ADD_SUBDIRECTORY(bits)
ADD_SUBDIRECTORY(codim_one)
ADD_SUBDIRECTORY(deal.II)
-#fail
+ADD_SUBDIRECTORY(fail)
ADD_SUBDIRECTORY(fe)
ADD_SUBDIRECTORY(grid)
ADD_SUBDIRECTORY(hp)
ADD_SUBDIRECTORY(multigrid)
ADD_SUBDIRECTORY(serialization)
+# These three are a little bit special
#all-headers
#benchmarks
#mesh_converter
--- /dev/null
+DEAL_II_PICKUP_TESTS()
+++ /dev/null
-############################################################
-# Makefile,v 1.15 2002/06/13 12:51:13 hartmann Exp
-# Copyright (C) 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2008, 2010 by the deal.II authors
-############################################################
-
-include ../Makefile.paths
-include $D/common/Make.global_options
-include ../Makefile.rules
--include Makefile.depend
--include Makefile.tests
#include <fstream>
-std::ofstream logfile ("abf_approximation_01/output");
+std::ofstream logfile ("output");
char buf[1000];
// a modified version of step-27 that crashes due to circular constraints
-char logname[] = "circular_01/output";
+char logname[] = "output";
#include "../tests.h"
int main ()
{
- std::ofstream logfile("fe_nothing_04/output");
+ std::ofstream logfile("output");
logfile.precision(2);
deallog.attach(logfile);
// check that computation of hp constraints works for Q elements correctly
-char logname[] = "hp_constraints_q_08/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
// check that computation of hp constraints works for FESystem(FE_Q) elements correctly
// on a uniformly refined mesh for functions of degree q
-char logname[] = "hp_constraints_q_system_08/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
// these tests check that we can deal with FESystem(FE_Q(p),FE_DGQ(q)) for
// different p,q
-char logname[] = "hp_constraints_q_system_x_08/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
// check that computation of hp constraints works for RT elements correctly
-char logname[] = "hp_constraints_rt_01/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
// check that computation of hp constraints works for RT elements correctly
-char logname[] = "hp_constraints_rt_02/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
// check that computation of hp constraints works for RT elements correctly
-char logname[] = "hp_constraints_rt_03/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
// check that computation of hp constraints works for RT elements correctly
-char logname[] = "hp_constraints_rt_04/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
// check that computation of hp constraints works for RT elements correctly
-char logname[] = "hp_constraints_rt_05/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
// check that computation of hp constraints works for RT elements correctly
-char logname[] = "hp_constraints_rt_06/output";
+char logname[] = "output";
#include "../hp/hp_constraints_common.h"
-char logname[] = "injection_dgp/output";
+char logname[] = "output";
#include "../fe/injection_common.h"
-char logname[] = "injection_dgp_nonparametric/output";
+char logname[] = "output";
#include "../fe/injection_common.h"
-char logname[] = "injection_nedelec/output";
+char logname[] = "output";
#include "../fe/injection_common.h"
-char logname[] = "injection_q_hierarchical/output";
+char logname[] = "output";
#include "../fe/injection_common.h"
-char logname[] = "injection_rt/output";
+char logname[] = "output";
#include "../fe/injection_common.h"
// check that VectorTools::project works for ABF elements correctly
-char logname[] = "project_abf_01/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for ABF elements correctly
-char logname[] = "project_abf_02/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for ABF elements correctly
-char logname[] = "project_abf_03/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for ABF elements correctly
-char logname[] = "project_abf_04/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for ABF elements correctly
-char logname[] = "project_abf_05/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for DGPNonparametric elements
// correctly on a uniformly refined mesh for functions of degree q
-char logname[] = "project_dgp_nonparametric_01/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for DGPNonparametric elements
// correctly on a uniformly refined mesh for functions of degree q
-char logname[] = "project_dgp_nonparametric_02/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for DGPNonparametric elements
// correctly on a uniformly refined mesh for functions of degree q
-char logname[] = "project_dgp_nonparametric_03/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for DGPNonparametric elements
// correctly on a uniformly refined mesh for functions of degree q
-char logname[] = "project_dgp_nonparametric_04/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for DGPNonparametric elements
// correctly on a uniformly refined mesh for functions of degree q
-char logname[] = "project_dgp_nonparametric_05/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
// check that VectorTools::project works for RT elements correctly
-char logname[] = "project_rt_03/output";
+char logname[] = "output";
#include "../deal.II/project_common.h"
int
main()
{
- std::ofstream logfile ("rt_4/output");
+ std::ofstream logfile ("output");
logfile.precision (PRECISION);
logfile.setf(std::ios::fixed);
deallog.attach(logfile);
int
main()
{
- std::ofstream logfile ("rt_6/output");
+ std::ofstream logfile ("output");
logfile.precision (PRECISION);
logfile.setf(std::ios::fixed);
deallog.attach(logfile);
// elements, when computing some sort of edge directions. This is the
// case left over from dof_tools_19
-std::string output_file_name = "rt_crash_01/output";
+std::string output_file_name = "output";
template <int dim>
#include <fstream>
-std::ofstream logfile ("rt_distorted_01/output");
+std::ofstream logfile ("output");
#include <fstream>
#include <fstream>
-std::ofstream logfile ("rt_distorted_02/output");
+std::ofstream logfile ("output");
char buf[1000];
int main ()
{
- std::ofstream logfile ("vectors_boundary_rhs_hp_02/output");
+ std::ofstream logfile ("output");
logfile.precision (4);
logfile.setf(std::ios::fixed);
deallog.attach(logfile);
int main ()
{
- std::ofstream logfile ("vectors_rhs_hp_02/output");
+ std::ofstream logfile ("output");
logfile.precision (4);
logfile.setf(std::ios::fixed);
deallog.attach(logfile);