Model.h File Reference

#include "Eigen/Core"
#include <string>
#include <chrono>

Include dependency graph for Model.h:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Namespaces
namespace	ModelSetup
	Contain the configuration variables that defines an specific simulation.

Enumerations
enum	ModelSetup::StressUpdateScheme { ModelSetup::USF , ModelSetup::USL , ModelSetup::MUSL }
	Defines the type of scheme used to update the stress. More...
enum	ModelSetup::DampingType { ModelSetup::UNDAMPED , ModelSetup::LOCAL , ModelSetup::KINETIC_DYNAMIC_RELAXATION }
	Defines the type of damping used in the simulation. More...
enum	ModelSetup::OperationalSystem { ModelSetup::WINDOWS , ModelSetup::LINUX }
	Defines the current operational system. More...
enum	ModelSetup::InterpolationFunctionType { ModelSetup::LINEAR , ModelSetup::GIMP }
	Defines the type of interpolation function. More...
enum class	ModelSetup::HydroMechanicalCouplingType { ModelSetup::NONE , ModelSetup::ONE_WAY }
	Defines the type of hydro-mechanical coupling. More...

Functions
bool	ModelSetup::getWindowsSystem ()
	Return true is the system is Windows.
bool	ModelSetup::getLinuxSystem ()
	Return true is the system is Linux.
bool	ModelSetup::getLoadState ()
	Return true is load state is activated.
void	ModelSetup::setLoadState (bool load_state_activated)
	Set load state activated.
bool	ModelSetup::getSaveState ()
	Return true is save state is activated.
void	ModelSetup::setSaveState (bool save_state_activated)
	Set save state activated.
unsigned	ModelSetup::getContributionNodesNum ()
	Return the number of nodes that a particle contributes.
double	ModelSetup::getTimeStep ()
	Return the time step.
void	ModelSetup::setTimeStep (double time_step)
	Configure the time step.
double	ModelSetup::getTime ()
	Return the simulation time.
void	ModelSetup::setTime (double simulation_time)
	Configure the simulation time.
unsigned	ModelSetup::getResultNum ()
	Return the total results to be written.
void	ModelSetup::setResultNum (unsigned total_results)
	Configure the total results to be written.
unsigned	ModelSetup::getResultSteps ()
	Return the every how many steps the results will be written.
double	ModelSetup::getCriticalTimeStepMultiplier ()
	Return the critical sime step multiplier.
void	ModelSetup::setCriticalTimeStepMultiplier (double critical_time_step_multiplier)
	Configures the fraction of critical time step.
unsigned	ModelSetup::getThreads ()
	Return the number of threads in the simulation.
void	ModelSetup::setThreads (unsigned n_threads)
	Configures the number of threads.
bool	ModelSetup::getContactActive ()
	Return if contact method is activated.
void	ModelSetup::setContactActive (bool is_contact_activated)
	Configure if contact method is activated.
bool	ModelSetup::getGravityActive ()
	Return if gravity is active.
void	ModelSetup::setGravityActive (bool is_gravity_activated)
	Configure if gravity is active.
const Vector3d &	ModelSetup::getGravity ()
	Return the gravity vector.
void	ModelSetup::setGravity (const Vector3d &gravity)
	Configure the gravity vector.
bool	ModelSetup::getAxisymetricActive ()
	Return if axisymetric analisys is active.
void	ModelSetup::setAxisymetricActive (bool if_axysimentric_active)
	Configure if axisymetric analisys is active.
bool	ModelSetup::getJanumannActive ()
	Return if Jaumann rate is active.
void	ModelSetup::setJanumannActive (bool if_jaumann_active)
	Configure if Jaumann rate is active.
string	ModelSetup::getInputFile ()
	Return the input file name.
void	ModelSetup::setInputFile (string file_name)
	Configure the input file name.
ModelSetup::StressUpdateScheme	ModelSetup::getUpdateStressScheme ()
	Return the scheme for updating the stress.
void	ModelSetup::setUpdateStressScheme (ModelSetup::StressUpdateScheme stress_sheme_update)
	Configure the scheme for updating the stress.
ModelSetup::DampingType	ModelSetup::getDamping ()
	Return the damping type.
double	ModelSetup::getDampingLocal ()
	Return the local damping value.
void	ModelSetup::setDampingLocalValue (double alpha)
	Configure the local damping value.
void	ModelSetup::setDampingType (ModelSetup::DampingType dampingType)
	Configure the damping type.
ModelSetup::DampingType	ModelSetup::getDampingType ()
	Return the damping type.
ModelSetup::InterpolationFunctionType	ModelSetup::getInterpolationFunction ()
	Return the interpolation functions type.
void	ModelSetup::setInterpolationFunction (ModelSetup::InterpolationFunctionType interpolation_functions_type)
	Configure the interpolation functions type.
void	ModelSetup::setNumThreads (unsigned nThreads)
	Configure the number of threads in the model.
bool	ModelSetup::getSeismicAnalysisActive ()
	Return true if seismic analysis is active.
void	ModelSetup::setSeismicAnalysisActive (bool seismic_analysis_active)
	Configure if seismic analysis is active.
bool	ModelSetup::getTwoPhaseActive ()
	Return if two-phase calculation is active.
void	ModelSetup::setTwoPhaseActive (bool two_phase_calculation_active)
	Configure if two-phase calculation is active.
void	ModelSetup::setInitialSimulationTime (std::chrono::system_clock::time_point initialTime)
	Set initial simulation time.
std::chrono::system_clock::time_point	ModelSetup::getInitialSimulationTime ()
	Get initial simulation time.
std::string	ModelSetup::getSeismicFileName ()
	Return the seismic file name.
double	ModelSetup::getCurrentTime ()
	Get current simulation time.
void	ModelSetup::setCurrentTime (double currentTime)
	Set current simulation time.
bool	ModelSetup::getTerrainContactActive ()
	Return if terrain contact is active.
void	ModelSetup::setTerrainContactActive (bool)
	Set terrain contact active.
HydroMechanicalCouplingType	ModelSetup::getHydroMechanicalCouplingType ()
	return the hydro-mechanical coupling type
void	ModelSetup::setHydroMechanicalCouplingType (HydroMechanicalCouplingType type)
	Set hydro-mechanical coupling type.
bool	ModelSetup::getHydroMechOneWayEnabled ()
	Return if one way hydro-mechanical coupling is enabled.
int	ModelSetup::getLoopCounter ()
	Get the current loop counter.
void	ModelSetup::setLoopCounter (int a)
	Set the current loop counter.
int	ModelSetup::incrementLoopCounter ()
	Increment the loop counter by one.