#Node flickr gallery how to#
#Node flickr gallery install#
#Node flickr gallery serial#
#Node flickr gallery driver#
#Node flickr gallery software#

I have gotten it to work a couple of times, usually with single photo exports.

I'm using LR 1.3.1 on a Mac running Leopard 10.5.2 and exporting to Gallery 2.2.4.

#Node flickr gallery software#

You are now ready to configure your remote planetarium software to connect to the server.I seem to be having intermittent success with the plugin exporting out of LR. When you run the command, the service will start up and announce its status as shown in the image below. To start the server, navigate to the installation directory from the installation step, and run the following command: You'll also want to make sure you have the configuration file config.json set up properly for your environment.

#Node flickr gallery serial#

To configure these values, change the configuration in config.json.īefore you start the server, you'll want to make sure you have your telescope on and aligned, as well as the Raspberry Pi (or other device) connected to the serial port on the telescope. Do the same but now with Stellar-Socks (a TCP server for interacting with a telescope via serial connection from planetarium software such as Stellarium and SkySafari).īy default the server will open a TCP socket on port 5000, and connect to a telescope on /dev/ttyUSB0. Last step is to click on connect button and the status label should change to 'Connected'.įinally you have the Stellarium connected to your telescope! Choose the desired object and pres the Ctrl+1 and realize that the telescope start pointing to the target. This command starts several servers defined in the config.json file. Telescope Nexstar: Remote stellarium control server running at port 5000 to a nexstar telescopeĭisabled remote web control server running at port 5001 to a nextar telescope Telescope Stellarium Dummy: Remote stellarium control server running at port 4001 to a dummy telescope Telescope Dummy: Remote dummy control server running at port 4000 to a dummy telescope (because my Raspberry is configured as a AP gateway). Then specify the ip assigned to the RaspberryPI and the port listening by nts instance, in my case 192.168.5. Then choose a desired name for your telescope, for example 'NodeJS-RaspberryPI'. Add a new telescope and choose the External software or remote computer. Open Stellarium and press Ctrl+0 or go to the telescopes window. Next step is to connect this nts instance with the Stellarium software. Now the Node Telescope Server (nts) is ready to receive instructions to move your telescope to the desired target. This command starts a Stellarium control server listenning at port 5050 connected to a Nexstar (Celestron telescopes) sending commands to /dev/ttyS0 device. Remote stellarium control server running at port 5000 to a nextar telescope You should specify -t and -i arguments with your telescope type and file to the device file $ nts -s stellarium -p 5050 -t nexstar -i /dev/ttyS0 Start a nts instance to control your telescope. Identify the device uid assigned by the kernel to the serial port, aka ttyUSB0

#Node flickr gallery driver#

Usbcore: registered new interface driver usbserial_generic

Usb 1-1: generic converter now attached to ttyUSB0 Usbserial_generic 1-1:1.0: generic converter detected Run dmesg command and you shall see lines like $ dmesg Run the next lsusb command to identify the USB device to be $ lsusbīus 001 Device 002: ID $ sudo modprobe usbserial vendor=0x4358 product=0x2523 Now, connect your USB to Serial port adaptor to one of your available ports in the Raspberry Pi and connect the other side to the telescope.

#Node flickr gallery install#

Then install the node-telescope-server module in your Raspberry $ sudo npm install node-telescope-server -g If the previous commands have returned older versions you should install node and npm $ wget $ tar zxf $ cd $. Verify that the current nodejs and npm packages have compatible $ node $ npm -v The first step is to install the nodejs and npm $ sudo apt-get install nodejs npm USB to Serial port adaptor (recommended). Telescope Celestron (Nexstar Protocol) with GoTo feature (Celestron NexStar 127SLT, in my case). A Ethernet wire or a Wireless adapter for your Raspberry Pi (I prefer a Wireless LAN adapter). The next diagram describes all the required elements to build your own homemade planetarium. This is a small tutorial to connect Stellarium with a Celestron telescope, and control it remotly.

Crema de Calabaza con Calabacines y Puerros - Mons.

#Node flickr gallery how to#

How to install a config text file into a Cisco router.

How to start Check Point High Availabilit.

Raspberry - Adding 433 to your Raspberry Pi.

Raspberry Pi - WiringPi with RF 433mHz transmitter.

Raspberry Pi - Blind (sunshades) control.

Raspberry Pi - Node Telescope Server for Stellariu.

Raspberry Pi - Install Node.js on Raspberry Pi 2 M.