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ChessGame.cpp
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ChessGame.cpp
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/*File Information
File Name: Chess.cpp
Language: OOP using C++
Developed By: Wajahat Karim
Sheeraz Ahmed
Supervisior: Sir Shahid Razzaq
*/
/*Game Information
Chess Game using OOP in C++
Y-Axis Label Coordinates (14,1)
X-Axis Label Coordinates (18,24)
Dimension of Each Square/Step = (5 characters) x (3 Line Break)
X-Distance to First Component = 17 Characters
Y-Distance to First Component = 1 Line Break
Coordinates of First Component = (18,1)
Horizontal Distance from One Component to Other = 5 Characters
Vertical Distance from One Component to Other = 3 Line Breaks
Pawn (Soldier) = 1
Knight (Horse) = 2
Bishop (Camel) = 3
Rook (Elephant/Castle) = 4
Queen = 5
King = 6
*/
#include<iostream>
#include<windows.h>
#include<conio.h>
using namespace std;
enum pieceName {BLANK = 0, PAWN = 1, KNIGHT = 2, BISHOP = 3, ROOK = 4, QUEEN = 5, KING = 7};
void gotoxy(int x, int y);
void set_data_highlight (int xx, int yy, int pp, bool uh);
void check_and_unhighlight();
bool end_game_or_not ();
void tell_about_check(int,int);
//Highlighted Steps Data Structure
struct dataHighlight {
int x_coordinate;
int y_coordinate;
int kept_piece;
bool unhighlight_it;
};
//Game Board Class__________________________________________________
class CChessBoard {
public:
bool change; //for alternating rows
//0-Orgument Constructor
CChessBoard(){
change=0;
}
//Green Step
void greenStep(){
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 2); //Green Colour Code = 2
for (int i=0; i<5; i++) {
cout<<"\xB0";
}
}
//Gray Step
void grayStep(){
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 8); //Gray Colour Code = 8
for (int i=0; i<5; i++) {
cout<<"\xDB";
}
}
//Printing Row starting with Green Step
void printRowGreen() {
for (int i=0; i<4; i++) {
greenStep();
grayStep();
}
}
//Printing Row starting with Gray Step
void printRowGray() {
for (int i=0; i<4; i++) {
grayStep();
greenStep();
}
}
//Printing Whole Board of the Game
void printBoard () {
change=0;
cout<<"\t\t";
for (int i=0; i<8; i++) {
if(change==0) {
printRowGreen(); cout<<"\n"; cout<<"\t\t";
printRowGreen(); cout<<"\n"; cout<<"\t\t"; //Print 3 rows of green
printRowGreen(); cout<<"\n"; cout<<"\t\t";
change=1;
}
else {
printRowGray(); cout<<"\n"; cout<<"\t\t";
printRowGray(); cout<<"\n"; cout<<"\t\t";
printRowGray(); cout<<"\n"; cout<<"\t\t";
change=0;
}
}
}
//Printing X-Axis Label
void PrintX_Label(){
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 12); //Red Colour Code = 12
int cnt = 1;
for(int i=18;i<58;i+=5){
gotoxy(i,24);
cout<<cnt;
cnt++;
}
}
//Printing Y-Axis Label
void PrintY_Label(){
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 12); //Red Colour Code = 12
int cnt = 1;
for(int i=22;i>=1;i-=3){
gotoxy(15,i);
cout<<cnt;
cnt++;
}
}
//Move To Function
void MoveTo(int numx,int numy){
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 2); //Green Colour Code = 2
int X = (numx * 5)+16-3;
int Y = 24-(numy * 3)+1;
gotoxy(X,Y);
}
//Move Function
void Move(char chx,char chy){
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 12); //Red Colour Code = 12
int numx = chx - '0'; int numy = chy - '0';
int X = (numx * 5)+16-3;
int Y = 24-(numy * 3)+1;
gotoxy(X,Y);
cout<<"\xDB";
}
//MoveInt Function
void MoveInt(int numx,int numy, int color){
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, color); //Green Colour Code = 2
int X = (numx * 5)+16-3;
int Y = 24-(numy * 3)+1;
gotoxy(X,Y);
cout<<"\xDB";
}
};
//Piece Class__________________________________________________
class CPiece {
public:
//Data Members
bool is_empty;
bool is_highlight;
int which_piece;
bool kill_him;
int square_x, square_y;
//Constructor
CPiece () {
square_x = 0;
square_y = 0;
is_empty = 1;
is_highlight = 0;
which_piece = BLANK;
kill_him = 0;
}
//Set This Square Function
void setSquare (int sx, int sy, bool isEmp, bool isHigh, int which, bool kill) {
square_x = sx;
square_y = sy;
is_empty = isEmp;
is_highlight = isHigh;
which_piece = which;
kill_him = kill;
}
//Select Piece Function
bool selectPiece () {
if (is_empty == 0) {
return 1;
}
else return 0;
}
//Select New Position Function
bool selectNewPosition () {
if (is_highlight == 1) {
return 1;
}
else return 0;
}
//Print Blank
void printBlank (int cx, int cy) {
if ( cx%2==0 && cy%2==0 ) { //If x is even, y is evem
HANDLE hConsole; //Print Gray Step
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 8); //Gray Colour Code = 8
int X = (cx * 5)+16-3;
int Y = 24-(cy * 3)+1;
gotoxy(X,Y);
cout<<"\xDB\xDB";
}
else if ( cx%2!=0 && cy%2!=0 ) { //If x is odd, y is odd
HANDLE hConsole; //Print Gray Step
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 8); //Gray Colour Code = 8
int X = (cx * 5)+16-3;
int Y = 24-(cy * 3)+1;
gotoxy(X,Y);
cout<<"\xDB\xDB";
}
else if ( cx%2!=0 && cy%2==0 ) { //If x is odd, y is even
HANDLE hConsole; //Print Green Step
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 2); //Green Colour Code = 2
int X = (cx * 5)+16-3;
int Y = 24-(cy * 3)+1;
gotoxy(X,Y);
cout<<"\xB0\xB0";
}
else if ( cx%2==0 && cy%2!=0 ) { //If x is even, y is odd
HANDLE hConsole; //Print Green Step
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 2); //Green Colour Code = 2
int X = (cx * 5)+16-3;
int Y = 24-(cy * 3)+1;
gotoxy(X,Y);
cout<<"\xB0\xB0";
}
}
//Print Piece
void printPiece (int cx, int cy, int color, int pieceNum) {
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, color);
int X = (cx * 5)+16-3;
int Y = 24-(cy * 3)+1;
gotoxy(X,Y);
if (pieceNum == PAWN ) {
cout<<"\xDB";
}
else if (pieceNum == ROOK ) {
cout<<"[]";
}
else if (pieceNum == KNIGHT ) {
cout<<"\x15";
}
else if (pieceNum == BISHOP ) {
cout<<"\x0F";
}
else if (pieceNum == QUEEN ) {
cout<<"\x03";
}
else if (pieceNum == KING ) {
cout<<"\x05";
}
}
//Highlighted Pink Step
void pinkHighlightStep(int cx, int cy, int pieceNum);
void highlightPiece (int cx, int cy, int thisPiece);
void unhighlightStep(int cx, int cy);
};
//Global Game Board
CPiece gameSquares[9][9];
//Global Highlight Steps Data Container
struct dataHighlight data[9][9];
//Game Play Class__________________________________________________
class CGamePlay {
public:
//Data Members
CChessBoard board;
//Setting Game Board Function
void settingGameBoard () {
board.printBoard();
board.PrintX_Label();
board.PrintY_Label();
//Player Pieces_________
//Pawns for Player
for (int i=1; i<9; i++) {
gameSquares[i][2].printPiece(i,2,10,PAWN);
gameSquares[i][2].setSquare(i,2,0,0,PAWN,0);
}
//Rooks for Players
gameSquares[1][1].printPiece(1,1,10,ROOK);
gameSquares[1][1].setSquare(1,1,0,0,ROOK,0);
gameSquares[8][1].printPiece(8,1,10,ROOK);
gameSquares[8][1].setSquare(8,1,0,0,ROOK,0);
//Knights for Players
gameSquares[2][1].printPiece(2,1,10,KNIGHT);
gameSquares[2][1].setSquare(2,1,0,0,KNIGHT,0);
gameSquares[7][1].printPiece(7,1,10,KNIGHT);
gameSquares[7][1].setSquare(7,1,0,0,KNIGHT,0);
//Bishops for Players
gameSquares[3][1].printPiece(3,1,10,BISHOP);
gameSquares[3][1].setSquare(3,1,0,0,BISHOP,0);
gameSquares[6][1].printPiece(6,1,10,BISHOP);
gameSquares[6][1].setSquare(6,1,0,0,BISHOP,0);
//Queen & King for Players
gameSquares[5][1].printPiece(5,1,10,KING);
gameSquares[5][1].setSquare(5,1,0,0,KING,0);
gameSquares[4][1].printPiece(4,1,10,QUEEN);
gameSquares[4][1].setSquare(4,1,0,0,QUEEN,0);
//Computer Pieces_________
//Pawns for Computer
for (int i=1; i<9; i++) {
gameSquares[i][7].printPiece(i,7,15,PAWN);
gameSquares[i][7].setSquare(i,7,0,0,PAWN,1);
}
//Rooks for Computer
gameSquares[1][8].printPiece(1,8,15,ROOK);
gameSquares[1][8].setSquare(1,8,0,0,ROOK,1);
gameSquares[8][8].printPiece(8,8,15,ROOK);
gameSquares[8][8].setSquare(8,8,0,0,ROOK,1);
//Knights for Computer
gameSquares[2][8].printPiece(2,8,15,KNIGHT);
gameSquares[2][8].setSquare(2,8,0,0,KNIGHT,1);
gameSquares[7][8].printPiece(7,8,15,KNIGHT);
gameSquares[7][8].setSquare(7,8,0,0,KNIGHT,1);
//Bishops for Computer
gameSquares[3][8].printPiece(3,8,15,BISHOP);
gameSquares[3][8].setSquare(3,8,0,0,BISHOP,1);
gameSquares[6][8].printPiece(6,8,15,BISHOP);
gameSquares[6][8].setSquare(6,8,0,0,BISHOP,1);
//Queen & King for Computer
gameSquares[4][8].printPiece(4,8,15,KING);
gameSquares[4][8].setSquare(4,8,0,0,KING,1);
gameSquares[5][8].printPiece(5,8,15,QUEEN);
gameSquares[5][8].setSquare(5,8,0,0,QUEEN,1);
}
//Remove Piece Function
void removePiece (int cx, int cy) {
gameSquares[cx][cy].setSquare(cx,cy,1,0,0,0);
gameSquares[cx][cy].printBlank(cx,cy);
}
};
//Main Function__________________________________________________
int main () {
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
CGamePlay game1;
game1.settingGameBoard();
SetConsoleTextAttribute(hConsole, 7); //Light White Colour Code = 7
char chx; char chy;
int coord_x, coord_y, X, Y;
int pieceColor;
bool whose_turn = 0;
gotoxy(0,10);
cout<<"Green to Move!";
while(true){
SELECT_PIECE:
gotoxy(0,26);
SetConsoleTextAttribute(hConsole, 7); //Light White Colour Code = 7
cout<<"Which Piece (in form of XY, for e.g. 62): ";
gotoxy(42,26);
chx = getche(); chy = getche();
//cin>>chx; cin>>chy;
coord_x = chx - '0'; coord_y = chy - '0';
if (gameSquares[coord_x][coord_y].kill_him != whose_turn ) { goto WRONG_PIECE; }
else {
if ( gameSquares[coord_x][coord_y].selectPiece() ) {
gameSquares[coord_x][coord_y].highlightPiece(coord_x,coord_y,gameSquares[coord_x][coord_y].which_piece);
NEW_MOVE:
if (gameSquares[coord_x][coord_y].kill_him == 1) { pieceColor = 15; }
else { pieceColor = 10; }
gotoxy(0,25);
SetConsoleTextAttribute(hConsole, 14); //Yellow Colour Code = 14
cout<<"Where to Move (New Coordinates): ";
gotoxy(33,25);
//cin>>chx; cin>>chy;
chx = getche(); chy = getche();
X = chx - '0';
Y = chy - '0';
if (X==0 && Y==0) {
check_and_unhighlight();
gameSquares[coord_x][coord_y].printPiece(coord_x,coord_y,pieceColor,gameSquares[coord_x][coord_y].which_piece);
whose_turn = gameSquares[coord_x][coord_y].kill_him;
goto SELECT_PIECE;
}
if (gameSquares[X][Y].is_highlight==1) {
check_and_unhighlight();
game1.removePiece(X,Y);
if (gameSquares[coord_x][coord_y].which_piece == PAWN && gameSquares[coord_x][coord_y].kill_him == 0 && Y==8) {
if (X==1 || X==8 ) { gameSquares[coord_x][coord_y].which_piece = ROOK; }
else if (X==2 || X==7) { gameSquares[coord_x][coord_y].which_piece = KNIGHT; }
else if (X==3 || X==6) { gameSquares[coord_x][coord_y].which_piece = BISHOP; }
else if (X==4 || X==5) { gameSquares[coord_x][coord_y].which_piece = QUEEN; }
}
if (gameSquares[coord_x][coord_y].which_piece == PAWN && gameSquares[coord_x][coord_y].kill_him == 1 && Y==1) {
if (X==1 || X==8) { gameSquares[coord_x][coord_y].which_piece = ROOK; }
else if (X==2 || X==7) { gameSquares[coord_x][coord_y].which_piece = KNIGHT; }
else if (X==3 || X==6) { gameSquares[coord_x][coord_y].which_piece = BISHOP; }
else if (X==4 || X==5) { gameSquares[coord_x][coord_y].which_piece = QUEEN; }
}
gameSquares[coord_x][coord_y].printPiece(X,Y,pieceColor,gameSquares[coord_x][coord_y].which_piece);
gameSquares[X][Y].setSquare(X,Y,0,0,gameSquares[coord_x][coord_y].which_piece,gameSquares[coord_x][coord_y].kill_him);
game1.removePiece(coord_x,coord_y);
data[X][Y].unhighlight_it = 0;
gotoxy(5,15);
SetConsoleTextAttribute(hConsole, 0); //RED Colour Code = 207
cout<<" ";
tell_about_check(X,Y);
}
else {
gotoxy(0,27);
SetConsoleTextAttribute(hConsole, 12); //Red Colour Code = 12
cout<<"Invalid Move!";
goto NEW_MOVE;
}
if (whose_turn == 0) {
whose_turn = 1;
gotoxy(0,10);
cout<<"Green to Move!";
}
else {
whose_turn = 0;
gotoxy(0,10);
cout<<"White to Move!";
}
gotoxy(0,27);
SetConsoleTextAttribute(hConsole, 0); //Red Colour Code = 12
cout<<" ";
}
else {
WRONG_PIECE:
gotoxy(0,27);
SetConsoleTextAttribute(hConsole, 12); //Red Colour Code = 12
cout<<"Wrong Piece Selected!";
}
}
if ( end_game_or_not() ) { break; }
if (whose_turn == 0) {
SetConsoleTextAttribute(hConsole, 10); //Green Colour Code = 10
gotoxy(0,10);
cout<<"Green to Move!";
}
else {
SetConsoleTextAttribute(hConsole, 15); //White Colour Code = 15
gotoxy(0,10);
cout<<"White to Move!";
}
}
gotoxy(0,25);
cout<<"Game Over!";
system("Pause");
}
//gotoxy Function__________________________________________________
void gotoxy(int x, int y)
{
HANDLE hConsoleOutput;
COORD dwCursorPosition;
cout.flush();
dwCursorPosition.X = x;
dwCursorPosition.Y = y;
hConsoleOutput = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleCursorPosition(hConsoleOutput,dwCursorPosition);
}
//Set Data Function for dataHighlight stru//////cture
void set_data_highlight (int xx, int yy, int pp, bool uh) {
data[xx][yy].x_coordinate = xx;
data[xx][yy].y_coordinate = yy;
data[xx][yy].kept_piece = pp;
data[xx][yy].unhighlight_it = uh;
}
//Check And Unhighlight the Highlighted Steps
void check_and_unhighlight() {
for (int i=1; i<9; i++) {
for (int j=1; j<9; j++) {
if (data[i][j].unhighlight_it == 1) {
gameSquares[i][j].unhighlightStep(i,j);
data[i][j].unhighlight_it = 0;
}
}
}
}
//To Check whether Game is ended or not
bool end_game_or_not () {
int num=0;
for (int i=1; i<9; i++) {
for (int j=1; j<9; j++) {
if (gameSquares[i][j].which_piece == KING) {
num++;
}
}
}
if (num == 2) {
return 0;
}
else return 1;
}
//Tell About the Check
/*void tell_about_check (int xx, int yy) {
if ( gameSquares[xx][yy].which_piece == KING && gameSquares[xx][yy].kill_him == 1 && gameSquares[xx][yy].is_highlight == 1) {
gotoxy(5,15);
HANDLE hConsole;
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
SetConsoleTextAttribute(hConsole, 207); //RED Colour Code = 207
cout<<"Check";
}
}*/
//Highlight Piece Function_________________________________________
void CPiece::highlightPiece (int cx, int cy, int thisPiece) {
//_____________________PAWN STEPS______________________//
if (thisPiece == PAWN) {
if (gameSquares[cx][cy].kill_him == 0) { //If it is Player's PAWN
if (cy == 2) { //If this is first action of pawn
printPiece(cx,cy,14,PAWN);
for (int i=cy, j=0; j<2; i++, j++) { //j<2 for 2 steps
if (gameSquares[cx][i+1].is_empty==0 && gameSquares[cx][i+1].kill_him==0) { break; }
else if (gameSquares[cx][i+1].is_empty==0 && gameSquares[cx][i+1].kill_him==1) { break; }
else {
pinkHighlightStep(cx,i,PAWN);
gameSquares[cx][i+1].setSquare(cx,i,1,1,BLANK,0);
set_data_highlight(cx,i+1,BLANK,1);
}
}
if (gameSquares[cx+1][cy+1].is_empty==0 && gameSquares[cx+1][cy+1].kill_him==1) {
pinkHighlightStep(cx+1,cy,gameSquares[cx+1][cy+1].which_piece);
gameSquares[cx+1][cy+1].setSquare(cx+1,cy+1,0,1,gameSquares[cx+1][cy+1].which_piece,1);
set_data_highlight(cx+1,cy+1,gameSquares[cx+1][cy+1].which_piece,1);
gameSquares[cx+1][cy+1].printPiece(cx+1,cy+1,11,gameSquares[cx+1][cy+1].which_piece);
//tell_about_check(cx+1,cy+1);
}
if (gameSquares[cx-1][cy+1].is_empty==0 && gameSquares[cx-1][cy+1].kill_him==1) {
pinkHighlightStep(cx-1,cy,gameSquares[cx-1][cy+1].which_piece);
gameSquares[cx-1][cy+1].setSquare(cx-1,cy+1,0,1,gameSquares[cx-1][cy+1].which_piece,1);
set_data_highlight(cx-1,cy+1,gameSquares[cx-1][cy+1].which_piece,1);
gameSquares[cx-1][cy+1].printPiece(cx-1,cy+1,11,gameSquares[cx-1][cy+1].which_piece);
//tell_about_check(cx+1,cy+1);
}
}
else { //Not First Move
printPiece(cx,cy,14,PAWN);
if (gameSquares[cx][cy+1].is_empty==0 && gameSquares[cx][cy+1].kill_him==0) { }
else if (gameSquares[cx][cy+1].is_empty==0 && gameSquares[cx][cy+1].kill_him==1) { }
else {
pinkHighlightStep(cx,cy,BLANK);
gameSquares[cx][cy+1].setSquare(cx,cy+1,1,1,BLANK,0);
set_data_highlight(cx,cy+1,BLANK,1);
}
if (gameSquares[cx+1][cy+1].is_empty==0 && gameSquares[cx+1][cy+1].kill_him==1) {
pinkHighlightStep(cx+1,cy,gameSquares[cx+1][cy+1].which_piece);
gameSquares[cx+1][cy+1].setSquare(cx+1,cy+1,0,1,gameSquares[cx+1][cy+1].which_piece,1);
set_data_highlight(cx+1,cy+1,gameSquares[cx+1][cy+1].which_piece,1);
gameSquares[cx+1][cy+1].printPiece(cx+1,cy+1,11,gameSquares[cx+1][cy+1].which_piece);
}
if (gameSquares[cx-1][cy+1].is_empty==0 && gameSquares[cx-1][cy+1].kill_him==1) {
pinkHighlightStep(cx-1,cy,gameSquares[cx-1][cy+1].which_piece);
gameSquares[cx-1][cy+1].setSquare(cx-1,cy+1,0,1,gameSquares[cx-1][cy+1].which_piece,1);
set_data_highlight(cx-1,cy+1,gameSquares[cx-1][cy+1].which_piece,1);
gameSquares[cx-1][cy+1].printPiece(cx-1,cy+1,11,gameSquares[cx-1][cy+1].which_piece);
}
}
}
else { //If it is Computer's PAWN
if (cy == 7) { //If this is first action of pawn
printPiece(cx,cy,14,PAWN);
for (int i=cy-1, j=0; j<2; i--, j++) { //j<2 for 2 steps
if (gameSquares[cx][i].is_empty==0 && gameSquares[cx][i].kill_him==0) { break; }
else if (gameSquares[cx][i].is_empty==0 && gameSquares[cx][i].kill_him==1) { break; }
else {
pinkHighlightStep(cx,i-1,PAWN);
gameSquares[cx][i].setSquare(cx,i,1,1,BLANK,0);
set_data_highlight(cx,i,BLANK,1);
}
}
if (gameSquares[cx+1][cy-1].is_empty==0 && gameSquares[cx+1][cy-1].kill_him==0 && cx!=8) {
pinkHighlightStep(cx+1,cy-2,gameSquares[cx+1][cy-1].which_piece);
gameSquares[cx+1][cy-1].setSquare(cx+1,cy-1,0,1,gameSquares[cx+1][cy-1].which_piece,0);
set_data_highlight(cx+1,cy-1,gameSquares[cx+1][cy-1].which_piece,1);
gameSquares[cx+1][cy-1].printPiece(cx+1,cy-1,11,gameSquares[cx+1][cy-1].which_piece);
}
if (gameSquares[cx-1][cy-1].is_empty==0 && gameSquares[cx-1][cy-1].kill_him==0 && cx!=1) {
pinkHighlightStep(cx-1,cy-2,gameSquares[cx-1][cy-1].which_piece);
gameSquares[cx-1][cy-1].setSquare(cx-1,cy-1,0,1,gameSquares[cx-1][cy-1].which_piece,0);
set_data_highlight(cx-1,cy-1,gameSquares[cx-1][cy-1].which_piece,1);
gameSquares[cx-1][cy-1].printPiece(cx-1,cy-1,11,gameSquares[cx-1][cy-1].which_piece);
}
}
else {
printPiece(cx,cy,14,PAWN);
if (gameSquares[cx][cy-1].is_empty==0 && gameSquares[cx][cy-1].kill_him==1) { }
if (gameSquares[cx][cy-1].is_empty==0 && gameSquares[cx][cy-1].kill_him==0) { }
else {
pinkHighlightStep(cx,cy-2,PAWN);
gameSquares[cx][cy-1].setSquare(cx,cy-1,1,1,BLANK,0);
set_data_highlight(cx,cy-1,BLANK,1);
}
if (gameSquares[cx+1][cy-1].is_empty==0 && gameSquares[cx+1][cy-1].kill_him==0 && cx!=8) {
pinkHighlightStep(cx+1,cy-2,gameSquares[cx+1][cy-1].which_piece);
gameSquares[cx+1][cy-1].setSquare(cx+1,cy-1,0,1,gameSquares[cx+1][cy-1].which_piece,gameSquares[cx+1][cy-1].kill_him);
set_data_highlight(cx+1,cy-1,gameSquares[cx+1][cy-1].which_piece,1);
gameSquares[cx+1][cy-1].printPiece(cx+1,cy-1,11,gameSquares[cx+1][cy-1].which_piece);
}
if (gameSquares[cx-1][cy-1].is_empty==0 && gameSquares[cx-1][cy-1].kill_him==0 && cx!=1) {
pinkHighlightStep(cx-1,cy-2,gameSquares[cx-1][cy-1].which_piece);
gameSquares[cx-1][cy-1].setSquare(cx-1,cy-1,0,1,gameSquares[cx-1][cy-1].which_piece,gameSquares[cx+1][cy-1].kill_him);
set_data_highlight(cx-1,cy-1,gameSquares[cx-1][cy-1].which_piece,1);
gameSquares[cx-1][cy-1].printPiece(cx-1,cy-1,11,gameSquares[cx-1][cy-1].which_piece);
}
}
}
}
//_____________________KNIGHT STEPS______________________//
else if (thisPiece == KNIGHT) {
if (gameSquares[cx][cy].kill_him == 0) {
printPiece(cx,cy,14,KNIGHT);
int temp_x; int temp_y;
//First Step (X-1,Y+2)
temp_x = cx - 1;
temp_y = cy + 1;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,1);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Second Step (X-1,Y-2)
temp_x = cx - 1;
temp_y = cy - 3;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0 ) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,1);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Third Step (X+1,Y+2)
temp_x = cx + 1;
temp_y = cy + 1;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,1);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Fourth Step (X+1,Y-2)
temp_x = cx + 1;
temp_y = cy - 3;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,1);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Fifth Step (X-2,Y-1)
temp_x = cx - 2;
temp_y = cy - 2;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,1);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Sixth Step (X-2,Y+1)
temp_x = cx - 2;
temp_y = cy + 0;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,1);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Seventh Step (X+2,Y-1)
temp_x = cx + 2;
temp_y = cy - 2;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,1);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Eighth Step (X+2,Y+1)
temp_x = cx + 2;
temp_y = cy + 0;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,1);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
}
else {
printPiece(cx,cy,14,KNIGHT);
int temp_x; int temp_y;
//First Step (X-1,Y+2)
temp_x = cx - 1;
temp_y = cy + 1;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,gameSquares[temp_x][temp_y+1].kill_him);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Second Step (X-1,Y-2)
temp_x = cx - 1;
temp_y = cy - 3;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1 ) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,gameSquares[temp_x][temp_y+1].kill_him);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Third Step (X+1,Y+2)
temp_x = cx + 1;
temp_y = cy + 1;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,gameSquares[temp_x][temp_y+1].kill_him);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Fourth Step (X+1,Y-2)
temp_x = cx + 1;
temp_y = cy - 3;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,gameSquares[temp_x][temp_y+1].kill_him);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Fifth Step (X-2,Y-1)
temp_x = cx - 2;
temp_y = cy - 2;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,gameSquares[temp_x][temp_y+1].kill_him);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Sixth Step (X-2,Y+1)
temp_x = cx - 2;
temp_y = cy + 0;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,gameSquares[temp_x][temp_y+1].kill_him);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Seventh Step (X+2,Y-1)
temp_x = cx + 2;
temp_y = cy - 2;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,gameSquares[temp_x][temp_y+1].kill_him);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
//Eighth Step (X+2,Y+1)
temp_x = cx + 2;
temp_y = cy + 0;
if (temp_x < 1 || temp_x > 8 || temp_y < 0 || temp_y >= 8) { }
else {
if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==1) { }
else if (gameSquares[temp_x][temp_y+1].is_empty==0 && gameSquares[temp_x][temp_y+1].kill_him==0) {
pinkHighlightStep(temp_x,temp_y,gameSquares[temp_x][temp_y+1].which_piece);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,0,1,gameSquares[temp_x][temp_y+1].which_piece,gameSquares[temp_x][temp_y+1].kill_him);
set_data_highlight(temp_x,temp_y+1,gameSquares[temp_x][temp_y+1].which_piece,1);
gameSquares[temp_x][temp_y+1].printPiece(temp_x,temp_y+1,11,gameSquares[temp_x][temp_y+1].which_piece);
}
else {
pinkHighlightStep(temp_x,temp_y,BLANK);
gameSquares[temp_x][temp_y+1].setSquare(temp_x,temp_y+1,1,1,BLANK,0);
set_data_highlight(temp_x,temp_y+1,BLANK,1);
}
}
}
}
//_____________________BISHOP STEPS______________________//
else if (thisPiece == BISHOP) {
if (gameSquares[cx][cy].kill_him == 0) {
printPiece(cx,cy,14,BISHOP);
int temp_x, temp_y;
//1st Quadrant (+ve x , +ve y)
temp_x = cx; temp_y = cy;
if (temp_x >= 8 || temp_y >= 8) { }
else {
for (int i=cx+1, j=cy; /*<No Condition>*/ ; i++, j++) {
if (i > 8 || j >= 8) { break; }
if (gameSquares[i][j+1].is_empty==0 && gameSquares[i][j+1].kill_him==0) { break; }
if (gameSquares[i][j+1].is_empty==0 && gameSquares[i][j+1].kill_him==1) {
pinkHighlightStep(i,j,gameSquares[i][j+1].which_piece);
gameSquares[i][j+1].setSquare(i,j+1,0,1,gameSquares[i][j+1].which_piece,gameSquares[i][j+1].kill_him);
set_data_highlight(i,j+1,gameSquares[i][j+1].which_piece,1);
gameSquares[i][j+1].printPiece(i,j+1,11,gameSquares[i][j+1].which_piece);
break;
}
pinkHighlightStep(i,j,BLANK);
gameSquares[i][j+1].setSquare(i,j+1,1,1,BLANK,0);
set_data_highlight(i,j+1,BLANK,1);
}
}
//2nd Quadrant (x -ve , y +ve)
if (temp_x < 1 || temp_y >= 8) { }
else {
for (int i=cx-1, j=cy; /*<No Condition>*/ ; i--, j++) {
if (i < 1 || j > 7) { break; }
if (gameSquares[i][j+1].is_empty==0 && gameSquares[i][j+1].kill_him==0) { break; }
if (gameSquares[i][j+1].is_empty==0 && gameSquares[i][j+1].kill_him==1) {
pinkHighlightStep(i,j,gameSquares[i][j+1].which_piece);
gameSquares[i][j+1].setSquare(i,j+1,0,1,gameSquares[i][j+1].which_piece,gameSquares[i][j+1].kill_him);
set_data_highlight(i,j+1,gameSquares[i][j+1].which_piece,1);
gameSquares[i][j+1].printPiece(i,j+1,11,gameSquares[i][j+1].which_piece);
break;
}
pinkHighlightStep(i,j,BLANK);
gameSquares[i][j+1].setSquare(i,j+1,1,1,BLANK,0);
set_data_highlight(i,j+1,BLANK,1);
}
}
//3rd Quadrant (x -ve , y -ve)
if (temp_x < 1 || temp_y < 1) { }
else {
for (int i=cx-1, j=cy-2; /*<No Condition>*/ ; i--, j--) {
if (i <= 0 || j < 0) { break; }
if (gameSquares[i][j+1].is_empty==0 && gameSquares[i][j+1].kill_him==0) { break; }
if (gameSquares[i][j+1].is_empty==0 && gameSquares[i][j+1].kill_him==1) {
pinkHighlightStep(i,j,gameSquares[i][j+1].which_piece);
gameSquares[i][j+1].setSquare(i,j+1,0,1,gameSquares[i][j+1].which_piece,gameSquares[i][j+1].kill_him);
set_data_highlight(i,j+1,gameSquares[i][j+1].which_piece,1);
gameSquares[i][j+1].printPiece(i,j+1,11,gameSquares[i][j+1].which_piece);
break;
}
pinkHighlightStep(i,j,BLANK);
gameSquares[i][j+1].setSquare(i,j+1,1,1,BLANK,0);
set_data_highlight(i,j+1,BLANK,1);
}
}
//4th Quadrant (x +ve , y -ve)
if (temp_x >= 8 || temp_y < 1) { }
else {
for (int i=cx+1, j=cy-2; /*<No Condition>*/ ; i++, j--) {
if (i > 8 || j < 0) { break; }
if (gameSquares[i][j+1].is_empty==0 && gameSquares[i][j+1].kill_him==0) { break; }
if (gameSquares[i][j+1].is_empty==0 && gameSquares[i][j+1].kill_him==1) {
pinkHighlightStep(i,j,gameSquares[i][j+1].which_piece);
gameSquares[i][j+1].setSquare(i,j+1,0,1,gameSquares[i][j+1].which_piece,gameSquares[i][j+1].kill_him);
set_data_highlight(i,j+1,gameSquares[i][j+1].which_piece,1);
gameSquares[i][j+1].printPiece(i,j+1,11,gameSquares[i][j+1].which_piece);
break;
}
pinkHighlightStep(i,j,BLANK);
gameSquares[i][j+1].setSquare(i,j+1,1,1,BLANK,0);
set_data_highlight(i,j+1,BLANK,1);
}
}
}
else { //COMPUTER STEPS
printPiece(cx,cy,14,BISHOP);
int temp_x, temp_y;
//1st Quadrant (+ve x , +ve y)
temp_x = cx; temp_y = cy;
if (temp_x >= 8 || temp_y >= 8) { }
else {
for (int i=cx+1, j=cy; /*<No Condition>*/ ; i++, j++) {
if (i > 8 || j >= 8) { break; }