/** * Internal method for accessing MTJ's general transpose routine * * @param destinationMatrix * matrix into which to store the result */ protected void transposeInto( AbstractMTJMatrix destinationMatrix) { this.internalMatrix.transpose( destinationMatrix.internalMatrix); }
/** * Internal method for accessing MTJ's general transpose routine * * @param destinationMatrix * matrix into which to store the result */ protected void transposeInto( AbstractMTJMatrix destinationMatrix) { this.internalMatrix.transpose( destinationMatrix.internalMatrix); }
/** * Internal method for accessing MTJ's general transpose routine * * @param destinationMatrix * matrix into which to store the result */ protected void transposeInto( AbstractMTJMatrix destinationMatrix) { this.internalMatrix.transpose( destinationMatrix.internalMatrix); }
System.err.println("evCw : \n" + evCw); System.err.println("Sqrt of reciprocal of eigenvalues of Cw: \n" + D); System.err.println("evCw times evCwTransposed : \n" + evCw.mult(evCw.transpose(new DenseMatrix(m,m)), new DenseMatrix(m, m))); Matrix sqrtCwInverse = temp.mult(evCw.transpose(), new UpperSymmDenseMatrix(m)); transpose(new DenseMatrix(cols.length, rows.length));