Delegate TakeFlatKernel

Namespace

NumSharp.Backends.Kernels

Assembly

NumSharp.dll

Lean 1-D gather: dst[j] = src[indices[j]] over count elements of one compile-time width, RAISE semantics (a negative index is normalised once, then bounds-checked). indices addresses int32 or int64 values, per the kernel's generation. Returns count, or the first failing position.

public delegate long TakeFlatKernel(byte* src, void* indices, long count, long maxItem, byte* dst)

Parameters

src byte*

Lean 1-D gather: dst[j] = src[indices[j]] over count elements of one compile-time width, RAISE semantics (a negative index is normalised once, then bounds-checked). indices addresses int32 or int64 values, per the kernel's generation. Returns count, or the first failing position.

indices void*

Lean 1-D gather: dst[j] = src[indices[j]] over count elements of one compile-time width, RAISE semantics (a negative index is normalised once, then bounds-checked). indices addresses int32 or int64 values, per the kernel's generation. Returns count, or the first failing position.

count long

Lean 1-D gather: dst[j] = src[indices[j]] over count elements of one compile-time width, RAISE semantics (a negative index is normalised once, then bounds-checked). indices addresses int32 or int64 values, per the kernel's generation. Returns count, or the first failing position.

maxItem long

Lean 1-D gather: dst[j] = src[indices[j]] over count elements of one compile-time width, RAISE semantics (a negative index is normalised once, then bounds-checked). indices addresses int32 or int64 values, per the kernel's generation. Returns count, or the first failing position.

dst byte*

Lean 1-D gather: dst[j] = src[indices[j]] over count elements of one compile-time width, RAISE semantics (a negative index is normalised once, then bounds-checked). indices addresses int32 or int64 values, per the kernel's generation. Returns count, or the first failing position.

Returns

long

Lean 1-D gather: dst[j] = src[indices[j]] over count elements of one compile-time width, RAISE semantics (a negative index is normalised once, then bounds-checked). indices addresses int32 or int64 values, per the kernel's generation. Returns count, or the first failing position.