void UpdateInputTimeStamp()
{
if (DistanceTracker > TimeStampDistance)
{
DistanceTracker = 0;
Scr_PositionTimeStamp TimeStamp = new Scr_PositionTimeStamp(Time.time, transform.position);
PositionTimeStamps.Insert(0, TimeStamp);
if (PositionTimeStamps.Count > MaxTimeStamps)
{
PositionTimeStamps.RemoveAt(MaxTimeStamps);
}
}
}
void Start()
{
rb = GetComponent <Rigidbody>();
PreviousPosition = transform.position;
CharacterCollider = GetComponent <CapsuleCollider>();
//Put an initial entry into the position time stamps
Scr_PositionTimeStamp TimeStamp = new Scr_PositionTimeStamp(Time.time, transform.position);
PositionTimeStamps.Insert(0, TimeStamp);
//Adds the initial acceleratoin to the list
AccelerationHistory.Insert(0, CurrentAccelerationPercentage);
//Set the floor object
UpdateTransformParenting();
//Set the previous floor object
PreviousFloorObject = FloorObject;
}
void UpdateFollowPosition()
{
if (Leader != null)
{
#region Distance Detachment
//If they are on a moveable block
if (Leader.transform.parent.GetComponent <Scr_Block_Movable>() != null)
{
//And they are too far away
float distance = (transform.position - Leader.transform.position).magnitude;
//If they are too far away
if (distance > UnPartyDistance)
{
//Break up the party
Scr_PlayerController.inst.SeperateCharacter(Scr_PlayerController.inst.GetPartyIndex(this));
//Get out of the Follow function, now that you dont have a leadrr
return;
}
}
#endregion
//Gets the oldest TimeStamp from the leader and sets it to the target
Scr_PositionTimeStamp TargetTimeStamp = Scr_PlayerController.inst.GetPositionTimeStampFromCharacter(Leader);
//Set the target rotation
TargetRotation = Quaternion.LookRotation(TargetTimeStamp.Position - transform.position);
#region Keep Upright
//Change to euler
Vector3 EulerRotation = TargetRotation.eulerAngles;
//Reset X and Z rotations (keep them standing upright)
EulerRotation.x = 0;
EulerRotation.z = 0;
//Revert back to quaternion
TargetRotation = Quaternion.Euler(EulerRotation);
#endregion
//Update the target position
TargetPosition = TargetTimeStamp.Position;
#region Simulated Acceleration
//Simulated Acceleration
//If you are holind down a movement then use the archived acceleration
CurrentAccelerationPercentage = Leader.AccelerationHistory[Leader.AccelerationHistory.Count - 1];
//Update Acceleration
//CurrentAccelerationPercentage = Leader.CurrentAccelerationPercentage;
#endregion
//Update Rotation
transform.rotation = Quaternion.RotateTowards(transform.rotation, TargetRotation, ((360 / TurnTime) * Time.deltaTime));
//Update Position //This bit is intentional, as it scales the follow speed based on the distance to the target point
//Determine the full vector
Vector3 FollowVector = (TargetPosition - transform.position) * RunSpeed * CurrentAccelerationPercentage;
//Determine the magnitude
float FollowVectorMagnitude = Mathf.Clamp(FollowVector.magnitude, 0, MaxFollowSpeed);
//Clamp the magnitude
FollowVector = FollowVector.normalized * FollowVectorMagnitude * Time.deltaTime;
//Normalize and reapply new magnatude
transform.position += FollowVector;
}
//If you dont have a leader, slow down consistently still
else
{
//update Decelration
CurrentAccelerationPercentage = Mathf.Clamp01(CurrentAccelerationPercentage - (DecelerationSpeed * Time.deltaTime));
//Move the character forward based on rotation
transform.position += transform.forward * RunSpeed * CurrentAccelerationPercentage * Time.deltaTime;
}
}