how to plot data of the same date at one plot at a time
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Having the attached table, if we would like to plot that two variables (NE8, GDALT) for each specific value of the variable "Date" in a different plot, to get at the end a plot for each specific date, how can we do that?
Th eplots should have the variable NE8 on the x-axis, and the variable GDALT on the y-axis, and this is should be for each different value of the variable "Date" that we have, i.e in this table there are 32 different dates so we would like to have 32 differnet plots each one plotting the NE8 vs GDALT data for that date.
2 comentarios
Arif Hoq
el 22 de Feb. de 2022
what kinds of data do you want to plot ? GDALT,NE8,solarT,DST,Bin ? which one? what is specific date ? there are 3 date values.
Respuestas (3)
Arif Hoq
el 22 de Feb. de 2022
A=readtable('table.txt','ReadVariableNames',true);
AA=table2array(A);
year=A.YEAR;
month=A.MONTH;
day=A.DAY;
dates = datenum([year,month,day]);
% dat=num2str(dates);
t = datetime(dates,'ConvertFrom','datenum','InputFormat','yyyy-MM-dd')
GDALT=AA(:,6);
NE8=AA(:,7);
figure(1)
plot(t,GDALT)
datetick('x', 'mmm dd', 'keepticks')
xtickangle(45)
xlabel('date')
ylabel('GDALT')
title('Date vs GDALT')
figure(2)
plot(t,NE8)
datetick('x', 'mmm dd', 'keepticks')
xtickangle(45)
xlabel('date')
ylabel('NE8')
title('Date vs NE8')
2 comentarios
Arif Hoq
el 22 de Feb. de 2022
i did not get 32 different dates. you can see the unique function. Total 289 dates, but 7 unique dates. so you can get 7 single points withe respect to x axis(NE8) and y axis(GDALT). as you said you need all plots(here 7 plots), so you can get 7 figures.check this code.
A=readtable('table.txt','ReadVariableNames',true);
AA=table2array(A);
year=A.YEAR;
month=A.MONTH;
day=A.DAY;
dates = datenum([year,month,day]);
% dat=num2str(dates);
t = datetime(dates,'ConvertFrom','datenum','InputFormat','yyyy-MM-dd');
[C,ia,ic]=unique(t);
GDALT=AA(:,6);
NE8=AA(:,7);
idxGDALT=GDALT(ia);
idxNE8=NE8(ia);
for plotId = 1 : 7
figure(plotId) ;
plot(idxNE8(plotId), idxGDALT(plotId),'o') ;
end
Star Strider
el 22 de Feb. de 2022
One approach —
T1 = readtable('https://www.mathworks.com/matlabcentral/answers/uploaded_files/902795/table.txt', 'VariableNamingRule','preserve')
Datev = datetime(T1{:,1:6});
[G,ID] = findgroups(day(Datev,'dayofyear'));
NumDates = numel(ID);
NumCols = fix(sqrt(NumDates)); % Design Subplot Array
NumRows = ceil(NumDates/NumCols); % Design Subplot Array
figure
for k = 1:NumDates
subplot(NumRows, NumCols, k)
DateIdx = G == k;
DateName = Datev(DateIdx);
DateName.Format = 'yyyy-MM-dd';
plot(T1.NE8(DateIdx), T1.GDALT(DateIdx))
grid
xlabel('NE8')
ylabel('GDALT')
title(string(DateName(1)))
xlim([0 5]*1E11) % Plot All To Same Scale
ylim([200 500]) % Plot All To Same Scale
end
.
0 comentarios
Seth Furman
el 23 de Feb. de 2022
Adding to Star Strider's answer, consider using tiledlayout('flow') for creating the plots.
t = readtable("https://www.mathworks.com/matlabcentral/answers/uploaded_files/902795/table.txt");
t.Date = datetime(string(t.Date), "InputFormat", "uuuuMMddHHmm");
dates = unique(t.Date)
tl = tiledlayout('flow');
for i = 1:length(dates)
tDate = t(t.Date == dates(i), :);
plot(nexttile, tDate.NE8, tDate.GDALT);
xlabel("NE8");
ylabel("GDALT");
title(string(dates(i)));
end
linkaxes(tl.Children);
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