JaggedArrayMatrix (FsODE)

FsODE

Documentation for 0.0.2

JaggedArrayMatrix Type

Namespace: Altaxo.Calc.LinearAlgebra
Assembly: AltaxoCore.Redist.dll
Base Type: obj
All Interfaces: IBottomExtensibleMatrix<float> , IMatrix<float> , IROMatrix<float>

JaggedArrayMatrix is a matrix implementation that is relatively easy to extend to the bottom, i.e. to append rows. It is horizontal oriented, i.e. the storage is as a number of horizontal vectors. Furthermore, as a compromise, it provides fully access to its underlying jagged array.

Constructors

Constructor	Description
`JaggedArrayMatrix(rows, cols)` Full Usage: `JaggedArrayMatrix(rows, cols)` Parameters: rows : `int` - Number of rows of the matrix. cols : `int` - Number of cols of the matrix.	Sets up an empty matrix with dimension(row,cols). rows : `int` Number of rows of the matrix. cols : `int` Number of cols of the matrix.
`JaggedArrayMatrix(x)` Full Usage: `JaggedArrayMatrix(x)` Parameters: x : `float[][]` - Jagged double array containing the matrix data. The data are used directly (no copy)!	Uses an already existing array for the matrix data. x : `float[][]` Jagged double array containing the matrix data. The data are used directly (no copy)!
`JaggedArrayMatrix(x, rows, cols)` Full Usage: `JaggedArrayMatrix(x, rows, cols)` Parameters: x : `float[][]` - Jagged double array containing the matrix data. The data are used directly (no copy)! rows : `int` - Number of (used) rows of the matrix. cols : `int` - Number of columns of the matrix.	Uses an already existing array for the matrix data. x : `float[][]` Jagged double array containing the matrix data. The data are used directly (no copy)! rows : `int` Number of (used) rows of the matrix. cols : `int` Number of columns of the matrix.

Instance members

Instance member	Description
`this.AppendBottom` Full Usage: `this.AppendBottom` Parameters: a : `IROMatrix<float>` - Matrix to append to the bottom of this matrix. Modifiers: abstract	Appends the matrix a at the bottom of this matrix. Either this matrix must be empty (dimensions (0,0)) or the matrix to append must have the same number of columns than this matrix. a : `IROMatrix<float>` Matrix to append to the bottom of this matrix.
`this.Array` Full Usage: `this.Array` Returns: `float[][]`	Provides direct access to the underlying jagged array. JaggedArrayMath can then be used to speed up computations. Returns: `float[][]`
`this.Clear` Full Usage: `this.Clear`	Clears the content of the matrix.
`this.ColumnCount` Full Usage: `this.ColumnCount` Returns: `int` Modifiers: abstract	Number of columns of the matrix. Returns: `int`
`this.[arg1, arg2]` Full Usage: `this.[arg1, arg2]` Parameters: arg0 : `int` Returns: `int` Modifiers: abstract	Element accessor. Accesses the element [row, col] of the matrix. arg0 : `int` Returns: `int`
`this.RowCount` Full Usage: `this.RowCount` Returns: `int` Modifiers: abstract	Number of Rows of the matrix. Returns: `int`
`this.SetDimension` Full Usage: `this.SetDimension` Parameters: rows : `int` - Number of rows of the matrix. cols : `int` - Number of columns of the matrix.	Set up the dimensions of the matrix. Discards the old content and reset the matrix with the new dimensions. All elements become zero. rows : `int` Number of rows of the matrix. cols : `int` Number of columns of the matrix.
`this.ToString` Full Usage: `this.ToString` Returns: `string` Modifiers: abstract	Represents the content of the matrix as a string. Returns: `string`