public void _Equals()
{
var pos = new GridPos(5, 6);
var other = new GridPos(5, 6);
var third = new GridPos(6, 5);
Assert.Multiple(() =>
{
Assert.That(pos.Equals(pos));
Assert.That(pos.Equals(other));
Assert.That(!pos.Equals(third));
Assert.That(pos.Equals((object)other));
Assert.That(!pos.Equals(null));
});
}
// Use this for initialization
void Start()
{
if (!IsPreview && gameObject.name.Contains("Wall"))
{
for (int i = 0; i < PersistentData.m_Instance.BuildingGridPos.Count; ++i)
{
if (GridPos.Equals((PersistentData.m_Instance.BuildingGridPos[i]).GetVec2()) && !PersistentData.m_Instance.BuildingName[i].Contains("+") /* && !gameObject.name.Contains(PersistentData.m_Instance.BuildingName[i])*/)
{
PersistentData.m_Instance.BuildingName[i] += "+" + gameObject.name;
break;
}
}
}
else
{
if (!IsPreview && !CheckIfExist())
{
PersistentData.m_Instance.BuildingGridPos.Add(new SerializableVector2(GridPos.x, GridPos.y));
PersistentData.m_Instance.BuildingName.Add(BuildingName);
}
}
}
public void SetGridPosition(GridPos gridPos)
{
if (!gridPos.Equals(MechaComponentInfo.GridPos))
{
foreach (GridPos gp in MechaComponentInfo.OccupiedGridPositions)
{
GridPos gp_rot = GridPos.RotateGridPos(gp - MechaComponentInfo.GridPos, (GridPos.Orientation)((gridPos.orientation - MechaComponentInfo.GridPos.orientation + 4) % 4));
GridPos newGP = gp_rot + gridPos;
if (newGP.x > ConfigManager.EDIT_AREA_SIZE)
{
SetGridPosition(new GridPos(gridPos.x - 1, gridPos.z, gridPos.orientation));
return;
}
if (newGP.x < -ConfigManager.EDIT_AREA_SIZE)
{
SetGridPosition(new GridPos(gridPos.x + 1, gridPos.z, gridPos.orientation));
return;
}
if (newGP.z > ConfigManager.EDIT_AREA_SIZE)
{
SetGridPosition(new GridPos(gridPos.x, gridPos.z - 1, gridPos.orientation));
return;
}
if (newGP.z < -ConfigManager.EDIT_AREA_SIZE)
{
SetGridPosition(new GridPos(gridPos.x, gridPos.z + 1, gridPos.orientation));
return;
}
}
MechaComponentInfo.GridPos = gridPos;
GridPos.ApplyGridPosToLocalTrans(gridPos, transform, GameManager.GridSize);
RefreshOccupiedGridPositions();
ParentMecha?.RefreshMechaMatrix();
}
}
void UpdateGridCubes(ref GridPos prevGridPosL, ref GridPos newGridPosL, int gridSize, Dictionary<String, GameObject> LDict, int level)
{
newGridPosL = GridUtils.WorldToGrid(playerObject.transform.position, gridSize);
if (!prevGridPosL.Equals(newGridPosL))
{
GridPos deltaPos = prevGridPosL.Delta(newGridPosL);
GridPos vPosL;
string vPosKeyL;
GameObject gObj;
Vector3 newVector3;
GridPos newGridPos;
if (deltaPos.x != 0)
{
for (var i = -1; i <= 1; i++)
{
for (var j = -1; j <= 1; j++)
{
vPosL = new GridPos(prevGridPosL.x - deltaPos.x, prevGridPosL.y + i, prevGridPosL.z + j);
vPosKeyL = vPosL.ToKeyString();
if (LDict.ContainsKey(vPosKeyL))
{
gObj = LDict[vPosKeyL];
LDict.Remove(vPosKeyL);
newGridPos = new GridPos(newGridPosL.x + deltaPos.x, prevGridPosL.y + i, prevGridPosL.z + j);
newVector3 = new Vector3(newGridPos.x * gridSize, newGridPos.y * gridSize, newGridPos.z * gridSize);
gObj.transform.position = newVector3;
LDict.Add(newGridPos.ToKeyString(), gObj);
StartCoroutine(TransitionRenderCube(gObj, level, newGridPos));
}
else
{
Debug.Log("KEY NOT FOUND :" + vPosKeyL);
}
}
}
}
if (deltaPos.z != 0)
{
for (var i = -1 + deltaPos.x; i <= 1 + deltaPos.x; i++)
{
for (var j = -1; j <= 1; j++)
{
vPosL = new GridPos(prevGridPosL.x + i, prevGridPosL.y + j, prevGridPosL.z - deltaPos.z);
vPosKeyL = vPosL.ToKeyString();
if (LDict.ContainsKey(vPosKeyL))
{
gObj = LDict[vPosKeyL];
LDict.Remove(vPosKeyL);
newGridPos = new GridPos(prevGridPosL.x + i, prevGridPosL.y + j, newGridPosL.z + deltaPos.z);
newVector3 = new Vector3(newGridPos.x * gridSize, newGridPos.y * gridSize, newGridPos.z * gridSize);
gObj.transform.position = newVector3;
LDict.Add(newGridPos.ToKeyString(), gObj);
StartCoroutine(TransitionRenderCube(gObj, level, newGridPos));
}
else
{
Debug.Log("KEY NOT FOUND :" + vPosKeyL);
}
}
}
}
if (deltaPos.y != 0)
{
for (var i = -1 + deltaPos.x; i <= 1 + deltaPos.x; i++)
{
for (var j = -1 + deltaPos.z; j <= 1 + deltaPos.z; j++)
{
vPosL = new GridPos(prevGridPosL.x + i, prevGridPosL.y - deltaPos.y, prevGridPosL.z + j);
vPosKeyL = vPosL.ToKeyString();
if (LDict.ContainsKey(vPosKeyL))
{
gObj = LDict[vPosKeyL];
LDict.Remove(vPosKeyL);
newGridPos = new GridPos(prevGridPosL.x + i, newGridPosL.y + deltaPos.y, prevGridPosL.z + j);
newVector3 = new Vector3(newGridPos.x * gridSize, newGridPos.y * gridSize, newGridPos.z * gridSize);
gObj.transform.position = newVector3;
LDict.Add(newGridPos.ToKeyString(), gObj);
StartCoroutine(TransitionRenderCube(gObj, level, newGridPos));
}
else
{
Debug.Log("KEY NOT FOUND :" + vPosKeyL);
}
}
}
}
prevGridPosL = newGridPosL;
}
}