pore size distribution of a 1x100 surface
1 Ansicht (letzte 30 Tage)
Ältere Kommentare anzeigen
Adriana
am 4 Jul. 2023
Beantwortet: Image Analyst
am 5 Jul. 2023
Hello!
Quick question, I've created an aggregate of 1000 spheres with this code:
t = readmatrix('Sim 1.txt');
[xn,yn,zn]=sphere;
i=1;
while i<=1000
for i=i
x=t(i,1);
y=t(i,2);
z=t(i,3);
r=t(i,4);
xi=xn*r+x;
yi=yn*r+y;
zi=zn*r+z;
p(i)=surf(xi,yi,zi);
hold on
i=i+1;
end
end
hold off;
How can I now measure the pore size distribution of my aggregate (1x1000 surface)?
Thank you in advance!
4 Kommentare
Matt J
am 4 Jul. 2023
Yes, it runs now but you should run it for us so we can see what it produces (but I've done it for you now).
Akzeptierte Antwort
Image Analyst
am 5 Jul. 2023
So it seems that you are saying the spheres represent solid matter and the rest is air space or vacuum. And you want to know the pore size between the solid spheres. For that I'd start with bwdist but be aware that the air space outside the envelope of your sphere cluster will be one gigantic pore and it will be connected to all the air space (pores) inside the cluster so you really need to think about how you define pore.
0 Kommentare
Weitere Antworten (1)
Khushi Yadav
am 4 Jul. 2023
I understand that you want to read data from "Sim 1.txt" using "readmatrix" but getting error indicating that the file cannot be found or opened.
The code you provided ran successfully in my system. You can try providing the full path of the file to the "readmatrix" function, if your "Sim 1.txt" file is not located in the same directory as your MATLAB script.
For more information, you can refer to the following documentation section: If the file is not in the current folder or in a folder on the MATLAB path, then specify the full or relative path name in filename.
Hope this addresses your question!
3 Kommentare
Image Analyst
am 4 Jul. 2023
I don't see how it doesn't answer your question. I offered two possibilities
- the "pores" are the spheres (void regions) in a solid matter, or
- the "pores" are the empty space between the solid matter.
So it's got to be one or the other. Either the spheres are pores, or they're not.
Siehe auch
Kategorien
Mehr zu 2-D and 3-D Plots finden Sie in Help Center und File Exchange
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!