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This work aims to extend the nonlinear matrix method for calculating aberration coefficients to spherocylindrical surfaces.

Expression for Aberration Coefficients Using Nonlinear Transforms—Extension to Spherocylindrical Surfaces

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This work aims to extend the nonlinear matrix method for calculating aberration coefficients to spherocylindrical surfaces.
Utilized a matrix method for nonlinear calculations.
Derived exact expressions for aberration coefficients of conic surfaces.
Extended the method to accommodate spherocylindrical surfaces.
Successfully demonstrated the application of the matrix method on spherocylindrical surfaces.
Derived new aberration coefficient expressions relevant to spherocylindrical geometries.

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Extension of nonlinear calculations for aberration coefficients in spherocylindrical surfaces suggests broader applications.

Lakshminarayanan et al. (2000) studied this question.

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