void FixedUpdate()
{
//Run initial mover ground check;
mover.CheckForGround();
//Check whether the character is grounded;
isGrounded = mover.IsGrounded();
//Handle timeout (stop controller if it is stuck);
HandleTimeOut();
Vector3 _velocity = Vector3.zero;
//Calculate the final velocity for this frame;
_velocity = CalculateMovementVelocity();
lastMovementVelocity = _velocity;
//Calculate and apply gravity;
HandleGravity();
_velocity += tr.up * currentVerticalSpeed;
//If the character is grounded, extend ground detection sensor range;
mover.SetExtendSensorRange(isGrounded);
//Set mover velocity;
mover.SetVelocity(_velocity);
//Save velocity for later;
lastVelocity = _velocity;
}
//FixedUpdate;
void FixedUpdate()
{
//Check if mover is grounded;
mover.CheckForGround();
//Determine controller state;
HandleState();
//Apply friction and gravity to 'momentum';
HandleMomentum();
//Check if the player has initiated a jump;
HandleJumping();
//Calculate movement velocity;
Vector3 _velocity = CalculateMovementVelocity();
//Add current momentum to velocity;
_velocity += momentum;
//If player is grounded or sliding on a slope, extend mover's sensor range;
//This enables the player to walk up/down stairs and slopes without losing ground contact;
mover.SetExtendSensorRange(IsGrounded());
//Set mover velocity;
mover.SetVelocity(_velocity);
//Store velocity for next frame;
savedVelocity = _velocity;
savedMovementVelocity = _velocity - momentum;
//Reset jump key booleans;
jumpKeyWasLetGo = false;
jumpKeyWasPressed = false;
}
void FixedUpdate()
{
if (wasInstantiated && photonView.IsMine)
{
//Check if mover is grounded;
mover.CheckForGround();
//Determine controller state;
currentControllerState = DetermineControllerState();
UpdateAnimation();
//Apply friction and gravity to 'momentum';
HandleMomentum();
//Check if the player has initiated a jump;
HandleJumping();
//Calculate movement velocity;
Vector3 _velocity = CalculateMovementVelocity();
//If local momentum is used, transform momentum into world space first;
Vector3 _worldMomentum = momentum;
if (useLocalMomentum)
{
_worldMomentum = transform.localToWorldMatrix * momentum;
}
//Add current momentum to velocity;
_velocity += _worldMomentum;
//If player is grounded or sliding on a slope, extend mover's sensor range;
//This enables the player to walk up/down stairs and slopes without losing ground contact;
mover.SetExtendSensorRange(IsGrounded());
//Set mover velocity;
mover.SetVelocity(_velocity);
//Store velocity for next frame;
savedVelocity = _velocity;
savedMovementVelocity = _velocity - _worldMomentum;
//Reset jump key booleans;
jumpKeyWasLetGo = false;
jumpKeyWasPressed = false;
//Reset ceiling detector, if one was attached to this gameobject;
if (ceilingDetector != null)
{
ceilingDetector.ResetFlags();
}
}
}
public void FixedUpdateController()
{
//Run initial mover ground check;
mover.CheckForGround();
//If character was not grounded int the last frame and is now grounded, call 'OnGroundContactRegained' function;
if (isGrounded == false && mover.IsGrounded() == true)
{
OnGroundContactRegained(lastVelocity);
}
//Check whether the character is grounded and store result;
isGrounded = mover.IsGrounded();
Vector3 _velocity = Vector3.zero;
//Add player movement to velocity;
_velocity += CalculateMovementDirection() * movementSpeed;
//Handle gravity;
if (!isGrounded)
{
currentVerticalSpeed -= gravity * Time.deltaTime;
}
else
{
if (currentVerticalSpeed <= 0f)
{
currentVerticalSpeed = 0f;
}
}
//Handle jumping;
if ((characterInput != null) && isGrounded && characterInput.IsJumpKeyPressed())
{
OnJumpStart();
currentVerticalSpeed = jumpSpeed;
isGrounded = false;
}
//Add vertical velocity;
_velocity += tr.up * currentVerticalSpeed;
//Save current velocity for next frame;
lastVelocity = _velocity;
mover.SetExtendSensorRange(isGrounded);
mover.SetVelocity(_velocity);
}
private void StartGrapple()
{
_lineRenderer.enabled = true;
_walkerController.enabled = false;
_gravitySystem.GravityScale = Constants.GRAPPLING_GRAVITY_SCALE;
_mover.CheckForGround();
if (_mover.IsGrounded())
{
_rigidbody.AddForce(Vector3.up * _intialYLaunchForce);
}
InitializeSpringJoint();
DrawLine();
}
private void FixedUpdate()
{
var deltaPlayerLocalPosition = Camera.main.transform.localPosition - savedPlayerLocalPosition;
deltaPlayerLocalPosition.y = 0f;
moverRigidbody.MovePosition(moverRigidbody.transform.position + (Quaternion.Euler(0f, PlayerManager.Instance.transform.eulerAngles.y, 0f) *
new Vector3(deltaPlayerLocalPosition.x, 0f, deltaPlayerLocalPosition.z)));
headCollider.transform.position = DesiredHeadPosition;
ResizeMover();
mover.CheckForGround();
HandleState();
HandleMomentum();
HandleJumping();
var velocity = CalculateMovementVelocity();
velocity += momentum;
mover.SetExtendSensorRange(IsGrounded);
mover.SetVelocity(velocity);
if (velocity.x != 0f || velocity.y != 0f || velocity.z != 0)
{
PlayerManager.Instance.FOVBlinders.FadeBlindersIn();
}
else
{
PlayerManager.Instance.FOVBlinders.FadeBlindersOut();
}
savedVelocity = velocity;
savedMovementVelocity = velocity - momentum;
ResetInput();
savedPlayerLocalPosition = Camera.main.transform.localPosition;
}
public void CheckForGround()
{
m_mover.CheckForGround();
}
