Development of Three-Dimensional Models of Mining Industry Objects

Abstract

Visualization of objects using computer programs can greatly facilitate the external presentation of projects of coal industry enterprises. Modern computer graphics make it possible to embody very realistic models, and since the creation of 3D objects takes less time than their implementation. 3D technologies allow you to present the model from all angles and eliminate the shortcomings identified in the process of its creation. Successfully implemented tasks in this work include: creation of a 3D model of the selected RoadHeader; importing the developed model into the Unity 3D game engine; create and customize animations for the above harvester model inside Unity. The 3D model created in this work for visual display of the equipment used in the development of coal deposits in the mining industry contributes to the improvement of the process of training specialists and work planning when training personnel to work with drilling equipment at the training stage. The presented development can serve as a visual representation in the study of the principles of mining machines, as well as in the creation of 3D objects and scenes for the tutorial “Virtual mine”.

Development of Software for 3D Well Visualization Modeling Using Acoustic, Gamma, Neutron and Density Logging for Fossil Energy Sources Sustainable Production

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New Game Artificial Intelligence Tools for Virtual Mine on Unreal Engine

“…The variety of virtual reality gaming simulation tools available for training mine personnel, ensuring labor safety [42][43][44][45], and designing production processes makes it possible to explore the best software systems and the possibilities of their application.…”

A Component-Based Architecture of a Gis Study Into Geometry of a Rock Mass Using Seismic Data

“…Ввиду того, что в термин «геоинформационная система» закладывается не только работа с геопространственными данными, но и инструменты визуализации, в разрабатываемой системе предлагается использование собственных средств визуализации, которые поддерживают возможность экспорта данных в распространенные форматы, такие как PNg/BMP -для возможности сохранения изображений с целью последующей публикации, dXf/dSt/ dWg -для возможности работы в пакетах autoCad Map, а также в формате ShP/KMl -для работы со сторонними ГИС (arcgIS, google Earth и другими). Для визуализации результатов анализа сейсмограмм, производимого в целях поиска дизъюнктивных нарушений углепородного массива, можно использовать сторонние специализированные программы обработки сейсмических данных, например, SeisWorks, Kingdom, geoframe [9].…”