Help making my code more efficient

4 vues (au cours des 30 derniers jours)
Alex Chagovetz
Alex Chagovetz le 20 Jan 2022
Commenté : Kevin Holly le 21 Jan 2022
So I have the below code I use for post-2P image proccessing. I am fairly new to Matlab so I apologize if this is a rudamentatry question and I would appreciate guaidance more so than an answer I can copy and paste. Bsacilly most of the code I feel like could be made into a nested loop but I am not quite sure how to structure that. Thanks in advance!!
x=2590
for ii=1:x
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==1)
imwrite(QQ,['E1_1018_1' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_1' '.tif'],'tif','writemode','append');
end
end
for ii=x+1:x*2
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==x+1)
imwrite(QQ,['E1_1018_2' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_2' '.tif'],'tif','writemode','append');
end
end
for ii=(x*2)+1:x*3
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*2)+1)
imwrite(QQ,['E1_1018_3' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_3' '.tif'],'tif','writemode','append');
end
end
for ii=(x*3)+1:x*4
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*3)+1)
imwrite(QQ,['E1_1018_4' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_4' '.tif'],'tif','writemode','append');
end
end
for ii=(x*4)+1:x*5
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*4)+1)
imwrite(QQ,['E1_1018_5' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_5' '.tif'],'tif','writemode','append');
end
end
for ii=(x*5)+1:x*6
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*5)+1)
imwrite(QQ,['E1_1018_6' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_6' '.tif'],'tif','writemode','append');
end
end
for ii=(x*6)+1:x*7
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*6)+1)
imwrite(QQ,['E1_1018_7' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_7' '.tif'],'tif','writemode','append');
end
end
for ii=(x*7)+1:x*8
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*7)+1)
imwrite(QQ,['E1_1018_8' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_8' '.tif'],'tif','writemode','append');
end
end
for ii=(x*8)+1:x*9
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*8)+1)
imwrite(QQ,['E1_1018_9' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_9' '.tif'],'tif','writemode','append');
end
end
for ii=(x*9)+1:x*10
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*9)+1)
imwrite(QQ,['E1_1018_10' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_10' '.tif'],'tif','writemode','append');
end
end
for ii=(x*10)+1:x*11
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*10)+1)
imwrite(QQ,['E1_1018_11' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_11' '.tif'],'tif','writemode','append');
end
end
for ii=(x*11)+1:x*12
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*11)+1)
imwrite(QQ,['E1_1018_12' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_12' '.tif'],'tif','writemode','append');
end
end
for ii=(x*12)+1:x*13
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*12)+1)
imwrite(QQ,['E1_1018_13' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_13' '.tif'],'tif','writemode','append');
end
end
for ii=(x*13)+1:x*14
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*13)+1)
imwrite(QQ,['E1_1018_14' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_14' '.tif'],'tif','writemode','append');
end
end
for ii=(x*14)+1:x*15
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*14)+1)
imwrite(QQ,['E1_1018_15' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_15' '.tif'],'tif','writemode','append');
end
end
for ii=(x*15)+1:x*16
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*15)+1)
imwrite(QQ,['E1_1018_16' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_16' '.tif'],'tif','writemode','append');
end
end
for ii=(x*16)+1:x*17
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*16)+1)
imwrite(QQ,['E1_1018_17' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_17' '.tif'],'tif','writemode','append');
end
end
for ii=(x*17)+1:x*18
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*17)+1)
imwrite(QQ,['E1_1018_18' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_18' '.tif'],'tif','writemode','append');
end
end
for ii=(x*18)+1:x*19
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*18)+1)
imwrite(QQ,['E1_1018_19' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_19' '.tif'],'tif','writemode','append');
end
end
for ii=(x*19)+1:x*20
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if (ii==(x*19)+1)
imwrite(QQ,['E1_1018_20' '.tif'],'tif');
else
imwrite(QQ,['E1_1018_20' '.tif'],'tif','writemode','append');
end
end

Réponse acceptée

Kevin Holly
Kevin Holly le 21 Jan 2022
Below I created a nested loop as requested. If the comments do not provide enough guidance, please let me know.
x = 2590;
for i = 1:20
for ii=x*(i-1)+1:x*i % modified, replaced the numbers you had with equation
QQ=squeeze(Q(ii,:,:));
QQ=cell2mat(QQ);
QQ=reshape(QQ,512,796);
if ii == x*(i-1)+1 % modified, replace number you had in each iteration with i-1
imwrite(QQ,['E1_1018_' num2str(i) '.tif'],'tif'); % Replaced hardcoded numbers with a num2str function that converts i from a number to a string
else
imwrite(QQ,['E1_1018_' num2str(i) '.tif'],'tif','writemode','append');
end
end
end
  2 commentaires
Alex Chagovetz
Alex Chagovetz le 21 Jan 2022
Kevin,
Thanks much for the clean and concise answer! This is more or less what I imagined but it's fantastic to see the implementation. Appreciate your time!!
Kevin Holly
Kevin Holly le 21 Jan 2022
No problem, I would appreciate if you could accept the answer.

Connectez-vous pour commenter.

Plus de réponses (0)

Catégories

En savoir plus sur Images dans Help Center et File Exchange

Produits


Version

R2021a

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Translated by