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Thread: Holo/EGP Chess

  1. 03-16-2010 #1
    killman
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    Default Holo/EGP Chess

    This is my first released E2, so I chose to do something that had already been done, but make it much better. NOTE:I did make this completely on my own though, with no copied code from anyone.
    Video

    Pictures


    If you want more, ask.
    Description
    This is simply E2 chess.
    Here's a list of the features
    • Fully functional tracing and movement of pieces
    • Chat commands
    • Castling
    • Pawn promotion
    • Win detection
    • Scaling with any board
    • Easy click and e-press controls
    • Low op usage
    • Has a sideboard to show "killed" pieces
    • Shows who's turn it is

    It does not have en passant(No one uses it anyways) or check(I figured it was not needed and would make the code alot less efficient).

    Chat Commands
    "!white:"(Player) Sets the player to play as white
    "!black:"(Player) Sets the player to play as black
    "!reset" Resets the board
    "!info" Says a bunch of info in chat about how to play the game

    Controls
    E Select a piece
    Left-Click If pressing a green or red square, move to there; If pressing a blue square unselect

    Instructions
    Simply spawn an EGP board and the chip. Wirelink the board to the chip, set players, and then play.

    And finially the code.
    This code comes in two flavors, EGP1 and EGP2.
    It was designed for EGP2, but as that was not released at time of production, I made an EGP1 version that plays the same, but lacks some visuals.

    EGP2 Version
    Code:
    @name Chess Control
@inputs Egp:wirelink
@outputs 
@persist LastTurn LastPlayer:entity Draw Scale:vector Turn RookL RookR Pieces:array Board:array Players:array Moved:array PieceNumber PieceColor VecCode PieceType
interval(100)
runOnChat(1)
if(first()){
    Draw = 1
    Turn = 1
	}
if (clk("Create2")){
for (L = 0, 15){
    PieceNumber =  L + 35
    I = 63 - L
    
    if (I == 60){
    I = 59}
    elseif (I ==59){
I = 60}
    
    Pieces[I,number] = PieceNumber
    PieceType = PieceNumber % 17
    PieceColor = (PieceNumber - PieceType) / 17
    
    X = I % 8
    Y = (I - X) / 8
    X = 7 - X  
      
    Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
    holoCreate(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated,Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoParent(PieceNumber,Egp:entity())
	holoColor(PieceNumber,vec(75,75,75))
    
    if (PieceType > 8){
        holoModel(PieceNumber,"tetra")
    }
    
    elseif (PieceType == 1 | PieceType == 8){
        holoModel(PieceNumber,"cube")
    }

    elseif (PieceType == 2 | PieceType == 7){
        holoModel(PieceNumber,"icosphere")
    }
    
    elseif (PieceType == 3 | PieceType == 6){
        holoModel(PieceNumber,"cone")
    }
    
    elseif (PieceType == 4){
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
	holoModel(PieceNumber + 40,"torus")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(75,75,75))
    }
    
    elseif (PieceType == 5){
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"sphere")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(75,75,75))
}}}
    

if (Egp:entity()){
if (Draw){

for (I =0,63){X = I % 8
   Y = (I - X) * 8
    X *= 64
    if ((X % 128) == (Y % 128)){
    Egp:egpBox(I,vec2(X,Y),vec2(64,64))}
    
        else {
        Egp:egpBox(I,vec2(X,Y),vec2(64,64))
		Egp:egpColor(I,vec(0,0,0))
    }
}

Scale = (Egp:entity():boxSize())/8

holoCreate(0,Egp:entity():pos() + vec(0,0,Scale:x() * 3),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
holoParent(0,Egp:entity())

Rotated = -(vec(0,5,0) * Scale):rotate(Egp:entity():angles())
holoCreate(100,Egp:entity():pos() + Rotated,Scale/23.75 * vec(8,2,0),Egp:entity():angles())
holoParent(100,Egp:entity())
holoModel(100,"plane")

Rotated = -(vec(0,5,0) * Scale):rotate(Egp:entity():angles() + ang(0,180,0))
holoCreate(99,Egp:entity():pos() + Rotated,Scale/23.75 * vec(8,2,0),Egp:entity():angles())
holoParent(99,Egp:entity())
holoModel(99,"plane")


for (I =0,15){
    PieceNumber = I + 18
    
    Pieces[I,number] = PieceNumber
    PieceType = PieceNumber % 17
    PieceColor = (PieceNumber - PieceType) / 17

    X = I % 8
    Y = (I - X) / 8
    X = 7 - X
    
    Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
    holoCreate(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated,Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoParent(PieceNumber,Egp:entity())
	holoColor(PieceNumber,vec(255,255,255))

    if (PieceType > 8){
    holoModel(PieceNumber,"tetra")
    }
    
    elseif (PieceType == 1 | PieceType == 8){
    holoModel(PieceNumber,"cube")
    }

    elseif (PieceType == 2 | PieceType == 7){
    holoModel(PieceNumber,"icosphere")
    }
    
    elseif (PieceType == 3 | PieceType == 6){
    holoModel(PieceNumber,"cone")
    }
    
    elseif (PieceType == 4){
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"torus")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(255,255,255))
    }
    
    elseif (PieceType == 5){
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"sphere")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(255,255,255))
}}
        
    timer("Create2",10000)
    Draw = 0
    
    
    
    } 




if ((Players[Turn,entity]):keyUse() & !Board[VecCode,number]){
    Mouse = floor(Egp:egpToMouse(Players[Turn,entity])/64)
    VecCode = Mouse:y() * 8 + Mouse:x()
    PieceNumber = Pieces[VecCode,number]
    if (PieceNumber){
    PieceMoved = Moved[PieceNumber,number]
    PieceType = PieceNumber % 17
    PieceColor = (PieceNumber - PieceType) / 17    
    
	if (Turn == PieceColor){
   
    Egp:egpColor(VecCode,vec(0,0,255))
    Board[VecCode,number] = 1

    if ((PieceType == 1) | (PieceType == 8) | (PieceType == 5) | (PieceMoved == 2) | (PieceMoved == 3)){     
    Trace = VecCode + 8
	while (Trace <= 63){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace += 8
	}

	Trace = VecCode - 8
    while (Trace >= 0){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace -= 8
	}

    Trace = VecCode + 1
    while (Mouse:x() < (Trace % 8)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace += 1
}

    Trace = VecCode - 1
    while (Mouse:x() > (Trace % 8)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace -= 1
}
}

    if ((PieceType == 3) | (PieceType == 6) | (PieceType == 5) | (PieceMoved == 2)| (PieceMoved == 5)){    
    
    Trace = VecCode + 9
    while ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace += 9
}

    Trace = VecCode + 7
    while ((Mouse:x() > (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace += 7
}

    Trace = VecCode - 9
    while ((Mouse:x() > (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace -= 9
}

    Trace = VecCode - 7
    while ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace -= 7
}
}

    elseif ((PieceType == 2) | (PieceType == 7)| (PieceMoved == 4)){
    
    
    Trace = VecCode + 17
    if ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode + 15
    if ((Mouse:x() > (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}        

    Trace = VecCode - 17
    if ((Mouse:x() > (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 15
    if ((Mouse:x() < (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}       

    Trace = VecCode + 10
    if ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode + 6
    if ((Mouse:x() > (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}        

    Trace = VecCode - 10
    if ((Mouse:x() > (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 6
    if ((Mouse:x() < (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}               
        }
    elseif (PieceType == 4){
        
    Trace = VecCode + 8
    if (Trace <= 63){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 8
    if (Trace >= 0){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}        

    Trace = VecCode + 1
    if (Mouse:x() < (Trace % 8)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 1
    if (Mouse:x() > (Trace % 8)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}} 
    
    Trace = VecCode - 9
    if ((Mouse:x() > (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 7
    if ((Mouse:x() < (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}  
    
    Trace = VecCode + 9
    if ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode + 7
    if ((Mouse:x() > (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}  
    
    if (!Moved[PieceNumber,number]){
        
    RookL = Pieces[VecCode + 4,number]
    if (!Moved[RookL,number] & ((RookL % 17 == 1) | (RookL % 17 == 8)) ){
    if((!Pieces[VecCode + 1,number]) & (!Pieces[VecCode + 2,number]) & (!Pieces[VecCode + 3,number])){
    Egp:egpColor(VecCode + 2,vec(120,32,240))
    Board[VecCode + 2,number] = 4}}

    RookR = Pieces[VecCode - 3,number]
    if (!Moved[RookL,number] & ((RookL % 17 == 1) | (RookL % 17 == 8)) ){
    if((!Pieces[VecCode - 1,number]) & (!Pieces[VecCode - 2,number])){
    Egp:egpColor(VecCode - 2,vec(120,32,240))
    Board[VecCode - 2,number] = 5}}}
         
       
        }  
    else {
    
    Trace = VecCode +  8 * (3 +  -2 * PieceColor )
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}
        
    Trace = VecCode + 9 * (3 +  -2 * PieceColor )
    if (Mouse:y() == (floor(Trace/8) + (-3 +  2 * PieceColor ))){
    if ((floor(Pieces[Trace,number]/17) != PieceColor) & (Pieces[Trace,number] != 0)){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    Trace = VecCode + 7* (3 +  -2 * PieceColor )
    if (Mouse:y() == (floor(Trace/8) + (-3 +  2 * PieceColor ))){    
    if ((floor(Pieces[Trace,number]/17) != PieceColor) & (Pieces[Trace,number] != 0)){
    Egp:egpColor(Trace,vec(255,0,0))
    Board[Trace,number] = 3}}
    
    if (!Moved[PieceNumber,number]){
    Trace = VecCode +  16 * (3 +  -2 * PieceColor )
    if (Pieces[Trace,number] == 0){
    Egp:egpColor(Trace,vec(0,255,0))
    Board[Trace,number] = 2}}
            
}
    

	}
}}
if ((Players[Turn,entity]):keyAttack1()){
    
	if (Turn == PieceColor){
	
    Mouse = floor(Egp:egpToMouse(Players[Turn,entity])/64)
    NewVecCode = Mouse:y() * 8 + Mouse:x()
    if (Board[NewVecCode,number]){
    if (Board[NewVecCode,number] == 2){
        X =  7 - Mouse:x()
        Y =  Mouse:y()
        Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)
        Pieces[VecCode,number] = 0
        Pieces[NewVecCode,number] = PieceNumber
        if (!Moved[PieceNumber,number]){
        Moved[PieceNumber,number] = 1 }
    
        if ((Moved[PieceNumber,number] == 1) & ((PieceType > 8) & (Mouse:y() == (7 * (2 - PieceColor))))){
        LastPlayer = Players[Turn,entity]
        LastTurn = Turn
        concmd("say [Chess]" + LastPlayer:name() + ", your pawn has reached the other side of the board.")
        timer("Turn3",1000)
        Turn = 3
        holoColor(0,vec(255,0,0))}

        else{
        if (Turn == 1){
        holoColor(0,vec(0,0,0))
        Turn = 2} 
        elseif(Turn == 2){
        holoColor(0,vec(255,255,255))
        Turn = 1}} 
	}
    
    elseif (Board[NewVecCode,number] == 3){
        X =  7 - Mouse:x()
        Y =  Mouse:y()
        Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)             
        
        Killed = Pieces[NewVecCode,number]
        KilledType = (Killed % 17) - 1
            
        KilledX = KilledType % 8
        KilledY = (KilledType - KilledX) / 8
        Rotated = -((vec(1.75,5.25,0) + -vec(KilledX/2,KilledY/2,0))* Scale):rotate(Egp:entity():angles() + ang(0,180 * (3 - PieceColor),0))
        holoPos(Killed,Egp:entity():pos() + vec(0,0,Scale:x()/8) + Rotated)
        holoScale(Killed,Scale:setZ(Scale:x())/47.5)
 
        if ((KilledType == 3) | (KilledType == 4)){
        holoScale(Killed + 40,Scale:setZ(Scale:x())/47.5)  
        holoPos(Killed + 40 ,holoEntity(Killed):pos() + vec(0,0,Scale:x()/4))}
		
		elseif(Moved[Killed,number] > 1){
        holoModel(Killed,"tetra")
        if(Moved[Killed,number] == 2){
        holoDelete(Killed + 40)}}
                
        Pieces[VecCode,number] = 0
        if (KilledType == 3){
        concmd("say [Chess]" + Players[Turn,entity]:name()+ " beat " + Players[3 - Turn,entity]:name())
        Turn = 0
        holoColor(0,vec(255,0,0))}
        Pieces[NewVecCode,number] = PieceNumber
        if (!Moved[PieceNumber,number]){
        Moved[PieceNumber,number] = 1 }
        
        if ((Moved[PieceNumber,number] == 1) & ((PieceType > 8) & (Mouse:y() == (7 * (2 - PieceColor))))){
        LastPlayer = Players[Turn,entity]
        LastTurn = Turn
        concmd("say [Chess]" + LastPlayer:name() + ", your pawn has reached the other side of the board.")
        timer("Turn3",1000)
        Turn = 3
        holoColor(0,vec(255,0,0))}
        
        else{
        if (Turn == 1){
        holoColor(0,vec(0,0,0))
        Turn = 2} 
        elseif(Turn == 2){
        holoColor(0,vec(255,255,255))
        Turn = 1}}  
		}

    elseif (Board[NewVecCode,number] == 4){
        X =  7 - Mouse:x()
        Y =  Mouse:y()
        Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        Pieces[VecCode,number] = 0
        Pieces[NewVecCode,number] = PieceNumber
        Moved[PieceNumber,number] = 1

        Rotated = -((vec(X + 1,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(RookL,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        Pieces[NewVecCode + 2,number] = 0
        Pieces[NewVecCode - 1,number] = RookL
        Moved[RookL,number] = 1
                
        if (Turn == 1){
        holoColor(0,vec(0,0,0))
        Turn = 2} 
        else{
        holoColor(0,vec(255,255,255))
        Turn = 1} 
    }

    elseif (Board[NewVecCode,number] == 5){
        X =  7 - Mouse:x()
        Y =  Mouse:y()
        Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        Pieces[VecCode,number] = 0
        Pieces[NewVecCode,number] = PieceNumber
        Moved[PieceNumber,number] = 1

        Rotated = -((vec(X - 1,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(RookR,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        Pieces[NewVecCode - 1,number] = 0
        Pieces[NewVecCode + 1,number] = RookR
        Moved[RookR,number] = 1
                
        if (Turn == 1){
        holoColor(0,vec(0,0,0))
        Turn = 2} 
        else{
        holoColor(0,vec(255,255,255))
        Turn = 1} 
    }
    
        
        
		for (I = 0,63){
		
		X = I % 8
		Y = (I - X) * 8
		X *= 64
		if ((X % 128) == (Y % 128)){
		Egp:egpColor(I,vec(255,255,255))}
    
        else {
		Egp:egpColor(I,vec(0,0,0))}
		}
		Board:clear()
    
        
}}
}

Egp:egpDraw()
}
        
        


if (chatClk(owner())){
    Said = lastSaid():explode(":")
    
    if (Said[1,string] == "!white"){
    hideChat(1)
    Players[1,entity] = findPlayerByName(Said[2,string])
    if (Players[1,entity]){
    timer("!white",1000)}}
    
    elseif (Said[1,string] == "!black"){
    hideChat(1)
    Players[2,entity] = findPlayerByName(Said[2,string])
    if (Players[2,entity]){
    timer("!black",1000)}}
    
    elseif (Said[1,string] == "!info"){
    hideChat(1)
    timer("!info",1000)}
    
    elseif (Said[1,string] == "!reset"){
    hideChat(1)
    timer("!reset",1000)
    
    Pieces:clear()
    Board:clear()
    
    for (I =0,15){
    PieceNumber = I + 18
    Pieces[I,number] = PieceNumber

    X = I % 8
    Y = (I - X) / 8
    X = 7 - X
    
    Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
    holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)
    holoScale(PieceNumber,Scale:setZ(Scale:x())/23.75)
    
    if (((PieceNumber % 17) == 4) | ((PieceNumber % 17) == 5)){
    holoScale(PieceNumber + 40,Scale:setZ(Scale:x())/23.75)  
    holoPos(PieceNumber + 40 ,Egp:entity():pos() + vec(0,0,Scale:x()/1.25) + Rotated)}
    }
    
    for (L = 0, 15){
    PieceNumber =  L + 35
    I = 63 - L
    
    if (I == 60){
    I = 59}
    elseif (I ==59){
    I = 60}
    
    Pieces[I,number] = PieceNumber
    
    X = I % 8
    Y = (I - X) / 8
    X = 7 - X  
      
    Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
    holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)
    holoScale(PieceNumber,Scale:setZ(Scale:x())/23.75)
    
    if (((PieceNumber % 17) == 4) | ((PieceNumber % 17) == 5)){
    holoScale(PieceNumber + 40,Scale:setZ(Scale:x())/23.75)  
    holoPos(PieceNumber + 40 ,Egp:entity():pos() + vec(0,0,Scale:x()/1.25) + Rotated)}
    }
    
    for (I = 0,63){

    X = I % 8
    Y = (I - X) * 8
    X *= 64
    if ((X % 128) == (Y % 128)){
    Egp:egpColor(I,vec(255,255,255))}
    
        else {
    Egp:egpColor(I,vec(0,0,0))}
    }
    
    Moved:clear()
	   holoColor(0,vec(255,255,255))
    Turn = 1
    
    
    }}   
    
    if (clk("!reset")){
        concmd("say [Chess]Board has been reset.")}
               
    elseif (clk("!white")){
    concmd("say [Chess]" + Players[1,entity]:name() + " is now white.")}
 
    elseif (clk("!black")){
    concmd("say [Chess]" + Players[2,entity]:name() + " is now black.")}

    elseif (clk("!info")){
    concmd("say [Chess]Welcome to Lalaland's chess game. Every statement following a '[Chess]' is from the chess game.")
    timer("!info2",1000)
    }

    elseif (clk("!info2")){
    concmd("say [Chess]The box in the middle shows who's turn it is. Press e to select a piece. Left click to move to a square.")
    timer("!info3",1000)
    }    

    elseif (clk("!info3")){
    concmd("say [Chess]Left click on a selected piece to unselect. Remember, this game supports castling  and promotion.")
    timer("!info4",1000)
    }    

    elseif (clk("!info4")){
    concmd("say [Chess]This game does not support check or en passant. It will notify players of a win however.")
    timer("!info5",1000)
    }    

    elseif (clk("!info5")){
    concmd("say [Chess]If you have any questions or want a feature added ask me.")
    }
 
    elseif (clk("Turn3")){
    concmd("say [Chess]Now please choose what piece to promote your pawn to with !knight,!queen, !bishop, or !rook.")
    }   
    
    
    if(Turn == 3){
        
    if (chatClk(LastPlayer)){
    SaidS = lastSaid()
    
    if (SaidS == "!queen"){
    hideChat(1)
    Moved[PieceNumber,number] = 2
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"sphere")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(75,75,75) + (2 + -PieceColor) * vec(180,180,180))
 
    
    if (LastTurn == 1){
    holoColor(0,vec(0,0,0))
    Turn = 2} 
    elseif(LastTurn == 2){
    holoColor(0,vec(255,255,255))
    Turn = 1}}

    if (SaidS == "!rook"){
    hideChat(1)
    Moved[PieceNumber,number] = 3
    holoModel(PieceNumber,"cube")
    
    if (LastTurn == 1){
    holoColor(0,vec(0,0,0))
    Turn = 2} 
    elseif(LastTurn == 2){
    holoColor(0,vec(255,255,255))
    Turn = 1}}
    
    if (SaidS == "!knight"){
    hideChat(1)
    Moved[PieceNumber,number] = 4
    holoModel(PieceNumber,"icosphere")
   
    if (LastTurn == 1){
    holoColor(0,vec(0,0,0))
    Turn = 2} 
    elseif(LastTurn == 2){
    holoColor(0,vec(255,255,255))
    Turn = 1}}

    if (SaidS == "!bishop"){
    hideChat(1)
    Moved[PieceNumber,number] = 5
    holoModel(PieceNumber,"cone")
   
    if (LastTurn == 1){
    holoColor(0,vec(0,0,0))
    Turn = 2} 
    elseif(LastTurn == 2){
    holoColor(0,vec(255,255,255))
    Turn = 1}}

       


}}
    EGP1 version
    Code:
    @name Chess Control
@inputs Egp:wirelink
@outputs 
@persist LastTurn LastPlayer:entity Draw Scale:vector Turn RookL RookR Pieces:array Board:array Players:array Moved:array PieceNumber PieceColor VecCode PieceType
interval(100)
runOnChat(1)
if(first()){
    Draw = 1
    Turn = 1
	}
if (clk("Create2")){
for (L = 0, 15){
    PieceNumber =  L + 35
    I = 63 - L
    
    if (I == 60){
    I = 59}
    elseif (I ==59){
I = 60}
    
    Pieces[I,number] = PieceNumber
    PieceType = PieceNumber % 17
    PieceColor = (PieceNumber - PieceType) / 17
    
    X = I % 8
    Y = (I - X) / 8
    X = 7 - X  
      
    Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
    holoCreate(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated,Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoParent(PieceNumber,Egp:entity())
	holoColor(PieceNumber,vec(75,75,75))
    
    if (PieceType > 8){
        holoModel(PieceNumber,"tetra")
    }
    
    elseif (PieceType == 1 | PieceType == 8){
        holoModel(PieceNumber,"cube")
    }

    elseif (PieceType == 2 | PieceType == 7){
        holoModel(PieceNumber,"icosphere")
    }
    
    elseif (PieceType == 3 | PieceType == 6){
        holoModel(PieceNumber,"cone")
    }
    
    elseif (PieceType == 4){
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"torus")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(75,75,75))
    }
    
    elseif (PieceType == 5){
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"sphere")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(75,75,75))
}}}
    

if (Egp:entity()){
if (Draw){
I = 0
ElementNumber = 1
while (ElementNumber <= 33){X = I % 8
   Y = (I - X) * 8
    X *= 64
    if ((X % 128) == (Y % 128)){
    Egp:egpBox(ElementNumber,vec2(X,Y),vec2(64,64),vec4(255,255,255,255))
ElementNumber++}
I++
    }
#Egp:egpBox(34,vec2(-1,-1),vec2(64,64),vec(0,255,0),255)




Scale = (Egp:entity():boxSize())/8

holoCreate(0,Egp:entity():pos() + vec(0,0,Scale:x() * 3),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
holoParent(0,Egp:entity())

Rotated = -(vec(0,5,0) * Scale):rotate(Egp:entity():angles())
holoCreate(100,Egp:entity():pos() + Rotated,Scale/23.75 * vec(8,2,0),Egp:entity():angles())
holoParent(100,Egp:entity())
holoModel(100,"plane")

Rotated = -(vec(0,5,0) * Scale):rotate(Egp:entity():angles() + ang(0,180,0))
holoCreate(99,Egp:entity():pos() + Rotated,Scale/23.75 * vec(8,2,0),Egp:entity():angles())
holoParent(99,Egp:entity())
holoModel(99,"plane")



for (I =0,15){
    PieceNumber = I + 18
    
    Pieces[I,number] = PieceNumber
    PieceType = PieceNumber % 17
    PieceColor = (PieceNumber - PieceType) / 17

    X = I % 8
    Y = (I - X) / 8
    X = 7 - X
    
    Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
    holoCreate(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated,Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoParent(PieceNumber,Egp:entity())
holoColor(PieceNumber,vec(255,255,255))

    if (PieceType > 8){
    holoModel(PieceNumber,"tetra")
    }
    
    elseif (PieceType == 1 | PieceType == 8){
    holoModel(PieceNumber,"cube")
    }

    elseif (PieceType == 2 | PieceType == 7){
    holoModel(PieceNumber,"icosphere")
    }
    
    elseif (PieceType == 3 | PieceType == 6){
    holoModel(PieceNumber,"cone")
    }
    
    elseif (PieceType == 4){
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"torus")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(255,255,255))
    }
    
    elseif (PieceType == 5){
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"sphere")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(255,255,255))
}}
        
    timer("Create2",15000)
    Draw = 0
    
    
    
    } 




if ((Players[Turn,entity]):keyUse() & !Board[VecCode,number]){
    Mouse2 = Egp:entity():toLocal(Players[Turn,entity]:aimPos()) / Scale
    Mouse = floor(vec2(Mouse2:y(),Mouse2:x()) + vec2(4,4))
    VecCode = Mouse:y() * 8 + Mouse:x()
    PieceNumber = Pieces[VecCode,number]
    if (PieceNumber){
    PieceMoved = Moved[PieceNumber,number]
    PieceType = PieceNumber % 17
    PieceColor = (PieceNumber - PieceType) / 17    
    
	if (Turn == PieceColor){    

    Egp:egpBox(34,vec2(Mouse:x(),Mouse:y()) * 64,vec2(64,64),vec(0,255,0),255)
    #Egp:egpPos(34,Mouse:x() * 64,Mouse:y() * 64)

    Board[VecCode,number] = 1

    if ((PieceType == 1) | (PieceType == 8) | (PieceType == 5) | (PieceMoved == 2) | (PieceMoved == 3)){    
    Trace = VecCode + 8
	while (Trace <= 63){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace += 8
	}

	Trace = VecCode - 8
    while (Trace >= 0){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace -= 8
	}

    Trace = VecCode + 1
    while (Mouse:x() < (Trace % 8)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace += 1
}

    Trace = VecCode - 1
    while (Mouse:x() > (Trace % 8)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace -= 1
}
}

    if ((PieceType == 3) | (PieceType == 6) | (PieceType == 5) | (PieceMoved == 2)| (PieceMoved == 5)){    
    
    Trace = VecCode + 9
    while ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace += 9
}

    Trace = VecCode + 7
    while ((Mouse:x() > (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace += 7
}

    Trace = VecCode - 9
    while ((Mouse:x() > (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace -= 9
}

    Trace = VecCode - 7
    while ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3
    break}
    else{
    break}
    Trace -= 7
}
}

    elseif ((PieceType == 2) | (PieceType == 7)| (PieceMoved == 4)){
    
    
    Trace = VecCode + 17
    if ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}
    
    Trace = VecCode + 15
    if ((Mouse:x() > (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}        

    Trace = VecCode - 17
    if ((Mouse:x() > (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 15
    if ((Mouse:x() < (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}       

    Trace = VecCode + 10
    if ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}
    
    Trace = VecCode + 6
    if ((Mouse:x() > (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}        

    Trace = VecCode - 10
    if ((Mouse:x() > (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 6
    if ((Mouse:x() < (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}               
        }
    elseif (PieceType == 4){
        
    Trace = VecCode + 8
    if (Trace <= 63){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 8
    if (Trace >= 0){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}        

    Trace = VecCode + 1
    if (Mouse:x() < (Trace % 8)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 1
    if (Mouse:x() > (Trace % 8)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}} 
    
    Trace = VecCode - 9
    if ((Mouse:x() > (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}
    
    Trace = VecCode - 7
    if ((Mouse:x() < (Trace % 8)) & (Trace >= 0)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}  
    
    Trace = VecCode + 9
    if ((Mouse:x() < (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}
    
    Trace = VecCode + 7
    if ((Mouse:x() > (Trace % 8)) & (Trace <= 63)){
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
    elseif (floor(Pieces[Trace,number]/17) != PieceColor ){
    Board[Trace,number] = 3}}  
    
    if (!Moved[PieceNumber,number]){
        
    RookL = Pieces[VecCode + 4,number]
    if (!Moved[RookL,number] & ((RookL % 17 == 1) | (RookL % 17 == 8)) ){
    if((!Pieces[VecCode + 1,number]) & (!Pieces[VecCode + 2,number]) & (!Pieces[VecCode + 3,number])){
    Board[VecCode + 2,number] = 4}}

    RookR = Pieces[VecCode - 3,number]
    if (!Moved[RookL,number] & ((RookL % 17 == 1) | (RookL % 17 == 8)) ){
    if((!Pieces[VecCode - 1,number]) & (!Pieces[VecCode - 2,number])){
    Board[VecCode - 2,number] = 5}}}
         
       
        }  
    else {
    
    Trace = VecCode +  8 * (3 +  -2 * PieceColor )
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}
        
    Trace = VecCode + 9 * (3 +  -2 * PieceColor )
    if (Mouse:y() == (floor(Trace/8) + (-3 +  2 * PieceColor ))){
    if ((floor(Pieces[Trace,number]/17) != PieceColor) & (Pieces[Trace,number] != 0)){
    Board[Trace,number] = 3}}
    
    Trace = VecCode + 7* (3 +  -2 * PieceColor )
    if (Mouse:y() == (floor(Trace/8) + (-3 +  2 * PieceColor ))){    
    if ((floor(Pieces[Trace,number]/17) != PieceColor) & (Pieces[Trace,number] != 0)){
    Board[Trace,number] = 3}}
    
    if (!PieceMoved){
    Trace = VecCode +  16 * (3 +  -2 * PieceColor )
    if (Pieces[Trace,number] == 0){
    Board[Trace,number] = 2}}
            
}
    

	}
}}
if ((Players[Turn,entity]):keyAttack1()){
    
	if (Turn == PieceColor){

 #   Egp:egpPos(34,-1,-1)


	   Mouse2 =  (Egp:entity():toLocal(Players[Turn,entity]:aimPos())/(Scale))
    Mouse = floor(vec2(Mouse2:y(),Mouse2:x()) + vec2(4,4))
    NewVecCode = Mouse:y() * 8 + Mouse:x()
    if (Board[NewVecCode,number]){
        Egp:egpRemove(34)
    if (Board[NewVecCode,number] == 2){
        X =  7 - Mouse:x()
        Y =  Mouse:y()
        Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)
        Pieces[VecCode,number] = 0
        Pieces[NewVecCode,number] = PieceNumber
        if (!Moved[PieceNumber,number]){
        Moved[PieceNumber,number] = 1 }
    
        if ((PieceType > 8) & (Mouse:y() == (7 * (2 - PieceColor)))){
        LastPlayer = Players[Turn,entity]
        LastTurn = Turn
        concmd("say [Chess]" + LastPlayer:name() + ", your pawn has reached the other side of the board.")
        timer("Turn3",1000)
        Turn = 3
        holoColor(0,vec(255,0,0))}

        else{
        if (Turn == 1){
        holoColor(0,vec(0,0,0))
        Turn = 2} 
        elseif(Turn == 2){
        holoColor(0,vec(255,255,255))
        Turn = 1}} 
	}
    
    elseif (Board[NewVecCode,number] == 3){
        X =  7 - Mouse:x()
        Y =  Mouse:y()
        Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        
      
        Killed = Pieces[NewVecCode,number]
        KilledType = (Killed % 17) - 1
            
        KilledX = KilledType % 8
        KilledY = (KilledType - KilledX) / 8
        Rotated = -((vec(1.75,5.25,0) + -vec(KilledX/2,KilledY/2,0))* Scale):rotate(Egp:entity():angles() + ang(0,180 * (3 - PieceColor),0))
        holoPos(Killed,Egp:entity():pos() + vec(0,0,Scale:x()/8) + Rotated)
        holoScale(Killed,Scale:setZ(Scale:x())/47.5)
  
        if ((KilledType == 3) | (KilledType == 4)){
        holoScale(Killed + 40,Scale:setZ(Scale:x())/47.5)  
        holoPos(Killed + 40 ,holoEntity(Killed):pos() + vec(0,0,Scale:x()/4))}
       
        elseif(Moved[Killed,number] > 1){
        holoModel(Killed,"tetra")
        if(Moved[Killed,number] == 2){
        holoDelete(Killed + 40)}}

        Pieces[VecCode,number] = 0
        if (KilledType == 3){
        concmd("say [Chess]" + Players[Turn,entity]:name()+ " beat " + Players[3 - Turn,entity]:name())
        Turn = 0
        holoColor(0,vec(255,0,0))}
        Pieces[NewVecCode,number] = PieceNumber
        if (!Moved[PieceNumber,number]){
        Moved[PieceNumber,number] = 1 }
        
        if ((PieceType > 8) & (Mouse:y() == (7 * (2 - PieceColor)))){
        LastPlayer = Players[Turn,entity]
        LastTurn = Turn
        concmd("say [Chess]" + LastPlayer:name() + ", your pawn has reached the other side of the board.")
        timer("Turn3",1000)
        Turn = 3
        holoColor(0,vec(255,0,0))}
        
        else{
        if (Turn == 1){
        holoColor(0,vec(0,0,0))
        Turn = 2} 
        elseif(Turn == 2){
        holoColor(0,vec(255,255,255))
        Turn = 1}} 
   
    }
    
    elseif (Board[NewVecCode,number] == 4){
        X =  7 - Mouse:x()
        Y =  Mouse:y()
        Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        Pieces[VecCode,number] = 0
        Pieces[NewVecCode,number] = PieceNumber
        Moved[PieceNumber,number] = 1

        Rotated = -((vec(X + 1,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(RookL,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        Pieces[NewVecCode + 2,number] = 0
        Pieces[NewVecCode - 1,number] = RookL
        Moved[RookL,number] = 1
       
        if (Turn == 1){
        holoColor(0,vec(0,0,0))
        Turn = 2} 
        else{
        holoColor(0,vec(255,255,255))
        Turn = 1}          
    }

    elseif (Board[NewVecCode,number] == 5){
        X =  7 - Mouse:x()
        Y =  Mouse:y()
        Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        Pieces[VecCode,number] = 0
        Pieces[NewVecCode,number] = PieceNumber
        Moved[PieceNumber,number] = 1

        Rotated = -((vec(X - 1,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
        holoPos(RookR,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)     
        Pieces[NewVecCode - 1,number] = 0
        Pieces[NewVecCode + 1,number] = RookR
        Moved[RookR,number] = 1
        
        if (Turn == 1){
        holoColor(0,vec(0,0,0))
        Turn = 2} 
        else{
        holoColor(0,vec(255,255,255))
        Turn = 1}         
    }
    
        
        
		
		Board:clear()

        
}}
}

Egp:egpDraw()
}
        
        


if (chatClk(owner())){
    Said = lastSaid():explode(":")
    
    if (Said[1,string] == "!white"){
    hideChat(1)
    Players[1,entity] = findPlayerByName(Said[2,string])
    if (Players[1,entity]){
    timer("!white",1000)}}
    
    elseif (Said[1,string] == "!black"){
    hideChat(1)
    Players[2,entity] = findPlayerByName(Said[2,string])
    if (Players[2,entity]){
    timer("!black",1000)}}
    
    elseif (Said[1,string] == "!info"){
    hideChat(1)
    timer("!info",1000)}
    
    elseif (Said[1,string] == "!reset"){
    hideChat(1)
    timer("!reset",1000)
        
    
    Pieces:clear()
    Board:clear()
    
    for (I =0,15){
    PieceNumber = I + 18
    Pieces[I,number] = PieceNumber

    X = I % 8
    Y = (I - X) / 8
    X = 7 - X
    
    Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
    holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)
    holoScale(PieceNumber,Scale:setZ(Scale:x())/23.75)
    
    if (((PieceNumber % 17) == 4) | ((PieceNumber % 17) == 5)){
    holoScale(PieceNumber + 40,Scale:setZ(Scale:x())/23.75)  
    holoPos(PieceNumber + 40 ,Egp:entity():pos() + vec(0,0,Scale:x()/1.25) + Rotated)}
    
    if(Moved[PieceNumber,number] > 1){
        holoModel(PieceNumber,"tetra")
    if(Moved[PieceNumber,number] == 2){
holoDelete(PieceNumber + 40)}}
    
    }
    
    for (L = 0, 15){
    PieceNumber =  L + 35
    I = 63 - L
    
    if (I == 60){
    I = 59}
    elseif (I ==59){
    I = 60}
    
    Pieces[I,number] = PieceNumber
    
    X = I % 8
    Y = (I - X) / 8
    X = 7 - X  
      
    Rotated = -((vec(X,Y,0) + vec(-3.5,-3.5,0)) * Scale):rotate(Egp:entity():angles() + ang(0,90,0))
    holoPos(PieceNumber,Egp:entity():pos() + vec(0,0,Scale:x()/3.2) + Rotated)
    holoScale(PieceNumber,Scale:setZ(Scale:x())/23.75)
    
    if (((PieceNumber % 17) == 4) | ((PieceNumber % 17) == 5)){
    holoScale(PieceNumber + 40,Scale:setZ(Scale:x())/23.75)  
    holoPos(PieceNumber + 40 ,Egp:entity():pos() + vec(0,0,Scale:x()/1.25) + Rotated)}
    
    if(Moved[PieceNumber,number] > 1){
    holoModel(PieceNumber,"tetra")
    if(Moved[PieceNumber,number] == 2){
    holoDelete(PieceNumber + 40)}}

    }
    
    Moved:clear()
    Egp:egpRemove(34) 
    holoColor(0,vec(255,255,255))
    Turn = 1
    

    }}
    
    if (clk("!reset")){
        concmd("say [Chess]Board has been reset.")}
               
    elseif (clk("!white")){
    concmd("say [Chess]" + Players[1,entity]:name() + " is now white.")}
 
    elseif (clk("!black")){
    concmd("say [Chess]" + Players[2,entity]:name() + " is now black.")}

    elseif (clk("!info")){
    concmd("say [Chess]Welcome to Lalaland's chess game. Every statement following a '[Chess]' is from the chess game.")
    timer("!info2",1000)
    }

    elseif (clk("!info2")){
    concmd("say [Chess]The box in the middle shows who's turn it is. Press e to select a piece. Left click to move to a square.")
    timer("!info3",1000)
    }    

    elseif (clk("!info3")){
    concmd("say [Chess]Left click on a selected piece to unselect. Remember, this game supports castling and promotion.")
    timer("!info4",1000)
    }    

    elseif (clk("!info4")){
    concmd("say [Chess]This game does not support check  or en passant. It will notify players of a win however.")
    timer("!info5",1000)
    }    

    elseif (clk("!info5")){
    concmd("say [Chess]If you have any questions or want a feature added ask me.")
    }

    elseif (clk("Turn3")){
    concmd("say [Chess]Now please choose what piece to promote your pawn to with !knight,!queen, !bishop, or !rook.")
    }   
    
    
    if(Turn == 3){
        
    if (chatClk(LastPlayer)){
    SaidS = lastSaid()
    
    if (SaidS == "!queen"){
    hideChat(1)
    Moved[PieceNumber,number] = 2
    holoModel(PieceNumber,"cylinder")
    holoCreate(PieceNumber  + 40,holoEntity(PieceNumber):pos() + vec(0,0,Scale:x()/2),Scale:setZ(Scale:x())/23.75,Egp:entity():angles())
    holoModel(PieceNumber + 40,"sphere")
    holoParent(PieceNumber + 40,holoEntity(PieceNumber))
    holoColor(PieceNumber + 40,vec(75,75,75) + (2 + -PieceColor) * vec(180,180,180))
 
    
    if (LastTurn == 1){
    holoColor(0,vec(0,0,0))
    Turn = 2} 
    elseif(LastTurn == 2){
    holoColor(0,vec(255,255,255))
    Turn = 1}}

    if (SaidS == "!rook"){
    hideChat(1)
    Moved[PieceNumber,number] = 3
    holoModel(PieceNumber,"cube")
    
    if (LastTurn == 1){
    holoColor(0,vec(0,0,0))
    Turn = 2} 
    elseif(LastTurn == 2){
    holoColor(0,vec(255,255,255))
    Turn = 1}}
    
    if (SaidS == "!knight"){
    hideChat(1)
    Moved[PieceNumber,number] = 4
    holoModel(PieceNumber,"icosphere")
   
    if (LastTurn == 1){
    holoColor(0,vec(0,0,0))
    Turn = 2} 
    elseif(LastTurn == 2){
    holoColor(0,vec(255,255,255))
    Turn = 1}}

    if (SaidS == "!bishop"){
    hideChat(1)
    Moved[PieceNumber,number] = 5
    holoModel(PieceNumber,"cone")
   
    if (LastTurn == 1){
    holoColor(0,vec(0,0,0))
    Turn = 2} 
    elseif(LastTurn == 2){
    holoColor(0,vec(255,255,255))
    Turn = 1}}

       


}}
    Finishing Comments
    As this is my first release I realize I probably have alot of mistakes in my code(esp in the pawn promotion code). I tried to keep it organized, but by the time I got to turning pawns into queens I just sort of gave up. If you have any suggestions or critiques please say them.

    As for what you do with this code, I do not care. Feel free to take this and edit it any way you want, you do not have to mention me in your credits.
    Last edited by killman; 03-16-2010 at 11:22 PM.
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  2. 03-17-2010 #2
    goluch
    Guest goluch's Avatar

    Default Re: Holo/EGP Chess

    NICE! Good job.
    Here have a none existant cookie: [?]
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  3. 03-17-2010 #3
    ShadowBrain
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    Default Re: Holo/EGP Chess

    Lol, why do you say "!" as "I" in the video?
    I maek 3D mdoels adn paly veido gaems!
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  4. 03-17-2010 #4
    Donkie
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    Default Re: Holo/EGP Chess

    It were kinda annoying that you couldent stand still in the movie, keep going for/back. I also lol'd at the end, "Oh yeah, this is the last.... Wait nvm"

    Anyways, Very nice job.
    Get out. Seriously, do it.
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  5. 03-17-2010 #5
    killman
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    Default Re: Holo/EGP Chess

    I made that video when I was very tired, so do not expect any quality from it.
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  6. 03-17-2010 #6
    Lyinginbedmon
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    Default Re: Holo/EGP Chess

    You could probably do with updating to HQ models in a few places, it would make the pieces look much nicer. Other than that though this is a really nice contraption, well done

    The Olympus Technologies drones, totally not SkyNet in Gmod form.
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  7. 03-17-2010 #7
    killman
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    Default Re: Holo/EGP Chess

    The problem With HQ models is that it makes the regular ones look even uglier.
    And the HQ models have different lighting so they do not match with the regular ones.
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  8. 03-17-2010 #8
    jacoby6000
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    Default Re: Holo/EGP Chess

    Remove the move helper, or make it optional, a lot of the time, people make mistakes because they don't have things like that, it basically reduces the need for taking into consideration the whole board.
    Other than that. Glad you relesed it! sorry I bailed in the middle of the game, the night before you relesed >.<
    Quote Originally Posted by Garrysmod View Post
    Warning: You're trying to render in the wrong place. This doesn't play nice with multi-core rendering, so we're not going to let you draw here.
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  9. 03-23-2010 #9
    TomyLobo
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    Default Re: Holo/EGP Chess

    Quote Originally Posted by jacoby6000 View Post
    Remove the move helper, [...] people make mistakes because they don't have [...] that
    for beginners, you might be right.
    advanced players take into consideration not only the whole board but also several turns in advance.

    nice contraption, btw
    "It's easy to win forgiveness for being wrong; being right is what gets you into real trouble." - Bjarne Stroustrup

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  10. 03-23-2010 #10
    Unsmart
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    Default Re: Holo/EGP Chess

    Seriously epic! Also, good use of EGP and holos
    New server IP: 89.238.160.17:27018
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