这个例子展示了如何在% deployed模式下使用数据文件上的% "load/save"函数。在本例中有三个源数据文件%。% user_data。垫%用户数据\ extra_data。垫% . . \ externdata \ extern_data。使用mcc命令编译这个示例:% mcc -m ex_loadsave。m - a”user_data。在这里输入“-a %”。mat' % -a '..\externdata\extern_data。在当前的MATLAB主文件目录下的所有文件夹将%包含为%相对路径到ctfroot;所有其他文件夹都将% folder %结构包含在可部署的归档文件中，来自%磁盘驱动器的根目录。 % % If a data file is outside of the main MATLAB file path, % the absolute path will be % included in deployable archive and extracted under ctfroot. For example: % Data file % "c:\$matlabroot\examples\externdata\extern_data.mat" % will be added into deployable archive and extracted to % "$ctfroot\$matlabroot\examples\externdata\extern_data.mat". % % All mat/data files are unchanged after mcc runs. There is % no encryption on these user included data files. They are % included in the deployable archive. % % The target data file is: % .\output\saved_data.mat % When writing the file to local disk, do not save any files % under ctfroot since it may be refreshed and deleted % when the application isnext started. %==== load data file ============================= if isdeployed % In deployed mode, all file under CTFRoot in the path are loaded % by full path name or relative to $ctfroot. % LOADFILENAME1=which(fullfile(ctfroot,mfilename,'user_data.mat')); % LOADFILENAME2=which(fullfile(ctfroot,'userdata','extra_data.mat')); LOADFILENAME1=which(fullfile('user_data.mat')); LOADFILENAME2=which(fullfile('extra_data.mat')); % For external data file, full path will be added into deployable archive; % you don't need specify the full path to find the file. LOADFILENAME3=which(fullfile('extern_data.mat')); else %running the code in MATLAB LOADFILENAME1=fullfile(matlabroot,'extern','examples','compiler', 'Data_Handling','user_data.mat'); LOADFILENAME2=fullfile(matlabroot,'extern','examples','compiler', 'Data_Handling','userdata','extra_data.mat'); LOADFILENAME3=fullfile(matlabroot,'extern','examples','compiler', 'externdata','extern_data.mat'); end % Load the data file from current working directory disp(['Load A from : ',LOADFILENAME1]); load(LOADFILENAME1,'data1'); disp('A= '); disp(data1); % Load the data file from sub directory disp(['Load B from : ',LOADFILENAME2]); load(LOADFILENAME2,'data2'); disp('B= '); disp(data2); % Load extern data outside of current working directory disp(['Load extern data from : ',LOADFILENAME3]); load(LOADFILENAME3); disp('ext_data= '); disp(ext_data); %==== multiple the data matrix by 2 ============== result = data1*data2; disp('A * B = '); disp(result); %==== save the new data to a new file =========== SAVEPATH=strcat(pwd,filesep,'output'); if ( ~isdir(SAVEPATH)) mkdir(SAVEPATH); end SAVEFILENAME=strcat(SAVEPATH,filesep,'saved_data.mat'); disp(['Save the A * B result to : ',SAVEFILENAME]); save(SAVEFILENAME, 'result');