import random #import module for random number generation

def displayplayer(player): #diplay players stats
   print "You are a", player.Name
   print "Health : ", player.Health
   print "Armour : ", player.Armour
   print "Attack : ", player.Attack
   print "Defence : ", player.Defence

def displayenemy(enemy): #diplay players stats
   print "Your enemy is a", enemy.Name
   print "Health : ", enemy.Health
   print "Armour : ", enemy.Armour
   print "Attack : ", enemy.Attack
   print "Defence : ", enemy.Defence

def delay(): #function for a slight delay to the next prompt
   counter = 1
   while counter<=10000000:
       counter = counter + 1

def displayallhero(): #displays all heros available for selection
   print "1) Warrior"
   print "2) Rougue"
   print "3) Ranger"

def displayallenemy(): #displays all enemies
   print "1) Bogaloo"
   print "2) Rat"
   print "3) Wolf"
   print "4) Bear"
   print "5) Troll"

def initplayer(x): #initilize player
   if x == 1:
       player = warrior()
   elif x==2:
       player = rougue()
   elif x==3:
       player = ranger()
   return player

def initenemy(): #initialize enemy
   randnumber = random.randint(1,5) #creates a random enemy depend on how many enemies
   if bogaloo.Index == randnumber:
       enemy = bogaloo()
   elif rat.Index == randnumber:
       enemy = rat()
   elif wolf.Index == randnumber:
       enemy = wolf()
   elif bear.Index == randnumber:
       enemy = bear()
   elif troll.Index == randnumber:
       enemy = troll()
   return enemy


       
       
#character and enemy classes------------------------------------------------------------------------------
#Hero characters
class warrior():
   Name = "Warrior"
   Health = 150
   Armour = 20
   Attack = 15
   Defence = 5
   

class rougue():
   Name = "Rougue"
   Health = 80
   Armour = 5
   Attack = 5
   Defence = 16

class ranger():
   Name = "Ranger"
   Health = 110
   Armour = 10
   Attack = 10
   Defence = 12

#enemy characters
class bogaloo():
   Name = "Bogaloo"
   Health = 20
   Armour = 10
   Attack = 20
   Defence = 4
   Index = 1

class rat():
   Name = "Rat"
   Health = 50
   Armour = 10
   Attack = 20
   Defence = 4
   Index = 2

class wolf():
   Name = "Wolf"
   Health = 70
   Armour = 10
   Attack = 20
   Defence = 4
   Index = 3

class bear():
   Name = "Bear"
   Health = 100
   Armour = 10
   Attack = 20
   Defence = 4
   Index = 4

class troll():
   Name = "Troll"
   Health = 120
   Armour = 10
   Attack = 20
   Defence = 4
   Index = 5
#---------------------------------------------------------------------------------------------------------

displayallhero()
choice = input("Choose your character(1,2,3):")
player = initplayer(choice)


print""
displayplayer(player)
delay()
print ""
enemy = initenemy()
displayenemy(enemy)
print ""
print ""


hit = 0
damage = 0
death = '0' # flag if either party is dead
whoisdead = '0' #which party is dead
while death == '0': #battle engine
   action="name"
   action=raw_input("Make your next move: Attack or Defend?")
   delay()
   hit = random.randint(0,20)#hit calculation random 0-20
   if hit > enemy.Defence: #check if value bigger than enemy defence
       print "HIT"
       damage = random.randint(1,50) - enemy.Armour
       if damage <=0:
           print "0 damage....Your blow was absorbed by the thick armour!"          
       else:
           print damage, "damage"
           enemy.Health = enemy.Health - damage
   else :
       print "MISS"
   print "Player health: ", player.Health, "   Enemy health: ", enemy.Health
   if enemy.Health <= 0:
       whoisdead = "e"
       death = '1'
   print ""  

   delay()
   hit = random.randint(0,20)#hit calculation random 0-20
   if hit > player.Defence: #check if value bigger than enemy defence
       print "You got HIT"
       damage = random.randint(1,50) - player.Armour
       if damage <=0:
           print "0 damage....Your armour absorbed the enemies blow!"
       else:
           print damage, "damage"
           player.Health = player.Health - damage
   else :
       print "Enemy MISS"
   print "Player health: ", player.Health, "   Enemy health: ", enemy.Health
   if player.Health <= 0:
           whoisdead = "p"
           death = '1'



print "Exited while loop!"

if whoisdead == "p":
   print " You died!!!!!!!!"

if whoisdead== "e":
   print "You have slained the enemy!"

//materials for circle
var circleMat : Material;
var circlebackslashMat : Material;
var circleforwardslashMat : Material;
var circlehorizontalMat : Material;
var circleverticalMat : Material;

//materials for cross
var crossMat : Material;
var crossbackslashMat : Material;
var crossforwardslashMat : Material;
var crosshorizontalMat : Material;
var crossverticalMat : Material;


//who is playing the round
var playerText: GUIText;

//display who wins
var winStateGUI : GUIText;

static var playerTurn : boolean;


//for randomly placing cross in first round
var counter : int;
counter = 0;

//array to stack the planes
var arrayPlane = new Array();
arrayPlane.length = 9;

//variable to store a random number
var firstSelection : int;

var playerWin : boolean;
playerWin = false;

var AIWin : boolean;
AIWin = false;


function Start(){



//game starts with players turn
playerTurn = true;
turn = 0;
firstSelection = Random.Range(0.0, 8.0);

//assigns all the planes to the array
while (counter < 9){
 //planes are named as plane1, plane2 etc, using the string 'plane' with a counter to assign planes
 arrayPlane[counter] = GameObject.Find("Plane"+counter);
 
 counter++;
}

}



function Update () {

var mainCamera = FindCamera();
 
var hitObject = gameObject;
 
 //required to check on object that was hit, raycast hits on plane the player selects
var hitt : RaycastHit;
 
 //state its the players turn
 if (playerTurn == true){
  playerText.GetComponent("GUIText").text = "Player Turn";
  //checks if player selects a plane
  if (Input.GetButtonUp ("Fire1")){
   //raycast points from the main camera towards where the mouse is pointing. This is an important bit of code for games
   if( Physics.Raycast(mainCamera.ScreenPointToRay(Input.mousePosition),  hitt, 500 ) ) {
    //if player selects a plane which is empty
    if (hitt.collider.renderer.material.name == "Empty (Instance)") {
     
     hitObject = hitt.collider.gameObject;
     //the plane is assigned a circle
     hitObject.renderer.material.color.r = 0.1 * Time.deltaTime;
     hitObject.renderer.material = circleMat;
     //now its the AI turn
     playerTurn = false;
   
   }
   
   
  }
  //check if player won
 }checkWinState();
 }
 //AI code goes here
 else if (playerWin == false){
 
 AICode();
 
 }
}

//a small function which finds the main camera in a scene
function FindCamera ()
{
if (camera)
 return camera;
else
 return Camera.main;
}



//AI code need to be made more challenging
function AICode(){

//print its the AI turn now
playerText.GetComponent("GUIText").text = "AI Turn";

checkWinState();


counter = 0;
//AI randomly places cross on its first try
if (firstSelection != 9){
firstPlacement();
}

//its not the first turn for the AI
else{
AICheck();
}


playerTurn = true;


}


//function to check if all squares filled
function checkBoardFull(){

var counterCheck : int;
counterCheck = 0;

while (counterCheck < 9){
 if (arrayPlane[counterCheck].renderer.material.name == "Empty (Instance)"){
  return false;
 
 }
 counterCheck++;

}

return true;

}

function checkWinState(){
//check AI win

if (checkBoardFull()){

winStateGUI.GetComponent("GUIText").text = "Stalemate!";

}
//check horizontally
if (arrayPlane[0].renderer.material.name == arrayPlane[1].renderer.material.name && arrayPlane[0].renderer.material.name == arrayPlane[2].renderer.material.name && arrayPlane[0].renderer.material.name != "Empty (Instance)" && !checkBoardFull){
 
  if (arrayPlane[1].renderer.material.name == "Circle (Instance)"){
   arrayPlane[0].renderer.material = circlehorizontalMat;
   arrayPlane[1].renderer.material = circlehorizontalMat;
   arrayPlane[2].renderer.material = circlehorizontalMat;
   winStateGUI.GetComponent("GUIText").text = "You won!";
   playerWin = true;
  }
  else {
   arrayPlane[0].renderer.material = crosshorizontalMat;
   arrayPlane[1].renderer.material = crosshorizontalMat;
   arrayPlane[2].renderer.material = crosshorizontalMat;
   winStateGUI.GetComponent("GUIText").text = "The AI won!";
   AIWin = true;
  }
 
 
}
 else if (arrayPlane[3].renderer.material.name == arrayPlane[4].renderer.material.name && arrayPlane[3].renderer.material.name == arrayPlane[5].renderer.material.name && arrayPlane[3].renderer.material.name != "Empty (Instance)"){
  if (arrayPlane[3].renderer.material.name == "Circle (Instance)"){
   arrayPlane[3].renderer.material = circlehorizontalMat;
   arrayPlane[4].renderer.material = circlehorizontalMat;
   arrayPlane[5].renderer.material = circlehorizontalMat;
   winStateGUI.GetComponent("GUIText").text = "You won!";
   playerWin = true;
  }
  else {
   arrayPlane[3].renderer.material = crosshorizontalMat;
   arrayPlane[4].renderer.material = crosshorizontalMat;
   arrayPlane[5].renderer.material = crosshorizontalMat;
   winStateGUI.GetComponent("GUIText").text = "The AI won!";
   AIWin = true;
  }
}

 else if (arrayPlane[6].renderer.material.name == arrayPlane[7].renderer.material.name && arrayPlane[6].renderer.material.name == arrayPlane[8].renderer.material.name && arrayPlane[6].renderer.material.name != "Empty (Instance)"){
  if (arrayPlane[6].renderer.material.name == "Circle (Instance)"){
   arrayPlane[6].renderer.material = circlehorizontalMat;
   arrayPlane[7].renderer.material = circlehorizontalMat;
   arrayPlane[8].renderer.material = circlehorizontalMat;
   winStateGUI.GetComponent("GUIText").text = "You won!";
   playerWin = true;
  }
  else {
   arrayPlane[6].renderer.material = crosshorizontalMat;
   arrayPlane[7].renderer.material = crosshorizontalMat;
   arrayPlane[8].renderer.material = crosshorizontalMat;
   winStateGUI.GetComponent("GUIText").text = "The AI won!";
   AIWin = true;
  }
}
//check vertically
else if (arrayPlane[0].renderer.material.name == arrayPlane[3].renderer.material.name && arrayPlane[0].renderer.material.name == arrayPlane[6].renderer.material.name && arrayPlane[0].renderer.material.name != "Empty (Instance)"){
  if (arrayPlane[0].renderer.material.name == "Circle (Instance)"){
   arrayPlane[0].renderer.material = circleverticalMat;
   arrayPlane[3].renderer.material = circleverticalMat;
   arrayPlane[6].renderer.material = circleverticalMat;
   winStateGUI.GetComponent("GUIText").text = "You won!";
   playerWin = true;
  }
  else {
   arrayPlane[0].renderer.material = crossverticalMat;
   arrayPlane[3].renderer.material = crossverticalMat;
   arrayPlane[6].renderer.material = crossverticalMat;
   winStateGUI.GetComponent("GUIText").text = "The AI won!";
   AIWin = true;
  }
 
 
}
 else if (arrayPlane[1].renderer.material.name == arrayPlane[4].renderer.material.name && arrayPlane[1].renderer.material.name == arrayPlane[7].renderer.material.name && arrayPlane[1].renderer.material.name != "Empty (Instance)"){
  if (arrayPlane[1].renderer.material.name == "Circle (Instance)"){
   arrayPlane[1].renderer.material = circleverticalMat;
   arrayPlane[4].renderer.material = circleverticalMat;
   arrayPlane[7].renderer.material = circleverticalMat;
   winStateGUI.GetComponent("GUIText").text = "You won!";
   playerWin = true;
  }
  else {
   arrayPlane[1].renderer.material = crossverticalMat;
   arrayPlane[4].renderer.material = crossverticalMat;
   arrayPlane[7].renderer.material = crossverticalMat;
   winStateGUI.GetComponent("GUIText").text = "The AI won!";
   AIWin = true;
  }
}

 else if (arrayPlane[2].renderer.material.name == arrayPlane[5].renderer.material.name && arrayPlane[2].renderer.material.name == arrayPlane[8].renderer.material.name && arrayPlane[2].renderer.material.name != "Empty (Instance)"){
  if (arrayPlane[2].renderer.material.name == "Circle (Instance)"){
   arrayPlane[2].renderer.material = circleverticalMat;
   arrayPlane[5].renderer.material = circleverticalMat;
   arrayPlane[8].renderer.material = circleverticalMat;
   winStateGUI.GetComponent("GUIText").text = "You won!";
   playerWin = true;
  }
  else {
   arrayPlane[2].renderer.material = crossverticalMat;
   arrayPlane[5].renderer.material = crossverticalMat;
   arrayPlane[8].renderer.material = crossverticalMat;
   winStateGUI.GetComponent("GUIText").text = "The AI won!";
   AiWin = true;
  }
}

//check diagonally
else if (arrayPlane[0].renderer.material.name == arrayPlane[4].renderer.material.name && arrayPlane[0].renderer.material.name == arrayPlane[8].renderer.material.name && arrayPlane[0].renderer.material.name != "Empty (Instance)"){
  if (arrayPlane[0].renderer.material.name == "Circle (Instance)"){
   arrayPlane[0].renderer.material = circlebackslashMat;
   arrayPlane[4].renderer.material = circlebackslashMat;
   arrayPlane[8].renderer.material = circlebackslashMat;
   winStateGUI.GetComponent("GUIText").text = "You won!";
   playerWin = true;
  }
  else if (arrayPlane[4].renderer.material.name == "cross (Instance)"){
   arrayPlane[0].renderer.material = crossbackslashMat;
   arrayPlane[4].renderer.material = crossbackslashMat;
   arrayPlane[8].renderer.material = crossbackslashMat;
   winStateGUI.GetComponent("GUIText").text = "The AI won!";
   AiWin = true;
  }
}

 else if (arrayPlane[2].renderer.material.name == arrayPlane[4].renderer.material.name && arrayPlane[2].renderer.material.name == arrayPlane[6].renderer.material.name && arrayPlane[2].renderer.material.name != "Empty (Instance)"){
  if (arrayPlane[2].renderer.material.name == "Circle (Instance)"){
   arrayPlane[2].renderer.material = circleforwardslashMat;
   arrayPlane[4].renderer.material = circleforwardslashMat;
   arrayPlane[6].renderer.material = circleforwardslashMat;
   winStateGUI.GetComponent("GUIText").text = "You won!";
   playerWin = true;
  }
  else if (arrayPlane[2].renderer.material.name == "cross (Instance)"){
   arrayPlane[2].renderer.material = crossforwardslashMat;
   arrayPlane[4].renderer.material = crossforwardslashMat;
   arrayPlane[6].renderer.material = crossforwardslashMat;
   winStateGUI.GetComponent("GUIText").text = "The AI won!";
   AIWin = true;
  }
}

}



//this function is to check the random value isn't one that the player has already selected. In essence reassigning a new value if player selected plane
function firstPlacement(){
 
  if (firstSelection != 9){
   if (arrayPlane[firstSelection].renderer.material.name == "Empty (Instance)"){
    arrayPlane[firstSelection].renderer.material = crossMat;
    firstSelection =9;
   
   }
   
   else if (firstSelection +1 == 9){
    arrayPlane[firstSelection - 2].renderer.material = crossMat;
    firstSelection = 9;
   }
   
    else if (firstSelection == 0){
     arrayPlane[firstSelection + 1].renderer.material = crossMat;
     firstSelection = 9;
    }
   
     else {
      arrayPlane[firstSelection + 1].renderer.material = crossMat;
      firstSelection = 9;
     }

  }
}

//AI checks if player has two adjacent/winning combination circles
function playerCheck(){
//checking horizontally
if (arrayPlane[0].renderer.material.name == "Circle (Instance)" && arrayPlane[1].renderer.material.name == "Circle (Instance)" && arrayPlane[2].renderer.material.name == "Empty (Instance)"){
   arrayPlane[2].renderer.material = crossMat;
   
  }
 
   else if (arrayPlane[0].renderer.material.name == "Circle (Instance)" && arrayPlane[2].renderer.material.name == "Circle (Instance)" && arrayPlane[1].renderer.material.name == "Empty (Instance)"){
    arrayPlane[1].renderer.material = crossMat;
   
   }
   
    else if (arrayPlane[3].renderer.material.name == "circle (Instance)" && arrayPlane[4].renderer.material.name == "circle (Instance)" && arrayPlane[5].renderer.material.name == "Empty (Instance)"){
     arrayPlane[5].renderer.material = crossMat;
     
    }
     else if (arrayPlane[5].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Circle (Instance)" && arrayPlane[3].renderer.material.name == "Empty (Instance)"){
      arrayPlane[3].renderer.material = crossMat;
     
     }
     
      else if (arrayPlane[3].renderer.material.name == "Circle (Instance)" && arrayPlane[5].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Empty (Instance)"){
       arrayPlane[4].renderer.material = crossMat;
       
      }
     
       else if (arrayPlane[6].renderer.material.name == "Circle (Instance)" && arrayPlane[7].renderer.material.name == "Circle (Instance)" && arrayPlane[8].renderer.material.name == "Empty (Instance)"){
        arrayPlane[8].renderer.material = crossMat;
       
       }
       
        else if (arrayPlane[8].renderer.material.name == "Circle (Instance)" && arrayPlane[7].renderer.material.name == "Circle (Instance)" && arrayPlane[6].renderer.material.name == "Empty (Instance)"){
         arrayPlane[6].renderer.material = crossMat;
         
        }
     
         else if (arrayPlane[6].renderer.material.name == "Circle (Instance)" && arrayPlane[8].renderer.material.name == "Circle (Instance)" && arrayPlane[7].renderer.material.name == "Empty (Instance)"){
          arrayPlane[7].renderer.material = crossMat;
         
         }
          //checking vertically
          else if (arrayPlane[0].renderer.material.name == "Circle (Instance)" && arrayPlane[3].renderer.material.name == "Circle (Instance)" && arrayPlane[6].renderer.material.name == "Empty (Instance)"){
           arrayPlane[6].renderer.material = crossMat;
           
          }
           else if (arrayPlane[6].renderer.material.name == "Circle (Instance)" && arrayPlane[3].renderer.material.name == "Circle (Instance)" && arrayPlane[0].renderer.material.name == "Empty (Instance)"){
            arrayPlane[0].renderer.material = crossMat;
           
           }
           
            else if (arrayPlane[0].renderer.material.name == "Circle (Instance)" && arrayPlane[6].renderer.material.name == "Circle (Instance)" && arrayPlane[3].renderer.material.name == "Empty (Instance)"){
             arrayPlane[3].renderer.material = crossMat;
             
            }
             
             else if (arrayPlane[1].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Circle (Instance)" && arrayPlane[7].renderer.material.name == "Empty (Instance)"){
              arrayPlane[7].renderer.material = crossMat;
             
             }
              else if (arrayPlane[7].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Circle (Instance)" && arrayPlane[1].renderer.material.name == "Empty (Instance)"){
               arrayPlane[1].renderer.material = crossMat;
               
              }
             
               else if (arrayPlane[1].renderer.material.name == "Circle (Instance)" && arrayPlane[7].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Empty (Instance)"){
                arrayPlane[4].renderer.material = crossMat;
               
               }
               
                else if (arrayPlane[2].renderer.material.name == "Circle (Instance)" && arrayPlane[5].renderer.material.name == "Circle (Instance)" && arrayPlane[8].renderer.material.name == "Empty (Instance)"){
                 arrayPlane[8].renderer.material = crossMat;
                 
                }
                 
                 else if (arrayPlane[8].renderer.material.name == "Circle (Instance)" && arrayPlane[5].renderer.material.name == "Circle (Instance)" && arrayPlane[2].renderer.material.name == "Empty (Instance)"){
                  arrayPlane[2].renderer.material = crossMat;
                 
                 }
               
                  else if (arrayPlane[2].renderer.material.name == "Circle (Instance)" && arrayPlane[8].renderer.material.name == "Circle (Instance)" && arrayPlane[5].renderer.material.name == "Empty (Instance)"){
                   arrayPlane[5].renderer.material = crossMat;
                   
                  }
                  //checking diagonally
                   else if (arrayPlane[0].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Circle (Instance)" && arrayPlane[8].renderer.material.name == "Empty (Instance)"){
                    arrayPlane[8].renderer.material = crossMat;
                   
                   }
                 
                    else if (arrayPlane[8].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Circle (Instance)" && arrayPlane[0].renderer.material.name == "Empty (Instance)"){
                     arrayPlane[0].renderer.material = crossMat;
                     
                    }
               
                     else if (arrayPlane[0].renderer.material.name == "Circle (Instance)" && arrayPlane[8].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Empty (Instance)"){
                      arrayPlane[4].renderer.material = crossMat;
                     
                     }
                     
                      else if (arrayPlane[2].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Circle (Instance)" && arrayPlane[8].renderer.material.name == "Empty (Instance)"){
                       arrayPlane[8].renderer.material = crossMat;
                       
                      }
                 
                       else if (arrayPlane[6].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Circle (Instance)" && arrayPlane[2].renderer.material.name == "Empty (Instance)"){
                        arrayPlane[2].renderer.material = crossMat;
                       
                       }
               
                        else if (arrayPlane[2].renderer.material.name == "Circle (Instance)" && arrayPlane[6].renderer.material.name == "Circle (Instance)" && arrayPlane[4].renderer.material.name == "Empty (Instance)"){
                         arrayPlane[4].renderer.material = crossMat;
                         
                        }
                       
                         else if (!checkBoardFull()){
                          AIPlaceCross();
                         }
             

}

//AI checks if it is has a winning combination
function AICheck(){

if (arrayPlane[0].renderer.material.name == "cross (Instance)" && arrayPlane[1].renderer.material.name == "cross (Instance)" && arrayPlane[2].renderer.material.name == "Empty (Instance)"){
   arrayPlane[2].renderer.material = crossMat;
   
  }
 
   else if (arrayPlane[0].renderer.material.name == "cross (Instance)" && arrayPlane[2].renderer.material.name == "cross (Instance)" && arrayPlane[1].renderer.material.name == "Empty (Instance)"){
    arrayPlane[1].renderer.material = crossMat;
   
   }
   
    else if (arrayPlane[3].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "cross (Instance)" && arrayPlane[5].renderer.material.name == "Empty (Instance)"){
     arrayPlane[5].renderer.material = crossMat;
     
    }
     else if (arrayPlane[5].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "cross (Instance)" && arrayPlane[3].renderer.material.name == "Empty (Instance)"){
      arrayPlane[3].renderer.material = crossMat;
     
     }
     
      else if (arrayPlane[3].renderer.material.name == "cross (Instance)" && arrayPlane[5].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "Empty (Instance)"){
       arrayPlane[4].renderer.material = crossMat;
       
      }
     
       else if (arrayPlane[6].renderer.material.name == "cross (Instance)" && arrayPlane[7].renderer.material.name == "cross (Instance)" && arrayPlane[8].renderer.material.name == "Empty (Instance)"){
        arrayPlane[8].renderer.material = crossMat;
       
       }
       
        else if (arrayPlane[8].renderer.material.name == "cross (Instance)" && arrayPlane[7].renderer.material.name == "cross (Instance)" && arrayPlane[6].renderer.material.name == "Empty (Instance)"){
         arrayPlane[6].renderer.material = crossMat;
         
        }
     
         else if (arrayPlane[6].renderer.material.name == "cross (Instance)" && arrayPlane[8].renderer.material.name == "cross (Instance)" && arrayPlane[7].renderer.material.name == "Empty (Instance)"){
          arrayPlane[7].renderer.material = crossMat;
         
         }
          //checking vertically
          else if (arrayPlane[0].renderer.material.name == "cross (Instance)" && arrayPlane[3].renderer.material.name == "cross (Instance)" && arrayPlane[6].renderer.material.name == "Empty (Instance)"){
           arrayPlane[6].renderer.material = crossMat;
           
          }
           else if (arrayPlane[6].renderer.material.name == "cross (Instance)" && arrayPlane[3].renderer.material.name == "cross (Instance)" && arrayPlane[0].renderer.material.name == "Empty (Instance)"){
            arrayPlane[0].renderer.material = crossMat;
           
           }
           
            else if (arrayPlane[0].renderer.material.name == "cross (Instance)" && arrayPlane[6].renderer.material.name == "cross (Instance)" && arrayPlane[3].renderer.material.name == "Empty (Instance)"){
             arrayPlane[3].renderer.material = crossMat;
             
            }
             
             else if (arrayPlane[1].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "cross (Instance)" && arrayPlane[7].renderer.material.name == "Empty (Instance)"){
              arrayPlane[7].renderer.material = crossMat;
             
             }
              else if (arrayPlane[7].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "cross (Instance)" && arrayPlane[1].renderer.material.name == "Empty (Instance)"){
               arrayPlane[1].renderer.material = crossMat;
               
              }
             
               else if (arrayPlane[1].renderer.material.name == "cross (Instance)" && arrayPlane[7].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "Empty (Instance)"){
                arrayPlane[4].renderer.material = crossMat;
               
               }
               
                else if (arrayPlane[2].renderer.material.name == "cross (Instance)" && arrayPlane[5].renderer.material.name == "cross (Instance)" && arrayPlane[8].renderer.material.name == "Empty (Instance)"){
                 arrayPlane[8].renderer.material = crossMat;
                 
                }
                 
                 else if (arrayPlane[8].renderer.material.name == "cross (Instance)" && arrayPlane[5].renderer.material.name == "cross (Instance)" && arrayPlane[2].renderer.material.name == "Empty (Instance)"){
                  arrayPlane[2].renderer.material = crossMat;
                 
                 }
               
                  else if (arrayPlane[2].renderer.material.name == "cross (Instance)" && arrayPlane[8].renderer.material.name == "cross (Instance)" && arrayPlane[5].renderer.material.name == "Empty (Instance)"){
                   arrayPlane[5].renderer.material = crossMat;
                   
                  }
                  //checking diagonally
                   else if (arrayPlane[0].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "cross (Instance)" && arrayPlane[8].renderer.material.name == "Empty (Instance)"){
                    arrayPlane[8].renderer.material = crossMat;
                   
                   }
                 
                    else if (arrayPlane[8].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "cross (Instance)" && arrayPlane[0].renderer.material.name == "Empty (Instance)"){
                     arrayPlane[0].renderer.material = crossMat;
                     
                    }
               
                     else if (arrayPlane[0].renderer.material.name == "cross (Instance)" && arrayPlane[8].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "Empty (Instance)"){
                      arrayPlane[4].renderer.material = crossMat;
                     
                     }
                     
                      else if (arrayPlane[2].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "cross (Instance)" && arrayPlane[8].renderer.material.name == "Empty (Instance)"){
                       arrayPlane[8].renderer.material = crossMat;
                       
                      }
                 
                       else if (arrayPlane[6].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "cross (Instance)" && arrayPlane[2].renderer.material.name == "Empty (Instance)"){
                        arrayPlane[2].renderer.material = crossMat;
                       
                       }
               
                        else if (arrayPlane[2].renderer.material.name == "cross (Instance)" && arrayPlane[6].renderer.material.name == "cross (Instance)" && arrayPlane[4].renderer.material.name == "Empty (Instance)"){
                         arrayPlane[4].renderer.material = crossMat;
                         
                        }
                       
                         else{
                          if (!checkBoardFull()){
                           playerCheck();
                          }
                         }

}


//this code just randomly places cross if AI didn't place cross despite going through the entire AI code. Go dumb and place a cross anywhere.
function AIPlaceCross(){

var randomPlacement : int;
randomPlacement = Random.Range(0.0, 8.0);

while (arrayPlane[randomPlacement].renderer.material.name != "Empty (Instance)"){
randomPlacement = Random.Range(0.0, 8.0);
}

arrayPlane[randomPlacement].renderer.material = crossMat;


}