Captured images can be plate-solved using public or local service. It can measure FWHM, HFD and the drift of a selected star to help easier and faster focus and align your equatorial telescope mount. It can preview or capture and save images to selected folder with any file name prefix, count, duration and time lapse, browse captured images and show them in Finder, zoom and stretch them automatically or manually. Nevertheless, even with the best effort we can’t test all models in all situations, so please download a trial version and test it with your hardware before you buy it! If it will not work, let us know, maybe we can still help you and fix it.ĪstroImager also controls the set point cooling and the mechanical shutter of the attached camera (if available). Astromi.ch MGBox v1/v2, MBox, MGPBox and PBox driver,ĪstroImager is developed and tested with many of the cameras, wheels and focusers mentioned above.Unihedron SQM sky quality meter driver,.Lunatico Limpet/Armadillo/Platypus Focuser/Powerbox drivers,.AstroGadget FocusDreamPro focuser driver,.Baader Planetarium SteelDrive II focuser driver,.Deep Sky Dad AF1, AF2 and AF3 focuser driver,.LakesideAstro focuser driver (untested),.PegasusAstro DMFC and FlatMaster drivers,.Brightstar Quantum wheel driver (untested),.Trutek (TruTech) wheel driver (untested),.Moravian Instruments CCD and wheel driver (Intel only),.SBIG CCD and filter wheel driver (vendor SDK must be installed, Intel only),.QHY CCD and filter wheel drivers (Intel only),.IIDC CCD driver (both USB and FireWire cameras),.ZWO ASI CCD, wheel and focuser drivers (doesn't work with non-S ASI120MM/MC, Intel only),. Atik CCD and wheel drivers (Intel only),.CCD, focuser and wheel simulator drivers,. Out-of-the-box it contains INDIGO drivers for the following cameras, filter wheels and focusers: It can control many devices supported by built-in INDIGO drivers or it can use any 3rd party remote INDIGO or INDI driver. Its purpose is to control main imaging camera, filter wheel and focuser, to allow proper framing, focusing and capturing from a single batch of images to quite complicated series of images with different parameters and settings. If camera is unable to draw sufficient power then I think you can get strange patterns in the lights which will not calibrate out.AstroImager is a front end for imaging and auxiliary devices INDIGO agents. Is this internal battery or a converter? I had a problem a year or two back which I eventually tracked back to low input voltage to my camera. Have a look at the early part of this video tutorial:Īnother thing you might look at is the power supply to your camera. Also try experimenting with the Cosmetic Correction options in 2) Calibrate as this may help. If this is not the case then I would carefully review your process for capturing and stacking your calibration frames. Have you tried examining your individual subs using a hard stretch with viewer in a) linear, and b) l-calibrated mode? When switching to the l-calibrated mode, much of the noise and other unwanted artifacts in your linear subs should be removed. I take it that we are looking at a stacked image in your screen-shot and not a single frame? The nebula signal looks pretty weak to me so I assume you are not integrating that many frames and/or they are of short duration?
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