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Author name: Rakesh Rao

Label Contour Polylines: GT_CONTLABEL – GeoTools Command

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Summary The GT_CONTLABEL command allows users to annotate contour polylines with elevation values, custom text, or curve length. This tool is essential for professionals working in topographic mapping, civil engineering, and GIS applications where clear labeling of contour data is required. GeoTool -> Annotation Tools -> Annotation Tools -> Label contour polylines Label Contour Polylines: GT_CONTLABEL – GeoTools Command Key Features Include: What to Label? Text Orientation: Annotation Position: Text Spacing Options: Visibility Options: Elevation Check Before Labeling: Other Annotation Parameters: Benefits: The GT_CONTLABEL command is a powerful, flexible tool for contour labeling, making CAD-based topographic and GIS workflows more efficient and professional.

Label Polyline Vertices: GT_VXLABEL – GeoTools Command

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Summary The GT_VXLABEL command enables precise labeling of vertices in polylines, lines, 3D faces, and splines. It provides various annotation options for coordinate values, elevations, distances, and numbering, making it an essential tool for CAD users working on topographic, survey, and infrastructure drawings GeoTool -> Annotation Tools -> Annotation Tools -> Label polyline vertices Label Polyline Vertices: GT_VXLABEL – GeoTools Command Key Features Include: Annotation Options: Label Formatting & Customization: Advanced Settings: Benefits: The GT_VXLABEL tool simplifies complex labeling tasks, making it faster, more accurate, and highly configurable for any CAD-based mapping or design workflow.

Create/Update Length Annotation: GT_LENTEXT – GeoTools Command

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Summary The GT_LENTEXT command allows users to create and update length or area annotations for various geometric entities such as lines, polylines, arcs, splines, and circles. It enables precise and automated annotation of these properties as text, significantly enhancing CAD detailing and quantity take-offs. GeoTool -> Annotation Tools -> Annotation Tools -> Create/update length annotation Create/Update Length Annotation: GT_LENTEXT – GeoTools Command Key Features Include: Property to Annotate: Length/Area Selection Options: Advanced Annotation Controls: Text Formatting & Customization: Benefits: This tool simplifies and speeds up the process of measuring, annotating, and managing length/area properties within CAD drawings, making it an essential feature for professionals handling surveying, drafting, and estimation tasks.

Cut a Polygon into Two using a Slicing Line: GT_PolygonCutter – GeoTools Command

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Summary The GT_PolygonCutter command allows users to divide a closed polygon into two separate sections using a slicing line. This is particularly useful for land parcel division, zoning, or GIS-based spatial planning where polygons need to be systematically split. GeoTool -> Build Tools -> Build Tools -> Cut a Polygon into Two using a Slicing Line Key Features Include: Define Cutting Parameters: Automatic Naming of New Polygons: Text Settings for Annotation: Advanced Splitting Options: Benefits: This tool provides a fast and efficient way to divide polygonal regions while maintaining accurate spatial relationships and naming conventions

Drape a 3D Polyline Across a Set of Intersecting Linear Objects: GT_DrapePoly – GeoTools Command

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Summary The GT_DRAPEPOLY command in GeoTools allows users to drape a 3D polyline (source objects) over a set of intersecting linear objects (target objects). This tool is essential for terrain modeling, roadway alignments, and surface analysis where elevation data needs to be aligned with existing linear features. GeoTool -> Build Tools -> Build Tools -> Drape a 3D Polyline across a set of Intersecting Linear Objects Drape a 3D Polyline Across a Set of Intersecting Linear Objects: GT_DrapePoly – GeoTools Command Drape a 3D Polyline Across a Set of Intersecting Linear Objects: GT_DrapePoly – GeoTools Command Key Features Include: Drape Polylines Over Target Linear Objects: Selection Criteria: Target Object Selection Methods: Automatic Elevation Interpolation for Zero Values: Cross-Drape Options for Perpendicular Sections: Benefits: This tool is a must-have for surveyors, civil engineers, and GIS professionals dealing with 3D surface modeling and topographic data refinement. Example:

Place Points Along Linear Network: GT_NETNODES – GeoTools Command

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Summary The GT_NETNODES command in GeoTools is designed to systematically place nodes (points) along a connected linear network of lines and polylines. This command is particularly useful for network-based spatial analysis, utility mapping, and transportation planning, where nodes need to be placed at regular intervals along a predefined route. GeoTool -> Build Tools -> Build Tools -> Place points along linear network Key Features Include: Node Placement Along Network Paths: Topological Accuracy Requirement: Configurable Parameters for Precision Control: Benefits: Benefits: This tool is valuable for surveyors, GIS professionals, and urban planners dealing with network-based spatial data processing in BricsCAD, AutoCAD, ZWCAD and ARES Commander.

Create Mathematical Offsets between Two Contour Polylines: GT_CONTOUROFFSET – GeoTools Command

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Summary The GT_CONTOUROFFSET command in GeoTools is used to generate a precisely interpolated offset polyline between two existing contour polylines. This command is particularly useful for terrain modeling, topographic mapping, and GIS applications, where contour interpolation is required. The tool allows percentage-based or absolute distance-based offset calculations, ensuring accurate interpolation between two contour lines. GeoTool -> Build Tools -> Build Tools -> Create mathematical offsets between two contour polylines Key Features Include: Offset Calculation Methods: Offset Methods: Sampling Methods for Vertex Placement: Configurable Parameters for Precision Control: Benefits: This tool is particularly useful for surveyors, GIS professionals, and civil engineers working on terrain-based projects, infrastructure planning, and digital elevation processing.

Create Closed Polylines From a Mass of Networked Polylines: GT_CCPOLY – GeoTools Command

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Summary The GT_CCPOLY command in GeoTools is a powerful tool designed to automatically generate closed polylines from a network of interconnected polylines, lines, arcs, and circles. It functions as an automated version of the BPOLY command, systematically applying boundary detection at set intervals to create fully enclosed polygons. This tool is particularly useful for GIS, urban planning, land parcel mapping, and topological analysis in BricsCAD, AutoCAD, ZWCAD and ARES Commander. GeoTool -> Build Tools -> Build Tools -> Create closed polylines from a mass of networked polylines Create Closed Polylines From a Mass of Networked Polylines: GT_CCPOLY – GeoTools Command Create Closed Polylines From a Mass of Networked Polylines: GT_CCPOLY – GeoTools Command Create Closed Polylines From a Mass of Networked Polylines: GT_CCPOLY – GeoTools Command Key Features Include: Benefits: This tool simplifies spatial topology generation, making it an invaluable asset for geospatial data processing, infrastructure planning, and terrain modeling.

Create a Boundary (Closed Polygon) Around a Point: GT_BOUNDARY – GeoTools Command

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Summary The GT_BOUNDARY command in GeoTools allows users to generate closed boundary polygons around points while simultaneously placing centroid markers. This tool is essential for GIS, land parcel mapping, and topographic modeling in BricsCAD, AutoCAD, ZWCAD and ARES Commander GeoTool -> Build Tools -> Build Tools -> Create a boundary (closed polygon) around a pointlygons Create a Boundary (Closed Polygon) Around a Point: GT_BOUNDARY – GeoTools Command Key Features Include: Benefits: This tool is highly valuable for surveyors, GIS professionals, and CAD users involved in land management, zoning, and infrastructure planning.

Create Centroid Marks Inside Closed Polygons: GT_CREATECENTROID – GeoTools Command

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Summary The GT_CREATECENTROID command in GeoTools is used to generate centroid markers inside closed polylines, splines, and circles, enabling better spatial analysis, labeling, and feature identification in BricsCAD, AutoCAD, ZWCAD and ARES Commander. GeoTool -> Build Tools -> Build Tools -> Create centroid marks inside closed polygons Create Centroid Marks Inside Closed Polygons: GT_CREATECENTROID – GeoTools Command Key Features Include: Benefits: This tool is essential for surveyors, GIS professionals, urban planners, and CAD users working with closed polygonal features requiring centroid-based labeling or analysis.

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