- RASPBERRY PI LIVE WEATHER DISPLAY HOW TO
- RASPBERRY PI LIVE WEATHER DISPLAY UPDATE
- RASPBERRY PI LIVE WEATHER DISPLAY FOR ANDROID
There is a sub-board dedicated to weather related IoT projects.Ĭhild Boards: Internet of Things (IoT) Projectsĭiscussion about Citizen Weather Observers Program (CWOP) and Automatic Position Reporting System as a WX NETwork (APRSWXNET) This board is for discussion of weather IoT topics. In the weather world this includes things like Arduino or Raspberry Pi systems with connected sensors, cameras or other specialist equipment which provide additional weather information or functions. The Internet of Things refers to Internet connected devices other than traditional general purpose computers. List your own site here, or add links to other weather web sites you've found. If you wanted to use Weather Display Live the closest equivalent is currently FreshWDL which has its own discussion board. It will be completely removed later in 2021. It will be left in place for a short while in case people wish to reference information in it. Weather Display Live Discussion/QuestionsĪs Adobe Flash, and therefore Weather Display Live, are now obsolete this board has now been set to read-only. Questions and problem reports about WDliveapp for IOS (Apple)
RASPBERRY PI LIVE WEATHER DISPLAY FOR ANDROID
Questions and problem reports about WDliveapp for Android (previously iWD) There is a separate board for the Flash based Weather Display Live (WDL). This board is specifically for FreshWDL questions. Links to FreshWDL web sites should be put into the Web Sites section of the forum. Questions about using Weather Display for Linux.īug reports and discussion related to versions of Weather Display for Mac.ĭiscussion about FreshWDL. Suggestions for enhancements/additions to Weather Display
RASPBERRY PI LIVE WEATHER DISPLAY HOW TO
Questions about how the Weather Display software works and how to use itīug Reports for Weather Display software.Ĭhild Boards: Archived Weather Display Bug Reports This board is not intended as a location for publishing forecasts, other than predictions to show how a technique can be used. Simple experiments and discussions for kids interested in the weatherįor reporting and discussion of significant, odd, unseasonal or just plain weird weather conditions.ĭiscussions on how to forecast, or just spot significant weather trends.
RASPBERRY PI LIVE WEATHER DISPLAY UPDATE
I'll update this post when I do make more changes, but I wanted to start documenting what I've done on it so far.Chat about anything that doesn't fit elsewhere.but no politics allowed!ĭiscussions relating to Ham Radio and the weatherĪn educational resource for teachers and other people with an interest in teaching weather and meteorology to any age group. I'm not entirely done with this yet - this is still a work in progress. I went with 3mm thick laserply because it was relatively cheap and forgiving when you make mistakes. I found that will give you a ready to cut file that you can use. I had access to a laser cutter at a local woodworking space so I decided to laser cut the case for this project.
This is embarrassing to admit, because it would have taken me all of 30 minutes to get my head around how much power a pi zero w would need to know a credit-card shaped one would not keep the pi alive for more than a few hours. I went with using a cheap credit-card shaped phone charger. Initially, I was going for a case that could house a battery. As cool as I think it would be, I really like making progress on projects, especially since I'm working on this mostly during the weekends. I considered 3D printing, but then realised I didn't have enough time to learn the ropes of yet another thing. I wanted a case to house the thing as I don't like naked wires (especially for a thing that you may have to look at every day). Here's a video on how to use the hammer header.
I didn't know how to solder (at the time of writing this), so I ended up using the GPIO Hammer Header to add female headers to the pi so I can plug the jumper wire cables into. The pi is connected to the inkyphat display via a 40x 20cm Male-Female Jumper Wire Cable ( see here).
You can find the script here Here's a GIF of it in action It's a raspberry pi connected to an e-ink display, and a python script that runs every 10 minutes, which also updates the screen. I built a thing that displays the current weather (it updates every 10 minutes).