A dynamic correction method and device for gamepad joystick offset error

Abstract

The present application relates to the field of handle error correction, and more particularly to a dynamic correction method and device for gamepad joystick offset error. The method comprises the following steps: detecting the player's no-input operation state, continuously collecting the original coordinate input value of the gamepad, and performing no-operation drift analysis to construct a static joystick dead zone; detecting the real-time operation signal stream of the player's handle, predicting the output behavior of the character in the scene, and generating game operation behavior data; based on the game operation behavior data, performing dynamic response deviation calculation, and constructing a handle drift vector field according to the static joystick dead zone; performing player operation intention analysis and unintended signal elimination processing on the real-time operation signal stream to obtain effective operation signals; performing reverse offset compensation calculation on the effective operation signals according to the handle drift vector field, and performing real-time joystick error correction. The present application corrects the signal recognition error of the gamepad, improves the response efficiency and accuracy of the game operation.

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