Need to rotate object at a constant rate

Unity Engine
1

Hi all, I’m wanting to rotate a object through x number of degrees ( where x entered by user ) on the Y axis & as the title says at a constant rate.
What happens is the rotation starts off slow but increases as the value of the variable " turn" increases. I know this must have something to do with Time.deltatime but I’m not sure how to get round it.
I know ( well hope ) this is probably quite basic stuff for some of you experienced unity users but this is quite new to me.
Any is help appreciated, thanks.

public class planepilot : MonoBehaviour {
 public float speed;
 private string speedtext = "10" ; 
 public int ATCspeed = 10;
 public int newSpeed ;
 private string headingtext = "0" ;
 public int ATCheading = 0;
 public int newHeading;
 public float turn ;
 public bool turncomplete = false ;
 void Start () {
 Debug.Log ("plane script added to :: " + gameObject.name);
 speed = 80.0f;
 }
 
 // Update is called once per frame
 void Update () {


 transform.position += transform.forward * Time.deltaTime * ATCspeed;
 if (Input.GetKey (KeyCode.Return)) {
 ATCspeed = newSpeed; ATCheading = newHeading ;
 }

 //***************** changes heading ***************
  
 if ((transform.eulerAngles.y) < ATCheading) { turncomplete = false; 
 
 turn = transform.eulerAngles.y; turn = turn + 0.02f ;
 
 
 
 transform.Rotate (0.0f, turn* Time.deltaTime, 0.0f); Debug.Log(" eulerangles.y = " + (transform.eulerAngles.y) + ( " :: TURN  : " + turn ) +
  ( "  / ATC heading : " + ATCheading ) );
  
 }
 
 if (turncomplete == false) {
 if ((transform.eulerAngles.y) > ATCheading ) {
 transform.eulerAngles = new Vector3 (0.0f, ATCheading, 0.0f);
 turncomplete = true;
 }
 
 }

   }
2

The function is not taking an absolute angle, but a rotation angle, so you should have an angle (0.02f ?) multiplied by Time.deltaTime, and not add the current angle to it.
Unless I am a really bad reader of the documentation’s example, which is of cource possible.

Hope it helps anyway.

3

If you want to turn it constantly, you musn’t change ‘turn’. It will then always add turn*Time.deltaTime to your current rotation.

4

Thanks guys I’m now using

transform.Rotate(Vector3.up*10* Time.deltaTime);

Which has solved that problem.