Tic Tac Toe E2 Game

@name Tic Tac Toe
@persist T Points:array Ply2:entity
@persist Turn:entity Click TurnN O:entity
@persist Scale Check:entity ChIn Grid:array
@persist Players:array Turns
@model models/hunter/plates/plate3x3.mdl
runOnTick(1)
runOnChat(1)

#if(lastSaid()=="/join"&chatClk()&!Ply2)
#{
#Ply2 = lastSpoke()
#}


#Ply2 = owner()

if(first())
{
findExcludeEntity(owner())
findByClass("player")
Players = findToArray()
entity():setMaterial("Lights/white005")
entity():setColor(vec(0,0,0))

for(I=1,4)
{
T++
holoCreate(I)
holoMaterial(I,"Lights/white005")
Scale = entity():boxSize():x()
holoScale(I,vec(Scale/12,1/10,1/2))
#holoScale(I,vec(150/12,1/10,1/5))
#holoPos(I,entity():pos())
holoParent(I,entity())
}
holoPos(1,entity():pos()+vec(0,Scale/6,0))
holoPos(2,entity():pos()-vec(0,Scale/6,0))
holoPos(3,entity():pos()+vec(Scale/6,0,0))
holoPos(4,entity():pos()-vec(Scale/6,0,0))
holoAng(3,ang(0,90,0))
holoAng(4,ang(0,90,0))


Points[1,vector]=entity():toLocal(entity():pos()+vec(Scale/3,-Scale/3,0))
Points[2,vector]=entity():toLocal(entity():pos()+vec(Scale/3,0,0))
Points[3,vector]=entity():toLocal(entity():pos()+vec(Scale/3,Scale/3,0))
Points[4,vector]=entity():toLocal(entity():pos()+vec(0,-Scale/3,0))
Points[5,vector]=entity():toLocal(entity():pos()+vec(0,0,0))
Points[6,vector]=entity():toLocal(entity():pos()+vec(0,Scale/3,0))
Points[7,vector]=entity():toLocal(entity():pos()+vec(-Scale/3,-Scale/3,0))
Points[8,vector]=entity():toLocal(entity():pos()+vec(-Scale/3,0,0))
Points[9,vector]=entity():toLocal(entity():pos()+vec(-Scale/3,Scale/3,0))
holoCreate(5)
holoMaterial(5,"Lights/white005")
holoColor(5,vec(0,255,0))
holoScale(5,vec(Scale/12,Scale/12,1*3)/3)
T++


}

if(!Ply2)
{
for(I=1,Players:count())
{
Player = Players[I,entity]
if(Player:aimEntity()==entity()&Player:keyAttack2())
{
Ply2 = Player
O = owner()
#Ran = randint(0,1)
#if(Ran)
#{
#Turn = Ply2
#TurnN = 1
#}
##else
#{
Turn = Ply2
TurnN = 1
#Turn = O
#}
break
}

}

}

if(Ply2)
{
Click = Turn:keyAttack2()

Dist = 10^10^10^10
for(I=1,9)
{
Aim = Turn:aimPos()
CDist = Aim:distance(entity():toWorld(Points[I,vector]))
if(CDist<=Dist)
{
Dist=CDist
Ind = I
}
}

Pos = Points[Ind,vector]
holoPos(5,entity():toWorld(Pos))
holoAng(5,entity():angles())

if(Click&$Click&!changed(Turn))
{
Turns++
for(I=6,T)
{
Pos = entity():toWorld(Points[Ind,vector]+vec(0,0,6))
if(holoEntity(I):pos()==Pos)
{
Break=1
break
}
}
if(!Break)
{
#print("ADORABLE!")
T++
holoCreate(T)
holoParent(T,entity())
if(TurnN==0)
{
holoColor(T,vec(0,0,255))
holoModel(T,"hqtorus2")
holoScale(T,vec(Scale/15,Scale/15,1*3)/3)
holoPos(T,entity():toWorld(Points[Ind,vector]+vec(0,0,6)))
Grid[Ind,number]=1
Turn=Ply2
}
if(TurnN==1)
{
holoColor(T,vec(255,0,0))
holoPos(T,entity():toWorld(Points[Ind,vector]+vec(0,0,6)))
holoScale(T,vec(Scale/15,1,1)/3)
holoAng(T,ang(0,45,0))
T++
holoCreate(T)
holoParent(T,entity())
holoColor(T,vec(255,0,0))
holoPos(T,entity():toWorld(Points[Ind,vector]+vec(0,0,6)))
holoScale(T,vec(Scale/15,1,1)/3)
holoAng(T,ang(0,-45,0))
Grid[Ind,number]=-1
Turn = O
}

#Pick Up Here!
for(I=0,2)
{
T3 = I*3
GN = Grid[1+T3,number]
GN2 = Grid[1+1+T3,number]
GN3 = Grid[1+2+T3,number]

if(GN==GN2&GN==GN3)
{
if(GN==1)
{
print("Player 1 has won!")

}
if(GN==-1)
{
print("Player 2 has won!")

}
if(GN!=0)
{
timer("reset",5000)
}
}
}

for(I=1,3)
{
T3 = I*3
GN = Grid[I,number]
GN2 = Grid[I+3,number]
GN3 = Grid[I+3+3,number]

if(GN==GN2&GN==GN3)
{
if(GN==1)
{
print("Player 1 has won!")

}
if(GN==-1)
{
print("Player 2 has won!")

}
if(GN!=0)
{
timer("reset",5000)
}
}
}

GN = Grid[1,number]
GN2 = Grid[1+3+1,number]
GN3 = Grid[1+3+3+2,number]

if(GN==GN2&GN==GN3)
{
if(GN==1)
{
print("Player 1 has won!")
}
if(GN==-1)
{
print("Player 2 has won!")
}
if(GN!=0)
{
timer("reset",5000)
}
}

GN = Grid[3,number]
GN2 = Grid[3+3-1,number]
GN3 = Grid[3+3+3-2,number]

if(GN==GN2&GN==GN3)
{
if(GN==1)
{
print("Player 1 has won!")
}
if(GN==-1)
{
print("Player 2 has won!")
}
if(GN!=0)
{
timer("reset",5000)
}
}

if(Turns>=9)
{
timer("reset",5000)
print("Draw!")
}

TurnN=!TurnN
}
}
if(clk("reset"))
{
reset()
}
}