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https://github.com/b1f6c1c4/e-curtain
Minimalistic IoT on Raspberry Pi, C++, Matlab/Simulink, Rust, JavaScript
https://github.com/b1f6c1c4/e-curtain
home-automation iot raspberry-pi smarthome
Last synced: 9 days ago
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Minimalistic IoT on Raspberry Pi, C++, Matlab/Simulink, Rust, JavaScript
- Host: GitHub
- URL: https://github.com/b1f6c1c4/e-curtain
- Owner: b1f6c1c4
- License: mit
- Created: 2019-10-14T07:03:07.000Z (about 5 years ago)
- Default Branch: master
- Last Pushed: 2023-07-12T14:21:03.000Z (over 1 year ago)
- Last Synced: 2023-07-12T15:30:51.137Z (over 1 year ago)
- Topics: home-automation, iot, raspberry-pi, smarthome
- Language: C++
- Homepage:
- Size: 3.18 MB
- Stars: 6
- Watchers: 5
- Forks: 1
- Open Issues: 2
-
Metadata Files:
- Readme: README.md
- License: LICENSE
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README
# e-curtain
> Minimalistic IoT on Raspberry Pi
## Features
- **Everything is DIY**
- Automatic bedroom temperature control for optimal sleep quality
- Automatic room ventilation for optimal air quality
- Automatic weather information retrival
- Automatic room temperature measurement
- Automatic curtain control
- Automatic window control
- Automatic AC cooling/heating/ventilating/off mode selection
- Automatic duct gate (cut-off) control
- Automatic fan control (on/off)
- Automatic space heater control using IR
- Keyfobs for easy global mode selection
- Web-based dashboard for monitoring
## Hardware requirement
- Raspberry Pi Zero W (x3)
- I2C-based temperature sensor
- Continuous rotation servo
- For curtain control
- Stepper with controller
- For window control
- Servo (x4)
- For AC mode selection (x2)
- For duct gate control (x2)
- Relay
- For fan control
- IR transmitter
- For space heater remote control
- Photoresistor
- For space heater control feedback
- RF keyfob(s) with receiver
- For global mode selection
- Other stuff (electrical)
- Power adapters (x3)
- Resistors, capacitors, transistors
- Breadboards
- Jump wires
- Headers
- Other stuff (mechanical)
- AC unit
- Space heater
- Curtain with pulleys
- Duct gate (x2)
- Lead screw, copper nut, shaft coupler
- Screws, washers, nuts
- Duct tapes
- Auxilliary tools
- Oscilloscope and probes
- RF receiver
- Glue gun
- Screw driver
- Power drill
## Layout
- `HOST0`: The central controller, running `F-G0`
- Servo x4
- RF receiver
- `HOST1`: The bedroom controller, running `H1-G1`
- Temperature sensor
- Continuous rotation servo
- Stepper with controller
- Relay
- IR transmitter
- Photoresistor
- `HOST2`: The living room controller, running `H2` and `H0-C`
- Temperature sensor
## Hardware setup
Read the source code and you will figure out.
## Software setup
You need `cmake`, `make`, `ssh`, `bash`, `node/npm`, `rustc/cargo`
### Prepare cross-compile toolchain
1. **On a Linux machine**, install [crosstools-ng](https://crosstool-ng.github.io/)
1. Get the source code:
```bash
git clone --depth=1 https://github.com/b1f6c1c4/e-curtain.git
cd e-curtain
```
1. Run the following:
```bash
cd ct-ng
ct-ng build.128 # Depends on how many cores you have
```
### Prepare toolchain for rust
```bash
sudo systemctl start docker
cargo install cross
```
### MATLAB Simulink code generation
You simply generate `script/libdumbac.slx` and put the result in a folder called `libdumbac`.
You may need licences for doing this.
We also need you know your MATLAB installation, so run the following:
```bash
ln -s /opt/MATLAB/R2020a matlab
```
### Compile
```bash
make build -j128 # Depends on how many cores you have
```
### Deploy
```bash
make HOST0=192.168.x.x HOST1=192.168.x.x HOST2=192.168.x.x deploy
```
You need to put weather API key into `$HOST2:/etc/e-curtain/weather.json`.
Data log are written to `$HOST2:/var/log/e-curtain.bin`.
We are also utilizing `$HOST2:/var/lib/e-curtain/` for persistent storage.
## License
MIT