public IEnumerator TakeImage()
{
bool loop = true;
while (loop)
{
Screenshot.TakeScreenShot(Args);
ShootsTaken++;
Args.LoopCount++;
yield return(WaitForTimes.GetWaitForTime(WaitTime));
if (Times != 0)
{
if (Times == 1)
{
yield return(WaitForTimes.GetWaitForTime(WaitTime));
Screenshot.TakeScreenShot(Args);
loop = false;
Object.Destroy(obj);
yield break;
}
Times--;
}
}
}
private IEnumerator InputDelayJump()
{
userCoolingDownJump = true;
yield return(WaitForTimes.GetWaitForTime(inputCooldown));
userCoolingDownJump = false;
}
private IEnumerator Kill()
{
yield return(WaitForTimes.GetWaitForTime(lifeTime));
Destroy(gameObject); //Destroy object
}
private IEnumerator Disable()
{
yield return(WaitForTimes.GetWaitForTime(lifeTime));
gameObject.SetActive(false);
}
private IEnumerator GameEnd()
{
yield return(WaitForTimes.GetWaitForTime(3));
Restart();
}
private IEnumerator LevelLoad()
{
yield return(WaitForTimes.GetWaitForTime(timeLoad));
SceneManager.LoadScene(levelNum);
}
private IEnumerator AiUnique(PlayerMotor callingObject)
{
var ball = FindObjectOfType <Ball>();
// ReSharper disable once RedundantAssignment
//Resharper seams to think this value is never used
var finalRotation = Vector3.zero;
var team = TeamManager.Instance.GetTeam(callingObject.myTeam);
var goal = team.GetTeamsGoal();
yield return(WaitForTimes.GetWaitForTime(GetReactionTime()));
while (true)
{
var ballDist = Vector3.Distance(ball.Position, callingObject.Position);
var BallToGoalDirection = GetDirection(goal.Position, ball.Position);
var PlayerToGoalDirection = GetDirection(goal.Position, callingObject.Position);
var PlayerToBallDirection = GetDirection(ball.Position, callingObject.Position);
//Debug.Log(PlayerToGoalDirection);
switch (AiMoterMode)
{
case InputMoterMode.BallOnly:
//
//Aim for the ball no matter what
//
finalRotation = AimForObject(ball.Position, callingObject);
break;
case InputMoterMode.Defensive:
//
//Make the Ai aim to keep the ball away from the goal while staying close to there goal
//
//TODO:Impliment Defensive AI
finalRotation = AimForObject(ball.Position, callingObject);
break;
case InputMoterMode.GoalShooter:
//
//Make the Ai aim to get behind the ball then shoot for the goal
//
finalRotation = AimForObject(ball.Position - BallToGoalDirection, callingObject);
//myRot = AimForObject((ball.Position + (-BallToGoalDirection * 2))+Vector3.up * 2, callingObject);
break;
case InputMoterMode.BallFollower:
//
//Make the Ai aim to get behind the ball then shoot for the goal
//
finalRotation = AimForObject(ball.Position + ((-BallToGoalDirection + (PlayerToBallDirection + PlayerToGoalDirection).normalized).normalized * 5), callingObject);
break;
case InputMoterMode.Aggressive:
//
//Aim for the closest none team mate
//
var otherMotor = PlayerMotor.GetClosestMotor(callingObject.Position, callingObject, callingObject.myTeam);
var motorDist = Vector3.Distance(otherMotor.Position, callingObject.Position);
finalRotation = AimForObject(ballDist < motorDist? ball.Position : otherMotor.Position, callingObject);
break;
default:
//
//Default to just hitting the ball
//
finalRotation = AimForObject(ball.Position, callingObject);
break;
}
finalRotation.x /= 4;
finalRotation.z /= 4;
//var rot = callingObject.transform.TransformDirection(Quaternion.Euler(myRot) * callingObject.transform.forward * GetMoveStrength());
callingObject.HitPuck(finalRotation * GetMoveStrength());
yield return(WaitForTimes.GetWaitForTime(GetReactionTime()));
}
}
