6-4 Double Doors 对开门的逻辑设定

夜行的猫仔

对开门的逻辑设定
LiftDoorsTracking
C#

1. using UnityEngine;
   
2. using System.Collections;
   
3. 
   
4. public class LiftDoorsTracking : MonoBehaviour
   
5. {
   
6.     public float doorSpeed = 7f;            // 门关闭的速度.
   
7.    
   
8.    
   
9.     private Transform leftOuterDoor;        // 红色外门左扇门.
   
10.     private Transform rightOuterDoor;       // 红色外门右扇门.
    
11.     private Transform leftInnerDoor;        // 电梯内栅栏门左侧门.
    
12.     private Transform rightInnerDoor;       // 电梯内栅栏门右侧门.
    
13.     private float leftClosedPosX;           // 记录左扇门关闭时的坐标.
    
14.     private float rightClosedPosX;          // 记录右扇门关闭时的坐标.
    
15.    
    
16.    
    
17.     void Awake ()
    
18.     {
    
19.         // 初始化变量.
    
20.         leftOuterDoor = GameObject.Find("door_exitOuter_left_001").transform;
    
21.         rightOuterDoor = GameObject.Find("door_exitOuter_right_001").transform;
    
22.         leftInnerDoor = GameObject.Find("door_exitInner_left_001").transform;
    
23.         rightInnerDoor = GameObject.Find("door_exitInner_right_001").transform;
    
24.         
    
25.         // 设置门关闭时的坐标位置.
    
26.         leftClosedPosX = leftInnerDoor.position.x;
    
27.         rightClosedPosX = rightInnerDoor.position.x;
    
28.     }
    
29.    
    
30.    
    
31.     void MoveDoors (float newLeftXTarget, float newRightXTarget)
    
32.     {
    
33.         // 创建一个布尔值记录从leftInnerDoor.position.x到newLeftXTarget之间的插值.
    
34.         float newX = Mathf.Lerp(leftInnerDoor.position.x, newLeftXTarget, doorSpeed * Time.deltaTime);
    
35.         
    
36.         // 根据新的插值移动左扇门的位置.
    
37.         leftInnerDoor.position = new Vector3(newX, leftInnerDoor.position.y, leftInnerDoor.position.z);
    
38.         
    
39.         // 通过布尔值记录从rightInnerDoor.position.x到newRightXTarget之间的插值.
    
40.         newX = Mathf.Lerp(rightInnerDoor.position.x, newRightXTarget, doorSpeed * Time.deltaTime);
    
41.         
    
42.         // 根据新的插值移动右扇门的位置.
    
43.         rightInnerDoor.position = new Vector3(newX, rightInnerDoor.position.y, rightInnerDoor.position.z);
    
44.     }
    
45.    
    
46.    
    
47.     public void DoorFollowing ()
    
48.     {
    
49.         // 移动门到 外面两扇门的位置.
    
50.         MoveDoors(leftOuterDoor.position.x, rightOuterDoor.position.x);
    
51.     }
    
52.    
    
53.    
    
54.     public void CloseDoors ()
    
55.     {
    
56.         // 移动门到 栅栏门的初始位置.
    
57.         MoveDoors(leftClosedPosX, rightClosedPosX);
    
58.     }
    
59. }

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JS

1. #pragma strict
   
2. 
   
3. public var doorSpeed : float = 7f;          // How quickly the inner doors will track the outer doors.
   
4. 
   
5. 
   
6. private var leftOuterDoor : Transform;      // Reference to the transform of the left outer door.
   
7. private var rightOuterDoor : Transform;     // Reference to the transform of the right outer door.
   
8. private var leftInnerDoor : Transform;      // Reference to the transform of the left inner door.
   
9. private var rightInnerDoor : Transform;     // Reference to the transform of the right inner door.
   
10. private var leftClosedPosX : float;         // The initial x component of position of the left doors.
    
11. private var rightClosedPosX : float;        // The initial x component of position of the right doors.
    
12. 
    
13. 
    
14. function Awake ()
    
15. {
    
16.     // Setting up the references.
    
17.     leftOuterDoor = GameObject.Find("door_exitOuter_left_001").transform;
    
18.     rightOuterDoor = GameObject.Find("door_exitOuter_right_001").transform;
    
19.     leftInnerDoor = GameObject.Find("door_exitInner_left_001").transform;
    
20.     rightInnerDoor = GameObject.Find("door_exitInner_right_001").transform;
    
21.    
    
22.     // Setting the closed x position of the doors.
    
23.     leftClosedPosX = leftInnerDoor.position.x;
    
24.     rightClosedPosX = rightInnerDoor.position.x;
    
25. }
    
26. 
    
27. 
    
28. function MoveDoors (newLeftXTarget : float, newRightXTarget : float)
    
29. {
    
30.     // Create a float that is a proportion of the distance from the left inner door's x position to it's target x position.
    
31.     var newX : float = Mathf.Lerp(leftInnerDoor.position.x, newLeftXTarget, doorSpeed * Time.deltaTime);
    
32.    
    
33.     // Move the left inner door to it's new position proportionally closer to it's target.
    
34.     leftInnerDoor.position = new Vector3(newX, leftInnerDoor.position.y, leftInnerDoor.position.z);
    
35.    
    
36.     // Reassign the float for the right door's x position.
    
37.     newX = Mathf.Lerp(rightInnerDoor.position.x, newRightXTarget, doorSpeed * Time.deltaTime);
    
38.    
    
39.     // Move the right inner door similarly.
    
40.     rightInnerDoor.position = new Vector3(newX, rightInnerDoor.position.y, rightInnerDoor.position.z);
    
41. }
    
42. 
    
43. 
    
44. public function DoorFollowing ()
    
45. {
    
46.     // Move the inner doors towards the outer doors.
    
47.     MoveDoors(leftOuterDoor.position.x, rightOuterDoor.position.x);
    
48. }
    
49. 
    
50. 
    
51. public function CloseDoors ()
    
52. {
    
53.     // Move the inner doors towards their closed position.
    
54.     MoveDoors(leftClosedPosX, rightClosedPosX);
    
55. }

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