An Inkscape extension for drawing optical diagrams by simulating ray paths through reflection and refraction.
Inkscape Ray Optics is an extension for Inkscape that enables users to draw optical diagrams by simulating ray paths. It annotates vector shapes with optical properties like mirrors and glass, then automatically traces beams through reflection and refraction, solving the problem of manually drawing complex optical layouts.
Scientists, educators, engineers, and designers who need to create accurate optical diagrams for research, teaching, or planning optical systems using Inkscape.
It integrates ray-tracing capabilities directly into Inkscape, a free and widely-used vector graphics editor, eliminating the need for separate, often expensive, optical simulation software while maintaining precision and ease of use.
An extension for Inkscape that makes it easier to draw optical diagrams.
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Calculates beam paths from sources through annotated elements, handling reflection and refraction automatically, as demonstrated in examples with spheres and optical tables.
Allows assigning properties like Mirror, Glass, or Beam Splitter to shapes, with support for various materials including lenses with specific focal lengths via the built-in tool.
Works with Inkscape's clone objects, enabling dynamic updates to optical elements when the original is modified, which streamlines iterative design changes.
Generated beams are placed in a dedicated 'generated_beams' sub-layer, making it easy to edit and manage diagrams without cluttering the main workspace.
Requires manual installation in Inkscape's extensions directory and depends on specific versions of Python, NumPy, and Inkex, which may need troubleshooting for dependencies.
Cannot assign optical properties to groups; they must be on individual primitives, and overlapping or touching elements can yield unpredictable results, as admitted in known limitations.
Text objects are ignored for optical simulation unless converted to paths first, adding an extra step and limiting direct use of labels in diagrams.