// calculating the matrix-matrix
// product.
internal::gemm_switch::gemm(notrans, notrans, &m, &n, &k, &alpha, &src(0,0), &m,
- &this->val[0], &k, &beta, &dst(0,0), &m);
+ &this->values[0], &k, &beta, &dst(0,0), &m);
return;
}
// calculating the matrix-matrix
// product.
internal::gemm_switch::gemm(notrans, trans, &m, &n, &k, &alpha, &src(0,0), &m,
- &this->val[0], &n, &beta, &dst(0,0), &m);
+ &this->values[0], &n, &beta, &dst(0,0), &m);
return;
}
// calculating the matrix-matrix
// product.
internal::gemm_switch::gemm(trans, notrans, &m, &n, &k, &alpha, &src(0,0), &k,
- &this->val[0], &k, &beta, &dst(0,0), &m);
+ &this->values[0], &k, &beta, &dst(0,0), &m);
return;
}
// calculating the matrix-matrix
// product.
internal::gemm_switch::gemm(trans, trans, &m, &n, &k, &alpha, &src(0,0), &k,
- &this->val[0], &n, &beta, &dst(0,0), &m);
+ &this->values[0], &n, &beta, &dst(0,0), &m);
return;
}
// Use the LAPACK function getrf for
// calculating the LU factorization.
- internal::getrf_switch::getrf(&nn, &nn, &this->val[0], &nn, &ipiv[0], &info);
+ internal::getrf_switch::getrf(&nn, &nn, &this->values[0], &nn, &ipiv[0], &info);
Assert(info >= 0, ExcInternalError());
Assert(info == 0, LACExceptions::ExcSingular());
// Use the LAPACK function getri for
// calculating the actual inverse using
// the LU factorization.
- internal::getrf_switch::getri(&nn, &this->val[0], &nn, &ipiv[0], &inv_work[0], &nn, &info);
+ internal::getrf_switch::getri(&nn, &this->values[0], &nn, &ipiv[0], &inv_work[0], &nn, &info);
Assert(info >= 0, ExcInternalError());
Assert(info == 0, LACExceptions::ExcSingular());