README.md

# zigbee_weather_station

firmware for CC2530

zigbee weather station using sensors from WH-SP-WS02

Overview of Components:

-   BME280: Measures temperature, humidity, and pressure.
-   Tipping Bucket: Measures rainfall with each tip corresponding to 0.2794 mm.
-   Anemometer: Measures wind speed, with each tip corresponding to 1.492 mph.
-   Wind Vane: A resistive sensor with 16 positions that can indicate wind direction.

Libraries and Tools:
-   Z-Stack (Zigbee Stack): The CC2530 uses the Z-Stack firmware for Zigbee. This provides the Zigbee protocol stack and the tools to create Zigbee devices.
-   I2C for BME280: You'll need the I2C interface to communicate with the BME280.
-   GPIO for Tipping Bucket, Anemometer, and Wind Vane: These sensors can be read using the GPIO pins, either as interrupts or polling.


/project-folder
├── main.c             // Main application code
├── main.h             // Header file for main
│
├── zigbee_comm.c      // Zigbee communication functions
├── zigbee_comm.h      // Header for Zigbee communication functions
│
├── sensors            // Directory for sensor-related files
│   ├── bme280.c       // BME280 sensor driver
│   ├── bme280.h       // Header for BME280 sensor
│   ├── wind_vane.c    // Wind Vane sensor driver
│   ├── wind_vane.h    // Header for Wind Vane sensor
│   ├── rain_gauge.c   // Rain Gauge sensor driver
│   ├── rain_gauge.h   // Header for Rain Gauge sensor
│   └── anemometer.c   // Anemometer sensor driver
│   └── anemometer.h   // Header for Anemometer sensor
│
├── config             // Configuration settings
│   └── config.h       // Configuration file for settings (timing, thresholds, etc.)
│
└── Makefile           // Makefile for compiling the project
│
└── README.md (Project description and instructions)
Initial commit 2025-02-22 10:00:37 +01:00			`# zigbee_weather_station`

refactor ♻️: Implement comprehensive sensor system for environmental monitoring, including temperature, humidity, pressure, wind speed, and direction. - This commit updates the build process to use a custom toolchain and configuration, enabling compilation of multiple project components. - The primary goal of this commit is to provide a detailed overview and documentation for a zigbee weather station project, including firmware information and sensor component descriptions. - Updated configuration file with new constants and definitions. - The MAIN GOAL of these changes is to implement a comprehensive sensor system for environmental monitoring, including temperature, humidity, pressure, wind speed, and direction. - Main goal of the changes: Define a new header file with function prototypes and external variable declarations. - Added new functionality to initialize and read data from an anemometer sensor, introducing its necessary setup and calculation logic. - Added header file for anemometer sensor with function prototypes. - Initial implementation of BME280 sensor functionality. - Added function prototype for the BME280 initialization and data reading functions. - Initializes and configures a rain gauge sensor with GPIO interrupt setup. - Added function prototypes to the rain gauge sensor header file. - This commit adds a new C function to initialize and read data from a wind vane sensor. - Updated header file with new function prototype definitions. - This commit adds a new function `send_zigbee_data` to send various Zigbee data types. - Added Zigbee communication header file with function prototype for sending data. 2025-02-22 10:44:49 +01:00			`firmware for CC2530`

			`zigbee weather station using sensors from WH-SP-WS02`

			`Overview of Components:`

			`- BME280: Measures temperature, humidity, and pressure.`
			`- Tipping Bucket: Measures rainfall with each tip corresponding to 0.2794 mm.`
			`- Anemometer: Measures wind speed, with each tip corresponding to 1.492 mph.`
			`- Wind Vane: A resistive sensor with 16 positions that can indicate wind direction.`

			`Libraries and Tools:`
			`- Z-Stack (Zigbee Stack): The CC2530 uses the Z-Stack firmware for Zigbee. This provides the Zigbee protocol stack and the tools to create Zigbee devices.`
			`- I2C for BME280: You'll need the I2C interface to communicate with the BME280.`
			`- GPIO for Tipping Bucket, Anemometer, and Wind Vane: These sensors can be read using the GPIO pins, either as interrupts or polling.`



			`/project-folder`
			`├── main.c // Main application code`
			`├── main.h // Header file for main`
			`│`
			`├── zigbee_comm.c // Zigbee communication functions`
			`├── zigbee_comm.h // Header for Zigbee communication functions`
			`│`
			`├── sensors // Directory for sensor-related files`
			`│ ├── bme280.c // BME280 sensor driver`
			`│ ├── bme280.h // Header for BME280 sensor`
			`│ ├── wind_vane.c // Wind Vane sensor driver`
			`│ ├── wind_vane.h // Header for Wind Vane sensor`
			`│ ├── rain_gauge.c // Rain Gauge sensor driver`
			`│ ├── rain_gauge.h // Header for Rain Gauge sensor`
			`│ └── anemometer.c // Anemometer sensor driver`
			`│ └── anemometer.h // Header for Anemometer sensor`
			`│`
			`├── config // Configuration settings`
			`│ └── config.h // Configuration file for settings (timing, thresholds, etc.)`
			`│`
			`└── Makefile // Makefile for compiling the project`
			`│`
			`└── README.md (Project description and instructions)`