The program provides an opportunity to monitor the surfaces formed at the end of the triangulation process on the user form, as well as producing block data at the first stage. In the second step, a new program/macro was improved named SolidBox that can draw blocks from produced data. There is BlockCAD in the first step of the system and with this program block data were obtained by evaluating a data file formed from three-dimensional borehole information. In accordance with this purpose, a two-step package in Visual Basic language was prepared due to the multitude of data entry and user options to form a solid model. The purpose of this study was to improve a system that produces solid models to be used in the evaluation of mineral deposits effectively in the light of recent developments. When viewed from a larger perspective, the used program and modeling methods may differ, even if the solid modeling approach merges under a certain roof. Another reason is that there are so many program options to be used. The solid model approach has entered into quite common modeling methods in parallel with developments in recent years. A visual LISP program for voxelizing AutoCAD solid models. Marschallinger and Jandrisevits, 2015 MARSCHALLINGER, R., JANDRISEVITS, C., & ZOBL, F. International Journal of Emerging Engineering Research and Technology, v.2, n.7, p.157-167, 2014. Design and drawing automation using solid works application programming interface. Three-dimensional modeling of open-pit based on autoCAD and its application. Evaluating geo-environmental variables using a clustering based areal model. , 2012 TUTMEZ, B., KAYMAK, U., TERCAN, A.E., LLOYD, CD.
Physics of the Earth and Planetary Interiors, v.171, n.1, p.147-157, 2008. Modelling method coupling 3D potential-field interpolation and geological rules. Geological modelling from field data and geological knowledge-Part I. 3D geological modelling from boreholes, cross-sections and geological maps, application over former natural gas storages in coal mines.
Kaufmann and Martin, 2008 KAUFMANN, O., MARTIN, T. Geostatistics for environmental scientists. , 2005 Webster and Oliver, 2007 WEBSTER, R., OLIVER M.A. An approach to computer modeling and visualization of geological faults in 3D. Solid models of geological structures are useful tools for engineers and geologists, especially by means of studies carried out in the modeling of geological features (faults, zone and ore deposits etc.) as they contribute to the improvement of applications by probing them with many different approaches (Jiang, 1998 Wu and Xu, 2003 WU, Q., XU, H. Indeed, CAD applications have been used in pit design and planning processes for many years ( Jiang, 1998 JIANG, Y. This issue will be solved partially by general computer-aided drawing systems (CADs) being available. However, the ore deposit's ability to be defined in every sense depends on its ability to be represented as three dimensional beyond the reserve estimation. Geostatistical modeling techniques give very successful results in this sense. Up until now ore deposits have often been modeled with different approaches. Geological modeling orebody AutoCAD solid model SolidBox Our study serves as a window to understanding the geological modeling process.
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This article allows readers not only to see a clear example of the programming approach to layered deposits but also to produce more complicated software in this context. Then the real borehole data of a cement raw material site were successfully applied. Developed programs were first tested with virtual borehole data belonging to a virtual deposit. Obtaining this model in an AutoCAD environment will be important for geologists and engineers. For this purpose, a system was developed for generating solid models using data obtained from boreholes. As researchers on the subject, we wanted to answer the question "How would we do it". Although there are many different types of mining software for determining a solid model, many users try to build geological models in the computer without knowing how these software packages work. Three-dimensional solid modeling is one of the significant methods that can examine the position and shape of the ore deposit. Determining the correct orebody model is the first stage and one of the most important. The planning stages of mining activities require many comprehensive and detailed analyses.
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