Difference between revisions of "Calibrating the camera orientation"
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| − | + | ''Note: this page is a stub and needs to be extended.'' | |
| − | If you deploy the camera as detailed in the [[Standalone Fireball Camera Installation|standalone]] section, with the long axis of the camera east/west, and the correct direction north, then the default values are OK, and you don't need to do anything. | + | As part of the initial setup, you must calibrate the camera, so that is knows which direction is north, zenith. This is important for the triangulations, as the camera must convert coordinates of pixel events into altitude, azimuth, and then into Right Ascension, Declination |
| + | |||
| + | If you deploy the camera as detailed in the [[Standalone Fireball Camera Installation|standalone]] section, with the long axis of the camera east/west, and the correct direction north (camera stand towards North, camera enclosure door towards South), then the default values are OK, and you don't need to do anything. | ||
== Using the GUI == | == Using the GUI == | ||
| − | + | N/A yet | |
== Command line == | == Command line == | ||
please don't | please don't | ||
Latest revision as of 17:11, 6 September 2019
Note: this page is a stub and needs to be extended.
As part of the initial setup, you must calibrate the camera, so that is knows which direction is north, zenith. This is important for the triangulations, as the camera must convert coordinates of pixel events into altitude, azimuth, and then into Right Ascension, Declination
If you deploy the camera as detailed in the standalone section, with the long axis of the camera east/west, and the correct direction north (camera stand towards North, camera enclosure door towards South), then the default values are OK, and you don't need to do anything.
Using the GUI
N/A yet
Command line
please don't
