Notice: MediaWiki has been updated. Report any rough edges to marcan@marcan.st
Calibration: Difference between revisions
From OpenKinect
Jump to navigationJump to search
No edit summary |
|||
| Line 8: | Line 8: | ||
*Intrinsics matrix for both: Video camera & Depth Camera | *Intrinsics matrix for both: Video camera & Depth Camera | ||
*Extrinsics matrix for both: Video camera & Depth Camera | *Extrinsics matrix for both: Video camera & Depth Camera | ||
*Registration of both cameras (Registration as meant in [http://www.jvrb.org/archiv/2437/ This Article]) | *Registration of both cameras (Registration as meant in [http://www.jvrb.org/archiv/2437/ This Article], please add a nicer description, if you know one) | ||
**Rotational tolerances | **Rotational tolerances | ||
**? | **? | ||
Revision as of 19:27, 2 December 2010
This page shall help to define a calibration procedure. Please add your knowledge.
Things to calibrate
- nonlinear effects for both cameras:
- radial distortion On Wikipedia
- tangential distortion (sensor chip not parallel)
- rotational errors (sensor rotated on image plane)
- Intrinsics matrix for both: Video camera & Depth Camera
- Extrinsics matrix for both: Video camera & Depth Camera
- Registration of both cameras (Registration as meant in This Article, please add a nicer description, if you know one)
- Rotational tolerances
- ?
Questions to answer
- Which parameters change much between different devices?
- Which change minor (and can possibly be set constant)?
- Are routines to calculate parameters needed, or could a seperate application be used (based on OpenCV, for example)
Links
- Calibration based on libfreenect and rgbdemo (Nicolas Burrus):
- About Xbox calibration
