Aggregation

Namespace: Deedle

A non-generic type that simplifies the construction of Aggregation<K> values from C#. It provides methods for constructing different kinds of aggregation strategies for ordered series.

Static members

Static member	Description
`Aggregation.ChunkSize(size, boundary)` Signature: (size:int * boundary:Boundary) -> Aggregation<'?688340> Type parameters: '?688340	Aggregate data into non-overlapping chunks of a specified size and the provided handling of boundary elements. Parameters `size` - Specifies the size of the floating window. Depending on the boundary behavior, the actual created windows may be smaller. `boundary` - Specifies how to handle boundaries (when there is not enough data to create an entire window).
`Aggregation.ChunkWhile(condition)` Signature: condition:Func<'K,'K,bool> -> Aggregation<'K> Type parameters: 'K	Aggregate data into non-overlapping chunks where each chunk ends as soon as the specified function returns `false` when called with the first key and the current key as arguments. Parameters `condition` - A delegate that specifies when to end the current chunk (e.g. `(k1, k2) => k2 - k1 < 10` means that the difference between keys in each chunk will be less than 10.
`Aggregation.WindowSize(size, boundary)` Signature: (size:int * boundary:Boundary) -> Aggregation<'?688338> Type parameters: '?688338	Aggregate data into floating windows of a specified size and the provided handling of boundary elements. Parameters `size` - Specifies the size of the floating window. Depending on the boundary behavior, the actual created windows may be smaller. `boundary` - Specifies how to handle boundaries (when there is not enough data to create an entire window).
`Aggregation.WindowWhile(condition)` Signature: condition:Func<'K,'K,bool> -> Aggregation<'K> Type parameters: 'K	Aggregate data into floating windows where each window ends as soon as the specified function returns `false` when called with the first key and the current key as arguments. Parameters `condition` - A delegate that specifies when to end the current window (e.g. `(k1, k2) => k2 - k1 < 10` means that the difference between keys in each window will be less than 10.

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