[🔨WIP🔨] IndoorClimateControl

Description

IndoorClimateControl is a project initially designed for thermal and hygrostatic regulation in semi-closed environments (meaning the exchange with the outside is controlled). The system is intended to be flexible, modular, and resilient. It uses a set of modules, virtually separated into input, output, and compute categories, each interconnected following a nodal design. The target platforms are ESP32, ESP8266, and Arduino (ATMega).

Global Functioning

System Architecture

The system relies on a modular architecture where each module represents a distinct functionality or component. Each module is a class that inherits from module_base. They implement two essential methods:

1. init()
2. loop()

Modules are dynamically added to a central array called module_heap, allowing periodic execution, and supporting multithreading depending on the platform. In the config.h file, you can enable the desired modules via preprocessor directives.

Adding a Module

Step 1: Create a New Module

To add a new module, you need to create a class that inherits from module_base and implements the init() and loop() methods.

Step 2: Add the Module in the Main Code

Once the module is created, it can be added to the "heap" in the main.cpp file by calling the addModule() method as follows:

object.addModule("arbitrary name", <refresh rate in ms>, <new mySpecificFunction(arg1, arg2...)>, <execute init on creation, optional, default=true>);