def run_test_brep():
brep = model.BRep()
test_dir = os.path.dirname(__file__)
data_dir = os.path.abspath(os.path.join(test_dir,
"../../../../tests/data"))
model.load_brep(brep, os.path.join(data_dir, "test_v5.og_brep"))
model.convert_brep_surface_meshes_into_triangulated_surfaces(brep)
model.convert_brep_block_meshes_into_tetrahedral_solids(brep)
file_io = "test_triangulated_surfaces." + brep.native_extension()
model.save_brep(brep, file_io)
brep2 = model.BRep()
model.load_brep(brep2, file_io)
def test_clone(brep):
brep2 = model.BRep()
builder = model.BRepBuilder(brep2)
builder.copy(brep)
if brep2.nb_corners() != 6:
raise ValueError("[Test] BRep should have 6 corners")
if brep2.nb_lines() != 9:
raise ValueError("[Test] BRep should have 9 lines")
if brep2.nb_surfaces() != 5:
raise ValueError("[Test] BRep should have 5 surfaces")
if brep2.nb_blocks() != 1:
raise ValueError("[Test] BRep should have 1 block")
if brep2.nb_model_boundaries() != 3:
raise ValueError("[Test] BRep should have 3 model boundaries")
def create_cube(x_min, y_min, z_min, x_max, y_max, z_max):
cube = model.BRep()
builder = model.BRepBuilder(cube)
point0 = geometry.Point3D([x_min, y_min, z_min])
point1 = geometry.Point3D([x_max, y_min, z_min])
point2 = geometry.Point3D([x_min, y_max, z_min])
point3 = geometry.Point3D([x_max, y_max, z_min])
point4 = geometry.Point3D([x_min, y_min, z_max])
point5 = geometry.Point3D([x_max, y_min, z_max])
point6 = geometry.Point3D([x_min, y_max, z_max])
point7 = geometry.Point3D([x_max, y_max, z_max])
corner0 = _create_corner(cube, builder, point0)
corner1 = _create_corner(cube, builder, point1)
corner2 = _create_corner(cube, builder, point2)
corner3 = _create_corner(cube, builder, point3)
corner4 = _create_corner(cube, builder, point4)
corner5 = _create_corner(cube, builder, point5)
corner6 = _create_corner(cube, builder, point6)
corner7 = _create_corner(cube, builder, point7)
line0 = _create_line(cube, builder, corner0, corner1)
line1 = _create_line(cube, builder, corner1, corner3)
line2 = _create_line(cube, builder, corner3, corner2)
line3 = _create_line(cube, builder, corner2, corner0)
line4 = _create_line(cube, builder, corner4, corner5)
line5 = _create_line(cube, builder, corner5, corner7)
line6 = _create_line(cube, builder, corner7, corner6)
line7 = _create_line(cube, builder, corner6, corner4)
line8 = _create_line(cube, builder, corner0, corner4)
line9 = _create_line(cube, builder, corner1, corner5)
line10 = _create_line(cube, builder, corner2, corner6)
line11 = _create_line(cube, builder, corner3, corner7)
bottom = _create_surface(cube, builder,
[corner0, corner1, corner3, corner2],
[line0, line1, line2, line3])
top = _create_surface(cube, builder, [corner4, corner5, corner7, corner6],
[line4, line5, line6, line7])
front = _create_surface(cube, builder,
[corner0, corner1, corner5, corner4],
[line0, line9, line4, line8])
back = _create_surface(cube, builder, [corner2, corner3, corner7, corner6],
[line2, line11, line6, line10])
left = _create_surface(cube, builder, [corner0, corner4, corner6, corner2],
[line8, line7, line10, line3])
right = _create_surface(cube, builder,
[corner1, corner5, corner7, corner3],
[line9, line5, line11, line1])
block = _create_block(cube, builder,
[bottom, top, front, back, left, right])
return cube
builder = model.BRepBuilder(brep2)
builder.copy(brep)
if brep2.nb_corners() != 6:
raise ValueError("[Test] BRep should have 6 corners")
if brep2.nb_lines() != 9:
raise ValueError("[Test] BRep should have 9 lines")
if brep2.nb_surfaces() != 5:
raise ValueError("[Test] BRep should have 5 surfaces")
if brep2.nb_blocks() != 1:
raise ValueError("[Test] BRep should have 1 block")
if brep2.nb_model_boundaries() != 3:
raise ValueError("[Test] BRep should have 3 model boundaries")
if __name__ == '__main__':
brep = model.BRep()
builder = model.BRepBuilder(brep)
# This BRep represents a prism
corner_uuids = add_corners(brep, builder)
line_uuids = add_lines(brep, builder)
surface_uuids = add_surfaces(brep, builder)
block_uuids = add_blocks(brep, builder)
model_boundary_uuids = add_model_boundaries(brep, builder)
add_corner_line_boundary_relation(brep, builder, corner_uuids, line_uuids)
add_line_surface_boundary_relation(brep, builder, line_uuids,
surface_uuids)
add_surface_block_relation(brep, builder, surface_uuids, block_uuids)
add_surfaces_in_model_boundaries(brep, builder, surface_uuids,
model_boundary_uuids)
builder = model.BRepBuilder(brep2)
builder.copy(brep)
if brep2.nb_corners() != 6:
raise ValueError("[Test] BRep should have 6 corners")
if brep2.nb_lines() != 9:
raise ValueError("[Test] BRep should have 9 lines")
if brep2.nb_surfaces() != 5:
raise ValueError("[Test] BRep should have 5 surfaces")
if brep2.nb_blocks() != 1:
raise ValueError("[Test] BRep should have 1 block")
if brep2.nb_model_boundaries() != 3:
raise ValueError("[Test] BRep should have 3 model boundaries")
if __name__ == '__main__':
brep = model.BRep()
builder = model.BRepBuilder(brep)
# This BRep represents a prism
corner_uuids = add_corners(brep, builder)
line_uuids = add_lines(brep, builder)
surface_uuids = add_surfaces(brep, builder)
block_uuids = add_blocks(brep, builder)
model_boundary_uuids = add_model_boundaries(brep, builder)
add_corner_line_boundary_relation(brep, builder, corner_uuids, line_uuids)
add_line_surface_boundary_relation(brep, builder, line_uuids,
surface_uuids)
add_surface_block_relation(brep, builder, surface_uuids, block_uuids)
add_surfaces_in_model_boundaries(brep, builder, surface_uuids,
model_boundary_uuids)
