This work is devoted to the general problem of constructing stereo presentations of scientific research in stereo modes. The construction of texts and formulas is considered when creating stereo presentations representing the results of solving mathematical modeling problems. The construction of texts and formulas, which are an integral part of a scientific presentation, is considered as a structural subproblem when constructing a stereo presentation as a whole. In this paper, the construction of stereo images on an autostereoscopic monitor is considered. An 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 results of building text labels using a multi-view representation of the object are considered. Multi-view presentation is one of the ways to build stereo images on modern autostereoscopic systems. The problem of combining text labels and the main image on one stereo frame is considered.

This paper presents practical experience in constructing stereo presentations of texts and formulas on an autostereoscopic monitor in stereo presentations designed to display the results of numerical simulation. The task of constructing stereo images of texts and formulas is a structural subtask of a general study devoted to the development of methods and algorithms for constructing stereo presentations of the results of scientific research. Previous research has been done for classic stereo devices.This paper discusses the construction of stereoscopic images on an autostereoscopic monitor. The autostereoscopic monitor allows one to observe a stereo image without glasses, while ensuring the quality of the stereo image, which is not inferior to the quality of the stereo image, presented using a classic 3D projection stereo system. Various methods of obtaining stereo images supported by the monitor were tested, namely, the multi-view presentation of the object and the construction of depth maps. The results for both methods are presented. The aim of the study is to create a technology that allows one to quickly and efficiently build full-fledged stereo presentations of scientific results.

The problems of verifying numerical methods and their comparative analysis are an important and relevant section of computational mathematics. Modern technologies make it possible to compare numerical methods not for one single task, but for a class of problems using parametric studies implemented in the form of a generalized computational experiment.Such solutions for two-parameter problems are presented in the form of error surfaces constructed for each numerical element participating in the comparison. The visual representation of such surfaces in stereo mode gives the researcher the possibility of a deep and thorough comparative analysis. This task is the application of previously developed methods and approaches to creating stereo images and texts to visualize the results of solving the problem of falling supersonic flow onto a flat plate at an angle of attack.This problem for inviscid flows has an exact solution, which is used as the standard for comparison. A parametric study is carried out with a variation of two parameters -the angle of attack and the Mach number of the flow. The results of constructing error surfaces for various solvers of the open software package OpenFOAM are presented. The construction of error surfaces in stereo mode is implemented for an autostereoscopic monitor based on a multiview method.

This paper presents the second version of the Multi-view StereoMaker 2.0 software package, which allows one to automatically generate complex stereo images according to userspecified parameters. Complex stereo images include both the main object and accompanying inscriptions, formulas and designations. The software package is designed to use the multiview technology on an autostereoscopic monitor and works with arbitrary 3D objects, presenting the results of solving mathematical modeling problems in the form of a stereo image.An autostereoscopic monitor allows one to view stereo images without glasses, while providing quality that rivals classic 3D projection stereo systems.The description of the main changes and new features of the second version of the developed system is given. The results of the operation of the Multi-view StereoMaker software complex on real problems are presented.

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