private void CreateSimModel()
{
if (_userData.simValues == null || _userData.simValues.Count == 0)
{
if (_userData.simValues == null)
{
_userData.simValues = new List <SimulationValue>();
}
for (int x = 0; x < GRID_SIZE_X * TILE_SIZE; x = x + TILE_SIZE)
{
for (int z = 0; z < GRID_SIZE_Z * TILE_SIZE; z = z + TILE_SIZE)
{
Tile tile = _emptyTile;
float angleToRotate = GetRandomAngle();
_simValue = new SimulationValue(x, z, angleToRotate.ToString(), tile);
_userData.simValues.Add(_simValue);
InstatiateSimValue(_simValue);
}
}
Debug.Log(JsonUtility.ToJson(_userData));
StartCoroutine("InitSimData");
}
else
{
foreach (SimulationValue simValue in _userData.simValues)
{
InstatiateSimValue(simValue);
}
}
}
public void UpdateSim(int num)
{
int spendable = _userData.gold - _userData.goldSpent;
if (spendable > 10)
{
_simValue = ChooseSimValue();
_userData.goldSpent -= _simValue.tile.cost; // 'Sell' previous tile
_tile = _simValue.tile;
_simValue.tile = UpgradeTile(_simValue.tile, spendable);
_userData.goldSpent += _simValue.tile.cost; // 'Buy' new tile
if (_tile.code == _simValue.tile.code)
{
if (num >= 4)
{
return;
}
UpdateSim(num + 1);
return;
}
StartCoroutine("PutUserData");
StartCoroutine("PutSimValue");
Destroy(_tileObjects[_simValue.xPos / TILE_SIZE, _simValue.yPos / TILE_SIZE]);
InstatiateSimValue(_simValue);
}
}
private SimulationValue ChooseSimValue()
{
int randX = _rand.Next(0, GRID_SIZE_X);
int randZ = _rand.Next(0, GRID_SIZE_Z);
int posX = randX * TILE_SIZE;
int posZ = randZ * TILE_SIZE;
SimulationValue simValue = _userData.simValues.Find(s => s.xPos == posX && s.yPos == posZ);
if (simValue == null)
{
return(ChooseSimValue());
}
return(simValue);
}
void InstatiateSimValue(SimulationValue simValue)
{
GameObject obj = GetTileByCode(simValue.tile.code);
float angleToRotate = float.Parse(simValue.rotation);
Quaternion q = Quaternion.AngleAxis(angleToRotate, Vector3.up);
// Transform to account for movement
int newX = angleToRotate == 270 || angleToRotate == 180 ? simValue.xPos - TILE_SIZE : simValue.xPos;
int newZ = angleToRotate == 90f || angleToRotate == 180f ? simValue.yPos - TILE_SIZE : simValue.yPos;
// Create obj
GameObject tileObj = Instantiate(obj, new Vector3(newX, 0, newZ), q);
_tileObjects[simValue.xPos / TILE_SIZE, simValue.yPos / TILE_SIZE] = tileObj;
}
