/home/brandes/workspace/LAMA/src/lama/expression/MatrixVectorExpressions.hpp File Reference

MatrixVectorExpressions.hpp. More...

#include <lama/matrix/Matrix.hpp>
#include <lama/Vector.hpp>
#include <lama/Scalar.hpp>
#include <lama/expression/Expression.hpp>

Go to the source code of this file.

Namespaces
namespace	lama
	The namespace lama holds everything of the C++ Library lama.
Functions
Expression< Matrix, Vector, Times >	lama::operator* (const Matrix &matrix, const Vector &vector)
	This times operator creates an expression that represents the product of a Matrix and a Vector.
Expression< Scalar, Expression < Matrix, Vector, Times > , Times >	lama::operator* (const Scalar &scalar, const Expression< Matrix, Vector, Times > &exp)
	This plus operator creates an expression that represents a * A * x, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Scalar, Expression < Matrix, Vector, Times > , Times >	lama::operator* (const Expression< Matrix, Vector, Times > &exp, const Scalar &scalar)
	This times operator creates an expression that represents a * A * x, where x is vector, A is a matrix and a is a scalar.
Expression< Scalar, Expression < Matrix, Vector, Times > , Times >	lama::operator* (const Matrix &matrix, const Expression< Scalar, Vector, Times > &exp)
	This times operator creates an expression that represents the product of a Matrix, Vector and Scalar.
Expression< Scalar, Expression < Matrix, Vector, Times > , Times >	lama::operator* (const Expression< Scalar, Matrix, Times > &exp, const Vector &vector)
	This plus operator creates an expression that represents A * B * x, where x is vector, A and B are matrices.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator- (const Expression< Scalar, Expression< Matrix, Vector, Times >, Times > &exp, const Vector &vector)
	This minus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator- (const Expression< Matrix, Expression< Vector, Scalar, Times >, Times > &exp, const Vector &vector)
	This minus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator- (const Expression< Scalar, Expression< Matrix, Vector, Times >, Times > &exp1, const Expression< Scalar, Vector, Times > &exp2)
	This minus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator- (const Expression< Scalar, Vector, Times > &exp2, const Expression< Scalar, Expression< Matrix, Vector, Times >, Times > &exp1)
	This minus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator- (const Vector &vector, const Expression< Matrix, Vector, Times > &exp)
	This minus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator- (const Expression< Matrix, Vector, Times > &exp, const Vector &vector)
	This minus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator- (const Expression< Matrix, Expression< Scalar, Vector, Times >, Times > &exp, const Vector &vector)
	This minus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator+ (const Vector &vector, const Expression< Matrix, Vector, Times > &exp)
	This plus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator+ (const Expression< Scalar, Expression< Matrix, Vector, Times >, Times > &exp, const Vector &vector)
	This plus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator+ (const Expression< Matrix, Expression< Scalar, Vector, Times >, Times > &exp, const Vector &vector)
	This plus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator+ (const Expression< Matrix, Expression< Vector, Scalar, Times >, Times > &exp, const Vector &vector)
	This plus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator+ (const Expression< Matrix, Vector, Times > &exp, const Vector &vector)
	This plus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator+ (const Expression< Scalar, Expression< Matrix, Vector, Times >, Times > &exp1, const Expression< Scalar, Vector, Times > &exp2)
	This plus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator+ (const Expression< Scalar, Vector, Times > &exp2, const Expression< Scalar, Expression< Matrix, Vector, Times >, Times > &exp1)
	This plus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.
Expression< Expression< Scalar, Expression< Matrix, Vector, Times >, Times >, Expression < Scalar, Vector, Times > , Plus >	lama::operator+ (const Expression< Matrix, Vector, Times > &exp2, const Expression< Scalar, Vector, Times > &exp1)
	This plus operator creates an expression that represents a * A * x + b * y, where x and y are vectors, A is a matrix and a and b are scalars.

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Detailed Description

MatrixVectorExpressions.hpp.

Author:

brandes

Date:

28.03.2011 $Id$