Discover the full potential of this set of tools designed to enhance GIS data integration and editing within AutoCAD.
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.
Divides geometries that intersect a specified line, effectively splitting them at the points of intersection. This tool is valuable for editing or preparing data for subsequent processes that require segmented... more
Transforms complex curve geometries–including arcs, splines, circles, and polylines with arcs–into polyline objects. This conversion simplifies editing tasks and improves interoperability with both CAD and GIS workflows. It is particularly... more
Generates polygons (closed polylines) by sequentially joining the individual points that define their perimeter. Useful for rebuilding area objects from boundary point sets (parcels, enclosures, plots, etc.). Points may be... more
Reduces the number of vertices in polylines or polygons to simplify their geometry, optimizing complexity while preserving the overall shape. This function improves performance and visualization of spatial data by... more