ALGORITHMS AND ARCHITECTURE APPLIED IN THE RASTER2VECTOR SOFTWARE
Keywords:
Raster2Vector, vectorization, raster graphics, vector graphics, edge detection, image processing, algorithm, software architecture, Bézier curves, graphic data.Abstract
This article examines the operating principles of the Raster2Vector software, focusing on the algorithms and software architecture employed in the vectorization process. The study discusses image processing techniques used to convert raster graphics into vector formats, including edge detection, contour tracing, and the generation of vector objects using geometric primitives. Furthermore, the interaction between software modules, data flow mechanisms, and architectural efficiency are analyzed. The results demonstrate the capability of Raster2Vector to perform high-precision vectorization and highlight its advantages in graphic data processing applications.
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