Open JunCEEE opened 2 years ago
JunCEEE
commented
2 years ago JunCEEE
commented
2 years ago Output for 6 keV
- Parameters object -
energy [electron_volt] The mean photon energy
photon_energy_relative_bandwidth The relative energy bandwidth
pulse_energy [joule] Total energy of the pulse
number_of_diffraction_patterns The number of diffraction patterns to generate per pmi file
pixel_size [meter] The pixel size of the detector
pixels_x Number of pixels in x direction
pixels_y Number of pixels in y direction
distance [meter] Sample to detector distance
diffraction_mpi_command The mpi command to run pysingfel
2022-09-28 17:29:24,083:SimExLite.SourceCalculators.GaussianSourceCalculator:INFO: rayleigh_length = 246.76101756197417
2022-09-28 17:29:24,083 INFO:rayleigh_length = 246.76101756197417
################################################################################
Setup initial wavefront.
Load SPB_SFX_instrument/GaussianSourceCalculator/wavefront.h5
Saving propagated wavefront to SPB_SFX_instrument/WPGPropagationCalculator/wavefront.h5
Saving history.
ALL DONE.
################################################################################
Previous module: WPGPropagationCalculator
NOT: data
NOT: history
info
misc
params
version
['arrEhor', 'arrEver']
[('arrEhor', <HDF5 dataset "arrEhor": shape (1680, 1680, 12, 2), type "<f4">), ('arrEver', <HDF5 dataset "arrEver": shape (1680, 1680, 12, 2), type "<f4">)]
Hint: This data already existed in the file SPB_SFX_instrument/GaussianSourceCalculator/wavefront.h5 in format <class 'SimExLite.WavefrontData.WPGFormat.WPGFormat'>. `cp SPB_SFX_instrument/GaussianSourceCalculat
or/wavefront.h5 source.h5` could be faster.
Will still write the data into the file source.h5 in format <class 'SimExLite.WavefrontData.WPGFormat.WPGFormat'>
R-space
(400,) (400,)
FWHM in x = 1.401e-04 m.
FWHM in y = 1.401e-04 m.
number of meaningful slices: 7
Pulse energy 0.002 J
number of meaningful slices: 4
R-space
(1680,) (1680,)
FWHM in x = 1.071e-06 m.
FWHM in y = 1.055e-06 m.
number of meaningful slices: 7
Pulse energy 0.002 J
number of meaningful slices: 4
Output for 20 keV
- - Parameters object -
energy [electron_volt] The mean photon energy
photon_energy_relative_bandwidth The relative energy bandwidth
pulse_energy [joule] Total energy of the pulse
number_of_diffraction_patterns The number of diffraction patterns to generate per pmi file
pixel_size [meter] The pixel size of the detector
pixels_x Number of pixels in x direction
pixels_y Number of pixels in y direction
distance [meter] Sample to detector distance
diffraction_mpi_command The mpi command to run pysingfel
2022-09-28 17:22:28,846:SimExLite.SourceCalculators.GaussianSourceCalculator:INFO: rayleigh_length = 74.02830526859223
2022-09-28 17:22:28,846 INFO:rayleigh_length = 74.02830526859223
################################################################################
Setup initial wavefront.
Load SPB_SFX_instrument/GaussianSourceCalculator/wavefront.h5
Saving propagated wavefront to SPB_SFX_instrument/WPGPropagationCalculator/wavefront.h5
Saving history.
ALL DONE.
################################################################################
Previous module: WPGPropagationCalculator
NOT: data
NOT: history
info
misc
params
version
['arrEhor', 'arrEver']
[('arrEhor', <HDF5 dataset "arrEhor": shape (1680, 1680, 12, 2), type "<f4">), ('arrEver', <HDF5 dataset "arrEver": shape (1680, 1680, 12, 2), type "<f4">)]
Hint: This data already existed in the file SPB_SFX_instrument/GaussianSourceCalculator/wavefront.h5 in format <class 'SimExLite.WavefrontData.WPGFormat.WPGFormat'>. `cp SPB_SFX_instrument/GaussianSourceCalculator/wavefront.h5 source.h5` could be faster.
Will still write the data into the file source.h5 in format <class 'SimExLite.WavefrontData.WPGFormat.WPGFormat'>
R-space
(400,) (400,)
FWHM in x = 1.019e-04 m.
FWHM in y = 1.019e-04 m.
number of meaningful slices: 7
Pulse energy 0.002 J
number of meaningful slices: 4
R-space
(1680,) (1680,)
FWHM in x = 7.554e-07 m.
FWHM in y = 7.489e-07 m.
number of meaningful slices: 7
Pulse energy 0.002 J
number of meaningful slices: 4
JunCEEE
commented
2 years ago The spb branch for this development: https://github.com/PaNOSC-ViNYL/instrument_database/tree/spb