#Class: Vector3Utils

Utilities operating on Vector3 objects. All methods are static and do not modify the input objects.

操作 Vector3 对象的工具类。所有方法都是静态的，并且不会修改输入对象。

#Constructors

#Constructor

new Vector3Utils(): Vector3Utils

#Returns

Vector3Utils

#Methods

#add()

static add(v1, v2): Vector3

add

Add two vectors to produce a new vector

将两个向量相加生成一个新的向量。

#Parameters

#v1

Vector3

#v2

Vector3

#Returns

Vector3

---

#ceil()

static ceil(v): Vector3

ceil

Ceil the components of a vector to produce a new vector

对向量的各个分量向上取整，生成一个新的向量。

#Parameters

#v

Vector3

#Returns

Vector3

---

#clamp()

static clamp(v, limits?): Vector3

clamp

Clamps the components of a vector to limits to produce a new vector

将向量的各个分量钳制在一定范围内，生成一个新的向量。

#Parameters

#v

Vector3

#limits?

#max?

any

#min?

any

#Returns

Vector3

---

#cross()

static cross(a, b): Vector3

cross

Calculate the cross product of two vectors. Returns a new vector.

计算两个向量的叉积。返回一个新的向量。

#Parameters

#a

Vector3

#b

Vector3

#Returns

Vector3

---

#distance()

static distance(a, b): number

distance

Calculate the distance between two vectors

计算两个向量之间的距离。

#Parameters

#a

Vector3

#b

Vector3

#Returns

number

---

#dot()

static dot(a, b): number

dot

Calculate the dot product of two vectors

计算两个向量的点积。

#Parameters

#a

Vector3

#b

Vector3

#Returns

number

---

#equals()

static equals(v1, v2): boolean

equals

Check the equality of two vectors

检查两个向量是否相等。

#Parameters

#v1

Vector3

#v2

Vector3

#Returns

boolean

---

#floor()

static floor(v): Vector3

floor

Floor the components of a vector to produce a new vector

对向量的各个分量向下取整，生成一个新的向量。

#Parameters

#v

Vector3

#Returns

Vector3

---

#fromString()

static fromString(str, delimiter?): any

fromString

从 Vector3Utils.toString 产生的字符串表示中解析出 Vector3。若任一数值不是数字或格式无效，则返回 undefined。

Gets a Vector3 from the string representation produced by Vector3Utils.toString. If any numeric value is not a number or the format is invalid, undefined is returned.

#Parameters

#str

string

The string to parse

#delimiter?

string

The delimiter used to separate the components. Defaults to the same as the default for Vector3Utils.toString

#Returns

any

---

#lerp()

static lerp(a, b, t): Vector3

lerp

Constructs a new vector using linear interpolation on each component from two vectors.

根据两个向量的每个分量进行线性插值，构建一个新的向量。

#Parameters

#a

Vector3

#b

Vector3

#t

number

#Returns

Vector3

---

#magnitude()

static magnitude(v): number

magnitude

The magnitude of a vector

返回向量的模长。

#Parameters

#v

Vector3

#Returns

number

---

#max()

static max(a, b): Vector3

max

Max the components of two vectors to produce a new vector

取两个向量各分量中的较大值，生成一个新的向量。

#Parameters

#a

Vector3

#b

Vector3

#Returns

Vector3

---

#min()

static min(a, b): Vector3

min

Min the components of two vectors to produce a new vector

取两个向量各分量中的较小值，生成一个新的向量。

#Parameters

#a

Vector3

#b

Vector3

#Returns

Vector3

---

#multiply()

static multiply(a, b): Vector3

multiply

对两个向量进行逐元素相乘。 不要与 Vector3Utils.dot 点积或 Vector3Utils.cross 叉积混淆。

Element-wise multiplication of two vectors together. Not to be confused with Vector3Utils.dot product or Vector3Utils.cross product

#Parameters

#a

Vector3

#b

Vector3

#Returns

Vector3

---

#normalize()

static normalize(v): Vector3

normalize

Takes a vector 3 and normalizes it to a unit vector

将一个三维向量归一化为单位向量。

#Parameters

#v

Vector3

#Returns

Vector3

---

#rotateX()

static rotateX(v, a): Vector3

rotateX

沿 x 轴逆时针（左手法则）旋转该向量。

Rotates the vector around the x axis counterclockwise (left hand rule)

#Parameters

#v

Vector3

#a

number

Angle in radians

#Returns

Vector3

---

#rotateY()

static rotateY(v, a): Vector3

rotateY

沿 y 轴逆时针（左手法则）旋转该向量。

Rotates the vector around the y axis counterclockwise (left hand rule)

#Parameters

#v

Vector3

#a

number

Angle in radians

#Returns

Vector3

---

#rotateZ()

static rotateZ(v, a): Vector3

rotateZ

沿 z 轴逆时针（左手法则）旋转该向量。

Rotates the vector around the z axis counterclockwise (left hand rule)

#Parameters

#v

Vector3

#a

number

Angle in radians

#Returns

Vector3

---

#scale()

static scale(v1, scale): Vector3

scale

Multiple all entries in a vector by a single scalar value producing a new vector

使用单一标量值乘以向量中的所有元素，生成一个新的向量。

#Parameters

#v1

Vector3

#scale

number

#Returns

Vector3

---

#slerp()

static slerp(a, b, t): Vector3

slerp

Constructs a new vector using spherical linear interpolation on each component from two vectors.

根据两个向量的每个分量进行球面线性插值，构建一个新的向量。

#Parameters

#a

Vector3

#b

Vector3

#t

number

#Returns

Vector3

---

#subtract()

static subtract(v1, v2): Vector3

subtract

Subtract two vectors to produce a new vector (v1-v2)

将两个向量相减生成一个新的向量 (v1-v2)。

#Parameters

#v1

Vector3

#v2

Vector3

#Returns

Vector3

---

#toString()

static toString(v, options?): string

toString

Create a string representation of a vector3

以指定的格式返回向量的字符串表示。

#Parameters

#v

Vector3

#options?

#decimals?

number

#delimiter?

string

#Returns

string