Class TimeStep

• Defined in File TimeStep.h

Inheritance Relationships

Base Type

• public ParameterObject

Derived Types

• public SPH::TimeStepDFSPH (Class TimeStepDFSPH)

• public SPH::TimeStepIISPH (Class TimeStepIISPH)

• public SPH::TimeStepPBF (Class TimeStepPBF)

• public SPH::TimeStepPCISPH (Class TimeStepPCISPH)

• public SPH::TimeStepPF (Class TimeStepPF)

• public SPH::TimeStepWCSPH (Class TimeStepWCSPH)

Class Documentation

class SPH::TimeStep : public ParameterObject

Base class for the simulation methods.

Subclassed by SPH::TimeStepDFSPH, SPH::TimeStepIISPH, SPH::TimeStepPBF, SPH::TimeStepPCISPH, SPH::TimeStepPF, SPH::TimeStepWCSPH

Public Functions

TimeStep()

~TimeStep(void)

void computeDensities(const unsigned int fluidModelIndex)

Determine densities of all fluid particles.

void step() = 0

void reset()

void init()

void resize() = 0

void emittedParticles(FluidModel *model, const unsigned int startIndex)

void saveState(BinaryFileWriter &binWriter)

void loadState(BinaryFileReader &binReader)

Public Static Attributes

int SOLVER_ITERATIONS = -1

int MIN_ITERATIONS = -1

int MAX_ITERATIONS = -1

int MAX_ERROR = -1

Protected Functions

void clearAccelerations(const unsigned int fluidModelIndex)

Clear accelerations and add gravitation.

void initParameters()

void approximateNormal(Discregrid::DiscreteGrid *map, const Eigen::Vector3d &x, Vector3r &n, const unsigned int dim)

void computeVolumeAndBoundaryX(const unsigned int fluidModelIndex, const unsigned int i, const Vector3r &xi)

void computeVolumeAndBoundaryX()

void computeDensityAndGradient(const unsigned int fluidModelIndex, const unsigned int i, const Vector3r &xi)

void computeDensityAndGradient()

Protected Attributes

unsigned int m_iterations

Real m_maxError

unsigned int m_minIterations

unsigned int m_maxIterations