Member Function Documentation

Matrix1D::Matrix1D()

Default constructs an instance of Matrix1D.

Matrix1D::Matrix1D(int rows)

Default constructs an instance of Matrix1D.

Matrix1D::Matrix1D(const Matrix1D &m)

Copy constructor.

[virtual] Matrix1D::~Matrix1D()

Destroys the instance of Matrix1D. The destructor is virtual.

void Matrix1D::Add(Matrix1D &output, double scalar) const

Adds every element of this matrix with scalar and stores the result in output

void Matrix1D::Add(Matrix1D &output, const Matrix1D &increment) const

Adds this matrix with the increment matrix and stores the result in output

void Matrix1D::Div(Matrix1D &output, double scalar) const

Divides each element of this matrix with scalar and stores the result in output

double *Matrix1D::GetDatavaluesPointer() const

Returns pointer to internal storage array.

double Matrix1D::Max() const

Returns the highest value in the matrix.

double Matrix1D::Min() const

Returns the smallest value in the matrix.

void Matrix1D::Mult(Matrix1D &output, double scalar) const

Multiplies this matrix with scalar and stores the result in output

void Matrix1D::Print(const std::string &name, bool lineFeedAfter = true) const

Outputs the content of this matrix to standard output.

void Matrix1D::Reset(double value = 0.0)

Resets all values in the matrix to value.

int Matrix1D::Rows() const

Get number of rows (size) in the matrix.

void Matrix1D::SetDataPointersAndSize(double *datavalues, int size)

Makes the matrix use as internal storage an array of datavalues of length specified by size.

void Matrix1D::SetDataPointersSizeAndInit(double *datavalues, int size, double value = 0.0)

Makes the matrix use as internal storage an array of datavalues of length specified by size. Values in the array are initialized to value.

bool Matrix1D::operator!=(const Matrix1D &m2) const

Test if A != B

double &Matrix1D::operator()(int row) const

Subscript operator for one dimensional matrix (that is, returns reference to first column).

Usage: value = A(i);, or A(i) = newValue;

Matrix1D &Matrix1D::operator*=(double value)

A *= value;

Matrix1D &Matrix1D::operator+=(const Matrix1D &m)

A += B;

Matrix1D &Matrix1D::operator+=(double value)

A += value;

Matrix1D &Matrix1D::operator-=(const Matrix1D &m)

A -= B;

Matrix1D &Matrix1D::operator-=(double value)

A -= value;

Matrix1D &Matrix1D::operator/=(double value)

A /= value;

Matrix1D &Matrix1D::operator=(const Matrix1D &m)

Assignment operator (A = B)

bool Matrix1D::operator==(const Matrix1D &m2) const

Test if A == B