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How to use the raytracing.eo function in raytracing

To help you get started, we’ve selected a few raytracing examples, based on popular ways it is used in public projects.

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github DCC-Lab / RayTracing / examples / argsExamples / example18.py View on Github external
from raytracing import ImagingPath, Space, Lens, LaserPath, thorlabs, eo, olympus


'''
Demo #18 - Laser beam and vendor lenses
'''


path = LaserPath()
path.label = "Demo #18: Laser beam and vendor lenses"
path.append(Space(d=50))
path.append(thorlabs.AC254_050_A())
path.append(Space(d=50))
path.append(thorlabs.AC254_050_A())
path.append(Space(d=150))
path.append(eo.PN_33_921())
path.append(Space(d=50))
path.append(eo.PN_88_593())
path.append(Space(d=180))
path.append(olympus.LUMPlanFL40X())
path.append(Space(d=10))
path.display()
github DCC-Lab / RayTracing / examples / argsExamples / example17.py View on Github external
from raytracing import ImagingPath, Space, Lens, thorlabs, eo, olympus

'''
Demo #17 - Vendor Lenses
'''


path = ImagingPath()
path.label = "Demo #17: Vendor Lenses"
path.append(Space(d=50))
path.append(thorlabs.AC254_050_A())
path.append(Space(d=50))
path.append(thorlabs.AC254_050_A())
path.append(Space(d=150))
path.append(eo.PN_33_921())
path.append(Space(d=50))
path.append(eo.PN_88_593())
path.append(Space(180))
path.append(olympus.LUMPlanFL40X())
path.append(Space(10))
path.display()
github DCC-Lab / RayTracing / examples / argsExamples / example16.py View on Github external
from raytracing import ImagingPath, Space, Lens, thorlabs, eo

'''
DEMO #16 - Vendor Lenses
'''


thorlabs.AC254_050_A().display()
eo.PN_33_921().display()
github DCC-Lab / RayTracing / raytracing / __main__.py View on Github external
path.append(olympus.LUMPlanFL40X())
    path.display(comments=path.label + """
    path = ImagingPath()
    path.fanAngle = 0.0
    path.fanNumber = 1
    path.rayNumber = 15
    path.objectHeight = 10.0
    path.label = "Path with LUMPlanFL40X"
    path.append(Space(180))
    path.append(olympus.LUMPlanFL40X())
    path.append(Space(10))
    path.display()""")
if 16 in examples:
    # Demo #16: Vendor lenses
    thorlabs.AC254_050_A().display()
    eo.PN_33_921().display()
if 17 in examples:
    # Demo #17: Vendor lenses
    path = ImagingPath()
    path.label = "Demo #17: Vendor Lenses"
    path.append(Space(d=50))
    path.append(thorlabs.AC254_050_A())
    path.append(Space(d=50))
    path.append(thorlabs.AC254_050_A())
    path.append(Space(d=150))
    path.append(eo.PN_33_921())
    path.append(Space(d=50))
    path.append(eo.PN_88_593())
    path.append(Space(180))
    path.append(olympus.LUMPlanFL40X())
    path.append(Space(10))
    path.display(comments=path.label + """\n
github DCC-Lab / RayTracing / raytracing / __main__.py View on Github external
path.append(Space(d=50))
    path.append(eo.PN_88_593())
    path.append(Space(180))
    path.append(olympus.LUMPlanFL40X())
    path.append(Space(10))
    path.display()""")
if 18 in examples:
    # Demo #18: Laser beam and vendor lenses
    path = LaserPath()
    path.label = "Demo #18: Laser beam and vendor lenses"
    path.append(Space(d=50))
    path.append(thorlabs.AC254_050_A())
    path.append(Space(d=50))
    path.append(thorlabs.AC254_050_A())
    path.append(Space(d=150))
    path.append(eo.PN_33_921())
    path.append(Space(d=50))
    path.append(eo.PN_88_593())
    path.append(Space(d=180))
    path.append(olympus.LUMPlanFL40X())
    path.append(Space(d=10))
    path.display(beams=[GaussianBeam(w=0.001)], comments="""
    path = LaserPath()
    path.label = "Demo #18: Laser beam and vendor lenses"
    path.append(Space(d=50))
    path.append(thorlabs.AC254_050_A())
    path.append(Space(d=50))
    path.append(thorlabs.AC254_050_A())
    path.append(Space(d=150))
    path.append(eo.PN_33_921())
    path.append(Space(d=50))
    path.append(eo.PN_88_593())

raytracing

Simple optical ray tracing library to validate the design of an optical system (lenses positions and sizes, focal lengths, aperture and field stops). Support for Monte Carlo raytracing to estimate transmission efficiency and powers, limited but functional Zemax file loader for lenses, several material dispersion curves included for chromatic aberrations all coming from http://refractiveindex.info

GitHub
MIT
Latest version published 3 months ago

Package Health Score

64 / 100
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