Discover the full potential of this set of tools designed to enhance GIS data integration and editing within GstarCAD.
Splits polygons into smaller sections along lines parallel to a defined direction. This division can be based on a fixed number of parts, equal-area segments, equidistant stripes, or custom area percentages. The tool is ideal for land parceling, planning layouts, or preparing zoning maps, offering precision and flexibility in how the divisions are calculated and applied.
Creates closed polygon geometries by connecting individual points in sequence. This tool is particularly useful when reconstructing area features from boundary points, such as land plots or enclosures. Points can be grouped by a specified data field, enabling the generation of multiple polygons based on categorized point sets.
Combines overlapping or adjacent polygons into a single, unified geometry. This tool simplifies complex datasets by removing internal boundaries and merging connected areas. It is essential for consolidating features such as land parcels, administrative zones, or habitat regions, ensuring cleaner and more efficient spatial data.
Automatically detects intersections between line geometries and generates polygons from the resulting closed shapes. This tool is ideal for transforming networks of lines—such as cadastral boundaries or urban layouts—into usable polygon features.
Converts individual points into connected polylines by automatically following their original sequence or by ordering them according to a specified attribute. This functionality is especially useful for creating linear elements... more
Creates the smallest convex polygon that fully encloses a selected set of geometries. This operation is ideal for generating bounding areas, simplifying complex datasets, and supporting spatial analysis. The resulting... more
Allows a closed boundary to be used as a trimming edge to cut intersecting geometries, with the option to keep elements inside or outside the boundary. This makes the tool... more
This tool identifies intersections within complex linear geometries and automatically splits them into individual line segments. Beyond cutting at crossing points, it also separates every segment of a polyline, resulting... more