CEA Codes forum

Dear Didier,
While plotting the Hofmann chart, the value of the tune depression goes beyond 1 which should not happen in principle. May you please suggest a solution if possible. I am attaching a plot for your reference.

Thank you
With Regards
Abhishek Pathak

Dear Didier,
Thank you very much. I will use the updated version and let you know if the problem persists.

Thank you

With Regards
Abhishek Pathak

Dear Didier, I am using Windows 10 and the remote desktop connection that comes with it. I can tell you that I encounter a "critical segmentation error" ( not every time but often) when I log in from my laptop (running Windows 10) to my workstation (running Windows 10) using the remote desktop conne...

Dear Shliu and Didier, I also face this error when I run TraceWin on one computer (say comp-A) and try to remote login to comp-A from another computer (say comp-B) using a remote desktop application. As far as I know, this error has nothing to do with error studies. Even if I perform general simulat...

Dear Didier,
While using the command,
ERROR_GAUSSIAN_CUT_OFF cut-off
the value of the variable cut-off should be in terms of rms? For instance 1 for rms, 2 for two times rms and so on.

Thank you

With Regards
Abhishek

Dear Didier,
Thank you, I really appreciate such a quick update from your side.

With Regards
Abhishek

Dear Didier, Thank you very much for the explanation. I was concerned because I observed significant particle loss for my lattice and was wondering if it is because of the large deviation from the rms misalignment that I have chosen to perform my error studies. In certain cases, we would like to kee...

Dear Didier,
Does it mean that the error can be arbitrarily large following the infinite tail of the Gaussian distribution? Is there a way to define a cutoff?

Thank you

With Regards
Abhishek Pathak

Dear Didier, While using the command, ERROR_QUAD_NCPL_STAT N r(0/1/2/4/5), dx(mm), dy(mm), φx(°), φy(°), φz(°), dG(%), dz(mm) , dG3(%), dG4(%), dG5(%), dG6(%), Nb [/i][/b] if I chose r=2 for Gaussian distribution, what is the cutoff value for the distribution that the code takes (is it three times R...

Dear Didier,
Thank you very much.

With Regards
Abhishek Pathak