mod__hd_8t_source.html

!> Module containing all hydrodynamics

module mod_hd

  use mod_hd_phys

  use mod_hd_hllc

  use mod_hd_roe

  use mod_hd_eos

  use mod_eos, only: eos


  use mod_amrvac


  implicit none

  public


contains


  subroutine hd_activate()

    call hd_phys_init()

    call hd_hllc_init()

    call hd_roe_init()

    call hd_link_eos()


  end subroutine hd_activate


end module mod_hd

mod_amrvac
This module contains modules that users could want to have in their mod_usr.t code,...
Definition mod_amrvac.t:3

mod_eos
Equation of state for AMRVAC, handled through a single eos_container object.
Definition mod_eos.t:30

mod_hd_eos
HD <-> EoS seam: binds the eos% authority into hydrodynamics.
Definition mod_hd_eos.t:15

mod_hd_eos::hd_link_eos
subroutine, public hd_link_eos()
Link the appropriate EOS conversion routines based on the selected EoS type.
Definition mod_hd_eos.t:43

mod_hd_hllc
Hydrodynamics HLLC module.
Definition mod_hd_hllc.t:2

mod_hd_hllc::hd_hllc_init
subroutine, public hd_hllc_init()
Definition mod_hd_hllc.t:13

mod_hd_phys
Hydrodynamics physics module.
Definition mod_hd_phys.t:2

mod_hd_phys::hd_phys_init
subroutine, public hd_phys_init()
Initialize the module.
Definition mod_hd_phys.t:288

mod_hd_roe
Module with Roe-type Riemann solver for hydrodynamics.
Definition mod_hd_roe.t:2

mod_hd_roe::hd_roe_init
subroutine, public hd_roe_init()
Definition mod_hd_roe.t:20

mod_hd
Module containing all hydrodynamics.
Definition mod_hd.t:2

mod_hd::hd_activate
subroutine hd_activate()
Definition mod_hd.t:17