I have written an ImageJ tool to control a CCD camera via its ASCOM Windows driver: http://neutronoptics.com/ascom.html
An ASCOM driver is supplied with several scientific CCD cameras, especially those used for astronomy. ImageJ-for-ASCOM allows such cameras to be controlled directly from ImageJ, setting and monitoring the CCD temperature when possible, exposing the camera for a defined time, and displaying the resulting images in 16-bit FITS format, with programmed image sequences collated as TIFF stacks. I would be interested in comments and suggestions. Alan. -- ImageJ mailing list: http://imagej.nih.gov/ij/list.html |
On Fri, Dec 21, 2012 at 6:43 AM, Alan Hewat
<[hidden email]> wrote: > An ASCOM driver is supplied with several scientific CCD cameras, > especially those used for astronomy. ImageJ-for-ASCOM allows such > cameras to be controlled directly from ImageJ, setting and monitoring > the CCD temperature when possible, exposing the camera for a defined > time, and displaying the resulting images in 16-bit FITS format, with > programmed image sequences collated as TIFF stacks. > > I would be interested in comments and suggestions. If you have not already, you may also want to consider porting your driver to: 1) AstroImageJ (might not require much work?) 2) Micro-Manager Studio plugin for ImageJ (for your X-ray applications, this software may be of interest e.g. to MRS) since it seems you're licensing your plugin under CC BY-ND. Pariksheet -- ImageJ mailing list: http://imagej.nih.gov/ij/list.html |
> If you have not already, you may also want to consider porting your driver to:
> 1) AstroImageJ (might not require much work?) Yes, my ImageJ-for-ASCOM macro tool should work immediately with AstroImageJ, which is mainly ImageJ plus the Göttingen astronomy plugins and macros, which I already recommend on http://neutronoptics.com/ascom.html#capture > 2) Micro-Manager Studio plugin for ImageJ Yes, Micro-Manager can be used to capture images from many different cameras for further treatment in ImageJ, and in fact I use MM with Andor CCD cameras http://neutronoptics.com/andor.html One can also mention other ImageJ capture plugins such as the VideoCaptureTool which I have modified to capture still images from an integrating video camera using the Windows AMCap application http://neutronoptics.com/laue.html#acquisition I wrote my ASCOM capture plugin because I didn't find any other ImageJ tool that could capture from the many different CCD cameras used by amateur astronomers. These cameras are of interest outside that community because they usually contain high-spec CCDs, yet are relatively inexpensive because of the market they address. The requirements for astronomical imaging are similar to those for much low-light scientific imaging. Alan Hewat On 24 December 2012 03:51, Pariksheet Nanda <[hidden email]> wrote: > On Fri, Dec 21, 2012 at 6:43 AM, Alan Hewat > <[hidden email]> wrote: >> An ASCOM driver is supplied with several scientific CCD cameras, >> especially those used for astronomy. ImageJ-for-ASCOM allows such >> cameras to be controlled directly from ImageJ, setting and monitoring >> the CCD temperature when possible, exposing the camera for a defined >> time, and displaying the resulting images in 16-bit FITS format, with >> programmed image sequences collated as TIFF stacks. >> >> I would be interested in comments and suggestions. > > If you have not already, you may also want to consider porting your driver to: > 1) AstroImageJ (might not require much work?) > 2) Micro-Manager Studio plugin for ImageJ (for your X-ray > applications, this software may be of interest e.g. to MRS) since it > seems you're licensing your plugin under CC BY-ND. > > Pariksheet Dr Alan Hewat, NeutronOptics, Grenoble, FRANCE <[hidden email]> +33.476.98.41.68 http://www.NeutronOptics.com/hewat ______________________________________________ -- ImageJ mailing list: http://imagej.nih.gov/ij/list.html |
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