Basic Usage of Debug.Log

void Update() {
Debug.Log("Position: " + transform.position);
}

Logging Specific Transform Values

void Update() {
Debug.Log("X Position: " + transform.position.x);
Debug.Log("Y Position: " + transform.position.y);
Debug.Log("Z Position: " + transform.position.z);
}

Common Issues

1. Local vs. World Position: If you notice discrepancies between the position logged in the console and what you see in the Inspector, remember that transform.position gives you the world position, while transform.localPosition gives you the position relative to the parent object. If your GameObject is a child of another, you might want to log its local position instead:

Debug.Log("Local Position: " + transform.localPosition);

2. Debugging Parent-Child Relationships: If your GameObject is moving unexpectedly, check if it has a parent that might be affecting its position. Use Debug.Log to print both the local and world positions to understand the relationship better.

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Additional Tips

• Contextual Logging: You can pass a reference to the GameObject as a second parameter in Debug.Log to highlight it in the Hierarchy when you click the log message in the console. For example:

Debug.Log("Player Position: " + transform.position, gameObject);

• Performance Considerations: While Debug.Log is a powerful tool for debugging, excessive logging can impact performance, especially in a game loop. Use it judiciously and consider removing or commenting out debug statements in production builds.

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  By following these guidelines, you can effectively use Debug.Log to monitor and debug the transform properties of GameObjects in Unity.
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