Collective2 Explorer
Namespaces
Deedle
SeriesModule Class
SeriesModule Methods
Aggregate(K, T, TNewKey) Method
AggregateInto(K, T, TNewKey, R) Method
ApplyLevel(K1, K2, V, R) Method
ApplyLevelOptional(K1, K2, V, R) Method
Convert(T, R, K) Method
CountKeys(K, T) Method
CountValues(K, T) Method
Diff(K, T) Method
DropMissing(K, T) Method
fillErrorsWith(T, K) Method
FillMissing(K, T) Method
FillMissingBetween(K, T) Method
FillMissingInside(K, T) Method
FillMissingUsing(K, T) Method
FillMissingWith(a, K, T) Method
Filter(K, T) Method
FilterAll(K, T) Method
FilterValues(T, K) Method
Flatten(K, T) Method
FoldValues(a, T, K) Method
Force(K, V) Method
Get(K, T) Method
GetAllObservations(K, T) Method
GetAllValues(K, T) Method
GetAt(K, T) Method
GetFirstKey(K, V) Method
GetFirstValue(K, V) Method
GetKeys(K, T) Method
GetLastKey(K, V) Method
GetLastValue(K, V) Method
GetObservations Method
GetValues(K, T) Method
groupBy(K, T, TNewKey) Method
groupInto(K, T, TNewKey, TNewValue) Method
Has(K, T) Method
HasAll(K, T) Method
HasNone(K, T) Method
HasNot(K, T) Method
HasSome(K, T) Method
Chunk(K, T) Method
ChunkDistance(D, K, T) Method
ChunkDistanceInto(D, K, T, R) Method
ChunkInto(K, T, R) Method
ChunkSize(K, T) Method
ChunkSizeInto(K, T, R) Method
ChunkWhile(K, T) Method
ChunkWhileInto(K, T, a) Method
IndexOrdinally(K, T) Method
IndexWith(K2, K1, T) Method
Lookup(K, T) Method
LookupAll(K, T) Method
lookupTime(K, V) Method
lookupTimeAt(K, V) Method
Map(K, T, R) Method
MapAll(K, T, R) Method
MapKeys(K, R, T) Method
MapValues(T, R, K) Method
Merge(K, V) Method
MergeAll(K, V) Method
MergeUsing(K, V) Method
Pairwise(K, T) Method
PairwiseWith(K, T, a) Method
Realign(K, T) Method
ReduceLevel(K1, K2, T) Method
ReduceValues(T, K) Method
resample(K, V) Method
resampleEquiv(K1, K2, V1) Method
resampleEquivInto(K1, K2, V1, V2) Method
resampleInto(K, V, a) Method
resampleUniform(K1, K2, V) Method
resampleUniformInto(K1, K2, V, a) Method
Reverse(K, T) Method
Sample(K, T) Method
sampleTime(a, b) Method
sampleTimeAt(a, b) Method
sampleTimeAtInto(K, V, a) Method
sampleTimeInto(K, V, a) Method
ScanAllValues(R, T, K) Method
ScanValues(R, T, K) Method
Shift(K, T) Method
Skip(K, T) Method
SkipLast(K, T) Method
Sort(K, V) Method
SortBy(T, V, K) Method
SortByKey(K, T) Method
SortWith(V, K) Method
Take(K, T) Method
TakeLast(K, T) Method
tryErrors(K, V) Method
TryGet(K, T) Method
TryGetAt(K, T) Method
TryGetFirstValue(K, V) Method
TryGetLastValue(K, V) Method
TryLookup(K, T) Method
TryLookupObservation(K, T) Method
tryMap(K, T, R) Method
trySuccesses(K, V) Method
tryValues(K, T) Method
Window(K, T) Method
WindowDistance(D, K, T) Method
WindowDistanceInto(a, K, T, b) Method
WindowInto(K, T, R) Method
WindowSize(K, T) Method
WindowSizeInto(K, T, R) Method
WindowWhile(K, T) Method
WindowWhileInto(K, T, a) Method
WithMissingFrom(K, S, T) Method
Zip(K, V1, V2) Method
ZipAlign(K, V1, V2) Method
ZipAlignInto(V1, V2, R, K) Method
ZipInner(K, V1, V2) Method
ZipInto(V1, V2, R, K) Method
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SeriesModuleresampleEquivIntoK1, K2, V1, V2 Method
Resample the series based on equivalence class on the keys. A specified function `keyProj` is used to project keys to another space and the observations for which the projected keys are equivalent are grouped into chunks. The chunks are then transformed to values using the provided function `f`. ## Parameters - `series` - An input series to be resampled - `keyProj` - A function that transforms keys from original space to a new space (which is then used for grouping based on equivalence) - `f` - A function that is used to collapse a generated chunk into a single value. ## Remarks This function is similar to `Series.chunkBy`, with the exception that it transforms keys to a new space. This operation is only supported on ordered series. The method throws `InvalidOperationException` when the series is not ordered. For unordered series, similar functionality can be implemented using `Series.groupBy`. [category:Sampling, resampling and advanced lookup]

Namespace:  Deedle
Assembly:  Deedle (in Deedle.dll) Version: 1.2
Syntax
C#
Copy
public static Series<K2, V2> resampleEquivInto<K1, K2, V1, V2>(
	FSharpFunc<K1, K2> keyProj,
	FSharpFunc<Series<K1, V1>, V2> f,
	Series<K1, V1> series
)

Parameters

keyProj
Type: Microsoft.FSharp.CoreFSharpFuncK1, K2

[Missing <param name="keyProj"/> documentation for "M:Deedle.SeriesModule.resampleEquivInto``4(Microsoft.FSharp.Core.FSharpFunc{``0,``1},Microsoft.FSharp.Core.FSharpFunc{Deedle.Series{``0,``2},``3},Deedle.Series{``0,``2})"]

f
Type: Microsoft.FSharp.CoreFSharpFuncSeriesK1, V1, V2

[Missing <param name="f"/> documentation for "M:Deedle.SeriesModule.resampleEquivInto``4(Microsoft.FSharp.Core.FSharpFunc{``0,``1},Microsoft.FSharp.Core.FSharpFunc{Deedle.Series{``0,``2},``3},Deedle.Series{``0,``2})"]

series
Type: DeedleSeriesK1, V1

[Missing <param name="series"/> documentation for "M:Deedle.SeriesModule.resampleEquivInto``4(Microsoft.FSharp.Core.FSharpFunc{``0,``1},Microsoft.FSharp.Core.FSharpFunc{Deedle.Series{``0,``2},``3},Deedle.Series{``0,``2})"]

Type Parameters

K1
K2
V1
V2

Return Value

Type: SeriesK2, V2

[Missing <returns> documentation for "M:Deedle.SeriesModule.resampleEquivInto``4(Microsoft.FSharp.Core.FSharpFunc{``0,``1},Microsoft.FSharp.Core.FSharpFunc{Deedle.Series{``0,``2},``3},Deedle.Series{``0,``2})"]

See Also