parser3d.asv

% Title:        TF9 AWE Graphing Program
% Created by:   Matt Hicks
% Company:      ArgonST 2011
% Notes: inaccurate x-axis labeling, no pass/fail params,
% no error support, or excel data.

MAX_DATA = 1470;

d=dir('.');
d=d(~[d.isdir]);
AWE_FILE = '';
for i=1:numel(d);
    filename = d(i).name;
    if (strfind(filename,'_AWE_'));
        AWE_FILE = filename;
        fout = fopen('data.txt','w');
        fprintf(fout,filename);
        fprintf(fout,'\r\n');
        fclose(fout);
    end
end;

filetext = fileread(AWE_FILE);

expr6 = '[^\n]*\"Parameter\[6] =[^\n]*';
expr1 = '[^\n]*\Parameter\[1] =[^\n]*';%number of steps
expr4 = '[^\n]*\Parameter\[4] =[^\n]*';%center freq
expr5 = '[^\n]*\Parameter\[5] =[^\n]*';%peak level
expr2 = '[^\n]*\Parameter\[2] =[^\n]*';%power in band

found_samples = regexp(filetext, expr6, 'match');
found_steps = regexp(filetext, expr1, 'match');
found_center = regexp(filetext, expr4, 'match');
found_peak = regexp(filetext, expr5, 'match');
found_powerband = regexp(filetext, expr2, 'match');

%Allocate 3 large arrays
final_params_to_plot = cell(6,15);
temp_cell = cell(MAX_DATA,1);
% 
% for i = 1:15
%     tic;
%     y{1,i} = temp_cell;
%     y_data{1,i} = temp_cell;  % change to y_data{1,i} = size(temp_cell)
%     toc;
%     %get tictoc
% end;

%%%%%%%%%%%%%%% GET TEST DATE FROM AWE logfile %%%%%%%%%%%%%%%%%%%%

temp_str_date = textscan(found_samples{1},'%s/', 'bufsize', 500);
str_date = temp_str_date{1};
date = regexprep(str_date{1}, '/', '_');
date = strcat(date, '_TF9');

mkdir('3Dgraphs');
halfpath = strcat (pwd,'\3Dgraphs\');

workingtitle = strrep(date,'_', '/');

%%%%%%%%%%%%%%%%%%%% GETTING SAMPLE DATA %%%%%%%%%%%%%%%%%%%%%%%%%%%

for temp_i = 1:length(found_samples);
    
    %% PART 1 - Telemetry Data
    
    y_data(1,temp_i) = textscan(found_samples{temp_i},'%s', 'delimiter', ', "', 'Bufsize', 500);
    y_data{temp_i}(1:11) = []; % extra data parsed from logfile
    y{1,temp_i} = str2double(y_data{temp_i});
    
    %% PART 2 - Variable Info
    
    final_params_to_plot(1,temp_i) = textscan(found_steps{temp_i},'%s', 'delimiter', ', "', 'Bufsize', 100);
    final_params_to_plot(2,temp_i) = textscan(found_powerband{temp_i},'%s', 'delimiter', ', "', 'Bufsize', 100);
    final_params_to_plot(4,temp_i) = textscan(found_center{temp_i},'%s', 'delimiter', ', "', 'Bufsize', 100);
    final_params_to_plot(5,temp_i) = textscan(found_peak{temp_i},'%s', 'delimiter', ', "', 'Bufsize', 100);
    
    final_params_to_plot{1,temp_i}= str2double(final_params_to_plot{1,temp_i}(11));  % steps
    final_params_to_plot{2,temp_i}= str2double(final_params_to_plot{2,temp_i}(11));  % power in band
    final_params_to_plot{4,temp_i}= str2double(final_params_to_plot{4,temp_i}(11));  % center
    final_params_to_plot{5,temp_i}= str2double(final_params_to_plot{5,temp_i}(11));  % peak level
    
    final_params_to_plot{6,temp_i} = str2double(y_data{1,1}(1));  % start
    final_params_to_plot{7,temp_i} = str2double(y_data{1,1}(2));  % step
    
end;

%%%%%% Variables in "final_params_to_plot"  %%%%%%%%%%%%%%%
%1:  Number of steps in sample
%2:  Power in Band
%3:  Malkovich
%4:  Center frequency
%5:  Peak power
%6:  Start frequency
%7:  Step size
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 %%%%%%%%%% 3d plot1 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
  
    figure;
    fig = gcf;
    
    for t = 1:15; 
    y1 = y{t};
    y1(1:2,:) = []; %unused parameters
    x = 1:length(y1);
    q = 1:length(y1); 
    q(:) = 1;
    plot3(x,q+(t*10),y1,'LineWidth',1,...
                'MarkerEdgeColor','k',...
                'MarkerFaceColor',[.49 1 .63],...
                'MarkerSize',10);
    xlabel (workingtitle);
    fprintf(1,'.00. ');
    hold all;
    end;
     try
          p_date = strcat('3D_Files_',date);
            fullpath = strcat(halfpath, p_date);
            saveas(fig, fullpath, 'jpg');
            fprintf(fout,'Saved.\n');
        catch exception
             fprintf(1,'error creating file %s', fullpath);
     end;