public static Task AsyncGenerateRandStatues(short amount)
{
WorldRefill.isTaskRunning = true;
int realcount = 0;
return(Task.Run(() =>
{
for (int trycount = 0; trycount < WorldRefill.config.GenerationMaxTries; trycount++)
{
int tryX = WorldGen.genRand.Next(20, Main.maxTilesX - 20);
int tryY = WorldGen.genRand.Next((int)Main.rockLayer, Main.UnderworldLayer);
int tryType = WorldGen.genRand.Next(0, WorldGen.statueList.Count() - 1);
Point16 randstatue = WorldGen.statueList[tryType];
if (!WorldRefill.IsProtected(tryX, tryY))
{
while (!TileValidation.StatueTileValidation(tryX, tryY))
{
tryY++;
if (tryY >= Main.UnderworldLayer)
{
break;
}
}
if (tryY < Main.UnderworldLayer && (!TileValidation.isinNonNaturalStatuePlace(Main.tile[tryX, tryY + 1].type)))
{
WorldGen.PlaceTile(tryX, tryY, randstatue.X, true, true, -1, randstatue.Y);
if (Main.tile[tryX, tryY].type == randstatue.X)
{
realcount++;
if (realcount == amount)
{
break;
}
}
}
}
}
WorldRefill.realcount = realcount;
}).ContinueWith((d) => FinishGen()));
}
public static Task AsyncGenerateShrooms(short amount, int maxtries = Config.GenerationMaxTries)
{
WorldRefill.isTaskRunning = true;
int realcount = 0;
return(Task.Run(() =>
{
TryInitWorldGen();
for (int trycount = 0; trycount <= maxtries; trycount++)
{
int tryX = WorldGen.genRand.Next(200, Main.maxTilesX - 200);
int tryY = WorldGen.genRand.Next((int)Main.worldSurface - 150, MainExt.UnderworldLayer);
ITile blockbelow = Main.tile[tryX, tryY + 1];
List <ushort> shroom = TileValidation.GetShroom(blockbelow);
while (shroom == null)
{
tryY--;
blockbelow = Main.tile[tryX, tryY + 1];
shroom = TileValidation.GetShroom(blockbelow);
if (tryY < Main.worldSurface - 50)
{
break;
}
}
if (shroom != null && !Main.tile[tryX, tryY].active())
{
WorldGen.PlaceTile(tryX, tryY, shroom[0], false, true, -1, shroom[1]);
Main.tile[tryX, tryY].frameX = (short)shroom[2];
if (Main.tile[tryX, tryY].type == shroom[0])
{
realcount++;
if (realcount == amount)
{
break;
}
}
}
}
WorldRefill.realcount = realcount;
}).ContinueWith((d) => { WorldRefill.isTaskRunning = false; }));
}
public static Task AsyncGenerateStatues(short amount, short tileid = 0, short style = 0, int maxtries = Config.GenerationMaxTries)
{
WorldRefill.isTaskRunning = true;
int realcount = 0;
return(Task.Run(() =>
{
TryInitWorldGen();
for (int trycount = 0; trycount <= maxtries; trycount++)
{
int tryX = WorldGen.genRand.Next(20, Main.maxTilesX - 20);
int tryY = WorldGen.genRand.Next((int)Main.rockLayer, MainExt.UnderworldLayer);
int tryType = WorldGen.genRand.Next(0, WorldGen.statueList.Count() - 1);
while (!TileValidation.StatueTileValidation(tryX, tryY))
{
tryY++;
if (tryY >= MainExt.UnderworldLayer)
{
break;
}
}
if (tryY < MainExt.UnderworldLayer && (!TileValidation.isinNonNaturalStatuePlace(Main.tile[tryX, tryY + 1].type)))
{
WorldGen.PlaceTile(tryX, tryY, tileid, true, true, -1, style);
if (Main.tile[tryX, tryY].type == tileid)
{
realcount++;
if (realcount == amount)
{
break;
}
}
}
}
WorldRefill.realcount = realcount;
}).ContinueWith((d) => { WorldRefill.isTaskRunning = false; }));
}
public static Task AsyncGenerateOres(short amount, ushort oreID, List <ushort[]> oreTiers, int maxtries = Config.GenerationMaxTries)
{
WorldRefill.isTaskRunning = true;
int realcount = 0;
int oreTier;
int minFrequency;
int maxFrequency;
int minSpread;
int maxSpread;
//oreGened = track amount of ores generated already
double maxY;
double minY = Main.worldSurface + 50;
//Rare Ores - Adamantite (Titanium), Demonite, Diamond, Chlorophyte
return(Task.Run(() =>
{
oreTier = TileValidation.GetOreTier(oreID, oreTiers);
switch (oreTier)
{
case 1:
maxY = Main.rockLayer;
minY = Main.worldSurface;
minFrequency = 5;
minSpread = 5;
maxFrequency = 8;
maxSpread = 8;
break;
case 2:
maxY = Main.rockLayer * 3 / 2;
minY = Main.rockLayer;
minFrequency = 4;
minSpread = 4;
maxFrequency = 6;
maxSpread = 6;
break;
case 3:
maxY = MainExt.UnderworldLayer;
minY = (3 / 2) * Main.rockLayer;
minFrequency = 2;
minSpread = 2;
maxFrequency = 4;
maxSpread = 4;
break;
case 4:
maxY = Main.maxTilesY - 1;
minY = MainExt.UnderworldLayer + 20;
minFrequency = 4;
minSpread = 4;
maxFrequency = 9;
maxSpread = 9;
break;
case 5:
minY = Main.rockLayer;
maxY = Main.rockLayer * (3 / 2);
minFrequency = 5;
minSpread = 5;
maxFrequency = 9;
maxSpread = 9;
break;
case 6:
minY = Main.rockLayer * (3 / 2);
maxY = MainExt.UnderworldLayer;
minFrequency = 4;
minSpread = 4;
maxFrequency = 7;
maxSpread = 7;
break;
case 7:
minY = Main.rockLayer * (5 / 3);
maxY = MainExt.UnderworldLayer;
minFrequency = 3;
minSpread = 3;
maxFrequency = 5;
maxSpread = 5;
break;
case 8:
minY = Main.rockLayer;
maxY = MainExt.UnderworldLayer;
minFrequency = 5;
minSpread = 5;
maxFrequency = 9;
maxSpread = 9;
break;
default:
maxY = Main.rockLayer;
minFrequency = 5;
minSpread = 5;
maxFrequency = 9;
maxSpread = 9;
break;
}
for (int trycount = 0; trycount <= maxtries; trycount++)
{
//Get random number from 100 tiles each side
int X = WorldGen.genRand.Next(100, Main.maxTilesX - 100);
//Gets random number based on minimum spawn point to maximum depth of map
int Y = WorldGen.genRand.Next((int)minY, (int)maxY);
if (TileValidation.TileOreValidation(Main.tile[X, Y], oreID))
{
WorldGen.OreRunner(X, Y, (double)WorldGen.genRand.Next(minSpread, maxSpread), WorldGen.genRand.Next(minFrequency, maxFrequency), oreID);
if (Main.tile[X, Y].type == oreID)
{
realcount++;
if (realcount == amount)
{
break;
}
}
}
}
WorldRefill.realcount = realcount;
}).ContinueWith((d) => { WorldRefill.isTaskRunning = false; }));
}
public static Task AsyncGenerateRandOres(short amount, List <ushort[]> oreTiers, Dictionary <string, ushort> ores, int maxtries = Config.GenerationMaxTries)
{
WorldRefill.isTaskRunning = true;
int realcount = 0;
int oreTier;
int minFrequency;
int maxFrequency;
int minSpread;
int maxSpread;
List <ushort> totalores = ores.Values.ToList <ushort>();
return(Task.Run(() =>
{
TryInitWorldGen();
for (int trycount = 0; trycount <= maxtries; trycount++)
{
int X = WorldGen.genRand.Next(100, Main.maxTilesX - 100);
double maxY;
double minY = Main.worldSurface - 20;
var trytype = WorldGen.genRand.Next(0, totalores.Count - 1);
ushort oreID = totalores[trytype];
if (WorldGen.crimson && oreID == TileID.Demonite)
{
oreID = TileID.Crimtane; //If randomly generated ore, make the ore world specific.
}
else if (!WorldGen.crimson && oreID == TileID.Crimtane)
{
oreID = TileID.Demonite;
}
oreTier = TileValidation.GetOreTier(oreID, oreTiers);
switch (oreTier)
{
case 1:
maxY = Main.rockLayer;
minY = Main.worldSurface;
minFrequency = 5;
minSpread = 5;
maxFrequency = 8;
maxSpread = 8;
break;
case 2:
maxY = Main.rockLayer * 3 / 2;
minY = Main.rockLayer;
minFrequency = 4;
minSpread = 4;
maxFrequency = 6;
maxSpread = 6;
break;
case 3:
maxY = MainExt.UnderworldLayer;
minY = (3 / 2) * Main.rockLayer;
minFrequency = 2;
minSpread = 2;
maxFrequency = 4;
maxSpread = 4;
break;
case 4:
maxY = Main.maxTilesY - 1;
minY = MainExt.UnderworldLayer + 20;
minFrequency = 4;
minSpread = 4;
maxFrequency = 9;
maxSpread = 9;
break;
case 5:
minY = Main.rockLayer;
maxY = Main.rockLayer * (3 / 2);
minFrequency = 5;
minSpread = 5;
maxFrequency = 9;
maxSpread = 9;
break;
case 6:
minY = Main.rockLayer * (3 / 2);
maxY = MainExt.UnderworldLayer;
minFrequency = 4;
minSpread = 4;
maxFrequency = 7;
maxSpread = 7;
break;
case 7:
minY = Main.rockLayer * (5 / 3);
maxY = MainExt.UnderworldLayer;
minFrequency = 3;
minSpread = 3;
maxFrequency = 5;
maxSpread = 5;
break;
case 8:
minY = Main.rockLayer;
maxY = MainExt.UnderworldLayer;
minFrequency = 5;
minSpread = 5;
maxFrequency = 9;
maxSpread = 9;
break;
default:
maxY = Main.rockLayer;
minFrequency = 5;
minSpread = 5;
maxFrequency = 9;
maxSpread = 9;
break;
}
//Gets random number based on minimum spawn point to maximum depth of map
int Y = WorldGen.genRand.Next((int)minY, (int)maxY);
if (TileValidation.TileOreValidation(Main.tile[X, Y], oreID))
{
WorldGen.OreRunner(X, Y, (double)WorldGen.genRand.Next(minSpread, maxSpread), WorldGen.genRand.Next(minFrequency, maxFrequency), oreID);
if (Main.tile[X, Y].type == oreID)
{
realcount++;
if (realcount == amount)
{
break;
}
}
}
}
WorldRefill.realcount = realcount;
}).ContinueWith((d) => { WorldRefill.isTaskRunning = false; }));
}