I am trying to Give my Player a Reward after reaching a Certain Drift Score.

I am trying to give my Player A Reward after reaching a Certain Drift Score like (10000) or just activate a Gameobject Here is my Script I have made to Calculate the Drift Score of a Car using RayCast and I am using RCC for my car Physics: using UnityEngine; using System.Collections; using UnityEngine.UI; // Normal => Easy | Power=> Medium | Delay=> Standard | DelayPower=>Hard public enum DriftMode { Normal, Power, Delay ,DelayPower } public class DriftManager : MonoBehaviour { [Header("Select Drift Mode")] // Select drift mode | Normal => Easy | Power=> Medium | Delay=> Standard | DelayPower=>Hard public DriftMode driftMode = DriftMode.Normal; // Current score and totalscore public float driftScore,totalDriftScore; [Header("Informations")] // Display current and total drift scores public Text driftScoreText; public Text totalDriftScoreText; [Header("Drift Score Menu")] // Drift menu appear when drifting is started and disappear when finished public GameObject driftScoreMenu; // Internal usage [HideInInspector]public bool isDrifting,saved; // Set this on car controller scripts (this speed = vehicle speed) [HideInInspector]public float speed; [Header("Power Mode Visuals")] // Heat slider (engine heat in poer modes) public Slider healthSlider; // Heat slider image (used for changing color to ed and green) public Image healthSliderImage; public float maxHealth = 300f; // Display engine over heat alarm image public GameObject damageIcon; [Header("Delay Mode Visuals")] // delay slider public Image delaySliderImage; bool canDrift; public float driftDelaySpeed = 10f; // Internal usage [HideInInspector]public bool isDriftingTemp; bool isRunningDrift; [Header("Between Drifts Time")] // Delay between drifts pause public float driftTime = 1f; [Header("Drift Factor Visuals")] // Delay and increase drift factor public float driftFactorDelay = 1f; // Display Drift Factor public Text driftFactorText; // Drift factor (1X 2X,3X,4X ...) float driftFactor; /// <summary> /// T///////////////////////////////////////////////////////////////// /// </summary> /// /// Raycast system (Ground - Road Detector) /// RaycastHit hit; [Header("Only On Road Drift")] public bool showDebug = false; Color color = Color.green; // Give drift score only when car is on the road public bool roadDetection; // Road tag public string roadTag = "Road"; bool isOnRoad; // Cast ray from this pont to road public Transform raycastSpot; /// <summary> /// S/////////////////////////////////////////// /// </summary> /// /// /// void Start() { /* RCC_Settings.Instance.controllerType = RCC_Settings.ControllerType.Keyboard; RCC_Settings.Instance.behaviorType = RCC_Settings.BehaviorType.Drift;*/ // Find player car by tag after game started raycastSpot = GameObject.FindGameObjectWithTag("com").GetComponent<Transform>(); if (roadDetection) StartCoroutine ("RayscastUpdate"); // Read total scores first totalDriftScore = (float)PlayerPrefs.GetInt ("TotalScores"); healthSlider.maxValue = maxHealth; // Save scores to player prfs in each 3 minutes StartCoroutine (saveScore ()); if (driftMode == DriftMode.Normal) { healthSlider.gameObject.SetActive (false); damageIcon.SetActive (false); delaySliderImage.gameObject.SetActive (false); } if(driftMode == DriftMode.Power) { healthSlider.value = 0; healthSlider.gameObject.SetActive (true); damageIcon.SetActive (false); delaySliderImage.gameObject.SetActive (false); } if(driftMode == DriftMode.DelayPower) { healthSlider.value = 0; healthSlider.gameObject.SetActive (true); damageIcon.SetActive (false); delaySliderImage.gameObject.SetActive (true); } if(driftMode == DriftMode.Delay) { healthSlider.gameObject.SetActive (false); damageIcon.SetActive (false); delaySliderImage.gameObject.SetActive (true); } } // Save score coroutine IEnumerator saveScore() { while (true) { // Save in each 3 minutes yield return new WaitForSeconds (3); PlayerPrefs.SetInt ("TotalScores", (int)Mathf.Floor( totalDriftScore)); } } void Update() { if(driftMode == DriftMode.Normal) DriftNormal (); if(driftMode == DriftMode.Power) DriftPower (); if(driftMode == DriftMode.DelayPower) DriftDelayPower (); if(driftMode == DriftMode.Delay) DriftDelay (); // Delete dringting score for test it agin if (Input.GetKeyDown (KeyCode.H)) PlayerPrefs.DeleteAll (); } void DriftNormal() { // Calculate drifting scores based on vehicle speed if (isDrifting) { if (isDriftingTemp) { if (roadDetection) { if (isOnRoad) driftScore = driftScore + speed / 100; } else { driftScore = driftScore + speed / 100; } } if (!driftScoreMenu.activeSelf) { driftScoreMenu.SetActive (true); StartCoroutine ("DriftFactor"); } driftScoreText.text = ((int)Mathf.Floor(driftScore)).ToString (); if (saved) saved = false; } else { if (!saved) { totalDriftScore += driftScore*driftFactor; saved = true; driftScore = 0; totalDriftScoreText.text = ((int)Mathf.Floor(totalDriftScore)).ToString("###,###,###,###"); } if (driftScoreMenu.activeSelf) { driftScoreMenu.SetActive (false); StopCoroutine ("DriftFactor"); driftFactor = 1; } } } void DriftPower() { if ((healthSlider.value * 100 / maxHealth) > 90f) { healthSliderImage.color = Color.red; damageIcon.SetActive (true); } else if ((healthSlider.value * 100 / maxHealth) > 70f) healthSliderImage.color = Color.yellow; else { healthSliderImage.color = Color.green; damageIcon.SetActive(false); } // Calculate drifting scores based on vehicle speed if (isDrifting) { if (isDriftingTemp) { if (roadDetection) { if (isOnRoad) driftScore = driftScore + speed / 100; } else { driftScore = driftScore + speed / 100; } } if (!driftScoreMenu.activeSelf) { driftScoreMenu.SetActive (true); StartCoroutine ("DriftFactor"); } if (isDriftingTemp) { if (healthSlider.value < maxHealth) healthSlider.value += 1; } else { if(healthSlider.value>0) healthSlider.value -= 1; } driftScoreText.text = ((int)Mathf.Floor(driftScore)).ToString (); if (saved) saved = false; } else { if (!saved) { totalDriftScore += driftScore*driftFactor; saved = true; driftScore = 0; totalDriftScoreText.text = ((int)Mathf.Floor(totalDriftScore)).ToString("###,###,###,###"); } if (driftScoreMenu.activeSelf) { driftScoreMenu.SetActive (false); StopCoroutine ("DriftFactor"); driftFactor = 1; } if (!isDriftingTemp) { if(healthSlider.value>0) healthSlider.value -= 1; } } } void DriftDelay() { // Calculate drifting scores based on vehicle speed if (isDrifting) { delaySliderImage.gameObject.SetActive (true); if (!canDrift) { delaySliderImage.fillAmount -= 0.1f*Time.deltaTime*driftDelaySpeed*(speed/100)*2; if (delaySliderImage.fillAmount == 0) canDrift = true; } else { if (isDriftingTemp) { if (roadDetection) { if (isOnRoad) driftScore = driftScore + speed / 100; } else { driftScore = driftScore + speed / 100; } } if (!driftScoreMenu.activeSelf) { driftScoreMenu.SetActive (true); StartCoroutine ("DriftFactor"); } driftScoreText.text = ((int)Mathf.Floor (driftScore)).ToString (); if (saved) saved = false; } } else { canDrift = false; delaySliderImage.fillAmount = 1f; delaySliderImage.gameObject.SetActive (false); if (!saved) { totalDriftScore += driftScore*driftFactor; saved = true; driftScore = 0; totalDriftScoreText.text = ((int)Mathf.Floor(totalDriftScore)).ToString("###,###,###,###"); } if (driftScoreMenu.activeSelf) { driftScoreMenu.SetActive (false); StopCoroutine ("DriftFactor"); driftFactor = 1; } } } void DriftDelayPower() { if ((healthSlider.value * 100 / maxHealth) > 90f) { healthSliderImage.color = Color.red; damageIcon.SetActive (true); } else if ((healthSlider.value * 100 / maxHealth) > 70f) healthSliderImage.color = Color.yellow; else { healthSliderImage.color = Color.green; damageIcon.SetActive (false); } // Calculate drifting scores based on vehicle speed if (isDrifting) { delaySliderImage.gameObject.SetActive (true); if (!canDrift) { delaySliderImage.fillAmount -= 0.1f*Time.deltaTime*driftDelaySpeed*(speed/100)*2; if (delaySliderImage.fillAmount == 0) canDrift = true; } else { if (isDriftingTemp) { if (roadDetection) { if (isOnRoad) driftScore = driftScore + speed / 100; } else { driftScore = driftScore + speed / 100; } } if (!driftScoreMenu.activeSelf) { driftScoreMenu.SetActive (true); StartCoroutine ("DriftFactor"); } if (isDriftingTemp) { if (healthSlider.value < maxHealth) healthSlider.value += 1; } else { if(healthSlider.value>0) healthSlider.value -= 1; } driftScoreText.text = ((int)Mathf.Floor (driftScore)).ToString (); if (saved) saved = false; } } else { canDrift = false; delaySliderImage.fillAmount = 1f; delaySliderImage.gameObject.SetActive (false); if (!saved) { totalDriftScore += driftScore*driftFactor; saved = true; driftScore = 0; totalDriftScoreText.text = ((int)Mathf.Floor(totalDriftScore)).ToString("###,###,###,###"); } if (driftScoreMenu.activeSelf) { driftScoreMenu.SetActive (false); StopCoroutine ("DriftFactor"); driftFactor = 1; } if (!isDriftingTemp) { if(healthSlider.value>0) healthSlider.value -= 1; } } } IEnumerator DriftFactor() { while (true) { driftFactorText.text = driftFactor.ToString ()+"x"; yield return new WaitForSeconds (driftFactorDelay); driftFactor += 1; } } public void StartDrfit() { StopCoroutine ("stopDriftNow"); isDrifting = true; } public void StopDrift() { if(!isRunningDrift) StartCoroutine ("stopDriftNow"); } IEnumerator stopDriftNow() { yield return new WaitForSeconds (driftTime); if(!isDriftingTemp) isDrifting = false; isRunningDrift = false; } IEnumerator RayscastUpdate () { #if !UNITY_EDITOR showDebug = false; #endif while (true) { yield return new WaitForSeconds(0.1f); Raycast(); } } void Raycast() { var up = raycastSpot.TransformDirection(Vector3.up); if(showDebug) Debug.DrawRay(raycastSpot.position, -up * 100f, color); if (Physics.Raycast(raycastSpot.position, -up, out hit, 100f)) { if(showDebug) Debug.Log("Ground Name : "+hit.collider.name); if (hit.collider.tag == roadTag) { color = Color.red; isOnRoad = true; } else { color = Color.green; isOnRoad = false; } } } }