一波大更新

ACLL_iwantagirlfriend.m

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+char([73 32 119 97 110 116 32 97 32 103 105 114 108 32 102 114 105 101 110 100 46 46 46])

CalendarTable.m

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+%非常漂亮的日历，网上下载的，忘了出处了一个不错的Matlab的gui界面设计实例[转]
+
+function CalendarTable;
+% calendar 日历
+% Example:
+%    CalendarTable;
+
+S=datestr(now);
+[y,m,d]=datevec(S);
+% d is day
+% m is month
+% y is year
+DD={'Sun','Mon','Tue','Wed','Thu','Fri','Sat'};
+close all
+figure;
+for k=1:7;
+   uicontrol(gcf,'style','text',...
+       'unit','normalized','position',[0.02+k*0.1,0.55,0.08,0.06],...
+       'BackgroundColor',0.6*[1,1,1],'ForegroundColor','b',...
+       'String',DD(k),'fontsize',16,'fontname','times new roman');
+end
+h=1;
+ss='b';
+qq=eomday(y,m);
+for k=1:qq;
+   n=datenum(y,m,k);
+   [da,w] = weekday(n);
+   if k==d;
+       ss='r';
+   end
+   uicontrol(gcf,'style','push',...
+       'unit','normalized','position',[0.02+da*0.1,0.55-h*0.08,0.08,0.06],...
+       'BackgroundColor',0.6*[1,1,1],'ForegroundColor',ss,...
+       'String',num2str(k));
+   ss='b';
+   if da==7;
+       h=h+1;
+   end
+end
+uicontrol(gcf,'style','push',...
+   'unit','normalized','position',[0.6,0.66,0.12,0.08],...
+   'BackgroundColor',0.6*[1,1,1],'ForegroundColor',ss,...
+   'String','clock','fontsize',18,'fontname','times new roman');
+Tq=uicontrol(gcf,'style','push',...
+   'unit','normalized','position',[0.74,0.66,0.17,0.08],...
+   'BackgroundColor',0.6*[1,1,1],'ForegroundColor',[0.1,0.9,0.9],...
+   'fontsize',18,'fontname','times new roman');
+sq='The calendar';
+uicontrol(gcf,'style','push',...
+   'unit','normalized','position',[0.14,0.86,0.37,0.08],...
+   'BackgroundColor',0.6*[1,1,1],'ForegroundColor',[0.1,0.9,0.9],...
+   'fontsize',18,'fontname','times new roman','string',sq);
+try
+   while 1
+       set(Tq,'String',datestr(now,13));
+       pause(1);
+   end
+end

MATLAB 必须知道的基本操作.m

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+clc;
+clear;
+%https://blog.csdn.net/sinat_34820292/article/details/77624198 
+%MATLAB必须知道的知识
+
+A = [1 2 3 4;5 6 7 8;9 10 11 12];
+A(:,2:3)
+A(2:end,:)
+A([1 3 5; 7 9 10])
+A(A>4)
+A(find(mod(A,2)==0))
+A(:)
+reshape(A,4,3)%reshape是按列读取，然后按列摆放
+B=[A A]; 
+%  A 所有的脚本文件（不带function关键字的m文件）和控制台共有一个作用域，这个变量域一般称之为workspace工作区。
+% B 每个函数具有单独的作用域，(有时看到网上的函数文件开头用clear清除数据觉得很外行)
+% 注意：不是B是局部变量，A是全局变量的关系，因为函数并没办法直接使用工作区的变量
+% 
+% rand,mod,round,floor,ceil,mode,plot,solve,dsolve,eval,subs,disp,fprintf,zeros,ones,magic,sort,sortrows,max,min,isempty等
+% 
+% clear,save,load,clc,tic,toc,close等
+
+%{
+对象（结构体），元胞数组等数据类型
+
+A.title=’标题’
+A.xlabel=’时间’
+A.ylabel=’天气’
+A.A = A
+
+c{1} = 1
+c{2} = [1 2]
+c{3} = 1==1
+c{4} = ‘aaa’
+%}
+% 
+% plot,ezplot,title, xlabel, ylabel, axis， hold, grid, subplot, 还可以系统学一下matlab gui, 可以做很多有意思的东西，建模不实用,matlab的gui还支持latex公式语法
+%{
+数据导入
+xlsread
+importdata
+fopen
+ls
+xlswrite
+load
+save
+char
+%}
+
+
+% 常用工具箱
+% 
+% cftool
+% wavemenu
+% plottools
+% guide
+
+
+网上搜索想要的函数
+
+% 百度搜索你想用matlab实现的功能如：matlab 怎么处理时间
+% doc
+% help
+%{
+我的任务总结成五字“需算CDJ”，称为五行，
+需：需求分析，财务软件也，属火
+算：算法也，数学建模也，属土
+C：C#，属木
+D：DELPHI，属水
+J：JAVA，属金
+其中我最少思考的是“算”，又分出五行
+金：《数据结构》PDF还要不要复习记忆，是否无用
+木：《遗传算法》和《算法艺术》PDF要不要深入研究
+水：数学建模的论坛太少了解
+火：切割原料问题和背包问题等几个应用数学实例值得研究下
+土：MATLAB和不少经济统计软件未会用，甚至包括EXCEL的单变量求解等功能 
+%}
+
+
+

MATLAB汉诺塔游戏.txt

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+function XhanX(n,a,c,t)
+%���ø�ʽXhanX(n,a,c,t)
+%nΪ�����������ʼ������a�Ÿ��ϣ�
+%Ҫ�������Ƶ�c�Ÿ���ȥ��a��c=1,2,3��
+%tΪʱ��(֡��)����0������С��30�����n����5��tС��15��n����8��tС��3
+%���tȡ0��Ϊ��Ϸģʽ����Ϸģʽ����Ϸģʽ��
+%by ���� 2013.7
+global var A cd N h h1 v T X
+%A��ÿ������Ľṹ����ɵ�����
+%cd��i,:����i�������ϵ�������ŵ�����
+%var��i����i�������ϵ�������
+%hΪ������ܸ�
+%h1ÿ��ĸ�
+%v��i����i�����ӵ�����λ��
+%N=n��
+%TΪʱ��,֡�������Tȡ0����Ϊ��Ϸģʽ
+%XΪ�ַ���
+try
+var(a)=n;var(c)=0;var(6-a-c)=0;
+h=100;h1=100/n;d=1;v(1)=2+n;v(2)=(2+n)*2;v(3)=(2+n)*3;cd(a,:)=1:n;N=n;T=t;
+for i=1:n
+A(i).xingzhuang1=[v(a)-(n+2-i)/2,v(a)+(n+2-i)/2,v(a)+(n+2-i)/2,v(a)-(n+2-i)/2];
+A(i).xingzhuang2=[0,0,h1,h1];
+A(i).gaodu=i;
+end
+figure;
+if T==0 
+    X=['�뽫',num2str(a),'�ϵ����������Ƶ�',num2str(c),'������ȥ��'];T=6;g();Xhanc(c); 
+else
+    X=['�Զ�ģʽ'];g();pause(1);Xhan(n,a,c);
+end
+ clear global
+catch
+    clear global
+end
+
+
+
+
+function Xhanc(c)
+%��Ϸģʽ
+try
+global N var cd A
+while 1
+while 1
+k=waitforbuttonpress;
+p1=get(gca, 'currentpoint');
+q1=ceil((p1(1,1)-N/2-1)/(N+2));
+if q1<=3&q1>=1&var(q1)~=0
+    A(cd(q1,var(q1))).gaodu=var(q1)+1;
+    g();
+    break;
+end
+end
+while 1
+k=waitforbuttonpress;
+p2=get(gca, 'currentpoint');
+q2=ceil((p2(1,1)-N/2-1)/(N+2));
+if q2<=3 & q2>=1
+    break;
+end
+end
+if q1==q2
+    A(cd(q1,var(q1))).gaodu=var(q1);
+    g();
+    continue;
+end
+if var(q2)>0 & cd(q1,var(q1))<cd(q2,var(q2))
+ A(cd(q1,var(q1))).gaodu=var(q1);
+ g();
+ continue;
+end
+f(q1,q2);
+if var(c)==N
+    xlabel('�ɹ�ͨ�أ�����','fontsize',18,'color','r');
+    return;
+end
+end
+catch
+    clear global
+end
+
+
+
+function Xhan(n,a,c)
+%�����㷨����n����a�Ƶ�c��ȥ
+if n==1
+f(a,c);
+else b=6-a-c;
+Xhan(n-1,a,b)
+f(a,c);
+Xhan(n-1,b,c)
+end
+
+function f(a,c)
+%��a�������Ϸ��������Ƶ�c�����Ϸ�
+try
+global var cd A v N T
+high=ceil(1.5*N)+1;p=ceil(T/2);q=ceil(T);
+m=(high-A(cd(a,var(a))).gaodu)/q;
+xx=(v(c)-v(a))/p;
+var(c)=var(c)+1;n=(high-var(c))/q;
+cd(c,var(c))=cd(a,var(a));
+for i=1:q
+A(cd(a,var(a))).gaodu=A(cd(a,var(a))).gaodu+m;
+g();
+end
+for i=1:p
+A(cd(a,var(a))).xingzhuang1=A(cd(a,var(a))).xingzhuang1+xx;
+g();
+end
+for i=1:q;
+A(cd(a,var(a))).gaodu=A(cd(a,var(a))).gaodu-n;
+g()
+end
+cd(a,var(a))=0;
+var(a)=var(a)-1;
+catch
+   clear global;
+end
+function g()  
+%����Ŀǰ��ͼ��
+global T v h h1 N A X
+clf
+axis([-0.1,4*(N+2),0,2*h])
+set(gca,'YColor',[1 1 1],'YTick',[],'XColor',[1 1 1],'XTick',[]);
+title('��ŵ��','fontsize',20);
+xlabel(X,'fontsize',18,'color','r');
+hold on;
+plot([0,4*(N+2)],[0,0],'-y','linewidth',10)
+for i=1:3
+fill([v(i)-0.5,v(i)+0.5,v(i)+0.5,v(i)-0.5],[0,0,1.5*h,1.5*h],'m');
+end
+for i=1:N
+fill(A(i).xingzhuang1,A(i).xingzhuang2+(A(i).gaodu-1)*h1,'c');
+end
+plot([0,4*(N+2)],[0,0],'-y','linewidth',5)
+pause(0.001);
+

P图区/Duhuangxiang.m

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+clear all;clc;close all;
+img = imread('Ö¤¼þpicture.jpg');
+% my picture is named lenna.bmp while yours may be not
+I = rgb2gray(img);
+% Attention: we use the axis off to get rid of the axis.
+figure(1),image(I); %equals to imagesc(I,[1 64]);you can try it.
+colorbar,title('show by image in figure1');axis off;
+figure(2),imagesc(I);
+%equals to imagesc(I,[min(I(:)) max(I(:))]);you can try it.
+colorbar,title('show by imagesc in figure2');axis off;
+%colormap(gray) %use this statement you can get a gray image.
+figure(3),imshow(I),colorbar,title('show by imshow in figure3');

P图区/打开文件浏览器神操作！MATLAB实现五种边缘检测例程.m

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+%MATLAB实现五种边缘检测https://blog.csdn.net/weixin_40202230/article/details/78323404
+%常用的边缘检测算法有拉普拉斯边缘检测算法、Robert边缘检测算子、Sobel边缘检测算子、Prewitt边缘检测算子、Canny边缘检测算子。
+
+[filename,pathname]=uigetfile({'*.jpg';'*bmp';'*gif'},'选择原图片');%神操作！！！！
+I = imread([pathname,filename]);
+I=rgb2gray(I);
+
+%五种边缘检测
+figure('Name','进行五种边缘检测');
+subplot(2,3,1);
+imshow(I);
+title('原图');
+
+BW1=edge(I,'Roberts',0.16);
+subplot(2,3,2);
+imshow(BW1);
+title('Robert算子边缘检测')
+
+BW2=edge(I,'Sobel',0.16);
+subplot(2,3,3);
+imshow(BW2);
+title('Sobel算子边缘检测')
+
+BW3=edge(I,'Prewitt',0.06);
+subplot(2,3,4);
+imshow(BW3);
+title('Prewitt算子边缘检测');
+
+BW4=edge(I,'LOG',0.012);
+subplot(2,3,5);
+imshow(BW4);
+title('LOG算子边缘检测')
+
+BW5=edge(I,'Canny',0.35);
+subplot(2,3,6);
+imshow(BW5);
+
+title('Canny算子边缘检测')
+
+
+
+
+
+
+

R一样的画图包/PlotPub-master/.gitignore

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+.DS_Store
+*.m~