Akzeptierte Antwort

Tommy
Tommy am 8 Jun. 2020

1 Stimme

Maybe something like this?
% data:
X = 2*logspace(1, 3, 100);
Y = rand(100,1);
% labels to keep:
labels = [20 30 50 70 100 200 300 500 1000 2000];
% prepare axes, plot:
ax = axes('XScale', 'log', 'NextPlot', 'add');
plot(ax, X, Y, '.')
ax.XLim = [20 2000];
ax.XAxis.TickDirection = 'out';
% steal the tick locations from the minor ticks, then turn the minor ticks off:
drawnow
ax.XTick = ax.XAxis.MinorTickValues;
ax.XMinorTick = 'off';
% remove labels we don't want to keep:
ax.XTickLabel(~ismember(ax.XTick, labels)) = {''};

1 Kommentar

Jeevan Kumar Bodaballa
Jeevan Kumar Bodaballa am 8 Jun. 2020
This is working but I'd wonder if we have any optmised code !

Melden Sie sich an, um zu kommentieren.

Weitere Antworten (1)

the cyclist
the cyclist am 8 Jun. 2020

1 Stimme

One way is to use the semilogx function.

3 Kommentare

Jeevan Kumar Bodaballa
Jeevan Kumar Bodaballa am 8 Jun. 2020
But how can we plot the numbers like above image
There are multiple ways to do this task. Here is one way:
% data:
X = 2*logspace(1, 3, 100);
Y = rand(100,1);
% Locations of the ticks (and also how we want them labeled)
tickLoc = [20 30 50 70 100 200 300 500 1000 2000];
% Create a new figure window, and plot the data with log x-axis
figure
semilogx(X,Y);
% Set the axis limit, tick locations and labels
set(gca, ...
'XLim',[20 2000], ...
'XTick', tickLoc, ...
'XTickLabel',tickLoc);
Tommy's solution and mine are doing effectively the same thing (although I did not do all the little things he did like make the tick marks point outward). The biggest difference is that I used the semilogx command, where he created the axes first, and then set the 'XScale' property to 'log'.
Jeevan Kumar Bodaballa
Jeevan Kumar Bodaballa am 8 Jun. 2020
Appreciated for your help and explanation. :)
Thank you

Melden Sie sich an, um zu kommentieren.

Kategorien

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Translated by