I am trying to access transform[] and count from SCRIPT A, however, its not working perfectly. SCRIPT B didnt apply the effect onto the instantiated fish from SCRIPT A. Only some fishes fly to the targets.

SCRIPT A

using UnityEngine; using System.Collections;

public class NemoTarget1 : MonoBehaviour {

 public GameObject targetMesh ;
 public GameObject[] targetspot ;

 public int count;
 public Transform[] targetbody;



 void Start ()
 {
 int count  = targetspot.GetLength(0);
 targetspot = new GameObject [count];
     }

}

////////////////////////////////////////////////////////////////////// SCRIPT B

using System.Collections;

public class projectile3 : MonoBehaviour {

 public Transform[] target = new Transform[6];


 public int n ;


 //    private float firingAngle = 45.0f;
 public float gravity = 900f;
 public Transform Projectile; 
 private Transform myTransform;
 public float Xlimit = -180f;

 void Awake()
 {
     myTransform = transform;  

 }


 void Start()
 {          
     
     //        GameObject targetcount = GameObject.Find ("Nemo_spawner");
     //        NemoTarget nemotarget = targetcount.GetComponent<NemoTarget> ();
     //        int n = nemotarget.count;


     GameObject fishcount = GameObject.Find ("Nemo_spawner"); 
     FishSpawnPoint nemotarget1 = fishcount.GetComponent<FishSpawnPoint> ();
     nemotarget1.count = n; 

// GameObject targetbody = GameObject.Find ("Nemo_spawner"); // FishSpawnPoint nemotarget2 = targetbody.GetComponent (); // nemotarget2.TargetPoint = Target;

     {    
         {
             
         {
             target [n] = GameObject.Find ("Target" + (n + 1)).transform;
         }

     

             StartCoroutine (SimulateProjectile ());

         }
     }
 }


 IEnumerator SimulateProjectile()


 {
     Transform Target; // added codes


     GameObject fishcount = GameObject.Find ("Nemo_spawner"); 
     FishSpawnPoint nemotarget1 = fishcount.GetComponent<FishSpawnPoint> ();
     nemotarget1.count = n; 

     target [n] = GameObject.Find ("Target" + (n + 1)).transform;


     float yRange = 900f; //changing this value will slow down low angle's moving speed
     float yLow = -488f;
     float throughY = (Projectile.position.y - yLow) / yRange;
     float firingAngle = 50.0f - 40.0f * throughY;


     //        GameObject[] targetPoints = GameObject.Find ("Target 1");
     int targetIndex = Random.Range (0, target.Length); // added codes


     Target =  target [targetIndex];  

     yield return new WaitForSeconds(0.2f);


     // Move projectile to the position of throwing object + add some offset if needed.
     Projectile.position = myTransform.position + new Vector3(0, 0.0f, 0);

     // Calculate distance to target
     float target_Distance = Vector3.Distance(Projectile.position, Target.position);


     // Calculate the velocity needed to throw the object to the target at specified angle.
     float projectile_Velocity = target_Distance / (Mathf.Sin(2 * firingAngle * Mathf.Deg2Rad) / gravity);

     // Extract the X  Y componenent of the velocity
     float Vx = Mathf.Sqrt(projectile_Velocity) * Mathf.Cos(firingAngle * Mathf.Deg2Rad);
     float Vy = Mathf.Sqrt(projectile_Velocity) * Mathf.Sin(firingAngle * Mathf.Deg2Rad);

     // Calculate flight time.
     float flightDuration = target_Distance / Vx;

     // Rotate projectile to face the target.
     Projectile.rotation = Quaternion.LookRotation(Target.position - Projectile.position);


     float elapse_time = 0;
     while (elapse_time < flightDuration)




     {
         Projectile.Translate(0, (Vy - (gravity * elapse_time)) * Time.deltaTime, Vx * Time.deltaTime);
         elapse_time += Time.deltaTime;
         yield return null;


     }


 }   

}