mods.thecomputerizer.theimpossiblelibrary.api.shapes.vectors

Class VectorHelper

java.lang.Object

mods.thecomputerizer.theimpossiblelibrary.api.shapes.vectors.VectorHelper

public class VectorHelper
extends java.lang.Object

Constructor Summary

Constructors

Constructor and Description
VectorHelper()

Method Summary

Modifier and Type	Method and Description
static Vector3	from(Facing.Axis axis)
static Vector3	from(Facing facing)
static Vector3	getCenter(Vector3 min, Vector3 max) Gets a vector in the center of the two inputs.
static Vector2	inf2D()
static Vector2	inf2F()
static Vector3	inf3D()
static Vector3	inf3F()
static Vector4	inf4D()
static Vector4	inf4F()
static Vector2	max2D()
static Vector2	max2F()
static Vector2	max2I()
static Vector3	max3D()
static Vector3	max3F()
static Vector3	max3I()
static Vector4	max4D()
static Vector4	max4F()
static Vector4	max4I()
static Vector2	min2D()
static Vector2	min2F()
static Vector2	min2I()
static Vector3	min3D()
static Vector3	min3F()
static Vector3	min3I()
static Vector4	min4D()
static Vector4	min4F()
static Vector4	min4I()
static Vector2	negInf2D()
static Vector2	negInf2F()
static Vector3	negInf3D()
static Vector3	negInf3F()
static Vector4	negInf4D()
static Vector4	negInf4F()
static Vector2	randomD(Vector2 min, Vector2 max)
static Vector3	randomD(Vector3 min, Vector3 max)
static Vector4	randomD(Vector4 min, Vector4 max)
static Vector2	randomF(Vector2 min, Vector2 max)
static Vector3	randomF(Vector3 min, Vector3 max)
static Vector4	randomF(Vector4 min, Vector4 max)
static Vector2	randomI(Vector2 min, Vector2 max)
static Vector3	randomI(Vector3 min, Vector3 max)
static Vector4	randomI(Vector4 min, Vector4 max)
static Vector2	toCartesian(double radius, double angle) The angle must be in radians.
static Vector2	toCartesian(Vector2 vec) Assumes the input vector is formatted as (radius, angle) where the angle is in radians.
static Vector2	toPolar(double x, double y) Returns a vector of (radius, angle) where the angle is in radians.
static Vector2	toPolar(double x, double y, double offset) Returns a vector of (radius, angle) where the angle is in radians.
static Vector2	toPolar(Vector2 vec) Returns a vector of (radius, angle) where the angle is in radians.
static Vector2	toPolar(Vector2 vec, double offset) Returns a vector of (radius, angle) where the angle is in radians.
static Vector2	zero2D()
static Vector2	zero2F()
static Vector2	zero2I()
static Vector3	zero3D()
static Vector3	zero3F()
static Vector3	zero3I()
static Vector4	zero4D()
static Vector4	zero4F()
static Vector4	zero4I()

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

VectorHelper

public VectorHelper()

Method Detail

from

public static Vector3 from(Facing facing)

from

public static Vector3 from(Facing.Axis axis)

getCenter

public static Vector3 getCenter(Vector3 min,
                                Vector3 max)

Gets a vector in the center of the two inputs. Assumes the min and max have already been properly calculated.

inf2D

public static Vector2 inf2D()

inf2F

public static Vector2 inf2F()

inf3D

public static Vector3 inf3D()

inf3F

public static Vector3 inf3F()

inf4D

public static Vector4 inf4D()

inf4F

public static Vector4 inf4F()

max2D

public static Vector2 max2D()

max2F

public static Vector2 max2F()

max2I

public static Vector2 max2I()

max3D

public static Vector3 max3D()

max3F

public static Vector3 max3F()

max3I

public static Vector3 max3I()

max4D

public static Vector4 max4D()

max4F

public static Vector4 max4F()

max4I

public static Vector4 max4I()

min2D

public static Vector2 min2D()

min2F

public static Vector2 min2F()

min2I

public static Vector2 min2I()

min3D

public static Vector3 min3D()

min3F

public static Vector3 min3F()

min3I

public static Vector3 min3I()

min4D

public static Vector4 min4D()

min4F

public static Vector4 min4F()

min4I

public static Vector4 min4I()

negInf2D

public static Vector2 negInf2D()

negInf2F

public static Vector2 negInf2F()

negInf3D

public static Vector3 negInf3D()

negInf3F

public static Vector3 negInf3F()

negInf4D

public static Vector4 negInf4D()

negInf4F

public static Vector4 negInf4F()

randomD

public static Vector2 randomD(Vector2 min,
                              Vector2 max)

randomD

public static Vector3 randomD(Vector3 min,
                              Vector3 max)

randomD

public static Vector4 randomD(Vector4 min,
                              Vector4 max)

randomF

public static Vector2 randomF(Vector2 min,
                              Vector2 max)

randomF

public static Vector3 randomF(Vector3 min,
                              Vector3 max)

randomF

public static Vector4 randomF(Vector4 min,
                              Vector4 max)

randomI

public static Vector2 randomI(Vector2 min,
                              Vector2 max)

randomI

public static Vector3 randomI(Vector3 min,
                              Vector3 max)

randomI

public static Vector4 randomI(Vector4 min,
                              Vector4 max)

toCartesian

public static Vector2 toCartesian(Vector2 vec)

Assumes the input vector is formatted as (radius, angle) where the angle is in radians.

toCartesian

public static Vector2 toCartesian(double radius,
                                  double angle)

The angle must be in radians.

toPolar

public static Vector2 toPolar(Vector2 vec)

Returns a vector of (radius, angle) where the angle is in radians.

toPolar

public static Vector2 toPolar(double x,
                              double y)

Returns a vector of (radius, angle) where the angle is in radians.

toPolar

public static Vector2 toPolar(Vector2 vec,
                              double offset)

Returns a vector of (radius, angle) where the angle is in radians. The offset will be added to the resulting angle and as such must be in radians.

toPolar

public static Vector2 toPolar(double x,
                              double y,
                              double offset)

Returns a vector of (radius, angle) where the angle is in radians. The offset will be added to the resulting angle and as such must be in radians.

zero2D

public static Vector2 zero2D()

zero2F

public static Vector2 zero2F()

zero2I

public static Vector2 zero2I()

zero3D

public static Vector3 zero3D()

zero3F

public static Vector3 zero3F()

zero3I

public static Vector3 zero3I()

zero4D

public static Vector4 zero4D()

zero4F

public static Vector4 zero4F()

zero4I

public static Vector4 zero4I()