Test tlmviewer

python

# RENDERING RAYS

import torch
import torchlensmaker as tlm

start = torch.tensor([[0, 0], [0, 0]])
end = torch.tensor([[10, 10], [-10, -10]])
variables = {
    "base": torch.tensor([0.5, 0.6]),
    "object": torch.tensor([10.0, 11.0]),
}
domain = {
    "base": [0, 1],
    "object": [0, 12]
}

scene = tlm.viewer.new_scene("2D")
scene["data"].append(tlm.viewer.render_rays(start, end, 0, variables, domain))
tlm.viewer.display_scene(scene)

python

# RENDER 2D SURFACES

import torchlensmaker as tlm

from torchlensmaker.testing.basic_transform import basic_transform


test_data = [
    (basic_transform(1.0, "extent", 0., [35/2., 15]), tlm.SphereR(35.0, 35/2)),
    (basic_transform(-1.0, "extent", 0., [35/2., 15]), tlm.SphereR(35.0, 35/2)),

    (basic_transform(1.0, "extent", 50., [40., 5]), tlm.Parabola(125.0, 0.01)),

    (basic_transform(1.0, "extent", -50., [-40., 5]), tlm.CircularPlane(100.)),
    (basic_transform(1.0, "extent", 50., [-40., 5]), tlm.SquarePlane(100.)),
]

test_surfaces = [s for t, s in test_data]

scene = tlm.viewer.new_scene("2D")


for t, s in test_data:    
    hom, _ = t(s)
    scene["data"].append(tlm.viewer.render_surface(s, hom, dim=2))

tlm.viewer.display_scene(scene)
#tlm.viewer.display_scene(scene, ndigits=3, dump=True)

python

# RENDER 3D SURFACES

import torchlensmaker as tlm

test_data = [
    (basic_transform(1.0, "origin", [45., 10., 0.], [0., 0., 0.]), tlm.Sphere(15.0, 1e6)),
    (basic_transform(1.0, "origin", [45., -10., 0.], [10., 0., -10.]), tlm.Sphere(25.0, 20)),
    (basic_transform(1.0, "origin", [45.0, -25.0, 0.0], [0.0, 0.0, 0.0]), tlm.Parabola(30., 0.05)),
    (basic_transform(1.0, "origin", [45.0, 0.0, 15.0], [-10.0, 10.0, 5.0]), tlm.SquarePlane(30.)),
    (basic_transform(1.0, "origin", [45., -60., 0.], [80., 0., 0.]), tlm.CircularPlane(50.)),
]

scene = tlm.viewer.new_scene("3D")

for t, s in test_data:
    hom, _ = t(s)
    scene["data"].append(tlm.viewer.render_surface(s, hom, dim=3))

tlm.viewer.display_scene(scene)
#tlm.viewer.display_scene(scene,ndigits=2,dump=True)

python

# Setting initial controls state

import torch
import torchlensmaker as tlm
import torch.optim as optim

# Setup two spherical surfaces with initial radiuses
surface1 = tlm.Sphere(diameter=30, R=tlm.parameter(-60))
surface2 = tlm.Sphere(diameter=30, R=tlm.parameter(-35))

lens = tlm.Lens(surface1, surface2, material="BK7-nd", outer_thickness=2.2)

focal = 120.5

# Build the optical sequence
optics = tlm.Sequential(
    tlm.ObjectAtInfinity(beam_diameter=8, angular_size=30),
    tlm.Gap(15),
    lens,
    tlm.Gap(focal),
    tlm.ImagePlane(diameter=100, magnification=125.),
)

tlm.show(optics, dim=2, sampling={"base": 10, "object": 5, "sampler": "uniform"}, controls=False)

#tlm.export_json(optics, "test_controls.json", dim=2, sampling={"base": 10, "object": 5, "sampler": "uniform"}, controls=False)

Test tlmviewer ​

Test tlmviewer