def test_some_rays_with_mirror():
first_element = Lens(5, 16., [5., 1.], theta=30.)
second_element = Aperture(4, [7., 2.])
third_element = Mirror(8., [15., 3.], theta=160)
fourth_element = ParabolicMirror(5., 8., [9., 10.])
r = point_source_rays([0., 1.], angle=[-50, 50])
r.store()
r = first_element.trace(r)
r.store()
r = second_element.trace(r)
r.store()
r = third_element.trace(r)
r.store()
r = fourth_element.trace(r)
r.store()
r = propagate(r, 35)
rays = r.traced_rays()
raypy2d.elements.plot_blockers = False
ax = plt.gca()
ax.axis('equal')
rays.plot(ax, color='orange')
first_element.plot(ax)
second_element.plot(ax)
third_element.plot(ax)
fourth_element.plot(ax)
plt.show()
def test_some_rays():
first_element = Aperture(5)
second_element = Lens(5, 16., [5., 1.], theta=30., blocker_diameter=18.)
third_element = Lens(10, 8., [10., 3.], theta=-15, blocker_diameter=10.)
rays = []
r = point_source_rays([-4., 1.], angle=[-50., 50], n=21)
# r = np.array([[0., 1., 45.*np.pi/180.]])
# r = first_element.to_global_frame_of_reference(r)
rays.append(r.array.copy())
r = first_element.trace(r)
rays.append(r.array.copy())
r = second_element.trace(r)
rays.append(r.array.copy())
r = third_element.trace(r)
rays.append(r.array.copy())
r = propagate(r, 35)
rays.append(r.array.copy())
rays = np.array(rays)
ax = plt.gca()
ax.axis('equal')
ax.plot(rays[:, :, 0], rays[:, :, 1], color='red', linewidth=0.5)
first_element.plot(ax)
second_element.plot(ax)
third_element.plot(ax)
plt.show()
def test_plot_lens():
"""
test the plot function of the lens
"""
ax = plt.gca()
ax.axis('equal')
a = Lens(focal_length=10., diameter=5., origin=[1., 3.], theta=20.34, blocker_diameter=10.)
a.plot(ax)
plt.show()
def test_max_aperture():
first_element = Aperture(5)
second_element = Lens(5, 16., [5., 1.], theta=30., blocker_diameter=18.)
third_element = Lens(10, 8., [10., 3.], theta=-15, blocker_diameter=10.)
raypy2d.elements.plot_blockers = False
ax = plt.gca()
ax.axis('equal')
first_element.plot(ax)
second_element.plot(ax)
third_element.plot(ax)
plotting.plot_maximal_aperture(ax, first_element, second_element)
plotting.plot_maximal_aperture(ax, second_element, third_element)
plt.show()