A Symposium on Optical Design with Digital Computers [held in the Physics Dept. on June 5th, 6th and 7th, 1956: Proceedings]
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Literature Survey on RayTracing W Weinstein
Optical RayTracing A Technique
Literature Survey on 1st Order Design
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aberrat aberration terms Airy disc algebraic aperture aspheric astigmatism automatic design axial axis calculation ch/sec changes chromatic aberration coefficients coma rays Computing scheme convergence angle coordinates of point correction cosines of ray digital computers direction cosines Drum dxdy electronic computers equations extended objects Ferranti focal length formulae Fourier frequency Gaussian give given glasses H.H.Hopkins high speed higher order aberrations IBM CPC image plane image points image quality Imperial College incidence height iterative lens design lens system lenses m.sec Manchester meridian rays method nodal planes obtained optical design optical path optical system parameters paraxial ray performance number point of incidence point source primary aberration principal ray programme Punched Cards pupil Quadrics ray tracing ray-tracing refractive index Response Function Seidel aberrations sh.wds sharpness factor simple skew rays solution specified spherical aberration Strehl ratio surface Tele Tape Teleprinter thin lens tracing rays trigonometric Variables zero