Update README.md

README.md

@@ -357,23 +357,40 @@ Deploy the corresponding code to Arduino and ESP micro controllers and then turn
 - Inside Unity, in the Toolbar, select “Oculus” → “Platform” → “Edit Settings”. Under “Application ID”→ “Meta Quest/2/Pro” paste the App ID, you just got from the Meta Quest Developer Website
 - Inside Unity, Navigate to “Window” → “Photon Unity Networking” → “Highlight Server Settings”.In your “Project” tab you should see a file called “PhotonServerSettings” pop up, click it.Inside “PhotonServerSettings” → “App Id PUN”.
 
-**Executing/Building the project:**
+**3.Executing/Building the project:**
 - When everything is configured and connected, you can connect your headset to your computer through Meta quest link and then run the project in unity.
 - User should be able to see the menu to select the sample and then create a room.
 - If you want to test multi user experience, you need to Go to File > Build Settings and select 'Android' as the target platform. Click 'Switch Platform' to confirm
 - With your project configured, Click 'Build' and choose a name and location for the generated APK file.
 
 ## Usage
-To use WindTurbine and interact with its features, follow the guidelines below:
-- Ensure that both users are wearing their Meta Oculus Quest headsets and are ready to enter the virtual environment.
-- You can move around by walking in the environment.
-- Both controllers should be used in WindTurbine.
-- Select "Create (UserA)/Join(UserB) the Room" within the menu interface. Use your controller to point at the option and press the corresponding button to select it (typically the "A" button).
-- Select "Create new anchor & share it (UserA)/Align to the anchor (UserB)" to set the scene and all assets in the same location.
-- Pay attention to the narrations.
-- Press the virtual environment's green (start) button to activate the turbine.
-- Press the red (emergency) button to reset the turbine values immediately and shut the turbine rotation.
-- Visualize real-time data such as wind speed, direction, temperature, and turbine-generated voltage displayed on the GUI within the virtual environment.
+_Getting Started with TwinTurbine: A Collaborative Wind Turbine Experience_
+TwinTurbine allows you and other users to explore and interact with a virtual wind turbine in real-time using Meta Quest VR headsets. Here's how to get started:
+
+**1. Gear Up and Enter the Virtual Environment:**
+Ensure both participants have their Meta Quest VR headsets on and are ready to enter the virtual world.
+
+**2. Navigate the Environment:**
+Move around naturally by walking in your physical space, which will be mirrored in the virtual environment.
+
+**3. Pick Up Your Controllers:**
+Both VR controllers are required for interaction within TwinTurbine.
+
+**4. Join or Create a Room (Social Interaction):**
+Using your controller, navigate to the menu interface and select either "Create Room (User A)" or "Join Room (User B)" depending on your role. Typically, the "A" button on your controller will confirm your selection.
+
+**5. Synchronize Your Experience (Spatial Alignment):**
+Choose "Create New Anchor & Share It (User A)" or "Align to the Anchor (User B)" to ensure both users see the virtual wind turbine and environment in the same location.
+
+**6. Listen to Your Guide:**
+Informative narrations will guide you through the functionalities within the virtual environment.
+
+**7. Control the Turbine:**
+Locate the green virtual button labeled "Start" on the turbine interface. Press this button to activate the virtual wind turbine.
+In case of an emergency, press the red virtual button labeled "Emergency" to immediately reset the turbine's values and stop its rotation.
+
+**8. Real-Time Data Visualization:**
+A user-friendly Graphical User Interface (GUI) within the virtual environment displays real-time data such as wind speed, direction, temperature (if integrated), and the voltage generated by the physical wind turbine. This allows you to observe the turbine's performance under various conditions.