Extreme Optimization™: Complexity made simple.

Numerical Components
for .NET

  • Home
  • Features
    • Math Library
    • Vector and Matrix Library
    • Statistics Library
    • Performance
    • Usability
  • Documentation
    • Introduction
    • Math Library User's Guide
    • Vector and Matrix Library User's Guide
    • Statistics Library User's Guide
    • Reference
  • Resources
    • Downloads
    • QuickStart Samples
    • Sample Applications
    • Frequently Asked Questions
    • Technical Support
  • Blog
  • Order
  • Company
    • About us
    • Testimonials
    • Customers
    • Press Releases
    • Careers
    • Contact us
Introduction
Deployment Guide
Using Parallelism
Expand Mathematics Library User's GuideMathematics Library User's Guide
Expand Vector and Matrix Library User's GuideVector and Matrix Library User's Guide
Expand Statistics Library User's GuideStatistics Library User's Guide
Expand ReferenceReference
  • Home
    • Features
    • Solutions
    • Documentation
    • QuickStart Samples
    • Sample Applications
    • Downloads
    • Technical Support
    • Download trial
    • How to buy
    • Blog
    • Company
    • Resources
  • Documentation
    • Introduction
    • Deployment Guide
    • Using Parallelism
    • Mathematics Library User's Guide
    • Vector and Matrix Library User's Guide
    • Statistics Library User's Guide
    • Reference
  • Reference
    • Extreme.Mathematics Namespace
    • Extreme.Mathematics.Algorithms Namespace
    • Extreme.Mathematics.Calculus Namespace
    • Extreme.Mathematics.Calculus.OrdinaryDifferentialEquations Namespace
    • Extreme.Mathematics.Curves Namespace
    • Extreme.Mathematics.Curves.Nonlinear Namespace
    • Extreme.Mathematics.EquationSolvers Namespace
    • Extreme.Mathematics.Generic Namespace
    • Extreme.Mathematics.Generic.LinearAlgebra Namespace
    • Extreme.Mathematics.Generic.LinearAlgebra.Providers Namespace
    • Extreme.Mathematics.LinearAlgebra Namespace
    • Extreme.Mathematics.LinearAlgebra.Complex Namespace
    • Extreme.Mathematics.LinearAlgebra.Complex.Decompositions Namespace
    • Extreme.Mathematics.LinearAlgebra.IO Namespace
    • Extreme.Mathematics.LinearAlgebra.IterativeSolvers Namespace
    • Extreme.Mathematics.LinearAlgebra.IterativeSolvers.Preconditioners Namespace
    • Extreme.Mathematics.LinearAlgebra.Providers Namespace
    • Extreme.Mathematics.LinearAlgebra.Sparse Namespace
    • Extreme.Mathematics.Optimization Namespace
    • Extreme.Mathematics.Optimization.LineSearches Namespace
    • Extreme.Mathematics.SignalProcessing Namespace
    • Extreme.Statistics Namespace
    • Extreme.Statistics.Distributions Namespace
    • Extreme.Statistics.IO Namespace
    • Extreme.Statistics.Multivariate Namespace
    • Extreme.Statistics.Random Namespace
    • Extreme.Statistics.Tests Namespace
    • Extreme.Statistics.TimeSeriesAnalysis Namespace
  • Extreme.Mathematics.Generic.LinearAlgebra.Providers Namespace
    • DefaultBlasLevel1(T) Class
    • DefaultBlasLevel2(T) Class
    • DefaultBlasLevel3(T) Class
    • IBlasLevel1(T) Interface
    • IBlasLevel2(T) Interface
    • IBlasLevel3(T) Interface
    • ILapack(T) Interface
  • DefaultBlasLevel2(T) Class
    • Members
    • Methods
  • Methods
    • Gbmv Method
    • Gemv Method
    • Ger Method
    • Sbmv Method
    • Symv Method
    • Syr Method
    • Syr2 Method
    • Tbmv Method
    • Tbsv Method
    • Trmv Method
    • Trsv Method
  • Sbmv Method
Collapse image Expand Image Copy image CopyHover image
         




DefaultBlasLevel2<(Of <(<'T>)>)>..::..Sbmv Method

DefaultBlasLevel2<(Of <(<'T>)>)> Class See Also 
Product of a symmetric band matrix and a vector.

Namespace: Extreme.Mathematics.Generic.LinearAlgebra.Providers
Assembly: Extreme.Generic.Net40 (in Extreme.Generic.Net40.dll) Version: 4.0.10170.0 (4.0.10322.0)

Syntax

C#
                      public void Sbmv(
	MatrixTriangle triangleMode,
	int n,
	int k,
	T alpha,
	T[] a,
	int aOffset,
	int lda,
	T[] x,
	int xOffset,
	int incx,
	T beta,
	T[] y,
	int yOffset,
	int incy
)
Visual Basic (Declaration)
                      Public Sub Sbmv ( _
	triangleMode As MatrixTriangle, _
	n As Integer, _
	k As Integer, _
	alpha As T, _
	a As T(), _
	aOffset As Integer, _
	lda As Integer, _
	x As T(), _
	xOffset As Integer, _
	incx As Integer, _
	beta As T, _
	y As T(), _
	yOffset As Integer, _
	incy As Integer _
)
Visual C++
                      public:
virtual void Sbmv(
	MatrixTriangle triangleMode, 
	int n, 
	int k, 
	T alpha, 
	array<T>^ a, 
	int aOffset, 
	int lda, 
	array<T>^ x, 
	int xOffset, 
	int incx, 
	T beta, 
	array<T>^ y, 
	int yOffset, 
	int incy
) sealed
F#
                      abstract Sbmv : 
        triangleMode:MatrixTriangle * 
        n:int * 
        k:int * 
        alpha:'T * 
        a:'T[] * 
        aOffset:int * 
        lda:int * 
        x:'T[] * 
        xOffset:int * 
        incx:int * 
        beta:'T * 
        y:'T[] * 
        yOffset:int * 
        incy:int -> unit 
override Sbmv : 
        triangleMode:MatrixTriangle * 
        n:int * 
        k:int * 
        alpha:'T * 
        a:'T[] * 
        aOffset:int * 
        lda:int * 
        x:'T[] * 
        xOffset:int * 
        incx:int * 
        beta:'T * 
        y:'T[] * 
        yOffset:int * 
        incy:int -> unit 

Parameters

triangleMode
Type: Extreme.Mathematics..::..MatrixTriangle
Specifies whether the matrix is an upper or lower triangular matrix.
n
Type: System..::..Int32
The number of rows and columns in the matrix a.
k
Type: System..::..Int32
The bandwidth of the matrix a.
alpha
Type: T
The scalar used to multiply the matrix-vector product.
a
Type: array<T>[]()[][]
Reference to the first element in a one-dimensional array containing the elements of the matrix.
aOffset
Type: System..::..Int32
Offset into a.
lda
Type: System..::..Int32
Leading dimension of a.
x
Type: array<T>[]()[][]
A reference to a one-dimensional array containing the elements of the vector x.
xOffset
Type: System..::..Int32
Offset into x.
incx
Type: System..::..Int32
The increment for the array x.
beta
Type: T
The scalar used to multiply y.
y
Type: array<T>[]()[][]
A reference to a one-dimensional array containing the elements of the vector y.
yOffset
Type: System..::..Int32
Offset into y.
incy
Type: System..::..Int32
The increment for the array y. The elements of y are overwritten with the result.

Implements

IBlasLevel2<(Of <(<'T>)>)>..::..Sbmv(MatrixTriangle, Int32, Int32, T, array<T>[]()[][], Int32, Int32, array<T>[]()[][], Int32, Int32, T, array<T>[]()[][], Int32, Int32)

See Also

DefaultBlasLevel2<(Of <(<'T>)>)> Class
Extreme.Mathematics.Generic.LinearAlgebra.Providers Namespace

Send comments on this topic to support@extremeoptimization.com

Copyright (c) 2004-2011 ExoAnalytics Inc.

Copyright © 2003-2013, Extreme Optimization. All rights reserved.
Extreme Optimization, Complexity made simple, M#, and M Sharp are trademarks of ExoAnalytics Inc.
Microsoft, Visual C#, Visual Basic, Visual Studio, Visual Studio.NET, and the Optimized for Visual Studio logo
are registered trademarks of Microsoft Corporation.