Tmatrix3_extended
[Properties (by Name)][Methods (by Name)][Events (by Name)]
Extended precision matrix of three scalars
Declaration
Source position: matrix.pp line 213
Type
  Tmatrix3_extended = object
    data : Tmatrix3_extended_data;
    constructor init_zero;
    constructor init_identity;
    constructor init(aa: extended; ab: extended; ac: extended; 
                    ba: extended; bb: extended; bc: extended; ca: extended; 
                    cb: extended; cc: extended);
    function get_column(c: Byte) : Tvector3_extended;
    function get_row(r: Byte) : Tvector3_extended;
    procedure set_column(c: Byte; const v: Tvector3_extended);
    procedure set_row(r: Byte; const v: Tvector3_extended);
    function determinant : extended;
    function inverse(Adeterminant: extended) : Tmatrix3_extended;
    function transpose : Tmatrix3_extended;
  end
  ;
Description
The Tmatrix3_extended object provides a matrix of 3*3 extended precision scalars.
Members
| Member | Type | Visibility | Description | 
|---|---|---|---|
| data | Field | default | Internal data of Tmatrix3.extended | 
| determinant | Method | default | Calculates the determinant of the matrix. | 
| get_column | Method | default | Returns the c-th column of the matrix as vector. | 
| get_row | Method | default | Returns the r-th row of the matrix as vector. | 
| init | Method | default | Initializes the matrix, setting its elements to the values passed to the constructor. | 
| init_identity | Method | default | Initializes the matrix and sets its elements to the identity matrix. | 
| init_zero | Method | default | Initializes the matrix and sets its elements to zero | 
| inverse | Method | default | Calculates the inverse of the matrix. | 
| set_column | Method | default | Sets r-th column of the matrix with a vector. | 
| set_row | Method | default | Sets r-th row of the matrix with a vector. | 
| transpose | Method | default | Returns the transposition of the matrix. | 
Inheritance
| Class | Description | 
|---|---|
| Tmatrix3_extended | Extended precision matrix of three scalars |