Once you have installed the software, you can connect a MiniBee for the first time:
Start the software
The software can be started in the following ways:
- On Linux and OSX from the commandline with
- On Windows you can start it by double clicking on the file
In the user interface you have to configure a few settings:
- select mode (OSC)
- select usb port
- on Linux: something like:
- on OSX: something like:
- on Windows: something like:
- on Linux: something like:
- select a configuration file: from the folder
- select the IP address and port to send OSC to
Plug in the battery
The first step is to plug in the battery to the MiniBee. The battery is connected with the JST connector.
insert pictures here to show the battery plugin procedure
Turn the minibee on
Turn on the minibee, by moving the small switch which is next to the JST connector.
A green LED, the middle one in the row of three next to the power switch will light up. After a few seconds, an orange LED will start blinking, indicating that the radio is active. After a while a red LED will turn on momentarily, indicating that the MiniBee is receiving data from the coordinator node. The software sends a message to assign the MiniBee an ID. At the coordinator node, you will notice that the RX/TX LEDs start blinking as well.
insert pictures here to show the blinking lights
You will also see a message in the logging window of the software saying something like:
('no configuration defined for minibee', '0013A20040AA4ECC', 1, '') configuration saved to newconfig_2017_Jan_19_18-03-55.xml. Please adapt (at least define a config id other than -1 for the node), save to a new name, and restart the program with that configuration file. Alternatively send a message with a new configuration (via osc, or via the datanetwork). Check documentation for details.
OSC information that is exchanged and configuring the minibee
During this startup procedure the hive sends out a couple of messages to the user software. As the MiniBee connects, an information message (
/minibee/info) is sent with the serial number of the MiniBee, the ID that is assigned and the number of inputs and outputs of the MiniBee. If the MiniBee is not configured yet, the number of inputs and outputs will be 0. Also, a status message is sent (
/minibee/status), with the ID of the MiniBee and a string indicating the status - which will be
waiting, as it is waiting for a new configuration.
You can then send a message to the Hive to assign a configuration ID to the MiniBee. The configuration ID has to be one that is defined in the configuration file that is currently loaded. In our example configuration we have three possible configurations numbered 1, 2 and 3. So these are the numbers we can assign. If we send a message:
/minibee/configuration 1 1
then MiniBee 1 is assigned configuration 1.
The hive sends a message back to confirm (
/minibee/configuration/done) or to indicate an error (
Now, communication between the coordinator and the MiniBee is happening again. The red light on the MiniBee will turn on again, and the RX/TX LEDs on the coordinator will blink. The following text will be output in the window, to indicate that the MiniBee is configured:
('confirmconfig', [1, 0, 50, 6, 0, 0, 0]) minibee 1 is configured
And a new info-message is sent, indicating that the MiniBee has 3 inputs (the three axes of the accelerometer). And status updates are sent: first that the MiniBee is
configured, then that we are
receiving data from it.
Once you see this message, the OSC data will be sent out with
Saving the configuration
We can then save the configuration we made to file, so we can load it again later on, by sending a message
/minihive/configuration/save with a filename as argument. The filename is relative to the folder
pydongui.py was started from. For example we can send:
to save it to a file name
- Using the Hive
- Power supply
- LED blinking codes
- OSC interface
- Creating minibee configurations via osc
|page created on:||last changed on:|
|6 February 2017||6 February 2018|