إنشاء تفاعلات ذكاء اصطناعي بسيطة مع كائنات البيئة

إنشاء تفاعلات بسيطة مع البيئة

if(cube.transform.position == mark.transform.position)
{
  openDoor = true;
}

تتحرك البيئة في تومب رايدر

public GameObject playerMesh;
public Transform playerMark;
public Transform cubeMark;
public Transform currentPlayerPosition;
public Transform currentCubePosition;

public float proximityValueX;
public float proximityValueY;
public float nearValue;

private bool playerOnMark;


void Start () {

}

void Update () {

  // Calculates the current position of the player
  currentPlayerPosition.transform.position = playerMesh.transform.position;

  // Calculates the distance between the player and the player mark of the X axis
  proximityValueX = playerMark.transform.position.x - currentPlayerPosition.transform.position.x;

  // Calculates the distance between the player and the player mark of the Y axis
  proximityValueYplayerMark.transform.position.y - currentPlayerPosition.transform.position.y;

  // Calculates if the player is near of his MARK POSITION
  if((proximityValueX + proximityValueY) < nearValue)
  {
     playerOnMark = true;
  }
}

public GameObject playerMesh;
public Transform playerMark;
public Transform cubeMark;
public Transform currentPlayerPosition;
public Transform currentCubePosition;

public float proximityValueX;
public float proximityValueY;
public float nearValue;

public float cubeProximityX;
public float cubeProximityY;
public float nearCube;

private bool playerOnMark;
private bool cubeIsNear;


void Start () {

   Vector3 playerMark = new Vector3(81.2f, 32.6f, -31.3f);
   Vector3 cubeMark = new Vector3(81.9f, -8.3f, -2.94f);
   nearValue = 0.5f;
   nearCube = 0.5f;
}

void Update () {

  // Calculates the current position of the player
  currentPlayerPosition.transform.position = playerMesh.transform.position;

  // Calculates the distance between the player and the player mark of the X axis
  proximityValueX = playerMark.transform.position.x - currentPlayerPosition.transform.position.x;

  // Calculates the distance between the player and the player mark of the Y axis
  proximityValueY = playerMark.transform.position.y - currentPlayerPosition.transform.position.y;

  // Calculates if the player is near of his MARK POSITION
  if((proximityValueX + proximityValueY) < nearValue)
  {
     playerOnMark = true;
  }

  cubeProximityX = currentCubePosition.transform.position.x - this.transform.position.x;
  cubeProximityY = currentCubePosition.transform.position.y - this.transform.position.y;

  if((cubeProximityX + cubeProximityY) < nearCube)
  {
     cubeIsNear = true;
  }

  else
  {
     cubeIsNear = false;
  }
}

public GameObject playerMesh;
public Transform playerMark;
public Transform cubeMark;
public Transform cubeMesh;
public Transform currentPlayerPosition;
public Transform currentCubePosition;

public float proximityValueX;
public float proximityValueY;
public float nearValue;

public float cubeProximityX;
public float cubeProximityY;
public float nearCube;

private bool playerOnMark;
private bool cubeIsNear;

public float speed;
public bool Finding;


void Start () {

   Vector3 playerMark = new Vector3(81.2f, 32.6f, -31.3f);
   Vector3 cubeMark = new Vector3(81.9f, -8.3f, -2.94f);
   nearValue = 0.5f;
   nearCube = 0.5f;
   speed = 1.3f;
}

void Update () {

  // Calculates the current position of the player
  currentPlayerPosition.transform.position = playerMesh.transform.position;

  // Calculates the distance between the player and the player mark of the X axis
  proximityValueX = playerMark.transform.position.x - currentPlayerPosition.transform.position.x;

  // Calculates the distance between the player and the player mark of the Y axis
  proximityValueY = playerMark.transform.position.y - currentPlayerPosition.transform.position.y;

  // Calculates if the player is near of his MARK POSITION
  if((proximityValueX + proximityValueY) < nearValue)
  { 
      playerOnMark = true;
  }

  cubeProximityX = currentCubePosition.transform.position.x - this.transform.position.x;
  cubeProximityY = currentCubePosition.transform.position.y - this.transform.position.y;

  if((cubeProximityX + cubeProximityY) < nearCube)
  {
      cubeIsNear = true;
  }

  else
  {
      cubeIsNear = false;
  }

  if(playerOnMark == true && cubeIsNear == false && Finding == false)
  {
     PositionChanging();
  }

  if(playerOnMark == true && cubeIsNear == true)
  {
     Finding = false;
  }

}

void PositionChanging () {

  Finding = true;
  Vector3 positionA = this.transform.position;
  Vector3 positionB = cubeMesh.transform.position;
  this.transform.position = Vector3.Lerp(positionA, positionB, Time.deltaTime * speed);
}

public GameObject playerMesh;
public Transform playerMark;
public Transform cubeMark;
public Transform cubeMesh;
public Transform currentPlayerPosition;
public Transform currentCubePosition;

public float proximityValueX;
public float proximityValueY;
public float nearValue;

public float cubeProximityX;
public float cubeProximityY;
public float nearCube;

public float cubeMarkProximityX;
public float cubeMarkProximityZ;

private bool playerOnMark;
private bool cubeIsNear;

public float speed;
public bool Finding;


void Start () {

        Vector3 playerMark = new Vector3(81.2f, 32.6f, -31.3f);
        Vector3 cubeMark = new Vector3(81.9f, -8.3f, -2.94f);
        nearValue = 0.5f;
        nearCube = 0.5f;
        speed = 1.3f;
}

void Update () {

  // Calculates the current position of the player
  currentPlayerPosition.transform.position = playerMesh.transform.position;

  // Calculates the distance between the player and the player mark of the X axis
  proximityValueX = playerMark.transform.position.x - currentPlayerPosition.transform.position.x;

  // Calculates the distance between the player and the player mark of the Y axis
  proximityValueY = playerMark.transform.position.y - currentPlayerPosition.transform.position.y;

  // Calculates if the player is near of his MARK POSITION
  if((proximityValueX + proximityValueY) < nearValue)
  {
     playerOnMark = true;
  }

  cubeProximityX = currentCubePosition.transform.position.x - this.transform.position.x;
  cubeProximityY = currentCubePosition.transform.position.y - this.transform.position.y;

  if((cubeProximityX + cubeProximityY) < nearCube)
  {
     cubeIsNear = true;
  }

  else
  {
     cubeIsNear = false;
  }

  if(playerOnMark == true && cubeIsNear == false && Finding == false)
  {
      PositionChanging();
  }

  if(playerOnMark == true && cubeIsNear == true)
  {
      Finding = false;
    }

   cubeMarkProximityX = cubeMark.transform.position.x - currentCubePosition.transform.position.x;
   cubeMarkProximityZ = cubeMark.transform.position.z - currentCubePosition.transform.position.z;

   if(cubeMarkProximityX > cubeMarkProximityZ)
   {
     PushX();
   }

   if(cubeMarkProximityX < cubeMarkProximityZ)
   {
     PushZ();
   }

}

void PositionChanging () {

  Finding = true;
  Vector3 positionA = this.transform.position;
  Vector3 positionB = cubeMesh.transform.position;
  this.transform.position = Vector3.Lerp(positionA, positionB, Time.deltaTime * speed);
}

عقبات الكائنات في البيئات باستخدام مثال Age من الامبراطوريات

public float HP;
public float distanceValue;
private Transform characterPosition;
private GameObject characterMesh;

private float proximityValueX;
private float proximityValueY;
private float nearValue;

// Use this for initialization
void Start () {

  HP = 100f;
  distanceValue = 1.5f;

  // Find the Character Mesh
  characterMesh = GameObject.Find("AICharacter");
}

// Update is called once per frame
void Update () {

  // Obtain the Character Mesh Position
  characterPosition = characterMesh.transform;

  //Calculate the distance between this object and the AI Character
  proximityValueX = characterPosition.transform.position.x - this.transform.position.x;
  proximityValueY = characterPosition.transform.position.y - this.transform.position.y;

  nearValue = proximityValueX + proximityValueY;
}

public static float fenceHP;
public static float lowerFenceHP;
public static float fencesAnalyzed;
public static GameObject bestFence;

private Transform House;

private float timeWasted;
public float speed;



void Start () {

        fenceHP = 100f;
        lowerFenceHP = fenceHP;
        fencesAnalyzed = 0;
        speed = 0.8;

        Vector3 House = new Vector3(300.2f, 83.3f, -13.3f);

}

void Update () {

        timeWasted += Time.deltaTime;

        if(fenceHP > lowerFenceHP)
        {
            lowerFenceHP = fenceHP;
        }

        if(timeWasted > 30f)
        {
            GoToFence();  
        }
}

void GoToFence() {

        Vector3 positionA = this.transform.position;
        Vector3 positionB = bestFence.transform.position;
        this.transform.position = Vector3.Lerp(positionA, positionB, Time.deltaTime * speed);
}

public float HP;
public float distanceValue;
private Transform characterPosition;
private GameObject characterMesh;

private float proximityValueX;
private float proximityValueY;
private float nearValue;
void Start () {

        HP = 100f;
        distanceValue = 1.5f;

        // Find the Character Mesh
        characterMesh = GameObject.Find("AICharacter");
}

void Update () {

        // Obtain the Character Mesh Position
        characterPosition = characterMesh.transform;

        //Calculate the distance between this object and the AI Character
        proximityValueX = characterPosition.transform.position.x - this.transform.position.x;
        proximityValueY = characterPosition.transform.position.y - this.transform.position.y;

        nearValue = proximityValueX + proximityValueY;

        if(nearValue <= distanceValue){
            if(AICharacter.fencesAnalyzed == 0){
                AICharacter.fencesAnalyzed = 1;
                AICharacter.bestFence = this.gameObject;
            }

            AICharacter.fenceHP = HP;

            if(HP < AICharacter.lowerFenceHP){
                AICharacter.bestFence = this.gameObject;
            }
        }
}