Help using tiledlayout and nexttile functions

Question

Angel Lozada 2023-7-8

0
链接

此问题的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/1993458-help-using-tiledlayout-and-nexttile-functions

编辑： the cyclist 2023-7-19

采纳的回答： the cyclist

Data2.txt

在 MATLAB Online 中打开

Hello.

I will really be appreciated if someone could help me with the follow inquiry:

I am trying to plot several subplots using tiledlayout and nexttile functions, however I am not getting the final plot as I would like (i.e., 8-by-2 tiled chart layout).

I had read https://www.mathworks.com/help/matlab/ref/tiledlayout.html and https://www.mathworks.com/help/matlab/ref/nexttile.html to learn more about these functions.

Any help is more than welcome.

Regards.

clear;

data = readmatrix('Data2');

T = data(:,1);

T = seconds(data(:,1));

T.Format = 'hh:mm';

T3 = data(:,3);

T4 = data(:,4);

T5 = data(:,5);

T6 = data(:,6);

T7 = data(:,7);

T8 = data(:,8);

T9 = data(:,9);

T10 = data(:,10);

T11 = data(:,11);

T12 = data(:,12);

T13 = data(:,13);

T14 = data(:,14);

T15 = data(:,15);

T16 = data(:,16);

tiledlayout(8,2);

nexttile

%figure; % Place "figure" in this section allow to plot this data in a separate window.

plot (T,T3,'x');

title 'Emitted Signal from NAA Station';

ylabel ('Phase');

xlabel ('Samples');

nexttile

%figure;

plot (T,T4,'x');

title 'Emitted Signal from NAA Station';

ylabel ('Apmlitude');

xlabel ('Samples');

% figure;

nexttile

plot (T,T5,'x');

title 'Emitted Signal from NLK Station';

ylabel ('Phase');

xlabel ('Samples');

% figure;

nexttile

plot (T,T6,'x');

title 'Emitted Signal from NLK Station';

ylabel ('Amplitude');

xlabel ('Samples');

% figure;

nexttile

plot (T,T7,'x');

title 'Emitted Signal from NDK Station';

ylabel ('Phase');

xlabel ('Samples');

% figure;

nexttile

plot (T,T8,'x');

title 'Emitted Signal from NDK Station';

ylabel ('Amplitude');

xlabel ('Samples');

% figure;

nexttile

plot (T,T9,'x');

title 'Emitted Signal from NWC Station';

ylabel ('Phase');

xlabel ('Samples');

% figure;

nexttile

plot (T,T10,'x');

title 'Emitted Signal from NWC Station';

ylabel ('Amplitude');

xlabel ('Samples');

% figure;

nexttile

plot (T,T11,'x');

title 'Emitted Signal from NPM Station';

ylabel ('Phase');

xlabel ('Samples');

% figure;

nexttile

plot (T,T12,'x');

title 'Emitted Signal from NPM Station';

ylabel ('Amplitude');

xlabel ('Samples');

% figure;

nexttile

plot (T,T13,'x');

title 'Emitted Signal from NPM II Station';

ylabel ('Phase');

xlabel ('Samples');

% figure;

nexttile

plot (T,T14,'x');

title 'Emitted Signal from NPM II Station';

ylabel ('Amplitude');

xlabel ('Samples');

% figure;

nexttile

plot (T,T15,'x');

title 'Emitted Signal from NAU Station';

ylabel ('Phase');

xlabel ('Samples');

% figure;

nexttile

plot (T,T16,'x');

title 'Emitted Signal from NAu Station';

ylabel ('Amplitude');

xlabel ('Samples');

Regards.

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Answer 1

the cyclist 2023-7-8

0
链接

此回答的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/1993458-help-using-tiledlayout-and-nexttile-functions#answer_1269598

It's unclear to me what you are expecting to get, but this code works exactly as I would expect.

You have defined an 8x2 grid of plots, but you have only actually called nexttile/plot 14 times. Therefore, you fill in the first 14 subplot slots (in the default order, which is row-major). The last 2 slots are empty.

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Angel Lozada 2023-7-9

在 MATLAB Online 中打开

Data2.txt

Dear the cyclist.

Thanks for your support, I really appreciated all your suggestions.

The attached figure that show the "expected" plots, is just for reference; is the same kind of data but not the same data.

What I would like is the box size for each subplot could be looks like the "expected" one.

Is there a way to enlarge the high of each box size?

Regards

clear;

data = readmatrix('Data2');

n=200;

T = data(:,1);

% T = seconds(data(:,1));

%T.Format = 'hh:mm';

T3 = data(:,3);

m3 = movmean (T3,n);

T4 = data(:,4);

m4 = movmean (T4,n);

T5 = data(:,5);

m5 = movmean (T5,n);

T6 = data(:,6);

m6 = movmean (T6,n);

T7 = data(:,7);

m7 = movmean (T7,n);

T8 = data(:,8);

m8 = movmean (T8,n);

T9 = data(:,9);

m9 = movmean (T9,n);

T10 = data(:,10);

m10 = movmean (T10,n);

T11 = data(:,11);

m11 = movmean (T11,n);

T12 = data(:,12);

m12 = movmean (T12,n);

T13 = data(:,13);

m13 = movmean (T13,n);

T14 = data(:,14);

m14 = movmean (T14,n);

T15 = data(:,15);

m15 = movmean (T15,n);

T16 = data(:,16);

m16 = movmean (T16,n);

tiledlayout(7,2);

nexttile

plot (T,m3,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title ('\fontsize{6}Emitted Signal from NAA Station');

% ylabel ('Phase');

% xlabel ('Samples');

nexttile

plot (T,m4,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NAA Station';

% ylabel ('Apmlitude');

% xlabel ('Samples');

nexttile

plot (T,m5,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NLK Station';

% ylabel ('Phase');

% xlabel ('Samples');

nexttile

plot (T,m6,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NLK Station';

% ylabel ('Amplitude');

% xlabel ('Samples');

nexttile

plot (T,m7,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NDK Station';

% ylabel ('Phase');

% xlabel ('Samples');

nexttile

plot (T,m8,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NDK Station';

% ylabel ('Amplitude');

% xlabel ('Samples');

nexttile

plot (T,m9,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NWC Station';

% ylabel ('Phase');

% xlabel ('Samples');

nexttile

plot (T,m10,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NWC Station';

% ylabel ('Amplitude');

% xlabel ('Samples');

nexttile

plot (T,m11,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NPM Station';

% ylabel ('Phase');

% xlabel ('Samples');

nexttile

plot (T,m12,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NPM Station';

% ylabel ('Amplitude');

% xlabel ('Samples');

nexttile

plot (T,m13,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NPM II Station';

% ylabel ('Phase');

% xlabel ('Samples');

nexttile

plot (T,m14,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NPM II Station';

% ylabel ('Amplitude');

% xlabel ('Samples');

nexttile

plot (T,m15,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NAU Station';

% ylabel ('Phase');

% xlabel ('Samples');

nexttile

plot (T,m16,'-');

set(gca,'YTick',[]);

set(gca,'XTick',[]);

title '\fontsize{6}Emitted Signal from NAu Station';

% ylabel ('Amplitude');

% xlabel ('Samples');

the cyclist 2023-7-10

编辑：the cyclist 2023-7-19

在 MATLAB Online 中打开

It will help to use compact tile spacing and padding. Call tiledlayout with a handle:

t = tiledlayout(7,2);

and then run

t.TileSpacing = 'compact';
t.Padding     = 'compact';

This will reduce the white space. Other than that, I'm not sure there is much more you can do to make the subplots larger.

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Help using tiledlayout and nexttile functions

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