Adding Legends to multiple lines in an x-y plot of data imported from Excel sheets in MATLAB ?

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Hi, I have the following code:
[~,sheets] = xlsfinfo('C:\Users\Bilal Ahmad\Desktop\Complete Simulations\Microphone Array 1_AllSources\AllSource_MicArr1.xlsx');
for i = 1:length(sheets)
data{i} = xlsread('C:\Users\Bilal Ahmad\Desktop\Complete Simulations\Microphone Array 1_AllSources\AllSource_MicArr1.xlsx',sheets{i},'A4:T6');
d = data{i}(:,7);
tau_g = data{i}(:,9);
plot(d,tau_g,'-x');
hold all
grid on
xlabel('distance d b/w mic pairs[cm]');
ylabel('\tau_g_r_o_u_n_d');
title('Relationship between \tau ground and distance between Mic Pairs for Array 1');
end
when i run this code. i get a following plot
Now, As it is clear in this plot that i am getting data from 16 different sheets that belongs to 16 different sources. My problem is I want to show labels to each 16 different lines so that i come to know which line belong to which sheet of data? Can anybody help me in this regard. Thank you

Respuesta aceptada

madhan ravi
madhan ravi el 8 de Oct. de 2018
Editada: madhan ravi el 8 de Oct. de 2018
Legend=cell(16,1)
for iter=1:16
Legend{iter}=strcat('sheet', num2str(iter));
end
legend(Legend)
  5 comentarios
Ahmad Bilal
Ahmad Bilal el 8 de Oct. de 2018
My question is how can i fit this code in the above mentioned code because when I tried it shows an error : index exceeds matrix dimensions
madhan ravi
madhan ravi el 8 de Oct. de 2018
Editada: madhan ravi el 8 de Oct. de 2018
Which line shows error , your question is vague.

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Más respuestas (2)

Ahmad Bilal
Ahmad Bilal el 8 de Oct. de 2018
Hi this is my now updated code.
[~,sheets] = xlsfinfo('C:\Users\Bilal Ahmad\Desktop\Complete Simulations\Microphone Array 3_AllSources\AllSrc_MicArray3.xlsx');
for i = 1:length(sheets)
data{i} = xlsread('C:\Users\Bilal Ahmad\Desktop\Complete Simulations\Microphone Array 3_AllSources\AllSrc_MicArray3.xlsx',sheets{i},'A4:T8');
d = data{i}(:,7);
tau_g = data{i}(:,9);
hold all
grid on
Legend = cell(16,1);
for iter = 1:16
Legend{iter} = strcat('source', num2str(iter));
end
legend(Legend)
lineColor = {'k', 'r', 'b', 'm'};
linestyle = {'-'; '--'; ':'; '-.'};
for j = 1:4
options = {'color',lineColor{j}, 'LineStyle', linestyle{j}};
plot(d(:,j), tau_g(:,j), options{:})
end
xlabel('distance d b/w mic pairs[cm]');
ylabel('\tau_g_r_o_u_n_d');
title('Relationship between \tau ground and distance between Mic Pairs for Array 3');
end
  3 comentarios

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madhan ravi
madhan ravi el 8 de Oct. de 2018
Editada: madhan ravi el 8 de Oct. de 2018
[~,sheets] = xlsfinfo('C:\Users\Bilal Ahmad\Desktop\Complete Simulations\Microphone Array 3_AllSources\AllSrc_MicArray3.xlsx');
lineColor = {'k', 'r', 'b', 'm','c','g','k','y','r','g','m','c','y','b','k','g'};
linestyle = {'-'; '--'; ':'; '-.';'-x';':';'-^';'->';'-v';'-s';'-p';'--';'-x';'-s';'-p';'--x'};
Legend = cell(16,1);
for i = 1:length(sheets)
data{i} = xlsread('C:\Users\Bilal Ahmad\Desktop\Complete Simulations\Microphone Array 3_AllSources\AllSrc_MicArray3.xlsx',sheets{i},'A4:T8');
d = data{i}(:,7);
tau_g = data{i}(:,9);
hold all
grid on
Legend{iter} = strcat('source', num2str(iter));
options = {'color',lineColor{j}, 'LineStyle', linestyle{j}};
plot(d, tau_g, options{:})
xlabel('distance d b/w mic pairs[cm]');
ylabel('\tau_g_r_o_u_n_d');
title('Relationship between \tau ground and distance between Mic Pairs for Array 3');
end
legend(Legend)
  11 comentarios
madhan ravi
madhan ravi el 9 de Oct. de 2018
Editada: madhan ravi el 11 de Oct. de 2018
Then accept this answer to indicate the proper one

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