update thermo demo readme

Author: altavir

demo/thermo/README.md

@@ -1,6 +1,45 @@
 # Module thermo
 
-## TODO
+The thermo module demonstrates a temperature monitoring system using the controls-kt framework. It provides a real-time dashboard for monitoring multiple temperature sensors with visualization capabilities.
+
+## Features
+
+* Real-time temperature monitoring via Modbus protocol
+* Visual dashboard with color-coded temperature display
+* Real-time temperature trend graphs
+* Status monitoring with different states (Normal, Warning, Alarm, NotConnected)
+* OPC UA server for exposing sensor data to external systems
+* Simulated sensors for demonstration purposes
+
+## Architecture
+
+The module consists of several key components:
+
+1. **ThermoSensor** - Interface for temperature sensors with Modbus implementation
+2. **ThermoSensorHub** - Manages multiple sensors and provides access to their data
+3. **ThermoHubController** - Controls the sensor hub and exposes data via OPC UA
+4. **Dashboard UI** - Compose-based UI for visualizing sensor data
+
+## Running the Demo
+
+The demo creates a simulated Modbus TCP server with 100 virtual temperature sensors (10 units × 10 addresses). The sensors generate random temperature values that fluctuate around the warning threshold.
+
+To run the demo, use the Gradle task:
+
+```bash
+./gradlew :demo:thermo:run
+```
+
+When the application starts:
+1. A Modbus TCP slave is started on port 9090
+2. An OPC UA server is started on port 9091
+3. The dashboard UI displays all sensors with their current temperatures
+4. Sensors can be selected to display their temperature trends on the graph
+
+The main application class is `center.sciprog.controls.demo.thermo.PanelKt`.
+
+## Future Enhancements
+
 * Add spatial position of sensors
 * Average spatial temperature analyzer
-* 3D visualization for sensors
+* 3D visualization for sensors

demo/thermo/docs/README-TEMPLATE.md

@@ -1,6 +1,45 @@
 # Module thermo
 
-## TODO
+The thermo module demonstrates a temperature monitoring system using the controls-kt framework. It provides a real-time dashboard for monitoring multiple temperature sensors with visualization capabilities.
+
+## Features
+
+* Real-time temperature monitoring via Modbus protocol
+* Visual dashboard with color-coded temperature display
+* Real-time temperature trend graphs
+* Status monitoring with different states (Normal, Warning, Alarm, NotConnected)
+* OPC UA server for exposing sensor data to external systems
+* Simulated sensors for demonstration purposes
+
+## Architecture
+
+The module consists of several key components:
+
+1. **ThermoSensor** - Interface for temperature sensors with Modbus implementation
+2. **ThermoSensorHub** - Manages multiple sensors and provides access to their data
+3. **ThermoHubController** - Controls the sensor hub and exposes data via OPC UA
+4. **Dashboard UI** - Compose-based UI for visualizing sensor data
+
+## Running the Demo
+
+The demo creates a simulated Modbus TCP server with 100 virtual temperature sensors (10 units × 10 addresses). The sensors generate random temperature values that fluctuate around the warning threshold.
+
+To run the demo, use the Gradle task:
+
+```bash
+./gradlew :demo:thermo:run
+```
+
+When the application starts:
+1. A Modbus TCP slave is started on port 9090
+2. An OPC UA server is started on port 9091
+3. The dashboard UI displays all sensors with their current temperatures
+4. Sensors can be selected to display their temperature trends on the graph
+
+The main application class is `center.sciprog.controls.demo.thermo.PanelKt`.
+
+## Future Enhancements
+
 * Add spatial position of sensors
 * Average spatial temperature analyzer
-* 3D visualization for sensors
+* 3D visualization for sensors