Contains utility methods for working with mathematical types and solving math equations. More...

Static Public Member Functions
static float	RoundToNearest (float value, float factor)
	Round a value to the nearest multiple of a given factor. More...

static float	SignZero (float value)
	Same as Mathf.Sign, except that if the input is zero, it returns zero. More...

static float	NormalizeAngle (float angle)
	Normalize an angle to a value between 0 and 360. More...

static Vector3	NormalizeAngles (Vector3 angles)
	Normalize a set of euler angles to values between 0 and 360. More...

static float	NormalizeInnerAngle (float angle)
	Normalize an angle to a value between -180 and 180. More...

static Vector3	NormalizeInnerAngles (Vector3 angles)
	Normalize a set of euler angles to values between -180 and 180. More...

static float	ClampInnerAngle (float angle, float min, float max)
	Normalize an angle to a value between -180 and 180, then clamp it in the given range. More...

static Vector3	ClampInnerAngles (Vector3 angles, Vector3 min, Vector3 max)
	Normalize a set of euler angles to values between -180 and 180, then clamp them in the given ranges. More...

static Vector3	Multiply (Vector3 left, Vector3 right)
	Multiply the components of left by the components of right. More...

static Vector3	Divide (Vector3 left, Vector3 right)
	Divide the components of left by the components of right. More...

static Vector3	Reciprocal (Vector3 vector)
	Take the reciprocal of each component of a vector. More...

static Vector3	Divide (float left, Vector3 right)
	Divide a float by each component of a vector. More...

static Vector3	RoundToNearest (Vector3 vector, float factor)
	Round a each component of a vector to the nearest multiple of a given factor. More...

static bool	GetNearestPointOnLines (Ray line1, Ray line2, out float t1, out float t2)
	Find the point along each line where the lines come closest to each other. More...

static float	GetNearestPointOnLine (Ray line, Vector3 p)
	Get the point on a line where it is nearest to a position. More...

static bool	GetNearestPointOnSegment (Vector3 v1, Vector3 v2, Vector3 point, out Vector3 pointOnSegment)
	Find the point on a bounded line segment where it is nearest to a position, and return whether that point is in the segment's bounds. More...

static Vector3	GetNearestPointOnTriangleIncludingBounds (Vector3 v1, Vector3 v2, Vector3 v3, Vector3 point)
	Find the point on a triangle (including its bounds) where it is nearest to a position. More...

static bool	GetNearestPointOnTriangle (Vector3 v1, Vector3 v2, Vector3 v3, Vector3 point, out Vector3 pointOnTriangle)
	Find the point on a triangle where it is nearest to a position, and return whether that point is in the triangle's bounds. More...

static bool	IsPointInsideBound (Vector3 v1, Vector3 v2, Vector3 normal, Vector3 point)
	Returns true if a given point is on the inner side (defined by a given normal) of a segment. More...

static bool	DoesSegmentIntersectTriangle (Vector3 v1, Vector3 v2, Vector3 v3, Vector3 s1, Vector3 s2, out float t)
	Raycast a line segment against a triangle, and return whether they intersect. More...

static Vector3	WorldToCanvasPoint (this Camera camera, Canvas canvas, Vector3 point)
	Projects a point in the world onto a canvas in camera or overlay space. More...

static Vector3	GetPerpendicularVector (this Vector3 vector)
	Returns a vector that is perpendicular to the given vector. More...

static int	Dot (Vector3Int v1, Vector3Int v2)
	Dot product of two int vectors. More...

static Vector3	WithX (this Vector3 v, float x)
	Replace the X component of a vector. More...

static Vector3	WithY (this Vector3 v, float y)
	Replace the Y component of a vector. More...

static Vector3	WithZ (this Vector3 v, float z)
	Replace the Z component of a vector. More...

static Vector2	WithX (this Vector2 v, float x)
	Replace the X component of a vector. More...

static Vector2	WithY (this Vector2 v, float y)
	Replace the Y component of a vector. More...

static Vector3	WithZ (this Vector2 v, float z)
	Convert a Vector2 to a Vector3 with the given Z. More...

static Vector3	AsXY (this Vector2 v)
	Get a Vector3 with the components (x, y, 0). More...

static Vector3	AsYX (this Vector2 v)
	Get a Vector3 with the components (y, x, 0). More...

static Vector3	AsXZ (this Vector2 v)
	Get a Vector3 with the components (x, 0, y). More...

static Vector3	AsZX (this Vector2 v)
	Get a Vector3 with the components (y, 0, x). More...

static Vector3	AsYZ (this Vector2 v)
	Get a Vector3 with the components (0, x, y). More...

static Vector3	AsZY (this Vector2 v)
	Get a Vector3 with the components (0, y, x). More...

static Vector2	ToXY (this Vector3 v)
	Get a Vector2 with the components (x, y). More...

static Vector2	ToYX (this Vector3 v)
	Get a Vector2 with the components (y, x). More...

static Vector2	ToXZ (this Vector3 v)
	Get a Vector2 with the components (x, z). More...

static Vector2	ToZX (this Vector3 v)
	Get a Vector2 with the components (z, x). More...

static Vector2	ToYZ (this Vector3 v)
	Get a Vector2 with the components (y, z). More...

static Vector2	ToZY (this Vector3 v)
	Get a Vector2 with the components (z, y). More...

static Vector4	ToV4Pos (this Vector3 vector)
	Get a Vector4 with the components (x, y, z, 1). More...

static Vector4	ToV4 (this Vector3 vector)
	Get a Vector4 with the components (x, y, z, 0). More...

static Quaternion	XYRotation (Vector3 right, Vector3 upHint)
	Get a quaternion based on a right vector and approximate up vector. More...

static Quaternion	YXRotation (Vector3 up, Vector3 rightHint)
	Get a quaternion based on a up vector and approximate right vector. More...

static Quaternion	XZRotation (Vector3 right, Vector3 forwardHint)
	Get a quaternion based on a right vector and approximate forward vector. More...

static Quaternion	ZXRotation (Vector3 forward, Vector3 rightHint)
	Get a quaternion based on a forward vector and approximate right vector. More...

static Quaternion	YZRotation (Vector3 up, Vector3 forwardHint)
	Get a quaternion based on a up vector and approximate forward vector. More...

static Quaternion	ZYRotation (Vector3 forward, Vector3 upHint)
	Get a quaternion based on a forward vector and approximate up vector. More...

static void	GetCorners (this Bounds bounds, Vector3[] corners)
	Get the eight corners of a bounding box and save them in the given array. More...

static bool	BoundsToScreenRect (Transform transform, Bounds bounds, Func< Vector3, Vector3 > worldToScreen, out Rect rect)
	Get a screen rect that encapsulates the given bounds. More...

static void	SplitHorizontal (Rect rect, float gap, out Rect out1, out Rect out2, float div=0.5f)
	Split a rect into two halves horizontally, with given gap between the halves. More...

static void	SplitHorizontal (Rect rect, float gap, out Rect out1, out Rect out2, out Rect out3, float div1=1.0f/3.0f, float div2=2.0f/3.0f)
	Split a rect into three thirds horizontally, with given gap between the thirds. More...

Static Public Attributes
static	Complex
	Evaluate all cubic roots of this Complex. More...

static Complex	r1
	Solve a quadratic equation (find x such that the result is zero) in the form ax^2 + bx + c = 0. More...

static readonly Vector3[]	BoundsCornerArray = new Vector3[8]
	A static array that can be used to store the output of GetCorners, as long as the values are copied from the array right away. More...

Detailed Description

Contains utility methods for working with mathematical types and solving math equations.

Member Function Documentation

◆ AsXY()

static Vector3 Infohazard.Core.MathUtility.AsXY ( this Vector2 v )

static

Get a Vector3 with the components (x, y, 0).

◆ AsXZ()

static Vector3 Infohazard.Core.MathUtility.AsXZ ( this Vector2 v )

static

Get a Vector3 with the components (x, 0, y).

◆ AsYX()

static Vector3 Infohazard.Core.MathUtility.AsYX ( this Vector2 v )

static

Get a Vector3 with the components (y, x, 0).

◆ AsYZ()

static Vector3 Infohazard.Core.MathUtility.AsYZ ( this Vector2 v )

static

Get a Vector3 with the components (0, x, y).

◆ AsZX()

static Vector3 Infohazard.Core.MathUtility.AsZX ( this Vector2 v )

static

Get a Vector3 with the components (y, 0, x).

◆ AsZY()

static Vector3 Infohazard.Core.MathUtility.AsZY ( this Vector2 v )

static

Get a Vector3 with the components (0, y, x).

◆ BoundsToScreenRect()

static bool Infohazard.Core.MathUtility.BoundsToScreenRect	(	Transform	transform,
		Bounds	bounds,
		Func< Vector3, Vector3 >	worldToScreen,
		out Rect	rect
	)

static

Get a screen rect that encapsulates the given bounds.

Parameters

transform	Parent that the bounds are attached to (can be null).
bounds	The input bounds.
worldToScreen	A function that converts world points to screen points, such as Camera.WorldToScreenPoint.
rect	A screen rect that encapsulates the bounds.

Returns: Whether a screen rect could be calculated (false if completely off screen).

◆ ClampInnerAngle()

static float Infohazard.Core.MathUtility.ClampInnerAngle	(	float	angle,
		float	min,
		float	max
	)

static

Normalize an angle to a value between -180 and 180, then clamp it in the given range.

Parameters

angle	Input angle.
min	Min clamp value (applied after normalize).
max	Max Clamp value (applied after normalize).

Returns: Angle between min and max.

◆ ClampInnerAngles()

static Vector3 Infohazard.Core.MathUtility.ClampInnerAngles	(	Vector3	angles,
		Vector3	min,
		Vector3	max
	)

static

Normalize a set of euler angles to values between -180 and 180, then clamp them in the given ranges.

Parameters

angles	Input angles.
min	Min clamp values (applied after normalize).
max	Max Clamp values (applied after normalize).

Returns: Angles between min and max.

◆ Divide() [1/2]

static Vector3 Infohazard.Core.MathUtility.Divide	(	float	left,
		Vector3	right
	)

static

Divide a float by each component of a vector.

◆ Divide() [2/2]

static Vector3 Infohazard.Core.MathUtility.Divide	(	Vector3	left,
		Vector3	right
	)

static

Divide the components of left by the components of right.

◆ DoesSegmentIntersectTriangle()

static bool Infohazard.Core.MathUtility.DoesSegmentIntersectTriangle	(	Vector3	v1,
		Vector3	v2,
		Vector3	v3,
		Vector3	s1,
		Vector3	s2,
		out float	t
	)

static

Raycast a line segment against a triangle, and return whether they intersect.

Parameters

v1	The first triangle point.
v2	The second triangle point.
v3	The third triangle point.
s1	The start of the segment.
s2	The end of the segment.
t	The point along the input segment where it intersects the triangle, or -1.

Returns: Whether the segment intersects the triangle.

◆ Dot()

static int Infohazard.Core.MathUtility.Dot	(	Vector3Int	v1,
		Vector3Int	v2
	)

static

Dot product of two int vectors.

◆ GetCorners()

static void Infohazard.Core.MathUtility.GetCorners	(	this Bounds	bounds,
		Vector3[]	corners
	)

static

Get the eight corners of a bounding box and save them in the given array.

You can use BoundsCornerArray to avoid allocating here.

Parameters

bounds	The input bounds.
corners	Array to save the values in.

◆ GetNearestPointOnLine()

static float Infohazard.Core.MathUtility.GetNearestPointOnLine	(	Ray	line,
		Vector3	p
	)

static

Get the point on a line where it is nearest to a position.

Parameters

line	The input line.
p	The input position.

Returns: THe point along the line where it is nearest to the position.

◆ GetNearestPointOnLines()

static bool Infohazard.Core.MathUtility.GetNearestPointOnLines	(	Ray	line1,
		Ray	line2,
		out float	t1,
		out float	t2
	)

static

Find the point along each line where the lines come closest to each other.

If the lines are parallel, then return false.

Parameters

line1	The first line.
line2	The second line.
t1	The point along the first line where they are closest to intersecting.
t2	The point along the second line where they are closest to intersecting.

Returns: False if the lines are parallel, true otherwise.

◆ GetNearestPointOnSegment()

static bool Infohazard.Core.MathUtility.GetNearestPointOnSegment	(	Vector3	v1,
		Vector3	v2,
		Vector3	point,
		out Vector3	pointOnSegment
	)

static

Find the point on a bounded line segment where it is nearest to a position, and return whether that point is in the segment's bounds.

Does not return points on the ends of the segment. If the nearest point on the segment's line is outside the segment, will fail and not return a valid point.

Parameters

v1	The start of the segment.
v2	The end of the segment.
point	The point to search for.
pointOnSegment	The point on the segment closest to the input point.

Returns: Whether the nearest point is within the segment's bounds.

◆ GetNearestPointOnTriangle()

static bool Infohazard.Core.MathUtility.GetNearestPointOnTriangle	(	Vector3	v1,
		Vector3	v2,
		Vector3	v3,
		Vector3	point,
		out Vector3	pointOnTriangle
	)

static

Find the point on a triangle where it is nearest to a position, and return whether that point is in the triangle's bounds.

Does not return points on the edge of the triangle. If the nearest point on the triangle's plane is outside the triangle, will fail and not return a valid point.

Parameters

v1	The first triangle point.
v2	The second triangle point.
v3	The third triangle point.
point	The point to search for.
pointOnTriangle	The point on the triangle closest to the input point.

Returns: Whether the nearest point is within the triangle's bounds.

◆ GetNearestPointOnTriangleIncludingBounds()

static Vector3 Infohazard.Core.MathUtility.GetNearestPointOnTriangleIncludingBounds	(	Vector3	v1,
		Vector3	v2,
		Vector3	v3,
		Vector3	point
	)

static

Find the point on a triangle (including its bounds) where it is nearest to a position.

If nearest point is on the triangle's bounds, that point will be returned, unlike GetNearestPointOnTriangle.

Parameters

v1	The first triangle point.
v2	The second triangle point.
v3	The third triangle point.
point	The point to search for.

Returns: The nearest point on the triangle to the given point.

◆ GetPerpendicularVector()

static Vector3 Infohazard.Core.MathUtility.GetPerpendicularVector ( this Vector3 vector )

static

Returns a vector that is perpendicular to the given vector.

Parameters

vector Input vector.

Returns: A perpendicular vector.

◆ IsPointInsideBound()

static bool Infohazard.Core.MathUtility.IsPointInsideBound	(	Vector3	v1,
		Vector3	v2,
		Vector3	normal,
		Vector3	point
	)

static

Returns true if a given point is on the inner side (defined by a given normal) of a segment.

Parameters

v1	The start of the segment.
v2	The end of the segment.
normal	The normal, defining which side is inside.
point	The point to search for.

Returns: Whether the point is on the inner side.

◆ Multiply()

static Vector3 Infohazard.Core.MathUtility.Multiply	(	Vector3	left,
		Vector3	right
	)

static

Multiply the components of left by the components of right.

◆ NormalizeAngle()

static float Infohazard.Core.MathUtility.NormalizeAngle ( float angle )

static

Normalize an angle to a value between 0 and 360.

Parameters

angle Input angle.

Returns: Angle between 0 and 360.

◆ NormalizeAngles()

static Vector3 Infohazard.Core.MathUtility.NormalizeAngles ( Vector3 angles )

static

Normalize a set of euler angles to values between 0 and 360.

Parameters

angles Input angles.

Returns: Angles between 0 and 360.

◆ NormalizeInnerAngle()

static float Infohazard.Core.MathUtility.NormalizeInnerAngle ( float angle )

static

Normalize an angle to a value between -180 and 180.

Parameters

angle Input angle.

Returns: Angle between -180 and 180.

◆ NormalizeInnerAngles()

static Vector3 Infohazard.Core.MathUtility.NormalizeInnerAngles ( Vector3 angles )

static

Normalize a set of euler angles to values between -180 and 180.

Parameters

angles Input angles.

Returns: Angles between -180 and 180.

◆ Reciprocal()

static Vector3 Infohazard.Core.MathUtility.Reciprocal ( Vector3 vector )

static

Take the reciprocal of each component of a vector.

◆ RoundToNearest() [1/2]

static float Infohazard.Core.MathUtility.RoundToNearest	(	float	value,
		float	factor
	)

static

Round a value to the nearest multiple of a given factor.

Parameters

value	Input value.
factor	Value to round to a multiple of.

Returns: Rounded value.

◆ RoundToNearest() [2/2]

static Vector3 Infohazard.Core.MathUtility.RoundToNearest	(	Vector3	vector,
		float	factor
	)

static

Round a each component of a vector to the nearest multiple of a given factor.

Parameters

vector	Input values.
factor	Value to round to a multiple of.

Returns: Rounded values.

◆ SignZero()

static float Infohazard.Core.MathUtility.SignZero ( float value )

static

Same as Mathf.Sign, except that if the input is zero, it returns zero.

Parameters

value A number to get the sign of.

Returns: 1 if the number is positive, -1 if the number is negative, 0 if the number is 0.

◆ SplitHorizontal() [1/2]

static void Infohazard.Core.MathUtility.SplitHorizontal	(	Rect	rect,
		float	gap,
		out Rect	out1,
		out Rect	out2,
		float	div = `0.5f`
	)

static

Split a rect into two halves horizontally, with given gap between the halves.

Parameters

rect	Rect to split.
gap	Gap between the split halves.
out1	Output rect 1.
out2	Output rect 2.
div	The ratio of the total space taken up by the left rect.

◆ SplitHorizontal() [2/2]

static void Infohazard.Core.MathUtility.SplitHorizontal	(	Rect	rect,
		float	gap,
		out Rect	out1,
		out Rect	out2,
		out Rect	out3,
		float	div1 = `1.0f / 3.0f`,
		float	div2 = `2.0f / 3.0f`
	)

static

Split a rect into three thirds horizontally, with given gap between the thirds.

Parameters

rect	Rect to split.
gap	Gap between the split halves.
out1	Output rect 1.
out2	Output rect 2.
out3	Output rect 3.
div1	The ratio of the total space taken up by the left rect.
div2	The ratio of the total space taken up by the left and center rect.

◆ ToV4()

static Vector4 Infohazard.Core.MathUtility.ToV4 ( this Vector3 vector )

static

Get a Vector4 with the components (x, y, z, 0).

◆ ToV4Pos()

static Vector4 Infohazard.Core.MathUtility.ToV4Pos ( this Vector3 vector )

static

Get a Vector4 with the components (x, y, z, 1).

◆ ToXY()

static Vector2 Infohazard.Core.MathUtility.ToXY ( this Vector3 v )

static

Get a Vector2 with the components (x, y).

◆ ToXZ()

static Vector2 Infohazard.Core.MathUtility.ToXZ ( this Vector3 v )

static

Get a Vector2 with the components (x, z).

◆ ToYX()

static Vector2 Infohazard.Core.MathUtility.ToYX ( this Vector3 v )

static

Get a Vector2 with the components (y, x).

◆ ToYZ()

static Vector2 Infohazard.Core.MathUtility.ToYZ ( this Vector3 v )

static

Get a Vector2 with the components (y, z).

◆ ToZX()

static Vector2 Infohazard.Core.MathUtility.ToZX ( this Vector3 v )

static

Get a Vector2 with the components (z, x).

◆ ToZY()

static Vector2 Infohazard.Core.MathUtility.ToZY ( this Vector3 v )

static

Get a Vector2 with the components (z, y).

◆ WithX() [1/2]

static Vector2 Infohazard.Core.MathUtility.WithX	(	this Vector2	v,
		float	x
	)

static

Replace the X component of a vector.

◆ WithX() [2/2]

static Vector3 Infohazard.Core.MathUtility.WithX	(	this Vector3	v,
		float	x
	)

static

Replace the X component of a vector.

◆ WithY() [1/2]

static Vector2 Infohazard.Core.MathUtility.WithY	(	this Vector2	v,
		float	y
	)

static

Replace the Y component of a vector.

◆ WithY() [2/2]

static Vector3 Infohazard.Core.MathUtility.WithY	(	this Vector3	v,
		float	y
	)

static

Replace the Y component of a vector.

◆ WithZ() [1/2]

static Vector3 Infohazard.Core.MathUtility.WithZ	(	this Vector2	v,
		float	z
	)

static

Convert a Vector2 to a Vector3 with the given Z.

◆ WithZ() [2/2]

static Vector3 Infohazard.Core.MathUtility.WithZ	(	this Vector3	v,
		float	z
	)

static

Replace the Z component of a vector.

◆ WorldToCanvasPoint()

static Vector3 Infohazard.Core.MathUtility.WorldToCanvasPoint	(	this Camera	camera,
		Canvas	canvas,
		Vector3	point
	)

static

Projects a point in the world onto a canvas in camera or overlay space.

Similar to Camera.WorldToScreenPoint, but scaled to the size of the canvas and its viewport. Logs an error if the canvas is in world space, as that is not supported.

Parameters

camera	The camera to use for reference.
canvas	The canvas to use for reference.
point	The world point to find on the canvas.

Returns: The point on the canvas, usable as an anchoredPosition.

◆ XYRotation()

static Quaternion Infohazard.Core.MathUtility.XYRotation	(	Vector3	right,
		Vector3	upHint
	)

static

Get a quaternion based on a right vector and approximate up vector.

◆ XZRotation()

static Quaternion Infohazard.Core.MathUtility.XZRotation	(	Vector3	right,
		Vector3	forwardHint
	)

static

Get a quaternion based on a right vector and approximate forward vector.

◆ YXRotation()

static Quaternion Infohazard.Core.MathUtility.YXRotation	(	Vector3	up,
		Vector3	rightHint
	)

static

Get a quaternion based on a up vector and approximate right vector.

◆ YZRotation()

static Quaternion Infohazard.Core.MathUtility.YZRotation	(	Vector3	up,
		Vector3	forwardHint
	)

static

Get a quaternion based on a up vector and approximate forward vector.

◆ ZXRotation()

static Quaternion Infohazard.Core.MathUtility.ZXRotation	(	Vector3	forward,
		Vector3	rightHint
	)

static

Get a quaternion based on a forward vector and approximate right vector.

◆ ZYRotation()

static Quaternion Infohazard.Core.MathUtility.ZYRotation	(	Vector3	forward,
		Vector3	upHint
	)

static

Get a quaternion based on a forward vector and approximate up vector.

Member Data Documentation

◆ BoundsCornerArray

readonly Vector3 [] Infohazard.Core.MathUtility.BoundsCornerArray = new Vector3[8]

static

A static array that can be used to store the output of GetCorners, as long as the values are copied from the array right away.

◆ Complex

static Infohazard.Core.MathUtility.Complex

static

Evaluate all cubic roots of this Complex.

Parameters

complex The number to get the cube roots of.

Returns: All three complex cube roots.

◆ r1

static Complex Infohazard.Core.MathUtility.r1

static

Solve a quadratic equation (find x such that the result is zero) in the form ax^2 + bx + c = 0.

Solve a quartic equation (find x such that the result is zero) of the form ax^4 + bx^3 + cx^2 + dx + e = 0.

Solve a cubic equation (find x such that the result is zero) in the form ax^3 + bx^2 + cx + d = 0.

Parameters

a	The coefficient for the x^2 term.
b	The coefficient for the x term.
c	The constant term.

Returns: The two roots of the quadratic equation, which may be complex.

Parameters

a	The coefficient for the x^3 term.
b	The coefficient for the x^2 term.
c	The coefficient for the x term.
d	The constant term.

Returns: The three roots of the cubic, which may be complex.

Parameters

a	The coefficient for the x^4 term.
b	The coefficient for the x^3 term.
c	The coefficient for the x^2 term.
d	The coefficient for the x term.
e	The constant term.

Returns: The four roots of the quartic, which may be complex.

The documentation for this class was generated from the following file:

Runtime/Utility/MathUtility.cs

Static Public Member Functions

Static Public Attributes

Detailed Description

Member Function Documentation

◆ AsXY()

◆ AsXZ()

◆ AsYX()

◆ AsYZ()

◆ AsZX()

◆ AsZY()

◆ BoundsToScreenRect()

◆ ClampInnerAngle()

◆ ClampInnerAngles()

◆ Divide() [1/2]

◆ Divide() [2/2]

◆ DoesSegmentIntersectTriangle()

◆ Dot()

◆ GetCorners()

◆ GetNearestPointOnLine()

◆ GetNearestPointOnLines()

◆ GetNearestPointOnSegment()

◆ GetNearestPointOnTriangle()

◆ GetNearestPointOnTriangleIncludingBounds()

◆ GetPerpendicularVector()

◆ IsPointInsideBound()

◆ Multiply()

◆ NormalizeAngle()

◆ NormalizeAngles()

◆ NormalizeInnerAngle()

◆ NormalizeInnerAngles()

◆ Reciprocal()

◆ RoundToNearest() [1/2]

◆ RoundToNearest() [2/2]

◆ SignZero()

◆ SplitHorizontal() [1/2]

◆ SplitHorizontal() [2/2]

◆ ToV4()

◆ ToV4Pos()

◆ ToXY()

◆ ToXZ()

◆ ToYX()

◆ ToYZ()

◆ ToZX()

◆ ToZY()

◆ WithX() [1/2]

◆ WithX() [2/2]

◆ WithY() [1/2]

◆ WithY() [2/2]

◆ WithZ() [1/2]

◆ WithZ() [2/2]

◆ WorldToCanvasPoint()

◆ XYRotation()

◆ XZRotation()

◆ YXRotation()

◆ YZRotation()

◆ ZXRotation()

◆ ZYRotation()

Member Data Documentation

◆ BoundsCornerArray

◆ Complex

◆ r1