ILMathminall Method (ConcreteArrayInt64, ArrayInt64, InArrayInt64, OutArrayInt64, RetArrayInt64, StorageInt64, OutArrayInt64, StorageOrders, Boolean)

public static RetArray<long> minall(
	ConcreteArray<long, Array<long>, InArray<long>, OutArray<long>, RetArray<long>, Storage<long>> A,
	OutArray<long> index = null,
	StorageOrders order = StorageOrders.ColumnMajor,
	bool ignoreNaN = true
)

Public Shared Function minall ( 
	A As ConcreteArray(Of Long, Array(Of Long), InArray(Of Long), OutArray(Of Long), RetArray(Of Long), Storage(Of Long)),
	Optional index As OutArray(Of Long) = Nothing,
	Optional order As StorageOrders = StorageOrders.ColumnMajor,
	Optional ignoreNaN As Boolean = true
) As RetArray(Of Long)

Dim A As ConcreteArray(Of Long, Array(Of Long), InArray(Of Long), OutArray(Of Long), RetArray(Of Long), Storage(Of Long))
Dim index As OutArray(Of Long)
Dim order As StorageOrders
Dim ignoreNaN As Boolean
Dim returnValue As RetArray(Of Long)

returnValue = ILMath.minall(A, index, 
	order, ignoreNaN)

Parameters

A

Type: ILNumerics.Core.ArraysConcreteArrayInt64, ArrayInt64, InArrayInt64, OutArrayInt64, RetArrayInt64, StorageInt64
Array to compute the minimum for. This is not altered.

index (Optional)

Type: ILNumericsOutArrayInt64
[Optional] index of the minimum value. Default: (null) the index is not returned.

order (Optional)

Type: ILNumericsStorageOrders
[Optional] iteration order for the flattened sequential indices. Default: ColumnMajor.

ignoreNaN (Optional)

Type: SystemBoolean
[Optional] determins how NaN values are handled for floating point element types. Ignored for integer elements. Defaul: (true) ignores NaNs.

Return Value

See min(BaseArrayInt64, OutArrayInt64, Int32, Boolean) for getting the minimum values along a specific dimension.

The functions 'min','min','minall','minall' give all similar results between the framework APIs (ILNumericsV4/Matlab(R) / numpy) but show individual behavior regarding the handling of floating point NaN values and iteration order. The value of 'true' for ignoreNaN corresponds to the behavior of ILNumerics version 4/ Matlab(R). Only if all elements in A are NaN the value of the result will also be NaN. This is the default.

The value of 'false' for ignoreNaN gives the numpy behavior: NaN values take precedence over non-NaN values. If one element in the set of values is NaN the result will also be NaN. This is the default behavior for such functions defined as [numpy API] extension methods on the array classes.

[ILNumerics Computing Engine]

Reference