Description

Physical system for an FSI-aware TDPF fluid solver.

#include <ChFsiFluidSystemTDPF.h>

Inheritance diagram for chrono::fsi::tdpf::ChFsiFluidSystemTDPF:

Collaboration diagram for chrono::fsi::tdpf::ChFsiFluidSystemTDPF:

Public Member Functions
virtual void	SetGravitationalAcceleration (const ChVector3d &gravity) override
	Set gravity for the FSI syatem.

ChVector3d	GetGravitationalAcceleration () const
	Return gravitational acceleration.

Public Member Functions inherited from chrono::fsi::ChFsiFluidSystem
void	SetVerbose (bool verbose)
	Enable/disable verbose terminal output (default: true).

void	SetStepSize (double step)
	Set integration step size.

virtual void	Initialize ()
	Initialize the fluid system with no FSI support.

void	DoStepDynamics (double step)
	Function to integrate the FSI fluid system in time.

double	GetSimTime () const
	Get current simulation time.

double	GetStepSize () const
	Get the integration step size.

double	GetRtf () const
	Get current estimated RTF (real time factor).

double	GetTimerStep () const
	Return the time in seconds for fluid dynamics over the last step.

virtual double	GetVariableStepSize ()=0
	Get the step size.

Additional Inherited Members
Protected Member Functions inherited from chrono::fsi::ChFsiFluidSystem
void	UseNodeDirections (NodeDirectionsMode mode)

Protected Attributes inherited from chrono::fsi::ChFsiFluidSystem
bool	m_verbose
	enable/disable m_verbose terminal output

std::string	m_outdir
	output directory

NodeDirectionsMode	m_node_directions_mode
	mode used for FEA node directions

bool	m_is_initialized
	set to true once the Initialize function is called

double	m_step
	time step for fluid dynamics

unsigned int	m_frame
	current simulation frame

The documentation for this class was generated from the following files:

Public Member Functions