| 摘要 |
A method and system are provided for position marking to register precise locations on a stationary objects in space, and to refer back to the locations that same precise location at a later time, while establishing a local coordinate system without consideration for the global location or orientation of the object, thereby ensuring the object does not need to be re-positioned or re-orientated before marking and referring to any object's locations. The problem that a local coordinate reference system based on reference beacons is not correlated to the object's reference frame is addressed through a novel calibration method. By eliminating consideration for coordinate setup and the need to physically move the object in the operating space, a more robust measurement is achieved that replaces such conventional steps with an easy to conduct calibration process that reduces the chance for human error.
|
