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🎯 Tutorial: Basic Gyro Aim Implementation

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rafaelvaloto edited this page Jun 17, 2026 · 4 revisions

This guide covers how to enable and apply gyroscope data to control the camera using the controller sensors.

🎮 1. Enable the Gyroscope

Before receiving any sensor data, the gyroscope must be initialized.

  • On the BeginPlay event, call the EnableGyroscopeValues node from your SonyGamepadSensorsProxy.
  • Set the target ControllerId (default is 0) and ensure bEnableGyroscope is set to true.

🔄 2. Gyro Reset and Recalibration

It is standard practice to allow the player to reset the camera and pause the gyro input to reposition their hands physically.

  • Create an input action for resetting (e.g., IA_Gyro_Reset).
  • On the Started trigger, set a ResetGyro boolean to true and call the ResetGyroOrientation function.
  • On the Completed trigger, set the ResetGyro boolean back to false.

🎯 3. Applying Camera Movement

Use the continuous vector data from the gyroscope to drive the camera.

  • On the Triggered pin of your IA_Gyro input action, store the action value into a local variable (e.g., LastVectorGyro).
  • Add a Branch node to verify that the Not_PreBool of your ResetGyro variable is true (meaning the player is not currently holding the reset button).
  • Pitch (Up/Down): Extract the Y-axis from the gyro vector, negate the float (using NegateFloat), and connect it to the AddControllerPitchInput node.
  • Yaw (Left/Right): Extract the Z-axis from the gyro vector and connect it directly to the AddControllerYawInput node.

📊 4. Additional Sensors (Optional)

If your project requires raw physical data, whether for UI debug information or procedural animations:

  • Map IA_Accel to capture and store the accelerometer vector.
  • Map IA_Inclination to capture and store the device's tilt/inclination vector.

📥 Example Project Download

To speed up your implementation, you can review the functional setup by downloading the demo project.

📂 File and Folder Structure

When downloading the project, you will find the assets following this exact directory structure:

  • Character and Code: /Content/InfimaGames/FreeFPSTemplate/Core/BP_Character.BP_Character
  • Input Actions: /Content/InfimaGames/FreeFPSTemplate/Data/Sensors

⭐ Credits

This tutorial project uses parts of the material https://www.fab.com/listings/6a0af880... created by Infima Games, which is licensed under the Creative Commons Attribution 4.0 International license. The original material has been modified to integrate gyroscope rotation reading.

Important/Additional Notes: Includes the "Low-Poly AAC Honey Badger" model (https://skfb.ly/6SMsu) by TastyTony which is licensed under Creative Commons Attribution (http://creativecommons.org/licenses/b....

Requires Blender version 4.0.2 or higher, can be downloaded here

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