ArrayDivvy<'T>

Namespace: FSharpAux
Attributes:
[<Struct>]
[<CustomEquality>]
[<CustomComparison>]

Constructor	Description
`new(array)` Signature: (array:'T []) -> ArrayDivvy<'T>	CompiledName: `.ctor`
`new(array, offset, count)` Signature: (array:'T [] * offset:int * count:int) -> ArrayDivvy<'T>	CompiledName: `.ctor`

Instance member	Description
`x.Array` Signature: 'T []	CompiledName: `get_Array`
`x.Contains(item)` Signature: item:'T -> bool
`x.CopyTo(cArray, arrayIndex)` Signature: (cArray:Array * arrayIndex:int) -> unit
`x.Count` Signature: int	CompiledName: `get_Count`
`x.Filter(f)` Signature: (f:('T -> bool)) -> ArrayDivvy<'T>
`x.Fold f acc` Signature: (f:('State -> 'T -> 'State)) -> acc:'State -> 'State Type parameters: 'State	Applies a function to each element of the collection, threading an accumulator argument through the computation.
`x.GetSlice(start, finish)` Signature: (start:int option * finish:int option) -> ArrayDivvy<'T>
`x.IndexOf(item)` Signature: item:'T -> int
`[index]` Signature: index:int -> 'T	CompiledName: `set_Item`
`[()]` Signature: unit -> int	CompiledName: `get_Item`
`x.Iter(f)` Signature: (f:('T -> unit)) -> unit	Applies the given function to each element of the divvy array.
`x.Iteri(f)` Signature: (f:(int -> 'T -> unit)) -> unit
`x.Map(f)` Signature: (f:('T -> 'U)) -> ArrayDivvy<'U>
`x.Offset` Signature: int	CompiledName: `get_Offset`
`x.SetValue(value, index)` Signature: (value:'T * index:int) -> unit