Luz parpadeante con bateria

hola tengo un pequeño gran problema. tengo dos scripts: uno es de una luz parpadeante (FlickeringFlashlight) y el otro de la bateria de la linterna el problema es que el script de bateria crea su propia light y el FlickeringFlashlight tambien y lo que quiero es convinar los dos scripts para que quede que la bateria de la linterna dure 2 minutos, que cuando este en 10% empiece a parpadear y se apague y con cualquier tecla se restaure.

[Google translation]

Flashing light with battery hello I have a little big problem. I have two scripts: one is of a flashing light (FlickeringFlashlight) and the other battery flashlight the problem is that the script battery creates its own light and FlickeringFlashlight well and what I want is convinar the two scripts to make it the flashlight battery lasts 2 minutes, that when 10% starts flashing on and off and any key is restored.

 #pragma strict
  
  var minWorkingTime : float = 60.0;
  var maxWorkingTime : float = 120.0;
  
  var minLightIntensity : float = 0.5;
  var maxLightIntensity : float = 2.5;
  
  private var startIntensity : float = 1.85;
  
  enum flashlightState { IsWorking, Flickering, Resetting }
  
  var currentState : flashlightState;
  
  private var workingTimer : float = 0.0;
  private var workingTimeLimit : float = 90.0;
  
  var minFlickerSpeed : float = 0.05;
  var maxFlickerSpeed : float = 0.2;
  
  private var flickerCounter : float = 0.0;
  
  private var resetTimer : float = 0.0;
  
  function Start() 
  {
      workingTimeLimit = Random.Range( minWorkingTime, maxWorkingTime );
      
      GetComponent.<Light>().enabled = true;
      startIntensity = GetComponent.<Light>().intensity;
      
      currentState = flashlightState.IsWorking;
  }
  
  function Update() 
  {
      switch( currentState )
      {
          case flashlightState.IsWorking :
              IsWorking();
          break;
          
          case flashlightState.Flickering :
              FlickerFlashlight();
              CheckForInput();
          break;
          
          case flashlightState.Resetting :
              Resetting();
          break;
      }
  }
  
  function IsWorking() 
  {
      workingTimer += Time.deltaTime;
      
      if ( workingTimer > workingTimeLimit )
      {
          flickerCounter = Time.time + Random.Range( minFlickerSpeed, maxFlickerSpeed );
      
          currentState = flashlightState.Flickering;
      }
  }
  
  function FlickerFlashlight()
  {
      if ( flickerCounter < Time.time )
      {
          if (GetComponent.<Light>().enabled)
          {
              GetComponent.<Light>().enabled = false;
          }
          else
          {
              GetComponent.<Light>().enabled = true;
  
              GetComponent.<Light>().intensity = Random.Range(minLightIntensity, maxLightIntensity);
          }
  
          flickerCounter = Time.time + Random.Range( minFlickerSpeed, maxFlickerSpeed );
      }
  }
  
  function CheckForInput()
  {
      if (Input.GetKeyDown(KeyCode.F))
      {
          currentState = flashlightState.Resetting;
      }
  }
  
  function Resetting() 
  {
      resetTimer += Time.deltaTime;
      
      if ( resetTimer > 0.75 )
      {
          resetTimer = 0.0;
          workingTimer = 0.0;
          workingTimeLimit = Random.Range( minWorkingTime, maxWorkingTime );
          GetComponent.<Light>().enabled = true;
          GetComponent.<Light>().intensity = startIntensity;
          currentState = flashlightState.IsWorking;
      }
      else if ( resetTimer > 0.65 )
      {
          GetComponent.<Light>().enabled = false;
      }
      else if ( resetTimer > 0.55 )
      {
          GetComponent.<Light>().enabled = true;
          GetComponent.<Light>().intensity = startIntensity;
      }
      else if ( resetTimer > 0.25 )
      {
          GetComponent.<Light>().enabled = false;
      }
      else if ( resetTimer > 0.15 )
      {
          GetComponent.<Light>().enabled = true;
          GetComponent.<Light>().intensity = startIntensity;
      }
      else if ( resetTimer > 0.05 )
      {
          GetComponent.<Light>().enabled = false;
      }
  }

ese es el de la FlickeringFlashlight

este es el de la bateria

 using UnityEngine;
 using System.Collections;
 
 public class Linterna : MonoBehaviour {
     public Transform Camara;
     public bool SeguirCamara = true;
     public KeyCode TeclaEncendido = KeyCode.F;
     public Texture2D Icono;
     public Texture2D IconoOff;
     public int Bateria = 100;
     float Bat = 100f;
     public bool Activa;
     public bool Debugs;
     
     void Start(){
         GetComponent<Light>().enabled = true;
          gameObject.GetComponent<Light>().type = LightType.Spot;
         Bat = (float)Bateria;
     }
     void FixedUpdate (){        
         if(Camara != null){
             if(Activa){
                 if(Bat > 0)Bat -= 0.01f;
                 Bateria = (Mathf.CeilToInt(Bat));
                 if(Bateria < 1){
                     Activa = !Activa;
                     if(Debugs)if(Activa)print ("Linterna Activada"); else print ("Linterna Desactivada");
                 }
             }else{
                 gameObject.GetComponent<Light>().intensity = 0;
                 if(Bat < 100f)Bat += 0.01f;
                 Bateria = (Mathf.CeilToInt(Bat));
             }
         }else{
             print("No hay asignada una Luz o una Camara! Acurdate de Asignar un SpotLight");
         }
         if(Input.GetKeyDown(TeclaEncendido)){
             Activa = !Activa;
             if(Debugs)if(Activa)print ("Linterna Activada"); else print ("Linterna Desactivada");
         }
     }
     
     void OnGUI(){
         if(Icono != null)if(Activa)GUI.DrawTexture(new Rect(0,10,Screen.width/10,Screen.height/6),Icono);else GUI.DrawTexture(new Rect(0,10,Screen.width/10,Screen.height/6),IconoOff);
         GUI.Label(new Rect(0+Screen.width/10,Screen.height/20,Screen.width/6,Screen.height/6),"Bateria :" +Bateria);
     }
 }

Gracias por su tiempo ;)