QMC + two polytropes for Steiner15un. More...

Detailed Description

This class attempts to expand the parameter distributions for $ a $ and $\alpha$ and re-cast the paramters $ b $ and $\beta$ into $ S $ and $ L $ .

$\begin{eqnarray*} a &=& 4~\mathrm{to}~16~[\mathrm{MeV}] \nonumber \\ \alpha &=& 0~\mathrm{to}~1 \nonumber \\ S &=& 28~\mathrm{to}~38~[\mathrm{MeV}]\nonumber \\ L &=& 0~\mathrm{to}~120~[\mathrm{MeV}] \end{eqnarray*}$

Polytropes are added at high density similar to bamr::two_polytropes, and the four parameters are index1, trans1, index2, and trans2. The parameter limits are a bit different, the indices are allowed to be between 0.2 and 8.0 and the transition densities are allowed to be between 0.75 and 8.0 $\mathrm{fm}^{-4}$ .

Definition at line 604 of file models.h.

#include <models.h>

Inheritance diagram for bamr::qmc_twop:

Public Member Functions
virtual void	low_limits (entry &e)
	Set the lower boundaries for all the parameters, masses, and radii.

virtual void	high_limits (entry &e)
	Set the upper boundaries for all the parameters, masses, and radii.

virtual std::string	param_name (size_t i)
	Return the name of parameter with index `i`.

virtual std::string	param_unit (size_t i)
	Return the unit of parameter with index `i`.

virtual void	compute_eos (entry &e, int &success, std::ofstream &scr_out)
	Compute the EOS corresponding to parameters in `e` and put output in `tab_eos`.

virtual void	first_point (entry &e)
	Function to compute the initial guess.

Public Member Functions inherited from bamr::two_polytropes
virtual void	setup_params (o2scl::cli &cl)
	Setup new model parameters.

virtual void	remove_params (o2scl::cli &cl)
	Remove model-specific parameters.

virtual void	baryon_density_point (double &n1, double &e1)
	A point to calibrate the baryon density with. More...

	two_polytropes ()
	Create a model object.

Public Member Functions inherited from bamr::model
virtual void	compute_mr (entry &e, std::ofstream &scr_out, o2scl::o2_shared_ptr< o2scl::table_units<> >::type tab_mvsr, int &success)
	Compute the M-R curve directly.

Data Fields
double	rho0
	Saturation density in $\mathrm{fm}^{-3}$ .

double	rho_trans
	Transition density (default 0.16, different than bamr::qmc_neut)

Data Fields inherited from bamr::model
nstar_cold2	cns
	TOV solver and storage for the EOS table.

Additional Inherited Members
Protected Attributes inherited from bamr::two_polytropes
o2scl::cli::parameter_double	p_kin_sym
	Parameter for kinetic part of symmetry energy.

o2scl::eos_had_schematic	se
	Low-density EOS.

o2scl::fermion	neut
	Neutron for se.

o2scl::fermion	prot
	Proton for se.

double	nb_n1
	The fiducial baryon density.

double	nb_e1
	The fiducial energy density.

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

models.h

Detailed Description

Public Member Functions

Data Fields

Additional Inherited Members