/*! \brief Free streams a particle up to the current time.
*
* This synchronises the delayed states of the particle.
* \param part Particle to syncronise.
*/
inline void updateParticle(const Particle& part) const
{
streamParticle(const_cast<Particle&>(part),
part.getPecTime() + partPecTime);
const_cast<Particle&>(part).getPecTime() = -partPecTime;
}
/*! \brief Free streams all particles up to the current time.
This synchronises all the delayed states of the particles
*/
void updateAllParticles() const
{
//May as well take this opportunity to reset the streaming
//Note: the Replexing coordinator RELIES on this behaviour!
for (Particle& part : Sim->particles)
{
streamParticle(part, part.getPecTime() + partPecTime);
part.getPecTime() = 0;
}
partPecTime = 0;
streamCount = 0;
}
/*! \brief A dangerous function to predictivly move a particle
forward.
See GCellsShearing, this just over advances the particle to find
its future position in boundary changes.
*/
inline void advanceUpdateParticle(Particle& part, double& dt) const
{
streamParticle(part, dt + partPecTime + part.getPecTime());
part.getPecTime() = - dt - partPecTime;
}
/*! \brief Free streams a particle up to the current time.
This synchronises the delayed states of the particle.
\param part Particle to syncronise.
*/
inline void updateParticle(Particle& part) const
{
streamParticle(part, part.getPecTime() + partPecTime);
part.getPecTime() = -partPecTime;
}