carry out particle relaxation step of particles within the body More...

Public Member Functions
	RelaxationStepInner (BaseBodyRelationInner &inner_relation, bool level_set_correction=false)

virtual void	exec (Real dt=0.0) override

virtual void	parallel_exec (Real dt=0.0) override

Public Member Functions inherited from SPH::ParticleDynamics< void >
	ParticleDynamics (SPHBody &sph_body)

SPHBody *	getSPHBody ()

Public Attributes
UniquePtr< RelaxationAccelerationInner >	relaxation_acceleration_inner_

GetTimeStepSizeSquare	get_time_step_square_

UpdateParticlePosition	update_particle_position_

ShapeSurfaceBounding	surface_bounding_

Protected Attributes
RealBody *	real_body_

BaseBodyRelationInner &	inner_relation_

NearShapeSurface	near_shape_surface_

Protected Attributes inherited from SPH::ParticleDynamics< void >
SPHBody *	sph_body_

SPHAdaptation *	sph_adaptation_

BaseParticles *	base_particles_

Additional Inherited Members
Static Public Attributes inherited from SPH::GlobalStaticVariables
static Real	physical_time_ = 0.0

Protected Member Functions inherited from SPH::ParticleDynamics< void >
void	setBodyUpdated ()

virtual void	setupDynamics (Real dt=0.0)

Detailed Description

carry out particle relaxation step of particles within the body

Member Function Documentation

void SPH::relax_dynamics::RelaxationStepInner::exec ( Real dt = 0.0 )

overridevirtual

The only two functions can be called from outside One is for sequential execution, the other is for parallel.

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