用Matlab的.m脚本文件处理实验室数据

缺乏、安全感 2022-01-05 22:17 321阅读 0赞

# 找到相应的文件 #

findfile

%1 打开文件夹
    %2 拷贝第一个文件
    %3 关闭当前文件，再次拷贝新的文件，直到文件末尾结束
    clc
    clear
    DST_PATH_t = 'C:\Users\Manual\Desktop\航次11\1234567890';%目的文件目录 
    directory = uigetdir('','选择指定文件夹：');
    day_char = '0730'; %时间 天
    hour_char = '00'; %时 00 - 23
    minute_char = '00'; % 取值范围 00 - 60
    num_char = '00'; %文件的序号 取值范围 00 - 60
    k = 0;
    hour_k = 0;
    minute_k = 0;
    num_k = 0;
    sum_file = 0;
    for hour_k = 0:9 %时
        hour_char = num2str(hour_k);
        for minute_k = 0 : 60 %分
            minute_char = num2str(minute_k);
            for num_k = 0 :60 %秒
                num_char = num2str(num_k);
                if minute_k < 10 %分
                    if num_k < 10  %秒
                        filepath = fullfile(directory,[day_char '0' hour_char '0' minute_char '0' num_char])
                    end
                    if num_k >= 10
                        filepath = fullfile(directory,[day_char '0' hour_char '0' minute_char num_char])
                    end
                end  %end if minute_k < 10 
                
                if minute_k >= 10
                    if num_k < 10  %秒
                        filepath = fullfile(directory,[day_char '0' hour_char  minute_char '0' num_char]) % 08 01 00 11 09
                    end
                    if  num_k >= 10
                        filepath = fullfile(directory,[day_char '0' hour_char  minute_char num_char])
                    end
                end %end if if minute_k >= 10
                
                  if exist(filepath,'dir') == 7 
    %                  fprintf('%d',exist('H:\2307-8.31-10.2\RadarFile\0924002707','dir'))
                        filepath
                        readfiles = dir(filepath);
                        filename = readfiles(3).name;
    %                     while 1
    %                     end
                        cd(filepath);
                        copyfile(filename,DST_PATH_t);
                        sum_file = sum_file + 1;
                        break;
                end
            end
        end
    end
    
    for hour_k = 10:23 %时
            hour_char = num2str(hour_k);
            for minute_k = 0 : 60 % 分
                minute_char = num2str(minute_k);
                for num_k = 0 : 60 %秒
                    num_char = num2str(num_k);
    %                 filepath = fullfile(directory,[day_char hour_char minute_char num_char]);
                if minute_k < 10 %分
                    if num_k < 10  %秒
                        filepath = fullfile(directory,[day_char hour_char '0' minute_char '0' num_char])
                    end
                    if num_k >= 10
                        filepath = fullfile(directory,[day_char hour_char '0' minute_char num_char])
                    end
                end  %end if minute_k < 10 
                
                if minute_k >= 10
                    if num_k < 10  %秒
                        filepath = fullfile(directory,[day_char hour_char  minute_char '0' num_char]) % 08 01 00 11 09
                    end
                    if  num_k >= 10
                        filepath = fullfile(directory,[day_char hour_char  minute_char num_char])
                    end
                end %end if if minute_k >= 10
                                 
                    if exist(filepath,'dir') == 7 %路径存在 
    %                     fprintf('%d',exist(filepath,'dir'))
                        filepath
                        readfiles = dir(filepath);
                        filename = readfiles(3).name;
                        cd(filepath);
                        copyfile(filename,DST_PATH_t);
                        sum_file = sum_file + 1;
                        break;
                    end
                end
            end  
    end
    fprintf('当前未查找到的文件个数 %d 个\n',24 - sum_file)

# 筛选出响应时间的谱 #

%1 根据大概的文件时间，找到近似的文件
    %2 将文件保存到指定文件夹下
    % addpath('H:\2307_20180822\D\RadarFile');
    clc;
    clear;
    k = 9;
    char = '53'
    DST_PATH_t = 'C:\Users\Manual\Desktop\航次11\pu\2018_07_30';%目的文件目录 
    directory = uigetdir('','选择指定文件夹：');
    for i = 0:2 %共24个文件夹
        for j = 0 : 9
            filepath = fullfile(directory,['CalcReslut' num2str(i,'%d') num2str(j,'%d') '_' char '.dat'])
            %判断文件是否存在
    %         while k < 10
    %             if exist(filepath,'file') == 2 %如果文件存在
    %                 break;
    %             end
    %             filepath = fullfile(directory,['CalcReslut' num2str(i,'%d') num2str(j,'%d') '_' '0' num2str(k,'%d') '.dat'])
    %             k = k + 1;
    %         end    
    %         k = 9;
            while k < 60
                if exist(filepath,'file') == 2
                    break;
                end
                filepath = fullfile(directory,['CalcReslut' num2str(i,'%d') num2str(j,'%d') '_' char '.dat'])
                k = str2num(char);
                k = k + 1;
                char = num2str(k);
            end
             char = '53';
             k = str2num(char);
            if ((i == 2) && (j == 4))
                break;
            end 
            if exist(filepath,'file') == 2 
            copyfile(filepath,DST_PATH_t);
            end
        end
    end

# 画雷达图像，类似600点程序 #

%我有一个目标：根据数据绘制雷达图像 
    %1°要搞清楚数据协议
    %2°作图的原理
    %当前程序的功能：
    %1°了解绘图的机制
    %2°了解我不知道的关于数据的东西
    
    clear
    clc
    close all
    cd('C:\Users\Manual\Desktop\航次11')
    %month=3;
    day1=1;
    day2=31;%取5月2号到5月4号的时间
    mode=0;%只绘中脉冲
    % DiffNum=250;%间隔100文件采样
    DiffNum=1;%200个文件采样，大约10分钟一个图
    mkdir('Pic3');
    path_save=[cd '\Pic3\'];
    
    [filename_ogr] = uigetdir;%选择数据文件位置
    FolderInformation=dir(filename_ogr);
    % FolderInformation=dir('RadarFile');%当前文件夹信息
    FolderNames={FolderInformation.name}';%当前文件夹下所有名字
    FolderIndex=[];
    for i=1:length(FolderNames)
        if(length(FolderNames{i,1})==10)
            FolderIndex=[FolderIndex i];%记录雷达文件序号；每次运行列的维度加1，等价于有逗号，如果用分号则是行的维度加1
        end
    end
    FolderNum=length(FolderIndex);%文件夹数目
    for j=1:FolderNum
        fileFolder=[filename_ogr '\' FolderNames{FolderIndex(j),1}];%一种拼接路径的方式
        dirOutput=dir(fullfile(fileFolder,'*.dat'));%dir函数可以返回一个类似于结构体的东西，其中包含name项
        fileNames={dirOutput.name}';
        fileNum=length(fileNames);%文件夹下文件数目
        filePath=cell(fileNum,1);
        %%    
        i=0;
        for kk=1:DiffNum:fileNum
            i=i+1;%i+=1
            filePath=[fileFolder '\' fileNames{kk,1}];%当前文件路径文件夹路径+.dat文件名
            Name=fileNames{kk,1};
            %mm=str2num(Name(9:10));%月
            dd=str2num(Name(11:12));%日
            %if(mm==month)
                if(dd>=day1&&dd<=day2)
                    SavePic(filePath,Name,mode,path_save);
                end
            %end                     
        end  
        disp(['完成' num2str(j/FolderNum*100) '%']);
    end
    disp(['Finished！']);

# 保存图像 #

function SavePic( pathname,filename,mode,path_save)
    %UNTITLED2 此处显示有关此函数的摘要
    %   此处显示详细说明
        R_num=600;%600
        R_num1=400;
        dr=7.5;%dr
        
        fid_0=fopen(pathname,'r','l');%小端模式
        fseek(fid_0,10312,'bof');
        linenum=fread(fid_0,1,'ubit16');
        fclose(fid_0);
        if(linenum>7000)
            Mode=0;
        elseif(linenum>5000&&linenum<=7000)
            Mode=1;
        else
            Mode=2;
        end
    %     if(mode~=Mode)
    %         return
    %     end
        fid_0=fopen(pathname,'r','ieee-be');%上文是小端模式，这里却又是大端，是否有问题？
        
        fseek(fid_0,18,'bof');%%_pg暂时不明原因
        shipDir=fread(fid_0,1,'uint32')*180/2^30;%%_pg船艏角
        shipZong=fread(fid_0,1,'uint32')*90/2^30;%纵摇角
        shipHeng=fread(fid_0,1,'uint32')*90/2^30;%横摇角
        
        fseek(fid_0,3020,'bof');%%
        lat=fread(fid_0,1,'int32')*90/2^30;%4个字节，32位 %%_pg经度
        long=fread(fid_0,1,'int32')*90/2^30;             %%_pg纬度
        seaDeep=fread(fid_0,1,'uint32')*0.01;%%%%     水深为0时，赋值50
        %vel2flow=fread(fid_0,1,'int16')*0.01*1852/3600;%%_相对航速
        vel2flow=fread(fid_0,1,'int16')*0.01;%VC程序上是如此算，航速
        velReal=fread(fid_0,1,'int16')*0.01;% wamos的数据这一位有为-9的时候，所以由 uint16 改成 int16 2011-11-14%%绝对航速
        velEast=fread(fid_0,1,'int16')*0.01;%%东向速度
        velNorth=fread(fid_0,1,'int16')*0.01;%%北向速度
        velWinDir=fread(fid_0,1,'ubit16')*180/2^14;%%_pg平均真风向_和协议上有些不一样
        velWind=fread(fid_0,1,'ubit16')*0.01;%%平均真风速
        fclose(fid_0);
    
        fid_0=fopen(pathname,'r');
        status = fseek(fid_0,3114,'bof');
        temp_data=fread(fid_0,[1,3601],'ubit16');%%角度信息_pg
        n_line=temp_data(1);%%总线数
        data_all=fread(fid_0,'ubit16');%%图像数据_pg
        data_all=bitand(data_all,16383);  %%%128*128 = 16384  %%_pg应该是为了使大于2000H的数变为2000H
        fclose(fid_0);
        %% 数据处理
        Gray=reshape(data_all,[R_num,n_line]);
        Gray_temp=Gray(1:400,:);
        if seaDeep==0
            seaDeep=50;
        end
        if shipHeng>180
            shipHeng=shipHeng-360;
        elseif shipHeng<-180
            shipHeng=shipHeng+360;
        end
        if shipZong>180
            shipZong=shipZong-360;
        elseif shipZong<-180
            shipZong=shipZong+360;
        end
        shipHeng=roundn(shipHeng,-2); %保留小数点后两位
        shipZong=roundn(shipZong,-2);
        str_sH=num2str(shipHeng);
        str_sZ=num2str(shipZong);
    
        wind_angle=360-shipDir+velWinDir;%风向角
        point1_x=R_num1*dr*sind(wind_angle);%风向标识起点
        point1_y=R_num1*dr*cosd(wind_angle);
        point2_x=R_num1*dr*1.1*sind(wind_angle);%风向标识终点
        point2_y=R_num1*dr*1.1*cosd(wind_angle);
        wind_x=[point1_x point2_x];
        wind_y=[point1_y point2_y];
        wind_length=((point1_x-point2_x)^2+(point1_y-point2_y)^2)^0.5;
        jiantou_angle=40;%风向标识箭头的角度
        point3_xt=wind_length*0.5*sind(wind_angle+jiantou_angle);
        point3_yt=wind_length*0.5*cosd(wind_angle+jiantou_angle);
        point4_xt=wind_length*0.5*sind(wind_angle-jiantou_angle);
        point4_yt=wind_length*0.5*cosd(wind_angle-jiantou_angle);
        point3_x=point1_x+point3_xt;%风向标识的箭头坐标
        point3_y=point1_y+point3_yt;
        point4_x=point1_x+point4_xt;
        point4_y=point1_y+point4_yt;
        wind_x1=[point3_x point1_x];%为了使用plot连线
        wind_y1=[point3_y point1_y];
        wind_x2=[point4_x point1_x];
        wind_y2=[point4_y point1_y];
        %% 画图配置
        alpha=linspace(0,2*pi,n_line);%极坐标，角
        r=linspace(0,400*dr,400);%极坐标，半径 %.600
        [alpha,r]=meshgrid(alpha,r);
        x=r.*cos(alpha);
        y=r.*sin(alpha);
        %% 为了使输出图像好看
        set(gcf, 'PaperPositionMode', 'manual');
        set(gcf, 'PaperUnits', 'inches');
        %     set(gcf, 'PaperPosition', [5 5 4.5 4]);
        set(gcf, 'PaperPosition', [5 5 5.5 4]);
        %% 画图和输出
        mesh(y(20:400,:),x(20:400,:),Gray_temp(20:400,:));%.600
        view(0,90);
        colorbar
        hold on
    %     plot(wind_x,wind_y,'r','LineWidth',2);    %风向标识
    %     plot(wind_x1,wind_y1,'r','LineWidth',2);
    %     plot(wind_x2,wind_y2,'r','LineWidth',2);
    
        text(-(R_num1*(dr-1900/600+1900/600)),R_num1*(dr+500/600),['经度:',num2str(lat),'°E'],'Color','k');
        text(-(R_num1*(dr-1900/600+1900/600)),R_num1*(dr+100/600),['纬度:',num2str(long),'°N'],'Color','k');
    
        text(R_num1*(dr-1400/600),R_num1*(dr+500/600),['航速:',num2str(vel2flow),'节'],'Color','k');
        text(R_num1*(dr-1400/600),R_num1*(dr+100/600),['航向:',num2str(roundn(shipDir,-2)),'°'],'Color','k');
        text(R_num1*(dr-1400/600),R_num1*(dr-300/600),['风速:',num2str(velWind),'m/s'],'Color','k');
        text(R_num1*(dr-1400/600),R_num1*(dr-800/600),['风向:',num2str(roundn(velWinDir,-2)),'°'],'Color','k');
        %   %dr-2500/600 dr-2200/600 dr-1900/600
        text(R_num1*(dr-1400/600),-(R_num1*(dr-900/600)),['东速:',num2str(velEast),'节'],'Color','k');
        text(R_num1*(dr-1400/600),-(R_num1*(dr-500/600)),['北速:',num2str(velNorth),'节'],'Color','k');
        text(R_num1*(dr-1400/600),-(R_num1*(dr-100/600)),['地速:',num2str(velReal),'节'],'Color','k');
        %1900 2200 2500
        text(-(R_num1*(dr-1900/600+1900/600)),-(R_num1*(dr-900/600)),['纵摇:',str_sZ,'°'],'Color','k');
        text(-(R_num1*(dr-1900/600+1900/600)),-(R_num1*(dr-500/600)),['横摇:',str_sH,'°'],'Color','k');
        text(-(R_num1*(dr-1900/600+1900/600)),-(R_num1*(dr-100/600)),['海深:',num2str(seaDeep),'m'],'Color','k');
        %1900/600+2200/600  2200/600+2200/600  2500/600+2200/600
        name=filename(1:end-4);%纯粹的文件名，不带任何后缀的
        name_txt=name;
        name_txt(find(name(1,:)=='_'))='-';%text中‘_’有别的含义，在此替换为‘-’
        text(-(R_num1*(dr-5400/600+2100/600)),R_num1*(dr+100/600),name_txt,'Color','r');
        hold off
        print(1, '-dpng',[path_save name]);
    
    end

# 绘制一维谱和二维谱 #

%%
    %把设备输出谱文件放入pu文件夹，运行即可
    %Date：2017/12/5
    %Author：pg
    %%
    clear
    clc
    cd('C:\Users\Manual\Desktop\航次11')
    FolderInformation=[cd '\pu'];
    FolderNames=dir(FolderInformation);%当前文件夹下所有名字
    mkdir('OneDimension');
    mkdir('TwoDimension');
    mkdir('result');
    
    useless1=0;
    for DayNum=1:length(FolderNames)
        if(isempty(regexpi(FolderNames(DayNum).name,'^[0-9]{4}_[0-9]{2}_[0-9]{2}$')))
            continue;
        end
        Today=FolderNames(DayNum).name;%当前日期    
        fileFolder=[FolderInformation '\' Today];
        dirOutput=dir(fullfile(fileFolder,'*.dat'));
        fileNames={dirOutput.name}';
        fileNum=length(fileNames);%文件夹下文件数目
        fid=fopen([cd '\result\' num2str(str2num(Today(6:7))) num2str(Today(9:10)) '.txt'],'w');%写结果文件
        for kk=1:fileNum
            filename_data=[fileFolder '\' fileNames{kk,1}];
            %     filename_data='Result2017_03_18_829.dat';%信息处理计算机生成的历史数据信息
            %% 数据读取
            TodayTime=fileNames{kk,1}(end-8:end-4);%end表示的是最后一个，等价于end-0；
            ShowTime=[Today  '_' TodayTime];
            ShowTime(find(ShowTime=='_'))='-';
            fid_0=fopen(filename_data,'r','ieee-be');%读取方式应当使用这一种
    
            status = fseek(fid_0,4,'bof');
            temp=fread(fid_0,6,'ubit16');
    
            WaveH=temp(2)*0.1;%波高
            WaveD=temp(3)*2^(-14)*180;%波向
            WaveT=temp(4)*0.1;%波周期
            FlowV=temp(5)*0.1;%流速，m/s
            FlowD=temp(6)*2^(-14)*180;%流向
    
            temp=fread(fid_0,8,'ubit8');%.可能已经没用了
    %         time=[num2str(temp(1)) num2str(temp(2)) '.' num2str(temp(3)) '.' num2str(temp(4)) '-' num2str(temp(6)) ':' num2str(temp(7)) ':' num2str(temp(8))];%时间
            long=fread(fid_0,1,'int32')*90/2^30;%经度
            fat=fread(fid_0,1,'int32')*90/2^30;%纬度
    
            fclose(fid_0);
            %% 一维频谱
            fid_0=fopen(filename_data,'r');%这里的读取方式应当使用这一种而非"ieee-be"
            status = fseek(fid_0,32,'bof');
            Num=fread(fid_0,1,'ubit16');%频率个数
            OneDimensional_Frequency=zeros(1,Num);
            OneDimensional_Spec=zeros(1,Num);
            for i=1:Num
                OneDimensional_Frequency(i)=fread(fid_0,1,'int16')*0.001;
                OneDimensional_Spec(i)=fread(fid_0,1,'int16')/10000;
            end
            figure(1)
            title(filename_data(6:end-4));
            plot(OneDimensional_Frequency,OneDimensional_Spec,'-*');
            title([ShowTime]);
            %% 二维频率谱
            Num2=fread(fid_0,1,'ubit16');%频率个数\
            % Num2=121;
    
            TwoDimensional_FrequencyX=zeros(1,Num2^2);
            TwoDimensional_FrequencyY=zeros(1,Num2^2);
            TwoDimensional_Spec=zeros(1,Num2^2);
            for i=1:Num2^2
                TwoDimensional_FrequencyX(i)=fread(fid_0,1,'int16')*0.001;
                TwoDimensional_FrequencyY(i)=fread(fid_0,1,'int16')*0.001;
                TwoDimensional_Spec(i)=fread(fid_0,1,'int16')/40000;
            end
    
            %% 信噪比、模式读取
            mode=fread(fid_0,1,'ubit8');
            Sn=fread(fid_0,1,'ubit16')*0.001;
            %%
            figure(2)
            fclose(fid_0);
            %% 二维频谱绘制处理
            fx_neg=reshape(TwoDimensional_FrequencyX,Num2,Num2);
            fy_neg=reshape(TwoDimensional_FrequencyY,Num2,Num2);
            sp30_neg=reshape(TwoDimensional_Spec,Num2,Num2);
    
            v0=max(max(sp30_neg));
            v=v0*.1:v0*0.1:v0;
            C=contour(fx_neg,fy_neg,sp30_neg,v);%_pg 增加一个输出，为了输出谱文件 2016.1.20
            shading interp;
            hold on
            angle = linspace(0,2*pi,100);
            r = [12,10,8,6,4];       %% 10-05-13 peach 画图显示频率
            R = 1./r;
            for ti=1:length(R)
                px = R(ti)*cos(angle);
                py = R(ti)*sin(angle);
                plot(px,py,'-');
            end
            R0=0.25;
            plot([-R0,R0],[0,0],':');
            plot([0,0],[-R0,R0],':');
            axis([-R0 R0 -R0 R0]);
            set(gca,'XTick',-R0:0.05:R0);
            set(gca,'YTick',-R0:0.05:R0);
            axis square
            %%%%%%%%%%  %% 10-05-13 peach 画图显示频率
            text( -R(5)/1.4,R(5)/1.4,'4 s','color','k','Fontsize',10,'fontweight','bold');
            text( -R(4)/1.4,R(4)/1.4,'6 s','color','k','Fontsize',10,'fontweight','bold');
            text( -R(3)/1.4,R(3)/1.4,'8 s','color','k','Fontsize',10,'fontweight','bold');
            text( -R(2)/1.4,R(2)/1.4,'10 s','color','k','Fontsize',10,'fontweight','bold');
            text( -R(1)/1.4,R(1)/1.4,'12 s','color','k','Fontsize',10,'fontweight','bold');
    
            newangle=0:(2*pi/12):2*pi;
            myx1=-R0:0.01:R0;
            myy1=-R0:0.01:R0;
            myx=sqrt(myx1.^2+ myy1.^2);
    
            for i=1:length(newangle)
                plot(myx.*cos(newangle(i)),myx.*sin(newangle(i)),':')
                hold on
            end
            text(-0.0077, R0*0.97,'North ','color','k','Fontsize',12,'fontweight','bold');
            xlabel('f_x (1/s)','fontweight','bold');
            ylabel('f_y (1/s)','fontweight','bold');
            hold off
            colorbar
            title(ShowTime);
            print(1, '-dpng',['OneDimension\' 'RadarOneDimension' ShowTime ]);%'A'
            print(2, '-dpng',['TwoDimension\' 'RadarTwoDimension' ShowTime ]);%'B'
            timenow=str2num(TodayTime(1:2))*100+str2num(TodayTime(4:5));
            fprintf(fid,'%d   %4.2f   %4.2f   %4.2f   %4.2f   %4.2f   %4.2f   %4.2f   %4.2f   %4.2f   %4.2f   %4.2f   %4.2f\n ',timenow,Sn,WaveH,WaveD,WaveT,mode,useless1,useless1,useless1,useless1,useless1,useless1,useless1);       
            disp([num2str(kk*100*DayNum/fileNum/length(FolderNames)) '%']);
            clf
            
        end
        fclose(fid);
    end
    fclose all

# 删除文件 #

%删除文件
    clc;
    clear;
    cd('C:\Users\Manual\Desktop\航次11\TwoDimension');
    DST_PATH_t = 'C:\Users\Manual\Desktop\航次11\NewTwoDimension';%目的文件目录 
    filepath = 'C:\Users\Manual\Desktop\航次11\Pic3'; %放置Pic3图像的文件夹
    readfiles = dir(filepath);
    
    intmintime = 0;
    inthourtime = 0;
    intdaytime = 0;
    
    pic3filenumber = 0;
    
     for i = 3: length(readfiles)
        monthtime = readfiles(i).name(9:10); %月
        daytime  = readfiles(i).name(11:12); %天
        hourtime = readfiles(i).name(13:14); %时
        mintime = readfiles(i).name(15:16); %分
        
        intdaytime = str2num(daytime);
        inthourtime = str2num(hourtime);
        intmintime = str2num(mintime);
    
        if intmintime < 10
         FileRadarTwoDimension = fullfile(['RadarTwoDimension2018-' monthtime '-' daytime '-' hourtime '-' '0' mintime '.png']);
        end 
        
        if intmintime >= 10
            FileRadarTwoDimension = fullfile(['RadarTwoDimension2018-' monthtime '-' daytime '-' hourtime '-' mintime '.png']);
        end
        while intmintime > 0
             if exist(FileRadarTwoDimension,'file') == 2
                 %执行拷贝等功能
                 FileRadarTwoDimension
                 copyfile(FileRadarTwoDimension,DST_PATH_t);
                 pic3filenumber = pic3filenumber + 1;
                 break;
             end
             intmintime = str2num(mintime);
             intmintime = intmintime - 1;
             mintime = num2str(intmintime);
                 
             if intmintime < 10
                 FileRadarTwoDimension = fullfile(['RadarTwoDimension2018-' monthtime '-' daytime '-' hourtime '-' '0' mintime '.png']);
             end
          
         end
     end
     fprintf('Pic3图像数为 %d\n',pic3filenumber);

**参考资料**  
1 [https://ww2.mathworks.cn/help/matlab/matlab\_prog/debugging-process-and-features.html][https_ww2.mathworks.cn_help_matlab_matlab_prog_debugging-process-and-features.html] 调试 MATLAB 程序  
2 [https://blog.csdn.net/s151506879/article/details/52074559][https_blog.csdn.net_s151506879_article_details_52074559] matlab-fullfile使用  
3 [https://blog.csdn.net/qq\_18995069/article/details/80324588][https_blog.csdn.net_qq_18995069_article_details_80324588] 【Matlab编程实现常见小问题之一】Matlab如何读取指定文件夹下的指定类型文件  
4 [https://blog.csdn.net/yeyang911/article/details/78119779][https_blog.csdn.net_yeyang911_article_details_78119779] matlab 移动（复制）文件到另一个文件夹  
5 [https://blog.csdn.net/qikaihuting/article/details/70244416][https_blog.csdn.net_qikaihuting_article_details_70244416] matlab中dir函数以及sort函数的用法  
6 [https://www.ilovematlab.cn/thread-536023-1-1.html][https_www.ilovematlab.cn_thread-536023-1-1.html] 如何依次循环读取多个文件夹下的所有txt文件

转载于:https://www.cnblogs.com/Manual-Linux/p/10920326.html

[https_ww2.mathworks.cn_help_matlab_matlab_prog_debugging-process-and-features.html]: https://ww2.mathworks.cn/help/matlab/matlab_prog/debugging-process-and-features.html
[https_blog.csdn.net_s151506879_article_details_52074559]: https://blog.csdn.net/s151506879/article/details/52074559
[https_blog.csdn.net_qq_18995069_article_details_80324588]: https://blog.csdn.net/qq_18995069/article/details/80324588
[https_blog.csdn.net_yeyang911_article_details_78119779]: https://blog.csdn.net/yeyang911/article/details/78119779
[https_blog.csdn.net_qikaihuting_article_details_70244416]: https://blog.csdn.net/qikaihuting/article/details/70244416
[https_www.ilovematlab.cn_thread-536023-1-1.html]: https://www.ilovematlab.cn/thread-536023-1-1.html