Continuous Move Provider (Device-based)
Locomotion provider that allows the user to smoothly move their rig continuously over time using a specified 2D axis input.
Property | Description |
---|---|
System | The LocomotionSystem that this LocomotionProvider communicates with for exclusive access to an XR Origin. If one is not provided, the behavior will attempt to locate one during its Awake call. |
Move Speed | The speed, in units per second, to move forward. |
Enable Strafe | Controls whether to enable strafing (sideways movement). |
Enable Fly | Controls whether to enable flying (unconstrained movement). This overrides Use Gravity. |
Use Gravity | Controls whether gravity affects this provider when a CharacterController is used. This only applies when Enable Fly is disabled. |
Gravity Application Mode | Controls when gravity begins to take effect. |
Attempting Move | Use this style when you don't want gravity to apply when the player physically walks away and off a ground surface. Gravity will only begin to move the player back down to the ground when they try to use input to move. |
Immediately | Apply gravity and apply locomotion every frame, even without move input. Use this style when you want gravity to apply when the player physically walks away and off a ground surface, even when there is no input to move. |
Forward Source | The source Transform that defines the forward direction. |
Input Binding | The 2D Input Axis on the controller devices that will be used to trigger a move. |
Primary 2D Axis | Use the primary touchpad or joystick on a device. |
Secondary 2D Axis | Use the secondary touchpad or joystick on a device. |
Controllers | A list of controllers that allow movement. If an XRController is not enabled, or does not have input actions enabled, movement will not work. |
Deadzone Min | Value below which input values will be clamped. After clamping, values will be renormalized to [0, 1] between min and max. |
Deadzone Max | Value above which input values will be clamped. After clamping, values will be renormalized to [0, 1] between min and max. |