public TileInfo GetTileInfoAtPoint(MocVector2int chunk, MocVector3int point)
{
float perlin = perlinAtPoint(point);
if (!tileInfo[chunk].ContainsKey(point))
{
if (perlin < 0.35f)
{
TileInfo ti = new TileInfo
{
isWater = true
};
tileInfo[chunk].Add(point, ti);
}
else if (perlin > 0.35f && perlin <= 0.4f)
{
TileInfo ti = new TileInfo
{
isWalkableWater = true
};
tileInfo[chunk].Add(point, ti);
}
else if (perlin > 0.4f && perlin <= 0.8f)
{
TileInfo ti = new TileInfo
{
isGrass = true
};
tileInfo[chunk].Add(point, ti);
}
}
return(tileInfo[chunk][point]);
}
void DrawChunk(int chunkSize, float scale, float seed, MocVector2int chunk)
{
if (!drawnChunks.ContainsKey(chunk) || !drawnChunks[chunk])
{
drawnChunks.Add(chunk, true);
if (tileInfo.ContainsKey(chunk))
{
for (int y = chunk.y; y < chunkSize + chunk.y; y++)
{
for (int x = chunk.x; x < chunkSize + chunk.x; x++)
{
Vector3Int point = new Vector3Int(x, y, 0);
float xF = (((float)x + seed) / (float)chunkSize * scale);
float yF = ((float)y / (float)chunkSize * scale);
float perlin = Mathf.PerlinNoise(xF, yF);
LoadTileWithPerlin(perlin, point);
//Debug.Log(tileInfo[chunk].Keys);
if (tileInfo[chunk].ContainsKey(point))
{
LoadTile(chunk, point, tileInfo[chunk][point].tileName);
}
}
}
}
else
{
tileInfo.Add(chunk, new Dictionary <MocVector3int, TileInfo>());
for (int y = chunk.y; y < chunkSize + chunk.y; y++)
{
for (int x = chunk.x; x < chunkSize + chunk.x; x++)
{
//issue here, points saving to the rw
Vector3Int point = new Vector3Int(x, y, 0);
float xF = (((float)x + seed) / (float)chunkSize * scale);
float yF = ((float)y / (float)chunkSize * scale);
float perlin = Mathf.PerlinNoise(xF, yF);
//add initial placement here
PlaceTileWithPerlin(perlin, chunk, point);
}
}
}
}
}
