How to make the axes equal

axes_x = htabulka(:,1);
axes_y = htabulka(:,2);
plot(axes_x, axes_y)
Dolx=Sp(:,1)-82.5;
Dopx=Sp(:,1)+82.5;
Doly=Sp(:,2)-82.5;
Dopy=Sp(:,2)+82.5;
xlim([Dolx Dopx])
ylim([Doly Dopy])
xtick=([Dolx Dopx])
ytick=([Doly Dopy])
conversion=0.145; % in mm/pixel
addMM=@(x) sprintf('%.f mm',x*conversion);
xticklabels(cellfun(addMM,num2cell(xticks'),'UniformOutput',false));
yticklabels(cellfun(addMM,num2cell(yticks'),'UniformOutput',false));

Hello, I have this code, which works perfect for me, but it gives me the axes, which is not equal, I would like to make the axes from 0 to 24, but as you can see, it is not perfekt.

[Dyuman Joshi]

Do the values in xlim and ylim correspond to 0 and 24 respectively? If they do, then the axes are infact equal.

[Eliska Paulikova]

They dont, that is the problem, I would like to make the axes fix from 0 to 24

[Dyuman Joshi]

%Either manually define the limits in xlim and ylim
xlim([0 24])
ylim([0 24])
%or use axis
axis([0 24 0 24])

Answer 1

[Arka]

Hi,

Since I do not have access to the variables htabulka and Sp, I cannot run the MATLAB code on my end.

I used a custom dataset to generate the plot.

theta = linspace(0, 2*pi, 100);
axes_x = cos(theta)*round(1/0.145)+4/0.145;
axes_y = sin(theta)*round(1/0.145)+4/0.145;
plot(axes_x, axes_y)
%xlim([0 round(25/0.145)])
%ylim([0 round(25/0.145)])
xtick=([0 round(25/0.145)*1/3 round(25/0.145)*2/3 round(24/0.145)])

xtick = 1×4

0 57.3333 114.6667 166.0000

ytick=([0 round(25/0.145)*1/3 round(25/0.145)*2/3 round(24/0.145)])

ytick = 1×4

0 57.3333 114.6667 166.0000

conversion=0.145; % in mm/pixel
addMM=@(x) sprintf('%.f mm',x*conversion);
xticklabels(cellfun(addMM,num2cell(xtick'),'UniformOutput',false));
yticklabels(cellfun(addMM,num2cell(ytick'),'UniformOutput',false));

Hope this is what you were looking for.