pysrw.lib.srwlpy

srwlpy module is Python binding of Synchrotron Radiation Workshop (SRW) Library

Functions

CalcElecFieldGaussian	CalcElecFieldGaussian() Calculates Electric Field (Wavefront) of a coherent Gaussian Beam
CalcElecFieldPointSrc	CalcElecFieldPointSrc() Calculates Electric Field (Wavefront) of a spherical wave
CalcElecFieldSR	CalcElecFieldSR() Calculates Electric Field (Wavefront) of Synchrotron Radiation by a relativistic charged particle traveling in external 3D magnetic field
CalcIntFromElecField	CalcIntFromElecField() Calculates/extracts Intensity from pre-calculated Electric Field
CalcMagnField	CalcMagnField() Calculates (tabulates) 3D magnetic field created by multiple elements
CalcPartTraj(...)
CalcPartTrajFromKickMatr	CalcPartTrajFromKickMatr() Calculates charged particle trajectory from an array of kick matrices
CalcPowDenSR	CalcPowDenSR() Calculates Power Density distribution of Synchrotron Radiation by a relativistic finite-emittance electron beam traveling in arbitrary magnetic field
CalcStokesUR	CalcStokesUR() Calculates Stokes parameters of Synchrotron Radiation by a relativistic finite-emittance electron beam traveling in periodic magnetic field of an undulator
CalcTransm	CalcTransm() Calculates / sets up transmission object for complicated cases, such as simulation of scattering from a set of 3D nano-objects
ProcElecField(...)
PropagElecField	PropagElecField() "Propagates" Electric Field Wavefront through Optical Elements and free space
ResizeElecField	ResizeElecField() "Resizes" Electric Field Wavefront vs transverse positions / angles or photon energy / time
ResizeElecFieldMesh	ResizeElecFieldMesh() "Resizes" Electric Field Wavefront vs transverse positions / angles or / and photon energy / time according to given mesh parameters
SetRepresElecField	SetRepresElecField() Changes Representation of Electric Field: coordinates<->angles, frequency<->time
UtiConvWithGaussian(...)
UtiFFT(...)
UtiIntInf	UtiIntInf() Calculates basic statistical characteristics of intensity distribution
UtiIntProc	UtiIntProc() Performs misc.
UtiUndFindMagFldInterpInds	UtiUndFindMagFldInterpInds() Finds indexes of undulator gap and phase values and associated magnetic fields requiired to be used in field interpolation based on gap and phase
UtiUndFromMagFldTab	UtiUndFromMagFldTab() Attempts to create periodic undulator structure from tabulated magnetic field
UtiVer	UtiVerNo() Returns version number / ID of SRW for Python