Rotate around Position by Degrees

Hi Community,

what i want to achieve is a Sun rotating around my Player (for a God Ray Effect). I've got a TimeSystem Script that calcutes the Time (really Simple)

Code (CSharp):

1. using UnityEngine;
2. using System.Collections;
3.  
4. public static class TimeSystem {
5.  
6.     public static float TimeSpeed = 1f;
7.     public static float Minute;
8.     public static float Hour;
9.     public static float ActualTime;
10.  
11.     public static void Update () {
12.         Minute += Time.deltaTime * TimeSpeed;
13.        
14.         if (Minute >= 60) {
15.             Minute -= 60;
16.             Hour++;
17.         }
18.        
19.         if (Hour >= 24){
20.             Hour -= 24;
21.         }
22.        
23.         ActualTime = ((Hour * 60) + Minute) / (24 * 60);
24.     }
25. }
26.  

And i had a basic Rotation for my Sun (Rotation around an axis)

Code (CSharp):

1. using UnityEngine;
2. using System.Collections;
3.  
4. public static class DayNightSystem {
5.  
6.     public static GameObject SunLight;
7.  
8.     public static float SunMaxIntensity = 0.69f;
9.     public static float SunMinIntensity = 0f;
10.  
11.     public static float rotation;
12.     private static float rotationY;
13.     private static float rotationZ;
14.  
15.     private static Color DayLightColor;
16.     private static Color DawnLightColor;
17.     private static Color NightLightColor;
18.  
19.     private static float beginNightToDawn = 5;
20.     private static float beginDawnToDay = 6;
21.     private static float endDawnToDay = 8;
22.  
23.     private static float beginDayToDawn = 16;
24.     private static float beginDawnToNight = 17;
25.     private static float endDawnToNight = 18;
26.  
27.     public static GameObject ObjectToRotateAround;
28.  
29.     public static void Start(){
30.         rotationY = SunLight.transform.eulerAngles.y;
31.         rotationZ = SunLight.transform.eulerAngles.z;
32.  
33.         DayLightColor = Color.white;
34.         DawnLightColor = new Color(1f,0.4f,0f);
35.         NightLightColor = new Color (0, 0, 0);
36.     }
37.  
38.     public static void Update () {
39.         UpdateLightRotation ();
40.         UpdateLightColor ();
41.     }
42.  
43.     public static void UpdateLightRotation(){
44.         rotation = 360 * TimeSystem.ActualTime - 90;
45.        
46.         if (rotation >= 360) {
47.             rotation -= 360;      
48.         }
49.         SunLight.transform.eulerAngles = new Vector3(rotation, rotationY, rotationZ);
50.         transform.RotateAround(Vector3.zero, Vector3.up, 20 * Time.deltaTime);
51.         SunLight.transform.RotateAround (ObjectToRotateAround.transform.position , Vector3.right, angle);
52.     }
53.  
54.     public static void UpdateLightColor(){
55.         if (TimeSystem.Hour >= beginNightToDawn && TimeSystem.Hour < beginDawnToDay) {
56.             float percent = ((TimeSystem.Hour - beginNightToDawn) * 60 + TimeSystem.Minute) / ((beginDawnToDay - beginNightToDawn) * 60);
57.             SunLight.GetComponent<Light>().color = Color.Lerp (NightLightColor, DawnLightColor, percent);
58.         }
59.         else if (TimeSystem.Hour >= beginDawnToDay && TimeSystem.Hour < endDawnToDay) {
60.             float percent = ((TimeSystem.Hour - beginDawnToDay) * 60 + TimeSystem.Minute) / ((endDawnToDay - beginDawnToDay) * 60);
61.             SunLight.GetComponent<Light>().color = Color.Lerp (DawnLightColor, DayLightColor, percent);
62.         }
63.         else if (TimeSystem.Hour >= beginDayToDawn && TimeSystem.Hour < beginDawnToNight) {
64.             float percent = ((TimeSystem.Hour - beginDayToDawn) * 60 + TimeSystem.Minute) / ((beginDawnToNight - beginDayToDawn) * 60);
65.             SunLight.GetComponent<Light>().color = Color.Lerp (DayLightColor, DawnLightColor, percent);
66.         }
67.         else if (TimeSystem.Hour >= beginDawnToNight && TimeSystem.Hour < endDawnToNight) {
68.             float percent = ((TimeSystem.Hour - beginDawnToNight) * 60 + TimeSystem.Minute) / ((endDawnToNight - beginDawnToNight) * 60);
69.             SunLight.GetComponent<Light>().color = Color.Lerp (DawnLightColor, NightLightColor, percent);
70.         }
71.  
72.     }
73. }
74.  

As you can see the Sun was rotated by the actual Time.
But now i want the Sun rotating, like mentioned above, around a Gameobject (especially around the Player). But i don't get it to work. Any Suggestions?

Greetings

 

Put your gameobject on rotate around parameters from sun. I think you need create a new condition, another function.