Eso skycat tool

The '-file' part is optional, so you can also simply specify a file name, as described above. To use these features, the rtdServer daemon must be running on the local host. A client application, linked with the Rtd image event library can then send images via shared memory to be displayed in rapid succession.

The default is 0, which means choose an unused port. This should be one of the names listed in the 'Colors' popup window default is 'real'. This should be one of the names listed in the 'Colors' popup window default is 'ramp'.

This also enables the real-time simulation when the -rtd option was specified. Arguments which are not switches are interpreted as image files. TableTitle comments, text, etc. How can I refresh my SkyCat configuration file? Use the rtdimage subcommand "shm" also available via the remote socket interface to tell SkyCat to use shared memory and to get the shared memory ids.

Why does the catalog window take so long to pop up? Last Update: Specify a FITS file to load. If bool is 1, include 'Data-Servers' menu in the menubar this is the default. If bool is 1, include the Real-Time menu in the menubar default is 0.

Specify a port number to use for the remote socket interface. Specify the default colormap. Specify the default intensity transfer table. This option can be used to change the height of color bar the widget at the bottom of the screen displaying the image colors. If bool is true default: false turn on debugging features. Skycat is also available for several linux distributions within the SciSoft collection.

The Skycat source code is available for download from the following link: skycat The source code for the required tcltk libraries is available for download from the following link: tcltk See the installation instructions here. The Skycat tool - Download. The Skycat tool. SkyCat is a tool that combines visualization of images and access to catalogs and archive data for astronomy. You can download the latest SkyCat version for a number of platforms.

Display a compass indicating where north and east are in the image, based on the world coordinates information. Select previously viewed images from a history menu and catalog. The cut levels, color scale algorithm and colormap settings are remembered for each image. Access and load catalog information from a number of popular astronomical catalogs, such as the HST Guide Star Catalog and many others. Create, search and edit local user catalogs.

Save catalog data locally. Overlay catalog sources on an image, taking object size and orientation into account.