Metadata-Version: 2.1
Name: alimata
Version: 0.0.1
Summary: Alimata is a Python library to simplify the use of the pymata-express library.
Home-page: https://github.com/ALIVEcode/alimata
Author: Nils Lahaye and Francis M-G
Author-email: alivecode.developers@gmail.com
Classifier: Programming Language :: Python :: 3
Classifier: Programming Language :: Python :: 3.7
Requires-Python: >=3.7
Description-Content-Type: text/markdown

# Alimata

## What is it?

Alimata is a python library used to simplify the implementation of [firmetix](https://github.com/Nilon123456789/firmetix) library

## Requirements

- python 3.7 or higher
- Firmetix
- Fimetix4Arduino

## Installing

### Firmetix

To install Fimetix on Linux (including Raspberry Pi) and macOS computers, open a terminal window and type: `sudo pip3 install firmetix`

For Windows users type: `pip install firmetix`

### Firmetix4Arduino

1. Open the Arduino IDE and select Tools/Manage Libraries
2. Search for "firmetix4arduino"
3. Install
4. Firmetix4Arduino also requires other library just install all of them.
5. Open the Firmetix4Arduino example
6. If you plan to use multiple arduino use `#define ARDUINO_INSTANCE_ID 1`
7. Flash it to the arduino

## Code structure

### Board

Creating a new board
`board = Board()`

Making the setup and loop function and starting the board

```python
def setup():
    #Code here is run once
    pass

def loop():
    #Code here is run in a loop
    pass

#Starting the board by passing the setup and loop function
board.start(setup,loop)

#Shuting the board down
board.shutdown()
```

#### All options of the board

```python
#Create the new board (optional board_id and COM_port)
board = Board(board_id, COM_port)

#Starting the board setup and loop async function
board.start(setup,loop)

#Use to set the pin mode with the type (INPUT, OUTPUT, ANALOG, PWM, SONAR)
board.set_pin_mode(pin, type, callback, differential, echo_pin, timeout, sensor_type, min_pulse, max_pulse)

#Use to write to a pin with the type (ANALOG, PWM, DIGITAL, TONE, TONE_CONTINUOUS, TONE_STOP, SERVO, STEPPER)
board.write_pin(pin, value, type, duration, step)
```

### Sensors

Creating a new sensor object (button in this case)
`button1 = Button(board, 2)`

### Actuators

Creating a new actuator object (led in this case)
`led1 = Led(board, 3)`
