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Installation

Lunatico's Dragonfly is an observatory controller that can be used for remotely controlling your roll off roof and more with easy powerful features including event scripting. The driver provides a simple control for roll-ff roof observatories. The Dragonfly can be used for whatever your imagination can be for your observatory to remotely control equipment, roof and more.

The actual messages may change slightly from version to version, but the basic procedure is as follows: a) No, do not connect to Windows Update b) Yes - Automatic installation c) Yes, proceed with the Automatic installation even if the driver is not signed or the Microsoft Logo Compliance test has not been passed. . The serial port assigned will be displayed by windows when connected using the microUSB cable. If you missed it, check in the device manager for a new CP210x device, under the Ports (COM & LPT) section – COM7 in the image below: PocketCW - User's manual - v.1.2 4 Apr 25, 2019.

INDI Dragonfly driver is released can be downloaded separately and installed. It is also included in the latest Stellarmate OS download.

The truth is you can find USB devices under Ports (if they are mimicking a serial or parallel port), or under 'Astroimaging equipment' (that's the case for some QHY cameras), and many other places, that's up to the developer of the driver. The information read from the AAG CloudWatcher is available to any computer in the same network, so you can use your current Windows software, in “Remote” mode, and keep the integration with your current session control software / automation – in some cases, you can even uninstall the Windows software, as the “single line data” file is also published – suitable for CCDAP. 2021-01-11 - Paolo Stivanin - Update to 1.8.8: + New HOBYM Crux telescope driver + New Rainbow focuser driver + New ActiveFocuser driver release + 10Micron: UnattendedFlip handling + Bugfix/sat track lx200 julian day + Improved serial port auto-search. + Refactor/satellite tracking properties + SkyWatcher Alt-Az driver improvements. + Indibase/refactoring - update INDI.

Documentation contributed by Mr. David Collins of Blue Ridge Observatory. Mr. Collings graciously provided unlimited access to the Blue Ridge Observatory system in order to develop and test numerous INDI state of the art drivers. Thank you for being an outstanding member of the INDI community!

The driver comes part of the Lunatico 3rd party drivers. It is compatible with libindi >= v1.8.5

Jeppesen Distribution Manager (JDM) Mobile Compatibility Statement: JDM 1.9 is compatible with iOS 12, iOS 13, iPadOS 13, iOS 14, iPadOS 14. NOTE: For users that have updated to iOS 14 and iPadOS 14 reference our support article “Connecting to the Bad Elf Wombat after updating to iOS 14 or iPadOS 14” for more information. We are excited to release our first online, interactive, self-paced training course, ePairing I. This course will introduce and guide you through concepts and best practices for production planning in Jeppesen Crew Pairing (JCP). Direct access to hundreds of Jeppesen Support Knowledge Articles with enhanced search capability. Create, track and manage support cases. Live chat with our 24x7 support staff. Set-up and manage GSCC product alerts. Review real time product documentation with updated release notes, user guides and training material. Jeppesen italia srl driver. Jeppesen Skybound required for Garmin GNS 400/500 Series, GNS 400/500 WAAS Series, GPS 150/150XL, GNC 250/250XL, GPS 155/155XL, GPS 165, GNC 300/300XL Garmin 3 MB data card is required for Garmin GPS 150/150XL, GNC 250/250XL, GPS 155/155XL, GPS 165, GNC 300/300XL.

Under Ubuntu, you can install the driver via:

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Features

The driver can completely control the Dragonfly’s relays and Sensors for customizing your observatory needs for remote control. The relays can be used for many things such as switching control voltages to open or close the roof, switching lights or equipment on and off, or monitor a Safe/Unsafe weather station condition from the AAG Cloudwatcher as an example.

The driver supports the Dragonfly Sensors so you could monitor mechanical or magnetic sensors for the status of the roof or perhaps laser beam switches for positions of the telescope. With 8 relays and 8 sensors in the Dragonfly, the INDI driver gives the user great flexibility for controlling and powering devices anywhere in your observatory. Script control is also available in Ekos if you wanted to run a particular personal script for powering up or powering down your observatory due to sessions starting or ending. The driver works with weather stations supported by INDI and can recognize when unsafe conditions are present instructing the Dragonfly to close the roof.

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Requirements

In order to utilize the controller for your roof control, you need the following:

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Motor: bi-directional Motor connected to a mechanism (gear, chain.etc) to open and close the roof.
Parked Limit Switch: Parked limit switch sensor. This is the sensor to inform the motor when the roof is fully closed and is therefore considered to be in Parked state.
Unparked Limit Switch: UnParked limit switch sensor. This is the sensor to inform the motor when the roof is fully opened and is therefore considered to be in UnParked state.

You assign two Relays for motor direction control. For example, you can use Relay #1 for motor Clock-Wise (CW) motion, whereas relay #2 can be assigned to the Counter-Clock-Wise (CCW) motion. Assuming the CW motion Opens the roof, then this relay is assigned as the open relay in the Relays tab, and vice versa. Similarly, the limit switch sensors must be connected to the controller and once they are high, the sensor is considered to be actuated (i.e. active).

Operation

Connection

Before you establish connection with the controller, head to the connection tab and set the IP address and port of the DragonFly controller. Furthermore, in the Main Control Panel, select which port on the DragonFly the driver should utilize (Main, Exp, or Third).

Main Control panel

Once you are connected to the Dragonfly, you can control open or close motion and Park or Unpark features.

The Open / Close commands are the same as Unpark / Park commands. Opening the roof fully results in an unparked roof. Closing the roof fully results in a parked roof. The roof parking state is unknown while it is opening or closing.

Options

In the options tab, you can select logging and debugging levels in case you need to troubleshoot an issue in the driver. The snoop devices property is used to listen to properties of interest in other drivers. Since the dome can be slaved to the telescope, it needs to learn the current telescope position and its target destination. Usually these devices are automatically by your client software. The weather device is used to close to the dome in case of advert weather conditions (e.g. rain).

Joystick support is available to rotate the dome and park/unpark it. You need a gamepad (e.g. Playstation controller) and need to add the joystick driver in your equipment profile before you can turn on this feature. A new tab named Joystick will appear where you can set what each button or axis can do.

Policies

Telescope Policy: Telescope policy can be either set to Ignore Telescope (default) or Tele