Provides math ex data and the operations listed below. Related types link to the values this API consumes or returns.
Namespace: DreamPoeBot.Loki.Common
public static class MathExView DPB1 version →public static Vector3 MathEx.CalculatePointFrom(Vector3 myLoc, Vector3 targetLoc, float pointDistanceToTarget)Calculates point from using the supplied arguments.
myLocVector3targetLocVector3pointDistanceToTargetfloatReturns: The Vector3 result.
public static float MathEx.Clamp(float min, float max, float value)Executes the clamp operation with the supplied arguments.
minfloatmaxfloatvaluefloatReturns: The float result.
public static float MathEx.Distance(Vector3 point, LineSegment line)Executes the distance operation with the supplied arguments.
pointVector3lineLineSegmentReturns: The float result.
public static float MathEx.Distance(ref Vector3 point, ref LineSegment line)Executes the distance operation with the supplied arguments.
pointVector3lineLineSegmentReturns: The float result.
public static float MathEx.DistanceSqr(Vector3 point, LineSegment line)Executes the distance sqr operation with the supplied arguments.
pointVector3lineLineSegmentReturns: The float result.
public static float MathEx.DistanceSqr(ref Vector3 point, ref LineSegment line)Executes the distance sqr operation with the supplied arguments.
pointVector3lineLineSegmentReturns: The float result.
public static double MathEx.GenerateRandomNormalDistributed(double min, double max, bool isInteger = false)Generates a random number from a normal distribution within specified bounds.
mindoublemaxdoubleisIntegerboolReturns: A random number from the normal distribution within the specified range.
public static float MathEx.GetAmount(float min, float max, float value)Returns amount using the supplied arguments.
minfloatmaxfloatvaluefloatReturns: The float result.
public static float MathEx.GetPercentage(float current, float max, bool isHundredHigh = true)Returns percentage using the supplied arguments.
currentfloatmaxfloatisHundredHighboolReturns: The float result.
public static Vector3 MathEx.GetPointAt(Vector3 from, float distance, float rotationRadians)Returns point at using the supplied arguments.
fromVector3distancefloatrotationRadiansfloatReturns: The Vector3 result.
public static bool MathEx.IntersectsPath(Vector2i target, float radius, Vector2i start, Vector2i destination)Executes the intersects path operation with the supplied arguments.
targetVector2iradiusfloatstartVector2idestinationVector2iReturns: A Boolean result. The member description explains the condition being checked.
public static bool MathEx.IntersectsPath(Vector3 target, float radius, Vector3 start, Vector3 destination)Executes the intersects path operation with the supplied arguments.
targetVector3radiusfloatstartVector3destinationVector3Returns: A Boolean result. The member description explains the condition being checked.
public static float MathEx.InverseLerp(float min, float max, float amount)Executes the inverse lerp operation with the supplied arguments.
minfloatmaxfloatamountfloatReturns: The float result.
public static float MathEx.Lerp(float min, float max, float amount)Executes the lerp operation with the supplied arguments.
minfloatmaxfloatamountfloatReturns: The float result.
public static double MathEx.Random(double min, double max)Executes the random operation with the supplied arguments.
mindoublemaxdoubleReturns: The double result.
public static float MathEx.ToDegrees(float radians)Executes the to degrees operation with the supplied arguments.
radiansfloatReturns: The float result.
public static float MathEx.ToRadians(float degrees)Executes the to radians operation with the supplied arguments.
degreesfloatReturns: The float result.
public static float MathEx.WrapAngle(float radian)Executes the wrap angle operation with the supplied arguments.
radianfloatReturns: The float result.
DPB2 0.4.5.88 · Reference reviewed 2026-10-02. Descriptions use source summaries where available, otherwise concise signature-based descriptions. Examples illustrate usage; they are not a live-game test.