def test_r12_cubic_spline_closed(msp):
spline = R12Spline(CONTROL_POINTS, degree=3, closed=True)
polyline = spline.render(msp, segments=40)
assert polyline.dxftype() == 'POLYLINE'
assert polyline.dxf.layer == '0'
assert len(polyline) == 41 + len(CONTROL_POINTS)
assert polyline.is_closed is True
def test_r12_quadratic_spline(msp):
spline = R12Spline(CONTROL_POINTS, degree=2, closed=False)
polyline = spline.render(msp, segments=40)
assert polyline.dxftype() == 'POLYLINE'
assert polyline.dxf.layer == '0'
assert len(polyline) == 41 + len(CONTROL_POINTS)
assert polyline.is_closed is False
dxfattribs['extrusion'] = extrusion
for point in points:
msp.add_circle(radius=0.1, center=point, dxfattribs=dxfattribs)
base_spline_points = [(8.55, 2.96), (8.55, -.03), (2.75, -.03), (2.76, 3.05),
(4.29, 1.78), (6.79, 3.05)]
spline_points = [Vector(p) for p in base_spline_points]
# open quadratic b-spline
draw(spline_points)
msp.add_text("Open Quadratic R12Spline", dxfattribs={
'height': .1
}).set_pos(spline_points[0])
R12Spline(spline_points, degree=2,
closed=False).render(msp, segments=SEGMENTS, dxfattribs={'color': 3})
if dwg.dxfversion > 'AC1009':
msp.add_open_spline(control_points=spline_points,
degree=2,
dxfattribs={'color': 4})
# open cubic b-spline
spline_points = next_frame.transform_vectors(spline_points)
draw(spline_points)
msp.add_text("Open Cubic R12Spline", dxfattribs={
'height': .1
}).set_pos(spline_points[0])
R12Spline(spline_points, degree=3,
closed=False).render(msp, segments=SEGMENTS, dxfattribs={'color': 3})
if dwg.dxfversion > 'AC1009':
msp.add_open_spline(control_points=spline_points,