enabled - Force enables the ffb even if the drivers return disabled.default – (Default) - Uses the value returned from the drivers.The type of device, if set to 'unknown' the input system will use the device type returned from the driver, otherwise it will overwrite with the selection.įorce enables or disables support for ffb ignoring if the device driver returns if ffb is supported. The hardware version could be the device revision if the same action map is used to change some axis if required. Hardware version of the device, used in conjunction with action map device versioning. 1-5, 99 : reserved for library defaults.The higher the priority the more likely the device is used in automatic selection mode as the steering device over other devices. Must be lower case with no spaces and special characters except underscore. The name of the device matching the name used in the action maps. Warning: The wheel must be calibrated before soft lock will work.Īdditional parameters for the device definition are described below. Enabling Soft Lock will override your steering saturation and calibrate the saturation to match that of the vehicle. Disabling this will match the steering lock of the wheel to the full steering range. A low percentage reduces the amount of input to reach 100% clutch.Įnabling soft lock will match the steering lock of the wheel to the lock of the vehicle. Sets the percentage of input that is required to achieve full input. A high percentage lowers the amount of usable input for your clutch pedal. Sets the percentage of input that is ignored. A low percentage reduces the amount of input to reach 100% brake. A high percentage lowers the amount of usable input for your brake pedal. A low percentage reduces the amount of input to reach 100% throttle. A high percentage lowers the amount of usable input for your throttle pedal. A low percentage reduces the amount of input to reach 100% lock for your steering wheel. A high percentage lowers the amount of usable input for your steering wheel. Sets a percentage of input that is ignored. All settings give maximum steering angle at full input. Conversely, negative linearity (wheel input only) can make your steering feel more sensitive for small inputs.
High linearity can make your steering feel less sensitive for small inputs, but can feel inconsistent. Zero linearity makes steering directly proportional to your input, which can feel more consistent. Low sensitivity will turn your wheels at a slower rate, which can increase stability but reduce responsiveness. High sensitivity will turn your wheels at a faster rate, which increases responsiveness but can reduce stability. This will assist you in straightening the wheels before moving forward.Īdvance input settings allow you to set advanced wheel specific or pad specific settings. This scales the return to centre force when the vehicle is reset to the track. This scales the force that informs the player when they exceed the soft lock range of the wheel. Use this to scale the severity of the collision effect. This scales an effect that is generated by taking information directly from an impact. Use this to scale the resonance that comes from your engine as it is revved. This scales an effect that is generated by taking information directly from the vehicle's engine. If you are using a controller, it scales the slip of the front and rear tyres, while on the steering wheel it scales the slip from the rear tyres only. This scales an effect that is generated by taking information directly from the tyres. This scales an effect that is generated by taking information directly from the vehicle's suspension. This is the resistance of the tyre to turn. This scales the dynamic friction of the tyre. This scales the constant friction/weight of the steering device. This scales the torque (moment of force) created by the tyre and suspension geometry. If FFB is supported by the device but the driver says otherwise please reference section “3.1Ědding New Devices” ). Toggle FFB on FFB supported devices (If the drivers do not state FFB is supported is screen will not be accessible. Vibration and force feedback settings change based on what type of device is connected.Įach setting is either a toggle or a slider from 0%-120% strength.