swat-engineering / kiwi-air-monitor Goto Github PK

Look at PolledTimeout.h for inspiration.

It's only suited for timers that tick at max every 25s, but for a lot of our cases that is fine.

We have 3 levels of Warnings we want to give:

• Level 1: CO2 is above a certain threshold (for example 1000) but (already) decreasing
• Level 2: CO2 is above a certain threshold (for example 1000) and not decreasing
• Level 3: CO2 is above a second threshold (for example 1500)

Open questions:

1. which color should the led be for the different levels (taking into account that the case is most likely the logo with the led for an eye)
2. Should the led always pulse at same intensity?
3. how to detect decreasing trend?
4. how to avoid hysteresis?

This is an example CO2 curve:

and a detail shot of a peak:

Progress:

• implement threshold detection of the 3 levels
• change color scheme of led.

• Setup docker-compose
• Add own forwarder
• Provision default grafana charts

subscribe to kiwi/+/sensor/# stream, and forward the measurements to influxdb.

Tag based on mac, and have a map of extra tags that can be registered for each mac.

For example toml config:

[servers]
mqtt = "mqtts://iot:password@mqtt-servername"
influxdb = "http://influxdb"
influxdb_name = "kiwi"

[[client.tags]]
mac = "30:AE:A4:07:0D:64"
tags = [ "1st floor", "front-side"]

[[client.tags]]
mac = "30:AE:A4:07:0D:55"
tags = [ "2st floor", "front-side"]

• Instantiation of rev1.1 design database
• bug fix: Rotate the OLED display connector 180degree
• Modify the connector for the new MH-Z19-C with cable connector
• Review placement of the BME280. The reported temperature is too high
• Connector for the LED should move to a different location. Probably better use a 90degree connector for easier plug-in with short wires.
• Check if we can move the pin controlling the LED to another Arduino pin. Currently it is assigned to D4, which is the same as the blue LED on the ESP8266 board. because of this we can not switch off the ESP8266 LED. Switch to either D3, D5 or D6
• make the pads bigger for all components, comparable to the esp8266 pads
• put the kiwi bird logo on the pcb (get the svg from font awesome by clciking the download button)
• add small labels on the pcb to help with allignment of the components (just like for the led). so maybe just write the pin for the GND connection on all of them?
• annotate/decorate the debug pins so that a user knows to ignore them
• flip the rcwl board, so that the other side is faceing front

Useful for disabling display and can be used for automated filtering in global dashboards

Multiple variants for with and without PIR sensor.

Ventilation holes in bottom for CO2 sensor and BME280.

Due to airflow, sensors on lower side, esp & display on higher side

publish kiwi/<mac>/state/active every minute so that we can monitor drop-outs of sensors.

compiler shows an error because of a missing return statement in status.cpp in the statement starting from line 35 to 39.
If somebody could tell me what i have to type there i'd be very happy

• RCLW met chip zijde naar boven
• Knopje aan achterzijde van PCB aan een ESP GPIO
• !RST van de ESP verbinden met D0 (i.v.m sleep mode)
• RCWL-OUT naar een andere ESP GPIO
• LED via 3 pin JST
• BME280 via 4 pins JST
• Beslissen welke CO2 sensor we willen gebruiken en met welke connector (Picoblade, 4P-JST, allebei)

Show mac address on startup in display

As suggested by @gertziel and @Frankvd81 it would be nice to configure the Kiwi after flashing the firmware.

Steps:

• put button on back of the kiwi to trigger "maintenance mode" that starts an access point and allows a user to upload a config file
• store config file in file system part of the memory
• replace most compile-time defines into runtime defines
• plot lacking wifi connectivity on screen
• release binaries using github actions

• setup structure
• translate
• keuze stroomverbruik uitleggen (powerbank/stroom)
• montage instructies uitbreiden
• 3D model
• tips eigen ontwerp behuizing

Need to read a bit more, but this video shows a simple resistor to the analog pin, to later read the voltage levels. If they start dropping: you know the battery is decreasing...

https://www.youtube.com/watch?v=rfPwOtoGO4E

The client already supports ssl and user/password protected connections, but the current docker-compose setup doesn't do this.

We should provide:

• a small script to generate a new certificate
• a way to generate user&password authentication
• pass this user&password along to the internal side of the mqtt-2-influxdb forwarder

Make it easy to replace sensors and prepare larger batches by designing a cable system.

@doesie suggested a system with compact connectors. Maybe we print stickers for on the connectors?

We now render most variables on the screen.

Detects sensors connected to some of the ports, then waits for 25 minutes, than sends the command to set the calibration point.

https://arduino-esp8266.readthedocs.io/en/latest/esp8266wifi/station-examples.html?highlight=ESP8266WiFiMulti#introduction

Extend the defines so that it's clear how to define multiple WiFi configs

I have tried to upload your code via Platform IO but it states that the file user-config.h does not exist.

is there something I am missing?