Configuration options for the Bertini cascade model. More...

#include <CascadeOptions.hh>

Public Member Functions
CELER_FUNCTION	operator bool () const
	Whether all data are assigned and valid.

Public Attributes
bool	use_precompound = false
	Top-level Configuration flags. More...

bool	use_abla = false
	The flag for using ABLA data.

bool	use_three_body_mom = false
	The flag for using the three body momentum.

bool	use_phase_space = false
	The flag for using the phase space.

bool	do_coalescence = true
	The flag for applying coalescence.

real_type	prob_pion_absorption = 0
	The probability for the pion-nucleon absorption.

bool	use_two_params = false
	Nuclear structure parameters. More...

real_type	radius_scale = 2.81967
	The scale for the nuclear radius in [femtometer].

real_type	radius_small = 8
	The radius scale for small A (A < 4)

real_type	radius_alpha = 0.7
	The radius scale for alpha (A = 4)

real_type	radius_trailing = 0
	The trailing factor for the nuclear radius.

real_type	fermi_scale = 1932
	The scale for the Fermi radius in [MeV/c].

real_type	xsec_scale = 1
	The scale for cross sections.

real_type	gamma_qd_scale = 1
	The scale for the quasi-deuteron cross section of gamma.

real_type	dp_max_doublet = 0.09
	Final-state clustering cuts. More...

real_type	dp_max_triplet = 0.108
	The final state clustering cut (3 clusters)

real_type	dp_max_alpha = 0.115
	The final state clustering cut (4 clusters)

Detailed Description

Configuration options for the Bertini cascade model.

Member Data Documentation

real_type celeritas::CascadeOptions::dp_max_doublet = 0.09

Final-state clustering cuts.

The final state clustering cut (2 clusters)

bool celeritas::CascadeOptions::use_precompound = false

Top-level Configuration flags.

The flag for using the PreCompound model

bool celeritas::CascadeOptions::use_two_params = false

Nuclear structure parameters.

The flag for using two parameters for the nuclear radius

The documentation for this struct was generated from the following file: