on poursuit le debogage

sdm.m

@@ -183,7 +183,7 @@ switch modelID
             
         end
         
-        time = dat(nstart:nend);
+        time = dat0(nstart:nend);
         [lon,lat,~] = xpyp2ll(iii,k,'gsl5km');
         
         if numel(time) ~= numel(lat)

transport.m

 function transport(spotID,modelID)
 
-datadir  = '/Users/dany/Documents/MATLAB/sdm/data';
+%datadir  = '/Users/dany/Documents/MATLAB/sdm/data';
+datadir  = '/home/dumoda01/matlab/sdm/data';
 spotfile = [datadir,'/spot',spotID,'.mat'];
 
 load(spotfile);

xpyp2ll.m

@@ -58,18 +58,18 @@ function [lon,lat,status,mgrid,proj] = xpyp2ll(xp,yp,domain)
     y = x1*sin(theta)+y1*cos(theta);
     x = x+x_centre;
     y = y+y_centre;
-    [lat,lon] = mintran(proj, x, y );
+    [lat,lon] = minvtran(proj, x, y );
   end
   if strcmp(domain,'sag100') | strcmp(domain,'stl400') | strcmp(domain,'min400') | strcmp(domain,'djc2km') | strcmp(domain,'stl4++') 
     x = yp*mgrid.dl + mgrid.x0;
     y = mgrid.y0 - xp*mgrid.dl;
     [x, y] = rotate_vector(x,y,proj.theta);
-    [lat,lon] = mintran(proj, x, y );
+    [lat,lon] = minvtran(proj, x, y );
   end
   if strcmp(domain,'omg10m')  % Origine de la grille en bas a gauche
     x = yp*mgrid.dl + mgrid.x0;
     y = xp*mgrid.dl + mgrid.y0 ;
-    [lat,lon] = mintran(proj, x, y );
+    [lat,lon] = minvtran(proj, x, y );
   end
   if strcmp(domain,'hb10km') | strcmp(domain,'ivu400') | strcmp(domain,'ivu2km') | strcmp(domain,'dec400') | strcmp(domain,'dec2km') ...
    | strcmp(domain,'qua400') | strcmp(domain,'qua2km') | strcmp(domain,'kuj2km') | strcmp(domain,'kuj400') | strcmp(domain,'aup2km') ...