class UVReflectingMicroscope(optic.Optic):
"""53x UV Reflecting Objective
Milton Laikin, Lens Design, 4th ed., CRC Press, 2007, p. 139
"""
def __init__(self):
super().__init__()
silica = materials.IdealMaterial(n=1.4980)
CaF2 = materials.IdealMaterial(n=1.4610)
self.surfaces.add(index=0, radius=np.inf, thickness=np.inf)
self.surfaces.add(index=1, radius=1.72300, thickness=0.0350, material=silica)
self.surfaces.add(index=2, radius=2.90631, thickness=0.9731)
self.surfaces.add(
index=3,
radius=0.17783,
thickness=-0.4995,
material="mirror",
is_stop=True,
)
obscuration = physical_apertures.RadialAperture(r_max=np.inf, r_min=0.15)
self.surfaces.add(
index=4,
radius=0.72913,
thickness=0.5776,
material="mirror",
aperture=obscuration,
)
self.surfaces.add(index=5, radius=2.66996, thickness=0.0427, material=CaF2)
self.surfaces.add(index=6, radius=0.48467, thickness=0.005)
self.surfaces.add(index=7, radius=0.23767, thickness=0.1861, material=CaF2)
self.surfaces.add(index=8, radius=8.64894, thickness=0.005)
self.surfaces.add(index=9, radius=7.25758, thickness=0.0588, material=silica)
self.surfaces.add(index=10, radius=0.44435, thickness=0.0771)
self.surfaces.add(index=11, thickness=0.0071, material=silica)
self.surfaces.add(index=12)
self.set_aperture(aperture_type="imageFNO", value=0.7)
self.fields.set_type(field_type="angle")
self.fields.add(y=0)
self.fields.add(y=2.8)
self.fields.add(y=4)
self.wavelengths.add(value=0.27, is_primary=True)
# scale from inches to mm
self.scale_system(25.4)
