WorldGen Class Reference

Classes
struct	CheckTreeSettings
struct	GrowTreeSettings
class	Hooks
class	SavedOreTiers
class	Spread
class	TenthAnniversaryWorldInfo
struct	TileMergeCullCache
class	WorldSize

Public Types
enum	SpecialKillTileContext { None , MowingTheGrass }

Public Member Functions
delegate void	GenPassDetour (orig_GenPassDetour orig, object self, GenerationProgress progress, GameConfiguration configuration)
delegate bool	GetTreeFoliageDataMethod (int i, int j, int xoffset, ref int treeFrame, ref int treeStyle, out int floorY, out int topTextureFrameWidth, out int topTextureFrameHeight)
delegate void	orig_GenPassDetour (object self, GenerationProgress progress, GameConfiguration configuration)

Static Public Member Functions
static bool	ActiveAndWalkableTile (int i, int j)
static bool	AddBuriedChest (int i, int j, int contain=0, bool notNearOtherChests=false, int Style=-1, bool trySlope=false, ushort chestTileType=0)
	Attempts to place a chest and fill it with typical loot according to the style (Style ) and depth. Without any parameters, a regular, gold, or locked shadow chest will be created, depending on the depth. You can pass in an item type (contain ) and the first item in the chest will be that item. Unlike PlaceChest(int, int, ushort, bool, int), the resulting chest will be placed with the bottom right corner at the given coordinates (i , j ). In addition, if the given j coordinate isn't suitable, AddBuriedChest will search down from the given coordinate to find the first solid tile it encounters and attempt to place there. This method returns true if a chest was successfully placed, but be aware that the chest might not be exactly at the coordinates you provide. This makes further adjusting the chest contents directly difficult. A video guide can be found on the World Generation wiki page. It shows an example of running the method with the default parameters WorldGen.AddBuriedChest(x, y);. Notice how the chest style changes according to depth and how the chest is placed on the floor directly below the provided coordinates if possible. More...
static bool	AddBuriedChest (Point point, int contain=0, bool notNearOtherChests=false, int Style=-1)
static void	AddHellHouses ()
static bool	AddLifeCrystal (int i, int j)
static void	AddShadowOrb (int x, int y)
static void	AddTrees (bool undergroundOnly=false)
static void	AddUpAlignmentCounts (bool clearCounts=false)
static bool	AllowsSandfall (Tile tileTopCache)
static bool	AnchorValid (Tile tileCache, AnchorType anchor)
static bool	AshTreeGroundTest (int tileType)
static bool	AttemptReorientingStinkbugBlocker (int x, int y, int wall, ref int style)
static bool	AttemptToGrowTreeFromSapling (int x, int y, bool underground)
static bool	BiomeTileCheck (int x, int y)
static bool	BlockBelowMakesSandConvertIntoHardenedSand (int i, int j)
static bool	BlockBelowMakesSandFall (int i, int j)
static bool	BottomEdgeCanBeAttachedTo (int i, int j)
static void	BroadcastText (NetworkText text, byte r, byte g, byte b)
static void	BroadcastText (NetworkText text, Color color)
static void	BroadcastText (NetworkText text, int r, int g, int b)
static void	BroadcastText (NetworkText text, Vector3 color)
static void	BroadcastText (NetworkText text, Vector4 color)
static bool	BunnyCannonCanFire ()
static void	CactusFrame (int i, int j)
static bool	CanCutTile (int x, int y, TileCuttingContext context)
static bool	CanKillTile (int i, int j)
static bool	CanKillTile (int i, int j, out bool blockDamaged)
static bool	CanKillTile (int i, int j, SpecialKillTileContext context)
static int	CanPlaceProjectilePressurePad (int x, int y, int type=442, int style=0, int direction=0, int alternate=0)
static bool	CanPlaceSink (int x, int y, ushort type, int style)
static bool	CanPoundTile (int x, int y)
static bool	CanUnderwaterPlantGrowHere (ushort type, int x, int y, bool ignoreSelf)
static void	CaveOpenater (int i, int j)
static void	Caverer (int X, int Y)
static void	Cavinator (int i, int j, int steps)
static void	ChasmRunner (int i, int j, int steps, bool makeOrb=false)
static void	ChasmRunnerSideways (int i, int j, int direction, int steps)
static void	Check1x1 (int x, int y, int type)
static void	Check1x2 (int x, int j, ushort type)
static void	Check1x2Top (int x, int j, ushort type)
static void	Check1xX (int x, int j, short type)
static void	Check2x1 (int i, int y, ushort type)
static void	Check2x2 (int i, int j, int type)
static void	Check2x2Style (int i, int j, int type)
static void	Check2x3Wall (int x, int y)
static void	Check2x5 (int i, int j, int type)
static void	Check2xX (int i, int j, ushort type)
static void	Check3x1 (int i, int j, int type)
static void	Check3x2 (int i, int j, int type)
static void	Check3x2Wall (int x, int y)
static void	Check3x3 (int i, int j, int type)
static void	Check3x3Wall (int x, int y)
static void	Check3x4 (int i, int j, int type)
static void	Check3x5 (int i, int j, int type)
static void	Check3x6 (int i, int j, int type)
static void	Check4x2 (int i, int j, int type)
static void	Check4x3Wall (int x, int y)
static void	Check5x4 (int i, int j, int type)
static void	Check6x3 (int i, int j, int type)
static void	Check6x4Wall (int x, int y)
static void	CheckAchievement_RealEstateAndTownSlimes ()
static void	CheckAlch (int x, int y)
static void	CheckBamboo (int x, int y)
static void	CheckBanner (int x, int j, byte type)
static bool	CheckBoulderChest (int i, int j)
static bool	CheckCactus (int i, int j)
static void	CheckCannon (int i, int j, int type)
static void	CheckCatTail (int x, int j)
static void	CheckChand (int i, int j, int type)
static void	CheckChest (int i, int j, int type)
static void	CheckDye (int x, int y)
static void	CheckFoodPlatter (int x, int y, int type)
static void	CheckGnome (int x, int j)
static void	CheckGolf1x1 (int x, int y, int type)
static void	CheckJunglePlant (int i, int j, int type)
static void	CheckLilyPad (int x, int y)
static void	CheckLogicTiles (int x, int y, int type)
static void	CheckMan (int i, int j)
static void	CheckMB (int i, int j, int type)
static void	CheckOasisPlant (int i, int j, int type=530)
static void	CheckOnTable1x1 (int x, int y, int type)
static void	CheckOrb (int i, int j, int type)
static void	CheckPalmTree (int i, int j)
static void	CheckPile (int i, int y)
static void	CheckPot (int i, int j, int type=28)
static void	CheckProjectilePressurePad (int i, int j)
static void	CheckRockGolemHead (int x, int y)
static void	CheckRoom (int x, int y)
static void	CheckSign (int x, int y, ushort type)
static bool	CheckSpecialTownNPCSpawningConditions (int type)
static void	CheckStinkbugBlocker (int x, int y)
static void	CheckSunflower (int i, int j, int type=27)
static void	CheckSuper (int x, int y, int type)
static void	CheckTallGate (int x, int y, int type)
static void	CheckTight (int x, int j)
static bool	CheckTileAnchors (int sx, int sy, int w, int h, int mode, AnchorType anchor)
static int	CheckTileBreakability (int x, int y)
static bool	CheckTileBreakability2_ShouldTileSurvive (int x, int y)
static bool	CheckTileFrames (int type, int sx, int sy, int w, int h, int styleX, int frameXinc, int styleY, int frameYinc)
static void	CheckTorch (int x, int y)
static void	CheckTrapDoor (int x, int y, int type)
static void	CheckTree (int i, int j)
static void	CheckTreeWithSettings (int x, int y, CheckTreeSettings settings)
static bool	checkUnderground (int x, int y)
static void	CheckUnderwaterPlant (ushort type, int x, int y)
static void	CheckWeaponsRack (int i, int j)
static void	CheckWoman (int i, int j)
static void	CheckXmasTree (int x, int y)
static int	checkXmasTreeDrop (int x, int y, int obj)
static bool	Chlorophyte (int i, int j)
static void	ChlorophyteDefense (int x, int y)
static void	ClearAllBrokenTraps ()
static void	ClearBrokenTraps (Point startTileCoords, List< Point > pointsWeAlreadyWentOver)
static void	clearWorld ()
static bool	CloseDoor (int i, int j, bool forced=false)
static void	CloudIsland (int i, int j)
static void	CloudLake (int i, int j)
static Color	coatingColor (int coating)
static List< Color >	coatingColors (Tile tile, bool block)
static void	ConsumePostGenActions (StructureMap structures)
static void	Convert (int i, int j, int conversionType, int size=4)
	Converts biome variant tiles and walls to a target biome. Converts a 9x9 square by default, but can be adjusted with the size parameter. More...
static int	countDirtTiles (int x, int y)
static int	CountNearBlocksTypes (int i, int j, int radius, int cap=0, params int[] tiletypes)
static void	CountTiles (int X)
static int	countTiles (int x, int y, bool jungle=false, bool lavaOk=false)
static void	CountTileTypesInArea (int[] tileTypeCounts, int startX, int endX, int startY, int endY)
static int[]	CountTileTypesInWorld (params int[] oreTypes)
static int	countWires (int x, int y, int size)
static Task	CreateNewWorld (GenerationProgress progress=null)
static void	CrimEnt (Vector2D position, int crimDir)
static void	CrimPlaceHearts ()
static void	CrimStart (int i, int j)
static void	CrimVein (Vector2D position, Vector2D velocity)
static bool	DefaultTreeWallTest (int wallType)
static void	DesertCloudIsland (int i, int j)
static void	DestroyHeart (int i, int j)
static void	DetourPass (PassLegacy pass, GenPassDetour hookDelegate)
static void	DiamondTileFrame (int i, int j)
static Vector2D	digTunnel (double X, double Y, double xDir, double yDir, int Steps, int Size, bool Wet=false)
static void	DirtyRockRunner (int i, int j)
static void	do_worldGenCallBack (object threadContext)
static bool	DoesWindBlowAtThisHeight (int tileY)
static void	DontStarveTryWateringTile (int x, int y)
static void	DropDoorItem (int x, int y, int doorStyle)
static void	dropMeteor ()
static void	dropXmasTree (int x, int y, int obj)
static void	DungeonEnt (int i, int j, ushort tileType, int wallType)
static void	DungeonHalls (int i, int j, ushort tileType, int wallType, bool forceX=false)
static bool	DungeonPitTrap (int i, int j, ushort tileType, int wallType)
static void	DungeonRoom (int i, int j, ushort tileType, int wallType)
static void	DungeonStairs (int i, int j, ushort tileType, int wallType)
static bool	EmptyLiquid (int x, int y)
static bool	EmptyTileCheck (int startX, int endX, int startY, int endY, int ignoreID=-1)
static void	EveryTileFrame ()
static void	ExplodeMine (int i, int j, bool fromWiring)
static void	FillWallHolesInArea (Rectangle worldCoordsArea)
static void	FixChand (int i, int j)
static void	FixChands ()
static void	FixHeart (int i, int j)
static void	FixHearts ()
static void	FixSunflower (int i, int j)
static void	FixSunflowers ()
static void	FloatingIsland (int i, int j)
static void	gemCave (int x, int y)
static bool	GemTreeGroundTest (int tileType)
static bool	GemTreeWallTest (int wallType)
static bool	GeneratePlanteraBulbOnAllMechsDefeated ()
static void	GenerateWorld (int seed, GenerationProgress customProgressObject=null)
static void	GERunner (int i, int j, double speedX=0.0, double speedY=0.0, bool good=true)
static bool	GetAshTreeFoliageData (int i, int j, int xoffset, ref int treeFrame, ref int treeStyle, out int floorY, out int topTextureFrameWidth, out int topTextureFrameHeight)
static void	GetBiomeInfluence (int startX, int endX, int startY, int endY, out int corruptCount, out int crimsonCount, out int hallowedCount)
static void	GetCactusType (int tileX, int tileY, int frameX, int frameY, out bool evil, out bool good, out bool crimson)
static void	GetCactusType (int tileX, int tileY, int frameX, int frameY, out bool evil, out bool good, out bool crimson, out int type)
static void	GetCactusType (int tileX, int tileY, int frameX, int frameY, out int type)
static bool	GetCommonTreeFoliageData (int i, int j, int xoffset, ref int treeFrame, ref int treeStyle, out int floorY, out int topTextureFrameWidth, out int topTextureFrameHeight)
static bool	GetGemTreeFoliageData (int i, int j, int xoffset, ref int treeFrame, ref int treeStyle, out int floorY, out int topTextureFrameWidth, out int topTextureFrameHeight)
static int	GetHollowTreeFoliageStyle ()
static int	GetItemDrop_Benches (int style)
static int	GetItemDrop_Chair (int style)
static int	GetItemDrop_PicnicTables (int style)
static int	GetItemDrop_Toilet (int style)
static IEntitySource	GetItemSource_FromTileBreak (int x, int y)
static IEntitySource	GetItemSource_FromTreeShake (int x, int y)
static IEntitySource	GetItemSource_FromWallBreak (int x, int y)
static TileChangeType	GetLiquidChangeType (int liquidType, int otherLiquidType)
static int	GetNextJungleChestItem ()
static EntitySource_ShakeTree	GetNPCSource_ShakeTree (int x, int y)
static void	GetRidOfCultists ()
static void	GetSectionBounds (int sectionStartX, int sectionStartY, int sectionEndXInclusive, int sectionEndYInclusive, out int tileStartX, out int tileEndX, out int tileStartY, out int tileEndY)
static int	GetTileMossColor (int tileType)
static int	GetTileTypeCountByCategory (int[] tileTypeCounts, TileScanGroup group)
static ? Rectangle	GetTileVisualHitbox (int x, int y)
static Point	GetTopLeftAndStyles (ref int x, ref int y, int w, int h, int frameXinc, int frameYinc)
static void	GetTreeBottom (int i, int j, out int x, out int y)
static int	GetTreeFrame (Tile t)
static void	GetTreeLeaf (int x, Tile topTile, Tile t, ref int treeHeight, out int treeFrame, out int passStyle)
static TreeTypes	GetTreeType (int tileType)
static bool	GetVanityTreeFoliageData (int i, int j, int xoffset, ref int treeFrame, ref int treeStyle, out int floorY, out int topTextureFrameWidth, out int topTextureFrameHeight)
static int	GetWorldSize ()
static double	GetWorldUpdateRate ()
static void	GrowAlch (int x, int y)
static void	GrowCactus (int i, int j)
static void	GrowCatTail (int x, int j)
static void	GrowCheckSeaweed (int x, int y)
static bool	GrowDungeonTree (int i, int j, bool patch=false)
static bool	GrowEpicTree (int i, int y)
static bool	GrowLivingTree (int i, int j, bool patch=false)
static bool	GrowPalmTree (int i, int y)
static void	GrowPumpkin (int i, int j, int type)
static bool	GrowShroom (int i, int y)
static void	GrowSpike (int i, int j, ushort spikeType, ushort landType)
static bool	GrowTree (int i, int y)
static bool	GrowTreeWithSettings (int checkedX, int checkedY, GrowTreeSettings settings)
static void	GrowUndergroundTree (int i, int y)
static void	hardUpdateWorld (int i, int j)
static bool	HasAnyWireNearby (int sourceX, int sourceY, int boxSpread)
static void	HellFort (int i, int j, ushort tileType=75, byte wallType=14)
static void	HellHouse (int i, int j, byte type=76, byte wall=13)
static void	HellRoom (int i, int j, int width, int height, byte type=76, byte wall=13)
static void	Housing_GetTestedRoomBounds (out int startX, out int endX, out int startY, out int endY)
static bool	InAPlaceWithWind (int x, int y, int width, int height)
static bool	InAPlaceWithWind (Vector2 position, int width, int height)
static bool	InWorld (int x, int y, int fluff=0)
	Returns true if the provided tile coordinates are within the world bounds. When dealing with random coordinates combined with addition or subtraction, there is a chance you might construct coordinates outside the bounds of the world. This will crash world generation, so it is important that you check that the coordinates are suitable before attempting to do things at those coordinates. Use this method to check if the given coordinates fall inside the world. The fluff parameter further checks that the coordinates are at least that many tiles away from the edge, which is useful for world generation actions that could affect large areas of tiles. More...
static bool	IsAContainer (Tile t)
static bool	IsBackgroundConsideredTheSame (int oldBG, int newBG)
static bool	IsBelowANonHammeredPlatform (int x, int y)
static bool	IsChestRigged (int x, int y)
static bool	IsFitToPlaceFlowerIn (int x, int y, int typeAttemptedToPlace)
static bool	IsHarvestableHerbWithSeed (int type, int style)
static bool	IsItATrap (Tile tile)
static bool	IsItATrigger (Tile tile)
static void	IslandHouse (int i, int j, int islandStyle)
static bool	IsLockedDoor (int x, int y)
static bool	IsLockedDoor (Tile t)
static bool	IsNPCEvictable (int n)
static bool	IsOpenDoorAnchorFrame (int x, int y)
static bool	IsPalmOasisTree (int x)
static bool	IsRope (int x, int y)
static bool	IsSafeFromRain (int startX, int startY)
static bool	IsThereASpawnablePrioritizedTownNPC (int x, int y, ref bool canSpawnNewTownNPC)
static bool	IsThereASpawnablePrioritizedTownNPC_Old (int x, int y)
static bool	IsThisAMushroomTree (int i, int j)
static bool	IsTileALeafyTreeTop (int i, int j)
static bool	IsTileNearby (int x, int y, int type, int distance)
static bool	IsTileReplacable (int x, int y)
static bool	IsTileTypeFitForTree (ushort type)
static bool	IsTreeType (int tree)
static void	JustQuit ()
static void	kickOut (int n)
static bool	KillActuator (int i, int j)
static void	KillTile (int i, int j, bool fail=false, bool effectOnly=false, bool noItem=false)
	Attempts to destroy the tile at the provided tile coordinates.Callers can use fail , effectOnly , and noItem to dictate if the intention is to not actually kill the tile, only spawn kill tile effects, and not drop items respectively. For example, worms typically use fail: true, effectOnly: true to spawn dust indicating the worm burrowing through the ground. ModTile.KillTile(int, int, ref bool, ref bool, ref bool) and GlobalTile.KillTile(int, int, int, ref bool, ref bool, ref bool) will be called to modify those values.Note that this method will destroy a single tile and then call the tile framing code. The noItem parameter is only relevant for 1x1 tiles, not multi-tiles. The tile framing code is what triggers multi-tiles to destroy all of their remaining tiles and drop their placement item. GlobalTile.Drop(int, int, int) must be used by the caller if the intention is to prevent item drops from a multi-tile. More...
static int	KillTile_GetTileDustAmount (bool fail, Tile tileCache, int x, int y)
static int	KillTile_MakeTileDust (int i, int j, Tile tileCache)
static void	KillTile_PlaySounds (int i, int j, bool fail, Tile tileCache)
static void	KillWall (int i, int j, bool fail=false)
static bool	KillWire (int i, int j)
static bool	KillWire2 (int i, int j)
static bool	KillWire3 (int i, int j)
static bool	KillWire4 (int i, int j)
static void	Lakinater (int i, int j, double strengthMultiplier=1.0)
static void	LaunchRocket (int x, int y, bool fromWiring)
static void	LaunchRocketSmall (int x, int y, bool fromWiring)
static bool	LeftEdgeCanBeAttachedTo (int i, int j)
static void	MakeDungeon (int x, int y)
static void	makeTemple (int x, int y)
static void	MakeWateryIceThing (int i, int j)
static bool	MarblePileWithStatues (int X, int Y)
static bool	mayanTrap (int x2, int y2)
static void	MessageLunarApocalypse ()
static bool	meteor (int i, int j, bool ignorePlayers=false)
static void	MineHouse (int i, int j)
static void	ModifyPass (PassLegacy pass, ILContext.Manipulator callback)
static void	Mountinater (int i, int j)
static void	moveRoom (int x, int y, int n)
static bool	MoveTownNPC (int x, int y, int n)
static void	MudWallRunner (int i, int j)
static bool	NearFriendlyWall (int x, int y)
static bool	nearPicture (int x, int y)
static bool	nearPicture2 (int x, int y)
static void	neonMossBiome (int i, int j, int maxY=99999)
static void	nextCount (int x, int y, bool jungle=false, bool lavaOk=false)
static void	nextDirtCount (int x, int y)
static void	oceanCave (int i, int j)
static bool	oceanDepths (int x, int y)
static bool	OpenDoor (int i, int j, int direction)
static void	OreHelper (int X, int Y)
static bool	OrePatch (int X, int Y)
static void	OreRunner (int i, int j, double strength, int steps, ushort type)
	Similar to TileRunner(int, int, double, int, int, bool, double, double, bool, bool, int), but without many of the options. OreRunner places small splotches of the specified tile (type ) starting at the coordinates (i and j in tile coordinates). OreRunner only replaces active tiles (Tile.HasTile) that are either TileID.Sets.CanBeClearedDuringOreRunner or Main.tileMoss, making it suitable to be used even after FrameImportant tiles (Main.tileFrameImportant) exist in the world. If you have a tile that should be susceptible to being replaced when additional ores are spawned in the world, set TileID.Sets.CanBeClearedDuringOreRunner to true for that ModTile. Vanilla code only uses this method when spawning hardmode ores. This method is suitable for use in-game and in multiplayer as it both frames and syncs tile changes. More...
static void	outerTempled (int x, int y)
static void	paintCoatEffect (int x, int y, byte paintCoatId, List< Color > oldColors)
static bool	paintCoatTile (int x, int y, byte paintCoatId, bool broadcast=false)
static bool	paintCoatWall (int x, int y, byte paintCoatId, bool broadcast=false)
static Color	paintColor (int color)
static void	paintEffect (int x, int y, byte color, byte oldColor)
static bool	paintTile (int x, int y, byte color, bool broadCast=false)
static bool	paintWall (int x, int y, byte color, bool broadCast=false)
static void	Place1x1 (int x, int y, int type, int style=0)
static void	Place1x2 (int x, int y, ushort type, int style)
static void	Place1x2Top (int x, int y, ushort type, int style)
static void	Place1xX (int x, int y, ushort type, int style=0)
static void	Place2x1 (int x, int y, ushort type, int style=0)
static void	Place2x2 (int x, int y, ushort type, int style)
static bool	Place2x2Horizontal (int x, int y, ushort type, int Style=0)
static void	Place2x2Style (int x, int y, ushort type, int style=0)
static void	Place2x3Wall (int x, int y, ushort type, int style)
static void	Place2xX (int x, int y, ushort type, int style=0)
static void	Place3x1 (int x, int y, ushort type, int style=0)
static void	Place3x2 (int x, int y, ushort type, int style=0)
static void	Place3x2Wall (int x, int y, ushort type, int style)
static void	Place3x3 (int x, int y, ushort type, int style=0)
static void	Place3x3Wall (int x, int y, ushort type, int style)
static void	Place3x4 (int x, int y, ushort type, int style)
static void	Place4x2 (int x, int y, ushort type, int direction=-1, int style=0)
static void	Place4x3Wall (int x, int y, ushort type, int style)
static void	Place5x4 (int x, int y, ushort type, int style)
static void	Place6x3 (int x, int y, ushort type, int direction=-1, int style=0)
static void	Place6x4Wall (int x, int y, ushort type, int style)
static bool	PlaceActuator (int i, int j)
static bool	PlaceAlch (int x, int y, int style)
static void	PlaceBanner (int x, int y, ushort type, int style=0)
static void	PlaceCannon (int x, int y, ushort type, int style=0)
static Point	PlaceCatTail (int x, int j)
static void	PlaceChand (int x, int y, ushort type, int style=0)
static int	PlaceChest (int x, int y, ushort type=21, bool notNearOtherChests=false, int style=0)
	Attempts to place a chest at the given tile coordinates. The coordinate provided (x , y ) will be the bottom left corner of the resulting chest, if the method succeeds. type is the tile type to place, and style is the tile style to place. For vanilla chests, you can count from zero starting from the left in the Tiles_21.png image after extracting the vanilla texturesto find the style you want to place. Another option is to follow the Tile IDs wiki guideto find the style. notNearOtherChests can be set to true to prevent the chest from placing if another chest exists within 25 tiles left or right and 8 tiles up or down. This method returns the chest index (the index within Main.chest) of the chest that was successfully placed or -1 if placing the chest failed. Chest placement can fail for many reasons, such as if existing tiles block the space, or if there isn't 2 suitable solid tiles directly below the intended location. See the "Try Until Success" section of the World Generation wiki guidefor an approach to using this method. See the "Placing Items in Chests" section of the World Generation wiki guidefor info on placing items in the chest. The AddBuriedChest(int, int, int, bool, int, bool, ushort) method places a chest and fills it with the default items for that chest. More...
static void	PlaceChestDirect (int x, int y, ushort type, int style, int id)
	Used for network syncing. Modders should use PlaceChest(int, int, ushort, bool, int) if attempting to place a chest.
static bool	PlaceDoor (int i, int j, int type, int style=0)
static void	PlaceDresserDirect (int x, int y, ushort type, int style, int id)
static void	PlaceDye (int x, int y, int style)
static void	PlaceGnome (int x, int y, int style)
static void	PlaceJunglePlant (int X2, int Y2, ushort type, int styleX, int styleY)
static bool	placeLavaTrap (int x, int y)
static bool	PlaceLilyPad (int x, int j)
static bool	PlaceLiquid (int x, int y, byte liquidType, byte amount)
static void	PlaceLogicTiles (int x, int y, int type, int style=0)
static void	PlaceMan (int i, int j, int dir)
static void	PlaceMB (int X, int y, ushort type, int style)
static bool	PlaceOasis (int X, int Y)
static void	PlaceOasisPlant (int X, int Y, ushort type=530)
static bool	PlaceObject (int x, int y, int type, bool mute=false, int style=0, int alternate=0, int random=-1, int direction=-1)
static void	PlaceOnTable1x1 (int x, int y, int type, int style=0)
static bool	PlacePot (int x, int y, ushort type=28, int style=0)
static void	PlacePumpkin (int x, int superY)
static bool	PlaceSandTrap (int i, int j)
static bool	PlaceSign (int x, int y, ushort type, int Style=0)
static bool	PlaceSmallPile (int i, int j, int X, int Y, ushort type=185)
	Places TileID.SmallPiles tiles. This tile is special and doesn't follow the normal style rules and won't place with PlaceTile. i and j are the coordinates. X and Y are the count and row indexes of the specific tile in the texture file. Indexes count from left to right and start at 0. So for example the Sapphire Stash would have Y=1 (second row) and X=21 (22nd 2x1 tile). More...
static void	PlaceStatueTrap (int x, int y)
static void	PlaceSunflower (int x, int y, ushort type=27)
static void	PlaceTight (int x, int y, bool spiders=false)
static bool	PlaceTile (int i, int j, int Type, bool mute=false, bool forced=false, int plr=-1, int style=0)
	PlaceTile is the main way to place individual tiles while obeying anchor considerations. Most of the other PlaceX methods in the WorldGen class are called by this method. i and j are the tile coordinates. These coordinates relate to the origin of the tile, not necessarily the top left corner of the tile. Read the Basic Tile wiki guideto familiarize yourself with the concepts of Anchors and Origins. mute indicates if a sound should be made, this only applies to in-game usage as sounds are all muted during world gen. forced attempts to place the tile even if other tiles are already at the coordinates, but it is unreliable. plr does nothing except affect bathtubs. style refers to the style of the tile type provided. Styles are explained in the Basic Tile guide. PlaceTile returns a bool indicating placement success. Unfortunately, it doesn't work, don't use it. Checking the coordinates after calling PlaceTile is a good way to check if the placement was a success: if(Main.tile[x, y].TileType == TileID.Campfire) PlaceTile doesn't expose everything. For example, attempting to place a tile with a specific style will be ignored by many of the underlying methods. Another issue is that it is impossible to place a tile that has left and right placement orientations facing right. In these situations, you might need to manually place each tile in the multitile or use PlaceObject(int, int, int, bool, int, int, int, int) instead. WorldGen.PlaceObject requires more input. For example, placing Coral with PlaceObject means you have to manually specify the style, as the random style (TileObjectData.RandomStyleRange) choosing is a feature of PlaceTile. If called in-game, the changed tiles would need to be synced if placement is successful. See NetMessage.SendTileSquare(int, int, int, int, int, TileChangeType) for more information and examples. More...
static bool	placeTrap (int x2, int y2, int type=-1)
static void	PlaceUncheckedStalactite (int x, int y, bool preferSmall, int variation, bool spiders)
static void	PlaceUnderwaterPlant (ushort type, int x, int y)
static void	PlaceWall (int i, int j, int type, bool mute=false)
static bool	PlaceWire (int i, int j)
static bool	PlaceWire2 (int i, int j)
static bool	PlaceWire3 (int i, int j)
static bool	PlaceWire4 (int i, int j)
static void	PlaceWoman (int i, int j, int dir)
static void	PlaceXmasTree (int x, int y, ushort type=171)
static int	PlaceXmasTree_Direct (int x, int y, int type, int style, int dir, int alternate)
static void	PlantAlch ()
static void	PlantCactus (int i, int j)
static void	PlantCheck (int x, int y)
static void	plantDye (int i, int j, bool exoticPlant=false)
static int	PlatformProperSides (int x, int y, bool acceptNonOpposing=false)
static bool	PlatformProperTopFrame (short frameX)
static bool	PlayerLOS (int x, int y)
static void	PlayLiquidChangeSound (TileChangeType eventType, int x, int y, int count=1)
static void	playWorld ()
static void	playWorldCallBack (object threadContext)
static void	PoundPlatform (int x, int y)
static bool	PoundTile (int i, int j)
static bool	Pyramid (int i, int j)
static void	QueuePostGenAction (Action< StructureMap > action)
static void	QuickFindHome (int npc)
static PaintingEntry	RandBonePicture ()
static int	randGem ()
static ushort	randGemTile ()
static PaintingEntry	RandHellPicture ()
static PaintingEntry	RandHousePicture ()
static PaintingEntry	RandHousePictureDesert ()
static void	randMoss (bool justNeon=false)
static void	RandomizeBackgroundBasedOnPlayer (UnifiedRandom random, Player player)
static void	RandomizeBackgrounds (UnifiedRandom random)
static void	RandomizeCaveBackgrounds ()
static void	RandomizeMoonState (UnifiedRandom random, bool garenteeNewStyle=false)
static void	RandomizeTreeStyle ()
static void	RandomizeWeather ()
static Point	RandomRectanglePoint (int x, int y, int width, int height)
static Point	RandomRectanglePoint (Rectangle rectangle)
static Point	RandomWorldPoint (int padding)
static Point	RandomWorldPoint (int top=0, int right=0, int bottom=0, int left=0)
	Generates a random tile coordinate within the world bounds. The optional parameters define additional padding, avoiding the edges or defining a target area. Point point = WorldGen.RandomWorldPoint((int)Main.worldSurface, 40, 500, 60) is equivalent to More...
static PaintingEntry	RandPictureTile ()
static void	RangeFrame (int startX, int startY, int endX, int endY)
static void	Reframe (int x, int y, bool resetFrame=false)
static void	RefreshSection (int sectionX, int sectionY)
static void	RefreshSections (int startX, int startY, int endX, int endY)
static void	RefreshStrip (int xStart, int yStart, int xEnd, int yEnd, ref int totalEcho, ref int totalFramed)
static void	RenameWorld (WorldFileData data, string newName, Action< string > callback=null)
static void	RenameWorldCallBack (object threadContext)
static bool	ReplaceTile (int x, int y, ushort targetType, int targetStyle)
static bool	ReplaceWall (int x, int y, ushort targetWall)
static void	ResetTreeShakes ()
static bool	RightEdgeCanBeAttachedTo (int i, int j)
static bool	RoomNeeds (int npcType)
static void	saveAndPlay ()
static void	saveAndPlayCallBack (object threadContext)
static void	SaveAndQuit (Action callback=null)
static void	SaveAndQuitCallBack (object threadContext)
static void	saveToonWhilePlaying ()
static void	saveToonWhilePlayingCallBack (object threadContext)
static void	ScoreRoom (int ignoreNPC=-1, int npcTypeAskingToScoreRoom=-1)
static void	SectionTileFrame (int sectionStartX, int sectionStartY, int sectionEndXInclusive, int sectionEndYInclusive)
static void	SectionTileFrameWithCheck (int startX, int startY, int endX, int endY)
static Task	serverLoadWorld ()
static void	serverLoadWorldCallBack ()
static void	setBG (int bg, int style)
static void	setMoss (int x, int y)
static void	SetupStatueList ()
static void	setWorldSize ()
static void	setXmasTree (int x, int y, int obj, int style)
static bool	ShellPile (int X, int Y)
static bool	ShiftTallGate (int x, int y, bool closing, bool forced=false)
static bool	ShiftTrapdoor (int x, int y, bool playerAbove, int onlyCloseOrOpen=-1)
static void	Shimmerator (int x, int y, bool jungle=false, bool lavaOk=false)
static bool	ShimmerMakeBiome (int X, int Y)
static void	ShimmerRemoveWater ()
static void	ShootFromCannon (int x, int y, int angle, int ammo, int Damage, float KnockBack, int owner, bool fromWire)
static void	ShroomPatch (int i, int j)
static bool	SlopeTile (int i, int j, int slope=0, bool noEffects=false)
static void	SmashAltar (int i, int j)
static void	smCallBack (object threadContext)
static void	SnowCloudIsland (int i, int j)
static bool	SolidOrSlopedTile (int x, int y)
static bool	SolidOrSlopedTile (Tile tile)
static bool	SolidTile (int i, int j, bool noDoors=false)
static bool	SolidTile (Point p)
static bool	SolidTile (Tile testTile)
static bool	SolidTile2 (int i, int j)
static bool	SolidTile2 (Tile testTile)
static bool	SolidTile3 (int i, int j)
static bool	SolidTile3 (Tile t)
static bool	SolidTileAllowBottomSlope (int i, int j)
static bool	SolidTileAllowLeftSlope (int i, int j)
static bool	SolidTileAllowRightSlope (int i, int j)
static bool	SolidTileAllowTopSlope (int i, int j)
static bool	SolidTileNoAttach (int i, int j)
static void	SonOfLakinater (int i, int j, double strengthMultiplier=1.0)
static bool	SpawnFallingBlockProjectile (int i, int j, Tile tileCache, Tile tileTopCache, Tile tileBottomCache, int type)
static void	SpawnPlanteraThorns (Vector2 position)
static TownNPCSpawnResult	SpawnTownNPC (int x, int y)
static void	SpawnTravelNPC ()
static void	SpreadDesertWalls (int wallDist, int i, int j)
static void	SpreadGrass (int i, int j, int dirt=0, int grass=2, bool repeat=true, TileColorCache color=default(TileColorCache))
static void	SquareTileFrame (int i, int j, bool resetFrame=true)
static void	SquareWallFrame (int i, int j, bool resetFrame=true)
static void	StartHardmode ()
static void	StartImpendingDoom (int countdownTime)
static bool	StartRoomCheck (int x, int y)
static bool	Statue (int x, int y, byte paint)
static bool	StonePatch (int X, int Y)
static void	SwitchCannon (int i, int j)
static void	SwitchFountain (int i, int j)
static void	SwitchMB (int i, int j)
static void	SwitchMonolith (int i, int j)
static void	templeCleaner (int x, int y)
static void	templePart2 ()
static Vector2D	templePather (Vector2D templePath, int destX, int destY)
static void	tileCountAndDestroy ()
static int	tileCounter (int x, int y)
static void	tileCounterKill ()
static void	tileCounterNext (int x, int y)
static bool	TileEmpty (int i, int j)
static void	TileFrame (int i, int j, bool resetFrame=false, bool noBreak=false)
static bool	TileIsExposedToAir (int x, int y)
static void	TileMergeAttempt (int myType, bool[] lookfor, bool[] exclude, ref int up, ref int down, ref int left, ref int right, ref int upLeft, ref int upRight, ref int downLeft, ref int downRight)
static void	TileMergeAttempt (int myType, bool[] lookfor, ref int up, ref int down, ref int left, ref int right)
static void	TileMergeAttempt (int myType, bool[] lookfor, ref int up, ref int down, ref int left, ref int right, ref int upLeft, ref int upRight, ref int downLeft, ref int downRight)
static void	TileMergeAttempt (int myType, int lookfor, ref int up, ref int down, ref int left, ref int right)
static void	TileMergeAttempt (int myType, int lookfor, ref int up, ref int down, ref int left, ref int right, ref int upLeft, ref int upRight, ref int downLeft, ref int downRight)
static void	TileMergeAttemptFrametest (int i, int j, int myType, bool[] lookfor, ref int up, ref int down, ref int left, ref int right, ref int upLeft, ref int upRight, ref int downLeft, ref int downRight)
static void	TileMergeAttemptFrametest (int i, int j, int myType, int lookfor, ref int up, ref int down, ref int left, ref int right, ref int upLeft, ref int upRight, ref int downLeft, ref int downRight)
static void	TileMergeAttemptWeird (int myType, int changeTo, bool[] exclude, ref int up, ref int down, ref int left, ref int right, ref int upLeft, ref int upRight, ref int downLeft, ref int downRight)
static void	TileRunner (int i, int j, double strength, int steps, int type, bool addTile=false, double speedX=0.0, double speedY=0.0, bool noYChange=false, bool overRide=true, int ignoreTileType=-1)
	Places small splotches of the specified tile starting at the designated coordinates. This should only be used early in world generation code. OreRunner(int, int, double, int, ushort) is a safer version that can be used anytime without corrupting tiles. More detailed information and a video guide can be found on the World Generation wiki page
static int	TileType (int x, int y)
static void	ToggleGemLock (int i, int j, bool on)
static bool	TopEdgeCanBeAttachedTo (int i, int j)
static void	TreeGrowFX (int x, int y, int height, int treeGore, bool hitTree=false)
static void	TreeGrowFXCheck (int x, int y)
static void	TriggerLunarApocalypse ()
static bool	TryGrowingTreeByType (int treeTileType, int checkedX, int checkedY)
static bool	TryKillingReplaceableTile (int x, int y, int tileType)
static bool	TryKillingTreesAboveIfTheyWouldBecomeInvalid (int i, int j, int newFloorType)
static void	TryProtectingSpawnedItems ()
static bool	TryToggleLight (int x, int y, bool? forcedState, bool skipWires)
static void	UndoSpawnedItemProtection ()
static void	UnlockDoor (int i, int j)
static void	UnspawnTravelNPC ()
static void	UpdateDesertHiveBounds (int x, int y)
static void	UpdateLunarApocalypse ()
static bool	UpdateMapTile (int i, int j, bool addToList=true)
static bool	UpdateStalagtiteStyle (int x, int j)
static void	UpdateWorld ()
static bool	VanityTreeGroundTest (int tileType)
static void	WaterCheck ()
static void	WavyCaverer (int startX, int startY, double waveStrengthScalar, double wavePercentScalar, int steps, int type)
static bool	WillWaterPlacedHereStayPut (int x, int y)
static void	worldGenCallback (object threadContext)
static bool	WouldTileReplacementBeBlockedByLiquid (int x, int y, int liquidType)
static bool	WouldTileReplacementWork (ushort attemptingToReplaceWith, int x, int y)

Static Public Attributes
static UnifiedRandom	_genRand
static int	_genRandSeed = -2
static int	_lastSeed
static bool	AllowedToSpreadInfections = true
static int	altarCount
static BackgroundChangeFlashInfo	BackgroundsCache = new BackgroundChangeFlashInfo()
static readonly int	beachDistance = 380
static int	bestX
static int	bestY
const bool	BUBBLES_SOLID_STATE_FOR_HOUSING = true
static readonly int	cactusWaterHeight = 25
static readonly int	cactusWaterLimit = 25
static readonly int	cactusWaterWidth = 50
static bool	canSpawn
static int	corruptBG
static Dictionary< Point, bool >	CountedTiles = new Dictionary<Point, bool>(maxTileCount)
static bool	crimson
	Indicates the selected world evil. If true, the world is a Crimson world, when false the world is a Corruption world.
static int	crimsonBG
static string	currentWorldSeed
static int	desertBG
static bool	destroyObject
static bool	dontStarveWorldGen = false
	If true, the world is generating with the The Constantsecret world seed. See also Main.dontStarveWorld.
static bool	drunkWorldGen = false
	If true, the world is generating with the Drunk worldsecret world seed. See also Main.drunkWorld.
static bool	drunkWorldGenText = false
static bool	everythingWorldGen = false
	If true, the world is generating with the Get fixed boi (aka Zenith)secret world seed. This seed combines multiple secret seeds. Note that the other secret world seed bools inherited by this seed will be set as well, so there is no need to specifically check both those bools and this bool. See also Main.zenithWorld.
static Queue< Point >	ExploitDestroyQueue = new Queue<Point>()
static volatile bool	gen
static bool	generatingWorld = false
static bool	getGoodWorldGen = false
	If true, the world is generating with the For the worthysecret world seed. See also Main.getGoodWorld.
static int	grassSpread
static int	hallowBG
static int	hiScore
static bool[]	houseTile = new bool[TileID.Count]
static int	iceCount
const int	InfectionAndGrassSpreadOuterWorldBuffer = 10
static bool	IsGeneratingHardMode
static int	jungleBG
static int	lavaCount
static bool	loadBackup = false
static bool	loadFailed = false
static bool	loadSuccess = false
static int	maxRoomTiles = 750
static int	maxTileCount = 3500
static int	maxWallOut2 = 5000
static int	mushroomBG
static MysticLogFairiesEvent	mysticLogsEvent = new MysticLogFairiesEvent()
static bool	noLiquidCheck
static bool	noMapUpdate
static bool	noMapUpdateRefresh = false
static bool	noTileActions
static bool	noTrapsWorldGen = false
	If true, the world is generating with the No trapssecret world seed. See also Main.noTrapsWorld.
static bool	notTheBees = false
	If true, the world is generating with the Not the beessecret world seed. See also Main.notTheBeesWorld.
static int	numRoomTiles
static int	numTileCount
static int	oceanBG
static readonly int	oceanDistance = 250
static bool	placingTraps = false
static int	prioritizedTownNPCType
static bool	remixWorldGen = false
	If true, the world is generating with the Don't dig up (aka Remix)secret world seed. See also Main.remixWorld.
static int	rockCount
static int	roomCeilingsCount
static int[]	roomCeilingX = new int[maxRoomTiles]
static int[]	roomCeilingY = new int[maxRoomTiles]
static TownNPCRoomCheckFailureReason	roomCheckFailureReason = TownNPCRoomCheckFailureReason.None
static int[]	roomX = new int[maxRoomTiles]
static int	roomX1
static int	roomX2
static int[]	roomY = new int[maxRoomTiles]
static int	roomY1
static int	roomY2
static int	sandCount
static int	shadowOrbCount
static bool	shadowOrbSmashed
static readonly int	shimmerSafetyDistance = 150
static int	shroomCount
static int	SmallConsecutivesEliminated = 0
static int	SmallConsecutivesFound = 0
static int	snowBG
static int	spawnDelay
static bool	spawnEye
static int	spawnHardBoss
static bool	spawnMeteor
static string	statusText = ""
static byte	tBlood
static bool	tempRemixWorldGen = false
static bool	tempTenthAnniversaryWorldGen = false
static bool	tenthAnniversaryWorldGen = false
	If true, the world is generating with the Celebrationmk10secret world seed. See also Main.tenthAnniversaryWorld.
static byte	tEvil
static byte	tGood
static int[]	tileCounts = new int[TileID.Count]
static int	tileReframeCount
static int	totalBlood
static int	totalBlood2
static int	totalD
static int	totalEvil
static int	totalEvil2
static int	totalGood
static int	totalGood2
static int	totalSolid
static int	totalSolid2
static int	totalX
static TownRoomManager	TownManager = new TownRoomManager()
static int	treeBG1
static int	treeBG2
static int	treeBG3
static int	treeBG4
static TreeTopsInfo	TreeTops = new TreeTopsInfo()
static int	underworldBG
const bool	USE_FRAMING_SKIP_FOR_UNIMPORTANT_TILES_IN_WORLDGEN = false
static bool	worldBackup
static bool	worldCleared
static int	WorldGenParam_Evil = -1
const int	WorldSizeLargeX = 8400
const int	WorldSizeLargeY = 2400
const int	WorldSizeMediumX = 6400
const int	WorldSizeMediumY = 1800
const int	WorldSizeSmallX = 4200
const int	WorldSizeSmallY = 1200

Properties
static UnifiedRandom	genRand [get]
	The random number generator for world generation. It is important to use this instead of Main.rand for all world generation randomness to make the world seed feature reliable.
static double	oceanLevel [get]
static bool	SkipFramingBecauseOfGen [get]
static IReadOnlyDictionary< string, GenPass >	VanillaGenPasses [get]

Member Function Documentation

AddBuriedChest()

static bool WorldGen.AddBuriedChest ( int  i, int  j, int  contain = 0, bool  notNearOtherChests = false, int  Style = -1, bool  trySlope = false, ushort  chestTileType = 0  )

static

Attempts to place a chest and fill it with typical loot according to the style (Style ) and depth. Without any parameters, a regular, gold, or locked shadow chest will be created, depending on the depth. You can pass in an item type (contain ) and the first item in the chest will be that item. Unlike PlaceChest(int, int, ushort, bool, int), the resulting chest will be placed with the bottom right corner at the given coordinates (i , j ). In addition, if the given j coordinate isn't suitable, AddBuriedChest will search down from the given coordinate to find the first solid tile it encounters and attempt to place there. This method returns true if a chest was successfully placed, but be aware that the chest might not be exactly at the coordinates you provide. This makes further adjusting the chest contents directly difficult. A video guide can be found on the World Generation wiki page. It shows an example of running the method with the default parameters WorldGen.AddBuriedChest(x, y);. Notice how the chest style changes according to depth and how the chest is placed on the floor directly below the provided coordinates if possible.

Parameters

i
j
contain
notNearOtherChests
Style
trySlope
chestTileType

Returns

Convert()

static void WorldGen.Convert ( int  i, int  j, int  conversionType, int  size = 4  )

static

Converts biome variant tiles and walls to a target biome.
Converts a 9x9 square by default, but can be adjusted with the size parameter.

For an easily-viewable usage example, refer to the code for projectile AI style 31 (used for the Clentaminator's solutions).

Parameters

i	The X coordinate of the target tile.
j	The Y coordinate of the target tile.
conversionType	The biome that you wish to convert to. See BiomeConversionID Setting this to 0 (Purity) returns affected tiles to their default states (e.g. Ebonstone, Crimstone, and Pearlstone will be converted back into normal Stone Blocks).
size	When using this method to convert tiles, a square centered on the target tile is converted into those of the target biome. This optional parameter, which defaults to 4, determines the "radius" of that square in tiles, counting outward from the central tile. Set to 0 if you only want to convert a single tile. In other cases, use this parameter wisely.

InWorld()

static bool WorldGen.InWorld ( int  x, int  y, int  fluff = 0  )

static

Returns true if the provided tile coordinates are within the world bounds. When dealing with random coordinates combined with addition or subtraction, there is a chance you might construct coordinates outside the bounds of the world. This will crash world generation, so it is important that you check that the coordinates are suitable before attempting to do things at those coordinates. Use this method to check if the given coordinates fall inside the world. The fluff parameter further checks that the coordinates are at least that many tiles away from the edge, which is useful for world generation actions that could affect large areas of tiles.

Parameters

x
y
fluff

Returns

KillTile()

static void WorldGen.KillTile ( int  i, int  j, bool  fail = false, bool  effectOnly = false, bool  noItem = false  )

static

Attempts to destroy the tile at the provided tile coordinates.Callers can use fail , effectOnly , and noItem to dictate if the intention is to not actually kill the tile, only spawn kill tile effects, and not drop items respectively. For example, worms typically use fail: true, effectOnly: true to spawn dust indicating the worm burrowing through the ground. ModTile.KillTile(int, int, ref bool, ref bool, ref bool) and GlobalTile.KillTile(int, int, int, ref bool, ref bool, ref bool) will be called to modify those values.Note that this method will destroy a single tile and then call the tile framing code. The noItem parameter is only relevant for 1x1 tiles, not multi-tiles. The tile framing code is what triggers multi-tiles to destroy all of their remaining tiles and drop their placement item. GlobalTile.Drop(int, int, int) must be used by the caller if the intention is to prevent item drops from a multi-tile.

Parameters

i
j
fail	Prevents the tile from being destroyed, but still plays a hit sound
effectOnly	Prevents the tile from being destroyed but still spawns hit dust and prevents the hit sound.
noItem	Prevents the item from dropping. Only relevant for 1x1 tiles.

OreRunner()

static void WorldGen.OreRunner ( int  i, int  j, double  strength, int  steps, ushort  type  )

static

Similar to TileRunner(int, int, double, int, int, bool, double, double, bool, bool, int), but without many of the options. OreRunner places small splotches of the specified tile (type ) starting at the coordinates (i and j in tile coordinates). OreRunner only replaces active tiles (Tile.HasTile) that are either TileID.Sets.CanBeClearedDuringOreRunner or Main.tileMoss, making it suitable to be used even after FrameImportant tiles (Main.tileFrameImportant) exist in the world. If you have a tile that should be susceptible to being replaced when additional ores are spawned in the world, set TileID.Sets.CanBeClearedDuringOreRunner to true for that ModTile. Vanilla code only uses this method when spawning hardmode ores. This method is suitable for use in-game and in multiplayer as it both frames and syncs tile changes.

Parameters

i
j
strength
steps
type

PlaceChest()

static int WorldGen.PlaceChest ( int  x, int  y, ushort  type = 21, bool  notNearOtherChests = false, int  style = 0  )

static

Attempts to place a chest at the given tile coordinates. The coordinate provided (x , y ) will be the bottom left corner of the resulting chest, if the method succeeds. type is the tile type to place, and style is the tile style to place. For vanilla chests, you can count from zero starting from the left in the Tiles_21.png image after extracting the vanilla texturesto find the style you want to place. Another option is to follow the Tile IDs wiki guideto find the style. notNearOtherChests can be set to true to prevent the chest from placing if another chest exists within 25 tiles left or right and 8 tiles up or down. This method returns the chest index (the index within Main.chest) of the chest that was successfully placed or -1 if placing the chest failed. Chest placement can fail for many reasons, such as if existing tiles block the space, or if there isn't 2 suitable solid tiles directly below the intended location. See the "Try Until Success" section of the World Generation wiki guidefor an approach to using this method. See the "Placing Items in Chests" section of the World Generation wiki guidefor info on placing items in the chest. The AddBuriedChest(int, int, int, bool, int, bool, ushort) method places a chest and fills it with the default items for that chest.

Parameters

x
y
type
notNearOtherChests
style

Returns

PlaceSmallPile()

static bool WorldGen.PlaceSmallPile ( int  i, int  j, int  X, int  Y, ushort  type = 185  )

static

Places TileID.SmallPiles tiles. This tile is special and doesn't follow the normal style rules and won't place with PlaceTile. i and j are the coordinates. X and Y are the count and row indexes of the specific tile in the texture file. Indexes count from left to right and start at 0. So for example the Sapphire Stash would have Y=1 (second row) and X=21 (22nd 2x1 tile).

Parameters

i
j
X
Y
type

Returns

PlaceTile()

static bool WorldGen.PlaceTile ( int  i, int  j, int  Type, bool  mute = false, bool  forced = false, int  plr = -1, int  style = 0  )

static

PlaceTile is the main way to place individual tiles while obeying anchor considerations. Most of the other PlaceX methods in the WorldGen class are called by this method. i and j are the tile coordinates. These coordinates relate to the origin of the tile, not necessarily the top left corner of the tile. Read the Basic Tile wiki guideto familiarize yourself with the concepts of Anchors and Origins. mute indicates if a sound should be made, this only applies to in-game usage as sounds are all muted during world gen. forced attempts to place the tile even if other tiles are already at the coordinates, but it is unreliable. plr does nothing except affect bathtubs. style refers to the style of the tile type provided. Styles are explained in the Basic Tile guide. PlaceTile returns a bool indicating placement success. Unfortunately, it doesn't work, don't use it. Checking the coordinates after calling PlaceTile is a good way to check if the placement was a success: if(Main.tile[x, y].TileType == TileID.Campfire) PlaceTile doesn't expose everything. For example, attempting to place a tile with a specific style will be ignored by many of the underlying methods. Another issue is that it is impossible to place a tile that has left and right placement orientations facing right. In these situations, you might need to manually place each tile in the multitile or use PlaceObject(int, int, int, bool, int, int, int, int) instead. WorldGen.PlaceObject requires more input. For example, placing Coral with PlaceObject means you have to manually specify the style, as the random style (TileObjectData.RandomStyleRange) choosing is a feature of PlaceTile. If called in-game, the changed tiles would need to be synced if placement is successful. See NetMessage.SendTileSquare(int, int, int, int, int, TileChangeType) for more information and examples.

Parameters

i
j
Type
mute
forced
plr
style

Returns

RandomWorldPoint()

static Point WorldGen.RandomWorldPoint ( int  top = 0, int  right = 0, int  bottom = 0, int  left = 0  )

static

Generates a random tile coordinate within the world bounds. The optional parameters define additional padding, avoiding the edges or defining a target area. Point point = WorldGen.RandomWorldPoint((int)Main.worldSurface, 40, 500, 60) is equivalent to

int x = WorldGen.genRand.Next(60, Main.maxTilesX - 40); int y = WorldGen.genRand.Next((int)Main.worldSurface, Main.maxTilesY - 500);

Parameters

top
right
bottom
left

Returns