Struct AABox

Implements

ITransformable3D<AABox>

System.IEquatable<AABox>

System.IComparable<AABox>

Inherited Members

System.Object.Equals(System.Object, System.Object)

System.Object.GetType()

System.Object.ReferenceEquals(System.Object, System.Object)

Namespace: Vim.Math3d

Assembly: Vim.Math3D.dll

[DataContract]
public readonly struct AABox : ITransformable3D<AABox>, IEquatable<AABox>, IComparable<AABox>

Constructors

AABox((Vector3 min, Vector3 max))

public AABox((Vector3 min, Vector3 max) tuple)

AABox(Vector3, Vector3)

public AABox(Vector3 min, Vector3 max)

Fields

BackIndices

public static readonly int[] BackIndices

BottomIndices

public static readonly int[] BottomIndices

Empty

public static AABox Empty

FrontIndices

public static readonly int[] FrontIndices

LeftIndices

public static readonly int[] LeftIndices

Max

[DataMember]
public readonly Vector3 Max

MaxValue

public static AABox MaxValue

Min

[DataMember]
public readonly Vector3 Min

MinValue

public static AABox MinValue

RightIndices

public static readonly int[] RightIndices

TopIndices

public static readonly int[] TopIndices

Unit

public static readonly AABox Unit

Zero

public static AABox Zero

Properties

Center

public readonly Vector3 Center { get; }

CenterBottom

public readonly Vector3 CenterBottom { get; }

CenterDistanceToOrigin

public readonly float CenterDistanceToOrigin { get; }

Corners

public readonly Vector3[] Corners { get; }

Count

public readonly int Count { get; }

Diagonal

public readonly float Diagonal { get; }

DistanceToOrigin

public readonly float DistanceToOrigin { get; }

Extent

public readonly Vector3 Extent { get; }

IsEmpty

public readonly bool IsEmpty { get; }

IsValid

public readonly bool IsValid { get; }

Item[Int32]

public readonly Vector3 this[int n] { get; }

MaxFaceArea

public readonly float MaxFaceArea { get; }

MaxSide

public readonly float MaxSide { get; }

MinSide

public readonly float MinSide { get; }

Volume

public readonly float Volume { get; }

Methods

AlmostEquals(AABox, Single)

public readonly bool AlmostEquals(AABox x, float tolerance = 1E-07F)

CenterDistance(Vector3)

Returns the distance of the point to the box center.

public readonly float CenterDistance(Vector3 point)

CompareTo(AABox)

public readonly int CompareTo(AABox x)

Contains(AABox)

public readonly ContainmentType Contains(AABox box)

Contains(Sphere)

public readonly ContainmentType Contains(Sphere sphere)

Contains(Vector3)

public readonly bool Contains(Vector3 point)

Create(IEnumerable<Vector3>)

Create a bounding box from the given list of points.

public static AABox Create(IEnumerable<Vector3> points = null)

Create((Vector3 min, Vector3 max))

public static AABox Create((Vector3 min, Vector3 max) tuple)

Create(Vector3, Vector3)

public static AABox Create(Vector3 min, Vector3 max)

Create(Vector3[])

public static AABox Create(params Vector3[] points)

CreateFromSphere(Sphere)

public static AABox CreateFromSphere(Sphere sphere)

Deconstruct(out Vector3, out Vector3)

public readonly void Deconstruct(out Vector3 min, out Vector3 max)

Distance(Vector3)

public readonly float Distance(Vector3 point)

Equals(Object)

public override readonly bool Equals(object obj)

Overrides

System.ValueType.Equals(System.Object)

Equals(AABox)

public readonly bool Equals(AABox x)

FaceCenters()

Returns the center of each face.

public readonly Vector3[] FaceCenters()

FromCenterAndExtent(Vector3, Vector3)

public static AABox FromCenterAndExtent(Vector3 center, Vector3 extent)

GetCorners(Vector3[])

This is the four front corners followed by the four back corners all as if looking from the front going in counter-clockwise order from bottom left.

public readonly Vector3[] GetCorners(Vector3[] corners = null)

GetCornersAndFaceCenters()

public readonly IEnumerable<Vector3> GetCornersAndFaceCenters()

GetHashCode()

public override readonly int GetHashCode()

Overrides

System.ValueType.GetHashCode()

Intersection(AABox)

public readonly AABox Intersection(AABox other)

Intersects(AABox)

public readonly bool Intersects(AABox box)

Intersects(AABox, out Boolean)

public readonly void Intersects(AABox box, out bool result)

Intersects(Plane)

public readonly PlaneIntersectionType Intersects(Plane plane)

Intersects(Sphere)

public readonly bool Intersects(Sphere sphere)

IsInfinity()

public readonly bool IsInfinity()

IsNaN()

public readonly bool IsNaN()

Lerp(Vector3)

Given a normalized position in bounding box, returns the actual position.

public readonly Vector3 Lerp(Vector3 v)

Magnitude()

public readonly double Magnitude()

MagnitudeSquared()

public readonly double MagnitudeSquared()

Merge(AABox)

public readonly AABox Merge(AABox other)

Merge(Vector3)

public readonly AABox Merge(Vector3 other)

Recenter()

Moves the box so that it's origin is on the center

public readonly AABox Recenter()

RelativePosition(Vector3)

Returns where a point is relative to the bounding box on a scale of 0..1

public readonly Vector3 RelativePosition(Vector3 v)

Scale(Single)

Rescales the box

public readonly AABox Scale(float scale)

SetCenter(Vector3)

public readonly AABox SetCenter(Vector3 v)

SetExtent(Vector3)

public readonly AABox SetExtent(Vector3 v)

SetMax(Vector3)

public readonly AABox SetMax(Vector3 x)

SetMin(Vector3)

public readonly AABox SetMin(Vector3 x)

ToSphere()

Returns the enclosing bounding sphere.

public readonly Sphere ToSphere()

ToString()

public override readonly string ToString()

Overrides

System.ValueType.ToString()

Transform(Matrix4x4)

public readonly AABox Transform(Matrix4x4 mat)

Translate(Vector3)

Moves the box by the given vector offset

public readonly AABox Translate(Vector3 offset)

Operators

Addition(AABox, AABox)

public static AABox operator +(AABox value1, AABox value2)

Addition(AABox, Vector3)

public static AABox operator +(AABox value1, Vector3 value2)

Equality(AABox, AABox)

public static bool operator ==(AABox x0, AABox x1)

GreaterThan(AABox, AABox)

public static bool operator>(AABox x0, AABox x1)

GreaterThanOrEqual(AABox, AABox)

public static bool operator >=(AABox x0, AABox x1)

Implicit((Vector3 min, Vector3 max) to AABox)

public static implicit operator AABox((Vector3 min, Vector3 max) tuple)

Implicit(AABox to (Vector3 min, Vector3 max))

public static implicit operator (Vector3 min, Vector3 max)(AABox self)

Inequality(AABox, AABox)

public static bool operator !=(AABox x0, AABox x1)

LessThan(AABox, AABox)

public static bool operator <(AABox x0, AABox x1)

LessThanOrEqual(AABox, AABox)

public static bool operator <=(AABox x0, AABox x1)

Subtraction(AABox, AABox)

public static AABox operator -(AABox value1, AABox value2)

Implements

ITransformable3D<TSelf>

System.IEquatable<T>

System.IComparable<T>

Extension Methods

Transformable3D.Transform<T>(ITransformable3D<T>, Matrix4x4[])

Transformable3D.Translate<T>(ITransformable3D<T>, Vector3)

Transformable3D.Translate<T>(ITransformable3D<T>, Single, Single, Single)

Transformable3D.Rotate<T>(ITransformable3D<T>, Quaternion)

Transformable3D.Scale<T>(ITransformable3D<T>, Single)

Transformable3D.Scale<T>(ITransformable3D<T>, Vector3)

Transformable3D.Scale<T>(ITransformable3D<T>, Single, Single, Single)

Transformable3D.ScaleX<T>(ITransformable3D<T>, Single)

Transformable3D.ScaleY<T>(ITransformable3D<T>, Single)

Transformable3D.ScaleZ<T>(ITransformable3D<T>, Single)

Transformable3D.LookAt<T>(ITransformable3D<T>, Vector3, Vector3, Vector3)

Transformable3D.RotateAround<T>(ITransformable3D<T>, Vector3, Single)

Transformable3D.Rotate<T>(ITransformable3D<T>, Single, Single, Single)

Transformable3D.Reflect<T>(ITransformable3D<T>, Plane)

Transformable3D.RotateX<T>(ITransformable3D<T>, Single)

Transformable3D.RotateY<T>(ITransformable3D<T>, Single)

Transformable3D.RotateZ<T>(ITransformable3D<T>, Single)

Transformable3D.TranslateRotateScale<T>(ITransformable3D<T>, Vector3, Quaternion, Vector3)