void function ( BlockMatrix64F arg0 ) { applyQ ( arg0 , false ) ; }
multiplies the provided matrix by q using householder reflectors . this is more efficient that computing q then applying it to the matrix . b = q b concode_field_sep D1Submatrix64F A concode_elem_sep boolean saveW concode_elem_sep BlockMatrix64F dataW concode_elem_sep BlockMatrix64F dataWTA concode_elem_sep D1Submatrix64F Y concode_elem_sep int blockLength concode_elem_sep D1Submatrix64F W concode_elem_sep BlockMatrix64F dataA concode_elem_sep double temp[] concode_elem_sep D1Submatrix64F WTA concode_elem_sep double gammas[] concode_field_sep void setW concode_elem_sep void setSaveW concode_elem_sep boolean decompose concode_elem_sep void setup concode_elem_sep BlockMatrix64F getQ concode_elem_sep BlockMatrix64F getQR concode_elem_sep BlockMatrix64F initializeQ concode_elem_sep BlockMatrix64F getR concode_elem_sep boolean inputModified concode_elem_sep void applyQTran concode_elem_sep void updateA