public IEnumerator StartAI()
{
var jumpCell = this.grid.ToClosestEdgeVector(this.child.Cell) * 2;
var jumpOrigin2d = this.grid.GetCellPosition(jumpCell);
var jumpOrigin3d = new Vector3(jumpOrigin2d.x, jumpOrigin2d.y, this.transform.position.z);
this.child.TurnTo(jumpOrigin2d.x >= 0f ? CharMovement.Direction.LEFT : CharMovement.Direction.RIGHT);
var jump = new JumpAnimation(this.child, from: jumpOrigin3d, to: Vector2.zero).Start();
yield return(new WaitUntil(() => jump.HasFinished));
while (true)
{
for (var i = 0; i < 3; i++)
{
var blocked = this.grid.BlockedDirections(this.child.Cell);
var direction = CharMovement.RandomDirection(except: blocked);
var steps = this.child.Steps;
this.child.Move(direction);
yield return(new WaitWhile(() => steps == this.child.Steps && !this.child.MovementBlocked));
}
this.child.Stop();
for (var i = 0; i < 3; i++)
{
yield return(new WaitForSeconds(1f));
this.child.TurnTo(CharMovement.RandomDirection(except: child.HeadedDirection));
}
}
}
private IEnumerator StartIA()
{
var jumpCell = this.grid.ToClosestEdgeVector(this.hunterMovement.Cell) * 2;
var jumpOrigin2d = this.grid.GetCellPosition(jumpCell);
var jumpOrigin3d = new Vector3(jumpOrigin2d.x, jumpOrigin2d.y, this.transform.position.z);
this.hunterMovement.TurnTo(jumpOrigin2d.x >= 0f ? CharMovement.Direction.LEFT : CharMovement.Direction.RIGHT);
var jump = new JumpAnimation(this.hunterSprite, from: jumpOrigin3d, to: Vector2.zero).Start();
yield return(new WaitUntil(() => jump.HasFinished));
while (true)
{
var steps = this.hunterMovement.Steps;
switch (state)
{
case State.CHASING_WITCH:
StepFollowing(witchScent);
yield return(new WaitWhile(() => steps == this.hunterMovement.Steps && !this.hunterMovement.MovementBlocked));
break;
case State.CHASING_CAULDRON:
StepFollowing(cauldronScent);
yield return(new WaitWhile(() => steps == this.hunterMovement.Steps && !this.hunterMovement.MovementBlocked));
break;
case State.SEARCHING_RANDOMLY:
StepRandomly();
yield return(new WaitWhile(() => steps == this.hunterMovement.Steps && !this.hunterMovement.MovementBlocked));
break;
case State.SHOOTING:
this.hunterMovement.Stop();
var anim = this.bang.Alert();
this.hunterMovement.TurnTo(this.witchShotDirection);
yield return(new WaitForSeconds(1f));
yield return(new WaitUntil(() => anim.HasFinished));
this.hunter.Shoot();
this.state = State.CHASING_CAULDRON;
yield return(new WaitForSeconds(1f));
break;
}
ChangeState();
}
}
override protected void Start()
{
gameOverCount = 0.0f;
CoinGetRate = 1f;
scoreManager = GameObject.Find("ScoreManager").GetComponent <ScoreManager>();
GameObject playFabManager = GameObject.Find("PlayFabManager");
waitConnect = playFabManager.GetComponent <PlayFabWaitConnect>();
playerJump = Player.GetComponent <JumpAnimation>();
startUI = StartUIObject.GetComponent <StartUI>();
restartUI = ReStartUIObject.GetComponent <StartUI>();
adsButton = GameObject.Find("AdsButton").GetComponent <Button>();
base.Start();
state = STATE.PREPRATION;
fadeState = FADE_STATE.BLACK;
}
private static AnimationDefinition GetAnimationDefinition(string animationName)
{
AnimationDefinition animationDefinition = null;
if (animationName != null)
{
switch (animationName.ToLower())
{
case "flash": animationDefinition = new FlashAnimation(); break;
case "bounce": animationDefinition = new BounceAnimation(); break;
case "shake": animationDefinition = new ShakeAnimation(); break;
case "tada": animationDefinition = new TadaAnimation(); break;
case "swing": animationDefinition = new SwingAnimation(); break;
case "wobble": animationDefinition = new WobbleAnimation(); break;
case "pulse": animationDefinition = new PulseAnimation(); break;
case "breathing": animationDefinition = new BreathingAnimation(); break;
case "jump": animationDefinition = new JumpAnimation(); break;
case "flip": animationDefinition = new FlipAnimation(); break;
case "flipinx": animationDefinition = new FlipInXAnimation(); break;
case "flipoutx": animationDefinition = new FlipOutXAnimation(); break;
case "flipiny": animationDefinition = new FlipInYAnimation(); break;
case "flipouty": animationDefinition = new FlipOutYAnimation(); break;
case "fadein": animationDefinition = new FadeInAnimation(); break;
case "fadeout": animationDefinition = new FadeOutAnimation(); break;
case "fadeinleft": animationDefinition = new FadeInLeftAnimation(); break;
case "fadeinright": animationDefinition = new FadeInRightAnimation(); break;
case "fadeinup": animationDefinition = new FadeInUpAnimation(); break;
case "fadeindown": animationDefinition = new FadeInDownAnimation(); break;
case "fadeoutleft": animationDefinition = new FadeOutLeftAnimation(); break;
case "fadeoutright": animationDefinition = new FadeOutRightAnimation(); break;
case "fadeoutup": animationDefinition = new FadeOutUpAnimation(); break;
case "fadeoutdown": animationDefinition = new FadeOutDownAnimation(); break;
case "bouncein": animationDefinition = new BounceInAnimation(); break;
case "bounceout": animationDefinition = new BounceOutAnimation(); break;
case "bounceinleft": animationDefinition = new BounceInLeftAnimation(); break;
case "bounceinright": animationDefinition = new BounceInRightAnimation(); break;
case "bounceinup": animationDefinition = new BounceInUpAnimation(); break;
case "bounceindown": animationDefinition = new BounceInDownAnimation(); break;
case "bounceoutleft": animationDefinition = new BounceOutLeftAnimation(); break;
case "bounceoutright": animationDefinition = new BounceOutRightAnimation(); break;
case "bounceoutup": animationDefinition = new BounceOutUpAnimation(); break;
case "bounceoutdown": animationDefinition = new BounceOutDownAnimation(); break;
case "scalein": animationDefinition = new ScaleInAnimation(); break;
case "scaleout": animationDefinition = new ScaleOutAnimation(); break;
case "lightspeedinleft": animationDefinition = new LightSpeedInLeftAnimation(); break;
case "lightspeedinright": animationDefinition = new LightSpeedInRightAnimation(); break;
case "lightspeedoutleft": animationDefinition = new LightSpeedOutLeftAnimation(); break;
case "lightspeedoutright": animationDefinition = new LightSpeedOutRightAnimation(); break;
case "hinge": animationDefinition = new HingeAnimation(); break;
case "reset": animationDefinition = new ResetAnimation(); break;
}
}
return(animationDefinition);
}
