The HVDN HASviolet team have been "mostly" hard at work toiling on our next software release over the past month. This article is meant as a tease only to entice you to check out our Git repository and to stock up on some HASviolet Certified hardware.
We expect that as COVID-19 goes back into hiding, people will want to get out and enjoy some nice weather enabled by technology that is safe and able to promote social distancing. Our goal was to develop some really fun and unique use cases to let people ease back into normal society.
Explaining some of the above
We have covered our basic applications in past articles, such as HASviolet Beacon and HASviolet Chat along with the receive and transmit applications used to enable other future applications. Now, lets talk about.....
If you are just learning about HASviolet and do not wish to go through our detailed documentation and user guide, here is what you need to do.
We expect that as COVID-19 goes back into hiding, people will want to get out and enjoy some nice weather enabled by technology that is safe and able to promote social distancing. Our goal was to develop some really fun and unique use cases to let people ease back into normal society.
Explaining some of the above
We have covered our basic applications in past articles, such as HASviolet Beacon and HASviolet Chat along with the receive and transmit applications used to enable other future applications. Now, lets talk about.....
HASviolet-atmos.py - Provides temperature, barometric and other environmental sensor data integration.
HASviolet-distance.py - Support for laser based distance sensors related to our "Duck Hunt" series of radio direction finding (RDF) applications which will be ready for Amateur Radio Field Day 2020.
HASviolet-GPS.py - When executed, allows the transmission of standard NMEA 0183 formatted location data and telemetry along with the call sign specified in your HASviolet.ini file
HASviolet-handheld.py - This is a stand alone application which when enabled allows navigation and control of various function using the buttons on the Adafruit Lora bonnet as well as future supported hardware. This will be helpful for "basic field use" when a computer or smartphone is not available.How to get started with HASviolet
If you are just learning about HASviolet and do not wish to go through our detailed documentation and user guide, here is what you need to do.
Step 1 - Buy Hardware
Step 2 - Image an SD card with Raspbian
Step 3 - Follow the basic OS set up requirements
Step 4 - Run our installation script
Step 5 - Start having fun with HASvioletPlease have a look at hvdn.org/violet for more details
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