SparseLinearAlgebraOperations<T>.Scatter Method

Definition

Namespace: Extreme.Mathematics.LinearAlgebra.Implementation
Assembly: Extreme.Numerics (in Extreme.Numerics.dll) Version: 8.1.23

Overload List

Scatter(Int32, Array1D<T>, Array1D<Int32>, ArraySlice<T>) Copies the nonzero components of a sparse vector into the corresponding components of a dense vector.
Scatter(Int32, Array1D<Complex<T>>, Array1D<Int32>, ArraySlice<Complex<T>>) Copies the nonzero components of a sparse vector into the corresponding components of a dense vector.

Scatter(Int32, Array1D<T>, Array1D<Int32>, ArraySlice<T>)

Copies the nonzero components of a sparse vector into the corresponding components of a dense vector.
C# 
public void Scatter(
	int n,
	Array1D<T> x,
	Array1D<int> indx,
	ArraySlice<T> y
)

Parameters

n  Int32
The number of elements in the vectors x and y.
x  Array1D<T>
A reference to a one-dimensional array containing the elements of the vector x.
indx  Array1D<Int32>
Integer array of component indices.
y  ArraySlice<T>
A reference to a one-dimensional array containing the elements of the vector y. The elements of y are overwritten with the result.

Implements

ISparseLinearAlgebraOperations<T>.Scatter(Int32, Array1D<T>, Array1D<Int32>, ArraySlice<T>)

Scatter(Int32, Array1D<Complex<T>>, Array1D<Int32>, ArraySlice<Complex<T>>)

Copies the nonzero components of a sparse vector into the corresponding components of a dense vector.
C# 
public void Scatter(
	int n,
	Array1D<Complex<T>> x,
	Array1D<int> indx,
	ArraySlice<Complex<T>> y
)

Parameters

n  Int32
The number of elements in the vectors x and y.
x  Array1D<Complex<T>>
A reference to a one-dimensional array containing the elements of the vector x.
indx  Array1D<Int32>
Integer array of component indices.
y  ArraySlice<Complex<T>>
A reference to a one-dimensional array containing the elements of the vector y. The elements of y are overwritten with the result.

Implements

ISparseLinearAlgebraOperations<T>.Scatter(Int32, Array1D<T>, Array1D<Int32>, ArraySlice<T>)

See Also