// Use this for initialization
void Start()
{
gridLine = new LinkedList <GameObject>();
visibleGrid = new GameObject[visibleGridSize];
playerPos = startingPosition;
for (int i = 0 - (visibleGridSize / 2); i < visibleGridSize / 2; i++)
{
GameObject temp = Instantiate(cube, new Vector3(startingPosition + (i * cubeWidth), 0, 0), Quaternion.identity);
temp.GetComponent <BasicGroundBehavior>().effectivePosition = new BasicGroundBehavior.EffectivePositionPoint(i, 0);
gridLine.AddLast(temp);
if (i == 0)
{
currentCube = gridLine.Last;
}
}
LinkedGrid testGrid = new LinkedGrid();
/* testGrid.AddFirstColumn(visibleGrid);
* List<GameObject> testList = new List<GameObject>();
* for(int i = 0 - (visibleGridSize / 2); i< visibleGridSize / 2; i++) {
* GameObject temp = Instantiate(cube, new Vector3(cubeWidth * 2, 0, startingPosition + (i * cubeWidth)), Quaternion.identity);
* temp.GetComponent<BasicGroundBehavior>().effectivePosition = new BasicGroundBehavior.EffectivePositionPoint(1, i);
* testList.Add(temp);
* }
* testGrid.AddColumn(testList.ToArray());*/
gridLine.CopyTo(visibleGrid, 0);
testGrid.AddTopRow(visibleGrid);
List <GameObject> testList = new List <GameObject>();
for (int i = 0 - (visibleGridSize / 2); i < visibleGridSize / 2; i++)
{
GameObject temp = Instantiate(cube, new Vector3(startingPosition + (i * cubeWidth), 0, cubeWidth), Quaternion.identity);
temp.GetComponent <BasicGroundBehavior>().effectivePosition = new BasicGroundBehavior.EffectivePositionPoint(i, 1);
testList.Add(temp);
}
testGrid.AddRow(testList.ToArray());
testGrid.MoveRightColumnLeft();
Debug.Log("bottomRowmembers " + testGrid.BottomRow.Length.ToString());
foreach (LinkedGrid.GridNode node in testGrid.TopRow)
{
Debug.Log(node.Data);
node.Data.transform.position -= new Vector3(0, 0, -cubeWidth * 2);
}
BasicGroundBehavior.gridManager = this;
}
private void TestVisualPlusTileMap()
{
Init();
var tileMap = new Grid <Tile <TileWorldData> >(islandLength, islandWidth);
var visualGrid = isoVisualGenerator.GenerateMesh(islandLength, islandWidth);
var heightMap = mapGenerator.ApplySphereMask(
mapGenerator.GenerateHeightMap(islandLength, islandWidth));
tileMap.ForEachSet((x, y) =>
{
var tile = new Tile <TileWorldData>(x, y);
// Установка высоты
tile.TileData.Height = heightMap[x, y];
// Установка биома
var biomeList = CheckBiomePoint(Biomes, tile.TileData.Height);
var nearestBiome = GetNearestBiome(biomeList, tile.TileData.Height);
tile.TileData.Color = nearestBiome.TileColor;
tile.TileData.Type = nearestBiome.GetTileType(tile);
visualGrid[x, y].GetProxy()
.SetColor("_Color", tile.TileData.Color)
.Apply();
return(tile);
});
// Линкуем все тайлы между собой
tileMap = LinkedGrid <Tile <TileWorldData> > .ToLinkedGrid(tileMap);
var checkMap = new int[tileMap.Width, tileMap.Height];
var groupsTemplate = CreateTileGroups();
var groups = new List <TileGroup>();
Tile <TileWorldData> entryTile = null;
var exc = 0;
// Пока не все тайлы обработаны
while ((entryTile = SearchCheckMap(tileMap, checkMap)) != null)
{
if (++exc > 1_00)
{
throw new StackOverflowException();
}
// Группа, которой подходит входной тайл
var groupTemplate = groupsTemplate.FirstOrDefault(x =>
x.TileValidateFunction(entryTile));
if (groupTemplate == null)
{
Debug.LogError("Тайл не подошел ни одной группе!");
break;
}
// Создаем новую группу из шаблона
var group = groupTemplate.CreateTemplate();
// Группируем оставшиеся тайлы
group.Group(entryTile, checkMap);
groups.Add(group);
}
PrintGroupMap(textureMesh0, groups);
var heatMap = mapGenerator.GenerateHeatMap(islandLength, islandWidth);
}
