This Java application simulates real-time updates of asset data for a digital twin system. It uses Java's Timer
and TimerTask
classes to periodically update the simulated asset data. Here's an overview of the components and functionality of the code:
- The main class containing the entry point of the application.
- Sets up a timer to periodically update asset data and visualizes the data using the
DigitalTwinDemo
class.
- Represents the digital twin application window.
- Provides methods to manage assets and update the application's UI with new data.
- Represents an asset with properties like temperature and pressure.
- Contains methods to set and retrieve asset data.
-
The application creates an instance of the
DigitalTwinDemo
class, which represents the digital twin application. -
A timer (
simulationTimer
) is set up to run aTimerTask
at regular intervals (SIMULATION_INTERVAL_MS
) to simulate asset data updates. -
The
simulateAssetDataUpdate
method generates random values for temperature and pressure for each asset in the application. The new values are within a specified range of the current values. -
The
getRandomValue
method generates a random double value between the specified minimum and maximum values. -
The updated asset data is displayed in the
DigitalTwinDemo
application window by calling theupdateTable
method.
-
Compile the Java code using a Java compiler.
javac AssetSimulation.java
-
Run the compiled Java application.
java AssetSimulation
- The code uses Java's built-in libraries and does not require any external dependencies.
- This simulation provides a basic framework for simulating asset data updates in a digital twin system. You can customize the simulation interval and data update logic based on specific requirements.
Feel free to modify and extend this code to suit your application's needs.