Input.h File Reference

#include <string>
#include "Json/json.hpp"
#include "Eigen/Core"
#include "Solver/Solver.h"
#include "Materials/Material.h"
#include "Model.h"
#include "Boundary.h"
#include "Loads.h"

Include dependency graph for Input.h:

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

Go to the source code of this file.

Namespaces
namespace	Input
	Operations to read the input file.

Typedefs
using	json = nlohmann::json

Functions
void	Input::readInputFile (string file_name)
	Read the input file.
const json &	Input::getJson ()
	Return the data file structure.
string	Input::getFileName ()
	Return the file name.
bool	Input::getLoadState ()
	Return load state activated.
bool	Input::getSaveState ()
	Return save state activated.
double	Input::getSimulationTime ()
	Return the simulation time.
double	Input::getTimeStep ()
	Return the time step.
double	Input::getCriticalTimeStepMultiplier ()
	Return critical time step multiplier.
Solver *	Input::getSolver ()
	Return the solver to be used in the model.
ModelSetup::InterpolationFunctionType	Input::getInterpolationFunction ()
	Return the interpolation functions type.
Vector3i	Input::getCellsNum ()
	Return the number of cells in each direction.
Vector3d	Input::getCellDimension ()
	Return the cell dimension.
Vector3d	Input::getOrigin ()
	Return the origin of coordinates.
vector< Material * >	Input::getMaterialList ()
	Return the material list.
vector< Body * >	Input::getBodyList ()
	Return the body list.
Vector3d	Input::getGravity ()
	Return the gravity force.
int	Input::getResultNum ()
	Return the number of results.
vector< string >	Input::getResultFields ()
	Return the fields to be written.
ModelSetup::DampingType	Input::getDampingType ()
	Read the damping definition in the input file.
double	Input::getDampingValue ()
	Read the damping value.
vector< Boundary::BoundaryType >	Input::getMeshBoundaryConditions ()
	Return the mesh boundary conditions.
vector< Boundary::BoundaryType >	Input::getMeshBoundaryConditionsFluid ()
	Return the mesh boundary conditions of fluid.
unsigned	Input::getNumThreads ()
	Return number of threads defined in the input file.
unsigned	Input::getNumberPhases ()
	Return the number of phases in the simulation.
vector< Loads::LoadDistributedBox >	Input::getLoadDistributedBox ()
	Return loads distributed in particles inside a box.
Loads::NodalPointLoadData	Input::readNodalPointLoads ()
	read nodal point loads This function reads a points from input file in the following format: "nodal_point_loads": [[p1x,p1y,p1z],[p1x,p1y,p1z]],...,[[pnx,pny,pnz],[pnx,pny,pnz]]
vector< Loads::PressureBox >	Input::getPrescribedPressureBox ()
	Return prescribed pressure in particles inside a box.
vector< Loads::PressureBox >	Input::getInitialPressureBox ()
	Return initial pore pressure in particles inside a box.
vector< Loads::PressureMaterial >	Input::getInitialPressureMaterial ()
	Return initial pore pressure in particles by material id.
vector< Loads::PressureBoundaryForceBox >	Input::getPressureBoundaryForceBox ()
	Return pore pressure force in particles inside a box.
Loads::SeismicData	Input::readSeismicData (const std::string &filename, bool hasHeader)

Typedef Documentation

json

using json = nlohmann::json