Samuel,
Nice plot (a Power Spectrum Density after applying an open window()..?
:-))
Actually, it is the FFT of a short tone burst (completely open, boxcar
window :) ) with thrice its length zero-padding
I see two issues with this trial:
* setting y_ticks labels by hand cancels the auto_ticking mode for
ordinates, if we resize the graphic window
* The y value on datatips becomes wrong
This is true, I just needed it to export once to SVG so I ensured the
desired size before actually running the workaround (which, by the way I
mproved to avoid having to enter the values by hand)
In the meantime, here is another possible workaround, that is both
auto_ticking and with correct datatiped values:
// Raw data [n, ybase] = (10, -12);
y = ybase + 9*grand(1,n,"def");
// Actual data y = [ybase*ones(y); y ; ybase*ones(y)];
x = (1:n) .*. [1 1 1];
// Plotting clf, plot(x(:), y(:), "-o")
set(gce().children, "mark_stride",3, "mark_offset",1);
This seems a very good workaround! Probably it would be better if
drawing first the lines and then the circles only for the original data.
Thanks!
Federico
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