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Highlight Elevation Differences in Polylines: GT_VXDROP – GeoTools Command

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Summary The GT_VXDROP command in GeoTools is designed to analyze polylines, lines, splines, and 3D faces and identify elevation variations exceeding a user-defined threshold. It ensures precise elevation management within BricsCAD, AutoCAD, ZWCAD, and ARES Commander. GeoTool -> Polyline Tools -> Identify -> Highlight Elevation Differences in Polylines Key Features Include: Benefits: This tool is essential for professionals handling terrain modeling, topographical mapping, and infrastructure planning, ensuring elevation consistency across CAD designs.

Identify Zero Elevation Vertex: GT_PL_0 – GeoTools Command

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Summary The GT_PL_0 command in GeoTools helps identify and mark vertices in polylines that have an elevation of 0.0. This tool is particularly useful for detecting errors in 3D polylines, where some vertices may have unintentionally dropped to zero elevation due to software issues or manual errors. GeoTool -> Polyline Tools -> Identify -> Identify Zero Elevation Vertex Key Features Include: Benefits: With GT_PL_0, users can quickly identify and rectify elevation inconsistencies, ensuring accurate 3D modeling and design integrity.

Mark Junction Points in a Network of Linear Objects: GT_JUNCTION – GeoTools Command

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Summary The GT_JUNCTION command in GeoTools automatically identifies and marks junction points in a network of lines, polylines, arcs, and other linear objects. A junction is defined as a location where three or more segments meet and branch out in different directions, making this tool highly useful for network analysis in road design, utilities, and GIS applications. GeoTool -> Polyline Tools -> Identify -> Mark Junction Points in a Network of Linear Objects Key Features Include: Benefits: With GT_JUNCTION, users can efficiently analyze network structures, ensuring accurate detection of critical branching points for infrastructure and spatial planning.

Find 3d Intersections: GT_3DINT – GeoTools Command

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Summary The GT_3DINT command in GeoTools allows users to identify and mark 3D intersection points between two selected entities, including lines, arcs, polylines, and splines. Designed for industries such as mapping, mining, and geological analysis, this tool helps determine the crossing points of linear elements in 3D space. GeoTool -> Polyline Tools -> Identify -> Find 3d intersections Find 3d intersections: GT_3DINT – GeoTools Command Key Features Include: Benefits: With GT_3DINT, users can quickly analyze and visualize 3D intersections, making it an essential tool for professionals working with spatial and structural analysis in complex CAD environments.

Mark Intersection Points Along Lines, Polylines, Arcs: GT_INTERSECT – GeoTools Command

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Summary The GT_INTERSECT command in GeoTools enables you to mark 3D and 2D intersection points between lines, polylines, arcs, splines, and circles. This tool is ideal for clash detection and geometry validation, ensuring accurate identification of intersections between different objects in a drawing. GeoTool -> Polyline Tools -> Identify -> Mark intersection points along lines,polylines,arcs Mark intersection points along lines, polylines, arcs: GT_INTERSECT – GeoTools Command Key Features Include: Benefits: With GT_INTERSECT, identifying and marking intersection points becomes effortless, improving drawing accuracy and ensuring precise geometry in your CAD designs

3D to 2D: GT_CH3D2D – GeoTools Command

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Summary The GT_CH3D2D command in GeoTools efficiently converts selected 3D polylines and lines into 2D polylines and lines, ensuring smooth processing and compatibility within BricsCAD, AutoCAD, ZWCAD and ARES Commander. GeoTool -> Polyline Tools -> Join/Change -> 3D-to-2D 3D to 2D: GT_CH3D2D – GeoTools Command Key Features Include: Technical Information: Benefits: This tool is ideal for CAD professionals working in topographical mapping, GIS applications, and civil engineering, where 2D polylines are required for accurate drafting and data processing.

2D-to-3D: GT_CH2D3D – GeoTools Command

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Summary The GT_CH2D3D command in GeoTools allows you to effortlessly convert 2D polylines into 3D polylines, enabling each vertex to hold unique Z values. The newly created 3D polylines will visually resemble their 2D counterparts but will now support elevation data, making them ideal for terrain modeling, civil engineering, and 3D design workflows. GeoTool -> Polyline Tools -> Join/Change -> 2D-to-3D 2D-to-3D: GT_CH2D3D – GeoTools Command Benefits: With GT_CH2D3D, transitioning from 2D to 3D workflows becomes effortless, making it an essential tool for CAD professionals dealing with elevation-based design and 3D modeling.

Join 3D Polylines: GT_3DJ – GeoTools Command

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Summary The GT_3DJ command in GeoTools provides a specialized solution for joining 3D polylines and lines into a single, continuous 3D polyline. Unlike the standard PEDIT command, which does not support the joining of 3D segments, GT_3DJ fills this gap by allowing seamless fusion of touching 3D polylines and lines. GeoTool -> Polyline Tools -> Join/Change -> Join 3D Polylines Key features include: Benefits: With GT_3DJ, handling 3D polylines is now more efficient and precise, making it an essential tool for CAD professionals working with complex 3D designs, terrain modeling, and infrastructure layouts.

Join 2D Polylines: GT_PLJOIN – GeoTools Command

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Summary The GT_PLJOIN command in GeoTools is designed to automatically join multiple 2D polylines and lines into a single continuous polyline. This powerful tool ensures that all selected entities that are touching at their endpoints are fused together effortlessly, streamlining polyline management in your CAD workflow. GeoTool -> Polyline Tools -> Join/Change -> Join 2D Polylines Key features include: Benefits: Whether you’re working in BricsCAD, AutoCAD, ZWCAD or ARES Commander, GT_PLJOIN eliminates the need for manual polyline joining, reducing design inconsistencies and improving drawing accuracy. Perfect for civil, architectural, and GIS professionals, this command ensures a smooth, optimized workflow when dealing with fragmented polylines.

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