// instruction cycles for system setup, assembly, solve and postprocessing
// for a Stokes problem.
//
-// Status: experimental
+// Status: stable
+//
+// Note: this test is marked "stable" and used for performance
+// instrumentation in our testsuite, https://dealii.org/performance_tests
//
#include <deal.II/base/function.h>
// instruction cycles for system setup, assembly, solve and postprocessing
// for a Stokes problem.
//
-// Status: experimental
+// Status: stable
+//
+// Note: this test is marked "stable" and used for performance
+// instrumentation in our testsuite, https://dealii.org/performance_tests
//
#include <deal.II/base/function.h>
// nodes. It also uses a setup with multiple DoFHandler objects, imitating the
// projection from a related (higher-order) DG function space.
//
-// Status: experimental
+// Status: stable
+//
+// Note: this test is marked "stable" and used for performance
+// instrumentation in our testsuite, https://dealii.org/performance_tests
//
#include <deal.II/base/quadrature_lib.h>
// problem with periodic boundary conditions to avoid defining complicated
// definitions of boundary data and inflow/outflow treatment.
//
-// Status: experimental
+// Status: stable
+//
+// Note: this test is marked "stable" and used for performance
+// instrumentation in our testsuite, https://dealii.org/performance_tests
//
#include <deal.II/base/conditional_ostream.h>
// A performance benchmark based on step 22 that measures timings for system
// setup, assembly, solve and postprocessing for a Stokes problem.
//
-// Status: experimental
+// Status: stable
+//
+// Note: this test is marked "stable" and used for performance
+// instrumentation in our testsuite, https://dealii.org/performance_tests
//
#include <deal.II/base/function.h>
// A performance benchmark based on step 3 that measures timings for system
// setup, assembly, solve and postprocessing for a simple Poisson problem.
//
-// Status: experimental
+// Status: stable
+//
+// Note: this test is marked "stable" and used for performance
+// instrumentation in our testsuite, https://dealii.org/performance_tests
//
#include <deal.II/base/function.h>
// levels and solve for a Poisson problem with the performance-oriented
// matrix-free framework.
//
-// Status: experimental
+// Status: stable
+//
+// Note: this test is marked "stable" and used for performance
+// instrumentation in our testsuite, https://dealii.org/performance_tests
//
#include <deal.II/base/function.h>