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Perfect Imagery 1 Light Radiation and Geometrical Optics
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aperture astigmatism axis calculated CHLO CHLP chromatic aberrations CHVO CHVP circle of confusion coefficients colour computation conductivity diagram correct corresponding curve defined depth of imagery diameter difference diffraction distance edge effect emitter and receiver entrance pupil equations example exit pupil expression eye pupil eyepiece field angle focal length follows formulae geometrical optics given gives image quality law of refraction lenses light tube coordinates linear conductivity longitudinal chromatic aberration magnification magnifying glass marginal ray microscope normal object and pupil object imagery object shift object space optical designer optical instruments optical system parameters perfect imagery perpendicular diagram physical plane rays position practice principal ray pupil imagery pupil shift radius ray tracing Rayleigh unit reduced reference point refracting power refracting surface refractive indices secondary spectrum Seidel approximation significance sin2 skew rays spherical aberration SPHO surface contributions theorem thin lens transfer values wavelength zero zonal aberration