Plot Day of Year with Time

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Edgar
Edgar il 30 Nov 2022
Modificato: Star Strider il 1 Dic 2022
Questo/a domanda è stato/a segnalato/a da Star Strider
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I'm trying to plot data with the headers 1-8 as my y-axis and the day of year with time in the x-axis, to show something similar as the "Example.png".
  2 Commenti
KSSV
KSSV il 30 Nov 2022
In what format the time is?
Edgar
Edgar il 30 Nov 2022
Julian Date

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Star Strider
Star Strider il 30 Nov 2022
Modificato: Star Strider il 1 Dic 2022
Ran in:
Try something like this —
T1 = readtable('https://www.mathworks.com/matlabcentral/answers/uploaded_files/1213723/Data_2.csv')
T1 = 49×9 table
Var1 Var2 Var3 Var4 Var5 Var6 Var7 Var8 Var9 ____________________ ______ ______ ______ ______ ______ ______ ______ ______ {'Time' } 1 2 3 4 5 6 7 8 {'242-23:00:57.216'} 4.0894 4.0915 4.0956 4.0935 4.0915 4.0956 4.0935 4.0925 {'242-23:03:21.016'} 4.0894 4.0915 4.0946 4.0946 4.0925 4.0967 4.0915 4.0925 {'242-23:05:45.716'} 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0946 4.0925 {'242-23:08:09.416'} 4.0894 4.0904 4.0956 4.0935 4.0915 4.0946 4.0956 4.0925 {'242-23:10:34.116'} 4.0894 4.0894 4.0946 4.0925 4.0935 4.0967 4.0946 4.0925 {'242-23:12:58.816'} 4.0894 4.0925 4.0956 4.0925 4.0915 4.0967 4.0935 4.0925 {'242-23:15:22.516'} 4.0873 4.0915 4.0946 4.0946 4.0925 4.0967 4.0915 4.0946 {'242-23:17:46.216'} 4.0883 4.0915 4.0935 4.0946 4.0915 4.0977 4.0935 4.0946 {'242-23:20:10.916'} 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0946 4.0925 {'242-23:22:35.616'} 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0935 4.0925 {'242-23:25:00.316'} 4.0873 4.0915 4.0946 4.0946 4.0925 4.0977 4.0935 4.0946 {'242-23:27:24.016'} 4.0883 4.0915 4.0935 4.0946 4.0925 4.0956 4.0935 4.0946 {'242-23:29:47.716'} 4.0894 4.0904 4.0956 4.0946 4.0925 4.0967 4.0935 4.0925 {'242-23:32:12.416'} 4.0883 4.0915 4.0956 4.0935 4.0904 4.0956 4.0935 4.0925 {'242-23:34:37.116'} 4.0894 4.0915 4.0967 4.0935 4.0925 4.0967 4.0925 4.0935
V11 = extractBefore(T1.Var1,'-');
DOY = cellfun(@str2double,V11);
DOY = datetime([zeros(size(DOY,1),2)+[0 1] DOY]);
V12 = extractAfter(T1.Var1,'-');
TOD = datetime(V12, 'InputFormat','HH:mm:ss.SSS');
DT = DOY + timeofday(TOD);
DT.Format = 'MMM-dd HH:mm:ss.SSS';
% Check = day(DT,'dayofyear')
figure
plot(DT(2:end), T1{2:end,2:end})
grid
legend(compose('Var%d',2:size(T1,2)), 'Location','best')
T2 = T1;
T2 = addvars(T2, DT, 'Before','Var2');
T2 = removevars(T2,'Var1')
T2 = 49×9 table
DT Var2 Var3 Var4 Var5 Var6 Var7 Var8 Var9 ___________________ ______ ______ ______ ______ ______ ______ ______ ______ NaT 1 2 3 4 5 6 7 8 Aug-29 23:00:57.216 4.0894 4.0915 4.0956 4.0935 4.0915 4.0956 4.0935 4.0925 Aug-29 23:03:21.016 4.0894 4.0915 4.0946 4.0946 4.0925 4.0967 4.0915 4.0925 Aug-29 23:05:45.716 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0946 4.0925 Aug-29 23:08:09.416 4.0894 4.0904 4.0956 4.0935 4.0915 4.0946 4.0956 4.0925 Aug-29 23:10:34.116 4.0894 4.0894 4.0946 4.0925 4.0935 4.0967 4.0946 4.0925 Aug-29 23:12:58.816 4.0894 4.0925 4.0956 4.0925 4.0915 4.0967 4.0935 4.0925 Aug-29 23:15:22.516 4.0873 4.0915 4.0946 4.0946 4.0925 4.0967 4.0915 4.0946 Aug-29 23:17:46.216 4.0883 4.0915 4.0935 4.0946 4.0915 4.0977 4.0935 4.0946 Aug-29 23:20:10.916 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0946 4.0925 Aug-29 23:22:35.616 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0935 4.0925 Aug-29 23:25:00.316 4.0873 4.0915 4.0946 4.0946 4.0925 4.0977 4.0935 4.0946 Aug-29 23:27:24.016 4.0883 4.0915 4.0935 4.0946 4.0925 4.0956 4.0935 4.0946 Aug-29 23:29:47.716 4.0894 4.0904 4.0956 4.0946 4.0925 4.0967 4.0935 4.0925 Aug-29 23:32:12.416 4.0883 4.0915 4.0956 4.0935 4.0904 4.0956 4.0935 4.0925 Aug-29 23:34:37.116 4.0894 4.0915 4.0967 4.0935 4.0925 4.0967 4.0925 4.0935
VNT2 = cell(1,size(T1,2));
VNT2(1) = T1{1,1};
VNT2(2:end) = arrayfun(@(x){num2str(x)},T1{1,2:end}); % T2: Create & Assign New Variable Names, Eliminate First Row
T2.Properties.VariableNames = VNT2;
T2 = T2(2:end,:)
T2 = 48×9 table
Time 1 2 3 4 5 6 7 8 ___________________ ______ ______ ______ ______ ______ ______ ______ ______ Aug-29 23:00:57.216 4.0894 4.0915 4.0956 4.0935 4.0915 4.0956 4.0935 4.0925 Aug-29 23:03:21.016 4.0894 4.0915 4.0946 4.0946 4.0925 4.0967 4.0915 4.0925 Aug-29 23:05:45.716 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0946 4.0925 Aug-29 23:08:09.416 4.0894 4.0904 4.0956 4.0935 4.0915 4.0946 4.0956 4.0925 Aug-29 23:10:34.116 4.0894 4.0894 4.0946 4.0925 4.0935 4.0967 4.0946 4.0925 Aug-29 23:12:58.816 4.0894 4.0925 4.0956 4.0925 4.0915 4.0967 4.0935 4.0925 Aug-29 23:15:22.516 4.0873 4.0915 4.0946 4.0946 4.0925 4.0967 4.0915 4.0946 Aug-29 23:17:46.216 4.0883 4.0915 4.0935 4.0946 4.0915 4.0977 4.0935 4.0946 Aug-29 23:20:10.916 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0946 4.0925 Aug-29 23:22:35.616 4.0894 4.0904 4.0956 4.0935 4.0925 4.0967 4.0935 4.0925 Aug-29 23:25:00.316 4.0873 4.0915 4.0946 4.0946 4.0925 4.0977 4.0935 4.0946 Aug-29 23:27:24.016 4.0883 4.0915 4.0935 4.0946 4.0925 4.0956 4.0935 4.0946 Aug-29 23:29:47.716 4.0894 4.0904 4.0956 4.0946 4.0925 4.0967 4.0935 4.0925 Aug-29 23:32:12.416 4.0883 4.0915 4.0956 4.0935 4.0904 4.0956 4.0935 4.0925 Aug-29 23:34:37.116 4.0894 4.0915 4.0967 4.0935 4.0925 4.0967 4.0925 4.0935 Aug-29 23:37:00.816 4.0894 4.0925 4.0946 4.0925 4.0935 4.0967 4.0935 4.0925
TT2 = table2timetable(T2);
figure
hsp = stackedplot(TT2(2:end,:));
grid
VN2 = T2.Properties.VariableNames;
figure
tiledlayout(4,2)
for k = 1:size(T2,2)-1
nexttile
plot(T2{:,1}, T2{:,k+1})
grid
ylh = ylabel(VN2{k+1});
ylh.Rotation = 0;
ylh.VerticalAlignment = 'middle';
ylh.HorizontalAlignment = 'right';
ylh.FontWeight = 'bold';
end
% get(ylh)
As it turns out, stackedplot wants a timetable so I created ‘TT2’ for it.
Another option is tiledlayout and it came though successfully as well. I used a (4,2) layout here becaause otherwise they’re too small to see.
EDIT — Aesthetic fixes. Code unchanged.
EDIT — (1-Dec-2022 at 2:52).
Minor correction in ‘DOY’ calculation.
EDIT — (1 Dec 2022 at 12:54)
Created ‘VNT2’, updated ‘T2’.
.

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