public void LoadGeoGroupInfo(GeoGroupInfo ggi)
{
Cur_GGI = ggi.Clone();
foreach (GeoElement geo in GeoElements)
{
geo.PoolRecycle();
}
GeoElements.Clear();
MyState = States.None;
StartDragMove = false;
IsMouseIn = false;
MouseLeftDown = false;
SortingOrder = 2;
foreach (GeoInfo gi in ggi.GeoInfos)
{
GeoElement ge = GameObjectPoolManager.Instance.PoolDict[GameObjectPoolManager.PrefabNames.GeoElement].AllocateGameObject <GeoElement>(transform);
ge.transform.localPosition = gi.Position;
ge.transform.rotation = gi.Rotation;
ge.Initialize(gi.GeoType, gi.Size * GameManager.Instance.ScaleFactor * GameManager.Instance.ScaleFactor, gi.Color, gi.SortingOrder);
SortingOrder = Mathf.Max(SortingOrder, gi.SortingOrder + 1);
GeoElements.Add(ge);
}
}
public void Init(Species species, GeoGroupInfo ci, float _size, bool randomSize = false)
{
MyGeoGroupInfo = ci;
Rigidbody2D.mass = MyGeoGroupInfo.Mass;
if (randomSize)
{
Size = Random.Range(MyGeoGroupInfo.MinSize, MyGeoGroupInfo.MaxSize);
}
else
{
Size = _size;
}
Life = ci.Life * Size / ci.MaxSize;
Damage = ci.Damage * Size / ci.MaxSize;
GeoGroup?.PoolRecycle();
GeoGroup = GameObjectPoolManager.Instance.PoolDict[GameObjectPoolManager.PrefabNames.GeoGroup].AllocateGameObject <GeoGroup>(transform);
My_Species = species;
M_SpeciesName = species.MyGeoGroupInfo.Name;
foreach (GeoInfo gi in species.MyGeoGroupInfo.GeoInfos)
{
GeoElement ge = GameObjectPoolManager.Instance.PoolDict[GameObjectPoolManager.PrefabNames.GeoElement].AllocateGameObject <GeoElement>(GeoGroup.transform);
ge.Collider.enabled = false;
GeoGroup.AllGeos.Add(ge);
GeoGroup.GeoGroupInfo = species.MyGeoGroupInfo;
ge.transform.localPosition = (gi.Position - ci.Center) / GameManager.Instance.ScaleFactor / GameManager.Instance.ScaleFactor;
ge.transform.rotation = gi.Rotation;
ge.Initialize(gi.GeoType, gi.Size, gi.Color, gi.SortingOrder);
}
MyCollider.radius = MyGeoGroupInfo.ColliderRadius;
}
public void OnMouseLeftDrag()
{
Vector2 startPos = MouseLeftDownPos;
endPos = Camera.main.ScreenToWorldPoint(Input.mousePosition);
switch (MyState)
{
case States.None:
{
break;
}
case States.Select:
{
if (StartDragMove)
{
if (CurrentEditGeoElement != null)
{
CurrentEditGeoElement.transform.Translate(endPos.x - lastMousePos.x, endPos.y - lastMousePos.y, 0, Space.World);
}
}
break;
}
case States.Draw:
{
break;
}
case States.DuringDrawing:
{
GeoTypes gt = UIManager.Instance.GetBaseUIForm <CreatureEditorPanel>().CurrentDrawGeoType;
GeoManager.GeoDrawingSetting gds = GeoManager.Instance.GeoDrawingSettingsDict[gt];
Color c = UIManager.Instance.GetBaseUIForm <CreatureEditorPanel>().GetCurrentColor();
if (CurrentEditGeoElement == null)
{
CurrentEditGeoElement = GameObjectPoolManager.Instance.PoolDict[GameObjectPoolManager.PrefabNames.GeoElement].AllocateGameObject <GeoElement>(transform);
CurrentEditGeoElement.transform.position = startPos;
CurrentEditGeoElement.transform.localRotation = Quaternion.AngleAxis(gds.DefaultRotation, Vector3.back);
float size = (endPos - startPos).magnitude * gds.SizeRatio;
SortingOrder += 2;
CurrentEditGeoElement.Initialize(gt, Vector2.one * size, c, SortingOrder);
GeoElements.Add(CurrentEditGeoElement);
break;
}
else
{
float rotateAngle = Vector2.SignedAngle(endPos - startPos, Vector2.right) + gds.DefaultRotation;
CurrentEditGeoElement.transform.localRotation = Quaternion.AngleAxis(rotateAngle, Vector3.back);
float size = (endPos - startPos).magnitude * gds.SizeRatio;
CurrentEditGeoElement.Initialize(gt, Vector2.one * size, c, SortingOrder);
Vector2 rotatedOffset = new Vector2(gds.PivotOffset.x * Mathf.Cos(Mathf.Deg2Rad * rotateAngle) + gds.PivotOffset.y * Mathf.Sin(Mathf.Deg2Rad * rotateAngle), -gds.PivotOffset.x * Mathf.Sin(Mathf.Deg2Rad * rotateAngle) + gds.PivotOffset.y * Mathf.Cos(Mathf.Deg2Rad * rotateAngle));
Vector2 pivotPos = startPos + rotatedOffset * size / GameManager.Instance.ScaleFactor / GameManager.Instance.ScaleFactor;
CurrentEditGeoElement.transform.position = pivotPos;
break;
}
}
case States.Delete:
{
break;
}
}
lastMousePos = endPos;
}
