Discussion Closed This discussion was created more than 6 months ago and has been closed. To start a new discussion with a link back to this one, click here.
how to track the area surrounded by two contours
Posted 17 janv. 2017, 16:24 UTC−5 Heat Transfer & Phase Change, Geometry, Results & Visualization Version 5.0 2 Replies
Please login with a confirmed email address before reporting spam
Hello, everyone!
I have a short question as shown in the title. Suppose a temperature field is solved. T(x,y,t).
I can plot 2 contours e.g. c1: T(x,y,t)=20 and c2: T(x,y,t)=30. Right now I wanna calculate the area surrounded by these 2 contours, so that the result will be time-dependent area S(t).
Does anyone know how to do it?
Thanks a lot!
I have a short question as shown in the title. Suppose a temperature field is solved. T(x,y,t).
I can plot 2 contours e.g. c1: T(x,y,t)=20 and c2: T(x,y,t)=30. Right now I wanna calculate the area surrounded by these 2 contours, so that the result will be time-dependent area S(t).
Does anyone know how to do it?
Thanks a lot!
Attachments:
2 Replies Last Post 17 janv. 2017, 23:27 UTC−5
Please login with a confirmed email address before reporting spam
Posted:
8 years ago
I guess you can use logic conditions to do that, e.g., f*((T<T1)&&(T>T2))
--
Pu, ZHANG
DTU Fotonik
--
Pu, ZHANG
DTU Fotonik
Please login with a confirmed email address before reporting spam
Posted:
8 years ago
Dear Zhang,
I appreciate so much for your hint. It does work for me.
BTW, do you know how to calculate the length of the contour c1, so that I can have L(t)= length of c1(t).
Thanks again!
I appreciate so much for your hint. It does work for me.
BTW, do you know how to calculate the length of the contour c1, so that I can have L(t)= length of c1(t).
Thanks again!