function dummy = snakeladder()
% This file performs the famous game of Snakes & Ladders
% The rules of the Game are:
% Two players may participate
% The board is shown in the figure window
% Every player throws the die in his turn by pressing (Enter)
% You move on the board as Your die number says
% If You meet a Ladder, just Climb it
% If You meet a Snake, just Go down with it
% The player who reachs The place No: 100 first
% IS THE WINNER
% Programmed by: Mina Ayman (mina_ayman@yahoo.com)
% Using MATLAB R12 on 25/08/2003
% Enjoy Your Play !!!
rand('state',sum(100*clock))
% Getting the board for the play
board = imread('board.jpg');
% Sound Generator for the winner
[win,b,c] = wavread('winner.wav');
winning = [win; win; win; win];
% Sound Generator for the ladder
[ladder,b,c] = wavread('ladder.wav');
% Initialization of the players
fprintf('\n\t\t\t Welcome to The Game Of SNAKES & LADDERS')
% Player 1
fprintf('\n Entering the Name of Player (1)')
player1 = input('\nYour Name is : ','s');
fprintf('\n Welcome %s',player1)
fprintf('\n Please Specify the Colour of Your Tile :')
fprintf('\n (1)Red (2)Yellow (3)Blue (4)Green (5)Cyan (6)Magenta (7)White')
choice1 = input('\n You Select Colour Number : ');
switch choice1
case 1
tile1(:,:,1) = 255*ones(60,60);
tile1(:,:,2) = zeros(60,60);
tile1(:,:,3) = zeros(60,60);
case 2
tile1(:,:,1) = 255*ones(60,60);
tile1(:,:,2) = 255*ones(60,60);
tile1(:,:,3) = zeros(60,60);
case 3
tile1(:,:,1) = zeros(60,60);
tile1(:,:,2) = zeros(60,60);
tile1(:,:,3) = 255*ones(60,60);
case 4
tile1(:,:,1) = zeros(60,60);
tile1(:,:,2) = 255*ones(60,60);
tile1(:,:,3) = zeros(60,60);
case 5
tile1(:,:,1) = zeros(60,60);
tile1(:,:,2) = 255*ones(60,60);
tile1(:,:,3) = 255*ones(60,60);
case 6
tile1(:,:,1) = 255*ones(60,60);
tile1(:,:,2) = zeros(60,60);
tile1(:,:,3) = 255*ones(60,60);
case 7
tile1(:,:,1) = 255*ones(60,60);
tile1(:,:,2) = 255*ones(60,60);
tile1(:,:,3) = 255*ones(60,60);
otherwise
fprintf('\n Sorry! Wrong Choice')
end
% Player 2
fprintf('\n Entering the Name of Player (2)')
player2 = input('\nYour Name is : ','s');
fprintf('\n Welcome %s',player2)
fprintf('\n Please Specify the Colour of Your Tile :')
fprintf('\n (1)Red (2)Yellow (3)Blue (4)Green (5)Cyan (6)Magenta (7)White')
choice2 = input('\n You Select Colour Number : ');
switch choice2
case 1
tile2(:,:,1) = 255*ones(60,60);
tile2(:,:,2) = zeros(60,60);
tile2(:,:,3) = zeros(60,60);
case 2
tile2(:,:,1) = 255*ones(60,60);
tile2(:,:,2) = 255*ones(60,60);
tile2(:,:,3) = zeros(60,60);
case 3
tile2(:,:,1) = zeros(60,60);
tile2(:,:,2) = zeros(60,60);
tile2(:,:,3) = 255*ones(60,60);
case 4
tile2(:,:,1) = zeros(60,60);
tile2(:,:,2) = 255*ones(60,60);
tile2(:,:,3) = zeros(60,60);
case 5
tile2(:,:,1) = zeros(60,60);
tile2(:,:,2) = 255*ones(60,60);
tile2(:,:,3) = 255*ones(60,60);
case 6
tile2(:,:,1) = 255*ones(60,60);
tile2(:,:,2) = zeros(60,60);
tile2(:,:,3) = 255*ones(60,60);
case 7
tile2(:,:,1) = 255*ones(60,60);
tile2(:,:,2) = 255*ones(60,60);
tile2(:,:,3) = 255*ones(60,60);
otherwise
fprintf('\n Sorry! Wrong Choice')
end
% Plotting the board
u = figure;
imshow(board,'notruesize')
pause(4)
close
fprintf('\n Now Let''s Begin Our Game')
fprintf('\n Every player throws the die in his turn by pressing (Enter)')
pos1 = 0;
pos2 = 0;
% Basic Game
board4 = board;
while ((pos1 ~= 100) & (pos2 ~= 100))
% Player 1 Turn
check1 = 0;
fprintf('\n Your Turn! %s :',player1)
pause
die1 = ceil(1000*rand(1,1));
die1 = mod(die1,6);
die1 = die1 + 1;
fprintf('\n You Got : %d',die1)
pos1 = pos1 + die1;
if (pos1 >= 100)
pos1 = 100;
check1 = 2;
end
u = figure;
for m = 1 : die1
t1 = pos1 - die1 + m;
c1 = mod(t1,10);
if (c1 == 0)
c1 = 10;
end
r1 = ceil(t1/10);
board1 = board4;
board3 = board;
switch r1
case 1
board1(541:600,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(541:600,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 2
board1(481:540,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(481:540,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
case 3
board1(421:480,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(421:480,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 4
board1(361:420,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(361:420,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
case 5
board1(301:360,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(301:360,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 6
board1(241:300,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(241:300,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
case 7
board1(181:240,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(181:240,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 8
board1(121:180,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(121:180,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
case 9
board1(61:120,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(61:120,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 10
board1(1:60,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(1:60,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
end
imshow(board1,'notruesize')
toot
pause(0.3)
end
tone1 = 1;
if(pos1 == 8)
pos1 = 4;
check1 = 1;
end
if(pos1 == 18)
pos1 = 1;
check1 = 1;
end
if(pos1 == 26)
pos1 = 10;
check1 = 1;
end
if(pos1 == 39)
pos1 = 5;
check1 = 1;
end
if(pos1 == 51)
pos1 = 6;
check1 = 1;
end
if(pos1 == 54)
pos1 = 36;
check1 = 1;
end
if(pos1 == 56)
pos1 = 1;
check1 = 1;
end
if(pos1 == 60)
pos1 = 23;
check1 = 1;
end
if(pos1 == 75)
pos1 = 28;
check1 = 1;
end
if(pos1 == 83)
pos1 = 45;
check1 = 1;
end
if(pos1 == 85)
pos1 = 59;
check1 = 1;
end
if(pos1 == 90)
pos1 = 48;
check1 = 1;
end
if(pos1 == 92)
pos1 = 25;
check1 = 1;
end
if(pos1 == 97)
pos1 = 87;
check1 = 1;
end
if(pos1 == 99)
pos1 = 63;
check1 = 1;
end
if(pos1 == 3)
pos1 = 20;
check1 = 1;
tone1 = 2;
end
if(pos1 == 6)
pos1 = 14;
check1 = 1;
tone1 = 2;
end
if(pos1 == 11)
pos1 = 28;
check1 = 1;
tone1 = 2;
end
if(pos1 == 15)
pos1 = 34;
check1 = 1;
tone1 = 2;
end
if(pos1 == 17)
pos1 = 74;
check1 = 1;
tone1 = 2;
end
if(pos1 == 22)
pos1 = 37;
check1 = 1;
tone1 = 2;
end
if(pos1 == 38)
pos1 = 59;
check1 = 1;
tone1 = 2;
end
if(pos1 == 49)
pos1 = 67;
check1 = 1;
tone1 = 2;
end
if(pos1 == 57)
pos1 = 76;
check1 = 1;
tone1 = 2;
end
if(pos1 == 61)
pos1 = 78;
check1 = 1;
tone1 = 2;
end
if(pos1 == 73)
pos1 = 86;
check1 = 1;
tone1 = 2;
end
if(pos1 == 81)
pos1 = 98;
check1 = 1;
tone1 = 2;
end
if(pos1 == 88)
pos1 = 91;
check1 = 1;
tone1 = 2;
end
if (check1 == 2)
% Player 1 is the Winner
sound(winning,b,c)
pause(5)
close
fprintf('\n Congratulations! %s Wins', player1)
break;
end
if (check1 == 1)
t1 = pos1;
c1 = mod(t1,10);
if (c1 == 0)
c1 = 10;
end
r1 = ceil(t1/10);
board1 = board4;
board3 = board;
switch r1
case 1
board1(541:600,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(541:600,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 2
board1(481:540,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(481:540,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
case 3
board1(421:480,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(421:480,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 4
board1(361:420,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(361:420,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
case 5
board1(301:360,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(301:360,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 6
board1(241:300,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(241:300,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
case 7
board1(181:240,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(181:240,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 8
board1(121:180,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(121:180,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
case 9
board1(61:120,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
board3(61:120,60*(c1-1)+1:60*(c1-1)+60,:) = tile1;
case 10
board1(1:60,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
board3(1:60,60*((11-c1)-1)+1:60*((11-c1)-1)+60,:) = tile1;
end
imshow(board1,'notruesize')
if (tone1 == 1)
toot2
elseif (tone1 == 2)
sound(ladder,b,c)
end
pause(1)
end
pause(1)
close
% Player 2 Turn
check2 = 0;
fprintf('\n Your Turn! %s :',player2)
pause
die2 = ceil(1000*rand(1,1));
die2 = mod(die2,6);
die2 = die2 + 1;
fprintf('\n You Got : %d',die2)
pos2 = pos2 + die2;
if (pos2 >= 100)
pos2 = 100;
check2 = 2;
end
u = figure;
for m = 1 : die2
t2 = pos2 - die2 + m;
c2 = mod(t2,10);
if (c2 == 0)
c2 = 10;
end
r2 = ceil(t2/10);
board2 = board3;
board4 = board;
switch r2
case 1
board2(541:600,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(541:600,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 2
board2(481:540,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(481:540,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
case 3
board2(421:480,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(421:480,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 4
board2(361:420,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(361:420,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
case 5
board2(301:360,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(301:360,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 6
board2(241:300,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(241:300,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
case 7
board2(181:240,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(181:240,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 8
board2(121:180,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(121:180,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
case 9
board2(61:120,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(61:120,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 10
board2(1:60,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(1:60,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
end
imshow(board2,'notruesize')
toot
pause(0.3)
end
tone2 = 1;
if(pos2 == 8)
pos2 = 4;
check2 = 1;
end
if(pos2 == 18)
pos2 = 1;
check2 = 1;
end
if(pos2 == 26)
pos2 = 10;
check2 = 1;
end
if(pos2 == 39)
pos2 = 5;
check2 = 1;
end
if(pos2 == 51)
pos2 = 6;
check2 = 1;
end
if(pos2 == 54)
pos2 = 36;
check2 = 1;
end
if(pos2 == 56)
pos2 = 1;
check2 = 1;
end
if(pos2 == 60)
pos2 = 23;
check2 = 1;
end
if(pos2 == 75)
pos2 = 28;
check2 = 1;
end
if(pos2 == 83)
pos2 = 45;
check2 = 1;
end
if(pos2 == 85)
pos2 = 59;
check2 = 1;
end
if(pos2 == 90)
pos2 = 48;
check2 = 1;
end
if(pos2 == 92)
pos2 = 25;
check2 = 1;
end
if(pos2 == 97)
pos2 = 87;
check2 = 1;
end
if(pos2 == 99)
pos2 = 63;
check2 = 1;
end
if(pos2 == 3)
pos2 = 20;
check2 = 1;
tone2 = 2;
end
if(pos2 == 6)
pos2 = 14;
check2 = 1;
tone2 = 2;
end
if(pos2 == 11)
pos2 = 28;
check2 = 1;
tone2 = 2;
end
if(pos2 == 15)
pos2 = 34;
check2 = 1;
tone2 = 2;
end
if(pos2 == 17)
pos2 = 74;
check2 = 1;
tone2 = 2;
end
if(pos2 == 22)
pos2 = 37;
check2 = 1;
tone2 = 2;
end
if(pos2 == 38)
pos2 = 59;
check2 = 1;
tone2 = 2;
end
if(pos2 == 49)
pos2 = 67;
check2 = 1;
tone2 = 2;
end
if(pos2 == 57)
pos2 = 76;
check2 = 1;
tone2 = 2;
end
if(pos2 == 61)
pos2 = 78;
check2 = 1;
tone2 = 2;
end
if(pos2 == 73)
pos2 = 86;
check2 = 1;
tone2 = 2;
end
if(pos2 == 81)
pos2 = 98;
check2 = 1;
tone2 = 2;
end
if(pos2 == 88)
pos2 = 91;
check2 = 1;
tone2 = 2;
end
if (check2 == 2)
% Player 2 is the Winner
sound(winning,b,c)
pause(5)
close
fprintf('\n Congratulations! %s Wins', player2)
break;
end
if (check2 == 1)
t2 = pos2;
c2 = mod(t2,10);
if (c2 == 0)
c2 = 10;
end
r2 = ceil(t2/10);
board2 = board3;
board4 = board;
switch r2
case 1
board2(541:600,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(541:600,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 2
board2(481:540,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(481:540,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
case 3
board2(421:480,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(421:480,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 4
board2(361:420,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(361:420,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
case 5
board2(301:360,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(301:360,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 6
board2(241:300,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(241:300,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
case 7
board2(181:240,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(181:240,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 8
board2(121:180,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(121:180,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
case 9
board2(61:120,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
board4(61:120,60*(c2-1)+1:60*(c2-1)+60,:) = tile2;
case 10
board2(1:60,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
board4(1:60,60*((11-c2)-1)+1:60*((11-c2)-1)+60,:) = tile2;
end
imshow(board2,'notruesize')
if (tone2 == 1)
toot2
elseif (tone2 == 2)
sound(ladder,b,c)
end
pause(1)
end
pause(1)
close
end
% End of Program
fprintf('\n\n\n Thank You for using this Program')
fprintf('\n Programmed by MINA AYMAN')
fprintf('\n Questions or Comments : e-mail ( mina_ayman@yahoo.com )\n')
clear
% Sound Functions
function adum = toot()
% Whistle Generator Program
t = 0 : 1/2000 : 0.3;
sig = 0.7 * chirp(t,0,0.3,10000);
sound(sig,2000,8)
function adum2 = toot2()
% Whistle Generator Program
t = 0 : 1/2000 : 1;
sig = 0.7 * chirp(t,0,0.3,10000);
sound(sig,2000,8)
