I cannot connect to my telescope, what's wrong?
Please make sure of the following:
- Telescope is powered and connected via RS232 to your PC.
- Telescope is aligned.
- RS232 or RS232-to-USB cable is firmly connected at the mount and PC USB port.
- You have read and write permissions to the port. In some Linux distros, this is not the default setting. Under Ubuntu, you need to add your user to the dialout group:
sudo adduser $USER dialout
Then you must restart your PC for this to take effect and try again.
- Ensure the port specified is the correct port. Usually your port is /dev/ttyUSB0 but sometimes if you unplug and plug the USB cable again, you might get port /dev/ttyUSB1. Use
dmesgto find out which port your mount is connected to if all of the above fails.
I cannot connect to my CCD, what's wrong?
Please make sure of the following:
- CCD is powered and connected via USB to your PC.
- USB3 ports can cause problems, try connecting your CCD to USB2 port
Can I connect to INDI devices in Android/Windows/OSX/etc..?Check out the INDI Clients list for information on the available client across multiple platforms.
What's the default INDI server port?7624. To change the port in INDI server, pass -p following by port. For example, to start LX200 driver INDI server on port 8000:
indiserver -p 8000 indi_lx200_generic
Astrometry.net fails to solve my image, what's wrong?
There are several reasons why the offline astrometry.net solver may fail:
- Ensure you have all the index files necessary for your Field-of-View (FOV).
- Ensure image has enough stars that are well focused and not saturated.
- Enable verbose output in Ekos to see detailed astrometry.net messages to diagnose any issues.
- Ensure that the FOV displayed in Ekos corresponds to your actual FOV. The FOV depends on the CCD Width, CCD Pixel Size, and the Telescope's Focal Length. The formula to calculate the FOV width (in arcminutes) is as following:
FOV_W (arcmins) = 3437.74677 * CCD_WIDTH * CCD_PIXEL_WIDTH / 1000.0 / FOCAL_LENGTHWhere CCD_WIDTH is in pixels, CCD_PIXEL_WIDTH is in microns, and FOCAL_LENGTH is in millimeters. If the calculated FOV does not correspond to your actual FOV, then one of the parameters above is incorrect. Some CCD drivers do not report CCD Width and/or Pixel size correctly and you must set such values manually in the driver itself.
- Ensure that the solve-field command works properly by running it against a sample image:
$ solve-field --scale-low 1 /usr/examples/apod2.jpg
- Update astrometry.net package to the latest package from the PPA.
- If all above fails, make a detailed post in the INDI forums.
What's the default port to connect to a telescope/dev/ttyUSB0 is the is default port, it can be updated and saved in a configuration file. After changing the port in INDI Control Panel, go to the Options group and click Save next to the Configuration property.
Can I run INDI in Raspberry PI, ODroid, Beaglebone..etc?Yes, INDI can run under any Linux distribution and architecture given the minimum requirements are met. We provide packages for Raspberry PI.
I can't connect to my remote devices in Ekos, what's wrong?
- Ensure all devices are powered.
- Ensure you are connected to the correct port.
- Ensure that the Remote Devices Names in Ekos exactly match the device names in INDI Control Panel. If you renamed your INDI device, use the same renamed name in Ekos.
Can I get/set data from INDI drivers without a GUI client?Yes, you can using INDI scripting tools.
Can I use a joystick to control my telescope?Yes, you can use any joystick that is supported under Linux. Please checkout the INDI joystick tutorial for an idea on how to setup your joystick with INDI.
Does INDI support color cameras?Yes, color CCDs are supported from INDI Library 1.0.0. This includes single-shot CCD cameras and also DSLRs. INDI captures the bayered image and generates a FITS file with bayer information on the pattern used (.e.g. RGGB) and any offsets in the bayer pattern. The user may change this information as needed in the INDI control panel. The client is responsible for debayering the image to produce a color image. INDI can also send a color image as a 3D Cube FITS.
What are the minimum requirements to run INDI?
INDI Library can be compiled under a vanilla POSIX system. It requires the following components:
- GNU GCC
How do I configure my device with KStars/Xephem/DCD/etc...?
Unfortunately, we can't help you with that. Refer to your client documentation or contact the client's maintainer to find out. Please do not post client-specific questions on the INDI mailing list. Direct such question to your client's author.
I'd like to write my own client, can you help me?
Check out Developing INDI clients section in the INDI Developers Manual. Furthermore, it is highly recommended to examine the getINDI and setINDI tools source code since these two tools are very simple INDI clients.
I have a problem with an INDI driver, what do I do?
The most common reported problem is that of permission. Please ensure you have proper permissions to access your device. You should check out INDI Devices page for driver-specfic details and troubleshooting. If you found a bug in the software, file a bug report at INDI Bug Tracking system. You may also post your problem to the INDI Development mailing list.
I'd like to contribute to INDI, how?
We highly appreciate any help from our users! Do you have a device that is not yet supported by INDI? Tell us about it, or go ahead and write your own driver and submit it to us. If your device is supported, test it with INDI, does it work as expected? If not, please report to us any problems, suggestions, or comments you have. Contributions to this site and documentation are greatly appreciated as well. Let us know if you use INDI in your observatory, home, or club, It's always good to know about more INDI users!