ICFERST  22-06
Reservoir simulator based on DCVFEM, Dynamic Mesh optimisation and Surface-based modelling
Public Attributes | List of all members
multi_data_types::multi_discretization_opts Type Reference

This type includes the necessary information to choose from the different discretization options available They are a mistery even for the most advanced wizards of the realm... hopefully they can be removed in the future These parameters represent the degree of discretisation used, they are in general hardcoded based on the precision requested by the user so as said, to be removed in the future hopefully. More...

Public Attributes

integer cv_ele_type
 
integer p_ele_type
 
integer u_ele_type
 
integer mat_ele_type
 
integer u_sele_type
 
integer cv_sele_type
 
integer t_disopt
 
integer v_disopt
 
real t_beta
 
real v_beta
 
real t_theta
 
real v_theta
 
real u_theta
 
real u_beta
 
real compcoeff
 
real compoptval
 
integer t_dg_vel_int_opt
 
integer u_dg_vel_int_opt
 
integer v_dg_vel_int_opt
 
integer w_dg_vel_int_opt
 
integer in_ele_upwind
 
integer dg_ele_upwind
 
integer nits_flux_lim_t
 
integer nits_flux_lim_volfra
 
integer nits_flux_lim_comp
 
integer nits_flux_lim_c
 
logical volfra_use_theta_flux
 
logical volfra_get_theta_flux
 
logical comp_use_theta_flux
 
logical comp_get_theta_flux
 
logical t_use_theta_flux
 
logical t_get_theta_flux
 
logical scale_momentum_by_volume_fraction
 
logical compopt
 

Detailed Description

This type includes the necessary information to choose from the different discretization options available They are a mistery even for the most advanced wizards of the realm... hopefully they can be removed in the future These parameters represent the degree of discretisation used, they are in general hardcoded based on the precision requested by the user so as said, to be removed in the future hopefully.

Member Data Documentation

◆ comp_get_theta_flux

logical multi_data_types::multi_discretization_opts::comp_get_theta_flux

◆ comp_use_theta_flux

logical multi_data_types::multi_discretization_opts::comp_use_theta_flux

◆ compcoeff

real multi_data_types::multi_discretization_opts::compcoeff

◆ compopt

logical multi_data_types::multi_discretization_opts::compopt

◆ compoptval

real multi_data_types::multi_discretization_opts::compoptval

◆ cv_ele_type

integer multi_data_types::multi_discretization_opts::cv_ele_type

◆ cv_sele_type

integer multi_data_types::multi_discretization_opts::cv_sele_type

◆ dg_ele_upwind

integer multi_data_types::multi_discretization_opts::dg_ele_upwind

◆ in_ele_upwind

integer multi_data_types::multi_discretization_opts::in_ele_upwind

◆ mat_ele_type

integer multi_data_types::multi_discretization_opts::mat_ele_type

◆ nits_flux_lim_c

integer multi_data_types::multi_discretization_opts::nits_flux_lim_c

◆ nits_flux_lim_comp

integer multi_data_types::multi_discretization_opts::nits_flux_lim_comp

◆ nits_flux_lim_t

integer multi_data_types::multi_discretization_opts::nits_flux_lim_t

◆ nits_flux_lim_volfra

integer multi_data_types::multi_discretization_opts::nits_flux_lim_volfra

◆ p_ele_type

integer multi_data_types::multi_discretization_opts::p_ele_type

◆ scale_momentum_by_volume_fraction

logical multi_data_types::multi_discretization_opts::scale_momentum_by_volume_fraction

◆ t_beta

real multi_data_types::multi_discretization_opts::t_beta

◆ t_dg_vel_int_opt

integer multi_data_types::multi_discretization_opts::t_dg_vel_int_opt

◆ t_disopt

integer multi_data_types::multi_discretization_opts::t_disopt

◆ t_get_theta_flux

logical multi_data_types::multi_discretization_opts::t_get_theta_flux

◆ t_theta

real multi_data_types::multi_discretization_opts::t_theta

◆ t_use_theta_flux

logical multi_data_types::multi_discretization_opts::t_use_theta_flux

◆ u_beta

real multi_data_types::multi_discretization_opts::u_beta

◆ u_dg_vel_int_opt

integer multi_data_types::multi_discretization_opts::u_dg_vel_int_opt

◆ u_ele_type

integer multi_data_types::multi_discretization_opts::u_ele_type

◆ u_sele_type

integer multi_data_types::multi_discretization_opts::u_sele_type

◆ u_theta

real multi_data_types::multi_discretization_opts::u_theta

◆ v_beta

real multi_data_types::multi_discretization_opts::v_beta

◆ v_dg_vel_int_opt

integer multi_data_types::multi_discretization_opts::v_dg_vel_int_opt

◆ v_disopt

integer multi_data_types::multi_discretization_opts::v_disopt

◆ v_theta

real multi_data_types::multi_discretization_opts::v_theta

◆ volfra_get_theta_flux

logical multi_data_types::multi_discretization_opts::volfra_get_theta_flux

◆ volfra_use_theta_flux

logical multi_data_types::multi_discretization_opts::volfra_use_theta_flux

◆ w_dg_vel_int_opt

integer multi_data_types::multi_discretization_opts::w_dg_vel_int_opt
The documentation for this type was generated from the following file: