Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12]

CCell	Class representing a cell in the linked cells algorithm
CChkptPointFileReader	Class to read particle and simulation data from a '.xml' file
CCLIParams
CCSVWriter
CSimulationParams::DirectSumType	Struct to specify the type of the particle container as DirectSumType
▼Cstd::exception
CFileReader::FileFormatException	Exception to be thrown when the file format is invalid
▼Cstd::false_type
CArrayUtils::is_container_impl::is_container< T >
CFileInputHandler	Wrapper class to abstract the reading of input files
CFileOutputHandler	Wrapper class to abstract the writing of output files
▼CFileReader	Abstract base class for all custom file readers
CXMLFileReader	Class to read particle and simulation data from a '.xml' file
▼CFileWriter	Abstract base class for all file writers
CCheckPointWriter	Class to write particle data to a .chkpt file
CVTUWriter	Class to write particle data to a .vtu file
CXYZWriter	Class to write particle data to a .xyz file
▼CIntegrationFunctor	Interface for numerical integration methods
CVerletFunctor	Implementation of the Strömer-Verlet integration method. Implements the interface IntegrationFunctor
CInternalToXSDTypeAdapter
CArrayUtils::is_container< T >
CSimulationParams::LinkedCellsType	Struct to specify the type of the particle container as LinkedCellsType (needs domain_size and cutoff_radius)
CLogger	Class as wrapper and initializer for a globally usable logger
COutflowBoundaryType
▼CPairwiseForceSource	Interface for pairwise force source classes
CGravitationalForce	Class to calculate gravitational forces between particles. Implements the interface PairwiseForceSource
CLennardJonesForce	Class to calculate the Lennard-Jones force between particles. Implements the interface PairwiseForceSource
CLennardJonesRepulsiveForce	Class to calculate the only the repulisve part of the Lennard-Jones force between particles. Implements the interface PairwiseForceSource
CSmoothedLennardJonesForce	Class to calculate the smoothed Lennard-Jones force between particles. Implements the interface PairwiseForceSource
CParticle	Class to represent a particle
▼CParticleContainer	Interface for particle containers
CDirectSumContainer	Wrapper class for a set of particles
CLinkedCellsContainer	Extension of the ParticleContainer class using a linked cells data structure for improved performance over the direct sum approach
▼CParticleSpawner	Interface for particle spawner classes
CCuboidSpawner	Class to spawn particles in a cuboid. Implements the interface ParticleSpawner
CSoftBodyCuboidSpawner	Class to spawn particles of a soft body in a cuboid. Implements the interface ParticleSpawner
CSphereSpawner	Class to spawn particles in a Sphere. Implements the interface ParticleSpawner
CPeriodicBoundaryType
CReflectiveBoundaryType
▼CSimpleForceSource	Interface for simple force source classes
CGlobalDownwardsGravity	Class to calculate the global downwards gravity force
CHarmonicForce	Class to calculate the harmonic force on a particle
CSimulation	Class to run a simulation
▼CSimulationInterceptor
CDiffusionFunctionInterceptor
CFrameWriterInterceptor
CParticleUpdateCounterInterceptor
CProgressBarInterceptor
CRadialDistributionFunctionInterceptor
CTemperatureSensorInterceptor
CThermostatInterceptor
CVelocityProfileInterceptor
CSimulationOverview	Class to store some overview data of an executed simulation
CSimulationParams	Contains all parameters needed to run a simulation
▼CTargettedForceSource	Interface for targetted force source classes
CTargettedTemporaryConstantForce	Class for a constant force source
▼CThermostat	A thermostat that can be used to control the temperature of a particle container. Allows for gradual scaling of the temperature towards a set target
CAbsoluteThermostat	A basic thermostat that can be used to control the temperature of a particle container. Allows for gradual scaling of the temperature towards a set target
CRelativeThermostat	A relative thermostat that can be used to control the temperature of a particle container. Allows for gradual scaling of the temperature towards a set target
▼Cstd::true_type
CArrayUtils::is_container_impl::is_container< std::array< T, N > >
CArrayUtils::is_container_impl::is_container< std::list< Args... > >
CArrayUtils::is_container_impl::is_container< std::set< Args... > >
CArrayUtils::is_container_impl::is_container< std::unordered_set< Args... > >
CArrayUtils::is_container_impl::is_container< std::vector< Args... > >
CXSDToInternalTypeAdapter	Class to convert XSD types to internal types