/// <summary>
/// Create new booster object and set saved count (if (saveData ==true))
/// </summary>
/// <param name="bData"></param>
/// <param name="saveData"></param>
public Booster(BoosterObjectData bData, bool saveData, string savePrefix)
{
this.bData = bData;
this.saveData = saveData;
Count = 0;
if (string.IsNullOrEmpty(savePrefix))
{
savePrefix = "";
}
saveKey = savePrefix + "booster" + bData.ID.ToString();
if (saveData)
{
if (!PlayerPrefs.HasKey(saveKey) || PlayerPrefs.GetInt(saveKey) < 0)
{
PlayerPrefs.SetInt(saveKey, 0);
}
SetCount(PlayerPrefs.GetInt(saveKey));
}
else
{
SetCount(0);
}
Debug.Log("Create - " + ToString());
// Use = true;
}
internal void SetData(MainObjectData mData, Booster booster, Material mat, int sortingOrder, bool enableCollider, Action onClick)
{
MData = mData;
this.booster = booster;
BoosterObjectData BData = (booster != null)? booster.bData : null;
SpriteRenderer shootBubbleSR = GetComponent <SpriteRenderer>();
shootBubbleSR.material = mat;
shootBubbleSR.sprite = (MData != null) ? MData.ObjectImage : BData.ObjectImage;
sprite = shootBubbleSR.sprite;
shootBubbleSR.sortingOrder = sortingOrder;
CircleCollider2D cC = GetComponent <CircleCollider2D>();
cC.enabled = enableCollider;
cC.isTrigger = true; // avoid bouncing
this.PointerDownDel += (tpe) => { if (onClick != null)
{
onClick();
}
};
}
public override void ApplyToGrid(GridCell gCell, BoosterObjectData bData, Action completeCallBack)
{
if (!gCell.IsMatchable)
{
Booster.ActiveBooster.DeActivateBooster();
completeCallBack?.Invoke();
return;
}
Booster b = Booster.ActiveBooster;
b.AddCount(-1);
ParallelTween par0 = new ParallelTween();
ParallelTween par1 = new ParallelTween();
TweenSeq bTS = new TweenSeq();
CellsGroup area = GetArea(gCell);
float dist = Vector3.Distance(transform.position, gCell.transform.position);
List <GameObject> dupBoost = new List <GameObject>();
dupBoost.Add(b.SceneObject);
//move activeBooster
bTS.Add((callBack) =>
{
SetToFront(true);
SimpleTween.Move(gameObject, transform.position, gCell.transform.position, dist / speed).AddCompleteCallBack(() =>
{
MSound.PlayClip(0, bData.privateClip);
callBack();
}).SetEase(EaseAnim.EaseInSine);
});
// duplicate and move
foreach (var c in area.Cells)
{
if (c != gCell)
{
par0.Add((callBack) =>
{
GameObject boost = Instantiate(b.SceneObject);
dupBoost.Add(boost);
SimpleTween.Move(boost.gameObject, gCell.transform.position, c.transform.position, Vector3.Distance(c.transform.position, gCell.transform.position) / speed).AddCompleteCallBack(() =>
{
ValuesTween(boost.gameObject, new float[] { 1, 1.3f, 1 }, 0.3f, (val) => { boost.transform.localScale = gCell.transform.lossyScale * val; }, callBack);
}).SetEase(EaseAnim.EaseInSine);
});
}
}
//apply effect for each cell parallel
float delay = 0.0f;
foreach (var c in area.Cells)
{
delay += 0.05f;
float d = delay;
par1.Add((callBack) =>
{
delayAction(gameObject, d,
() =>
{
Creator.InstantiateAnimPrefab(bData.animPrefab, c.transform, c.transform.position, SortingOrder.BoosterToFront + 2, true, callBack);
}
);
});
}
// disable boosters
foreach (var db in dupBoost)
{
delay += 0.05f;
float d = delay;
par1.Add((callBack) =>
{
delayAction(gameObject, d,
() =>
{
db.SetActive(false);
}
);
callBack();
});
}
// collect match objects
delay = 0.05f;
foreach (var c in area.Cells)
{
delay += 0.05f;
float d = delay;
par1.Add((callBack) =>
{
c.CollectMatch(d, true, false, true, true, callBack);
});
}
bTS.Add((callback) =>
{
par0.Start(() =>
{
callback();
});
});
bTS.Add((callback) =>
{
par1.Start(() =>
{
callback();
});
});
bTS.Add((callback) =>
{
// destroy boosters
foreach (var db in dupBoost)
{
Destroy(db);
}
Booster.ActiveBooster.DeActivateBooster();
completeCallBack?.Invoke();
callback();
});
bTS.Start();
}
public virtual void ApplyToGrid(GridCell hitGridCell, BoosterObjectData bData, Action completeCallBack)
{
Debug.Log("base apply to grid booster");
completeCallBack?.Invoke();
}
public override void ApplyToGrid(GridCell gCell, BoosterObjectData bData, Action completeCallBack)
{
if (!gCell.IsMatchable)
{
Booster.ActiveBooster.DeActivateBooster();
completeCallBack?.Invoke();
return;
}
Booster b = Booster.ActiveBooster;
b.AddCount(-1);
ParallelTween par0 = new ParallelTween();
TweenSeq bTS = new TweenSeq();
CellsGroup area = GetArea(gCell);
// ScoreCollectHandler?.Invoke(area);
//move activeBooster
float dist = Vector3.Distance(transform.position, gCell.transform.position);
bTS.Add((callBack) =>
{
SimpleTween.Move(gameObject, transform.position, gCell.transform.position, dist / speed).AddCompleteCallBack(() =>
{
MSound.PlayClip(0, bData.privateClip);
Destroy(b.SceneObject, 0.25f);
callBack();
}).SetEase(EaseAnim.EaseInSine);
});
//apply effect for each cell parallel
float delay = 0.0f;
foreach (var c in area.Cells)
{
delay += 0.15f;
float d = delay;
par0.Add((callBack) =>
{
delayAction(gameObject, d,
() =>
{
Creator.InstantiateAnimPrefab(bData.animPrefab, c.transform, c.transform.position, SortingOrder.Booster + 1, true, callBack);
}
);
});
}
delay = 0.15f;
foreach (var c in area.Cells)
{
delay += 0.15f;
float d = delay;
par0.Add((callBack) =>
{
c.CollectMatch(d, true, false, true, true, callBack);
});
}
bTS.Add((callback) =>
{
par0.Start(() =>
{
callback();
});
});
bTS.Add((callback) =>
{
Booster.ActiveBooster.DeActivateBooster();
completeCallBack?.Invoke();
callback();
});
bTS.Start();
}
public override void ApplyToGrid(GridCell gCell, BoosterObjectData bData, Action completeCallBack)
{
if (!gCell.Overlay)
{
if (!gCell.Match && !gCell.StaticBlocker && !gCell.DynamicBlocker)
{
Booster.ActiveBooster.DeActivateBooster();
completeCallBack?.Invoke();
return;
}
}
Booster b = Booster.ActiveBooster;
b.AddCount(-1);
ParallelTween par0 = new ParallelTween();
TweenSeq bTS = new TweenSeq();
//move activeBooster
Vector3 pos = transform.position;
float dist = Vector3.Distance(transform.position, gCell.transform.position);
Vector3 rotPivot = Vector3.zero;
float rotRad = 6f;
bTS.Add((callBack) =>
{
SetToFront(true);
SimpleTween.Move(b.SceneObject, b.SceneObject.transform.position, gCell.transform.position, dist / speed).AddCompleteCallBack(() =>
{
rotPivot = transform.position - new Vector3(0, rotRad, 0);
callBack();
}).SetEase(EaseAnim.EaseInSine);
});
// back move
bTS.Add((callBack) =>
{
SimpleTween.Value(gameObject, Mathf.Deg2Rad * 90f, Mathf.Deg2Rad * 180f, 0.25f).SetEase(EaseAnim.EaseInCubic). //
SetOnUpdate((float val) => { transform.position = new Vector3(rotRad * Mathf.Cos(val), rotRad * Mathf.Sin(val), 0) + rotPivot; }).
AddCompleteCallBack(() => { callBack(); });
});
//forward move
bTS.Add((callBack) =>
{
SimpleTween.Value(gameObject, Mathf.Deg2Rad * 180f, Mathf.Deg2Rad * 100f, 0.2f).SetEase(EaseAnim.EaseOutBounce).
SetOnUpdate((float val) =>
{
transform.position = new Vector3(rotRad * Mathf.Cos(val), rotRad * Mathf.Sin(val), 0) + rotPivot;
}).
AddCompleteCallBack(() =>
{
MSound.PlayClip(0, bData.privateClip);
Destroy(gameObject, 0.25f);
Creator.InstantiateAnimPrefab(bData.animPrefab, gCell.transform, gCell.transform.position, SortingOrder.BoosterToFront + 2, true, callBack);
});
});
// if (gCell.IsMatchable)
{
bTS.Add((callBack) =>
{
GridCell.ExplodeCell(gCell, 0, true, false, true, callBack);
// gCell.CollectMatch(0, true, false, true, true, callBack);
});
}
bTS.Add((callback) =>
{
Booster.ActiveBooster.DeActivateBooster();
completeCallBack?.Invoke();
callback();
});
bTS.Start();
}
public override void ApplyToGrid(GridCell gCell, BoosterObjectData bData, Action completeCallBack)
{
if (!gCell.IsMatchable)
{
Booster.ActiveBooster.DeActivateBooster();
completeCallBack?.Invoke();
return;
}
Booster b = Booster.ActiveBooster;
b.AddCount(-1);
ParallelTween par0 = new ParallelTween();
TweenSeq bTS = new TweenSeq();
CellsGroup area = GetArea(gCell);
//move activeBooster
float dist = Vector3.Distance(transform.position, gCell.transform.position);
bTS.Add((callBack) =>
{
SetToFront(true);
SimpleTween.Move(gameObject, transform.position, gCell.transform.position, dist / speed).AddCompleteCallBack(() =>
{
ValuesTween(gameObject, new float[] { 1, 1.3f, 1 }, 0.3f, (val) => { transform.localScale = gCell.transform.lossyScale * val; }, callBack);
MSound.PlayClip(0, bData.privateClip);
}).SetEase(EaseAnim.EaseInSine);
});
bTS.Add((callBack) => // explode wave
{
MBoard.ExplodeWave(0, transform.position, 5, null);
callBack();
});
bTS.Add((callBack) =>
{
GameObject g = Instantiate(explodePrefab);
g.transform.position = transform.position;
g.transform.localScale = transform.localScale * 1.0f;
callBack();
});
bTS.Add((callBack) =>
{
Destroy(b.SceneObject, 0.1f);
callBack();
});
//apply effect for each cell parallel
float delay = 0.0f;
foreach (var c in area.Cells)
{
if (!c.IsDisabled && !c.Blocked)
{
float d = delay;
float distance = Vector2.Distance(c.transform.position, gCell.transform.position);
d = distance / 15f + delay;
par0.Add((callBack) =>
{
delayAction(gameObject, d,
() =>
{
Creator.InstantiateAnimPrefab(bData.animPrefab, c.transform, c.transform.position, SortingOrder.BoosterToFront + 2, true, null);
callBack();
}
);
});
}
}
delay = 0.15f;
foreach (GridCell mc in area.Cells) //parallel explode all cells
{
float t = 0;
float distance = Vector2.Distance(mc.transform.position, gCell.transform.position);
t = distance / 15f;
par0.Add((callBack) =>
{
GridCell.ExplodeCell(mc, t, false, false, true, callBack);
});
}
bTS.Add((callback) =>
{
par0.Start(() =>
{
callback();
});
});
bTS.Add((callback) =>
{
Booster.ActiveBooster.DeActivateBooster();
completeCallBack?.Invoke();
callback();
});
bTS.Start();
}
