79             if (m.standardErrors()[i] > tolerance) {  in testRegression()
81                     << "\n    error:     " << m.standardErrors()[i]  in testRegression()
84             if (std::fabs(m.coefficients()[i]-a[i]) > 3*m.standardErrors()[i]) {  in testRegression()
87                 << "\n    error:      " << m.standardErrors()[i]  in testRegression()
97         const Real err[] = {m.standardErrors()[0], m.standardErrors()[1],  in testRegression()
98             std::sqrt( m.standardErrors()[2]*m.standardErrors()[2]  in testRegression()
99         +m.standardErrors()[4]*m.standardErrors()[4]),  in testRegression()
100             m.standardErrors()[3]};  in testRegression()
166         if (m.standardErrors()[i] > tolerance) {  in testMultiDimRegression()
168                 << "\n    error:     " << m.standardErrors()[i]  in testMultiDimRegression()
175             << "\n    error:      " << m.standardErrors()[i]  in testMultiDimRegression()
184         if (m1.standardErrors()[i] > tolerance) {  in testMultiDimRegression()
186                 << "\n    error:     " << m1.standardErrors()[i]  in testMultiDimRegression()
193             << "\n    error:      " << m1.standardErrors()[i]  in testMultiDimRegression()
226         if (std::fabs(m.standardErrors()[i]-errorsExpected[i]) > tol) {  in test1dLinearRegression()
228                 << "\n    calculated: " << m.standardErrors()[i]  in test1dLinearRegression()
246         if (std::fabs(m1.standardErrors()[i]-errorsExpected[i]) > tol) {  in test1dLinearRegression()
248                 << "\n    calculated: " << m1.standardErrors()[i]  in test1dLinearRegression()