RRBVector<'T> (Ficus)

RRBVector<'T> Type

Namespace: Ficus
Assembly: Ficus.dll
Parent Module: RRBVector
Base Type: obj
All Interfaces: IEnumerable<'T> , IEnumerable

Constructors

Constructor	Description
`RRBVector()` Full Usage: `RRBVector()` Returns: `RRBVector<'T>`	Returns: `RRBVector<'T>`

Instance members

Instance member	Description
`this.Append` Full Usage: `this.Append` Parameters: arg0 : `RRBVector<'T>` Returns: `RRBVector<'T>` Modifiers: abstract	Concatenate two vectors to create a new one. Effectively O(1) (really O(log₃₂ N)) arg0 : `RRBVector<'T>` Returns: `RRBVector<'T>`
`this.Empty` Full Usage: `this.Empty` Returns: `RRBVector<'T>` Modifiers: abstract	Creates an empty vector Returns: `RRBVector<'T>`
`this.GetItem` Full Usage: `this.GetItem` Parameters: arg0 : `int` Returns: `'T` Modifiers: abstract	arg0 : `int` Returns: `'T`
`this.GetSlice` Full Usage: `this.GetSlice` Parameters: arg0 : `int option` arg1 : `int option` Returns: `RRBVector<'T>` Modifiers: abstract	arg0 : `int option` arg1 : `int option` Returns: `RRBVector<'T>`
`this.Insert` Full Usage: `this.Insert` Parameters: arg0 : `int` arg1 : `'T` Returns: `RRBVector<'T>` Modifiers: abstract	arg0 : `int` arg1 : `'T` Returns: `RRBVector<'T>`
`this.IsEmpty` Full Usage: `this.IsEmpty` Returns: `bool` Modifiers: abstract	Tests whether vector is empty. O(1) Returns: `bool`
`this[idx]` Full Usage: `this[idx]` Parameters: idx : `int` Returns: `'T`	idx : `int` Returns: `'T`
`this.IterItems` Full Usage: `this.IterItems` Returns: `seq<'T>` Modifiers: abstract	Returns: `seq<'T>`
`this.IterLeaves` Full Usage: `this.IterLeaves` Returns: `seq<'T[]>` Modifiers: abstract	Returns: `seq<'T[]>`
`this.Length` Full Usage: `this.Length` Returns: `int` Modifiers: abstract	Number of items in vector. O(1) Returns: `int`
`this.Peek` Full Usage: `this.Peek` Returns: `'T` Modifiers: abstract	Returns: `'T`
`this.Persistent` Full Usage: `this.Persistent` Returns: `RRBVector<'T>` Modifiers: abstract	Returns: `RRBVector<'T>`
`this.Pop` Full Usage: `this.Pop` Returns: `RRBVector<'T>` Modifiers: abstract	Returns: `RRBVector<'T>`
`this.Push` Full Usage: `this.Push` Parameters: arg0 : `'T` Returns: `RRBVector<'T>` Modifiers: abstract	arg0 : `'T` Returns: `RRBVector<'T>`
`this.Remove` Full Usage: `this.Remove` Parameters: arg0 : `int` Returns: `RRBVector<'T>` Modifiers: abstract	arg0 : `int` Returns: `RRBVector<'T>`
`this.RevIterItems` Full Usage: `this.RevIterItems` Returns: `seq<'T>` Modifiers: abstract	Returns: `seq<'T>`
`this.RevIterLeaves` Full Usage: `this.RevIterLeaves` Returns: `seq<'T[]>` Modifiers: abstract	Returns: `seq<'T[]>`
`this.Skip` Full Usage: `this.Skip` Parameters: arg0 : `int` Returns: `RRBVector<'T>` Modifiers: abstract	arg0 : `int` Returns: `RRBVector<'T>`
`this.Slice` Full Usage: `this.Slice` Parameters: arg0 : `int` arg1 : `int` Returns: `RRBVector<'T>` Modifiers: abstract	arg0 : `int` arg1 : `int` Returns: `RRBVector<'T>`
`this.Split` Full Usage: `this.Split` Parameters: arg0 : `int` Returns: `RRBVector<'T> * RRBVector<'T>` Modifiers: abstract	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)) arg0 : `int` Returns: `RRBVector<'T> * RRBVector<'T>`
`this.StringRepr` Full Usage: `this.StringRepr` Returns: `string` Modifiers: abstract	Returns: `string`
`this.Take` Full Usage: `this.Take` Parameters: arg0 : `int` Returns: `RRBVector<'T>` Modifiers: abstract	arg0 : `int` Returns: `RRBVector<'T>`
`this.Transient` Full Usage: `this.Transient` Returns: `RRBVector<'T>` Modifiers: abstract	Returns: `RRBVector<'T>`
`this.Update` Full Usage: `this.Update` Parameters: arg0 : `int` arg1 : `'T` Returns: `RRBVector<'T>` Modifiers: abstract	arg0 : `int` arg1 : `'T` Returns: `RRBVector<'T>`

Ficus 0.0.2

RRBVector<'T> Type

Constructors

Instance members