Data Structures

Here are the data structures with brief descriptions:

_Fieldtype
_Lattice	Lattice Boltzmann
average
BitRandomStatus
Bonded_ia_parameters	Defines parameters for a bonded interaction
CellPList	List of cell pointers
CellStructure	Describes a cell structure / cell system
Collision_parameters
Constraint	Structure to specify a constraint
Constraint_cylinder	Parameters for a CYLINDER constraint
Constraint_ext_magn_field	Parameters for a EXTERNAL MAGNETIC FIELD constraint
Constraint_maze	Parameters for a MAZE constraint
Constraint_plane	Parameters for a plane constraint which is needed for tunable-slip boundary conditions
Constraint_plate	Parameters for a PLATE constraint
Constraint_pore	Parameters for a PORE constraint
Constraint_rhomboid	Parameters for a RHOMBOID constraint
Constraint_rod	Parameters for a ROD constraint
Constraint_sphere	Parameters for a SPHERE constraint
Constraint_wall	Parameters for a WALL constraint (or a plane if you like that more)
Coulomb_parameters	Field containing the interaction parameters for the coulomb interaction
Datafield	Type describing global variables
Debye_hueckel_params	Structure to hold Debye-Hueckel Parameters
DLC_struct	Parameters for the MDLC method
DomainDecomposition	Structure containing the information about the cell grid used for domain decomposition
double_correlation	The struct that is used to calculate correlations *
DoubleList	Double list
dp3m_data_struct
ELC_struct	Parameters for the ELC method
fft_back_plan	Additional information for backwards FFT
fft_data_struct
fft_forw_plan	Structure for performing a 1D FFT
file_data_source	This struct allow to use a file as input for the correlation
galilei_struct
GhostCommunication
GhostCommunicator	Properties for a ghost communication
HaloCommunicator	Structure holding a set of HaloInfo which comprise a certain parallelization scheme
HaloInfo	Structure describing a Halo region
IA_Neighbor	Structure containing information about non bonded interactions with particles in a neighbor cell
IA_Neighbor_List
IA_parameters	Field containing the interaction parameters for nonbonded interactions
iccp3m_struct
IndexOfType
IntList	Integer list
iw_params
LB_Boundary	Structure to specify a boundary
LB_extern_nodeforce_gpu
LB_FluidNode	Data structure for fluid on a local lattice site
LB_Model	Some general remarks: This file implements the LB D3Q19 method to Espresso
LB_node_force_gpu
LB_nodes_gpu	Data structure holding the velocitydensities for the Lattice Boltzmann system
LB_Parameters	Data structure holding the parameters for the Lattice Boltzmann system
LB_parameters_gpu	Data structure holding the parameters for the Lattice Boltzmann system for gpu
LB_particle_force_gpu
LB_particle_gpu
LB_particle_seed_gpu
LB_randomnr_gpu	Data structure for the randomnr and the seed
LB_values_gpu	Data structure holding the phys
MAGGS_struct	Maggs structure
MDHeader	The header of the binary file format
MMM1D_struct	Parameters for the MMM1D electrostatic interaction
MMM2D_struct	Parameters for the MMM2D method for electrostatics
Molecule	Structure holding information about a molecule
mpifake_dtype
Nemd	Structure containing the NEMD informations
nptiso_struct	Structure to hold all variables related to the isotropic NpT-integration scheme
observable
observable_sf_params
Observable_stat
Observable_stat_non_bonded	Structure used only in the pressure and stress tensor calculation to distinguish non-bonded intra- and inter- molecular contributions
Observable_Tclcommand_Arg_Container
p3m_data_struct
p3m_local_mesh	Structure for local mesh parameters
p3m_parameter_struct	Structure to hold P3M parameters and some dependend variables
p3m_send_mesh	Structure for send/recv meshs
PairList	Verlet pair list
Particle	Struct holding all information for one particle
ParticleForce	Force information on a particle
ParticleLatticeCoupling	Data related to the Lattice Boltzmann hydrodynamic coupling
ParticleList	List of particles
ParticleLocal	Information on a particle that is needed only on the node the particle belongs to
ParticleMomentum	Momentum information on a particle
ParticlePosition	Positional information on a particle
ParticleProperties	Properties of a particle which are not supposed to change during the integration, but have to be known for all ghosts
profile_data
radial_profile_data
RandomStatus
Reaction_field_params	Structure to hold Reaction Field Parameters
reaction_struct
Slab	Data structure describing a slab and the velocities occuring their in
StructCluster	Structure for Cluster
StructClusterElement	Structure for cluster element
TF_parameters	Thermodynamic force parameters
TypeList
TypeOfIndex