// Sets the aerial state to ThirdPersonAerialMovementState.Falling and fires the event.
// NOTE: This subscribes to ControllerAdapter.startedFalling
void OnStartedFalling(float predictedFallDistance)
{
// check if far enough from ground to enter fall state
if (m_ControllerAdapter.IsPredictedFallShort())
{
m_TrackGroundHeight = true;
return;
}
m_TrackGroundHeight = false;
if (m_AerialState == ThirdPersonAerialMovementState.Grounded)
{
cachedForwardVelocity = m_AverageForwardVelocity.average;
}
m_ControllerAdapter.SetFallVelocity();
m_AerialState = ThirdPersonAerialMovementState.Falling;
m_FallDirection = CalculateLocalInputDirection();
if (fallStarted != null)
{
fallStarted(predictedFallDistance);
}
}
// Sets the aerial state to ThirdPersonAerialMovementState.Grounded and clears 'm_AverageForwardVelocity' if no input.
void OnLanding()
{
m_AerialState = ThirdPersonAerialMovementState.Grounded;
if (!m_CharacterInput.hasMovementInput)
{
m_AverageForwardVelocity.Clear();
}
m_PreviousInputs.Clear();
}
// Attempts a jump. If successful fires the 'jumpStarted' event and sets 'm_AerialState' to ThirdPersonAerialMovementState.Jumping
// reattempt: Whether a jump should be reattempted
void TryJump(out bool reattempt)
{
if (m_MovementState == ThirdPersonGroundMovementState.TurningAround ||
m_ThirdPersonBrain.animatorState == ThirdPersonBrain.AnimatorState.Landing ||
m_ThirdPersonBrain.animatorState == ThirdPersonBrain.AnimatorState.JumpLanding)
{
reattempt = true;
return;
}
if (!IsGrounded || m_ControllerAdapter.startedSlide || !m_ThirdPersonBrain.isRootMotionState)
{
reattempt = false;
return;
}
m_AerialState = ThirdPersonAerialMovementState.Jumping;
m_FallDirection = CalculateLocalInputDirection();
// If an idle forward jump is detected update the normalized speeds to represent a forward jump and pass
// them on to the ThirdPersonBrain.
if (IsIdleForwardJump())
{
cachedForwardVelocity = m_Configuration.standingJumpSpeed;
if (movementMode == ThirdPersonMotorMovementMode.Exploration)
{
normalizedForwardSpeed = 1.0f;
}
else
{
normalizedLateralSpeed = m_CharacterInput.moveInput.x;
normalizedForwardSpeed = m_CharacterInput.moveInput.y;
m_ThirdPersonBrain.UpdateLateralSpeed(normalizedLateralSpeed, 1.0f);
}
m_ThirdPersonBrain.UpdateForwardSpeed(normalizedForwardSpeed, 1.0f);
}
else
{
cachedForwardVelocity = m_AverageForwardVelocity.average;
}
if (Mathf.Abs(normalizedLateralSpeed) >= 0.8f)
{
cachedForwardVelocity *= m_Configuration.lateralStrafeJumpMultiplier;
}
m_ControllerAdapter.SetJumpVelocity(
m_Configuration.jumpHeightAsFactorOfForwardSpeed.Evaluate(normalizedForwardSpeed));
if (jumpStarted != null)
{
jumpStarted();
}
reattempt = false;
}
