feat: readme update

Author: JandroMejia97

README.md

@@ -1,6 +1,16 @@
 # ESP-32s Project with Arduino and PlatformIO
 
-This project consists of an ESP-32s that uses Arduino libraries to receive data (temperature, air/soil humidity, and light intensity) through UART and send it to an MQTT server on Ubidots. PlatformIO is used as the integrated development environment (IDE).
+This project consists of an ESP-32s that uses Arduino libraries to receive data (temperature, air/soil humidity, and light intensity) from sensors and send it to an MQTT server on Ubidots. PlatformIO is used as the integrated development environment (IDE).
+
+## Features
+
+- **Temperature and Humidity Monitoring**: Uses the DHT11 sensor to monitor the temperature and air humidity.
+- **Soil Moisture Monitoring**: Monitors soil moisture using a capacitive soil moisture sensor.
+- **Light Intensity Monitoring**: Measures light intensity with a photoresistor.
+- **Automated Climate Control**: Controls fans based on temperature and air humidity, and controls a water pump based on soil moisture levels.
+- **Remote Control**: Fans and water pumps can be remotely controlled via MQTT topics through the Ubidots platform.
+- **Parallel Tasks**: Each sensor runs in its own FreeRTOS task to ensure efficient monitoring.
+- **MQTT Data Transmission**: Data is sent to Ubidots through MQTT for real-time monitoring and control.
 
 ## Before start
 
@@ -15,43 +25,52 @@ Before compiling the project, you must create a file named wifi_credentials.h wi
 
 | ⚠️ Make sure to replace the example values with your own data before compiling.
 
-## Customization
+## Components
 
-Additionally, you can customize the project by overwriting the following constants:
+- **Microcontroller**: ESP32
+- **Temperature and Humidity Sensor**: DHT11
+- **Soil Moisture Sensor**: Capacitive soil moisture sensor (analog)
+- **Light Intensity Sensor**: Photoresistor (analog)
+- **Fan and Water Pump**: Connected to ESP32 for climate control
 
-```c++
-#define DATA_UART <UART NUMBER>
-#define SERIAL_RX <PIN TO RECEIVE DATA>
-#define SERIAL_TX <PIN TO TRANSMIT DATA>
-#define BAUD_RATE <BAUD RATE TO TRANSMIT DATA>
-#define FREQUENCY_TO_PUBLISH_IN_M <FREQUENCY TO PUBLISH IN MINUTES>
-#define FREQUENCY_TO_PUBLISH_IN_MS (FREQUENCY_TO_PUBLISH_IN_M * 60 * 1000)
-```
+## Pin Configuration
+
+| Component       | ESP32 Pin |
+|-----------------|-----------|
+| DHT11 Sensor    | GPIO 4    |
+| Soil Moisture   | GPIO 34   |
+| Light Sensor    | GPIO 35   |
+| Fan             | GPIO 12   |
+| Water Pump      | GPIO 14   |
+
+## Sensor Sampling Intervals
 
-| ⚠️ Make sure that the slave device transmits at the same baud rate defined in the BAUD_RATE macro.
+- **Temperature and Humidity**: 10 minutes
+- **Soil Moisture**: 15 minutes
+- **Light Intensity**: 15 minutes
 
-## Future changes
+## Ubidots Setup
 
-We are planning to add the following features in the future:
+- The system connects to Ubidots using MQTT to publish sensor data and subscribe to actuator control topics. 
+- Ensure that the following variables are configured in your Ubidots dashboard:
+  - `temperature`: for temperature readings.
+  - `air_humidity`: for air humidity readings.
+  - `light`: for light intensity readings.
+  - `soil_humidity`: for soil moisture readings.
+  - `fan`: for controlling the fan remotely.
+  - `water_pump`: for controlling the water pump remotely.
 
-* Add support for sensors without dependency on an external MCU.
-* Receive signals from the MQTT server to control some actuators.
-* Set the device to sleep mode to save energy.
-* Set the WiFi credentials through the next options:
-  * Through the MQTT server.
-  * Through a web app.
-  * Through a mobile app.
-  * Through a Bluetooth connection.
+## Code Overview
 
-## Libraries
+### Dependencies
 
-The following libraries are used in this project:
+Make sure to include the following libraries in your project:
 
-* [Ubidots Arduino MQTT](https://github.com/ubidots/esp32-mqtt)
-* [HardwareSerial](https://github.com/espressif/arduino-esp32/blob/master/cores/esp32/HardwareSerial.h)
-* [Arduino](https://www.arduino.cc/reference/en/libraries/)
+- [Ubidots Arduino MQTT](https://github.com/ubidots/esp32-mqtt)
+- [Adafruit Unified Sensor](https://github.com/adafruit/Adafruit_Sensor)
+- [Adafruit DHT](https://github.com/adafruit/DHT-sensor-library)
+- [Arduino](https://www.arduino.cc/reference/en/libraries/)
 
 ## References
 
-* [Connect an ESP32-DevKitC to Ubidots over MQTT](https://help.ubidots.com/en/articles/748067-connect-an-esp32-devkitc-to-ubidots-over-mqtt)
-* [ESP32 UART Communication Explained with Example](https://microcontrollerslab.com/esp32-uart-communication-pins-example/)
+- [Connect an ESP32-DevKitC to Ubidots over MQTT](https://help.ubidots.com/en/articles/748067-connect-an-esp32-devkitc-to-ubidots-over-mqtt)