#
# Special files:
#
- PATTERN "output.reference.dat" # step-39
- PATTERN "postprocess.pl" # step-39
- PATTERN "obstacle.pbm" # step-42
- PATTERN "untitled.geo" # step-49
- PATTERN "untitled.msh" # step-49
- PATTERN "topography.txt.gz" # step-53
- PATTERN "input/initial_mesh_3d.vtk" # step-54
- PATTERN "DTMB-5415_bulbous_bow.iges" # step-54
+ PATTERN "output.reference.dat" # step-39
+ PATTERN "postprocess.pl" # step-39
+ PATTERN "obstacle.pbm" # step-42
+ PATTERN "untitled.geo" # step-49
+ PATTERN "untitled.msh" # step-49
+ PATTERN "topography.txt.gz" # step-53
+ PATTERN "input/initial_mesh_3d.vtk" # step-54
+ PATTERN "input/DTMB-5415_bulbous_bow.iges" # step-54
)
IF(DEAL_II_COMPILE_EXAMPLES)
// this function we import the CAD shape upon which we want to
// generate and refine our triangulation. We assume that the CAD
// surface is contained in the @p cad_file_name file (we provide an
- // example IGES file in this directory called
- // "DTMB-5415_bulbous_bow.iges" that represents the bulbous bow of a
+ // example IGES file in the input directory called
+ // "input/DTMB-5415_bulbous_bow.iges" that represents the bulbous bow of a
// ship). The presence of several convex and concave high curvature
// regions makes the geometry we provided a particularly meaningful
// example.
using namespace Step54;
const std::string in_mesh_filename = "input/initial_mesh_3d.vtk";
- const std::string cad_file_name = "DTMB-5415_bulbous_bow.iges";
+ const std::string cad_file_name = "input/DTMB-5415_bulbous_bow.iges";
cout << "----------------------------------------------------------" << endl;
cout << "Testing projection in direction normal to CAD surface" << endl;