This library implements the functionality to build Plane-based Maps (PbMaps) from a set of point clouds plus their corresponding poses, which might be given by e.g. the odometry of a robot.
A PbMap consists of a set of planar entities (patches) described by geometric features (shape, relative position, etc.) and/or radiometric features (dominant color). It is organized as an annotated, undirected graph, where nodes stand for planar patches and edges connect neighbor planes when the distance between their closest points is under a threshold.
A method for PbMap place recognition (useful for re-localization or loop closure) is also implemented. This method relies on an interpretation tree which applies geometric constraints to efficiently match sets of neighboring planes.
Refer to the PbMap Guide (PDF).
|Page generated by Doxygen 1.8.11 for MRPT 1.5.0 Git: 114f24c Sat Jun 10 20:22:56 2017 +0200 at dom jun 11 00:00:26 CEST 2017|