ESPResSo
Extensible Simulation Package for Research on Soft Matter Systems
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Thermostat for lattice-Boltzmann particle coupling. More...
#include <thermostat.hpp>
Public Attributes | |
Parameters | |
double | gamma = -1. |
Friction coefficient. | |
bool | couple_to_md = false |
Internal flag to disable particle coupling during force recalculation. | |
Additional Inherited Members | |
Public Member Functions inherited from BaseThermostat | |
void | rng_initialize (uint32_t const seed) |
Initialize or re-initialize the RNG counter with a seed. | |
void | rng_increment () |
Increment the RNG counter. | |
uint64_t | rng_counter () const |
Get current value of the RNG. | |
void | set_rng_counter (uint64_t value) |
bool | is_seed_required () const |
Is the RNG seed required. | |
uint32_t | rng_seed () const |
Thermostat for lattice-Boltzmann particle coupling.
Definition at line 331 of file core/thermostat.hpp.
bool LBThermostat::couple_to_md = false |
Internal flag to disable particle coupling during force recalculation.
Definition at line 337 of file core/thermostat.hpp.
double LBThermostat::gamma = -1. |
Friction coefficient.
Definition at line 335 of file core/thermostat.hpp.
Referenced by LB::ParticleCoupling::get_noise_term(), and LB::ParticleCoupling::kernel().