30#ifndef DYNAMICS_MOMENTA_ALIASES_H
31#define DYNAMICS_MOMENTA_ALIASES_H
76template <
int direction,
int orientation>
91template <
int direction,
int orientation>
108template <
int direction,
int orientation>
117template <
int direction,
int orientation>
127template <
int direction,
int orientation>
137template <
int direction,
int orientation>
165template <
int... PlaneAndNormal>
195template <
typename DENSITY,
typename MOMENTUM>
File provides a generic interface for the computation and definition of momenta (density,...
Top level namespace for all of OpenLB.
Standard computation for density in the bulk as zeroth moment of the population.
Standard computation for momentum in the bulk as first moment of the population.
Standard stress computation as second moment of the population.
The momenta are defined one after the other.
When momenta are changed, a new equilibrium state is set.
When momenta are changed, the equilibrium part of the population is modified while the non-equilibriu...
defineRho leads to a new non-equilibrium population, defineU only sets the velocity data.
defineRho leads to a new non-equilibrium population, defineU only sets the velocity data.
The density is fixed and stored in the external field RHO.
The velocity is stored in the external field U, except for the component "direction",...
The conduction is computed from density and population.
The first moment (the heat conduction) is fixed.
The velocity is fixed and stored in the external field U.
The velocity is stored in the external field descriptors::VELOCITY.
For fixed heat flux, the density is computed from flux, velocity and populations, similar to fixed ve...
Computation of the stress tensor in an inner corner (2D case)
Computation of the stress tensor in an inner corner (3D case)
Computation of the stress tensor in an inner edge.
Access to the stress computation is forbidden and raises an error.
Momentum computation for P1 dynamics.
Momentum computation for Poisson dynamics.
Computation of the stress tensor for regularized boundary nodes.
Density computation for fixed velocity boundary.
Momentum is zero at solid material.
The stress is always zero.