pysrw.lib.srwlib.srwl_opt_setup_bumps

pysrw.lib.srwlib.srwl_opt_setup_bumps(_ampl, _sx, _sy, _n, _delta, _atten_len, _rx, _ry, _xc=0, _yc=0, _nx=1001, _ny=1001, _n_sig=4, _ampl_min=None, _sx_min=None, _sy_min=None, _seed=None)

Setup Transmission type Optical Element which simulates a set of Gaussian-shape “Bumps” randomly placed in transverse plane :param _ampl: amplitude of bumps [m] or list of min. and max. amplitudes :param _sx: horizontal FWHM size of bumps [m] or list of min. and max. horizontal sizes :param _sy: vertical FWHM size of bumps [m] or list of min. and max. vertical sizes :param _n: number of bumps or list of numbers of bumps of different types :param _delta: refractive index decrement of bump material or list of refractive index decrements of bump materials :param _atten_len: attenuation length of bump material [m] or list of attenuation lengths of bump materials :param _rx: horizontal coordiate range over which bumps are distributed [m] :param _ry: vertical coordiate range over which bumps are distributed [m] :param _xc: horizontal coordinate of center [m] of the interval / range over bumps are applied [m] :param _yc: vertical coordinate of center [m] of the interval / range over bumps are applied [m] :param _nx: number of points vs horizontal position to represent the transmission element :param _ny: number of points vs vertical position to represent the transmission element :param _n_sig: number of sigmas of each Gaussian to take into acount on each side of center position (i.e. only these x, y values will be used: -_n_sig*sigX < x < _n_sig*sigX, -_n_sig*sigY < y < _n_sig*sigY) :param _ampl_min: minimal amplitude of bumps [m]; if it defined, _ampl is treated as maximal amplitude, and the bump amplitude is evenly and randomly distributed between the two values :param _sx_min: minimal horizontal FWHM size of bumps [m]; if it defined, _sx is treated as maximal horizontal size, and the bump horizontal size is evenly and randomly distributed between the two values :param _sy_min: minimal vertical FWHM size of bumps [m]; if it defined, _sy is treated as maximal vertical size, and the bump vertical size is evenly and randomly distributed between the two values :param _seed: integer number to be used to seed random placing of bumps (in None, the seeding will be made from current time) :return: transmission (SRWLOptT) type optical element which simulates a set of Gaussian-shape “Bumps” randomly placed in transverse plane