GeoTools Commands

Import (read) a MINEX Coal Reserves Data File: GEOL_Minex2Dwg – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GEOL_Minex2Dwg command in GeoTools enables users to import MINEX coal reserves data into CAD platforms, making it an essential tool for mining engineers, geologists, and resource planners using BricsCAD, AutoCAD, ZWCAD, and ARES Commander. GeoTool -> Geological/Mining Tools -> General -> Import (read) a MINEX coal reserves data file Key Features Include: Benefits: This tool is particularly useful for mine planning, reserve estimation, and geological mapping, ensuring a smooth transition from MINEX data to CAD-based spatial analysis.

Mining Symbols: GEOL_MININGSYMBOLS – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GEOL_MININGSYMBOLS command in GeoTools provides a structured approach to browsing, inserting, and managing mining-related symbols, making it a valuable tool for mining engineers, geologists, and CAD professionals working in BricsCAD, AutoCAD, ZWCAD and ARES Commander. GeoTool -> Geological/Mining Tools -> General -> Strike-Dip Calculator (3 point solution) Key Features Include: Benefits: This tool is ideal for mine planning, geological mapping, and industrial CAD applications, offering an efficient way to insert standardized mining symbols into drawings.

Strike-Dip Calculator (3 point solution): GEOL_3POINT – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GEOL_3POINT command in GeoTools provides a 3-point solution for calculating the strike and dip of a geological plane, making it an essential tool for geologists, geotechnical engineers, and mining professionals. By selecting three known points on a surface, the command determines the orientation of the plane, helping in structural geology analysis and terrain assessment. GeoTool -> Geological/Mining Tools -> General -> Strike-Dip Calculator (3 point solution) Key Features Include: Benefits: With GEOL_3POINT, users can efficiently analyze geological formations, ensuring accurate orientation measurements for geospatial and engineering applications.

Fault Shift: GEOL_FAULTSHIFT – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GEOL_FAULTSHIFT command in GeoTools allows users to simulate fault shifts, representing geological displacements caused by tectonic movements. This tool is essential for geologists, civil engineers, and structural analysts working on fault modeling, seismic studies, and land stability assessments. GeoTool -> Geological/Mining Tools -> General -> Fault Shift Key Features Include: Benefits: With GEOL_FAULTSHIFT, users can model geological displacements accurately, aiding in seismic hazard assessment, foundation design, and structural planning in geotechnical and civil engineering projects.

Draw Heave: GEOL_DRAWHEAVE – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GEOL_DRAWHEAVE command in GeoTools enables users to generate heave patterns based on soil movement, making it an essential tool for geotechnical engineering, foundation analysis, and soil settlement studies. This command helps visualize the lateral and vertical displacement caused by expansive soils, seismic activity, or subsurface conditions. GeoTool -> Geological/Mining Tools -> General -> Draw Heave Key Features Include: Benefits: With GEOL_DRAWHEAVE, users can accurately depict soil movement patterns, improving risk assessment and foundation design in geotechnical and structural engineering projects.

Draw Geological Patterns: GEOL_RUNNINGPATTERNS – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GEOL_RUNNINGPATTERNS command in GeoTools is designed to create running patterns representing various topographic and geological formations, making it a valuable tool for geologists, civil engineers, and GIS professionals working in BricsCAD, AutoCAD, ZWCAD and ARES Commander. GeoTool -> Geological/Mining Tools -> General -> Draw geological patterns Key Features Include: Benefits: This tool is essential for professionals needing clear, visual geological patterning for terrain analysis, mining projects, and environmental planning.

Create 3d Tunnel Models: GEOL_TUNNELMAKER – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GEOL_TUNNELMAKER command in GeoTools allows users to generate 3D tunnel models from coordinate data or existing 3D profiles, making it a vital tool for geotechnical, civil engineering, and mining applications in BricsCAD, AutoCAD, ZWCAD and ARES Commander. GeoTool -> Geological/Mining Tools -> General -> Convert Civil 3D LandXML to CSV data Key Features Include: benefits: This tool is highly effective for tunnel alignment modeling, underground construction planning, and geological mapping, providing an automated workflow for 3D tunnel visualization and analysis.

Convert Civil 3D LandXML to CSV data: GT_LandXML2CSV – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GT_LandXML2CSV command in GeoTools allows users to extract and convert LandXML data into CSV format, making it easier to analyze and use elevation, surface, and coordinate data in spreadsheets, databases, or GIS applications. This tool is particularly useful for civil engineers, surveyors, and GIS professionals who work with Civil 3D terrain models and need structured tabular data. GeoTool -> Geological/Mining Tools -> General -> Convert Civil 3D LandXML to CSV data Key Features Include: Benefits: With GT_LandXML2CSV, users can efficiently transform LandXML data into structured tabular format, enabling better data management, reporting, and integration with GIS and CAD applications.

Draw Voronoi Polygons: GT_VORONOI – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GT_VORONOI command in GeoTools enables users to create Voronoi polygons based on a selected set of points or blocks, providing a powerful tool for spatial analysis, territory mapping, and geometric partitioning. This command utilizes the settings from GT_TRIANGULATE, ensuring accurate Voronoi diagram generation for GIS, surveying, and engineering applications. GeoTool -> Geological/Mining Tools -> General -> Draw Voronoi polygons Draw Voronoi Polygons: GT_VORONOI – GeoTools Command Key Features Include: Benefits: With GT_VORONOI, users can efficiently generate Voronoi diagrams, enabling advanced spatial analysis and geometric modeling in CAD and GIS workflows.

Find Slope between Two 3d Points: GT_FINDSLOPELINE – GeoTools Command

Leave a Comment / GeoTools Commands / By Rakesh Rao

Summary The GT_FINDSLOPELINE command in GeoTools allows users to compute the slope between two selected 3D points, making it an essential tool for terrain analysis, grading design, and civil engineering projects. The slope is displayed as a percentage, providing critical data for drainage, roadway design, and elevation-based planning GeoTool -> Geological/Mining Tools -> General -> Find slope between two 3d points Key Features Include: Benefits: With GT_FINDSLOPELINE, users can efficiently analyze elevation differences, ensuring accurate slope measurements for land development and infrastructure planning.