////////////////////////////////////////////////
////////////////////////////////////////////////
public static CubeLocationScript CreateCubeObject(Vector3Int localGridLoc, int[] cubeData, Transform parent)
{
GameObject cubeObject = WorldBuilder._nodeBuilder.CreateDefaultCube(localGridLoc, parent);
CubeLocationScript cubeScript = cubeObject.GetComponent <CubeLocationScript>();
if (cubeData[2] != 00)
{
PanelBuilder.CreatePanelForCube(cubeData, cubeScript);
}
SortOutCubeScriptShit(cubeScript);
return(cubeScript);
}
////////////////////////////////////////////////
////////////////////////////////////////////////
public static CubeLocationScript CreateCubeObject(Vector3Int localGridLoc, int[] cubeData, Transform parent)
{
GameObject cubeObject = WorldBuilder._nodeBuilder.CreateDefaultCube(localGridLoc, parent);
CubeLocationScript cubeScript = cubeObject.GetComponent <CubeLocationScript>();
if (cubeData[0] != (int)CubeObjectTypes.Empty)
{
// Panels
if (cubeData[0] == (int)CubeObjectTypes.Panel_Floor ||
cubeData[0] == (int)CubeObjectTypes.Panel_Wall ||
cubeData[0] == (int)CubeObjectTypes.Panel_Angle)
{
PanelBuilder.CreatePanelForCube(cubeData, cubeScript);
}
// Other Objects
}
SortOutCubeScriptShit(cubeScript);
return(cubeScript);
}
public CubeLocationScript CreateCubeObject(Vector3 gridLoc, int cubeType, int rotations, int layerCount, Transform parent)
{
rotationY = (rotations * -90) % 360;
GameObject cubeObject = Instantiate(_defaultCubePrefab, transform, false); // empty cube
cubeObject.transform.SetParent(parent);
cubeObject.transform.position = gridLoc;
CubeLocationScript cubeScript = cubeObject.GetComponent <CubeLocationScript>();
_gameManager._worldManager._gridBuilder.SetCubeScriptToGridLocation(gridLoc, cubeScript);
cubeScript._locationManager = _gameManager._locationManager;
cubeScript.CubeLocVector = gridLoc;
cubeObject.transform.eulerAngles = new Vector3(0, rotationY, 0);
//cubeObject.gameObject.layer = LayerMask.NameToLayer ("Floor" + layerCount.ToString ());
cubeScript.CubeAngle = (int)rotationY;
switch (cubeType)
{
case 00:
return(null);
case 01:
_panelBuilder.CreatePanelForCube("Floor", cubeObject.transform, layerCount, 0, rotations);
break;
case 02:
_panelBuilder.CreatePanelForCube("Wall", cubeObject.transform, layerCount, 90, rotations); // Down
break;
case 03:
_panelBuilder.CreatePanelForCube("Wall", cubeObject.transform, layerCount, 0, rotations); // across
break;
case 04:
_panelBuilder.CreatePanelForCube("FloorAngle", cubeObject.transform, layerCount, 90, rotations);
break;
case 05:
_panelBuilder.CreatePanelForCube("FloorAngle", cubeObject.transform, layerCount, 270, rotations);
break;
case 06:
_panelBuilder.CreatePanelForCube("FloorAngle", cubeObject.transform, layerCount, 180, rotations);
break;
case 07:
_panelBuilder.CreatePanelForCube("FloorAngle", cubeObject.transform, layerCount, 0, rotations);
break;
case 08:
_panelBuilder.CreatePanelForCube("CeilingAngle", cubeObject.transform, layerCount, 90, rotations);
break;
case 09:
_panelBuilder.CreatePanelForCube("CeilingAngle", cubeObject.transform, layerCount, 270, rotations);
break;
case 10:
_panelBuilder.CreatePanelForCube("CeilingAngle", cubeObject.transform, layerCount, 180, rotations);
break;
case 11:
_panelBuilder.CreatePanelForCube("CeilingAngle", cubeObject.transform, layerCount, 0, rotations);
break;
}
return(cubeScript);
}
////////////////////////////////////////////////
////////////////////////////////////////////////
public static CubeLocationScript CreateCubeObject(Vector3 gridLoc, int cubeType, int rotations, int nodeLayerCount, Transform parent)
{
GameObject cubeObject = WorldBuilder._nodeBuilder.CreateDefaultCube(gridLoc, rotations, nodeLayerCount, parent);
CubeLocationScript cubeScript = cubeObject.GetComponent <CubeLocationScript>();
//cubeScript.CubeAngle = cubeType;
switch (cubeType)
{
case 00:
break;
case 01:
PanelBuilder.CreatePanelForCube("Floor", cubeScript, 0, rotations);
break;
case 02:
PanelBuilder.CreatePanelForCube("Wall", cubeScript, 90, rotations); // Down
break;
case 03:
PanelBuilder.CreatePanelForCube("Wall", cubeScript, 0, rotations); // across
break;
case 04:
PanelBuilder.CreatePanelForCube("FloorAngle", cubeScript, 90, rotations);
break;
case 05:
PanelBuilder.CreatePanelForCube("FloorAngle", cubeScript, 270, rotations);
break;
case 06:
PanelBuilder.CreatePanelForCube("FloorAngle", cubeScript, 180, rotations);
break;
case 07:
PanelBuilder.CreatePanelForCube("FloorAngle", cubeScript, 0, rotations);
break;
case 08:
PanelBuilder.CreatePanelForCube("CeilingAngle", cubeScript, 90, rotations);
break;
case 09:
PanelBuilder.CreatePanelForCube("CeilingAngle", cubeScript, 270, rotations);
break;
case 10:
PanelBuilder.CreatePanelForCube("CeilingAngle", cubeScript, 180, rotations);
break;
case 11:
PanelBuilder.CreatePanelForCube("CeilingAngle", cubeScript, 0, rotations);
break;
}
SortOutCubeScriptShit(gridLoc, cubeScript);
return(cubeScript);
}
public void CreateCubeObject(Vector3 gridLoc, int cubeType, int rotations, int layerCount)
{
rotationY = (rotations * -90) % 360;
GameObject cubeObject = Instantiate(_defaultCubePrefab, transform, false); // empty cube
cubeObject.transform.SetParent(transform);
cubeObject.transform.position = gridLoc;
CubeLocationScript cubeScript = cubeObject.GetComponent <CubeLocationScript>();
_gridBuilder._GridLocToScriptLookup[gridLoc] = cubeScript;
cubeScript.cubeLoc = gridLoc;
cubeObject.transform.eulerAngles = new Vector3(0, rotationY, 0);
cubeObject.gameObject.layer = LayerMask.NameToLayer("Floor" + layerCount.ToString());
cubeScript.cubeAngle = (int)rotationY;
switch (cubeType)
{
case 00:
break;
case 01:
_panelBuilder.CreatePanelForCube("Floor", cubeObject.transform, layerCount, 0, rotations);
break;
case 02:
_panelBuilder.CreatePanelForCube("Wall", cubeObject.transform, layerCount, 90, rotations); // Down
break;
case 03:
_panelBuilder.CreatePanelForCube("Wall", cubeObject.transform, layerCount, 0, rotations); // across
break;
case 04:
_panelBuilder.CreatePanelForCube("FloorAngle", cubeObject.transform, layerCount, 90, rotations);
break;
case 05:
_panelBuilder.CreatePanelForCube("FloorAngle", cubeObject.transform, layerCount, 270, rotations);
break;
case 06:
_panelBuilder.CreatePanelForCube("FloorAngle", cubeObject.transform, layerCount, 180, rotations);
break;
case 07:
_panelBuilder.CreatePanelForCube("FloorAngle", cubeObject.transform, layerCount, 0, rotations);
break;
case 08:
_panelBuilder.CreatePanelForCube("CeilingAngle", cubeObject.transform, layerCount, 90, rotations);
break;
case 09:
_panelBuilder.CreatePanelForCube("CeilingAngle", cubeObject.transform, layerCount, 270, rotations);
break;
case 10:
_panelBuilder.CreatePanelForCube("CeilingAngle", cubeObject.transform, layerCount, 180, rotations);
break;
case 11:
_panelBuilder.CreatePanelForCube("CeilingAngle", cubeObject.transform, layerCount, 0, rotations);
break;
}
}