Make M-file attached to a guide

I work with MATLAB 2007A and I want to put this M-file attached to a guide? helpme please this is a job for my final year of study

function draw_lines 
% Click the left mouse button to define a point
% Drag the mouse to draw a line to the next point and
% left click again
% Right click the mouse to stop drawing
 ComId = Com_construct;
  OmniDriveId= OmniDrive_construct;
  OdometryId = Odometry_construct;
  BumperId = Bumper_construct;

fh = figure('units','pixels',...
              'position',[100 100 800 500],...
              'menubar','none',...
              'name','figure',...
              'numbertitle','off',...
              'resize','on',...
              'WindowButtonDownFcn',@wbdcb);
dist= uicontrol(fh,'Style','edit',...
                'String','',...
                'backgroundcolor','r',...
                'Position',[200 450 130 20]);          
posX0= uicontrol(fh,'Style','edit',...
                'String','',...
                'backgroundcolor','r',...
                'Position',[20 450 130 20]); 
posY0= uicontrol(fh,'Style','edit',...
                'String','',...
                'backgroundcolor','r',...
                'Position',[20 420 130 20]);
posX1= uicontrol(fh,'Style','edit',...
                'String','',...
                'backgroundcolor','b',...
                'Position',[20 390 130 20]); 
posY1= uicontrol(fh,'Style','edit',...
                'String','',...
                'backgroundcolor','b',...
                'Position',[20 360 130 20]);
buttonconnecter = uicontrol(fh,'style','push',...
                 'units','pix',...
                 'position',[10 100 180 40],...
                 'fontsize',14,...
                 'string','connecter',...
                 'callback',@connect); 
buttonmarcher = uicontrol(fh,'style','push',...
                 'units','pix',...
                 'position',[10 50 180 40],...
                 'fontsize',14,...
                 'string','marcher',...
                 'callback',@marche);
buttonarreter = uicontrol(fh,'style','push',...
                 'units','pix',...
                 'position',[10 10 180 40],...
                 'fontsize',14,...
                 'string','arret',...
                 'callback',@arret);
buttonclear = uicontrol(fh,'style','push',...
                 'units','pix',...
                 'position',[10 150 180 40],...
                 'fontsize',14,...
                 'string','clear',...
                 'callback',@clear);             
ah = axes('Parent',fh,'Position',[.25 .05 .7 .7],...
                'DrawMode','fast');

axis ([1 1000 1 1000])
   function wbdcb(src,evnt)
      if strcmp(get(src,'SelectionType'),'normal')       
         [x,y,str] = disp_point(ah);
         hl = line('XData',x,'YData',y,'Marker','.');
         text(x,y,str,'VerticalAlignment','bottom');drawnow
         set(src,'WindowButtonMotionFcn',@wbmcb)
      elseif strcmp(get(src,'SelectionType'),'alt')
         set(src,'WindowButtonMotionFcn','')
         [x,y,str] = disp_point(ah);
         text(x,y,str,'VerticalAlignment','bottom');drawnow
      end
      function wbmcb(src,evnt)
         [xn,yn,str] = disp_point(ah);
         xdat = [x,xn];
         ydat = [y,yn];
         set(hl,'XData',xdat,'YData',ydat);
         set(posX0,'string',num2str(xdat(1:1),'%0.3g'));
         set(posY0,'string',num2str(ydat(1:1),'%0.3g'));
      end  
   end
   function [x,y,str] = disp_point(ah)
      cp = get(ah,'CurrentPoint');  
      x = cp(1,1);y = cp(1,2);
      str = ['(',num2str(x,'%0.3g'),', ',num2str(y,'%0.3g'),')'];
      set(posX1,'string',num2str(x,'%0.3g'));
      set(posY1,'string',num2str(y,'%0.3g'));

     end
      function connect (h,evnt)
      Com_setAddress(ComId, '127.0.0.1:8080'); % 172.26.1.1 127.0.0.1:8080
      Com_connect(ComId);
      Odometry_set(OdometryId, 0, 0, 0);
      end    
  function marche(h,evnt)
    x0=str2double(get(posX0,'string'));
    y0=str2double(get(posY0,'string'));
    OmniDrive_setComId(OmniDriveId, ComId);
    Odometry_setComId( OdometryId, ComId );
    Bumper_setComId(BumperId, ComId);
    tStart = tic;
    Odometry_set(OdometryId, x0, y0, 0);
    a=str2double(get(posX1,'string'));
    b=str2double(get(posY1,'string'));
  while (Bumper_value(BumperId) ~= 1)
        tElapsed = toc(tStart);
  % %     % If 60 seconds are elapsed then exit while loop
      if(tElapsed >= 60 )
          break;
      end;
       %Odometry_set(OdometryId, x0, y0, 0);
       [x, y, phi]= Odometry_get(OdometryId);
       %xlswrite('testdata.xls', x, 1, 'A1')

       Dy= b - y0;
       Dx= a - x0;
       D= sqrt(Dx.^2+Dy.^2);
       set(dist,'string',num2str(D,'%0.3g'));
        if ((Dx==0) && (Dy<0))
            while (phi<=270)
                [x, y, phi]= Odometry_get(OdometryId);
                OmniDrive_setVelocity(OmniDriveId, 0, 0 ,-50);
            end; 
        elseif ((Dx==0) && (Dy>0))
            while (phi<=90)
                [x, y, phi]= Odometry_get(OdometryId);
                OmniDrive_setVelocity(OmniDriveId, 0, 0 ,50);
            end;
        else 
            angle= atan(Dy/Dx);
            phi1= rad2deg(angle);
            if (phi1<0)
                while (phi>phi1)
                 [x, y, phi]= Odometry_get(OdometryId);
                 OmniDrive_setVelocity(OmniDriveId, 0, 0 ,-50);
                end;
            elseif (phi1>1)
                while (phi<=phi1)
                 [x, y, phi]= Odometry_get(OdometryId);
                 OmniDrive_setVelocity(OmniDriveId, 0, 0 ,50);

                end;
            else 
                OmniDrive_setVelocity(OmniDriveId, 0, 0 ,0);

            end;
        end;
           [x, y, phi]= Odometry_get(OdometryId);

          Dyy= b - y;
          Dxx= a - x;
         %while (D>0)
            if ((Dxx<=0)&& (Dyy<=0))
              OmniDrive_setVelocity(OmniDriveId, 0, 0 ,0);  
              break;
            else 
              OmniDrive_setVelocity(OmniDriveId, 800, 0 ,0);
               [x, y, phi]= Odometry_get(OdometryId);
               line(x,y,'Marker','.');
  %             xlswrite('testdata.xls', x, 1, 'A1')
            end;
         %end; 

end;
end
function clear(src,evt)
   cla(ah,'reset')
   %lbs = '';
   set(ah,'DrawMode','fast');
   axis ([1 1000 1 1000])
end
    function arret(h,evnt)
        Com_disconnect(ComId);
        close(fh);
    end    
end

Answer 1

[Walter Roberson]

In GUIDE, create a single button named "GO". In the callback code that is generated for that button, call your routine. Your routine will create the additional figures and controls that it needs, when the routine executes.

[Image Analyst]

Yes, but I'd recommend getting rid of all those uicontrols() in that code and just plop the controls down in GUIDE via the toolbar icons. It's much easier than constructing all those things via code, particularly if you want to resize them or move them around later.

[Walter Roberson]

I would say exactly the opposite: drop GUIDE completely for this project, as it is much easier to move objects around and resize them via code than to fuss with GUIDE.

I run GUI layout programmatically, autosizing controls (including text uicontrols) according to their content (and automatically taking into account font size.) My programs place controls relative to each's actual size. Alignment all taken care of by function. This gives, for example, meaningful down-sizing of the window without having to shrink text font: if a field needs another line to be readable, the routines give it another line.

Note in this regard that screen areas sometimes get repurposed during execution of my GUIs. Option A needs inputs that Option B doesn't need, and Option C needs different inputs yet. This kind of situation is not difficult to set up programmatically, but GUIDE is not adept at handling items that overlap spatially.

There might be an excuse if GUIDE supported (allowed the user to create) one of the alternative paradigms such as scrollable panes, but it doesn't. The methodology of placing everything at a constant location relative to the figure is a problem when one considers items that need to maintain pretty much constant size (e.g., text, video preview) interacting with relatively-placed items.