/**
* Compute singular values and U and V at the same time
*/
private bool computeUWV()
{
bidiag.getDiagonal(diag, off);
qralg.setMatrix(_numRowsT, _numColsT, diag, off);
// long pointA = System.currentTimeMillis();
// compute U and V matrices
if (computeU)
{
Ut = bidiag.getU(Ut, true, compact);
}
if (computeV)
{
Vt = bidiag.getV(Vt, true, compact);
}
qralg.setFastValues(false);
if (computeU)
{
qralg.setUt(Ut);
}
else
{
qralg.setUt(null);
}
if (computeV)
{
qralg.setVt(Vt);
}
else
{
qralg.setVt(null);
}
// long pointB = System.currentTimeMillis();
bool ret = !qralg.process();
// long pointC = System.currentTimeMillis();
// Console.WriteLine(" compute UV "+(pointB-pointA)+" QR = "+(pointC-pointB));
return(ret);
}
public virtual FMatrixRMaj getV(FMatrixRMaj V, bool transpose, bool compact)
{
return(decompBi.getV(V, transpose, compact));
}