// Update is called once per frame.
void Update()
{
// If the rig, main camera, and character controller are valid.
if (Rig != null && MainCamera != null && Character != null)
{
// Update the character controller's height.
Character.height = MainCamera.transform.position.y - Rig.transform.position.y;
// Update the character controller's center.
Vector3 center = Character.center;
center.y = -Character.height / 2.0f;
Character.center = center;
// Calculate the movement of the character controller based on the main camera (i.e., user's head).
Vector3 movement = MainCamera.transform.position - Character.transform.position;
// Apply gravity if indicated.
if (UseGravity)
{
movement.y = Physics.gravity.y * Time.deltaTime;
}
// Apply the movement.
Character.Move(movement);
// Begin locomotion.
if (CanBeginLocomotion() && BeginLocomotion())
{
// Determine the character controller's world location.
Vector3 characterLocation = Character.transform.position;
// Move the rig and camera to the character controller's world location.
Rig.MoveCameraToWorldLocation(characterLocation);
// End locomotion.
EndLocomotion();
}
}
}
// Update is called once per frame.
void Update()
{
// If the rig and main camera are valid.
if (Rig != null && MainCamera != null)
{
// Calculate the travel vector based on the user's head and the rig.
Vector3 travelVector = MainCamera.transform.position - Rig.transform.position;
// Ignore any height value.
travelVector.y = 0.0f;
// Activate human joystick if the travel vector is larger than the radius.
if (travelVector.magnitude >= Radius)
{
// Calculate the ratio of the travel vector compared to the radius.
float ratio = travelVector.magnitude / Radius;
// Normalize the travel vector for multiplication.
travelVector.Normalize();
// Scale the travel vector by the ratio and speed per second (which requires deltaTime).
Vector3 movement = travelVector * ratio * Speed * Time.deltaTime;
// Begin locomotion.
if (CanBeginLocomotion() && BeginLocomotion())
{
// Determine the camera's new world location.
Vector3 newLocation = MainCamera.transform.position + movement;
// Move the rig and camera to the character controller's world location.
Rig.MoveCameraToWorldLocation(newLocation);
// End locomotion.
EndLocomotion();
}
}
// If the no-travel zone is valid.
if (NoTravelZone != null)
{
// Move the no-travel zone to match the rig.
NoTravelZone.transform.position = Rig.transform.position;
// Scale the NoTravelZone to match the radius.
float originalHeight = NoTravelZone.transform.localScale.y;
NoTravelZone.transform.localScale = new Vector3(Radius, originalHeight, Radius);
}
}
}
// Update is called once per frame.
void Update()
{
// If the rig, main camera, and character controller are valid.
if (Rig != null && MainCamera != null && Character != null)
{
// Update the character controller's height.
Character.height = MainCamera.transform.position.y - Rig.transform.position.y + offset;
// Update the character controller's center.
Vector3 center = Character.center;
center.y = -Character.height / 2.0f;
Character.center = center;
Vector3 newPos = MainCamera.transform.position;
// Maintain Old RigidBody Y Position
newPos.y = RigidBodyCharacter.position.y;
RigidBodyCharacter.MovePosition(newPos);
// Begin locomotion.
if (CanBeginLocomotion() && BeginLocomotion())
{
// Determine the character controller's world location.
Vector3 characterLocation = Character.transform.position;
characterLocation.y -= offset;
if (!VirtualBodyScript.CollisionFlag)
{
characterLocation.x = MainCamera.transform.position.x;
characterLocation.z = MainCamera.transform.position.z;
}
// Move the rig and camera to the character controller's world location.
Rig.MoveCameraToWorldLocation(characterLocation);
// End locomotion.
EndLocomotion();
}
}
}
// Update is called once per frame.
void Update()
{
// If the rig and main camera are valid.
if (Rig != null && MainCamera != null)
{
// Determine whether head steering is active and what the magnitude is.
bool steering = false;
float magnitude = 0.0f;
// Get the primary 2D axis and button.
InputFeatureUsage <Vector2> axisFeature = CommonUsages.primary2DAxis;
InputFeatureUsage <bool> buttonFeature = CommonUsages.primary2DAxisClick;
// For each controller.
for (int i = 0; i < Controllers.Count; i++)
{
// Fetch the controller.
XRController controller = Controllers[i];
// If the controller is valid and enabled.
if (controller != null && controller.enableInputActions)
{
// Fetch the controller's device.
InputDevice device = controller.inputDevice;
// Try to get the current state of the device's primary 2D axis and button.
Vector2 axis;
bool button;
if (device.TryGetFeatureValue(axisFeature, out axis) && device.TryGetFeatureValue(buttonFeature, out button))
{
// Activate steering and add the magnitude if the button is down.
if (button)
{
steering = true;
magnitude += axis.y;
}
}
}
}
// If steering is active, move the rig.
if (steering)
{
// Calculate the movement of the rig based on the user's head direction.
Vector3 movement = MainCamera.transform.forward;
movement.y = 0.0f;
movement.Normalize();
// Scale the travel by the magnitude and speed per second (which requires deltaTime).
movement *= magnitude * Speed * Time.deltaTime;
// Begin locomotion.
if (CanBeginLocomotion() && BeginLocomotion())
{
// Determine the camera's new world location.
Vector3 newLocation = MainCamera.transform.position + movement;
// Move the rig and camera to the character controller's world location.
Rig.MoveCameraToWorldLocation(newLocation);
// End locomotion.
EndLocomotion();
}
}
}
}
// Update is called once per frame.
void Update()
{
// If the rig, main camera, and character controller are valid.
if (Rig != null && MainCamera != null && Character != null)
{
// Determine whether scaled walking is active.
bool scaled = false;
// Get the button.
InputFeatureUsage <bool> button = InputButtonUsage[(int)m_Button];
// For each controller.
for (int i = 0; i < Controllers.Count; i++)
{
// Fetch the controller.
XRController controller = Controllers[i];
// If the controller is valid and enabled.
if (controller != null && controller.enableInputActions)
{
// Fetch the controller's device.
InputDevice device = controller.inputDevice;
// Try to get the current state of the device's button.
bool buttonDown;
if (device.TryGetFeatureValue(button, out buttonDown))
{
// Activate scaled walking if the button is down.
if (buttonDown)
{
scaled = true;
}
}
}
}
// Update the character controller's height.
Character.height = MainCamera.transform.position.y - Rig.transform.position.y;
// Update the character controller's center.
Vector3 center = Character.center;
center.y = -Character.height / 2.0f;
Character.center = center;
// Calculate the movement of the character controller based on the main camera (i.e., user's head).
Vector3 movement = MainCamera.transform.position - Character.transform.position;
// If scaled walking is active.
if (scaled)
{
// Scale the movement as indicated.
movement *= Scale;
}
// Apply gravity if indicated.
if (UseGravity)
{
movement.y = Physics.gravity.y * Time.deltaTime;
}
// Apply the movement.
Character.Move(movement);
// Begin locomotion.
if (CanBeginLocomotion() && BeginLocomotion())
{
// Determine the character controller's world location.
Vector3 characterLocation = Character.transform.position;
// Move the rig and camera to the character controller's world location.
Rig.MoveCameraToWorldLocation(characterLocation);
// End locomotion.
EndLocomotion();
}
}
}
