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private var activated = false;

var mySkin : GUISkin;
var TraderMenuButton : GUIStyle;

var windowWidth : int = 300;
var windowHeight : int = 400;

var toggle = true;

private var showMenu : boolean = false;

function isActivated() {
   return activated;
}

function OnMouseDown() {
   showMenu = true;
   activated = true;
}

function OnGUI () {
GUI.skin = mySkin;
    if (showMenu) {

        GUI.Window(0,

                   Rect((Screen.width / 2) - (windowWidth / 2),

                        (Screen.height / 2) - (windowHeight / 2),

                        windowWidth,

                        windowHeight),

                   Gate,

                   "Choose your destination");  //Creates a window with ID 0 in the center of the screen using the function LevelSelect with the title, "Select a level!"

    }

}

function Gate (id : int) {

      if(GUILayout.Button("Loc'Tor IV")){
         Application.LoadLevel("Loc'Tor IV");
         }
      GUILayout.Button("Thetia");
      
if (GUILayout.Button("Cancel")) {  //Gives the player the opportunity to back out of the menu.

        showMenu = false;
      activated = false;

    }

}

Code: Select all

private var litAmount = 0.00;

function Start () {

   var playerController : PhaseGateEarth = GetComponent(PhaseGateEarth);
   
   // The script ensures an AudioSource component is always attached.
   
   // First, we make sure the AudioSource component is initialized correctly:
   audio.loop = false;
   audio.Stop();
   
   
   // Init the particles to not emit and switch off the spotlights:
   var particles : Component[] = GetComponentsInChildren(ParticleEmitter);
   var childLight : Light = GetComponentInChildren(Light);
   
   for (var p : ParticleEmitter in particles)
   {
      p.emit = false;
   }
   childLight.enabled = false;

   // Once every frame  update particle emission and lights
   while (true)
   {
      var isOn = playerController.isActivated();
            
      // handle thruster sound effect
      if (isOn)
      {
         if (!audio.isPlaying)
         {
            audio.Play();
         }
      }
      else
      {
         audio.Stop();
      }
      
      
      for (var p : ParticleEmitter in particles)
      {
         p.emit = isOn;
      }
      
      if(isOn)
         litAmount = Mathf.Clamp01(litAmount + Time.deltaTime * 2);
      else
         litAmount = Mathf.Clamp01(litAmount - Time.deltaTime * 2);
      childLight.enabled = isOn;
      childLight.intensity = litAmount;
               
      yield;
   }
}

@script RequireComponent(AudioSource)