Implementation Technology of Multitasking Graphical Shell of Visualization System for Digital Model of the Core Material

Abstract

The paper proposes a technology for implementation of a multitasking graphical shell of a visualization system for digital model of the core material, based on development of widget subsystems using the open source cross-platform Qt library. The study provides a method to split the graphical interface of the visualization system between executive kernel and task modules, as well as a model to connect task modules to the kernel. Based on the developed technology, methods and algorithms a program complex implementing the graphical shell of the visualization system for digital model of the core material is created. The created complex is successfully tested through studies of digital models of the core materials of the Bazhenov Formation and Sandstone and showed adequacy of the proposed solution to the problem. The solution, developed in the System Research Institute, Russian Academy of Sciences, is aimed at the development of the “digital oilfield” technology and can be used in researches by specialists from oil and gas industry, virtual laboratories and educational applications.