! File: module_ejecta_generic_access.f90 ! Authors: Francesco Torsello (FT) !************************************************************************ ! Copyright (C) 2020-2023 Francesco Torsello * ! * ! This file is part of SPHINCS_ID * ! * ! SPHINCS_ID is free software: you can redistribute it and/or modify * ! it under the terms of the GNU General Public License as published by * ! the Free Software Foundation, either version 3 of the License, or * ! (at your option) any later version. * ! * ! SPHINCS_ID is distributed in the hope that it will be useful, * ! but WITHOUT ANY WARRANTY; without even the implied warranty of * ! MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * ! GNU General Public License for more details. * ! * ! You should have received a copy of the GNU General Public License * ! along with SPHINCS_ID. If not, see . * ! The copy of the GNU General Public License should be in the file * ! 'COPYING'. * !************************************************************************ SUBMODULE (ejecta_generic) access !*************************************************** ! !# The module contains the implementation of the ! methods of TYPE ejecta that allow to ! access PRIVATE members. ! ! FT xx.11.2021 ! !*************************************************** IMPLICIT NONE CONTAINS !----------------------------! !-- OVERRIDING FUNCTIONS --! !----------------------------! MODULE PROCEDURE get_mass !************************************************ ! !# Returns the baryon mass of the system [\(M_\odot\)] ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE CALL this% check_i_matter(i_matter) get_mass= this% masses(i_matter) END PROCEDURE get_mass MODULE PROCEDURE get_adm_mass !************************************************ ! !# Returns 0 (the ADM mass is not necessarily ! known for this TYPE) ! ! FT 03.11.2022 ! !************************************************ USE utility, ONLY: zero IMPLICIT NONE get_adm_mass= zero END PROCEDURE get_adm_mass MODULE PROCEDURE get_radii !************************************************ ! !# Returns the radii of the system [\(L_\odot\)] ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE CALL this% check_i_matter(i_matter) get_radii= this% sizes(i_matter,:) END PROCEDURE get_radii MODULE PROCEDURE get_center !************************************************ ! !# Returns the center of the system [\(L_\odot\)] ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE CALL this% check_i_matter(i_matter) get_center= this% centers(i_matter,:) END PROCEDURE get_center MODULE PROCEDURE get_barycenter !************************************************ ! !# Returns the barycenter of the system [\(L_\odot\)] ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE CALL this% check_i_matter(i_matter) get_barycenter= this% barycenters(i_matter,:) END PROCEDURE get_barycenter MODULE PROCEDURE get_eos !************************************************ ! !# Returns the |eos| name of the system ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE CALL this% check_i_matter(i_matter) get_eos= "APR4" END PROCEDURE get_eos !-----------------! !-- FUNCTIONS --! !-----------------! MODULE PROCEDURE get_gamma !************************************************ ! !# Returns the value of [[ejecta:gamma]], the ! polytropic index for polytropic EOS, ! not piecewise polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_gamma= this% gamma END PROCEDURE get_gamma MODULE PROCEDURE get_kappa !************************************************ ! !# Returns the value of [[ejecta:kappa]], the ! polytropic constant for polytropic ! EOS, not piecewise polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_kappa= this% kappa END PROCEDURE get_kappa MODULE PROCEDURE get_npeos !************************************************ ! !# Returns the identifier of the EOS for the system ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_npeos= this% npeos END PROCEDURE get_npeos MODULE PROCEDURE get_gamma0 !************************************************ ! !# Returns the value of [[ejecta:gamma0]], the crust's ! polytropic index for the system with piecewise ! polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_gamma0= this% gamma0 END PROCEDURE get_gamma0 MODULE PROCEDURE get_gamma1 !************************************************ ! !# Returns the value of [[ejecta:gamma1]], the first ! polytropic index for the system with piecewise ! polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_gamma1= this% gamma1 END PROCEDURE get_gamma1 MODULE PROCEDURE get_gamma2 !************************************************ ! !# Returns the value of [[ejecta:gamma2]], the second ! polytropic index for NS 2 with piecewise ! polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_gamma2= this% gamma2 END PROCEDURE get_gamma2 MODULE PROCEDURE get_gamma3 !************************************************ ! !# Returns the value of [[ejecta:gamma3]], the third ! polytropic index for the system with piecewise ! polytropic EOS (innermost index) ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_gamma3= this% gamma3 END PROCEDURE get_gamma3 MODULE PROCEDURE get_kappa0 !************************************************ ! !# Returns the value of [[ejecta:kappa0]], the crust's ! polytropic constant for the system with piecewise ! polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_kappa0= this% kappa0 END PROCEDURE get_kappa0 MODULE PROCEDURE get_kappa1 !************************************************ ! !# Returns the value of [[ejecta:kappa1]], the first ! polytropic constant for the system with piecewise ! polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_kappa1= this% kappa1 END PROCEDURE get_kappa1 MODULE PROCEDURE get_kappa2 !************************************************ ! !# Returns the value of [[ejecta:kappa2]], the second ! polytropic constant for the system with piecewise ! polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_kappa2= this% kappa2 END PROCEDURE get_kappa2 MODULE PROCEDURE get_kappa3 !************************************************ ! !# Returns the value of [[ejecta:kappa3]], the third ! polytropic constant for the system with piecewise ! polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_kappa3= this% kappa3 END PROCEDURE get_kappa3 MODULE PROCEDURE get_logp1 !************************************************ ! !# Returns the value of [[ejecta:logp1]], the base 10 ! logarithm of the pressure where the gamma1 ! polytrope starts, for the system with piecewise ! polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_logp1= this% logp1 END PROCEDURE get_logp1 MODULE PROCEDURE get_logRho0 !************************************************ ! !# Returns the value of [[ejecta:logRho0]], the base 10 ! logarithm of the mass density where the ! \(\gamma_1\) polytrope starts, for the system with ! piecewise polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_logRho0= this% logRho0 END PROCEDURE get_logRho0 MODULE PROCEDURE get_logRho1 !************************************************ ! !# Returns the value of [[ejecta:logRho1]], the base 10 ! logarithm of the mass density where the ! \(\gamma_2\) polytrope starts, for the system with ! piecewise polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_logRho1= this% logRho1 END PROCEDURE get_logRho1 MODULE PROCEDURE get_logRho2 !************************************************ ! !# Returns the value of [[ejecta:logRho2]], the base 10 ! logarithm of the mass density where the ! \(\gamma_3\) polytrope starts, for the system with ! piecewise polytropic EOS ! ! FT xx.11.2021 ! !************************************************ IMPLICIT NONE get_logRho2= this% logRho2 END PROCEDURE get_logRho2 MODULE PROCEDURE get_eos_id !************************************************** ! !# Returns the |sphincsid| identifier of the |eos| ! of the system ! ! FT 19.11.2021 ! !************************************************** IMPLICIT NONE get_eos_id= this% eos_id END PROCEDURE get_eos_id MODULE PROCEDURE get_eos_parameters !************************************************** ! !# Returns the |eos| parameters of the system ! @todo extend to handle single polytropes and tabulated ! ! FT 19.11.2021 ! !************************************************** IMPLICIT NONE ! TODO: Implement single polytropes. Only piecewise polytropes are ! supported so far. eos_params= [ DBLE(this% eos_id), DBLE(this% npeos), & this% gamma0, this% gamma1, this% gamma2, this% gamma3, & this% kappa0, this% kappa1, this% kappa2, this% kappa3, & this% logP1, & this% logRho0, this% logRho1, this% logRho2 ] END PROCEDURE get_eos_parameters END SUBMODULE access