private void SkyBudGenTask(GenerationProgress progress, List <FloatingIsland> islands)
{
progress.Message = "Planting Sky Buds";
progress.Set(0.9f);
//Goes through each mapped island, then tries to plant on each cloud tile with no water with a 1/15 chance
foreach (FloatingIsland island in islands)
{
for (int i = island.xMin; i < island.xMax; i++)
{
for (int j = 0; j < Main.maxTilesY * 0.18f; j++)
{
if ((Framing.GetTileSafely(i, j).type == TileID.Cloud || Framing.GetTileSafely(i, j).type == TileID.RainCloud) && !Framing.GetTileSafely(i, j - 1).active() && Framing.GetTileSafely(i, j - 1).liquid == 0)
{
if (Main.rand.Next(0, 16) == 0)
{
WorldGen.Place1x1(i, j - 1, ModContent.TileType <SkyBudHerb>());
Framing.GetTileSafely(i, j - 1).frameX = 0;
}
}
}
}
}
progress.End();
}
private void RoseQuartzGeneration(GenerationProgress progress)
{
progress.Message = "Rose quartz-ifying the sky";
progress.Start(0f);
for (int k = 0; k < (int)((Main.maxTilesX * Main.maxTilesY) * 0.005); k++)
{
int x = WorldGen.genRand.Next(0, Main.maxTilesX);
int y = WorldGen.genRand.Next(0, (int)(Main.maxTilesY * 0.15f));
Tile tile = Framing.GetTileSafely(x, y);
if (tile.active() && tile.type == TileID.Dirt)
{
//3rd and 4th values are strength and steps, adjust later if needed
WorldGen.TileRunner(x, y, WorldGen.genRand.Next(3, 5), WorldGen.genRand.Next(2, 4),
TileType <RoseQuartzTile>());
}
}
progress.Set(1f);
progress.End();
}
private void CustomSpiderCavernGenTask(GenerationProgress progress)
{
//Message name should probably change
progress.Message = "Spawning Extra Spider Caves Tiles";
progress.Start(0f);
int tileArray1D = Main.maxTilesX * Main.maxTilesY;
for (int k = 0; k < tileArray1D; k++)
{
progress.Set((float)k / tileArray1D);
int i = k % Main.maxTilesX;
int j = k / Main.maxTilesX;
if (CanSpawnSpiderSac(i, j))
{
WorldGen.PlaceTile(i, j, TileType <SpiderSacTile>(), forced: true);
}
}
progress.Set(1f);
progress.End();
}
private void SkyVillageGenTask(GenerationProgress progress)
{
progress.Message = "Generating Structures... Sky Village";
progress.Start(0f);
#region Mapping Floating Islands
List <FloatingIsland> islands = new List <FloatingIsland>();
int islandsZone = (int)(Main.maxTilesY * 0.18f);
bool[] visitedCoords = new bool[Main.maxTilesX * islandsZone];
bool validCoordinate(Point16 pos)
{
//Making sure the coordinate is within the visitedCoords array
if (pos.Y >= islandsZone)
{
return(false);
}
Tile tile = Framing.GetTileSafely(pos);
if (tile.type != TileID.Cloud && tile.type != TileID.RainCloud)
{
return(false);
}
return(true);
}
//left top most visible screen coord is (41, 41)?
for (int i = 41; i < Main.maxTilesX; i++)
{
for (int j = 41; j < islandsZone; j++)
{
Point16 currentPos = new Point16(i, j);
if (!validCoordinate(currentPos))
{
continue;
}
List <Point16> currentIsland = new List <Point16>();
//Simple BFS Algorithm implementation
Queue <TileNode> queue = new Queue <TileNode>();
TileNode startingNode = new TileNode(currentPos);
queue.Enqueue(startingNode);
while (queue.Count != 0)
{
TileNode activeNode = queue.Dequeue();
if (!validCoordinate(activeNode.position))
{
continue;
}
//1D array that holds values of 2D coordinates needs a special formula for the index
int index = activeNode.position.Y * Main.maxTilesX + activeNode.position.X;
//index = row * maxColumns + column
if (visitedCoords[index])
{
continue;
}
else
{
visitedCoords[index] = true;
}
//If current coord wasn't visited yet, add it to the current island list
currentIsland.Add(activeNode.position);
List <TileNode> childNodes = activeNode.GetChildren();
childNodes.ForEach(child => queue.Enqueue(child));
}
//300 tiles? I should probably make some tests and define an average/2
if (currentIsland.Count > 300)
{
islands.Add(new FloatingIsland(currentIsland));
}
progress.Set((i * j / visitedCoords.Length) * 0.80f);
}
}
#endregion
#region Finding Suitable Spot and Generating it
int structureWidth = 160;
int structureHeight = 92;
//TODO: MAKE IT CHOOSE SPOTS THAT ARE NOT IN BETWEEN ISLANDS IF THEY'RE CLOSER TO THE CENTER (can happen in small worlds)
//X
int worldCenter = Main.maxTilesX / 2;
int biggestDistanceBetweenIslands = 0;
int smallestDistanceToWorldCenter = Main.maxTilesX;
int xCoord = 0;
for (int i = 0; i < islands.Count; i++)
{
//Can't do islands[i + 1] on last element
if (i != islands.Count - 1)
{
//Finding the biggest distance between two islands where the middle spot between the two is the closest to the world center
int distanceBetweenIslands = Math.Abs(islands[i + 1].xMin - islands[i].xMax); //Math.Abs not needed since they're ordered?
int theoricalXCoord = islands[i].xMax + distanceBetweenIslands / 2 - structureWidth / 2;
if (distanceBetweenIslands > biggestDistanceBetweenIslands && Math.Abs(theoricalXCoord - worldCenter) < smallestDistanceToWorldCenter)
{
biggestDistanceBetweenIslands = distanceBetweenIslands;
smallestDistanceToWorldCenter = Math.Abs(theoricalXCoord - worldCenter);
xCoord = theoricalXCoord;
}
}
}
progress.Set(0.85f);
//Y
int yAverage = 0;
foreach (FloatingIsland island in islands)
{
yAverage += island.GetYAverage();
}
yAverage /= islands.Count;
//Make sure structure y value doesn't go below 41 (world border)
yAverage = yAverage - structureHeight > 41 ? yAverage - structureHeight : 42;
progress.Set(0.90f);
StructureHelper.StructureHelper.GenerateStructure("Structures/SkyVillageStructure", new Point16(xCoord, yAverage), mod);
#endregion
progress.End();
}