def test_boundary_ranges(model, corner_uuids, line_uuids, surface_uuids):
line_boundary_count = 0
for line_boundary in model.boundary_corners(model.line(line_uuids[0])):
line_boundary_count += 1
if line_boundary.id().string() != corner_uuids[0].string(
) and line_boundary.id().string() != corner_uuids[1].string():
raise ValueError(
"[Test] BoundaryCornerRange iteration result is not correct")
if not model.is_line_boundary(line_boundary, model.line(
line_uuids[0])):
raise ValueError("[Test] Corner should be boundary of Line")
if line_boundary_count != 2:
raise ValueError(
"[Test] BoundaryCornerRange should iterates on 2 Corners")
surface_boundary_count = 0
for surface_boundary in model.boundary_lines(
model.surface(surface_uuids[0])):
surface_boundary_count += 1
if surface_boundary.id().string() != line_uuids[0].string(
) and surface_boundary.id().string() != line_uuids[1].string(
) and surface_boundary.id().string() != line_uuids[2].string():
raise ValueError(
"[Test] BoundaryLineRange iteration result is not correct")
if not model.is_surface_boundary(surface_boundary,
model.surface(surface_uuids[0])):
raise ValueError("[Test] Line should be boundary of Surface")
if surface_boundary_count != 3:
raise ValueError("[Test] BoundaryLineRange should iterates on 3 Lines")
def add_lines_in_model_boundaries( model, builder, line_uuids, boundary_uuids ):
builder.add_line_in_model_boundary( model.line( line_uuids[0] ), model.model_boundary( boundary_uuids[0] ) )
for i in range( 1, 3 ):
builder.add_line_in_model_boundary( model.line( line_uuids[i] ), model.model_boundary( boundary_uuids[1] ) )
for i in range( 3 ):
if model.nb_collections( line_uuids[i] ) != 1:
raise ValueError( "[Test] This Line should be in 1 collection (of type Boundary)" )
if model.nb_collections( line_uuids[4] ) != 0:
raise ValueError( "[Test] Last Line should be in no collection (of type Boundary)" )
def add_lines(model, builder):
nb = 9
uuids = []
for i in range(nb):
uuids.append(builder.add_line())
builder.set_line_name(uuids[-1], "line" + str(len(uuids)))
temp_line = model.line(builder.add_line())
builder.remove_line(temp_line)
if model.nb_lines() != nb:
raise ValueError("[Test] BRep should have 9 lines")
if model.line(uuids[3]).name() != "line4":
raise ValueError("[Test] Wrong Line name")
return uuids
def add_line_surface_boundary_relation(model, builder, line_uuids,
surface_uuids):
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[0]), model.surface(surface_uuids[0]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[1]), model.surface(surface_uuids[0]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[2]), model.surface(surface_uuids[0]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[2]), model.surface(surface_uuids[1]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[3]), model.surface(surface_uuids[1]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[4]), model.surface(surface_uuids[1]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[5]), model.surface(surface_uuids[1]))
for line_id in line_uuids:
for incidence in model.incident_surfaces(model.line(line_id)):
if surface_uuids[0].string() != incidence.id().string(
) and surface_uuids[1].string() != incidence.id().string():
raise ValueError(
"[Test] All Lines incidences should be Surfaces")
if model.nb_boundaries(surface_uuids[0]) != 3:
raise ValueError("[Test] Surface 0 should have 3 Lines as boundaries")
if model.nb_boundaries(surface_uuids[1]) != 4:
raise ValueError("[Test] Surface 1 should have 4 Lines as boundaries")
def add_internal_line_relations( model, builder, line_uuids, surface_uuids ):
for line_id in line_uuids:
builder.add_line_surface_internal_relationship( model.line( line_id ), model.surface( surface_uuids[0] ) )
for line_id in line_uuids:
for embedding in model.embedding_surfaces_of_line( model.line( line_id ) ):
if surface_uuids[0].string() != embedding.id().string():
raise ValueError( "[Test] All Lines embeddings should be Surfaces" )
if model.nb_internal_lines_of_surface( embedding ) != len( line_uuids ):
raise ValueError( "[Test] Surface should embed all Lines" )
if model.nb_embeddings( line_id ) != 1:
raise ValueError( "[Test] All Lines should be embedded to 1 Surface" )
if model.nb_embedding_surfaces_of_line( model.line( line_id ) ) != 1:
raise ValueError( "[Test] All Lines should be embedded to 1 Surface" )
def test_incidence_ranges(model, corner_uuids, line_uuids, surface_uuids,
block_uuids):
corner_incidence_count = 0
for corner_incidence in model.incident_lines(model.corner(
corner_uuids[0])):
corner_incidence_count += 1
if corner_incidence.id().string() != line_uuids[0].string(
) and corner_incidence.id().string() != line_uuids[2].string(
) and corner_incidence.id().string() != line_uuids[5].string():
raise ValueError(
"[Test] IncidentLineRange iteration result is not correct")
if corner_incidence_count != 3:
raise ValueError("[Test] IncidentLineRange should iterates on 3 Lines")
line_incidence_count = 0
for line_incidence in model.incident_surfaces(model.line(line_uuids[0])):
line_incidence_count += 1
if line_incidence.id().string() != surface_uuids[0].string(
) and line_incidence.id().string() != surface_uuids[1].string():
raise ValueError(
"[Test] IncidentSurfaceRange iteration result is not correct")
if line_incidence_count != 2:
raise ValueError(
"[Test] IncidentSurfaceRange should iterates on 2 Surfaces")
surface_incidence_count = 0
for surface_incidence in model.incident_blocks(
model.surface(surface_uuids[0])):
surface_incidence_count += 1
if surface_incidence.id().string() != block_uuids[0].string():
raise ValueError(
"[Test] IncidentBlockRange iteration result is not correct")
if surface_incidence_count != 1:
raise ValueError(
"[Test] IncidentBlockRange should iterates on 1 Block")
def add_lines(model, builder):
nb = 6
uuids = []
for i in range(nb):
uuids.append(builder.add_line())
temp_line = model.line(builder.add_line())
builder.remove_line(temp_line)
if model.nb_lines() != nb:
raise ValueError("[Test] Section should have 6 lines")
return uuids
def test_incidence_ranges( model, corner_uuids, line_uuids, surface_uuids ):
corner_incidence_count = 0
for corner_incidence in model.incident_lines( model.corner( corner_uuids[0] ) ):
corner_incidence_count += 1
if corner_incidence.id().string() != line_uuids[0].string() and corner_incidence.id().string() != line_uuids[1].string():
raise ValueError( "[Test] IncidentLineRange iteration result is not correct" )
if corner_incidence_count != 2:
raise ValueError( "[Test] IncidentLineRange should iterates on 2 Lines" )
line_incidence_count = 0
for line_incidence in model.incident_surfaces( model.line( line_uuids[0] ) ):
line_incidence_count += 1
if line_incidence.id().string() != surface_uuids[0].string():
raise ValueError( "[Test] IncidentSurfaceRange iteration result is not correct" )
if line_incidence_count != 1:
raise ValueError( "[Test] IncidentSurfaceRange should iterates on 1 Surface" )
def add_line_surface_boundary_relation(model, builder, line_uuids,
surface_uuids):
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[0]), model.surface(surface_uuids[0]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[0]), model.surface(surface_uuids[1]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[1]), model.surface(surface_uuids[0]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[1]), model.surface(surface_uuids[2]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[2]), model.surface(surface_uuids[0]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[2]), model.surface(surface_uuids[3]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[3]), model.surface(surface_uuids[1]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[3]), model.surface(surface_uuids[2]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[4]), model.surface(surface_uuids[2]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[4]), model.surface(surface_uuids[3]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[5]), model.surface(surface_uuids[1]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[5]), model.surface(surface_uuids[3]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[6]), model.surface(surface_uuids[1]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[6]), model.surface(surface_uuids[4]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[7]), model.surface(surface_uuids[2]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[7]), model.surface(surface_uuids[4]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[8]), model.surface(surface_uuids[3]))
builder.add_line_surface_boundary_relationship(
model.line(line_uuids[8]), model.surface(surface_uuids[4]))
for line_id in line_uuids:
for incidence in model.incident_surfaces(model.line(line_id)):
if not find_uuid_in_list(surface_uuids, incidence.id()):
raise ValueError(
"[Test] All Lines incidences should be Surfaces")
if model.nb_incidences(line_id) != 2:
raise ValueError(
"[Test] All Lines should be connected to 2 Surfaces")
def add_corner_line_boundary_relation(model, builder, corner_uuids,
line_uuids):
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[0]), model.line(line_uuids[0]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[0]), model.line(line_uuids[5]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[0]), model.line(line_uuids[2]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[1]), model.line(line_uuids[0]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[1]), model.line(line_uuids[1]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[1]), model.line(line_uuids[3]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[2]), model.line(line_uuids[1]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[2]), model.line(line_uuids[2]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[2]), model.line(line_uuids[4]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[3]), model.line(line_uuids[5]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[3]), model.line(line_uuids[6]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[3]), model.line(line_uuids[8]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[4]), model.line(line_uuids[3]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[4]), model.line(line_uuids[6]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[4]), model.line(line_uuids[7]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[5]), model.line(line_uuids[4]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[5]), model.line(line_uuids[7]))
builder.add_corner_line_boundary_relationship(
model.corner(corner_uuids[5]), model.line(line_uuids[8]))
for corner_id in corner_uuids:
for incidence in model.incident_lines(model.corner(corner_id)):
if not find_uuid_in_list(line_uuids, incidence.id()):
raise ValueError(
"[Test] All Corners incidences should be Lines")
if model.nb_incidences(corner_id) != 3:
raise ValueError(
"[Test] All Corners should be connected to 3 Lines")
for line_id in line_uuids:
for boundary in model.boundary_corners(model.line(line_id)):
if not find_uuid_in_list(corner_uuids, boundary.id()):
raise ValueError(
"[Test] All Lines incidences should be Corners")
if model.nb_boundaries(line_id) != 2:
raise ValueError(
"[Test] All Lines should be connected to 2 Corners")
