def test_draw_basic_is_rectangle(self):
"""Test is_rectangle in basic.py."""
my_rectangle = basic.rectangle(0.5, 1.5, 2.1, 3.2)
my_integer = 7
self.assertEqual(basic.is_rectangle(my_rectangle), True)
self.assertEqual(basic.is_rectangle(my_integer), False)
def render_element_poly(self, qgeom: pd.Series):
"""
Render a closed polygon.
Args:
qgeom (pd.Series): GeoSeries of element properties.
"""
ansys_options = dict(transparency=0.0)
qc_name = self.design._components[qgeom['component']].name
qc_elt = get_clean_name(qgeom['name'])
qc_shapely = qgeom.geometry # shapely geom
qc_chip_z = parse_units(self.design.get_chip_z(qgeom.chip))
qc_fillet = round(qgeom.fillet, 7)
name = f'{qc_elt}{QAnsysRenderer.NAME_DELIM}{qc_name}'
points = parse_units(list(
qc_shapely.exterior.coords)) # list of 2d point tuples
points_3d = to_vec3D(points, qc_chip_z)
if is_rectangle(qc_shapely): # Draw as rectangle
self.logger.debug(f'Drawing a rectangle: {name}')
x_min, y_min, x_max, y_max = qc_shapely.bounds
poly_ansys = self.modeler.draw_rect_corner(
*parse_units([[x_min, y_min, qc_chip_z], x_max - x_min,
y_max - y_min, qc_chip_z]), **ansys_options)
self.modeler.rename_obj(poly_ansys, name)
else:
# Draw general closed poly
poly_ansys = self.modeler.draw_polyline(points_3d[:-1],
closed=True,
**ansys_options)
# rename: handle bug if the name of the cut already exits and is used to make a cut
poly_ansys = poly_ansys.rename(name)
qc_fillet = round(qgeom.fillet, 7)
if qc_fillet > 0:
qc_fillet = parse_units(qc_fillet)
idxs_to_fillet = good_fillet_idxs(
points,
qc_fillet,
precision=self.design._template_options.PRECISION,
isclosed=True)
if idxs_to_fillet:
self.modeler._fillet(qc_fillet, idxs_to_fillet, poly_ansys)
# Subtract interior shapes, if any
if len(qc_shapely.interiors) > 0:
for i, x in enumerate(qc_shapely.interiors):
interior_points_3d = to_vec3D(parse_units(list(x.coords)),
qc_chip_z)
inner_shape = self.modeler.draw_polyline(
interior_points_3d[:-1], closed=True)
self.modeler.subtract(name, [inner_shape])
# Input chip info into self.chip_subtract_dict
if qgeom.chip not in self.chip_subtract_dict:
self.chip_subtract_dict[qgeom.chip] = set()
if qgeom['subtract']:
self.chip_subtract_dict[qgeom.chip].add(name)
# Potentially add to list of elements to metallize
elif not qgeom['helper']:
self.assign_perfE.append(name)
def test_draw_basic_is_rectangle(self):
"""Test is_rectangle in basic.py."""
my_rectangle = basic.rectangle(0.5, 1.5, 2.1, 3.2)
self.assertTrue(basic.is_rectangle(my_rectangle))
self.assertFalse(basic.is_rectangle(7))