RRBVector<'T>

Ficus
Parent Module: RRBVector
Attributes:
[<AbstractClass>]
[<StructuredFormatDisplay("{StringRepr}")>]

	Constructor	Signature	Description
#	`new()`	`unit -> RRBVector<'T>`	CompiledName:`.ctor`

	Instance member	Signature	Description
#	`x.Append(arg1)`	`RRBVector<'T> -> RRBVector<'T>`	Concatenate two vectors to create a new one. Effectively O(1) (really O(log₃₂ N))
#	`x.Empty()`	`unit -> RRBVector<'T>`	Creates an empty vector
#	`x.GetItem(arg1)`	`int -> 'T`
#	`x.GetSlice(arg1, arg2)`	`(int option * int option) -> RRBVector<'T>`
#	`x.Insert arg1 arg2`	`int -> 'T -> RRBVector<'T>`
#	`x.IsEmpty()`	`unit -> bool`	Tests whether vector is empty. O(1)
#	`[idx]`	`idx:int -> 'T`	CompiledName:`get_Item`
#	`x.IterItems()`	`unit -> seq<'T>`
#	`x.IterLeaves()`	`unit -> seq<'T []>`
#	`x.Length`	`int`	Number of items in vector. O(1) CompiledName:`get_Length`
#	`x.Peek()`	`unit -> 'T`
#	`x.Persistent()`	`unit -> RRBVector<'T>`
#	`x.Pop()`	`unit -> RRBVector<'T>`
#	`x.Push(arg1)`	`'T -> RRBVector<'T>`
#	`x.Remove(arg1)`	`int -> RRBVector<'T>`
#	`x.RevIterItems()`	`unit -> seq<'T>`
#	`x.RevIterLeaves()`	`unit -> seq<'T []>`
#	`x.Skip(arg1)`	`int -> RRBVector<'T>`
#	`x.Slice(arg1, arg2)`	`(int * int) -> RRBVector<'T>`
#	`x.Split(arg1)`	`int -> RRBVector<'T> * RRBVector<'T>`	Split vector into two at index `i`. The left vector will be length `i` and contain items 0 through i-1, while the right vector will be length `x.Length - i` and contain items i through x.Length-1. Effectively O(1) (really O(log₃₂ N))
#	`x.StringRepr`	`string`	CompiledName:`get_StringRepr`
#	`x.Take(arg1)`	`int -> RRBVector<'T>`
#	`x.Transient()`	`unit -> RRBVector<'T>`
#	`x.Update arg1 arg2`	`int -> 'T -> RRBVector<'T>`