def test_bounding_box(edged_curve):
answer_min = geom.Point3D([0.1, 0.2, 0.3])
answer_max = geom.Point3D([8.7, 9.4, 6.7])
if edged_curve.bounding_box().min() != answer_min:
raise ValueError("[Test] Wrong computation of bounding box (min)")
if edged_curve.bounding_box().max() != answer_max:
raise ValueError("[Test] Wrong computation of bounding box (max)")
def test_bounding_box(point_set):
answer_min = geom.Point3D([0.0, 0.0, -1.2])
if point_set.bounding_box().min() != answer_min:
raise ValueError("[Test] Wrong computation of bounding box (min)")
answer_max = geom.Point3D([2.3, 9.4, 6.7])
if point_set.bounding_box().max() != answer_max:
raise ValueError("[Test] Wrong computation of bounding box (max)")
def test_bounding_box(polyhedral_solid):
answer_min = geom.Point3D([0.1, 0.2, 0.3])
answer_max = geom.Point3D([9.3, 9.4, 6.7])
if polyhedral_solid.bounding_box().min() != answer_min:
raise ValueError("[Test] Wrong computation of bounding box (min)")
if polyhedral_solid.bounding_box().max() != answer_max:
raise ValueError("[Test] Wrong computation of bounding box (max)")
def test_edge_requests(edged_curve, builder):
if not edged_curve.edge_barycenter(0).inexact_equal(
geom.Point3D([4.8, 7.3, 6.5]), 1e-15):
raise ValueError("[Test] Edge barycenter is not correct")
p0 = builder.create_point(geom.Point3D([1, 1, 1]))
p1 = builder.create_point(geom.Point3D([1, 4, -3]))
if edged_curve.edge_length(builder.create_edge_with_vertices(p0, p1)) != 5:
raise ValueError("[Test] Edge length is not correct")
def test_permutation(point_set, builder):
builder.permute_vertices([2, 0, 3, 1])
if point_set.point(2) != geom.Point3D():
raise ValueError(
"[Test] Point coordinates have not been correctly permuted")
if point_set.point(0) != geom.Point3D([2.3, 5.0, -1.2]):
raise ValueError(
"[Test] Point coordinates have not been correctly permuted")
def test_create_vertices( surface, builder ):
builder.create_point( geom.Point3D( [ 0.1, 0.2, 0.3 ] ) )
builder.create_point( geom.Point3D( [ 2.1, 9.4, 6.7 ] ) )
builder.create_point( geom.Point3D( [ 7.5, 5.2, 6.3 ] ) )
builder.create_point( geom.Point3D( [ 8.1, 1.4, 4.7 ] ) )
builder.create_point( geom.Point3D( [ 4.7, 2.1, 1.3 ] ) )
if surface.nb_vertices() != 5:
raise ValueError( "[Test] TriangulatedSurface should have 5 vertices" )
def test_create_vertices(edged_curve, builder):
builder.create_point(geom.Point3D([0.1, 0.2, 0.3]))
builder.create_point(geom.Point3D([2.1, 9.4, 6.7]))
if edged_curve.nb_vertices() != 2:
raise ValueError("[Test] EdgedCurve should have 2 vertices")
builder.create_vertices(2)
builder.set_point(2, geom.Point3D([7.5, 5.2, 6.3]))
builder.set_point(3, geom.Point3D([8.7, 1.4, 4.7]))
if edged_curve.nb_vertices() != 4:
raise ValueError("[Test] EdgedCurve should have 4 vertices")
def test_point_plane_distance():
a = geom.Point3D([0.0, 0.0, 0.0])
b = geom.Point3D([1.0, 0.0, 0.0])
c = geom.Point3D([1.0, 1.0, 0.0])
triangle = geom.Triangle3D(a, b, c)
plane = triangle.plane()
q1 = geom.Point3D([0.5, 0.5, 1])
distance, closest_point = geom.point_plane_distance(q1, plane)
answer = geom.Point3D([0.5, 0.5, 0.0])
if distance != 1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_plane_distance with query point q1")
distance, closest_point = geom.point_plane_signed_distance(q1, plane)
answer = geom.Point3D([0.5, 0.5, 0.0])
if distance != 1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_plane_signed_distance with query point q1"
)
q2 = geom.Point3D([0.5, 0.5, -1])
distance, closest_point = geom.point_plane_distance(q2, plane)
answer = geom.Point3D([0.5, 0.5, 0.0])
if distance != 1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_plane_distance with query point q2")
distance, closest_point = geom.point_plane_signed_distance(q2, plane)
answer = geom.Point3D([0.5, 0.5, 0.0])
if distance != -1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_plane_signed_distance with query point q2"
)
def test_comparison():
p = geom.Point3D([2, 1.0, 2.6])
p2 = p
if p != p2:
raise ValueError("[Test] Points should be equal")
P = geom.Point2D([15, 2.6])
P2 = geom.Point2D([16, 2.6])
if P == P2:
raise ValueError("[Test] Points should be different")
p_epsilon = geom.Point3D([2.0000000001, 1, 2.6])
if not p.inexact_equal(p_epsilon, 0.0001):
raise ValueError("[Test] Points should be almost equal")
def test_create_vertices(point_set, builder):
builder.create_point(geom.Point3D([0.1, 0.2, 0.3]))
builder.create_point(geom.Point3D([2.1, 9.4, 6.7]))
if point_set.nb_vertices() != 2:
raise ValueError("[Test] PointSet should have 2 vertices")
builder.create_vertices(2)
if point_set.nb_vertices() != 4:
raise ValueError("[Test] PointSet should have 4 vertices")
if point_set.point(2) != geom.Point3D():
raise ValueError("[Test] Default coordinates are not correct")
builder.set_point(2, geom.Point3D([2.3, 5.0, -1.2]))
if point_set.point(2) != geom.Point3D([2.3, 5.0, -1.2]):
raise ValueError(
"[Test] Point coordinates have not been correctly set")
def test_barycenters():
polyhedral_solid = mesh.PolyhedralSolid3D.create()
builder = mesh.PolyhedralSolidBuilder3D.create(polyhedral_solid)
o = 0.0
a = 0.6
b = 2.4
c = 1.8
builder.create_point(geom.Point3D([o, o, o]))
builder.create_point(geom.Point3D([a, o, o]))
builder.create_point(geom.Point3D([o, o, c]))
builder.create_point(geom.Point3D([o, b, o]))
builder.create_point(geom.Point3D([a, b, o]))
builder.create_point(geom.Point3D([o, b, c]))
builder.create_polyhedron(
[0, 1, 2, 3, 4, 5],
[[0, 1, 2], [0, 1, 4, 3], [1, 2, 5, 4], [0, 3, 5, 2], [3, 4, 5]])
answer_facet_barycenter = geom.Point3D([a / 3., 0, c / 3.])
if polyhedral_solid.facet_barycenter(0) != answer_facet_barycenter:
raise ValueError(
"[Test] PolyhedralSolid facet_barycenter is not correct")
answer_polyhedron_barycenter = geom.Point3D([a / 3., 0.5 * b, c / 3.])
if polyhedral_solid.polyhedron_barycenter(
0) != answer_polyhedron_barycenter:
raise ValueError(
"[Test] PolyhedralSolid polyhedron barycenter is not correct")
def test_operators():
p = geom.Point3D()
p.set_value(0, 2)
p.set_value(1, 1)
p.set_value(2, 2.6)
p2 = p
answer = geom.Point3D([4, 2, 5.2])
if p + p2 != answer:
raise ValueError("[Test] Points should be equal")
if p * 2 != answer:
raise ValueError("[Test] Points should be equal")
if p - p2 != geom.Point3D():
raise ValueError("[Test] Points should be equal")
if answer / 2 != p:
raise ValueError("[Test] Points should be equal")
def test_delete_vertex(polyhedral_solid, builder):
to_delete = [False] * polyhedral_solid.nb_vertices()
to_delete[0] = True
builder.delete_vertices(to_delete)
if polyhedral_solid.nb_vertices() != 7:
raise ValueError("[Test] PolyhedralSolid should have 7 vertices")
answer = geom.Point3D([2.1, 9.4, 6.7])
if polyhedral_solid.point(0) != answer:
raise ValueError(
"[Test] PolyhedralSolid vertex coordinates are not correct")
if polyhedral_solid.nb_polyhedra() != 2:
raise ValueError("[Test] PolyhedralSolid should have 2 polyhedra")
if polyhedral_solid.polyhedron_adjacent(mesh.PolyhedronFacet(1, 3)) != 0:
raise ValueError(
"[Test] PolyhedralSolid adjacent index is not correct")
if polyhedral_solid.nb_facets() != 7:
raise ValueError("[Test] PolyhedralSolid should have 7 facets")
if polyhedral_solid.nb_edges() != 9:
raise ValueError("[Test] PolyhedralSolid should have 9 edges")
attribute = polyhedral_solid.edge_attribute_manager().find_attribute_uint(
"test")
if attribute.value(0) != 8:
raise ValueError(
"[Test] Wrong value for attribute on edge 0 after vertex deletion")
if attribute.value(1) != 7:
raise ValueError(
"[Test] Wrong value for attribute on edge 1 after vertex deletion")
def test_delete_vertex(edged_curve, builder):
to_delete = [False] * edged_curve.nb_vertices()
to_delete[0] = True
builder.delete_vertices(to_delete)
if edged_curve.nb_vertices() != 3:
raise ValueError("[Test] EdgedCurve should have 3 vertices")
answer = geom.Point3D([2.1, 9.4, 6.7])
if edged_curve.point(0) != answer:
raise ValueError(
"[Test] EdgedCurve vertex coordinates are not correct")
if edged_curve.nb_edges() != 2:
raise ValueError("[Test] EdgedCurve should have 2 edges")
edges_around_0 = edged_curve.edges_around_vertex(0)
if len(edges_around_0) != 1:
raise ValueError("[Test] edges_around_0 should have 1 edge")
if edges_around_0[0].edge_id != 1:
raise ValueError("[Test] edges_around_0 has wrong value")
if edges_around_0[0].vertex_id != 0:
raise ValueError("[Test] edges_around_0 has wrong value")
edges_around_2 = edged_curve.edges_around_vertex(2)
if len(edges_around_2) != 1:
raise ValueError("[Test] edges_around_2 should have 1 edge")
if edges_around_2[0].edge_id != 0:
raise ValueError("[Test] edges_around_2 has wrong value")
if edges_around_2[0].vertex_id != 0:
raise ValueError("[Test] edges_around_2 has wrong value")
def test_polygon_vertex_normal():
polygonal_surface = mesh.PolygonalSurface3D.create()
builder = mesh.PolygonalSurfaceBuilder3D.create( polygonal_surface )
builder.create_point( geom.Point3D( [ 0.0, 0.0, 0.0 ] ) )
builder.create_point( geom.Point3D( [ 1.0, 0.0, 0.0 ] ) )
builder.create_point( geom.Point3D( [ 0.0, 1.0, 1.0 ] ) )
builder.create_point( geom.Point3D( [ 0.0, -1.0, 1.0 ] ) )
builder.create_polygon( [ 0, 1, 2 ] )
builder.create_polygon( [ 0, 3, 1 ] )
builder.compute_polygon_adjacencies()
answer = geom.Vector3D( [ 0., 0., 1. ] )
if polygonal_surface.polygon_vertex_normal( 0 ) != answer:
raise ValueError( "[Test] PolygonalSurface polygon vertex normal is not correct" )
def test_delete_vertex( polygonal_surface, builder ):
to_delete = [False] * polygonal_surface.nb_vertices()
to_delete[0] = True
builder.delete_vertices( to_delete )
if polygonal_surface.nb_vertices() != 6:
raise ValueError( "[Test] PolygonalSurface should have 6 vertices" )
answer = geom.Point3D( [ 2.1, 9.4, 6.7 ] )
if polygonal_surface.point( 2 ) != answer:
raise ValueError( "[Test] PolygonalSurface vertex coordinates are not correct" )
if polygonal_surface.nb_polygons() != 2:
raise ValueError( "[Test] PolygonalSurface should have 2 polygons" )
if polygonal_surface.polygon_adjacent( mesh.PolygonEdge( 1, 2 ) ):
raise ValueError( "[Test] PolygonalSurface adjacent index is not correct" )
builder.edges_builder().delete_isolated_edges()
if polygonal_surface.edges().nb_edges() != 7:
raise ValueError( "[Test] PolygonalSurface should have 7 edges" )
attribute = polygonal_surface.edges().edge_attribute_manager().find_attribute_uint( "test" )
if attribute.value( 4 ) != 6:
raise ValueError( "[Test] Update of edge attributes after "
"vertex deletion is not correct (value of 4)" )
if attribute.value( 5 ) != 7:
raise ValueError( "[Test] Update of edge attributes after "
"vertex deletion is not correct (value of 5)" )
if attribute.value( 6 ) != 8:
raise ValueError( "[Test] Update of edge attributes after "
"vertex deletion is not correct (value of 6)" )
def test_polygon_normal():
polygonal_surface = mesh.PolygonalSurface3D.create()
builder = mesh.PolygonalSurfaceBuilder3D.create( polygonal_surface )
a = 6.0
b = 8.0
c = 4.0
builder.create_point( geom.Point3D( [ 0.0, 0.0, 0.0 ] ) )
builder.create_point( geom.Point3D( [ a, 0.0, 0.0 ] ) )
builder.create_point( geom.Point3D( [ b, c, 0.0 ] ) )
builder.create_point( geom.Point3D( [ 0.0, c, 0.0 ] ) )
builder.create_polygon( [ 0, 1, 2, 3 ] )
answer = geom.Vector3D( [ 0., 0., 1. ] )
if polygonal_surface.polygon_normal( 0 ) != answer:
raise ValueError( "[Test] PolygonalSurface polygon normal is not correct" )
def test_normals():
polyhedral_solid = mesh.PolyhedralSolid3D.create()
builder = mesh.PolyhedralSolidBuilder3D.create(polyhedral_solid)
o = 0.0
a = 0.6
b = 2.4
c = 1.8
builder.create_point(geom.Point3D([o, b, -c]))
builder.create_point(geom.Point3D([o, o, o]))
builder.create_point(geom.Point3D([a, o, o]))
builder.create_point(geom.Point3D([a, b, o]))
builder.create_point(geom.Point3D([o, b, o]))
builder.create_point(geom.Point3D([o, b, c]))
builder.create_polyhedron(
[0, 1, 2, 3, 4],
[[1, 2, 0], [1, 2, 3, 4], [2, 3, 0], [3, 4, 0], [4, 1, 0]])
builder.create_polyhedron(
[5, 1, 4, 3, 2],
[[1, 2, 0], [1, 2, 3, 4], [2, 3, 0], [3, 4, 0], [4, 1, 0]])
answer_facet_normal = geom.Point3D([0, 0, 1])
if polyhedral_solid.polyhedron_facet_normal(mesh.PolyhedronFacet(
0, 1)) != answer_facet_normal:
raise ValueError(
"[Test] PolyhedralSolid polyhedron_facet_normal is not correct (0, 1)"
)
if polyhedral_solid.polyhedron_facet_normal(mesh.PolyhedronFacet(
1, 1)) != answer_facet_normal * -1.:
raise ValueError(
"[Test] PolyhedralSolid polyhedron_facet_normal is not correct )1, 1)"
)
def test_delete_vertex(point_set, builder):
to_delete = [False] * point_set.nb_vertices()
to_delete[1] = True
builder.delete_vertices(to_delete)
if point_set.nb_vertices() != 3:
raise ValueError("[Test] PointSet should have 3 vertices")
answer = geom.Point3D([2.1, 9.4, 6.7])
if point_set.point(2) != answer:
raise ValueError("[Test] PointSet vertex coordinates are not correct")
def test_create_vertices(polyhedral_solid, builder):
builder.create_point(geom.Point3D([0.1, 0.2, 0.3]))
builder.create_point(geom.Point3D([2.1, 9.4, 6.7]))
builder.create_point(geom.Point3D([7.5, 5.2, 6.3]))
builder.create_point(geom.Point3D([8.1, 1.4, 4.7]))
builder.create_point(geom.Point3D([4.7, 2.1, 1.3]))
builder.create_point(geom.Point3D([9.3, 5.3, 6.7]))
builder.create_point(geom.Point3D([7.5, 4.2, 2.8]))
builder.create_point(geom.Point3D([2.2, 3.3, 4.4]))
if polyhedral_solid.nb_vertices() != 8:
raise ValueError("[Test] PolyhedralSolid should have 8 vertices")
def test_create_vertices( polygonal_surface, builder ):
builder.create_point( geom.Point3D( [ 0.1, 0.2, 0.3 ] ) )
builder.create_point( geom.Point3D( [ 2.1, 9.4, 6.7 ] ) )
builder.create_point( geom.Point3D( [ 7.5, 5.2, 6.3 ] ) )
builder.create_point( geom.Point3D( [ 8.1, 1.4, 4.7 ] ) )
builder.create_point( geom.Point3D( [ 4.7, 2.1, 1.3 ] ) )
builder.create_point( geom.Point3D( [ 9.3, 5.3, 6.7 ] ) )
builder.create_point( geom.Point3D( [ 7.5, 4.2, 2.8 ] ) )
if polygonal_surface.nb_vertices() != 7:
raise ValueError( "[Test] PolygonalSurface should have 7 vertices" )
def test_clone(point_set):
point_set2 = point_set.clone()
if point_set2.nb_vertices() != 3:
raise ValueError("[Test] PointSet2 should have 3 vertices")
attribute = point_set2.vertex_attribute_manager().find_attribute_bool(
"test")
if attribute.value(0) != True:
raise ValueError("[Test] PointSet2 attribute value should be true")
answer = geom.Point3D([2.1, 9.4, 6.7])
if point_set2.point(2) != answer:
raise ValueError("[Test] PointSet2 vertex coordinates are not correct")
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
def test_create_vertices(solid, builder):
builder.create_point(geom.Point3D([0.1, 0.2, 0.3]))
builder.create_point(geom.Point3D([2.1, 9.4, 6.7]))
builder.create_point(geom.Point3D([7.5, 5.2, 6.3]))
builder.create_point(geom.Point3D([8.1, 1.4, 4.7]))
builder.create_point(geom.Point3D([4.7, 2.1, 1.3]))
builder.create_point(geom.Point3D([1.6, 8.7, 6.1]))
if solid.nb_vertices() != 6:
raise ValueError("[Test] TetrahedralSolid should have 6 vertices")
def test_delete_vertex( surface, builder ):
to_delete = [False] * surface.nb_vertices()
to_delete[0] = True
builder.delete_vertices( to_delete )
if surface.nb_vertices() != 4:
raise ValueError( "[Test] TriangulatedSurface should have 4 vertices" )
answer = geom.Point3D( [ 2.1, 9.4, 6.7 ] )
if surface.point( 0 ) != answer:
raise ValueError( "[Test] TriangulatedSurface vertex coordinates are not correct" )
if surface.nb_polygons() != 2:
raise ValueError( "[Test] TriangulatedSurface should have 2 polygons" )
if surface.polygon_adjacent( mesh.PolygonEdge( 1, 2 ) ) != 0:
raise ValueError( "[Test] TriangulatedSurface adjacent index is not correct" )
if surface.nb_edges() != 5:
raise ValueError( "[Test] TriangulatedSurface should have 5 edges" )
def test_delete_vertex(solid, builder):
to_delete = [False] * solid.nb_vertices()
to_delete[0] = True
builder.delete_vertices(to_delete)
if solid.nb_vertices() != 5:
raise ValueError("[Test] TetrahedralSolid should have 5 vertices")
answer = geom.Point3D([2.1, 9.4, 6.7])
if solid.point(0) != answer:
raise ValueError(
"[Test] TetrahedralSolid vertex coordinates are not correct")
if solid.nb_polyhedra() != 2:
raise ValueError("[Test] TetrahedralSolid should have 2 tetrahedra")
if solid.polyhedron_adjacent(mesh.PolyhedronFacet(1, 3)) != 0:
raise ValueError(
"[Test] TetrahedralSolid adjacent index is not correct")
if solid.nb_facets() != 7:
raise ValueError("[Test] PolyhedralSolid should have 7 facets")
if solid.nb_edges() != 9:
raise ValueError("[Test] PolyhedralSolid should have 9 edges")
def test_segment_segment_distance():
a = geom.Point3D([0.0, 0.0, 0.0])
b = geom.Point3D([2.0, 2.0, 0.0])
c = geom.Point3D([0.0, 2.0, 1.0])
d = geom.Point3D([2.0, 0.0, 1.0])
e = geom.Point3D([0.0, 0.0, 1.0])
f = geom.Point3D([2.0, 2.0, 1.0])
g = geom.Point3D([3.0, 0.0, 1.0])
h = geom.Point3D([5.0, -2.0, 1.0])
segment_ab = geom.Segment3D(a, b)
segment_cd = geom.Segment3D(c, d)
segment_ef = geom.Segment3D(e, f)
segment_gh = geom.Segment3D(g, h)
distance, closest_point0, closest_point1 = geom.segment_segment_distance3D(
segment_ab, segment_cd)
r00 = geom.Point3D([1.0, 1.0, 0.0])
r01 = geom.Point3D([1.0, 1.0, 1.0])
if distance != 1.0 or closest_point0 != r00 or closest_point1 != r01:
raise ValueError(
"[Test] Wrong result for segment_segment_distance3D with query segment_ab and segment_cd"
)
distance, closest_point0, closest_point1 = geom.segment_segment_distance3D(
segment_ab, segment_ef)
r00 = geom.Point3D([0.0, 0.0, 0.0])
r01 = geom.Point3D([0.0, 0.0, 1.0])
if distance != 1.0 or closest_point0 != r00 or closest_point1 != r01:
raise ValueError(
"[Test] Wrong result for segment_segment_distance3D with query segment_ab and segment_ef"
)
distance, closest_point0, closest_point1 = geom.segment_segment_distance3D(
segment_cd, segment_gh)
if distance != 1.0 or closest_point0 != d or closest_point1 != g:
raise ValueError(
"[Test] Wrong result for segment_segment_distance3D with query segment_cd and segment_gh"
)
def test_point_circle_distance():
a = geom.Point3D([0.0, 0.0, 1.0])
normal_x = geom.Vector3D([-1.0, 0.0, 0.0])
normal_z = geom.Vector3D([0.0, 0.0, 1.0])
plane_x = geom.Plane(normal_x, a)
plane_z = geom.Plane(normal_z, a)
circle_x = geom.Circle(plane_x, 2)
circle_z = geom.Circle(plane_z, 2)
q1 = geom.Point3D([2.0, 0.0, 1.0])
distance, closest_point = geom.point_circle_distance(q1, circle_x)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != math.sqrt(8) or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_circle_distance with query Point3D q1 and circle_x"
)
distance, closest_point = geom.point_circle_distance(q1, circle_z)
if distance != 0 or closest_point != q1:
raise ValueError(
"[Test] Wrong result for point_circle_distance with query Point3D q1 and circle_z"
)
distance, closest_point = geom.point_circle_signed_distance(q1, circle_x)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != -math.sqrt(8) or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_circle_signed_distance with query Point3D q1 and circle_x"
)
distance, closest_point = geom.point_circle_signed_distance(q1, circle_z)
if distance != 0 or closest_point != q1:
raise ValueError(
"[Test] Wrong result for point_circle_signed_distance with query Point3D q1 and circle_z"
)
distance, closest_point = geom.point_disk_distance(q1, circle_x)
answer = geom.Point3D([0.0, 0.0, 1.0])
if distance != 2 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_disk_distance with query Point3D q1 and circle_x"
)
distance, closest_point = geom.point_disk_distance(q1, circle_z)
if distance != 0 or closest_point != q1:
raise ValueError(
"[Test] Wrong result for point_disk_distance with query Point3D q1 and circle_z"
)
q2 = geom.Point3D([0.0, 3.0, 1.0])
distance, closest_point = geom.point_circle_distance(q2, circle_x)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != 1 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_circle_distance with query Point3D q2 and circle_x"
)
distance, closest_point = geom.point_circle_signed_distance(q2, circle_x)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != 1 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_circle_signed_distance with query Point3D q2 and circle_x"
)
distance, closest_point = geom.point_disk_distance(q2, circle_x)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != 1 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_disk_distance with query Point3D q2 and circle_x"
)
distance, closest_point = geom.point_circle_distance(a, circle_x)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != 2 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_circle_distance with query Point3D a and circle_x"
)
distance, closest_point = geom.point_circle_signed_distance(a, circle_x)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != 2 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_circle_signed_distance with query Point3D a and circle_x"
)
distance, closest_point = geom.point_disk_distance(a, circle_x)
if distance != 0 or closest_point != a:
raise ValueError(
"[Test] Wrong result for point_disk_distance with query Point3D a and circle_x"
)
def test_point_sphere_distance():
a = geom.Point3D([0.0, 0.0, 1.0])
sphere = geom.Sphere3D(a, 2.0)
q1 = geom.Point3D([2.0, 0.0, 1.0])
distance, closest_point = geom.point_sphere_distance3D(q1, sphere)
if distance != 0.0 or closest_point != q1:
raise ValueError(
"[Test] Wrong result for point_sphere_distance with query point q1"
)
q1 = geom.Point3D([2.0, 0.0, 1.0])
distance, closest_point = geom.point_sphere_signed_distance3D(q1, sphere)
if distance != 0.0 or closest_point != q1:
raise ValueError(
"[Test] Wrong result for point_sphere_signed_distance with query point q1"
)
q1 = geom.Point3D([2.0, 0.0, 1.0])
distance, closest_point = geom.point_ball_distance3D(q1, sphere)
if distance != 0.0 or closest_point != q1:
raise ValueError(
"[Test] Wrong result for point_ball_distance with query point q1")
q2 = geom.Point3D([0.0, 3.0, 1.0])
distance, closest_point = geom.point_sphere_distance3D(q2, sphere)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != 1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_sphere_distance with query point q3"
)
q2 = geom.Point3D([0.0, 3.0, 1.0])
distance, closest_point = geom.point_sphere_signed_distance3D(q2, sphere)
if distance != 1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_sphere_signed_distance with query point q3"
)
q2 = geom.Point3D([0.0, 3.0, 1.0])
distance, closest_point = geom.point_ball_distance3D(q2, sphere)
if distance != 1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_ball_distance with query point q3")
q3 = geom.Point3D([0.0, 1.0, 1.0])
distance, closest_point = geom.point_sphere_distance3D(q3, sphere)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != 1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_sphere_distance with query point q3"
)
q3 = geom.Point3D([0.0, 1.0, 1.0])
distance, closest_point = geom.point_sphere_signed_distance3D(q3, sphere)
answer = geom.Point3D([0.0, 2.0, 1.0])
if distance != -1.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_sphere_signed__distance with query point q3"
)
q3 = geom.Point3D([0.0, 1.0, 1.0])
distance, closest_point = geom.point_ball_distance3D(q3, sphere)
if distance != 0.0 or closest_point != q3:
raise ValueError(
"[Test] Wrong result for point_ball_distance with query point q3")
distance, closest_point = geom.point_sphere_distance3D(a, sphere)
answer = geom.Point3D([2.0, 0.0, 1.0])
if distance != 2.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_sphere_distance with query point a")
distance, closest_point = geom.point_sphere_signed_distance3D(a, sphere)
answer = geom.Point3D([2.0, 0.0, 1.0])
if distance != -2.0 or closest_point != answer:
raise ValueError(
"[Test] Wrong result for point_sphere_signed_distance with query point a"
)
distance, closest_point = geom.point_ball_distance3D(a, sphere)
answer = geom.Point3D([2.0, 0.0, 1.0])
if distance != 0.0 or closest_point != a:
raise ValueError(
"[Test] Wrong result for point_ball_distance with query point a")
def test_permutation(edged_curve, builder):
builder.permute_vertices([2, 0, 3, 1])
if edged_curve.point(2) != geom.Point3D([8.7, 1.4, 4.7]):
raise ValueError(
"[Test] Point coordinates have not been correctly permuted")
if edged_curve.point(0) != geom.Point3D([7.5, 5.2, 6.3]):
raise ValueError(
"[Test] Point coordinates have not been correctly permuted")
if edged_curve.edge_vertex(mesh.EdgeVertex(0, 0)) != 1:
raise ValueError("[Test] Wrong EdgeVertex after vertex permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(0, 1)) != 3:
raise ValueError("[Test] Wrong EdgeVertex after vertex permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(1, 0)) != 1:
raise ValueError("[Test] Wrong EdgeVertex after vertex permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(1, 1)) != 0:
raise ValueError("[Test] Wrong EdgeVertex after vertex permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(2, 0)) != 2:
raise ValueError("[Test] Wrong EdgeVertex after vertex permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(2, 1)) != 0:
raise ValueError("[Test] Wrong EdgeVertex after vertex permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(3, 0)) != 3:
raise ValueError("[Test] Wrong EdgeVertex after vertex permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(3, 1)) != 0:
raise ValueError("[Test] Wrong EdgeVertex after vertex permute")
builder.permute_edges([1, 3, 0, 2])
if edged_curve.edge_vertex(mesh.EdgeVertex(0, 0)) != 1:
raise ValueError("[Test] Wrong EdgeVertex after edge permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(0, 1)) != 0:
raise ValueError("[Test] Wrong EdgeVertex after edge permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(1, 0)) != 3:
raise ValueError("[Test] Wrong EdgeVertex after edge permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(1, 1)) != 0:
raise ValueError("[Test] Wrong EdgeVertex after edge permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(2, 0)) != 1:
raise ValueError("[Test] Wrong EdgeVertex after edge permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(2, 1)) != 3:
raise ValueError("[Test] Wrong EdgeVertex after edge permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(3, 0)) != 2:
raise ValueError("[Test] Wrong EdgeVertex after edge permute")
if edged_curve.edge_vertex(mesh.EdgeVertex(3, 1)) != 0:
raise ValueError("[Test] Wrong EdgeVertex after edge permute")
edges_around_1 = edged_curve.edges_around_vertex(1)
if edges_around_1.size() != 2:
raise ValueError("[Test] edges_around_1 should have 2 edges")
if edges_around_1[0].edge_id != 2:
raise ValueError("[Test] edges_around_1 has wrong value")
if edges_around_1[0].vertex_id != 0:
raise ValueError("[Test] edges_around_1 has wrong value")
if edges_around_1[1].edge_id != 0:
raise ValueError("[Test] edges_around_1 has wrong value")
if edges_around_1[1].vertex_id != 0:
raise ValueError("[Test] edges_around_1 has wrong value")
edges_around_0 = edged_curve.edges_around_vertex(0)
if edges_around_0.size() != 3:
raise ValueError("[Test] edges_around_0 should have 3 edges")
if edges_around_0[0].edge_id != 0:
raise ValueError("[Test] edges_around_0 has wrong value")
if edges_around_0[0].vertex_id != 1:
raise ValueError("[Test] edges_around_0 has wrong value")
if edges_around_0[1].edge_id != 3:
raise ValueError("[Test] edges_around_0 has wrong value")
if edges_around_0[1].vertex_id != 1:
raise ValueError("[Test] edges_around_0 has wrong value")
if edges_around_0[2].edge_id != 1:
raise ValueError("[Test] edges_around_0 has wrong value")
if edges_around_0[2].vertex_id != 1:
raise ValueError("[Test] edges_around_0 has wrong value")
