Open AccessConstructing Stereo Images of Error Surfaces in Problems of Numerical Methods Verification
Author(s) -
С. В. Андреев,
А. Е. Бондарев,
Alexander V. Bondarenko,
В. А. Галактионов,
Nicole Bondareva
Publication year - 2020
Publication title -
proceedings of the 30th international conference on computer graphics and machine vision (graphicon 2020). part 2
Language(s) - English
DOI - 10.51130/graphicon-2020-2-3-21
Subject(s) - autostereoscopy , computer vision , artificial intelligence , computer science , stereo imaging , stereopsis , stereo image , computer stereo vision , stereo cameras , stereo camera , frame (networking) , computer graphics (images) , task (project management) , projection (relational algebra) , stereo display , image (mathematics) , stereoscopy , algorithm , engineering , telecommunications , systems engineering
The tasks of constructing stereo representations of texts and formulas on an autostereoscopic monitor in stereo presentations designed to display the results of numerical modeling are an urgent sub-task in developing methods and algorithms for constructing stereo displays of scientific research results. In this paper, the construction of stereo images on an autostereoscopic monitor is considered. The autostereoscopic monitor allows you to watch stereo images without glasses, while ensuring the quality of the stereo image, which is not inferior to the quality of the stereo image presented using the classic 3D projection stereo system. The possibility of combining several stereo objects with different parameters on one frame with various parameters allowing to achieve the maximum stereo effect is being investigated. This technology has been applied practically to visualize the problems of verification of numerical methods and their comparative analysis. Similar solutions for the two-parameter problem are represented in the form of error surfaces constructed for each numerical method involved in the comparison. The construction of error surfaces in stereo mode is implemented for an autostereoscopic monitor based on a multi-view.