matlab gui 中做一个迷宫的游戏，主要调用什么程序呢！？？急啊

主程序

function maze

row=20

col=39

rand('森前state',sum(100*clock))

[cc,rr]=meshgrid(1:col,1:row)

state = reshape([1:row*col],row,col)

id = reshape([1:row*col],row,col)

ptr_left = zeros(size(id))

ptr_up = zeros(size(id))

ptr_right = zeros(size(id))

ptr_down = zeros(size(id))

ptr_left(:,2:size(id,2)) = id(:,1:size(id,2)-1)

ptr_up(2:size(id,1),:) = id(1:size(id,1)-1,:)

ptr_right(:,1:size(id,2)-1) = id(:,2:size(id,2))

ptr_down(1:size(id,1)-1,:) = id(2:size(id,1),:)

the_maze = cat(2,reshape(id,row*col,1),reshape(rr,row*col,1),reshape(cc,row*col,1),reshape(state,row*col,1),...

reshape(ptr_left,row*col,1),reshape(ptr_up,row*col,1),reshape(ptr_right,row*col,1),reshape(ptr_down,row*col,1) )

the_maze = sortrows(the_maze)

id=the_maze(:,1)

rr=the_maze(:,2)

cc=the_maze(:,3)

state=the_maze(:,4)

ptr_left=the_maze(:,5)

ptr_up=the_maze(:,6)

ptr_right=the_maze(:,7)

ptr_down=the_maze(:,8)

clear the_maze

[state, ptr_left, ptr_up, ptr_right, ptr_down]=...

make_pattern(row,col,rr, cc, state, ptr_left, ptr_up, ptr_right, ptr_down)

h=figure('KeyPressFcn',@move_spot,'color','white')

show_maze(row, col, rr, cc, ptr_left, ptr_up, ptr_right, ptr_down,h)

% 开始

cursor_pos=[1,1]

current_id=1

figure(h)

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color','r')

set(gcf,'Units','normalized')

set(gcf,'position',[0 0 1 .91])

tic

% 记录亩春裤过程

while ~all(cursor_pos == [col,row])

waitfor(gcf,'迅简CurrentCharacter')

set(gcf,'CurrentCharacter','~') % update to another character so repeats are recognized

switch double(key(1))

case 108 % left

if ptr_left(current_id)<0 % check for legal move

current_id=-ptr_left(current_id)

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color',[.8,.8,.8])

cursor_pos(1)=cursor_pos(1)-1

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color','r')

end

case 114 % right

if ptr_right(current_id)<0 % check for legal move

current_id=-ptr_right(current_id)

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color',[.8,.8,.8])

cursor_pos(1)=cursor_pos(1)+1

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color','r')

end

case 117 % up

if ptr_up(current_id)<0 % check for legal move

current_id=-ptr_up(current_id)

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color',[.8,.8,.8])

cursor_pos(2)=cursor_pos(2)-1

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color','r')

end

case 100 % down

if ptr_down(current_id)<0 % check for legal move

current_id=-ptr_down(current_id)

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color',[.8,.8,.8])

cursor_pos(2)=cursor_pos(2)+1

text(cursor_pos(1),cursor_pos(2),'\diamondsuit','HorizontalAlignment','Center','color','r')

end

otherwise

end

end

thyme=toc

title(cat(2,' Winning Time ',num2str(round(thyme*100)/100),'(sec)'),'FontSize',20)

return

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function move_spot(src,evnt)%获取方向建

assignin('caller','key',evnt.Key)

return

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function show_maze(row, col, rr, cc, ptr_left, ptr_up, ptr_right, ptr_down,h)

%显示迷宫

figure(h)

line([.5,col+.5],[.5,.5]) % draw top border

line([.5,col+.5],[row+.5,row+.5]) % draw bottom border

line([.5,.5],[1.5,row+.5]) % draw left border

line([col+.5,col+.5],[.5,row-.5]) % draw right border

for ii=1:length(ptr_right)

if ptr_right(ii)>0 % right passage blocked

line([cc(ii)+.5,cc(ii)+.5],[rr(ii)-.5,rr(ii)+.5])

hold on

end

if ptr_down(ii)>0 % down passage blocked

line([cc(ii)-.5,cc(ii)+.5],[rr(ii)+.5,rr(ii)+.5])

hold on

end

end

axis equal

axis([.5,col+.5,.5,row+.5])

axis off

set(gca,'YDir','reverse')

return

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function [state, ptr_left, ptr_up, ptr_right, ptr_down]=make_pattern(row,col, rr, cc, state, ptr_left, ptr_up, ptr_right, ptr_down)%产生边界道路信息

while max(state)>1

tid=ceil(col*row*rand(15,1))

cityblock=cc(tid)+rr(tid)

is_linked=(state(tid)==1)

temp = sortrows(cat(2,tid,cityblock,is_linked),[3,2])

tid = temp(1,1)

dir=ceil(4*rand)

switch dir

case 1

if ptr_left(tid)>0 &state(tid)~=state(ptr_left(tid))

state( state==state(tid) | state==state(ptr_left(tid)) )=min([state(tid),state(ptr_left(tid))])

ptr_right(ptr_left(tid))=-ptr_right(ptr_left(tid))

ptr_left(tid)=-ptr_left(tid)

end

case 2

if ptr_right(tid)>0 &state(tid)~=state(ptr_right(tid))

state( state==state(tid) | state==state(ptr_right(tid)) )=min([state(tid),state(ptr_right(tid))])

ptr_left(ptr_right(tid))=-ptr_left(ptr_right(tid))

ptr_right(tid)=-ptr_right(tid)

end

case 3

if ptr_up(tid)>0 &state(tid)~=state(ptr_up(tid))

state( state==state(tid) | state==state(ptr_up(tid)) )=min([state(tid),state(ptr_up(tid))])

ptr_down(ptr_up(tid))=-ptr_down(ptr_up(tid))

ptr_up(tid)=-ptr_up(tid)

end

case 4

if ptr_down(tid)>0 &state(tid)~=state(ptr_down(tid))

state( state==state(tid) | state==state(ptr_down(tid)) )=min([state(tid),state(ptr_down(tid))])

ptr_up(ptr_down(tid))=-ptr_up(ptr_down(tid))

ptr_down(tid)=-ptr_down(tid)

end

otherwise

dir

error('quit')

end

end

return

num=randi(100,[1 1])

i=0

while (i<3)

elseif(a>num)

disp 'High'

i=i+1

else

end

if (i==3)

disp '扮虚You lose'

end

#include <stdio.h>

int main()

printf("enter the integer you guess:")

scanf("%d", &t)

if (data == t)

{

printf("the data is:%d\n", data)

break

}

else if(data >t)

else

count++

}while(1)

if (count <= 3)

else if(count <= 7)

return 0

编程环境

MATLAB由一系列工具组成。这些工具方便用户使用MATLAB的函数和文件，其中许多工具采用的是图形用户界面。包括MATLAB桌面和命令窗口、历史命令窗口、编辑器和调试器、路径搜索和用于用户浏览帮助、工作空间、文件的浏览器。

随着MATLAB的商业化以及软件本身的不断升级数猜，MATLAB的用户界面也越来越精致，更加接近Windows的标准界面，人机交互性更强， *** 作薯缺型更简单。而且新版本的MATLAB提供了完整的联机查询、帮助系统，极大的方便了用户的使用。

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