McCode
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The home of the McStas (neutrons) and McXtrace (x-rays) Monte-Carlo ray-tracing instrument simulation codes.
Hi, my name is Shuqi Xu, currently working remotely for the HighNESS project of ESS. I am using McStas-3.1 + NCrystal-3.2.0 to simulate the measurements performed at IN5 provided by...
(Initial bug report from @g5t) In the attached example, two slits rotated in opposite directions are placed in a GROUP. As long as Ang=0 (i.e. the slits are not rotated),...
For the latest `v3.1` release available for (at least) x86_64 linux and macOS, attempting to interactively configure an instrument via `mcgui` raises a `TypeError`. ## Steps to reproduce the error...
[MITR_4DH4.zip](https://github.com/McStasMcXtrace/McCode/files/9330250/MITR_4DH4.zip) ![stops at 1 4e9](https://user-images.githubusercontent.com/75742981/184456506-61eb6f93-6620-45a8-b5e6-d9649c396fe9.png) When running the attached .instr file on Windows, the simulation consistently stops after generating around 1.4e9 neutrons. See the interruption of the progression bar on...
Seen on Windows in a (big) MPI-run with 72 cores. After the end of simulation, dataset was not plot-able, mcplot output: ``` /Applications/McStas-3.1.app/Contents/Resources/mcstas/3.1/tools/Python/mcplot/pyqtgraph/plotfuncs.py:183: VisibleDeprecationWarning: Creating an ndarray from ragged nested...
On mccode-3: - to be removed since new code structure is (currently) not compatible On master: - move to Legacy-perl-cmdline - Add patch to call code-generator with full path -...
Along the lines of `nvc -fast -Minfo=accel -acc=gpu main.c`
Discussion if any should take place at https://github.com/mctools/mcpl/issues/59
Use X-ray lib to simulate the energy and probability of fluorescence lines: - http://lvserver.ugent.be/xraylib-web/index.php?xrlFunction=FluorYield&Element=26&ElementOrCompound=FeSO4&Compound=Ca5%28PO4%293&AugerTransa=K&AugerTransb=L2&AugerTransc=M3&Linename1a=K&Linename1b=L3&Linename2=KA1_LINE&LinenameSwitch=ALL&NISTcompound=Gadolinium+Oxysulfide&RadioNuclide=55Fe&Shell=ALL&Energy=10.0&Theta=1.5707964&Phi=3.14159&MomentumTransfer=0.57032&CKTrans=FL12_TRANS&Density=1.0&PZ=1.0&submit=Go%21&Language=C In any case there are questions to assess: - scattering direction (4Pi ?, cone ?, etc)...