RangeRestriction<'TAddress> (Deedle)

RangeRestriction<'TAddress> Type

Namespace: Deedle
Assembly: Deedle.dll
Base Type: obj
All Interfaces: IEquatable<RangeRestriction<'TAddress>> , IStructuralEquatable

Specifies a sub-range within index that can be accessed via slicing (see the `GetAddressRange` method). For in-memory data structures, accessing range via known addresses is typically sufficient, but for virtual Big Deedle sources, `Start` and `End` let us avoid fully evaluating addresses. `Custom` range can be used for optimizations.

Union cases

Union case	Description
`Custom IRangeRestriction<'TAddress>` Full Usage: `Custom IRangeRestriction<'TAddress>` Parameters: Item : `IRangeRestriction<'TAddress>`	Custom range, which is a sequence of indices, or other representation of it Item : `IRangeRestriction<'TAddress>`
`End int64` Full Usage: `End int64` Parameters: Item : `int64`	Range referring to the specified number of elements from the end Item : `int64`
`Fixed('TAddress, 'TAddress)` Full Usage: `Fixed('TAddress, 'TAddress)` Parameters: Item1 : `'TAddress` Item2 : `'TAddress`	Range specified as a pair of (inclusive) lower and upper addresses Item1 : `'TAddress` Item2 : `'TAddress`
`Start int64` Full Usage: `Start int64` Parameters: Item : `int64`	Range referring to the specified number of elements from the start Item : `int64`

Instance members

Instance member	Description
`this.IsCustom` Full Usage: `this.IsCustom` Returns: `bool`	Returns: `bool`
`this.IsEnd` Full Usage: `this.IsEnd` Returns: `bool`	Returns: `bool`
`this.IsFixed` Full Usage: `this.IsFixed` Returns: `bool`	Returns: `bool`
`this.IsStart` Full Usage: `this.IsStart` Returns: `bool`	Returns: `bool`
`this.Select` Full Usage: `this.Select` Parameters: f : `Func<'TAddress, 'a>` Returns: `RangeRestriction<'a>`	f : `Func<'TAddress, 'a>` Returns: `RangeRestriction<'a>`