbyte' x : `sbyte` n : `int` Returns: `sbyte`
`PowSingle x n` Full Usage: `PowSingle x n` Parameters: x : `float32` n : `int` Returns: `float32`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'float32' x : `float32` n : `int` Returns: `float32`
`PowUInt16 x n` Full Usage: `PowUInt16 x n` Parameters: x : `uint16` n : `int` Returns: `uint16`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'uint16' x : `uint16` n : `int` Returns: `uint16`
`PowUInt32 x n` Full Usage: `PowUInt32 x n` Parameters: x : `uint32` n : `int` Returns: `uint32`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'uint32' x : `uint32` n : `int` Returns: `uint32`
`PowUInt64 x n` Full Usage: `PowUInt64 x n` Parameters: x : `uint64` n : `int` Returns: `uint64`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'uint64' x : `uint64` n : `int` Returns: `uint64`
`PowUIntPtr x n` Full Usage: `PowUIntPtr x n` Parameters: x : `unativeint` n : `int` Returns: `unativeint`	This is a library intrinsic. Calls to this function may be generated by uses of the generic 'pown' operator on values of type 'unativeint' x : `unativeint` n : `int` Returns: `unativeint`
`RangeByte start step stop` Full Usage: `RangeByte start step stop` Parameters: start : `byte` step : `byte` stop : `byte` Returns: `byte seq`	Generate a range of byte values start : `byte` step : `byte` stop : `byte` Returns: `byte seq`
`RangeChar start stop` Full Usage: `RangeChar start stop` Parameters: start : `char` stop : `char` Returns: `char seq`	Generate a range of char values start : `char` stop : `char` Returns: `char seq`
`RangeDouble start step stop` Full Usage: `RangeDouble start step stop` Parameters: start : `float` step : `float` stop : `float` Returns: `float seq`	Generate a range of float values start : `float` step : `float` stop : `float` Returns: `float seq`
`RangeGeneric one add start stop` Full Usage: `RangeGeneric one add start stop` Parameters: one : `'T` add : `'T -> 'T -> 'T` start : `'T` stop : `'T` Returns: `'T seq`	Generate a range of values using the given zero, add, start, step and stop values one : `'T` add : `'T -> 'T -> 'T` start : `'T` stop : `'T` Returns: `'T seq`
`RangeInt16 start step stop` Full Usage: `RangeInt16 start step stop` Parameters: start : `int16` step : `int16` stop : `int16` Returns: `int16 seq`	Generate a range of int16 values start : `int16` step : `int16` stop : `int16` Returns: `int16 seq`
`RangeInt32 start step stop` Full Usage: `RangeInt32 start step stop` Parameters: start : `int` step : `int` stop : `int` Returns: `int seq`	Generate a range of integers start : `int` step : `int` stop : `int` Returns: `int seq`
`RangeInt64 start step stop` Full Usage: `RangeInt64 start step stop` Parameters: start : `int64` step : `int64` stop : `int64` Returns: `int64 seq`	Generate a range of int64 values start : `int64` step : `int64` stop : `int64` Returns: `int64 seq`
`RangeIntPtr start step stop` Full Usage: `RangeIntPtr start step stop` Parameters: start : `nativeint` step : `nativeint` stop : `nativeint` Returns: `nativeint seq`	Generate a range of nativeint values start : `nativeint` step : `nativeint` stop : `nativeint` Returns: `nativeint seq`
`RangeSByte start step stop` Full Usage: `RangeSByte start step stop` Parameters: start : `sbyte` step : `sbyte` stop : `sbyte` Returns: `sbyte seq`	Generate a range of sbyte values start : `sbyte` step : `sbyte` stop : `sbyte` Returns: `sbyte seq`
`RangeSingle start step stop` Full Usage: `RangeSingle start step stop` Parameters: start : `float32` step : `float32` stop : `float32` Returns: `float32 seq`	Generate a range of float32 values start : `float32` step : `float32` stop : `float32` Returns: `float32 seq`
`RangeStepGeneric zero add start step stop` Full Usage: `RangeStepGeneric zero add start step stop` Parameters: zero : `'Step` add : `'T -> 'Step -> 'T` start : `'T` step : `'Step` stop : `'T` Returns: `'T seq`	Generate a range of values using the given zero, add, start, step and stop values zero : `'Step` add : `'T -> 'Step -> 'T` start : `'T` step : `'Step` stop : `'T` Returns: `'T seq`
`RangeUInt16 start step stop` Full Usage: `RangeUInt16 start step stop` Parameters: start : `uint16` step : `uint16` stop : `uint16` Returns: `uint16 seq`	Generate a range of uint16 values start : `uint16` step : `uint16` stop : `uint16` Returns: `uint16 seq`
`RangeUInt32 start step stop` Full Usage: `RangeUInt32 start step stop` Parameters: start : `uint32` step : `uint32` stop : `uint32` Returns: `uint32 seq`	Generate a range of uint32 values start : `uint32` step : `uint32` stop : `uint32` Returns: `uint32 seq`
`RangeUInt64 start step stop` Full Usage: `RangeUInt64 start step stop` Parameters: start : `uint64` step : `uint64` stop : `uint64` Returns: `uint64 seq`	Generate a range of uint64 values start : `uint64` step : `uint64` stop : `uint64` Returns: `uint64 seq`
`RangeUIntPtr start step stop` Full Usage: `RangeUIntPtr start step stop` Parameters: start : `unativeint` step : `unativeint` stop : `unativeint` Returns: `unativeint seq`	Generate a range of unativeint values start : `unativeint` step : `unativeint` stop : `unativeint` Returns: `unativeint seq`
`RoundDynamic x` Full Usage: `RoundDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`SetArraySlice target start finish source` Full Usage: `SetArraySlice target start finish source` Parameters: target : `'T array` - The target array. start : `int option` - The start index. finish : `int option` - The end index. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a slice of an array target : `'T array` The target array. start : `int option` The start index. finish : `int option` The end index. source : `'T array` The source array.
`SetArraySlice2D target start1 finish1 start2 finish2 source` Full Usage: `SetArraySlice2D target start1 finish1 start2 finish2 source` Parameters: target : `'T[,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a region slice of an array target : `'T[,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. source : `'T[,]` The source array.
`SetArraySlice2DFixed1 target index1 start2 finish2 source` Full Usage: `SetArraySlice2DFixed1 target index1 start2 finish2 source` Parameters: target : `'T[,]` - The target array. index1 : `int` - The index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a vector slice of a 2D array. The index of the first dimension is fixed. target : `'T[,]` The target array. index1 : `int` The index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. source : `'T array` The source array.
`SetArraySlice2DFixed2 target start1 finish1 index2 source` Full Usage: `SetArraySlice2DFixed2 target start1 finish1 index2 source` Parameters: target : `'T[,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The index of the second dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a vector slice of a 2D array. The index of the second dimension is fixed. target : `'T[,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The index of the second dimension. source : `'T array` The source array.
`SetArraySlice3D target start1 finish1 start2 finish2 start3 finish3 source` Full Usage: `SetArraySlice3D target start1 finish1 start2 finish2 start3 finish3 source` Parameters: target : `'T[,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. source : `'T[,,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a slice of an array target : `'T[,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. source : `'T[,,]` The source array.
`SetArraySlice3DFixedDouble1 target index1 index2 start3 finish3 source` Full Usage: `SetArraySlice3DFixedDouble1 target index1 index2 start3 finish3 source` Parameters: target : `'T[,,]` - The target array. index1 : `int` - The fixed index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a 1D slice of a 3D array. target : `'T[,,]` The target array. index1 : `int` The fixed index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. source : `'T array` The source array.
`SetArraySlice3DFixedDouble2 target index1 start2 finish2 index3 source` Full Usage: `SetArraySlice3DFixedDouble2 target index1 start2 finish2 index3 source` Parameters: target : `'T[,,]` - The target array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a 1D slice of a 3D array. target : `'T[,,]` The target array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. source : `'T array` The source array.
`SetArraySlice3DFixedDouble3 target start1 finish1 index2 index3 source` Full Usage: `SetArraySlice3DFixedDouble3 target start1 finish1 index2 index3 source` Parameters: target : `'T[,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. index3 : `int` - The fixed index of the third dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a 1D slice of a 3D array. target : `'T[,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. index3 : `int` The fixed index of the third dimension. source : `'T array` The source array.
`SetArraySlice3DFixedSingle1 target index1 start2 finish2 start3 finish3 source` Full Usage: `SetArraySlice3DFixedSingle1 target index1 start2 finish2 start3 finish3 source` Parameters: target : `'T[,,]` - The target array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 3D array target : `'T[,,]` The target array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. source : `'T[,]` The source array.
`SetArraySlice3DFixedSingle2 target start1 finish1 index2 start3 finish3 source` Full Usage: `SetArraySlice3DFixedSingle2 target start1 finish1 index2 start3 finish3 source` Parameters: target : `'T[,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 3D array target : `'T[,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. source : `'T[,]` The source array.
`SetArraySlice3DFixedSingle3 target start1 finish1 start2 finish2 index3 source` Full Usage: `SetArraySlice3DFixedSingle3 target start1 finish1 start2 finish2 index3 source` Parameters: target : `'T[,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 3D array target : `'T[,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. source : `'T[,]` The source array.
`SetArraySlice4D target start1 finish1 start2 finish2 start3 finish3 start4 finish4 source` Full Usage: `SetArraySlice4D target start1 finish1 start2 finish2 start3 finish3 start4 finish4 source` Parameters: target : `'T[,,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. source : `'T[,,,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a slice of an array target : `'T[,,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. source : `'T[,,,]` The source array.
`SetArraySlice4DFixedDouble1 target index1 index2 start3 finish3 start4 finish4 source` Full Usage: `SetArraySlice4DFixedDouble1 target index1 index2 start3 finish3 start4 finish4 source` Parameters: target : `'T[,,,]` - The target array. index1 : `int` - The fixed index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 4D array target : `'T[,,,]` The target array. index1 : `int` The fixed index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. source : `'T[,]` The source array.
`SetArraySlice4DFixedDouble2 target index1 start2 finish2 index3 start4 finish4 source` Full Usage: `SetArraySlice4DFixedDouble2 target index1 start2 finish2 index3 start4 finish4 source` Parameters: target : `'T[,,,]` - The target array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 4D array target : `'T[,,,]` The target array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. source : `'T[,]` The source array.
`SetArraySlice4DFixedDouble3 target index1 start2 finish2 start3 finish3 index4 source` Full Usage: `SetArraySlice4DFixedDouble3 target index1 start2 finish2 start3 finish3 index4 source` Parameters: target : `'T[,,,]` - The target array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 4D array target : `'T[,,,]` The target array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. index4 : `int` The fixed index of the fourth dimension. source : `'T[,]` The source array.
`SetArraySlice4DFixedDouble4 target start1 finish1 index2 index3 start4 finish4 source` Full Usage: `SetArraySlice4DFixedDouble4 target start1 finish1 index2 index3 start4 finish4 source` Parameters: target : `'T[,,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. index3 : `int` - The fixed index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 4D array target : `'T[,,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. index3 : `int` The fixed index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. source : `'T[,]` The source array.
`SetArraySlice4DFixedDouble5 target start1 finish1 index2 start3 finish3 index4 source` Full Usage: `SetArraySlice4DFixedDouble5 target start1 finish1 index2 start3 finish3 index4 source` Parameters: target : `'T[,,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 4D array target : `'T[,,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. index4 : `int` The fixed index of the fourth dimension. source : `'T[,]` The source array.
`SetArraySlice4DFixedDouble6 target start1 finish1 start2 finish2 index3 index4 source` Full Usage: `SetArraySlice4DFixedDouble6 target start1 finish1 start2 finish2 index3 index4 source` Parameters: target : `'T[,,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. source : `'T[,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 2D slice of a 4D array target : `'T[,,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. index4 : `int` The fixed index of the fourth dimension. source : `'T[,]` The source array.
`SetArraySlice4DFixedSingle1 target index1 start2 finish2 start3 finish3 start4 finish4 source` Full Usage: `SetArraySlice4DFixedSingle1 target index1 start2 finish2 start3 finish3 start4 finish4 source` Parameters: target : `'T[,,,]` - The target array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. source : `'T[,,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 3D slice of a 4D array target : `'T[,,,]` The target array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. source : `'T[,,]` The source array.
`SetArraySlice4DFixedSingle2 target start1 finish1 index2 start3 finish3 start4 finish4 source` Full Usage: `SetArraySlice4DFixedSingle2 target start1 finish1 index2 start3 finish3 start4 finish4 source` Parameters: target : `'T[,,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. source : `'T[,,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 3D slice of a 4D array target : `'T[,,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. source : `'T[,,]` The source array.
`SetArraySlice4DFixedSingle3 target start1 finish1 start2 finish2 index3 start4 finish4 source` Full Usage: `SetArraySlice4DFixedSingle3 target start1 finish1 start2 finish2 index3 start4 finish4 source` Parameters: target : `'T[,,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. source : `'T[,,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 3D slice of a 4D array target : `'T[,,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. source : `'T[,,]` The source array.
`SetArraySlice4DFixedSingle4 target start1 finish1 start2 finish2 start3 finish3 index4 source` Full Usage: `SetArraySlice4DFixedSingle4 target start1 finish1 start2 finish2 start3 finish3 index4 source` Parameters: target : `'T[,,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. source : `'T[,,]` - The source array. Modifiers: inline Type parameters: 'T	Sets a 3D slice of a 4D array target : `'T[,,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. index4 : `int` The fixed index of the fourth dimension. source : `'T[,,]` The source array.
`SetArraySlice4DFixedTriple1 target start1 finish1 index2 index3 index4 source` Full Usage: `SetArraySlice4DFixedTriple1 target start1 finish1 index2 index3 index4 source` Parameters: target : `'T[,,,]` - The target array. start1 : `int option` - The start index of the first dimension. finish1 : `int option` - The end index of the first dimension. index2 : `int` - The fixed index of the second dimension. index3 : `int` - The fixed index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a 1D slice of a 4D array target : `'T[,,,]` The target array. start1 : `int option` The start index of the first dimension. finish1 : `int option` The end index of the first dimension. index2 : `int` The fixed index of the second dimension. index3 : `int` The fixed index of the third dimension. index4 : `int` The fixed index of the fourth dimension. source : `'T array` The source array.
`SetArraySlice4DFixedTriple2 target index1 start2 finish2 index3 index4 source` Full Usage: `SetArraySlice4DFixedTriple2 target index1 start2 finish2 index3 index4 source` Parameters: target : `'T[,,,]` - The target array. index1 : `int` - The fixed index of the first dimension. start2 : `int option` - The start index of the second dimension. finish2 : `int option` - The end index of the second dimension. index3 : `int` - The fixed index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a 1D slice of a 4D array target : `'T[,,,]` The target array. index1 : `int` The fixed index of the first dimension. start2 : `int option` The start index of the second dimension. finish2 : `int option` The end index of the second dimension. index3 : `int` The fixed index of the third dimension. index4 : `int` The fixed index of the fourth dimension. source : `'T array` The source array.
`SetArraySlice4DFixedTriple3 target index1 index2 start3 finish3 index4 source` Full Usage: `SetArraySlice4DFixedTriple3 target index1 index2 start3 finish3 index4 source` Parameters: target : `'T[,,,]` - The target array. index1 : `int` - The fixed index of the first dimension. index2 : `int` - The fixed index of the second dimension. start3 : `int option` - The start index of the third dimension. finish3 : `int option` - The end index of the third dimension. index4 : `int` - The fixed index of the fourth dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a 1D slice of a 4D array target : `'T[,,,]` The target array. index1 : `int` The fixed index of the first dimension. index2 : `int` The fixed index of the second dimension. start3 : `int option` The start index of the third dimension. finish3 : `int option` The end index of the third dimension. index4 : `int` The fixed index of the fourth dimension. source : `'T array` The source array.
`SetArraySlice4DFixedTriple4 target index1 index2 index3 start4 finish4 source` Full Usage: `SetArraySlice4DFixedTriple4 target index1 index2 index3 start4 finish4 source` Parameters: target : `'T[,,,]` - The target array. index1 : `int` - The fixed index of the first dimension. index2 : `int` - The fixed index of the second dimension. index3 : `int` - The fixed index of the third dimension. start4 : `int option` - The start index of the fourth dimension. finish4 : `int option` - The end index of the fourth dimension. source : `'T array` - The source array. Modifiers: inline Type parameters: 'T	Sets a 1D slice of a 4D array target : `'T[,,,]` The target array. index1 : `int` The fixed index of the first dimension. index2 : `int` The fixed index of the second dimension. index3 : `int` The fixed index of the third dimension. start4 : `int option` The start index of the fourth dimension. finish4 : `int option` The end index of the fourth dimension. source : `'T array` The source array.
`SignDynamic arg1` Full Usage: `SignDynamic arg1` Parameters: arg0 : `'T` Returns: `int`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. arg0 : `'T` Returns: `int`
`SinDynamic x` Full Usage: `SinDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`SinhDynamic x` Full Usage: `SinhDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`SqrtDynamic arg1` Full Usage: `SqrtDynamic arg1` Parameters: arg0 : `'T1` Returns: `'T2`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. arg0 : `'T1` Returns: `'T2`
`TanDynamic x` Full Usage: `TanDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`TanhDynamic x` Full Usage: `TanhDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`
`TruncateDynamic x` Full Usage: `TruncateDynamic x` Parameters: x : `'T` Returns: `'T`	This is a library intrinsic. Calls to this function may be generated by evaluating quotations. x : `'T` Returns: `'T`