Discover the full potential of this set of tools designed to enhance GIS data integration and editing within GstarCAD.
Generates a single polyline by combining multiple existing polylines. When the polylines are not connected, the application can automatically join them based on proximity. Additionally, this process allows grouping and aggregation of polylines according to a specific field value, offering a flexible way to organize and simplify complex line geometries.
Easily converts polylines between 2D and 3D types within your drawing. The tool ensures precision and consistency during the conversion, preserving key properties of the original polylines whenever possible.
Converts complex curve geometries—such as arcs, splines, and circles—into polyline objects. This transformation simplifies editing and enhances compatibility with CAD and GIS operations. It is especially useful when preparing data for export, analysis, or further modification within the drawing.
Transforms individual points into continuous polylines by connecting them in the order they appear or based on a selected attribute. This feature is ideal for generating linear features such as routes or boundaries from point data. Points can be grouped by a specific data field, allowing for the creation of multiple polylines from categorized point sets.
Identifies intersections and automatically splits complex linear geometries into simpler line segments. This process is useful for preparing data for topological analysis, editing, or export to systems that require simpler geometry structures.
Groups individual points by their data and connects them to create polylines, either by following their sequence or by using a chosen attribute to define the order. This advanced functionality... more
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