Concurrent Development of Accurate and Efficient Pyramidal Meshes for Stereoscopic Object Frameworks

Abstract

The development of accurate and efficient pyramidal meshes plays a vital role in various scientific and engineering applications. This research paper presents a novel procedure and apparatus for generating pyramidal meshes based on stereoscopic object frameworks. The proposed procedure incorporates boundary sampling, initial mesh construction, concurrent territory division, grid subdivision, grid optimization, and subregion mesh updates to ensure the preservation of model boundary features during the grid development process.