/* THIS CODE WILL BE ADDED TO THE BUILD TO INCREASE PERFORMANCE
#region BuildInclusion
* public void OnStart()
* {
* LerpCurves.SetCurve(ref Curve, _type);
* }
#endregion
*/
public override void ActionEffect() //Updated function of the dash. Moves the player during dash action
{
if (_dashing == true)
{
//THIS CODE WILL BE REMOVED TO THE BUILD TO INCREASE PERFORMANCE
#region BuildExclusion
if (_cameraData.FreeCameraCurveType != _lastType || Curve == null)
{
LerpCurves.SetCurve(ref Curve, _playerData.DashCurveType);
_lastType = _playerData.DashCurveType;
}
#endregion
//Apply lerp curve
float t = _currentDashTime / _definedTime;
t = Curve(t);
_playerData.ActionController.Transf.position = Vector3.Lerp(_initialPosition, _endPosition, t);
_currentDashTime += Time.fixedDeltaTime;
if (Vector3.Distance(_playerData.ActionController.Transf.position, _endPosition) < 0.1f) //dash ends
{
ShowPlayer();
_combatSystem.AllowAttack();
_dashing = false;
_playerData.ActionController.Rb.velocity = Vector3.zero;
if (_isGrappling == false)
{
//APPLY THIs LINE FOR FAKE MOMENTUN AFTER AIR DASH
//_playerData.ActionController.Rb.velocity = _playerData.ActionController.Transf.forward * _playerData.DashSpeed * 1.5f;
_playerData.ActionController.Rb.useGravity = true;
_currentDashTime = 0;
_playerData.MovementAllowed = true;
}
if (CallbackFunctions != null)
{
CallbackFunctions(_playerData.ActionController.Anim);
}
}
}
else if (_dashAllowed == false) // timer that avoid the dash an amount of time between dashes
{
_currentDelayTime += Time.fixedDeltaTime;
if (_currentDelayTime >= _playerData.TimeBetweenDashes)
{
_dashAllowed = true;
_currentDelayTime = 0;
}
}
}
/* THIS CODE WILL BE ADDED TO THE BUILD TO INCREASE PERFORMANCE
#region BuildInclusion
* public void OnStart()
* {
* LerpCurves.SetCurve(ref Curve, _type);
* }
#endregion
*/
//method which contains the behaviour of this input
public override void ActionEffect()
{
//THIS CODE WILL BE REMOVED TO THE BUILD TO INCREASE PERFORMANCE
#region BuildExclusion
if (_cameraData.FreeCameraCurveType != _lastType || Curve == null)
{
LerpCurves.SetCurve(ref Curve, _cameraData.FreeCameraCurveType);
_lastType = _cameraData.FreeCameraCurveType;
}
#endregion
//Apply lerp curve
float t = _lerp / _cameraData.LerpSpeedValue;
t = Curve(t);
_camSpeed = Mathf.Lerp(_camSpeed, _cameraData.FinalRotationSpeed, t);
_lerp += Time.deltaTime;
//Apply input rotations
_cameraData.CameraPoint = Quaternion.AngleAxis(_inputVector.x * _camSpeed * Time.deltaTime, Vector3.up) * _cameraData.CameraPoint;
_cameraData.Angle = _cameraData.CameraController.Transf.rotation.eulerAngles.x;
if (_cameraData.Angle > 180)
{
_cameraData.Angle -= 360;
}
if ((_inputVector.y > 0 && _cameraData.Angle < 85f) || (_inputVector.y < 0 && _cameraData.Angle > -10f))
{
_cameraData.CameraPoint = Quaternion.AngleAxis(_inputVector.y * _camSpeed * Time.deltaTime, _cameraData.CameraController.Transf.right) * _cameraData.CameraPoint;
}
//Calculate the camera position without physics
Vector3 newPos = (_playerData.ActionController.Transf.position + (Vector3.up * _cameraData.CurrentOffsetY) +
(_cameraData.CameraController.Transf.right * _cameraData.CurrentOffsetX)) + (_cameraData.CameraPoint * _cameraData.CurrentDistance);
//Check collision
_cameraData.CurrentDistance = _cameraData.CameraPhysicalCheck(_playerData.ActionController.Transf, newPos, _cameraData.CurrentDistance);
//Camera position after collisions
newPos = (_playerData.ActionController.Transf.position + (Vector3.up * _cameraData.OffsetY) +
(_cameraData.CameraController.Transf.right * _cameraData.OffsetX)) + (_cameraData.CameraPoint * _cameraData.CurrentDistance);
_cameraData.CameraController.Transf.position = newPos;
_cameraData.CameraController.Transf.LookAt(_playerData.ActionController.Transf.position + (Vector3.up * _cameraData.CurrentOffsetY) +
(_cameraData.CameraController.Transf.right * _cameraData.CurrentOffsetX));
CombatArea();
CameraSmooth();
}