/// <summary>
/// Offsets the camera by adjusting camera's lateral and vertical position, after everything else has been calculated.
/// </summary>
/// <returns></returns>
public override Vector3 FinalPositionOffset()
{
Vector3 Offset = Vector3.zero;
//Vertical Offsets
float cameraHeightOffset = LerpUtility.Clerp(baseCameraHeight, baseCameraHeight + maxCameraHeight, HeightOffsetCurve, LastPlayerWallPercentage());
Offset = new Vector3(0f, cameraHeightOffset, 0f);
// Lateral Offset
if (CameraSway && GameController.instance.state == GameController.State.Round)
{
Vector3 lateralDeltaMove = transform.InverseTransformDirection(currentClosestRailNodeIndex.GetWorldPosition(GetCurrentLookOffsetT() + ExtraLookAhead) - currentClosestRailNodeIndex.GetWorldPosition(GetCurrentOffsetT() + ExtraLookAhead));
if (target != null)
{
lateralDeltaMove = transform.InverseTransformDirection(currentClosestRailNodeIndex.GetClosestPointOnRailSpline(target.transform.position) - currentClosestRailNodeIndex.GetWorldPosition(0f));
}
if (Mathf.Abs(lateralDeltaMove.x) > 2f)
{
currentSway = LerpUtility.Clerp(currentSway, (lateralDeltaMove.x > 0 ? -MaxXSway : MaxXSway), FollowOffsetCurve, swaySensitivity * Time.deltaTime);
currentSway = Mathf.Clamp(currentSway, -MaxXSway, MaxXSway);
}
else
{
currentSway = LerpUtility.Clerp(currentSway, 0f, FollowOffsetCurve, swaySensitivity * Time.deltaTime);
}
Offset += transform.right * currentSway;
}
return(Offset);
}
/// <summary>
/// where to look at in the world
/// </summary>
public override Vector3 WhereToLook()
{
Transform losingPlayer = GetLosingPlayer(); // CheckpointManager.instance.GetLosingPlayer();
Vector3? avPos = target != null ? target.position : GetAveragePlayerPosition();
float lookForwardT = GetCurrentLookOffsetT(); //LerpUtility.Clerp(lookForwardOffsetT, lookForwardOffsetT + addLookForwardOffT, LookAheadOffsetCurve, LastPlayerWallPercentage());
Vector3 lookAheadPos = currentClosestRailNodeIndex.GetClosestPointOnRailSpline(currentClosestRailNodeIndex.GetWorldPosition(lookForwardT));
if (avPos.HasValue)
{
if (losingPlayer != null)
{
Vector3 lastPlayerPos = losingPlayer.position;
Vector3 baseLookPos = lookAheadPos; // (lookAheadPos + avPos.Value) * 0.5f;
//Vector3 LookPos = LerpUtility.Clerp(lookAheadPos, (avPos.Value + lastPlayerPos) * 0.5f, HeightOffsetCurve, LastPlayerWallPercentage());
Vector3 LookPos = LerpUtility.Clerp(baseLookPos, (avPos.Value + lastPlayerPos) * 0.5f, HeightOffsetCurve, LastPlayerWallPercentage());
return(LookPos);
}
else
{
Debug.Log("No losing player!");
return(LerpUtility.Clerp(lookAheadPos, avPos.Value, FollowOffsetCurve, LastPlayerWallPercentage())); //avPos.Value;
}
}
else
{
//Debug.Log("No average pos!");
return(currentClosestRailNodeIndex.GetWorldPosition(lookForwardOffsetT));
}
}
public float GetCurrentLookOffsetT()
{
return(LerpUtility.Clerp(lookForwardOffsetT, lookForwardOffsetT + addLookForwardOffT, LookAheadOffsetCurve, LastPlayerWallPercentage()));
}
public float GetCurrentOffsetT()
{
return(LerpUtility.Clerp(-followOffsetT, -followOffsetT + -addFollowOffsetT, FollowOffsetCurve, LastPlayerWallPercentage()));
}
