Ring1Root CreateRootNode_TODO_DELETE(Ring1SubmapTextures submapTextures)
{
var terrainParentGameObject = new GameObject("TerrainParent");
var unityCoordsCalculator = new UnityCoordsCalculator(new Vector2(256, 256));
var nodeListener = new Ring1NodeObjects(
(node) => new List <IRing1NodeListener>()
{
//todo
//new Ring1NodeShaderHeightTerrain(node, _ring1LodData, terrainParentGameObject, submapTextures,
// unityCoordsCalculator, null) //todo this null
// new Ring1NodeDirectHeightTerrain(node, _ring1LodData, terrainParentGameObject, submapTextures, unityCoordsCalculator, heightmapArray)
}
);
_visibilityResolver = new Ring1VisibilityResolver(new Ring1BoundsCalculator(unityCoordsCalculator));
_visibilityResolver.SetFovDataOverride(true);
_nodeSplitController = new NodeSplitController(
maximumLodLevel: MyConstants.MAXIMUM_LOD_LEVEL,
minimumLodLevel: 0,
precisionDistances: new Dictionary <float, int>
{
{ 50, 3 },
{ 100, 2 },
{ 200, 1 }
},
coordsCalculator: unityCoordsCalculator
);
return(new Ring1Root(
new Ring1Node(
_nodeSplitController,
nodeListener,
_visibilityResolver,
new MyRectangle(0, 0, 0.5f, 0.5f),
1, Ring1NodePositionEnum.DOWN_LEFT),
new Ring1Node(
_nodeSplitController,
nodeListener,
_visibilityResolver,
new MyRectangle(0.5f, 0, 0.5f, 0.5f),
1, Ring1NodePositionEnum.DOWN_RIGHT),
new Ring1Node(
_nodeSplitController,
nodeListener,
_visibilityResolver,
new MyRectangle(0, 0.5f, 0.5f, 0.5f),
1, Ring1NodePositionEnum.TOP_LEFT),
new Ring1Node(
_nodeSplitController,
nodeListener,
_visibilityResolver,
new MyRectangle(0.5f, 0.5f, 0.5f, 0.5f),
1, Ring1NodePositionEnum.TOP_RIGHT),
nodeListener
));
}
public Ring1Node(NodeSplitController nodeSplitController, IRing1NodeListener nodeListener,
Ring1VisibilityResolver visibilityResolver, MyRectangle ring1Position, int quadLodLevel,
Ring1NodePositionEnum nodePositionEnum)
{
_nodeSplitController = nodeSplitController;
_nodeListener = nodeListener;
_visibilityResolver = visibilityResolver;
_ring1Position = ring1Position;
_quadLodLevel = quadLodLevel;
_nodePositionEnum = nodePositionEnum;
_nodeListener.CreatedNewNode(this);
}
private Ring1Root CreateRootNode(RootNodeCreationParameters parameters)
{
int maximumLodLevel = parameters.PrecisionDistances.Values.Max();
int minimumLodLevel = parameters.PrecisionDistances.Values.Min();
_visibilityResolver =
new Ring1VisibilityResolver(new Ring1BoundsCalculator(parameters.UnityCoordsCalculator), parameters.InitialCameraPosition);
_visibilityResolver.SetFovDataOverride(true);
_nodeSplitController = new NodeSplitController(
maximumLodLevel: maximumLodLevel,
minimumLodLevel: minimumLodLevel,
precisionDistances: parameters.PrecisionDistances,
coordsCalculator: parameters.UnityCoordsCalculator
);
//_nodeSplitController.SetCameraPosition(parameters.InitialCameraPosition);
//Debug.Log("F11 First camera position "+parameters.InitialCameraPosition);
return(new Ring1Root(
new Ring1Node(
_nodeSplitController,
parameters.NodeListener,
_visibilityResolver,
new MyRectangle(0, 0, 0.5f, 0.5f),
1, Ring1NodePositionEnum.DOWN_LEFT),
new Ring1Node(
_nodeSplitController,
parameters.NodeListener,
_visibilityResolver,
new MyRectangle(0.5f, 0, 0.5f, 0.5f),
1, Ring1NodePositionEnum.DOWN_RIGHT),
new Ring1Node(
_nodeSplitController,
parameters.NodeListener,
_visibilityResolver,
new MyRectangle(0, 0.5f, 0.5f, 0.5f),
1, Ring1NodePositionEnum.TOP_LEFT),
new Ring1Node(
_nodeSplitController,
parameters.NodeListener,
_visibilityResolver,
new MyRectangle(0.5f, 0.5f, 0.5f, 0.5f),
1, Ring1NodePositionEnum.TOP_RIGHT),
parameters.NodeListener
));
}