LPI & PST?
Posted 19 May 2012 - 07:47 PM
Any info. is appreciated.
Posted 20 May 2012 - 07:53 AM
Posted 20 May 2012 - 09:37 AM
Now if you get a chance to practice with the LPI before June 6th, all well and good but I'm clouded out here at the moment.
YouTube channel: https://www.youtube....jc2Y0j7-UoRD6lg
Posted 20 May 2012 - 01:03 PM
Posted 20 May 2012 - 06:42 PM
I've done a fair amount of imaging with an LPI on my PST, though it has been a while (I now use a DMK21). You'll want to experiment a bit, but here's what I remember. The simplest method is to operate the camera in monochrome mode, however, if you set the exposure so you can see the proms, the disk is over exposed, if you set the exposure so that the disk isn't over exposed, the proms are faint. The fix is to run the camera in color mode, set the exposure so that the proms are visible and the disk is over exposed, and save your images as FITS. This last step is the important one. When you save the images as FITS Envisage saves each color in its own file. You'll find that the proms show up great in the red data, the disk looks great in the green, and the blue will be under exposed. Sooooo, if you get your settings right your can image the disk and the proms at the same time.
Sounds technical. Maybe beyond my expertise.
Posted 01 June 2012 - 05:18 AM
I cant see any reason why the LPI wouldnt focus.
The PST has very limited in travel so you may need to play with the setup pre transit to be sure you can focus..
As for image capture if you shoot a one shot color imager your better off using it in mono .
As when you process out a Solar image you throw away the red and blue channels and all of the info is in the green channel.
Always set exposure time to get the disk details.Dont over expose the disk to get the proms.
Set exposure to get disk details using suto contrast then back down the contrast a bit.Shoot in either fits 3p if using a OSC normal operation. or tiff normal mode. Select dark spot tracking so you can auto stack on a sun spot.The proms then can be brought out in post processing.This is how 99% of solar imagers do it.
Here is a result of this method.
Fife Lake, Mi.
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