3_2_CODEV_XML

CODE V Glass Catalog XML

Format

Note that CODEV utilizes two kinds of files for glass catalogs. GlassPlotter employs .xml files which is written in basic xml format, for it contains more detailed data for each glass.

Dispersion Formula

Name	Formula
LAU	$n^2 (\lambda) = A_{0}+A_{1} \lambda^{2} + A_{2} \lambda^{-2} + A_{3} \lambda^{-4} + A_{4} \lambda^{-6} + A_{5} \lambda^{-8} + A_{6} \lambda^{-10} + A_{7} \lambda^{-12} + A_{8} \lambda^{-14} + A_{9} \lambda^{-16} + A_{10} \lambda^{-18} + A_{11} \lambda^{-20}$
GML	$n^2 ( \lambda ) = A_{0}+A_{1} \lambda^{2} + A_{2} \lambda^{-2} + A_{3} \lambda^{-4} + A_{4} \lambda^{-6} + A_{5} \lambda^{-8} + A_{6} \lambda^{4}$
GMS	$n^2 ( \lambda ) = 1 + \frac{B_{1} \lambda^2}{\lambda^2-C_1} + \frac{B_{2} \lambda^2}{\lambda^2-C_2} + \frac{B_{3} \lambda^2}{\lambda^2-C_3} + \frac{B_{4} \lambda^2}{\lambda^2-C_4} + \frac{B_{5} \lambda^2}{\lambda^2-C_5} + \frac{B_{6} \lambda^2}{\lambda^2-C_6}$
SLM	$n^2 ( \lambda ) = 1 + \frac{B_{1} \lambda^2}{\lambda^2-C_{1}^2} + \frac{B_{2} \lambda^2}{\lambda^2-C_{2}^2} + \frac{B_{3} \lambda^2}{\lambda^2-C_3^2} + \frac{B_{4} \lambda^2}{\lambda^2-C_4^2} + \frac{B_{5} \lambda^2}{\lambda^2-C_5^2} + \frac{B_{6} \lambda^2}{\lambda^2-C_6^2}$
CAU	$n^2 ( \lambda ) = A_0 + A_1 \lambda^{-2} + A_2 \lambda^{-4}$
HAR	$n (\lambda) = A_0 + \frac{ A_1 }{ {(A_2 - \lambda)}^{1.2} }$

Reference

CODE V Reference Manual

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3_2_CODEV_XML

CODE V Glass Catalog XML

Format

Dispersion Formula

Reference

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