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特别好哈哈哈哈

OnCollisionEnter

小球装入大炮 OnTriggerEnter

MovePosition

获取该obj的this.transform, this.GetCompoent<Rigidbody>();

刹车处理

rigid.velocity = Vector3.Lerp(rigid.velocity, new Vector3 (0, rigid.velocity.y, 0) , 0,2f);

private bool brake

brake = Input.GetKey(KeyCode.Space);

按下空格 刹车

update 里面接受键盘wsad的input

dir = Vector3(Input.GetAxis("Horizontal"),0,Input.GetAxis("Vertical"));

Is Kinematic 如果勾选了就是绝对静止

Interpolate 差值， 使得物体的移动更加的自然，但是弊端就是可能与物体的渲染不同步，则会看到抖动

5.平台移动MovePositon();方法

private Transform m_Plate;

private Rigidbody m_plate;

private int direction=1;

public float speed=1;

void Start(){
m_Plate=this.transform;

m_plate=GetComponent<Rigidbody>();

}

void Update(){

if(m_Plate.position.x>=5&&direction>0){
direction=-1;

else if(m_Plate.position.x<=-6&&directon<0){
direction=1;

}

void FixedUpdate(){
m_Plate.MovePositon(vector3.x*speed*direction*Time.Fixeddatetime);

5.陷阱三

private Rigidbody m_cycle;

void Start(){
m_cycle=this.GetComponent<Rigidbody>();

}

void FixdeUpdate(){
m_cycle.angularVelocity=vector3.up*speed;

}

4.陷阱二

public speed;

void onTriggerEnter(collider other)//other指碰撞过来的物体

{

other=GameObject.GetComponent<Rigidbody>();

other.AddForce(vector3.up*speed,ForceMode.Impulse);

}

3.陷阱一

public Rigidbody[] m_Rigidbody;

public float speed;

public Rigidbody m_Plate;

public Rigibody m_plate;

private bool isFinish;

private bool VelocityEnough(){

for(int i=0;i<m_Rigidbody.length;i++){

if(m_Rigidbody[i].angularvelocity.y>5){

return=true;

}

else{

return=false;

}

}}

void Update(){

if(VelocityEnough&&!isFinish){

isFinish=false;

for(int i=0; i<m_Rigidbody.length;i++){
m_Rigidbody[i].gameObject.SetActive(false);

}

m_Plate.inkincit=false;

else if(isFinish){

m_Plate.velocity=vector3.up*speed;

m_plate.gameobject.SetActive(true):

}

2.小球转动 AddTorque();方法

private int que;//旋转方向

pulic float force=10f;//旋转角度

void Update(){
if(Input.GetKey(KeyCode.Q)){

que=-1;

}

else if(Input.GetKey(KeyCode.E)){
que=1;

}

else{

que=0;

}

}

void ForceUpdate(){

if(!stop){

Ball_Rigidbody.AddForce(direction*force,ForceMode.Force);

Ball_Rigidbody.Torque(vector3.up.*que*force;

}

else{

Ball_Rigidbody.velocity=vector3.Lerp(Ball_Rigidbody.velocity,new vector3(0,Ball_Rigidbody.velocity.y,0),20;

}

//摄像机跟踪 方法一

private Transform Tan_Camera;

public Transform    Tan_ball;

public vector3 dir;

void Start(){
Tan_Camera=this.Transform;//获取组件

Tan_ball=GameObject.GetComponent<Transform>();//获取组件

dir=new vector3(0,3,-5);

}

//摄像机的跟踪

void ForceUpdate(){
Tan_Camera.position=Tan_ball.position+dir;

Tan_Camera.LookAt(Tan_Ball);

}

//摄像机跟踪方法二 脚本挂于小球上

private Tansform Camera;

private Tansform Ball;

public vector3 dir;

void Start(){

Camera=GameObject.GetComponent<Transform>();

Ball=this.transform;

dir= Mathf.Abs(Camera.position-Ball.position);

}

void ForceUpdate(){
Camera.position=Ball.position+dir;

Camera.LookAt(gameObject);

}

1.小球移动  AddForce();方法

private Rigidbody Ball_Rigidbody;

public float force=6f;

private bool stop;

void Start(){

Ball_Rigidbody=GetComponent<Rigidbody>();

}

void Update(){

//获取按键，前后左右移动

private Vector3 direction=new Vector3(Input.GetAxis("Horizontal"),0,Input.GetAxis("Vertical"));

stop=Input.GetKey(KeyCode.Space));

}

void ForceUpdate(){

if(!stop){

Ball_Rigidbody.AddForce(direction*force,ForceMode.Force);

}

else{

Ball_Rigidbody.velocity=vector3.Lerp(Ball_Rigidbody.velocity,new vector3(0,Ball_Rigidbody.velocity.y,0),20;

}

力量模式：

ForceMode.acceleration:只关系加速度

ForceMode.force:关系质量的

ForceMode.impulse:脉冲力，考虑质量，是一瞬间的爆发力

ForceMode.velocitychange:忽略质量，只关系速度