How to put the marker size legend in 2D scatter

Question

CHOI HYUNDUK 2019-2-15

0
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此问题的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/445199-how-to-put-the-marker-size-legend-in-2d-scatter

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I want to put the marker size legend in 2D scatter.

First, I made for 3D and it works well.

And I made for 2D with the almost same code of 3D, but it doesn't work well.

Could you help me?

I uploaded the file, aslo.

This is 3D code that works well.

pos = find(final(:,4));
ncases = length(pos)
jj = 12; var_size  = final(pos,12)/max(final(pos,12))*ncases; 
ji = 11; var_color = final(pos,ji)/max(final(pos,ji))*ncases; 
hi = linspace(min(final(pos,ji)),max(final(pos,ji)),5);
hj = linspace(min(final(pos,jj)),max(final(pos,jj)),5); 
bubsizes = linspace(min(var_size),max(var_size),5)';
legentry=cell(size(bubsizes));
figure,hold on
    for ind = 1:numel(bubsizes)
       bubleg(ind) = plot(0,0,'ko','markersize',sqrt(bubsizes(ind)),'MarkerFaceColor','black');
       set(bubleg(ind),'visible','off')
       legentry{ind} = num2str(hj(ind)*1000,'%.0f');
    end
    scatter3(final(pos,1),final(pos,3),final(pos,13),var_size,var_color,'filled','MarkerEdgeColor','k','LineWidth',0.5)
    colormap('cool')
    c = colorbar;
    c.Label.String = 'Acceleration (m/s^2)';
    c.Ticks = linspace(0,ncases,5);
    caxis([0 ncases])
    set(c,'YTickLabel',{num2str(hi(1),'%.2f'),num2str(hi(2),'%.2f'),num2str(hi(3),'%.2f'),num2str(hi(4),'%.2f'),num2str(hi(5),'%.2f')})
    xlabel('Freq.(Hz)')
    ylabel('Damper voltage (V)')
    zlabel('Force (N)')
    title('Maximum experimental force')
    leg = legend(legentry);
    title(leg,'Disp. (mm)')
    box on
    view(-73,46)
    

And this is 2D Code that doesn't work.

pos = linspace(1,252,252);
ncases = length(pos);
var_size  = final(pos,12)/max(final(pos,12))*ncases; % Ponderado con el desplazamiento (TAMAÑO)
var_color = final(pos,14)/max(final(pos,14))*ncases; % Ponderado con la velocidad (COLOR)
hj = linspace(min(final(pos,12)),max(final(pos,12)),5);
hi = linspace(min(final(pos,14)),max(final(pos,14)),5);
 
bubsizes = linspace(min(var_size),max(var_size),5)';
legentry=cell(size(bubsizes));
figure,hold on
    for ind = 1:numel(bubsizes)
       bubleg(ind) = plot(0,0,'ko','markersize',sqrt(bubsizes(ind)),'MarkerFaceColor','black');
       set(bubleg(ind),'visible','off')
       legentry{ind} = num2str(hj(ind)*1000,'%.0f');
    end
figure
    scatter(final(pos,3),final(pos,4),var_size,var_color,'filled','MarkerEdgeColor','k','LineWidth',0.5)
    colormap('cool')
    c = colorbar;
    c.Label.String = 'Velocity (m/s)';
    c.Ticks = linspace(0,ncases,5);
    caxis([0 ncases])
    set(c,'YTickLabel',{num2str(hi(1),'%.2f'),num2str(hi(2),'%.2f'),num2str(hi(3),'%.2f'),num2str(hi(4),'%.2f'),num2str(hi(5),'%.2f')})
%     set(c,'YTickLabel',{num2str(hi(1)),num2str(hi(2)),num2str(hi(3)),num2str(hi(4)),num2str(hi(5))})
    xlabel('Damper voltage (V)')
    ylabel('Accuracy (%)')
%     title('Maximum experimental force')
    leg = legend(legentry);
    title(leg,'Disp. (mm)')
    box on