public void LaunchThrowCompetence(GameObject objLauncher)
{
OnDiscThrownAnimEvent?.Invoke(); //Event
ChangeUsabilityState(UsabilityState.Using, ActionType.Throw);
CameraManager.instance.GetPlayerCamera.ResetPlayerCamera();
currentObjLauncher = objLauncher;
currentThrowPosition = currentWorldMouseResult.mouseWorldPosition;
Vector3 lookPos = currentThrowPosition;
List <DiscScript> inRangeThrowedDiscs = new List <DiscScript>();
List <DiscScript> inRangeDiscs = DiscManager.Instance.GetInRangeDiscs;
foreach (DiscScript disc in DiscManager.Instance.GetAllThrowedDiscs)
{
if (inRangeDiscs.Contains(disc))
{
inRangeThrowedDiscs.Add(disc);
}
}
if (inRangeThrowedDiscs.Count > 0)
{
foreach (TrajectoryModifier modifier in throwCompetence.GetTrajectoryModifiers)
{
TrajectoryModifierLinkedDiscs linkModifier = modifier as TrajectoryModifierLinkedDiscs;
if (linkModifier != null)
{
switch (linkModifier.GetLinkedDiscTrajectoryType)
{
case DiscsOrder.FromOldestToNewest:
lookPos = inRangeThrowedDiscs[0].transform.position;
break;
case DiscsOrder.FromNewestToOldest:
lookPos = inRangeThrowedDiscs[inRangeThrowedDiscs.Count - 1].transform.position;
break;
}
break;
}
}
}
_player.StartLookAt(lookPos);
}
public static DiscTrajectoryParameters GetTrajectory(CompetenceDisc competence, Vector3 startPosition, Vector3 targetPosition, List <DiscScript> throwedDiscs, List <DiscScript> inRangeDiscs, DiscScript currentDisc)
{
DiscTrajectoryParameters discTrajectoryParameters = new DiscTrajectoryParameters();
discTrajectoryParameters.disc = currentDisc;
List <Vector3> trajectoryPositions = new List <Vector3>();
Vector3 totalDirection = (targetPosition - startPosition).normalized;
List <TrajectoryModifier> trajectoryModifiers = competence.GetTrajectoryModifiers;
DiscsOrder linkedDiscsTrajectory = DiscsOrder.None;
TrajectoryModifierCurved curvedModifier = null;
foreach (TrajectoryModifier modifier in trajectoryModifiers)
{
if (linkedDiscsTrajectory == DiscsOrder.None)
{
TrajectoryModifierLinkedDiscs linkedDiscModifier = modifier as TrajectoryModifierLinkedDiscs;
if (linkedDiscModifier != null)
{
linkedDiscsTrajectory = linkedDiscModifier.GetLinkedDiscTrajectoryType;
}
}
if (curvedModifier == null)
{
TrajectoryModifierCurved foundCurvedModifier = modifier as TrajectoryModifierCurved;
if (foundCurvedModifier != null)
{
curvedModifier = foundCurvedModifier;
}
}
}
trajectoryPositions.Add(startPosition);
#region Discs Link
switch (linkedDiscsTrajectory)
{
case DiscsOrder.FromOldestToNewest:
for (int i = 0; i < throwedDiscs.Count; i++)
{
DiscScript linkDisc = throwedDiscs[i];
if (linkDisc != currentDisc)
{
if (inRangeDiscs.Contains(linkDisc))
{
trajectoryPositions.Add(linkDisc.transform.position);
}
}
}
break;
case DiscsOrder.FromNewestToOldest:
for (int i = throwedDiscs.Count - 1; i >= 0; i--)
{
DiscScript linkDisc = throwedDiscs[i];
if (linkDisc != currentDisc)
{
if (inRangeDiscs.Contains(linkDisc))
{
trajectoryPositions.Add(linkDisc.transform.position);
}
}
}
break;
}
#endregion
#region
if (curvedModifier != null)
{
trajectoryPositions.Add(targetPosition);
List <Vector3> curvedTrajectoryPositions = new List <Vector3>();
for (int i = 0; i < trajectoryPositions.Count - 1; i++)
{
curvedTrajectoryPositions.Add(trajectoryPositions[i]);
AddCurvedTrajectoryBetweenTwoPoints(ref curvedTrajectoryPositions, trajectoryPositions[i], trajectoryPositions[i + 1], curvedModifier);
}
trajectoryPositions = curvedTrajectoryPositions;
}
#endregion
trajectoryPositions.Add(targetPosition);
discTrajectoryParameters.trajectoryPositions = trajectoryPositions;
return(discTrajectoryParameters);
}
