Mat_c (struct)¶
The Mat_c represents a dense matrix.
/*
** Example: Mat_c
*/
// create a 4 row, 3 column matrix
Mat_c mat(4, 3);
Methods¶
| Mat_c ( in Integer rows, in Integer cols ) | |
| Mat_c ( in Mat_c that ) | |
| Mat_c () | |
| Boolean | almostEqual ? ( in Mat_c that ) |
| Boolean | almostEqual ? ( in Mat_c that, in Float32 precision ) |
| appendDesc ? ( io String string ) | |
| Mat_c | clone ? () |
| Integer | cols ? () |
| Boolean | equal ? ( in Mat_c that ) |
| Complex | get ? ( in Integer row, in Integer col ) |
| UInt32 | hash ? () |
| Mat_c | linearInterpolate ? ( in Mat_c that, in Complex t ) |
| resize ! ( in Integer rows, in Integer cols ) | |
| Integer | rows ? () |
| set ! ( in Integer row, in Integer col, in Complex val ) | |
| setAll ! ( in Complex val ) | |
| setDiagonal ! ( in Integer size, in Complex val ) | |
| setDiagonal ! ( in Vec_c vec ) | |
| setIdentity ! ( in Integer size ) | |
| setNull ! () | |
| String | sizeDesc ? () |
| Mat_c | sub ? ( in Integer rs, in Integer re, in Integer cs, in Integer ce ) |
| Mat_c | topLeft ? ( in Integer rows, in Integer cols ) |
| Complex | trace ? () |
| Mat_c | transpose ? () |
Methods in detail¶
Mat_c ( in Integer rows, in Integer cols )
Construct a matrix with rows and cols dimensions
Construct a matrix from the matrix that
Mat_c ()
default constructor
Boolean Mat_c.almostEqual? ( in Mat_c that )
Returns true if this matrix is almost the same as another one (using a default precision)
Boolean Mat_c.almostEqual? ( in Mat_c that, in Float32 precision )
Returns true if this matrix is almost the same as another one
Mat_c.appendDesc? ( io String string )
Append a String description of this matrix and its element
values to the io String string
clone method
Integer Mat_c.cols? ()
Boolean Mat_c.equal? ( in Mat_c that )
Returns true if this matrix is the same as another one
Complex Mat_c.get? ( in Integer row, in Integer col )
Return the element value at row and col
Hash for this matrix
Mat_c Mat_c.linearInterpolate? ( in Mat_c that, in Complex t )
Linearly interpolates this matrix with another one based on a scalar blend value (0.0 to 1.0)
Mat_c.resize! ( in Integer rows, in Integer cols )
Resize the matrix to rows and cols dimensions
Integer Mat_c.rows? ()
Mat_c.set! ( in Integer row, in Integer col, in Complex val )
Set the element value at row and col
Mat_c.setAll! ( in Complex val )
Set all the matrix element values to val
Mat_c.setDiagonal! ( in Integer size, in Complex val )
setting the diagonal components of this matrix to a scalar
Mat_c.setDiagonal! ( in Vec_c vec )
Set to a diagonal matrix given the diagonal elements
Mat_c.setIdentity! ( in Integer size )
Set the matrix to an identity matrix of size rows and cols
Mat_c.setNull! ()
Set the values of all matrix elements to zero
Return a String description of this matrix and its dimensions
Mat_c Mat_c.sub? ( in Integer rs, in Integer re, in Integer cs, in Integer ce )
Mat_c Mat_c.topLeft? ( in Integer rows, in Integer cols )
Compute the trace of the matrix. The matrix must be square.
