def test_basic_functionalities(self) -> None:
# create 3-dimnesional segment collection
regular_triangle = RegularPolygon(3)
coor_2d_array = vstack((regular_triangle.vertex_coor_array,
regular_triangle.vertex_coor_array[0]))
coor_3d_array = hstack(
(coor_2d_array, zeros((coor_2d_array.shape[0], 1))))
north_point = [0, 0, sqrt(2.0)]
seg_collection_ndim = LineSegmentNDimCollection(3, coor_3d_array)
for idx in range(len(coor_3d_array) - 1):
vertex = coor_3d_array[idx]
print(vertex.shape)
seg_collection_ndim.add_segments(vstack((vertex, north_point)))
for segment in seg_collection_ndim.line_segment_ndim_list:
print(segment)
fig: Figure = get_figure(1, 2, projection="3d")
axis1, axis2 = fig.get_axes()
seg_collection_ndim.draw3d(axis1)
seg_collection_ndim.draw3d(axis2)
axis1.axis("off")
fig.show()
self.assertEqual(True, True)
def test_get_polygon_from_edges_and_angles_with_starting_vector(self):
start_point_list: list = list()
start_vector_list: list = list()
edge_list_list: list = list()
angle_list_list: list = list()
start_point_list.append((1, 1))
start_vector_list.append((2, 2))
edge_list_list.append([2, 3])
angle_list_list.append([45, 120])
start_point_list.append((1, 1))
start_vector_list.append((2, 2))
edge_list_list.append([
5,
(Vector2D(start_vector_list[-1]) -
Vector2D(start_point_list[-1])).norm()
])
angle_list_list.append([90, 90])
figure = get_figure(len(start_point_list), 1)
for idx, axis in enumerate(figure.get_axes()):
Polygon.get_polygon_from_edges_and_angles_with_two_start_points(
start_point_list[idx], start_vector_list[idx],
edge_list_list[idx], angle_list_list[idx]).draw(axis)
axis.axis("equal")
figure.show()
self.assertEqual(True, True)
def test_polygon_ndim(self) -> None:
regular_polygon = RegularPolygon(5)
polygon_3d = Polygon2DInNDim(regular_polygon, [0.0])
fig: Figure = get_figure(1, 1, projection="3d")
axis, = fig.get_axes()
polygon_3d.draw3d(axis)
axis.axis("off")
fig.show()
self.assertTrue(True)
def test_polygonal_prism_3d(self) -> None:
polygon: Polygon = RegularPolygon(5)
# base_polygon = Polygon([[0, 0], [1, 1], [5, 8], [-2, 10], [-3, 1]])
polygonal_prism_3d = PolygonalPrism3D(polygon, 2.0)
fig: Figure = get_figure(1, 1, projection="3d")
axis, = fig.get_axes()
polygonal_prism_3d.draw3d(axis)
axis.axis("off")
fig.show()
self.assertTrue(True)
def test_basic_transformations(self) -> None:
regular_tetrahedron: PolygonalPyramid3D = Test3DObjectTransformation.regular_tetrahedron
shift_vector: ndarray = Test3DObjectTransformation.SHIFT_DELTA * ones(
regular_tetrahedron.get_num_dimensions())
scaling: Scaling = Scaling(Test3DObjectTransformation.SCALE_FACTOR)
shift: Shifting = Shifting(shift_vector)
rotation: RotationAroundSubspaceAxis = RotationAroundSubspaceAxis(
Test3DObjectTransformation.ROTATION_ANGLE, ((0, 0, 1), ))
scaled_regular_tetrahedron: LineSegmentNDimCollection = regular_tetrahedron.apply_transformation(
scaling)
shifted_regular_tetrahedron: LineSegmentNDimCollection = regular_tetrahedron.apply_transformation(
shift)
rotated_regular_tetrahedron: LineSegmentNDimCollection = regular_tetrahedron.apply_transformation(
rotation)
fig: Figure = get_figure(1, 1, projection="3d")
axis1 = fig.get_axes()[0]
regular_tetrahedron.draw3d(axis1)
scaled_regular_tetrahedron.draw3d(axis1)
shifted_regular_tetrahedron.draw3d(axis1)
for idx in range(10):
rotated_regular_tetrahedron: LineSegmentNDimCollection = rotated_regular_tetrahedron.apply_transformation(
rotation)
rotated_regular_tetrahedron.draw3d(axis1)
rotated_regular_tetrahedron.draw3d(axis1)
axis1.axis("off")
fig.show()
self.assertEqual(True, True)
# polygonal pyramids
polygon: RegularPolygon = RegularPolygon(num_vertices, (0, 0), 1, 0.0)
apex_x_coordinate_array: np.ndarray = np.linspace(
-far_right_apex_x_coordinate, far_right_apex_x_coordinate,
num_pyramids)
polygonal_pyramid_list: List[PolygonalPyramid3D] = [
PolygonalPyramid3D(polygon, (apex_x_coordinate, 0.0, pyramid_height))
for apex_x_coordinate in apex_x_coordinate_array
]
figure: Figure = get_figure(num_pyramids,
1,
vertical_padding=0.0,
projection="3d")
idx: int
axis: Axes
for idx, axis in enumerate(figure.get_axes()):
polygonal_pyramid = polygonal_pyramid_list[idx]
polygonal_pyramid.draw3d(axis)
figure.show()
# polygonal pyramid nets
polygonal_pyramid_net_list: List[GeoObjectCollection2D] = [
polygonal_pyramid.to_2d_net()
for polygonal_pyramid in polygonal_pyramid_list
]
def _get_fig_and_axes(num_rows: int,
num_cols: int) -> Tuple[Figure, List[Axes]]:
fig: Figure = get_figure(num_rows, num_cols)
axes: List[Axes] = fig.get_axes()
return fig, axes
from atoms.regular_polygon import RegularPolygon
from drawing.utils import get_figure
from utils import FIGURES_DIR
if __name__ == "__main__":
num_vertices: int = 5
polygon: RegularPolygon = RegularPolygon(num_vertices, (0, 0), 2, 0.0)
polygon: RegularPolygon = RegularPolygon(num_vertices=5,
center=(0, 1),
radius=3,
angle_of_one_point=60)
figure: Figure = get_figure(1, 1)
axis: Axes = figure.get_axes()[0]
polygon.draw(axis)
for angle in [0, 60, 90, 180]:
polygon: RegularPolygon = RegularPolygon(num_vertices=5,
center=(0, 1),
radius=3,
angle_of_one_point=angle)
polygon.draw(axis)
axis.set_xlim((-5, 5))
axis.set_ylim((-5, 5))
# axis.axis("off")
axis.axis("equal")
