SMath

Summary

Definition

Namespace: SDT4.Managed.Core.Math
Assembly: SDT4.Managed.Core.dll

static class SMath

Inheritance:

Object ➔ SMath

Implements:

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Fields

Name	Type	Description
public static E	Single
public static TWO_PI	Single
public static TAU	Single
public static PI	Single
public static HALF_PI	Single
public static QUARTER_PI	Single
public static FLT_EPSILON	Single

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Properties

Name	Type	Description

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Methods

public static Boolean IsBetween(Single value, Single min, Single max)

Parameters:

• value (Single):

• min (Single):

• max (Single):

Returns:

• Boolean:

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public static Boolean IsBetweenOrEqual(Single value, Single min, Single max)

Parameters:

• value (Single):

• min (Single):

• max (Single):

Returns:

• Boolean:

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public static Single Clamp(Single value, Single min, Single max)

Parameters:

• value (Single):

• min (Single):

• max (Single):

Returns:

• Single:

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public static Single Sign(Single value)

Parameters:

• value (Single):

Returns:

• Single:

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public static Single Abs(Single value)

Parameters:

• value (Single):

Returns:

• Single:

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public static Single Min(Single x, Single y)

Parameters:

• x (Single):

• y (Single):

Returns:

• Single:

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public static Single Max(Single x, Single y)

Parameters:

• x (Single):

• y (Single):

Returns:

• Single:

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public static Single Saturate(Single value)

Parameters:

• value (Single):

Returns:

• Single:

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public static Single Sin(Single theta)

Parameters:

• theta (Single):

Returns:

• Single:

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public static Single Cos(Single theta)

Parameters:

• theta (Single):

Returns:

• Single:

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public static Single Tan(Single theta)

Parameters:

• theta (Single):

Returns:

• Single:

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public static Single Asin(Single x)

Parameters:

• x (Single):

Returns:

• Single:

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public static Single Acos(Single x)

Parameters:

• x (Single):

Returns:

• Single:

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public static Single Atan(Single x)

Parameters:

• x (Single):

Returns:

• Single:

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public static Single Atan2(Single x, Single y)

Parameters:

• x (Single):

• y (Single):

Returns:

• Single:

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public static Single Sqrt(Single x)

Parameters:

• x (Single):

Returns:

• Single:

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public static Single Pow(Single x, Single exponent)

Parameters:

• x (Single):

• exponent (Single):

Returns:

• Single:

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public static Single Exp(Single x)

Parameters:

• x (Single):

Returns:

• Single:

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public static Single Exp(Single x, Single baseV)

Parameters:

• x (Single):

• baseV (Single):

Returns:

• Single:

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public static Single Log(Single x)

Parameters:

• x (Single):

Returns:

• Single:

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public static Single Log(Single x, Single baseV)

Parameters:

• x (Single):

• baseV (Single):

Returns:

• Single:

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public static Single Floor(Single value)

Parameters:

• value (Single):

Returns:

• Single:

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public static Single Ceil(Single value)

Parameters:

• value (Single):

Returns:

• Single:

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public static Single Lerp(Single begin, Single end, Single alpha)

Parameters:

• begin (Single):

• end (Single):

• alpha (Single):

Returns:

• Single:

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public static Vector2f Lerp(Vector2f begin, Vector2f end, Single alpha)

Parameters:

• begin (Vector2f):

• end (Vector2f):

• alpha (Single):

Returns:

• Vector2f:

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public static Vector3f Lerp(Vector3f begin, Vector3f end, Single alpha)

Parameters:

• begin (Vector3f):

• end (Vector3f):

• alpha (Single):

Returns:

• Vector3f:

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public static Vector4f Lerp(Vector4f begin, Vector4f end, Single alpha)

Parameters:

• begin (Vector4f):

• end (Vector4f):

• alpha (Single):

Returns:

• Vector4f:

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public static Quaternion Slerp(Quaternion begin, Quaternion end, Single alpha)

Parameters:

• begin (Quaternion):

• end (Quaternion):

• alpha (Single):

Returns:

• Quaternion:

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public static Single LerpTowards(Single begin, Single end, Single delta)

Parameters:

• begin (Single):

• end (Single):

• delta (Single):

Returns:

• Single:

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public static Vector2f LerpTowards(Vector2f begin, Vector2f end, Single delta)

Parameters:

• begin (Vector2f):

• end (Vector2f):

• delta (Single):

Returns:

• Vector2f:

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public static Vector3f LerpTowards(Vector3f begin, Vector3f end, Single delta)

Parameters:

• begin (Vector3f):

• end (Vector3f):

• delta (Single):

Returns:

• Vector3f:

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public static Vector4f LerpTowards(Vector4f begin, Vector4f end, Single delta)

Parameters:

• begin (Vector4f):

• end (Vector4f):

• delta (Single):

Returns:

• Vector4f:

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public static Quaternion SlerpTowards(Quaternion begin, Quaternion end, Single delta)

Parameters:

• begin (Quaternion):

• end (Quaternion):

• delta (Single):

Returns:

• Quaternion:

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public static Single Dot(Quaternion fa, Quaternion fb)

Parameters:

• fa (Quaternion):

• fb (Quaternion):

Returns:

• Single:

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public static Quaternion RotateAround(Quaternion q, Vector3f axis, Single angle)

Parameters:

• q (Quaternion):

• axis (Vector3f):

• angle (Single):

Returns:

• Quaternion:

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public static Quaternion ToQuat(Vector3f axis, Single angle)

Parameters:

• axis (Vector3f):

• angle (Single):

Returns:

• Quaternion:

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public static Quaternion LookAt(Vector3f direction, Nullable<Vector3f> up)

Parameters:

• direction (Vector3f):

• up (Nullable<Vector3f>):

Returns:

• Quaternion:

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public static Quaternion EulerYxzToQuat(Vector3f eulerYxz)

Parameters:

• eulerYxz (Vector3f):

Returns:

• Quaternion:

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public static Vector3f ToEulerYxz(Quaternion q)

Parameters:

• q (Quaternion):

Returns:

• Vector3f:

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public static Quaternion ToQuat(Matrix3x3f m)

Parameters:

• m (Matrix3x3f):

Returns:

• Quaternion:

---

public static Matrix3x3f ToRotationMatrix(Quaternion q)

Parameters:

• q (Quaternion):

Returns:

• Matrix3x3f:

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public static Single Step(Single edge, Single x)

Parameters:

• edge (Single):

• x (Single):

Returns:

• Single:

---

public static Single LinearStep(Single edgeMin, Single edgeMax, Single x)

Parameters:

• edgeMin (Single):

• edgeMax (Single):

• x (Single):

Returns:

• Single:

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public static Single SmoothStep(Single edgeMin, Single edgeMax, Single x)

Parameters:

• edgeMin (Single):

• edgeMax (Single):

• x (Single):

Returns:

• Single:

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public static Single HardStep(Single edgeMin, Single edgeMax, Single x)

Parameters:

• edgeMin (Single):

• edgeMax (Single):

• x (Single):

Returns:

• Single:

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public static Vector2f Normalize(Vector2f f2)

Parameters:

• f2 (Vector2f):

Returns:

• Vector2f:

---

public static Vector3f Normalize(Vector3f f3)

Parameters:

• f3 (Vector3f):

Returns:

• Vector3f:

---

public static Vector4f Normalize(Vector4f f4)

Parameters:

• f4 (Vector4f):

Returns:

• Vector4f:

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public static Quaternion Normalize(Quaternion q)

Parameters:

• q (Quaternion):

Returns:

• Quaternion:

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public static Single Dot(Vector2f fa, Vector2f fb)

Parameters:

• fa (Vector2f):

• fb (Vector2f):

Returns:

• Single:

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public static Single Dot(Vector3f fa, Vector3f fb)

Parameters:

• fa (Vector3f):

• fb (Vector3f):

Returns:

• Single:

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public static Single Dot(Vector4f fa, Vector4f fb)

Parameters:

• fa (Vector4f):

• fb (Vector4f):

Returns:

• Single:

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public static Vector3f Cross(Vector3f fa, Vector3f fb)

Parameters:

• fa (Vector3f):

• fb (Vector3f):

Returns:

• Vector3f:

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public static Single Distance(Vector2f fa, Vector2f fb)

Parameters:

• fa (Vector2f):

• fb (Vector2f):

Returns:

• Single:

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public static Single Distance(Vector3f fa, Vector3f fb)

Parameters:

• fa (Vector3f):

• fb (Vector3f):

Returns:

• Single:

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public static Single Distance(Vector4f fa, Vector4f fb)

Parameters:

• fa (Vector4f):

• fb (Vector4f):

Returns:

• Single:

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