Annotation

Annotation: The visualization algorithms used in the development of electronic design automation computer-aided design software do not have sufficient performance to work with modern large-scale tasks, such as the development of chiplets. The aim of the work is to develop a visualization algorithm based on a graphics processor that has similar functionality and sufficient performance to solve complex modern and promising tasks. The algorithm is based on the idea of processing geometric primitives in raster form on the GPU, while resulting geometry in vector form is not being calculated on the CPU. The algorithm is required to form the outline of the resulting geometry, parametric fills and work with transparency. The developed algorithm successfully copes with tasks with a volume of 1.6 million elements and has some performance reserve and the possibility of further improvement.