set_paths.m

addpath(genpath(strcat(project_dir, 'code\')));

% load test dataset
dataset_dir = strcat(project_dir, 'dataset\', dataset, '\');

% mat file directory
mat_dir = strcat(project_dir, 'mat\');

% cache directory
cache_dir = strcat(project_dir, 'cache\', dataset, '\');

% normalized data
dnorm_dir = strcat(cache_dir, 'datanorm\');

% dense feature directory
feat_dir = strcat(cache_dir, 'dfeat\');

% mutual distance map set
pwdist_dir = strcat(cache_dir, 'pwdist\');

% salience directory
salience_dir = strcat(cache_dir, 'salience\');

% result directory
result_dir = strcat(cache_dir, 'result\');

% reid directory
reid_dir = strcat(result_dir, 'reid\');

if ~exist(cache_dir, 'dir')
    
    % create directories
    mkdir(cache_dir);
    mkdir(dnorm_dir);
    mkdir(feat_dir);
    mkdir(pwdist_dir);
    mkdir(salience_dir);
    mkdir(result_dir);
    mkdir(reid_dir);
   
    % copy .mat files to specific directory
    switch lower(dataset)
        case 'viper'
            copyfile([mat_dir, 'partition_viper.mat'], cache_dir);
            copyfile([mat_dir, 'posemask_viper.mat'], salience_dir);
            copyfile([mat_dir, 'MSCRmatch_VIPeR_f1_Exp007.mat'], pwdist_dir);
            copyfile([mat_dir, 'txpatchmatch_VIPeR_f1_Exp007.mat'], pwdist_dir);
            copyfile([mat_dir, 'wHSVmatch_VIPeR_f1_Exp007.mat'], pwdist_dir);
            
        case 'campus'
            copyfile([mat_dir, 'partition_campus.mat'], [cache_dir, 'partition.mat']);
            copyfile([mat_dir, 'posemask_campus.mat'], [salience_dir, 'posemask.mat']);
    end

end