geometridata

Geometridata refers to structured data encoding geometric information about objects and their spatial properties. It encompasses coordinates, topology, geometry types, and related attributes. Used across CAD, GIS, 3D graphics, robotics, and computational geometry, geometridata supports both static representations and dynamic geometries that can be transformed and analyzed programmatically.

Representations include primitive coordinates (points, lines, polygons, polyhedra), topology graphs, and semantic attributes. In practice, geometridata is stored in layers or feature collections within databases or files, and can be serialized in formats such as WKT, GeoJSON, GML, or binary geometric types in spatial databases. Spatial indexing and coordinate reference systems enable efficient querying and accurate spatial operations.

Operations on geometridata include spatial predicates (intersections, containment), distance measures, buffering, simplification, and geometric transformations. In 3D contexts, geometridata may also include vertices, faces, normals, and texture coordinates, enabling rendering or simulation. In CAD, geometridata often integrates with parametric models, constraints, and feature metadata.

Quality and interoperability considerations include numerical precision, coordinate system definition, units, and topological validity. Metadata for geometridata typically covers source, scale, accuracy, lineage, and licensing. Interchange standards and schemas—such as those governing GIS and CAD ecosystems—facilitate data sharing between systems.