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void UpdateCreeps(void)
{
	// Updating Creeps
	for (int c =0; c < creeps.size(); c ++)
	{
		int temp = creeps[c].Update() ; // 1 reached end point , 2 died cause hp is lower or equal to 0
		if (creeps[c].dead) // if a creep is dead
		{
			creeps.erase(creeps.begin() + c);
			c--;
		}
		else if (temp == 1 && lives > 0) // if a creep reached end point one life decrease
		{
			lives --;
		}
		else if (temp == 2) // if a creep is dead by towers money increase
		{
			cash += creeps[c].cost;
		}
	}
}

void UpdateBullets(void)
{
	// Updating Bullets
	for (int b1 = 0; b1 < blts.size(); b1 ++)
	{
		if (blts[b1].alive)
		{
			int col = blts[b1].Update();
			if (col > 0)
			{
				for (int bj = 0; bj < creeps.size(); bj ++)
				{
					if (col == creeps[bj].id)
					{
						creeps[bj].hp -= blts[b1].dmg;	
					}
				}
			}
		}
	}
		// second Checking if bullets are dead
	for (int b = 0; b < blts.size() ; b++)
	{
		if (!blts[b].alive)
		{
			if (dbIsObject(blts[b].id) == 1)
			{
				SC_RemoveObject(blts[b].id);
				dbDeleteObject(blts[b].id);
				blts.erase(blts.begin() + b);
				b--;
			}
		}
	}
}

// Updating Turrets
	for (int t1 = 0; t1 < PlayerT.size(); t1++)
	{
		PlayerT[t1].Update();
		if (PlayerT[t1].locked > 0)
		{
			if (GetDistance(PlayerT[t1].id,PlayerT[t1].locked) > PlayerT[t1].range)
			{
				PlayerT[t1].locked = 0;
			}
			for (int tj = 0; tj < creeps.size(); tj ++)
			{
				// if a tower is locked on a creep
				if (PlayerT[t1].locked == creeps[tj].id)
				{
					// if the creep is in range
					if (GetDistance(PlayerT[t1].id,PlayerT[t1].locked) < PlayerT[t1].range)
					{
						// if tower shooting timer achived
						if (PlayerT[t1].sT.Update())
						{
							if (dbIsObject(PlayerT[t1].locked) == 1)
							{
								blts.push_back(Bullet()); // pushing back a new bullet into bullet vector
								// adding all bullet data and position
								blts.back().Add(PlayerT[t1].dmg,PlayerT[t1].range,PlayerT[t1].colRange,PlayerT[t1].shootId,PlayerT[t1].bsX,PlayerT[t1].bsY,dbObjectPositionX(PlayerT[t1].id),dbObjectPositionY(PlayerT[t1].id),dbObjectPositionZ(PlayerT[t1].id),PlayerT[t1].locked);
							}
						}
					}
					// if the locked creep is dead releasing lock to enable the tower to lockon another creep
					if (creeps[tj].dead)
					{
						PlayerT[t1].locked = 0;
					}
				}
			}
		}
		// finding a new creep to lock on
		for (int tj1 = 0; tj1 < creeps.size(); tj1 ++)
		{
			if (creeps[tj1].started)
			{
				if (GetDistance(PlayerT[t1].id,creeps[tj1].id) < PlayerT[t1].range && PlayerT[t1].locked == 0)
				{
					PlayerT[t1].locked = creeps[tj1].id;
				}
			}

		}
	}
}

	do 
	{
		UpdateHearts(); // Updating Hearts
		UpdateGreenArrow(); // Updating Green Arrow
		if (gameStarted)
		{
			if (creeps.size() == 0)
			{
				startWave = true;
			}
			if (startWave)
			{
				StartWave();
				startWave = false;
			}
			// first checking to see if the player have lives left
			if (lives <= 0) // game over
			{
				break;
			}

			MMX = dbMouseX(); // Storing Mouse X
			MMY = dbMouseY(); // Storing Mouse Y
			CameraMovement(); // Camera Movement
			for (int j = 0; j < PlayerT.size(); j ++)
			{
				if (towerSelect == PlayerT[j].id)
				{
					dbHideObject(PlayerT[j].radiusId);
					dbHideObject(PlayerT[j].levelId);
				}
			}
			MouseClicks(); // Mouse Controls
			for (int j = 0; j < PlayerT.size(); j ++)
			{
				if (towerSelect == PlayerT[j].id)
				{
					dbShowObject(PlayerT[j].radiusId);
					dbShowObject(PlayerT[j].levelId);
				}
			}
			UpdateCreeps(); // Updating Creeps
			UpdateTurrets(); // Updating Turrets
			UpdateBullets(); // Updating Bullets

			//dbText(0,0,convertInt(dbScreenFPS())); // shows Screen Frame Per seconds
			dbText(0,20,convertInt(cash)); // printing amount of case
			//dbText(0,40,convertInt(lives)); // printing lives not needed since the hearts addition
			dbText(0,60,convertInt(GetFreeObject()));
			// Update the screen
			//dbSetTextSize(48);
			//dbCenterText(dbScreenWidth()/2,dbScreenHeight()/8,convertInt(waveNumber));
			//dbSetTextSize(10);
		}
		else
		{
			StartCounter();
		}
		dbSync(0,0);

	}

std::vector<int> test;
test.push_back(1);
test.push_back(2);
test.push_back(3);

test[1] = 2;
std::cout << "Success" << std::endl;
//OutputDebugStringA("Success");

test[4] = 10; //error
std::cout << "Success2" << std::endl;
//OutputDebugStringA("Success2");