CEA Codes forum

Dear Lennert,

It's fixed, please upgrade your code.

Regards,

Didier

Dear Lennert,

I tried it with one of my projects and didn't see any difference, so I'd really need your specific case (your project files) to understand the problem you're having.

Regards,

Didier

Dear Emmanuel,

Cripts, I've given are only examples, they obviously need to be adapted keeping the inputs and outputs compatible.

Regards,

Didier

Dear Emmanuel,

I don't think we understand each other, so if you could give me a call, it would be easier,

Regards,

Didier

Dear Warson, I don't quite understand your question. In fact, I set a field law, Eo(n), and the synchronous phase loi, Ps(n), to design my DTL in GenDTL. I know from experience how to set them to have acceptable phase advances (mainly depending on Eo(n) and Ps(n)) and longitudinal acceptance (mainly...

Hi Emmanuel, The 3 scripts " tw_job_run.sh ", " tw_job_status.sh ", " tw_job_kill.sh ", given as examples in the manual must be modified to suit your cluster. Then, the first step is to check that the 3 routines work correctly by hand without going through twserver. - Can you launch a job via ‘tw_jo...

Dear Warson,

Sorry, I'm not at all RF expert, have a look on the SuperFish manual to see the detailed method of the solver.

Regards,

Didier

Dear Warson, In the design process, does GenDTL input the geometry of the first cell into Superfish, calculate the electric field distribution of this cell, and adjust the geometry of the cell through multiple iterations to achieve the required E0 and synchronous phase? Then this process is repeated...

Dear Warson, I'm not sure I understand your question. What I can tell you is that the amplitude of the electric field is an input to the calculation performed by SuperFish. It's up to you to define it via GenDTL GUI for each cell, bearing in mind that it can vary from one cell to another but only to...

Dear Shliu, The closer your beam dispersion is to -50%, the longer it will take to get from one position to another, because in this specific transport mode (SUPERPOSE_MAP_OUT, field map curving trajectory), transport progresses in time and not in z. So when some particles have very low energy, it t...