[Scilab-users] save and load

[anna28]

Hello Antoine,

the point is exactly what you point out with your example (here below you
can find my working script, but your example is enough to understand my
problem).

If I don't modify the x-label ticks, everything is fine. If I modify x-label
ticks, they are not loaded.

I use "xsave" and "load"... if I use "xload" a blank rectangle  appears over
the loaded figure and I cannot see my graph.

cheers
Anna


===
f=scf();
f.figure_position=[10,10]
f.figure_size=[1000,700]
clf;
title("positions", 'fontsize',4);

xsetech([0,0,1,0.95]);
mark=['r.-','g.-','k.-','b.-','m.-','r:.','g:.','k:.','b:.',,'m:.','.r-.','.g-.'];
puName=["aa" "bb" "cc" "dd" "ee" "ff" "gg" "hh" "ii"];
loc=[12008.0;12011.0;12012.0;12013.0;12014.0;12015.0;12016.0;12017.0;12018.0;12019.0;12020.0;12032.0;12033.0;12035.0;12036.0;12037.0;12038.0;12039.0;12040.0;12041.0];
orbitMean=[1.11       -2.362       3.1155      4.261      -0.8815     -3.22      
-2.552      -0.673       3.709    
   1.1284     -2.3604      3.1156      4.2544     -0.8862     -3.2234    
-2.5524     -0.6836      3.7182   
   1.1098889  -2.3558889   3.102       4.2385556  -0.8864444  -3.2128889 
-2.5352222  -0.6823333   3.7017778
   1.1025     -2.355       3.1005      4.2335     -0.8845     -3.21275   
-2.5325     -0.6815      3.69825  
   1.102      -2.3515      3.104       4.226      -0.8845     -3.209     
-2.522      -0.678       3.695    
   1.1104     -2.3438      3.0876      4.2264     -0.8766     -3.1932    
-2.5194     -0.6836      3.681    
   1.122      -2.3498      3.1012      4.2384     -0.8872     -3.2168    
-2.5398     -0.6776      3.706    
   1.1143333  -2.3473333   3.095       4.2253333  -0.8743333  -3.199     
-2.5246667  -0.6826667   3.69     
   1.1053333  -2.3556667   3.1038333   4.2415     -0.879      -3.2081667 
-2.5393333  -0.6815      3.7086667
   1.0955     -2.3615      3.0965      4.24       -0.891      -3.2275    
-2.5625     -0.668       3.7165   
   1.0872857  -2.358       3.0995714   4.2322857  -0.8851429  -3.2104286 
-2.5382857  -0.6798571   3.7028571
   1.1075     -2.35225     3.1015      4.258      -0.882375   -3.19875   
-2.557375   -0.68825     3.707    
   1.0935     -2.3458333   3.1081667   4.2461667  -0.8866667  -3.2165    
-2.5461667  -0.6761667   3.7065   
   1.1035     -2.3513333   3.1016667   4.2533333  -0.8846667  -3.2125    
-2.5488333  -0.6783333   3.7081667
   1.088      -2.3536667   3.1093333   4.2466667  -0.8923333  -3.2266667 
-2.548      -0.6673333   3.7136667
   1.0926667  -2.3453333   3.105       4.2456667  -0.881      -3.2176667 
-2.5413333  -0.673       3.7006667
   1.0963333  -2.3546667   3.11        4.2496667  -0.8893333  -3.2033333 
-2.546      -0.676       3.707    
   1.097625   -2.352625    3.1065      4.250375   -0.885625   -3.21425   
-2.5495     -0.67675     3.7115   
   1.1111429  -2.347       3.1092857   4.2537143  -0.889      -3.227     
-2.5605714  -0.6768571   3.7221429
   1.09775    -2.34325     3.10125     4.236      -0.88675    -3.222     
-2.53925    -0.672       3.695    ]
for j=1:size(puName,'c')
    plot(loc(:),orbitMean(:,j),mark(j),'thickness',2);
    // usando 'loc' come asse x, plotta le misure distanziate correttamente
nel tempo
end
labels_rot=["$\texttt {\rotatebox{90}{20210415h08}}$";"$\texttt
{\rotatebox{90}{20210415h11}}$";"$\texttt
{\rotatebox{90}{20210415h12}}$";"$\texttt
{\rotatebox{90}{20210415h13}}$";"$\texttt
{\rotatebox{90}{20210415h14}}$";"$\texttt
{\rotatebox{90}{20210415h15}}$";"$\texttt
{\rotatebox{90}{20210415h16}}$";"$\texttt
{\rotatebox{90}{20210415h17}}$";"$\texttt
{\rotatebox{90}{20210415h18}}$";"$\texttt
{\rotatebox{90}{20210415h19}}$";"$\texttt
{\rotatebox{90}{20210415h20}}$";"$\texttt
{\rotatebox{90}{20210416h08}}$";"$\texttt
{\rotatebox{90}{20210416h09}}$";"$\texttt
{\rotatebox{90}{20210416h11}}$";"$\texttt
{\rotatebox{90}{20210416h12}}$";"$\texttt {\rotatebox{90}{20210416h13}}$";
"$\texttt {\rotatebox{90}{20210416h14}}$";"$\texttt
{\rotatebox{90}{20210416h15}}$";"$\texttt
{\rotatebox{90}{20210416h16}}$";"$\texttt {\rotatebox{90}{20210416h17}}$"];
xgrid(33);
xlabel('measurement date [yyyymmdd_hh]','fontsize',3);
ylabel(" position [mm]",'fontsize',3);
legend(puName,-4);
a=gca();
a.x_ticks = tlist(["ticks" "locations", "labels"],loc(:),labels_rot(:));
a.font_size=3; 
xsave("foo.sod", f);



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