Ivanov

The paper presents the research and development results concerning the universal algorithm for automated synthesis of centered optical systems of double conjugation in the paraxial region. The initial axial thicknesses for the initial scheme have been taken from the system designed by Hopkins. With a lack of appropriate solution the spacing is changed by some value. As a result of using the universal automated algorithm two different systems have been obtained. Both systems have two pairs of conjugate planes with changeable magnification. The kinematics of components movement has been calculated for both cases.

In this article the authors present an efficiency comparison of numerical and algebraic methods for solving polylinear model equations in order to determine an optimal algorithm of parametric synthesis of a centered optical system in Gaussian optics. The performance analysis was carried out with case studies of varying complexity that illustrate features of both methods. Generation of multilinear equations was produced in a semi-automatic mode while optical powers of components were considered to be unknown. Recommendations on usage of each method for the computer-aided parametric synthesis based on results of comparative analysis are given.