//Generating FaceObj settings, what is important here that Components are const. defined in GridSettings
private static void GenerateFaceObjSettings(GridCubeFaceID faceID, GameObject parent, out GameObject cubeFace, out MeshRenderer cubeFaceRenderer, out MeshFilter cubeFaceMeshFilter)
{
cubeFace = new GameObject(faceID.ToString(), GridMasterManager.GridSettings.GridCubeInitializingComponents);
cubeFace.transform.parent = parent.transform;
cubeFaceRenderer = cubeFace.GetComponent<MeshRenderer>();
cubeFaceMeshFilter = cubeFace.GetComponent<MeshFilter>();
}
//Made for Optimisation reasons
//This method combines each Face obj in GridCube to one obj ( so 6 cube faces as 1 child obj with combined MeshFilter)
public static void CombineGridCubeFaceMeshes(GameObject gridParentObj , GridCubeFaceIDToObj cubeFaceToObj)
{
if (GridMasterManager.GridSettings.GridPreferences.SeperateState == GridSeperateState.PerCubeFace) return;
GridCubeFaceID topFaceID = GridMasterManager.GridSettings.GridCubeFaceIDs[0];
MeshFilter topMeshFilter = gridParentObj.GetComponent<MeshFilter>();
List<CombineInstance> combineInstances = new List<CombineInstance>();
for (int i = 0; i < GridMasterManager.GridSettings.GridCubeFaceIDs.Length; i++)
{
GridCubeFaceID faceID = GridMasterManager.GridSettings.GridCubeFaceIDs[i];
CombineInstance combineInstance = new CombineInstance();
combineInstance.mesh = cubeFaceToObj[faceID].GetComponent<MeshFilter>().mesh;
combineInstance.transform = cubeFaceToObj[faceID].GetComponent<MeshFilter>().transform.localToWorldMatrix;
combineInstances.Add(combineInstance);
cubeFaceToObj[faceID].SetActive(false);
GameObject.Destroy(cubeFaceToObj[faceID].gameObject);
}
topMeshFilter.mesh = new Mesh();
topMeshFilter.mesh.CombineMeshes(combineInstances.ToArray());
}
//Generating gridCubeFace based on informations passed in paramethers
//New Obj is instantiated, with default Cube Components
//Approporiate FaceMesh is then applied to this obj
public static GameObject GenerateGridCubeFace(GridCubeFaceID faceID , GameObject parent , GridCubeNoise cubeNoise)
{
GameObject cubeFace;
MeshRenderer cubeFaceRenderer;
MeshFilter cubeFaceMeshFilter;
GenerateFaceObjSettings(faceID, parent, out cubeFace, out cubeFaceRenderer, out cubeFaceMeshFilter);
Mesh faceMesh = new Mesh();
if (faceID == GridCubeFaceID.DOWN)
{
faceMesh = GenerateGridCubeDownFace(cubeNoise);
//cubeFace.transform.localRotation = Quaternion.LookRotation(Vector3.forward, Vector3.down);
}
else if (faceID == GridCubeFaceID.LEFT)
{
faceMesh = GenerateGridCubeLeftFace(cubeNoise);
}
else if (faceID == GridCubeFaceID.RIGHT)
{
faceMesh = GenerateGridCubeRightFace(cubeNoise);
}
else if (faceID == GridCubeFaceID.FORWARD)
{
faceMesh = GenerateGridCubeForwardFace(cubeNoise);
}
else if (faceID == GridCubeFaceID.BACKWARD)
{
faceMesh = GenerateGridCubeBackwardFace(cubeNoise);
}
else if(faceID == GridCubeFaceID.UP)
{
faceMesh = GenerateGridCubeTopFace(cubeNoise);
}
ApplyCubeFaceMeshSettings(faceID, cubeFaceRenderer, cubeFaceMeshFilter, faceMesh);
cubeFace.isStatic = true;
return cubeFace;
}
//Assigning FaceMesh to spawned Obj, and Material defined previously in Singleton
private static void ApplyCubeFaceMeshSettings(GridCubeFaceID faceID, MeshRenderer cubeFaceRenderer, MeshFilter cubeFaceMeshFilter, Mesh faceMesh)
{
cubeFaceMeshFilter.sharedMesh = faceMesh;
cubeFaceRenderer.sharedMaterial = GridMasterManager.GridSettings.GridCubeInitializeData.GridFaceIDMaterial[faceID];
}
public GridCubeFaceData(GridCubeFaceID faceID, Material material)
{
this.faceID = faceID;
this.material = material;
}