StofAnanas: Difference between revisions
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== The idea == | == The idea == | ||
Show current particulate matter concentration using a LED light in a lamp. | Show current airborne particulate matter concentration using a LED light in a lamp, inspired by http://stoflamp.nl | ||
The data that the LED colour is based on is simply retrieved over WiFi from the luftdaten website. | |||
This lamp is a plastic pine apple ("ananas"), bought at the "Action" store. | |||
This lamp is a pine apple ("ananas"), bought at "Action". | |||
Concepts/ideas: | Concepts/ideas: | ||
* The lamp shows particulate matter concentration as a colour, e.g. soft/positive colours for low concentration and hard/bright colour for high concentration | * The lamp shows particulate matter concentration as a colour, e.g. soft/positive colours for low concentration and hard/bright colour for high concentration | ||
* The lamp "breathes" by varying the intensity over time, e.g. a cycle of 10 seconds where the light dims a bit and brightens a bit. Perhaps we can increase the breathing rate as well for higher PM. | * The lamp "breathes" by varying the intensity over time, e.g. a cycle of 10 seconds where the light dims a bit and brightens a bit. Perhaps we can increase the breathing rate as well for higher PM. | ||
* The lamp retrieves the PM value over wifi from the | * The lamp retrieves the PM value over wifi from the the luftdaten website | ||
Nice to have: | Nice to have: | ||
* Automatic determination of location by means of wifi location | * Automatic determination of location by means of wifi location | ||
| Line 23: | Line 22: | ||
== Hardware == | == Hardware == | ||
The lamp is controlled by an ESP8266, a Wemos D1 mini. | The lamp is controlled by an ESP8266, a Wemos D1 mini board. | ||
LEDs used | The LEDs used has a built-in PL9823 controller. | ||
== Software == | == Software == | ||
Software is available on [https://github.com/bertrik/stofananas github]. | Software is available on [https://github.com/bertrik/stofananas github]. | ||
Libraries: | |||
* WiFiManager is used to manage WiFi connection to the local AP | |||
* FastLED is used to control the LED | |||
* ArduinoJSON for the parsing the luftdaten response | |||
Revision as of 08:44, 16 June 2019
| Project StofAnanas | |
|---|---|
| |
| Showing particulate matter concentration as a coloured light | |
| Status | Initializing |
| Contact | bertrik |
| Last Update | 2019-06-16 |
The idea
Show current airborne particulate matter concentration using a LED light in a lamp, inspired by http://stoflamp.nl The data that the LED colour is based on is simply retrieved over WiFi from the luftdaten website.
This lamp is a plastic pine apple ("ananas"), bought at the "Action" store.
Concepts/ideas:
- The lamp shows particulate matter concentration as a colour, e.g. soft/positive colours for low concentration and hard/bright colour for high concentration
- The lamp "breathes" by varying the intensity over time, e.g. a cycle of 10 seconds where the light dims a bit and brightens a bit. Perhaps we can increase the breathing rate as well for higher PM.
- The lamp retrieves the PM value over wifi from the the luftdaten website
Nice to have:
- Automatic determination of location by means of wifi location
- Remote control over IR
Hardware
The lamp is controlled by an ESP8266, a Wemos D1 mini board. The LEDs used has a built-in PL9823 controller.
Software
Software is available on github.
Libraries:
- WiFiManager is used to manage WiFi connection to the local AP
- FastLED is used to control the LED
- ArduinoJSON for the parsing the luftdaten response