problem_constants.f90 File Reference

This module handles all problem wide constants. More...

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Modules
module	problem_constants
	This module handles all problem wide constants.

Variables
integer(intg), parameter	problem_constants::problem_no_class =0
integer(intg), parameter	problem_constants::problem_elasticity_class =1
integer(intg), parameter	problem_constants::problem_fluid_mechanics_class =2
integer(intg), parameter	problem_constants::problem_electromagnetics_class =3
integer(intg), parameter	problem_constants::problem_classical_field_class =4
integer(intg), parameter	problem_constants::problem_bioelectrics_class =5
integer(intg), parameter	problem_constants::problem_modal_class =6
integer(intg), parameter	problem_constants::problem_fitting_class =7
integer(intg), parameter	problem_constants::problem_optimisation_class =8
integer(intg), parameter	problem_constants::problem_multi_physics_class =9
integer(intg), parameter	problem_constants::problem_no_type =0
integer(intg), parameter	problem_constants::problem_linear_elasticity_type =1
integer(intg), parameter	problem_constants::problem_finite_elasticity_type =2
integer(intg), parameter	problem_constants::problem_linear_elasticity_contact_type =3
integer(intg), parameter	problem_constants::problem_finite_elasticity_contact_type =4
integer(intg), parameter	problem_constants::problem_stokes_equation_type =1
integer(intg), parameter	problem_constants::problem_navier_stokes_equation_type =2
integer(intg), parameter	problem_constants::problem_darcy_equation_type =3
integer(intg), parameter	problem_constants::problem_darcy_pressure_equation_type =4
integer(intg), parameter	problem_constants::problem_poiseuille_equation_type =5
integer(intg), parameter	problem_constants::problem_burgers_equation_type =6
integer(intg), parameter	problem_constants::problem_electrostatic_type =1
integer(intg), parameter	problem_constants::problem_magnetostatic_type =2
integer(intg), parameter	problem_constants::problem_maxwells_equations_type =3
integer(intg), parameter	problem_constants::problem_laplace_equation_type =1
integer(intg), parameter	problem_constants::problem_poisson_equation_type =2
integer(intg), parameter	problem_constants::problem_helmholtz_equation_type =3
integer(intg), parameter	problem_constants::problem_wave_equation_type =4
integer(intg), parameter	problem_constants::problem_advection_equation_type =5
integer(intg), parameter	problem_constants::problem_diffusion_equation_type =6
integer(intg), parameter	problem_constants::problem_advection_diffusion_equation_type =7
integer(intg), parameter	problem_constants::problem_reaction_diffusion_equation_type =8
integer(intg), parameter	problem_constants::problem_biharmonic_equation_type =9
integer(intg), parameter	problem_constants::problem_data_fitting_type =10
integer(intg), parameter	problem_constants::problem_hj_equation_type =11
integer(intg), parameter	problem_constants::problem_monodomain_equation_type =1
integer(intg), parameter	problem_constants::problem_bidomain_equation_type =2
integer(intg), parameter	problem_constants::problem_monodomain_strang_splitting_equation_type =3
integer(intg), parameter	problem_constants::problem_linear_elastic_modal_type =1
integer(intg), parameter	problem_constants::problem_finite_elasticity_darcy_type =1
integer(intg), parameter	problem_constants::problem_finite_elasticity_stokes_type =2
integer(intg), parameter	problem_constants::problem_finite_elasticity_navier_stokes_type =3
integer(intg), parameter	problem_constants::problem_diffusion_diffusion_type =4
integer(intg), parameter	problem_constants::problem_diffusion_advection_diffusion_type =5
integer(intg), parameter	problem_constants::problem_multi_compartment_transport_type =6
	Problem type for the multi-compartment coupled transport, comprising either/or/both advection-diffusion & diffusion. More...
integer(intg), parameter	problem_constants::problem_finite_elasticity_fluid_pressure_type =7
integer(intg), parameter	problem_constants::problem_bioelectric_finite_elasticity_type =8
integer(intg), parameter	problem_constants::problem_no_subtype =0
integer(intg), parameter	problem_constants::problem_quasistatic_finite_elasticity_subtype =1
integer(intg), parameter	problem_constants::problem_finite_elasticity_cellml_subtype =2
integer(intg), parameter	problem_constants::problem_multiscale_finite_elasticity_subtype =3
integer(intg), parameter	problem_constants::problem_finite_elasticity_with_growth_cellml_subtype =4
integer(intg), parameter	problem_constants::problem_le_contact_transform_reproject_subtype =1
integer(intg), parameter	problem_constants::problem_le_contact_transform_subtype =2
integer(intg), parameter	problem_constants::problem_le_contact_reproject_subtype =3
integer(intg), parameter	problem_constants::problem_fe_contact_transform_reproject_subtype =4
integer(intg), parameter	problem_constants::problem_fe_contact_transform_subtype =5
integer(intg), parameter	problem_constants::problem_fe_contact_reproject_subtype =6
integer(intg), parameter	problem_constants::problem_static_stokes_subtype =1
integer(intg), parameter	problem_constants::problem_laplace_stokes_subtype =2
integer(intg), parameter	problem_constants::problem_transient_stokes_subtype =3
integer(intg), parameter	problem_constants::problem_optimised_stokes_subtype =4
integer(intg), parameter	problem_constants::problem_ale_stokes_subtype =5
integer(intg), parameter	problem_constants::problem_pgm_stokes_subtype =6
integer(intg), parameter	problem_constants::problem_static_navier_stokes_subtype =1
integer(intg), parameter	problem_constants::problem_laplace_navier_stokes_subtype =2
integer(intg), parameter	problem_constants::problem_transient_navier_stokes_subtype =3
integer(intg), parameter	problem_constants::problem_transient_rbs_navier_stokes_subtype =9
integer(intg), parameter	problem_constants::problem_multiscale_navier_stokes_subtype =10
integer(intg), parameter	problem_constants::problem_optimised_navier_stokes_subtype =4
integer(intg), parameter	problem_constants::problem_ale_navier_stokes_subtype =5
integer(intg), parameter	problem_constants::problem_pgm_navier_stokes_subtype =6
integer(intg), parameter	problem_constants::problem_quasistatic_navier_stokes_subtype =7
integer(intg), parameter	problem_constants::problem_transient1d_navier_stokes_subtype =8
integer(intg), parameter	problem_constants::problem_coupled1d0d_navier_stokes_subtype =11
integer(intg), parameter	problem_constants::problem_transient1d_adv_navier_stokes_subtype =13
integer(intg), parameter	problem_constants::problem_coupled1d0d_adv_navier_stokes_subtype =14
integer(intg), parameter	problem_constants::problem_stree1d0d_navier_stokes_subtype =15
integer(intg), parameter	problem_constants::problem_stree1d0d_adv_navier_stokes_subtype =16
integer(intg), parameter	problem_constants::problem_standard_darcy_subtype =1
integer(intg), parameter	problem_constants::problem_quasistatic_darcy_subtype =2
integer(intg), parameter	problem_constants::problem_ale_darcy_subtype =3
integer(intg), parameter	problem_constants::problem_transient_darcy_subtype =4
integer(intg), parameter	problem_constants::problem_pgm_darcy_subtype =5
integer(intg), parameter	problem_constants::problem_pgm_transient_darcy_subtype =6
integer(intg), parameter	problem_constants::problem_static_poiseuille_subtype =1
integer(intg), parameter	problem_constants::problem_dynamic_poiseuille_subtype =2
integer(intg), parameter	problem_constants::problem_static_burgers_subtype =1
integer(intg), parameter	problem_constants::problem_dynamic_burgers_subtype =2
integer(intg), parameter	problem_constants::problem_standard_laplace_subtype =1
integer(intg), parameter	problem_constants::problem_generalised_laplace_subtype =2
integer(intg), parameter	problem_constants::problem_moving_mesh_laplace_subtype =3
integer(intg), parameter	problem_constants::problem_standard_hj_subtype =1
integer(intg), parameter	problem_constants::problem_generalised_hj_subtype =2
integer(intg), parameter	problem_constants::problem_moving_mesh_hj_subtype =3
integer(intg), parameter	problem_constants::problem_linear_source_poisson_subtype =1
integer(intg), parameter	problem_constants::problem_nonlinear_source_poisson_subtype =2
integer(intg), parameter	problem_constants::problem_linear_pressure_poisson_subtype =3
integer(intg), parameter	problem_constants::problem_nonlinear_pressure_poisson_subtype =4
integer(intg), parameter	problem_constants::problem_ale_pressure_poisson_subtype =5
integer(intg), parameter	problem_constants::problem_fitted_pressure_poisson_subtype =6
integer(intg), parameter	problem_constants::problem_extracellular_bidomain_poisson_subtype =7
integer(intg), parameter	problem_constants::problem_standard_helmholtz_subtype =2
integer(intg), parameter	problem_constants::problem_generalised_helmholtz_subtype =3
integer(intg), parameter	problem_constants::problem_no_source_diffusion_subtype =1
integer(intg), parameter	problem_constants::problem_linear_source_diffusion_subtype =2
integer(intg), parameter	problem_constants::problem_nonlinear_source_diffusion_subtype =3
integer(intg), parameter	problem_constants::problem_no_source_ale_diffusion_subtype =4
integer(intg), parameter	problem_constants::problem_linear_source_ale_diffusion_subtype =5
integer(intg), parameter	problem_constants::problem_nonlinear_source_ale_diffusion_subtype =6
integer(intg), parameter	problem_constants::problem_cellml_reac_integ_reac_diff_strang_split_subtype =1
integer(intg), parameter	problem_constants::problem_cellml_reac_eval_reac_diff_no_split_subtype =2
integer(intg), parameter	problem_constants::problem_constant_reac_diff_no_split_subtype =3
integer(intg), parameter	problem_constants::problem_no_source_advection_diffusion_subtype =1
integer(intg), parameter	problem_constants::problem_linear_source_advection_diffusion_subtype =2
integer(intg), parameter	problem_constants::problem_nonlinear_source_advection_diffusion_subtype =3
integer(intg), parameter	problem_constants::problem_no_source_ale_advection_diffusion_subtype =4
integer(intg), parameter	problem_constants::problem_linear_source_ale_advection_diffusion_subtype =5
integer(intg), parameter	problem_constants::problem_nonlinear_source_ale_advection_diffusion_subtype =6
integer(intg), parameter	problem_constants::problem_advection_subtype =7
integer(intg), parameter	problem_constants::problem_no_source_static_advec_diff_subtype =7
integer(intg), parameter	problem_constants::problem_linear_source_static_advec_diff_subtype =8
integer(intg), parameter	problem_constants::problem_nonlinear_source_static_advec_diff_subtype =9
integer(intg), parameter	problem_constants::problem_monodomain_gudunov_split_subtype =1
integer(intg), parameter	problem_constants::problem_monodomain_strang_split_subtype =2
integer(intg), parameter	problem_constants::problem_bidomain_gudunov_split_subtype =1
integer(intg), parameter	problem_constants::problem_bidomain_strang_split_subtype =2
integer(intg), parameter	problem_constants::problem_monodomain_buenoorovio_subtype =1
integer(intg), parameter	problem_constants::problem_monodomain_tentusscher06_subtype =2
integer(intg), parameter	problem_constants::problem_standard_data_fitting_subtype =1
integer(intg), parameter	problem_constants::problem_generalised_data_fitting_subtype =2
integer(intg), parameter	problem_constants::problem_mat_properties_data_fitting_subtype =3
integer(intg), parameter	problem_constants::problem_vector_data_fitting_subtype =4
integer(intg), parameter	problem_constants::problem_div_free_vector_data_fitting_subtype =5
integer(intg), parameter	problem_constants::problem_vector_data_pre_fitting_subtype =6
integer(intg), parameter	problem_constants::problem_div_free_vector_data_pre_fitting_subtype =7
integer(intg), parameter	problem_constants::problem_datapointvectorstaticfittingsubtype =8
integer(intg), parameter	problem_constants::problem_datapointvectorquasistaticfittingsubtype =9
integer(intg), parameter	problem_constants::problem_standard_elasticity_darcy_subtype =101
integer(intg), parameter	problem_constants::problem_pgm_elasticity_darcy_subtype =102
integer(intg), parameter	problem_constants::problem_quasistatic_elasticity_transient_darcy_subtype =103
integer(intg), parameter	problem_constants::problem_quasistatic_elast_trans_darcy_mat_solve_subtype =104
integer(intg), parameter	problem_constants::problem_coupled_source_diffusion_diffusion_subtype =111
integer(intg), parameter	problem_constants::problem_coupled_source_ale_diffusion_diffusion_subtype =112
integer(intg), parameter	problem_constants::problem_coupled_source_diffusion_advec_diffusion_subtype =121
integer(intg), parameter	problem_constants::problem_coupled_source_ale_diffusion_advec_diffusion_subtype =122
integer(intg), parameter	problem_constants::problem_standard_multi_compartment_transport_subtype =131
integer(intg), parameter	problem_constants::problem_standard_ale_multi_compartment_transport_subtype =132
integer(intg), parameter	problem_constants::problem_standard_elasticity_fluid_pressure_subtype =133
integer(intg), parameter	problem_constants::problem_gudunov_monodomain_simple_elasticity_subtype =141
integer(intg), parameter	problem_constants::problem_gudunov_monodomain_1d3d_elasticity_subtype =142
integer(intg), parameter	problem_constants::problem_monodomain_elasticity_w_titin_subtype =143
integer(intg), parameter	problem_constants::problem_monodomain_elasticity_velocity_subtype =144
integer(intg), parameter	problem_constants::problem_monodomain_1d3d_active_strain_subtype =145
integer(intg), parameter	problem_constants::problem_finite_elasticity_navier_stokes_ale_subtype =151
integer(intg), parameter	problem_constants::problem_setup_initial_type =1
	Initial setup for a problem. More...
integer(intg), parameter	problem_constants::problem_setup_control_type =2
	Solver setup for a problem. More...
integer(intg), parameter	problem_constants::problem_setup_solvers_type =3
	Solver setup for a problem. More...
integer(intg), parameter	problem_constants::problem_setup_solver_equations_type =4
	Solver equations setup for a problem. More...
integer(intg), parameter	problem_constants::problem_setup_cellml_equations_type =5
	CellML equations setup for a problem. More...
integer(intg), parameter	problem_constants::problem_setup_start_action =1
	Start setup action. More...
integer(intg), parameter	problem_constants::problem_setup_finish_action =2
	Finish setup action. More...
integer(intg), parameter	problem_constants::problem_control_simple_type =1
	Simple, one iteration control loop. More...
integer(intg), parameter	problem_constants::problem_control_fixed_loop_type =2
	Fixed iteration control loop. More...
integer(intg), parameter	problem_constants::problem_control_time_loop_type =3
	Time control loop. More...
integer(intg), parameter	problem_constants::problem_control_while_loop_type =4
	While control loop. More...
integer(intg), parameter	problem_constants::problem_control_load_increment_loop_type =5
	Load increment control loop. More...
integer(intg), parameter	problem_constants::problem_solver_linear =1
	Linear problem. More...
integer(intg), parameter	problem_constants::problem_solver_nonlinear =2
	Nonlinear problem. More...
integer(intg), parameter	problem_constants::solver_equations_linear =1
	Solver equations are linear. More...
integer(intg), parameter	problem_constants::solver_equations_nonlinear =2
	Solver equations are nonlinear. More...
integer(intg), parameter	problem_constants::solver_equations_static =1
	Solver equations are static. More...
integer(intg), parameter	problem_constants::solver_equations_quasistatic =2
	Solver equations are quasistatic. More...
integer(intg), parameter	problem_constants::solver_equations_first_order_dynamic =3
	Solver equations are first order dynamic. More...
integer(intg), parameter	problem_constants::solver_equations_second_order_dynamic =4
	Solver equations are second order dynamic. More...

Detailed Description

This module handles all problem wide constants.

Author

Chris Bradley

LICENSE

Version: MPL 1.1/GPL 2.0/LGPL 2.1

The contents of this file are subject to the Mozilla Public License Version 1.1 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.mozilla.org/MPL/

Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for the specific language governing rights and limitations under the License.

The Original Code is OpenCMISS

The Initial Developer of the Original Code is University of Auckland, Auckland, New Zealand, the University of Oxford, Oxford, United Kingdom and King's College, London, United Kingdom. Portions created by the University of Auckland, the University of Oxford and King's College, London are Copyright (C) 2007-2010 by the University of Auckland, the University of Oxford and King's College, London. All Rights Reserved.

Contributor(s):

Alternatively, the contents of this file may be used under the terms of either the GNU General Public License Version 2 or later (the "GPL"), or the GNU Lesser General Public License Version 2.1 or later (the "LGPL"), in which case the provisions of the GPL or the LGPL are applicable instead of those above. If you wish to allow use of your version of this file only under the terms of either the GPL or the LGPL, and not to allow others to use your version of this file under the terms of the MPL, indicate your decision by deleting the provisions above and replace them with the notice and other provisions required by the GPL or the LGPL. If you do not delete the provisions above, a recipient may use your version of this file under the terms of any one of the MPL, the GPL or the LGPL.

Definition in file problem_constants.f90.