def zp_product(
p,
value_range,
resolution,
hsv,
):
xy = hl.xy_plane(value_range=hl.tuplify(value_range),
resolution=resolution)
zp1 = hl.phase_threshold(
hl.opl_zp(hl.perspective_plane(p=[0, 0, 10], xy=xy)))
zp2 = hl.phase_threshold(
hl.phase_conjugate(hl.opl_zp(hl.perspective_plane(p=p, xy=xy))))
zp3 = hl.phase_threshold(zp1 + zp2)
tiled = tile_images([
hl.imagify(zp0, hsv=hsv, bwref=(0, 2 * math.pi))
for zp0 in [zp1, zp2, zp3, zp1]
])
# return hl.imagify(tiled)
return tiled
zp1, zp2, zp3 = [
hl.imagify(zp0, hsv=hsv, bwref=(0, 2 * math.pi))
for zp0 in [zp1, zp2, zp3]
]
border_shape = list(zp1.shape)
border_shape[1] = 10
border = np.zeros(shape=border_shape)
image = hl.np.hstack([zp1, border, zp2, border, zp3])
# return hl.imagify(zp3)
return hl.imagify(image)
def images_func(a, b):
zp1 = hl.opl_zp(hl.perspective_plane(xy, p=[0, 0, a]))
zp2 = hl.phase_conjugate(
hl.opl_zp(hl.perspective_plane(xy, p=[0, 0, b])))
zp3 = zp1 + zp2
return [hl.phase_threshold(zp) for zp in [zp1, zp2, zp3]]
def test_create_interactive_plot():
xy = xy_plane(value_range=(-10, 10), resolution=300)
example_params = dict(
images_func=lambda x, y, z: [
perspective_zp(perspective_plane(xy, p=[x, y, z])),
perspective_zp(perspective_plane(xy, p=[0, 0, 50])),
perspective_zp(perspective_plane(xy, p=[x, y, z]) - perspective_plane(xy, p=[0, 0, -50]))
],
num_images=3,
titles=[
"zp: x,y,z",
"zp: 0,0,-50",
"combined"
],
slider_params=[
["x", -10, 10],
["y", -10, 10],
["z", 0, 100]
]
)
create_interactive_plot(**example_params)
def zoneplate():
params = dict(images_func=[
lambda z, zoom: [
hl.perspective_zp(
hl.perspective_plane(hl.xy_plane(value_range=(-zoom, zoom),
resolution=500),
p=[0, 0, z]))
]
],
titles=["perspective zone plate"],
slider_params=[
["z", 0, 5],
["zoom", 0.01, 20],
])
hl.create_interactive_plot(**params)
def example_image(i):
xy = xy_plane(value_range=(-10, 10), resolution=100)
persp_xy = perspective_plane(xy, p=[0, 0, i*10])
zp = perspective_zp(persp_xy)
return zp
def zp_func(x, y, z, zoom):
return hl.opl_zp(
hl.perspective_plane(p=[x, y, z],
xy=hl.xy_plane(value_range=(-zoom, zoom),
resolution=1000)))
