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Curated by: Xah Lee (847 videos)
video summary. (AI generated) This video is a coding session in Wolfram Language, focusing on writing a custom function to export 2D graphics to SVG (Scalable Vector Graphics). The main problem the video aims to solve is that Wolfram Language's built-in SVG export generates unnecessarily large file sizes (5:30), often using complex Bezier curves to approximate simple shapes like circles (9:00), instead of using efficient SVG primitive tags. The core challenge discussed is how to programmatically find the minimum and maximum X and Y coordinates (the "bounds") of a given 2D graphics object in Wolfram Language (16:34). The creator explores several Wolfram Language functions like RegionBounds, BoundingRegion, and BoundaryDiscretizeGraphics to achieve this. Towards the end of the video, the creator encounters an unexpected issue where BoundaryDiscretizeGraphics seems to fail when dealing with graphics containing two circles whose radii or positions cause them to overlap or be sufficiently large/far apart (1:06:09). The creator suspects this might be a bug in Wolfram Language (1:10:06).
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