Hallo Frieder,
You ask many questions in one post.
1: You just divide the (numerical) time interval into an adequate
number of points (which can be neatly accommodated) with linspace or ':'
and plot the corresponding time text colums via a for-loop. There is no
need that 'text times' coincide with measured data. They only should be
placed at the correct locations.
3:You may not be familiar with how to get quick help from Scilab: Just
highlight the command plot2d or style here and go to the help pages.
4: Highlight newaxes, foreground
5: I would postpone integrating a checkbox until everything else is to
your satisfaction. The rest of #5 is perhaps answered by #1.
General remarks
* Do not ask many questions simultaneously. Attack them one by one.
You make it easier for yourself and the helpers.
* Accompany your questions by short examples which omit irrelevant
'ornaments'. The code you really write with the variables you really
use is less appropriate in most cases.
* Begin to polish the results (color, line types, fonts, fontsize,
etc.) only as the last step in your work. At the beginning accept
what Scilab delivers to you.
* Work the help pages.
My painful experience is that the polishing job often consumes more time
(and nerves) than the technical problem itself. Scilab is far from
intuitive in that respect.
Kind regards, Jens
----------------------------------------------
Am 06.10.2016 15:06, schrieb Frieder Nikolaisen:
Hello,
to Jens: ich habe Fortschritte gemacht, bin dennoch nicht zum Ergebnis
gekommen.
I will write about the problem, in English:
1. Attached are two plots. The 16 line plot shows the Dates. But even
with just 16 lines, it's not easy to read, as there are to many Dates
ploted. How can I reduce the number?
2. In the plot with 1695 lines, there are no numbers anymore. I used
the same code with the same data type, having the 16 first line in
common.
3. Which paramter does change the color of plot and date?
4. I have these blue line on the x axis, how can I turn it off?
5. I would like to implement a checkbox, where the user can choose
between date and line number. How to print the line number? There are
more seconds as lines, so with just chaning the string, it does not fit.
Thank you very much for the prevous help.
The not running Code:
my_handle = scf(100000);
clf(my_handle);
// Preparing data
x=((-A(:,1)+A(A_size(:,1))))*24*3600 //offset, time measured in
seconds, FN
// x = A(:,1); //Serial Date Number geändert durch FN
y2 = A(:,y_2); // geändert durch FN
y3 = A(:,y_3) // geändert durch FN
drawlater()
// demo_viewCode("plotyyy.dem.sce");
// Axis y1
y1=A(:,y_1); // geändert durch FN
plot2d(x,y1)
xtitle([gettext(string(kT(y_1)) + string(kT(y_2)) +
string(kT(y_3)));" "],..
gettext("Serial Date Numbers"),gettext(string(kT(y_1)))); //
geändert durch FN
// Axis y2
c=color("blue");
na=newaxes();
na.foreground=c;
na.font_color=c;
plot2d(x,y2,style=c)
ylabel(string(kT(y_2)),"color",[0 0 1]) // geändert durch FN
na.children(1).children(1).thickness=2;
na.filled="off";
na.axes_visible(1)="off";
// na.axes_reverse(2)="on";
na.y_location="middle";
// Axis y3
c=color("red");
na=newaxes();
na.foreground=c; // Axis and ticks color
na.font_color=c; // Labels's color
plot2d(x,y3,style=c);
ylabel(string(kT(y_3)),"color",[1 0 0]) // geändert durch FN
na.filled="off"; // Transparent background,
letting the first plot appearing
na.axes_visible(1)="off"; // Masking the x axis
(useless overlay)
na.y_location="right"; // Y axis on the right side
na.children(1).children(1).thickness=2; // Curve thickness
//Secound x axis, by Frieder Nikolaisen supported by Jens Simon
Strom via Scilab Mailinglist
drawnow()
dn=A(:,1)
A_size=size(A)
fake=zeros(A_size(1,1),1)
disp(A_size)
dv=datevec(A(:,1))
//dv(:,1)=dv(:,1)-2000//two digits only
x=((-A(:,1)+A(A_size(:,1))))*24*3600;//offset,time measured in
seconds
plot(x,fake) // with date as YY.MM.DD.HH.MM.SS
na.filled="off"; // Transparent background,
letting the first plot appearing
na.axes_visible(1)="off"; // Masking the x axis
(useless overlay)
na.y_location="right"; // Y axis on the right side
na.children(1).children(1).thickness=0; // Curve thickness
for k=1:A_size(1,1) //Beschriftung
xstring(x(k),x(1),string(round(dv(k,:))'))
end
// DEMO END
// mclose(plotyyy)
// endfunction
// demo_plotyyy();
// clear demo_plotyyy;
// Code von Samuel GOUGEON endet
set(handles.Anzeige, 'string','Ausgangsdiagramm erstellt')
endfunction
Best regards
Frieder
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