Struct np.NDChunkIter<T>

Namespace

NumSharp

Assembly

NumSharp.dll

The foreach-able returned by nditer_chunks<T>(NDArray, bool, char). See np.NDRefIter<T> for the ref struct, disposal, re-enumeration and iteration-order rationale, which apply identically.

The yielded Span<T> points straight at the operand, so writes go through and the span is invalidated by the next step.

public readonly struct np.NDChunkIter<T> where T : unmanaged

Type Parameters

T

The array's exact element type.

Inherited Members

ValueType.Equals(object)

ValueType.GetHashCode()

ValueType.ToString()

object.Equals(object, object)

object.GetType()

object.ReferenceEquals(object, object)

Extension Methods

NDArrayNetInterop.CopyTo<T>(np.NDChunkIter<T>, Span<T>)

NDArrayNetInterop.ToArray<T>(np.NDChunkIter<T>)

Methods

GetEnumerator()

Builds a fresh iterator; foreach disposes it for you.

public np.NDChunkIter<T>.Enumerator GetEnumerator()

Returns

np.NDChunkIter<T>.Enumerator

Exceptions

NotSupportedException

The layout's inner loop is not unit-stride — a stepped view such as a[":, ::2"]. A Span<T> is contiguous by definition and cannot describe it. The single-operand inner stride is fixed for the whole iteration, so this is detected up front and never surfaces mid-loop. Use nditer<T>(NDArray, bool, char), which handles any stride, or iterate a .copy().