Utils Class Reference

Classes
struct	ChaseResults

Public Member Functions
delegate Color	ColorLerpMethod (float percent)
delegate void	LaserLineFraming (int stage, Vector2 currentPosition, float distanceLeft, Rectangle lastFrame, out float distanceCovered, out Rectangle frame, out Vector2 origin, out Color color)
delegate bool	TileActionAttempt (int x, int y)

Static Public Member Functions
static float	AngleFrom (this Vector2 Origin, Vector2 Target)
static float	AngleLerp (this float curAngle, float targetAngle, float amount)
static float	AngleTo (this Vector2 Origin, Vector2 Target)
static float	AngleTowards (this float curAngle, float targetAngle, float maxChange)
static bool	Between (this Vector2 vec, Vector2 minimum, Vector2 maximum)
static Vector2	Bottom (this Rectangle r)
static Vector2	BottomLeft (this Rectangle r)
static Vector2	BottomRight (this Rectangle r)
static Vector2	Center (this Rectangle r)
static Rectangle	CenteredRectangle (Vector2 center, Vector2 size)
static T	Clamp< T > (T value, T min, T max)
static void	ClampWithinWorld (ref int minX, ref int minY, ref int maxX, ref int maxY, bool lastValuesInclusiveToIteration=false, int fluffX=0, int fluffY=0)
static Vector2	ClosestPointInRect (this Rectangle r, Vector2 point)
static Vector2	ClosestPointOnLine (this Vector2 P, Vector2 A, Vector2 B)
	Returns the closest point on a line segment from A to B to another point P . The resulting point will be on the line and not extend past A or B.
static long	CoinsCombineStacks (out bool overFlowing, params long[] coinCounts)
static long	CoinsCount (out bool overFlowing, Item[] inv, params int[] ignoreSlots)
static int[]	CoinsSplit (long count)
static Color	ColorLerp_BlackToWhite (float percent)
static string[]	ConvertMonoArgsToDotNet (string[] brokenArgs)
static int	Count< T > (this T[] arr, T value)
static bool	deepCompare (this int[] firstArray, int[] secondArray)
static Vector2	DirectionFrom (this Vector2 Origin, Vector2 Target)
static Vector2	DirectionTo (this Vector2 Origin, Vector2 Target)
static float	Distance (this Rectangle r, Vector2 point)
static float	Distance (this Vector2 Origin, Vector2 Target)
static float	DistanceSQ (this Vector2 Origin, Vector2 Target)
static bool	DoesFitInCone (Vector2 point, Vector2 coneCenter, float coneLength, float coneRotation, float maximumAngle)
static Vector2	DrawBorderString (SpriteBatch sb, string text, Vector2 pos, Color color, float scale=1f, float anchorx=0f, float anchory=0f, int maxCharactersDisplayed=-1)
static Vector2	DrawBorderStringBig (SpriteBatch spriteBatch, string text, Vector2 pos, Color color, float scale=1f, float anchorx=0f, float anchory=0f, int maxCharactersDisplayed=-1)
static void	DrawBorderStringFourWay (SpriteBatch sb, DynamicSpriteFont font, string text, float x, float y, Color textColor, Color borderColor, Vector2 origin, float scale=1f)
static void	DrawCursorSingle (SpriteBatch sb, Color color, float rot=float.NaN, float scale=1f, Vector2 manualPosition=default(Vector2), int cursorSlot=0, int specialMode=0)
static void	DrawInvBG (SpriteBatch sb, float x, float y, float w, float h, Color c=default(Color))
static void	DrawInvBG (SpriteBatch sb, int x, int y, int w, int h, Color c=default(Color))
static void	DrawInvBG (SpriteBatch sb, Rectangle R, Color c=default(Color))
static void	DrawLaser (SpriteBatch sb, Texture2D tex, Vector2 start, Vector2 end, Vector2 scale, LaserLineFraming framing)
static void	DrawLine (SpriteBatch spriteBatch, Point start, Point end, Color color)
static void	DrawLine (SpriteBatch spriteBatch, Vector2 start, Vector2 end, Color color)
static void	DrawLine (SpriteBatch spriteBatch, Vector2 start, Vector2 end, Color colorStart, Color colorEnd, float width)
static void	DrawPanel (Texture2D texture, int edgeWidth, int edgeShove, SpriteBatch spriteBatch, Vector2 position, float width, Color color)
static void	DrawRect (SpriteBatch spriteBatch, Rectangle rect, Color color)
static void	DrawRect (SpriteBatch spriteBatch, Vector2 start, Vector2 end, Color color)
static void	DrawRect (SpriteBatch spriteBatch, Vector2 topLeft, Vector2 topRight, Vector2 bottomRight, Vector2 bottomLeft, Color color)
static void	DrawRectangle (SpriteBatch sb, Vector2 start, Vector2 end, Color colorStart, Color colorEnd, float width)
static void	DrawRectForTilesInWorld (SpriteBatch spriteBatch, Point start, Point end, Color color)
static void	DrawRectForTilesInWorld (SpriteBatch spriteBatch, Rectangle rect, Color color)
static void	DrawSettings2Panel (SpriteBatch spriteBatch, Vector2 position, float width, Color color)
static void	DrawSettingsPanel (SpriteBatch spriteBatch, Vector2 position, float width, Color color)
static void	DrawSplicedPanel (SpriteBatch sb, Texture2D texture, int x, int y, int w, int h, int leftEnd, int rightEnd, int topEnd, int bottomEnd, Color c)
static Vector2	FactorAcceleration (Vector2 currentVelocity, float timeToInterception, Vector2 descendOfProjectile, int framesOfLenience)
static bool	FloatIntersect (float r1StartX, float r1StartY, float r1Width, float r1Height, float r2StartX, float r2StartY, float r2Width, float r2Height)
static Vector2	Floor (this Vector2 vec)
static string	FormatWith (string original, object obj)
static Rectangle	Frame (this Asset< Texture2D > tex, int horizontalFrames=1, int verticalFrames=1, int frameX=0, int frameY=0, int sizeOffsetX=0, int sizeOffsetY=0)
static Rectangle	Frame (this Texture2D tex, int horizontalFrames=1, int verticalFrames=1, int frameX=0, int frameY=0, int sizeOffsetX=0, int sizeOffsetY=0)
	Returns a Rectangle region ("frame") of the Texture2D corresponding to the layout provided. Can be used to easily retrieve coordinates for drawing a specific frame of a texture. For example texture.Frame(1, 3, 0, 2) indicates that the texture has 1 column and 3 rows and returns the coordinates of the bottom (index #2, or 3rd) frame of the only column.
static ChaseResults	GetChaseResults (Vector2 chaserPosition, float chaserSpeed, Vector2 runnerPosition, Vector2 runnerVelocity)
static float	GetDayTimeAs24FloatStartingFromMidnight ()
	Returns the current world time in a 24 hour clock representation. This value is derived from Main.dayTime and Main.time. For example Utils.GetDayTimeAs24FloatStartingFromMidnight() < 6.50f would check if the time is before 6:30 AM.
static Vector2	GetDayTimeAsDirectionIn24HClock ()
static Vector2	GetDayTimeAsDirectionIn24HClock (float timeFrom0To24)
static double	GetLerpValue (double from, double to, double t, bool clamped=false)
static float	GetLerpValue (float from, float to, float t, bool clamped=false)
static List< int >	GetTrueIndexes (params bool[][] arrays)
static List< int >	GetTrueIndexes (this bool[] array)
static bool	HasNaNs (this Vector2 vec)
static int	Height (this Asset< Texture2D > asset)
static string	Hex3 (this Color color)
static string	Hex4 (this Color color)
static bool	IndexInRange< T > (this List< T > t, int index)
static bool	IndexInRange< T > (this T[] t, int index)
static bool	IntersectsConeFastInaccurate (this Rectangle targetRect, Vector2 coneCenter, float coneLength, float coneRotation, float maximumAngle)
static bool	IntersectsConeSlowMoreAccurate (this Rectangle targetRect, Vector2 coneCenter, float coneLength, float coneRotation, float maximumAngle)
static bool	IsPowerOfTwo (int x)
static Vector2	Left (this Rectangle r)
static double	Lerp (double value1, double value2, double amount)
static float	LineRectangleDistance (Rectangle rect, Vector2 lineStart, Vector2 lineEnd)
static void	LogAndChatAndConsoleInfoMessage (string message)
static void	LogAndConsoleErrorMessage (string message)
static void	LogAndConsoleInfoMessage (string message)
static void	LogAndConsoleInfoMessageFormat (string format, params object[] args)
static Version	MajorMinor (this Version v)
static Version	MajorMinorBuild (this Version v)
static R[]	MapArray< T, R > (T[] array, Func< T, R > mapper)
static T	Max< T > (params T[] args)
static Rectangle	Modified (this Rectangle r, int x, int y, int w, int h)
static int	ModulusPositive (this int myInteger, int modulusNumber)
static Vector2	MoveTowards (this Vector2 currentPosition, Vector2 targetPosition, float maxAmountAllowedToMove)
static float	MultiLerp (float percent, params float[] floats)
	Linearly interpolates between several values denoting a continuous piecewise linear function (Piecewise linear function wikipedia page). This can be used to interpolate between several values, providing finer control over the transition between values. More...
static Color	MultiplyRGB (this Color firstColor, Color secondColor)
static Color	MultiplyRGBA (this Color firstColor, Color secondColor)
static int	Next (this UnifiedRandom random, IntRange range)
static T	Next< T > (this UnifiedRandom r, IList< T > list)
	Returns a random element from the provided list. More...
static T	Next< T > (this UnifiedRandom r, T[] array)
	Returns a random element from the provided array. More...
static bool	NextBool (this UnifiedRandom r)
	Returns true or false randomly with equal chance. More...
static bool	NextBool (this UnifiedRandom r, int antecedent, int consequent)
	Returns true X out of Y times.
static bool	NextBool (this UnifiedRandom r, int consequent)
	Returns true 1 out of X times.
static T	NextEnum< T > (this T src)
static float	NextFloat (this UnifiedRandom r)
	Generates a random value between 0f (inclusive) and 1f (exclusive). It will not return 1f. More...
static float	NextFloat (this UnifiedRandom r, float maxValue)
	Generates a random value between 0f (inclusive) and maxValue (exclusive). It will not return maxValue . More...
static float	NextFloat (this UnifiedRandom r, float minValue, float maxValue)
	Generates a random value between minValue (inclusive) and maxValue (exclusive). It will not return maxValue . More...
static float	NextFloat (this UnifiedRandom random, FloatRange range)
static float	NextFloatDirection (this UnifiedRandom r)
static T	NextFromCollection< T > (this UnifiedRandom random, List< T > objs)
static T	NextFromList< T > (this UnifiedRandom random, params T[] objs)
static Vector2	NextVector2Circular (this UnifiedRandom r, float circleHalfWidth, float circleHalfHeight)
static Vector2	NextVector2CircularEdge (this UnifiedRandom r, float circleHalfWidth, float circleHalfHeight)
static Vector2	NextVector2FromRectangle (this UnifiedRandom r, Rectangle rect)
static Vector2	NextVector2Square (this UnifiedRandom r, float min, float max)
static Vector2	NextVector2Unit (this UnifiedRandom r, float startRotation=0f, float rotationRange=(float) Math.PI *2f)
static Rectangle	OffsetSize (this Rectangle rect, int xSize, int ySize)
static void	OpenFolder (string folderPath)
static void	OpenToURL (string url)
static Vector2	OriginFlip (this Rectangle rect, Vector2 origin, SpriteEffects effects)
static Dictionary< string, string >	ParseArguements (string[] args)
static float	PingPongFrom01To010 (float value)
	Remaps a provided value from 0->1 to 0->1->0, essentially turning a sawtooth pattern into a triangle wave pattern: More...
static bool	PlotLine (Point p0, Point p1, TileActionAttempt plot, bool jump=true)
static bool	PlotLine (Point16 p0, Point16 p1, TileActionAttempt plot, bool jump=true)
static bool	PlotTileArea (int x, int y, TileActionAttempt plot)
static bool	PlotTileLine (Vector2 start, Vector2 end, float width, TileActionAttempt plot)
static bool	PlotTileLine (Vector2D start, Vector2D end, double width, TileActionAttempt plot)
static bool	PlotTileTale (Vector2D start, Vector2D end, double width, TileActionAttempt plot)
static void	PoofOfSmoke (Vector2 position)
static bool	PressingControl (this KeyboardState kb)
static bool	PressingShift (this KeyboardState kb)
static string	PrettifyPercentDisplay (float percent, string originalFormat)
static T	PreviousEnum< T > (this T src)
static int	RandomConsecutive (double random, int odds)
static float	RandomFloat (ref ulong seed)
static int	RandomInt (ref ulong seed, int max)
static int	RandomInt (ref ulong seed, int min, int max)
static int	RandomNext (ref ulong seed, int bits)
static ulong	RandomNextSeed (ulong seed)
static Vector2	RandomVector2 (UnifiedRandom random, float min, float max)
static Vector2D	RandomVector2D (UnifiedRandom random, double min, double max)
static string	ReadEmbeddedResource (string path)
static Vector2	ReadPackedVector2 (this BinaryReader bb)
static Color	ReadRGB (this BinaryReader bb)
static Vector2	ReadVector2 (this BinaryReader bb)
static BitArray	ReceiveBitArray (int BitArrLength, BinaryReader reader)
	Receives the result of SendBitArray, and returns the corresponding BitArray
static bool	RectangleLineCollision (Vector2 rectTopLeft, Vector2 rectBottomRight, Vector2 lineStart, Vector2 lineEnd)
static float	Remap (float fromValue, float fromMin, float fromMax, float toMin, float toMax, bool clamped=true)
static int	Repeat (int value, int length)
static Vector2	Right (this Rectangle r)
static Vector2	RotatedBy (this Vector2 spinningpoint, double radians, Vector2 center=default(Vector2))
static Vector2D	RotatedBy (this Vector2D spinningpoint, double radians, Vector2D center=default(Vector2D))
static Vector2	RotatedByRandom (this Vector2 spinninpoint, double maxRadians)
static Vector2	RotateRandom (this Vector2 spinninpoint, double maxRadians)
static Vector2	rotateTowards (Vector2 currentPosition, Vector2 currentVelocity, Vector2 targetPosition, float maxChange)
static Vector2	Round (Vector2 input)
static Vector2	SafeNormalize (this Vector2 v, Vector2 defaultValue)
	If this Vector2 can't be normalized, either because it is a 0 length vector or has not a number values, defaultValue will be returned instead as a fallback. It will not be normalized so using Vector2.UnitX or Vector2.UnitY is appropriate. Vector2.Zero can also be appropriate if the surrounding logic expects it. Using SafeNormalize instead of Normalize avoids many difficult to anticipate issues that would cause bugs.
static T	SelectRandom< T > (UnifiedRandom random, params T[] choices)
static void	SendBitArray (BitArray arr, BinaryWriter writer)
	Bit packs a BitArray in to a Byte Array and then sends the byte array
static void	ShowFancyErrorMessage (string message, int returnToMenu, UIState returnToState=null)
static Vector2	Size (this Asset< Texture2D > tex)
static Vector2	Size (this Rectangle r)
static Vector2	Size (this Texture2D tex)
static double	SmoothStep (double min, double max, double x)
static float	SmoothStep (float min, float max, float x)
static bool	SolveQuadratic (float a, float b, float c, out float result1, out float result2)
static void	Swap< T > (ref T t1, ref T t2)
static byte[]	ToByteArray (this string str)
static int	ToDirectionInt (this bool value)
	Converts a bool to 1 if true, -1 if false. Suitable for working with Entity.direction and Projectile.spriteDirection, or anything else related to geometry.
static int	ToInt (this bool value)
	Converts a bool to 1 if true, 0 if false.
static Vector2	Top (this Rectangle r)
static Vector2	TopLeft (this Rectangle r)
static Point	ToPoint (this Point16 p)
static Point	ToPoint (this Vector2 v)
static Point	ToPoint (this Vector2D v)
static Point16	ToPoint16 (this Vector2 v)
	Converts this Vector2 to a Point16, resulting in X and Y values rounded towards 0. If the intention is to convert to Tile coordinates from World coordinates, use ToTileCoordinates16(Vector2) instead.
static Vector2	TopRight (this Rectangle r)
static float	ToRotation (this Vector2 v)
static Vector2	ToRotationVector2 (this float f)
static Vector2	ToScreenPosition (this Vector2 worldPosition)
static Point	ToTileCoordinates (this Vector2 vec)
static Point	ToTileCoordinates (this Vector2D vec)
static Point16	ToTileCoordinates16 (this Vector2 vec)
static Point16	ToTileCoordinates16 (this Vector2D vec)
static Vector2	ToVector2 (this Point p)
static Vector2	ToVector2 (this Point16 p)
static Vector2D	ToVector2D (this Point p)
static Vector2D	ToVector2D (this Point16 p)
static Vector2D	ToVector2D (this Vector2 v)
static Vector2	ToWorldCoordinates (this Point p, float autoAddX=8f, float autoAddY=8f)
static Vector2	ToWorldCoordinates (this Point p, Vector2 autoAddXY)
static Vector2	ToWorldCoordinates (this Point16 p, float autoAddX=8f, float autoAddY=8f)
static Vector2	ToWorldCoordinates (this Point16 p, Vector2 autoAddXY)
static Vector2	ToWorldCoordinates (this Vector2 v, float autoAddX=8f, float autoAddY=8f)
static Vector2	ToWorldCoordinates (this Vector2 v, Vector2 autoAddXY)
static void	TrimTextIfNeeded (ref string text, DynamicSpriteFont font, float scale, float maxWidth)
static bool	TryCreatingDirectory (string folderPath)
static float	Turn01ToCyclic010 (float value)
	Remaps a provided value from 0->1 to a cosine curve. Provides a method of turning an input sawtooth pattern into a smooth cyclic curve. This is useful when using repeating timers to drive effects that should return smoothly to their initial value before repeating rather than reset abruptly. More...
static double	UnclampedSmoothStep (double min, double max, double x)
static float	UnclampedSmoothStep (float min, float max, float x)
static DateTime	UnixTimeStampToDateTime (long unixTimeStamp)
static Vector2	Vector2FromElipse (Vector2 angleVector, Vector2 elipseSizes)
static int	Width (this Asset< Texture2D > asset)
static bool	WithinRange (this Vector2 Origin, Vector2 Target, float MaxRange)
	Returns true if the Target is within MaxRange world coordinate units of Origin .
static string[]	WordwrapString (string text, DynamicSpriteFont font, int maxWidth, int maxLines, out int lineAmount)
static List< List< TextSnippet > >	WordwrapStringSmart (string text, Color c, DynamicSpriteFont font, int maxWidth, int maxLines)
static float	WrappedLerp (float value1, float value2, float percent)
static void	WritePackedVector2 (this BinaryWriter bb, Vector2 v)
static void	WriteRGB (this BinaryWriter bb, Color c)
static void	WriteVector2 (this BinaryWriter bb, Vector2 v)
static Vector2	XY (this Vector4 vec)
static Vector3	XZW (this Vector4 vec)
static Vector3	YZW (this Vector4 vec)
static Vector2	ZW (this Vector4 vec)

Static Public Attributes
static Dictionary< DynamicSpriteFont, float[]>	charLengths = new Dictionary<DynamicSpriteFont, float[]>()
const long	MaxCoins = 999999999L

Member Function Documentation

Clamp< T >()

static T Utils.Clamp< T > ( T  value, T  min, T  max  )

static

Type Constraints

T

:

IComparable<T>

Max< T >()

static T Utils.Max< T > ( params T[]  args )

static

Type Constraints

T

:

IComparable

MultiLerp()

static float Utils.MultiLerp ( float  percent, params float[]  floats  )

static

Linearly interpolates between several values denoting a continuous piecewise linear function (Piecewise linear function wikipedia page). This can be used to interpolate between several values, providing finer control over the transition between values.

floats parameter→ 0 4 1 Range Values ↓ / \ 3
/ \ 2
/ 1 / 0 percent input→ 0 .25 .5 .75 1 output→ 0 2 4 3 2


Parameters

percent
floats

Returns

Next< T >() [1/2]

static T Utils.Next< T > ( this UnifiedRandom  r, IList< T >  list  )

static

Returns a random element from the provided list.

Template Parameters

T

Parameters

r
list

Returns

Next< T >() [2/2]

static T Utils.Next< T > ( this UnifiedRandom  r, T[]  array  )

static

Returns a random element from the provided array.

Template Parameters

T

Parameters

r
array

Returns

NextBool()

static bool Utils.NextBool ( this UnifiedRandom  r )

static

Returns true or false randomly with equal chance.

Parameters

r

Returns

NextEnum< T >()

static T Utils.NextEnum< T > ( this T  src )

static

Type Constraints

T

:

struct

NextFloat() [1/3]

static float Utils.NextFloat ( this UnifiedRandom  r )

static

Generates a random value between 0f (inclusive) and 1f (exclusive).
It will not return 1f.

Parameters

r

Returns

NextFloat() [2/3]

static float Utils.NextFloat ( this UnifiedRandom  r, float  maxValue  )

static

Generates a random value between 0f (inclusive) and maxValue (exclusive).
It will not return maxValue .

Parameters

r
maxValue

Returns

NextFloat() [3/3]

static float Utils.NextFloat ( this UnifiedRandom  r, float  minValue, float  maxValue  )

static

Generates a random value between minValue (inclusive) and maxValue (exclusive).
It will not return maxValue .

Parameters

r
minValue
maxValue

Returns

PingPongFrom01To010()

static float Utils.PingPongFrom01To010 ( float  value )

static

Remaps a provided value from 0->1 to 0->1->0, essentially turning a sawtooth pattern into a triangle wave pattern:

Original: Remap: Range Values ↓
/ / \ 1
/ / \ 0.5
/ / \ 0
Input→ 0 .5 1 0 .5 1 Output→ 0 .5 1 0 1 0 This is useful when using repeating timers to drive effects that should return linearly to their initial value before repeating rather than reset abruptly.

Parameters

value

Returns

PreviousEnum< T >()

static T Utils.PreviousEnum< T > ( this T  src )

static

Type Constraints

T

:

struct

Turn01ToCyclic010()

static float Utils.Turn01ToCyclic010 ( float  value )

static

Remaps a provided value from 0->1 to a cosine curve. Provides a method of turning an input sawtooth pattern into a smooth cyclic curve. This is useful when using repeating timers to drive effects that should return smoothly to their initial value before repeating rather than reset abruptly.

Parameters

value

Returns