How to reduce space between plots in subplot and how to increase the area of plot in subplot

Question

HARIKRISHNA B YADULADODDI 2021-4-23

0
链接

此问题的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/811515-how-to-reduce-space-between-plots-in-subplot-and-how-to-increase-the-area-of-plot-in-subplot

评论： Matt J 2022-3-21

I have the created the following vector plots by using subplot but, there are larger wider space in between plots in horizontal direction and the area of plots is also less. Kindly help me with the problem. please fid below the code for the plotted vetor field

clear all;close all;clc
format long
%--------Reading velocity data-------%
fid=fopen('50112.txt');
fulltext=textscan(fid,'%s','delimiter','\n');
numberofgridpoints=length(fulltext{1});
fclose(fid);
n=numberofgridpoints/200;
fid=fopen('50112.txt');
datamatrix=fscanf(fid,'%f%f%f%f',[4,inf]);
%-------stroing of velocity data -----------%
for i=1:200
    c=i-1;
    for j=1:n
            d=(c*n)+j;
            x(j)=datamatrix(1,j);
            y(j)=datamatrix(2,j);
            u(i,j)=datamatrix(3,d);
            v(i,j)=datamatrix(4,d);
    end
end
%*********************************************%
%-------Proper Orthogonal Decompostion--------%
%*********************************************%
%---Calcalating the covarience matrix---------%
c1=u*u';
c2=v*v';
c=(c1+c2)/200;
[beta, lmd]=svd(c);
phix=u'*beta;
phiy=v'*beta;
for j=1:200
    phinor=0;
    for i=1:n
        phinor=phinor+phix(i,j)^2+phiy(i,j)^2;
    end
    phinor=sqrt(phinor);
    phix(:,j)=phix(:,j)/phinor;
    phiy(:,j)=phiy(:,j)/phinor;
end
timecoeu=u*phix;
timecoev=v*phiy;
timecoe=timecoeu+timecoev;
%---------velocity recosntruction------------%
for i=1:n
    for j=200
        meanu(i,j)=0;
        coherentu(i,j)=0;
        transitionu(i,j)=0;
        turbulentu(i,j)=0;
        
        meanv(i,j)=0;
        coherentv(i,j)=0;
        transitionv(i,j)=0;
        turbulentv(i,j)=0;
        
        tvmean(i,j)=0;
        tvcoherentv(i,j)=0;
        tvtransition(i,j)=0;
        tvturbulent(i,j)=0;
    end
end
        
for i=1:200
    for j=1:1
        meanu(:,i)=timecoe(i,j)*phix(:,j)+meanu(:,i);
        meanv(:,i)=timecoe(i,j)*phiy(:,j)+meanv(:,i);
    end
end
for i=1:200
    for j=2:9
        coherentu(:,i)=timecoe(i,j)*phix(:,j)+coherentu(:,i);
        coherentv(:,i)=timecoe(i,j)*phiy(:,j)+coherentv(:,i);
    end
end
for i=1:200
    for j=10:186
         transitionu(:,i)=timecoe(i,j)*phix(:,j)+ transitionu(:,i);
         transitionv(:,i)=timecoe(i,j)*phiy(:,j)+ transitionv(:,i);
    end
end     
for i=1:200
    for j=187:200
         turbulentu(:,i)=timecoe(i,j)*phix(:,j)+ turbulentu(:,i);
         turbulentv(:,i)=timecoe(i,j)*phiy(:,j)+ turbulentv(:,i);
    end
end         
%-----------CYCLE 1------------%
subplot(4,2,1)
tvmean(:,1)=sqrt(meanu(:,1).^2+meanv(:,1).^2);
tvmeanpart=reshape(tvmean(:,1),[13,20]);
[X,Y]=meshgrid(397:32:1005,157:32:541);
contourf(X,Y,tvmeanpart,100,'linestyle','none')
hold on
quiver(x,y,meanu(:,1).',meanv(:,1).','color','black');
set(gca,'ydir','reverse');
xlabel('x (mm)','fontweight','normal','fontsize',8)
ylabel('y (mm)','fontweight','normal','fontsize',8)
title('mean part (#1)','fontweight','bold','fontsize',9)
axis on
axis tight
hold off
c = colorbar;
c.Label.String = 'V [m/s]'
c.Label.FontSize =8;
c.FontWeight = 'normal'
subplot(4,2,3)
tvcoherent(:,1)=sqrt(coherentu(:,1).^2+coherentv(:,1).^2);
tvcoherentpart=reshape(tvcoherent(:,1),[13,20]);
[X,Y]=meshgrid(397:32:1005,157:32:541);
contourf(X,Y,tvcoherentpart,100,'linestyle','none')
hold on
quiver(x,y,coherentu(:,1).',coherentv(:,1).','color','black');
set(gca,'ydir','reverse');
xlabel('x (mm)','fontweight','normal','fontsize',8)
ylabel('y (mm)','fontweight','normal','fontsize',8)
title('coherent part (#1)','fontweight','bold','fontsize',9)
axis on
axis tight
hold off
c = colorbar;
c.Label.String = 'V [m/s]'
c.Label.FontSize =8;
c.FontWeight = 'normal'   
subplot(4,2,5)
tvtransition(:,5)=sqrt(transitionu(:,5).^2+transitionv(:,5).^2);
tvtransitionpart=reshape(tvtransition(:,5),[13,20]);
[X,Y]=meshgrid(397:32:1005,157:32:541);
contourf(X,Y,tvtransitionpart,100,'linestyle','none')
hold on
quiver(x,y,transitionu(:,5).',transitionv(:,5).','color','black');
set(gca,'ydir','reverse');
xlabel('x (mm)','fontweight','normal','fontsize',8)
ylabel('y (mm)','fontweight','normal','fontsize',8)
title('transition part (#1)','fontweight','bold','fontsize',9)
axis on 
axis tight
hold off
c = colorbar;
c.Label.String = 'V [m/s]'
c.Label.FontSize =8;
c.FontWeight = 'normal'
    
subplot(4,2,7)
tvturbulent=sqrt(turbulentu(:,1).^2+turbulentv(:,1).^2);
tvturbulentpart=reshape(tvturbulent,[13,20]);
[X,Y]=meshgrid(397:32:1005,157:32:541);
contourf(X,Y,tvturbulentpart,100,'linestyle','none')
hold on
quiver(x,y,turbulentu(:,1).',turbulentv(:,1).','color','black');
set(gca,'ydir','reverse');
xlabel('x (mm)','fontweight','normal','fontsize',8)
ylabel('y (mm)','fontweight','normal','fontsize',8)
title('turbulent part (#1)','fontweight','bold','fontsize',9)
axis on
axis tight
hold off
c = colorbar;
c.Label.String = 'V [m/s]'
c.Label.FontSize =8;
c.FontWeight = 'normal'  
%----------END of CYCLE 1-------%
%-----------CYCLE 5------------%
subplot(4,2,2)
tvmean(:,5)=sqrt(meanu(:,5).^2+meanv(:,5).^2);
tvmeanpart=reshape(tvmean(:,5),[13,20]);
[X,Y]=meshgrid(397:32:1005,157:32:541);
contourf(X,Y,tvmeanpart,100,'linestyle','none')
hold on
quiver(x,y,meanu(:,5).',meanv(:,5).','color','black');
set(gca,'ydir','reverse');
xlabel('x (mm)','fontweight','normal','fontsize',8)
ylabel('y (mm)','fontweight','normal','fontsize',8)
title('mean part (#5)','fontweight','bold','fontsize',9)
axis on
axis tight
hold off
c = colorbar;
c.Label.String = 'V [m/s]'
c.Label.FontSize =8;
c.FontWeight = 'normal'
subplot(4,2,4)
tvcoherent(:,5)=sqrt(coherentu(:,5).^2+coherentv(:,5).^2);
tvcoherentpart=reshape(tvcoherent(:,5),[13,20]);
[X,Y]=meshgrid(397:32:1005,157:32:541);
contourf(X,Y,tvcoherentpart,100,'linestyle','none')
hold on
quiver(x,y,coherentu(:,5).',coherentv(:,5).','color','black');
set(gca,'ydir','reverse');
xlabel('x (mm)','fontweight','normal','fontsize',8)
ylabel('y (mm)','fontweight','normal','fontsize',8)
title('coherent part (#5)','fontweight','bold','fontsize',9)
axis on
axis tight
hold off
c = colorbar;
c.Label.String = 'V [m/s]'
c.Label.FontSize =8;
c.FontWeight = 'normal'
subplot(4,2,6)
tvtransition(:,5)=sqrt(transitionu(:,5).^2+transitionv(:,5).^2);
tvtransitionpart=reshape(tvtransition(:,5),[13,20]);
[X,Y]=meshgrid(397:32:1005,157:32:541);
contourf(X,Y,tvtransitionpart,100,'linestyle','none')
hold on
quiver(x,y,transitionu(:,5).',transitionv(:,5).','color','black');
set(gca,'ydir','reverse');
xlabel('x (mm)','fontweight','normal','fontsize',8)
ylabel('y (mm)','fontweight','normal','fontsize',8)
title('transition part (#5)','fontweight','bold','fontsize',9)
axis on
axis tight
hold off
c = colorbar;
c.Label.String = 'V [m/s]'
c.Label.FontSize =8;
c.FontWeight = 'normal'  
subplot(4,2,8)
tvturbulent=sqrt(turbulentu(:,5).^2+turbulentv(:,5).^2);
tvturbulentpart=reshape(tvturbulent,[13,20]);
[X,Y]=meshgrid(397:32:1005,157:32:541);
contourf(X,Y,tvturbulentpart,100,'linestyle','none')
hold on
quiver(x,y,turbulentu(:,5).',turbulentv(:,5).','color','black');
set(gca,'ydir','reverse');
xlabel('x (mm)','fontweight','normal','fontsize',8)
ylabel('y (mm)','fontweight','normal','fontsize',8)
title('turbulent part (#5)','fontweight','bold','fontsize',9)
axis on
axis tight
hold off
c = colorbar;
c.Label.String = 'V [m/s]'
c.Label.FontSize =8;
c.FontWeight = 'normal'
%----------END of CYCLE 5-------%    

9 个评论
显示 7更早的评论隐藏 7更早的评论

HARIKRISHNA B YADULADODDI 2021-4-26

Thank you for your reply @Adam Danz @the cyclist @DGM. Please help in reducing the space between plot in horizontal direction. Kindly find my code and data file above.

@DGM How would you manually resize the window to do that. Could your please provide the more information on that.

@Adam Danz i tried all the possible ways i could but the space is not reducing.

@Adam Danz @the cyclist @DGM. Please help in reducing the space between plot in horizontal direction. Kindly find my code and data file above.

DGM 2021-4-26

I resized the figure window by clicking on the corner and dragging it.

请先登录，再进行评论。

请先登录，再回答此问题。

Answer 1

the cyclist 2021-4-23

1
链接

此回答的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/811515-how-to-reduce-space-between-plots-in-subplot-and-how-to-increase-the-area-of-plot-in-subplot#answer_683305

编辑：Adam Danz 2021-4-26

This might require an overhaul of your code, but I would say you can probably achieve better results with the new(er) tiledlayout method of creating subplots.

6 个评论
显示 4更早的评论隐藏 4更早的评论

DGM 2021-4-26

编辑：DGM 2021-4-26

Tiledlayout might be a lot more convenient, but it can't solve the basic underlying problem here. The aspect ratio of the objects in the layout is fixed. If the figure geometry is fixed, they can ultimately only fill a certain fraction of the width.

Consider the approximate figure geometry of 600x850. The tight geometry of each axes+labels+cb+title group is about 135x235. If these objects are scaled up to fit the vertical extents of the figure, they will only cover about 600x520, i.e. only about 60% of the figure width. If more coverage is desired, one of these constraints has to change:

Either axes geometry must change (not really a good option here)
Tiling layout must change (not really a good option here either)
Figure geometry must change (I don't see a reason why this can't be changed)

I posted an example before using subplot and default spacing. I redid it using tiledlayout with no spacing and no padding, with figure and axes aspect ratios (roughly) approximate to those in the OP's figure. The figure is simply wider than the content can fill. I don't see the problem with just resizing the window to fit the content. Based on the above rough calculations, a figure aspect ratio of 1.1 to 1.2 should fit the content better, but just grabbing the window corner and moving it hardly requires that much effort or precision.

Adam Danz 2021-4-26

编辑：Adam Danz 2021-4-26

在 MATLAB Online 中打开

@DGM The problem posed by the OP is to reduce the space between axes and there are lots of ways to solve that -- all of which include resizing the figure due to the uniform data aspect ratio as you mentioned.

The solution with the most flexibility is to manually create axes with non-normalized coordinates but that's a lot of work for a user who appears to be toward the beginners end of the spectrum. Subplot produces normalized coordinates which can later be changed but I'd argue that it's more difficult than taking advantage of the spacing properties of tiledlayout.

Below is a direct comparison of the same data and same figure size using suplot and tiledlayout. The latter clearly has a greater reduction in inter-axes space than with axes created by subplot.

f1 = figure();

f2 = figure();

tlo = tiledlayout(f1,4,2,'Padding','compact','TileSpacing','compact');

nrow = 4;

ncol = 2;

x = linspace(400,1000,500);

y = linspace(250,550,500);

xr = linspace(-2*pi,2*pi,numel(x));

yr = linspace(0,4*pi,numel(y));

[xm,ym] = meshgrid(xr,yr);

Z = sin(xm) + cos(ym);

for i = 1:8

ax = nexttile(tlo);

contourf(ax,x,y,Z,10)

axis(ax,'tight')

axis(ax,'equal')

colorbar(ax)

ax2 = subplot(nrow,ncol,i,'Parent',f2);

contourf(ax2,x,y,Z,10)

axis(ax2,'tight')

axis(ax2,'equal')

colorbar(ax2)

end

f1.Position(3:4) = [540,500];

movegui(f1)

title(tlo,'TiledLayout')

annotation(f1,'rectangle',[0 0 1 1], 'Color','k','LineWidth',4) %show fig edges

f2.Position(3:4) = [540,500];

movegui(f2)

sgtitle(f2,'subplot')

annotation(f2,'rectangle',[0 0 1 1], 'Color','k','LineWidth',4) %show fig edges

Adam Danz 2021-4-26

编辑：Adam Danz 2021-4-26

在 MATLAB Online 中打开

@HARIKRISHNA B YADULADODDI if you really want to optimize space, it looks like axes within each row use the same color scale so you could eliminate the colorbars on the left.

Also, it looks like all axes have the same limits so you could remove axis ticks for all axes except the ones on the left and bottom.

% quick demo

f1 = figure();

tlo = tiledlayout(f1,4,2,'Padding','compact','TileSpacing','none');

x = linspace(400,1000,500);

y = linspace(250,550,500);

xr = linspace(-2*pi,2*pi,numel(x));

yr = linspace(0,4*pi,numel(y));

[xm,ym] = meshgrid(xr,yr);

Z = sin(xm) + cos(ym);

ax = gobjects(1,8);

for i = 1:8

ax(i) = nexttile(tlo);

contourf(ax(i),x,y,Z,10)

axis(ax(i),'tight')

axis(ax(i),'equal')

if mod(i,2)==0

colorbar(ax(i))

end

f1.UserData.lp(1) = linkprop(ax(1:6),'clim');

f1.UserData.lp(2) = linkprop(ax(7:8),'clim');

f1.UserData.lp(3) = linkprop(ax,{'xlim','ylim'});

set(ax(2:2:end-2),'xtick',[],'ytick',[])

set(ax(end),'ytick',[])

set(ax(1:2:end-3),'xtick',[])

set(ax(end-1:end),'XTick',ax(end).XTick(1:end-1)) % only needed of last tick is in the way

f1.Position(3:4) = [540,500];

movegui(f1)

title(tlo,'TiledLayout')

annotation(f1,'rectangle',[0 0 1 1], 'Color','k','LineWidth',4) %show fig edges

HARIKRISHNA B YADULADODDI 2021-4-27

50112.txt

@Adam Danz Thank you for your kindful information but the plot is required to be in same way as i have mentioned in the questioning section, it is required to show x axis and colobar to all plots in the figure but it is also required to remove the aweful sapcing in horizontal direction. Kindly find my code below and data file for reference.

%--------------------------CODE------------------------%

clear all;close all;clc

format long

%--------Reading velocity data-------%

fid=fopen('50112.txt');

fulltext=textscan(fid,'%s','delimiter','\n');

numberofgridpoints=length(fulltext{1});

fclose(fid);

n=numberofgridpoints/200;

fid=fopen('50112.txt');

datamatrix=fscanf(fid,'%f%f%f%f',[4,inf]);

%-------stroing of velocity data -----------%

for i=1:200

c=i-1;

for j=1:n

d=(c*n)+j;

x(j)=datamatrix(1,j);

y(j)=datamatrix(2,j);

u(i,j)=datamatrix(3,d);

v(i,j)=datamatrix(4,d);

end

%*********************************************%

%-------Proper Orthogonal Decompostion--------%

%*********************************************%

%---Calcalating the covarience matrix---------%

c1=u*u';

c2=v*v';

c=(c1+c2)/200;

[beta, lmd]=svd(c);

phix=u'*beta;

phiy=v'*beta;

for j=1:200

phinor=0;

for i=1:n

phinor=phinor+phix(i,j)^2+phiy(i,j)^2;

end

phinor=sqrt(phinor);

phix(:,j)=phix(:,j)/phinor;

phiy(:,j)=phiy(:,j)/phinor;

end

timecoeu=u*phix;

timecoev=v*phiy;

timecoe=timecoeu+timecoev;

%---------velocity recosntruction------------%

for i=1:n

for j=200

meanu(i,j)=0;

coherentu(i,j)=0;

transitionu(i,j)=0;

turbulentu(i,j)=0;

meanv(i,j)=0;

coherentv(i,j)=0;

transitionv(i,j)=0;

turbulentv(i,j)=0;

tvmean(i,j)=0;

tvcoherentv(i,j)=0;

tvtransition(i,j)=0;

tvturbulent(i,j)=0;

end

for i=1:200

for j=1:1

meanu(:,i)=timecoe(i,j)*phix(:,j)+meanu(:,i);

meanv(:,i)=timecoe(i,j)*phiy(:,j)+meanv(:,i);

end

for i=1:200

for j=2:9

coherentu(:,i)=timecoe(i,j)*phix(:,j)+coherentu(:,i);

coherentv(:,i)=timecoe(i,j)*phiy(:,j)+coherentv(:,i);

end

for i=1:200

for j=10:186

transitionu(:,i)=timecoe(i,j)*phix(:,j)+ transitionu(:,i);

transitionv(:,i)=timecoe(i,j)*phiy(:,j)+ transitionv(:,i);

end

for i=1:200

for j=187:200

turbulentu(:,i)=timecoe(i,j)*phix(:,j)+ turbulentu(:,i);

turbulentv(:,i)=timecoe(i,j)*phiy(:,j)+ turbulentv(:,i);

end

%-----------CYCLE 1------------%

subplot(4,2,1)

tvmean(:,1)=sqrt(meanu(:,1).^2+meanv(:,1).^2);

tvmeanpart=reshape(tvmean(:,1),[13,20]);

[X,Y]=meshgrid(397:32:1005,157:32:541);

contourf(X,Y,tvmeanpart,100,'linestyle','none')

hold on

quiver(x,y,meanu(:,1).',meanv(:,1).','color','black');

set(gca,'ydir','reverse');

xlabel('x (mm)','fontweight','normal','fontsize',8)

ylabel('y (mm)','fontweight','normal','fontsize',8)

title('mean part (#1)','fontweight','bold','fontsize',9)

axis on

axis tight

hold off

c = colorbar;

c.Label.String = 'V [m/s]'

c.Label.FontSize =8;

c.FontWeight = 'normal'

subplot(4,2,3)

tvcoherent(:,1)=sqrt(coherentu(:,1).^2+coherentv(:,1).^2);

tvcoherentpart=reshape(tvcoherent(:,1),[13,20]);

[X,Y]=meshgrid(397:32:1005,157:32:541);

contourf(X,Y,tvcoherentpart,100,'linestyle','none')

hold on

quiver(x,y,coherentu(:,1).',coherentv(:,1).','color','black');

set(gca,'ydir','reverse');

xlabel('x (mm)','fontweight','normal','fontsize',8)

ylabel('y (mm)','fontweight','normal','fontsize',8)

title('coherent part (#1)','fontweight','bold','fontsize',9)

axis on

axis tight

hold off

c = colorbar;

c.Label.String = 'V [m/s]'

c.Label.FontSize =8;

c.FontWeight = 'normal'

subplot(4,2,5)

tvtransition(:,5)=sqrt(transitionu(:,5).^2+transitionv(:,5).^2);

tvtransitionpart=reshape(tvtransition(:,5),[13,20]);

[X,Y]=meshgrid(397:32:1005,157:32:541);

contourf(X,Y,tvtransitionpart,100,'linestyle','none')

hold on

quiver(x,y,transitionu(:,5).',transitionv(:,5).','color','black');

set(gca,'ydir','reverse');

xlabel('x (mm)','fontweight','normal','fontsize',8)

ylabel('y (mm)','fontweight','normal','fontsize',8)

title('transition part (#1)','fontweight','bold','fontsize',9)

axis on

axis tight

hold off

c = colorbar;

c.Label.String = 'V [m/s]'

c.Label.FontSize =8;

c.FontWeight = 'normal'

subplot(4,2,7)

tvturbulent=sqrt(turbulentu(:,1).^2+turbulentv(:,1).^2);

tvturbulentpart=reshape(tvturbulent,[13,20]);

[X,Y]=meshgrid(397:32:1005,157:32:541);

contourf(X,Y,tvturbulentpart,100,'linestyle','none')

hold on

quiver(x,y,turbulentu(:,1).',turbulentv(:,1).','color','black');

set(gca,'ydir','reverse');

xlabel('x (mm)','fontweight','normal','fontsize',8)

ylabel('y (mm)','fontweight','normal','fontsize',8)

title('turbulent part (#1)','fontweight','bold','fontsize',9)

axis on

axis tight

hold off

c = colorbar;

c.Label.String = 'V [m/s]'

c.Label.FontSize =8;

c.FontWeight = 'normal'

%----------END of CYCLE 1-------%

%-----------CYCLE 5------------%

subplot(4,2,2)

tvmean(:,5)=sqrt(meanu(:,5).^2+meanv(:,5).^2);

tvmeanpart=reshape(tvmean(:,5),[13,20]);

[X,Y]=meshgrid(397:32:1005,157:32:541);

contourf(X,Y,tvmeanpart,100,'linestyle','none')

hold on

quiver(x,y,meanu(:,5).',meanv(:,5).','color','black');

set(gca,'ydir','reverse');

xlabel('x (mm)','fontweight','normal','fontsize',8)

ylabel('y (mm)','fontweight','normal','fontsize',8)

title('mean part (#5)','fontweight','bold','fontsize',9)

axis on

axis tight

hold off

c = colorbar;

c.Label.String = 'V [m/s]'

c.Label.FontSize =8;

c.FontWeight = 'normal'

subplot(4,2,4)

tvcoherent(:,5)=sqrt(coherentu(:,5).^2+coherentv(:,5).^2);

tvcoherentpart=reshape(tvcoherent(:,5),[13,20]);

[X,Y]=meshgrid(397:32:1005,157:32:541);

contourf(X,Y,tvcoherentpart,100,'linestyle','none')

hold on

quiver(x,y,coherentu(:,5).',coherentv(:,5).','color','black');

set(gca,'ydir','reverse');

xlabel('x (mm)','fontweight','normal','fontsize',8)

ylabel('y (mm)','fontweight','normal','fontsize',8)

title('coherent part (#5)','fontweight','bold','fontsize',9)

axis on

axis tight

hold off

c = colorbar;

c.Label.String = 'V [m/s]'

c.Label.FontSize =8;

c.FontWeight = 'normal'

subplot(4,2,6)

tvtransition(:,5)=sqrt(transitionu(:,5).^2+transitionv(:,5).^2);

tvtransitionpart=reshape(tvtransition(:,5),[13,20]);

[X,Y]=meshgrid(397:32:1005,157:32:541);

contourf(X,Y,tvtransitionpart,100,'linestyle','none')

hold on

quiver(x,y,transitionu(:,5).',transitionv(:,5).','color','black');

set(gca,'ydir','reverse');

xlabel('x (mm)','fontweight','normal','fontsize',8)

ylabel('y (mm)','fontweight','normal','fontsize',8)

title('transition part (#5)','fontweight','bold','fontsize',9)

axis on

axis tight

hold off

c = colorbar;

c.Label.String = 'V [m/s]'

c.Label.FontSize =8;

c.FontWeight = 'normal'

subplot(4,2,8)

tvturbulent=sqrt(turbulentu(:,5).^2+turbulentv(:,5).^2);

tvturbulentpart=reshape(tvturbulent,[13,20]);

[X,Y]=meshgrid(397:32:1005,157:32:541);

contourf(X,Y,tvturbulentpart,100,'linestyle','none')

hold on

quiver(x,y,turbulentu(:,5).',turbulentv(:,5).','color','black');

set(gca,'ydir','reverse');

xlabel('x (mm)','fontweight','normal','fontsize',8)

ylabel('y (mm)','fontweight','normal','fontsize',8)

title('turbulent part (#5)','fontweight','bold','fontsize',9)

axis on

axis tight

hold off

c = colorbar;

c.Label.String = 'V [m/s]'

c.Label.FontSize =8;

c.FontWeight = 'normal'

%----------END of CYCLE 5-------%

请先登录，再进行评论。

Answer 2

Matt J 2021-4-26

0
链接

此回答的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/811515-how-to-reduce-space-between-plots-in-subplot-and-how-to-increase-the-area-of-plot-in-subplot#answer_685490

You can also replace subplot with subaxis

https://www.mathworks.com/matlabcentral/fileexchange/3696-subaxis-subplot

6 个评论
显示 4更早的评论隐藏 4更早的评论

DGM 2022-3-21

LIU isn't OP.

Matt J 2022-3-21

@DGM Shouldn't matter. The post has been inactive for long enough that anyone can accept.

请先登录，再进行评论。

How to reduce space between plots in subplot and how to increase the area of plot in subplot

9 个评论
显示 7更早的评论隐藏 7更早的评论

回答（2 个）

6 个评论
显示 4更早的评论隐藏 4更早的评论

6 个评论
显示 4更早的评论隐藏 4更早的评论

另请参阅

类别

标签

Community Treasure Hunt

How to reduce space between plots in subplot and how to increase the area of plot in subplot

9 个评论 显示 7更早的评论隐藏 7更早的评论

回答（2 个）

6 个评论 显示 4更早的评论隐藏 4更早的评论

6 个评论 显示 4更早的评论隐藏 4更早的评论

另请参阅

类别

标签

Community Treasure Hunt

9 个评论
显示 7更早的评论隐藏 7更早的评论

6 个评论
显示 4更早的评论隐藏 4更早的评论

6 个评论
显示 4更早的评论隐藏 4更早的评论