@Override public Matrix copy() { return Matrices.synchronizedMatrix(A.copy()); }
@Override public Matrix copy() { return Matrices.synchronizedMatrixByRows(A.copy()); }
@Override public Matrix copy() { return Matrices.synchronizedMatrix(A.copy()); }
@Override public Matrix copy() { return Matrices.synchronizedMatrixByRows(A.copy()); }
@Override public Matrix copy() { return Matrices.synchronizedMatrixByColumns(A.copy()); }
@Override public Matrix copy() { return Matrices.synchronizedMatrixByColumns(A.copy()); }
/** * Creates a new instance of DenseMatrix * @param matrix DenseMatrix from which to pull data, will not be modified */ protected DenseMatrix( DenseMatrix matrix ) { this( new no.uib.cipr.matrix.DenseMatrix( (no.uib.cipr.matrix.DenseMatrix) matrix.getInternalMatrix().copy() ) ); }
/** * Creates a new instance of DenseMatrix * @param matrix DenseMatrix from which to pull data, will not be modified */ protected DenseMatrix( DenseMatrix matrix ) { this( new no.uib.cipr.matrix.DenseMatrix( (no.uib.cipr.matrix.DenseMatrix) matrix.getInternalMatrix().copy() ) ); }
/** * Creates a new instance of DenseMatrix * @param matrix DenseMatrix from which to pull data, will not be modified */ protected DenseMatrix( DenseMatrix matrix ) { this( new no.uib.cipr.matrix.DenseMatrix( (no.uib.cipr.matrix.DenseMatrix) matrix.getInternalMatrix().copy() ) ); }
@Override public AbstractMTJMatrix clone() { AbstractMTJMatrix clone = (AbstractMTJMatrix) super.clone(); clone.setInternalMatrix( this.getInternalMatrix().copy() ); return clone; }
@Override public AbstractMTJMatrix clone() { AbstractMTJMatrix clone = (AbstractMTJMatrix) super.clone(); clone.setInternalMatrix( this.getInternalMatrix().copy() ); return clone; }
@Override public AbstractMTJMatrix clone() { AbstractMTJMatrix clone = (AbstractMTJMatrix) super.clone(); clone.setInternalMatrix( this.getInternalMatrix().copy() ); return clone; }