you can use any text editor for writing FF scripts. if you mean syntax highlighting, yes you can use VS Code or Pulsar (the successor of Atom) and install the availabe FreeFEM language syntax highlighting.
You read my minds, I was looking for this video:) If you could show a heat equation with a source spatial and changing in time heat source, it would blow my mind :D
@@TuxRiders I am looking forward to seeing next movies. And if you could present a heat source with characteristic changing within time and space, I promise I will watch all your movies without skipping any advertisements:D I tried to simulate heat wave issue in FreeFEM and I failed. So, a heat source which moves and generates pulses of energy. I really look forward to seeing it. Thanks!
@@rozumekmaly9581 haha, I don't make money with these videos, so feel free to skip any ad they show you :)). the simulation you mention is indeed very interesting to implement and also discuss here. will work on it.
you can always interrupt the code execution by pressing Ctrl+C in Linux. in Windows, you can simply try to close the execution window. if you mean doing this programmatically, you can use the exit() function.
SalomeMeca is a finite element analysis program, which features a GUI allowing you to setup your problem (including mesh generation, preprocessing, BC definition, etc.). but FreeFEM is a finite element framework to solve partial differential equation, so you need to know the equation you want to solve and derive the weak form first. I think the best way to compare them is to see how to solve a single problem in both, showing you the fundamental difference they have. you can find these videos in this playlist: ruclips.net/p/PL6fjYEpJFi7VgHQb-mr5giy2FQyf5y04L. more specifically, these are the videos I'm talking about: ruclips.net/video/cyH2k30szZE/видео.html and ruclips.net/video/nnWhlJz3Tpk/видео.html.
![[FreeFEM 2] 2D mesh generation in FreeFEM](http://i.ytimg.com/vi/R1gzcwBWmv0/mqdefault.jpg)
![[FreeFEM 2] 2D mesh generation in FreeFEM](/img/tr.png)
![[FreeFEM 3] 3D mesh generation and handling in FreeFEM](/img/1.gif)
This is so awesome, thanks for your great work!
My pleasure :)
and another question that all mixed finite element are capable to apply using freefem
yes, you can use mixed formulation in FreeFEM.
is there any way to use some sort of SOFTWARE AS INTERFACE except notepad++
you can use any text editor for writing FF scripts. if you mean syntax highlighting, yes you can use VS Code or Pulsar (the successor of Atom) and install the availabe FreeFEM language syntax highlighting.
You read my minds, I was looking for this video:) If you could show a heat equation with a source spatial and changing in time heat source, it would blow my mind :D
Great suggestion! I will start to discuss a couple of mini-projects after covering the most essential concepts of FreeFEM.
@@TuxRiders I am looking forward to seeing next movies. And if you could present a heat source with characteristic changing within time and space, I promise I will watch all your movies without skipping any advertisements:D I tried to simulate heat wave issue in FreeFEM and I failed. So, a heat source which moves and generates pulses of energy. I really look forward to seeing it. Thanks!
@@rozumekmaly9581 haha, I don't make money with these videos, so feel free to skip any ad they show you :)). the simulation you mention is indeed very interesting to implement and also discuss here. will work on it.
@@TuxRiders Thank you so much, I really appreciated that.
Hi, is there a way to cancel running code in freeFEM?
you can always interrupt the code execution by pressing Ctrl+C in Linux. in Windows, you can simply try to close the execution window. if you mean doing this programmatically, you can use the exit() function.
How does FreeFEM compare to SalomeMeca
SalomeMeca is a finite element analysis program, which features a GUI allowing you to setup your problem (including mesh generation, preprocessing, BC definition, etc.). but FreeFEM is a finite element framework to solve partial differential equation, so you need to know the equation you want to solve and derive the weak form first. I think the best way to compare them is to see how to solve a single problem in both, showing you the fundamental difference they have. you can find these videos in this playlist: ruclips.net/p/PL6fjYEpJFi7VgHQb-mr5giy2FQyf5y04L. more specifically, these are the videos I'm talking about: ruclips.net/video/cyH2k30szZE/видео.html and ruclips.net/video/nnWhlJz3Tpk/видео.html.