get the offset in the overall particle id collection note: this is a MPI-collective operation input: num of particles of from each processor out

* \brief Virtual function that returns a pointer to the plasma injector, * for derived classes that define one (PhysicalParticleContainer)

* \brief Return preconditioner type. */

Constructor for single-component (scalar) temperature

Constructor for three-component (vector) temperature

This parameter is used for the time-step fraction in the PC for implicit treatment of light waves in the curl-curl MLMG solver. This function should r

This parameter is used for the time-step fraction in the PC for implicit treatment of light waves in the curl-curl MLMG solver. This function should r

* \brief Constructor of the ImpactIonizationFilterFunc functor. * * This function sample a random number and compares it to the total * co

* \brief Constructor of the ImpactIonizationTransformFunc functor. * * The transform is responsible for appropriately decreasing the kinetic

\brief Perform the implicit particle push operation in one fused kernel * The main difference from PushPX is the order of operations: *

\brief Perform the implicit particle push operation for unconverged particles * in one fused kernel using suborbits. * These are parti

Increment buffer counter by one when the buffer of a snapshot has been flushed. * \param[in] i_buffer snapshot index for which the counter is inc

* \brief Constructor * * @param[in] a_n_cells the number of cells in this tile * @param[in] a_cell_offsets_1 the offset array storing t

\brief Initialize arrays used for filtering */

\brief Compute the number of independent pairs in each cell. This is equal to * the number of particles in whichever species has fewer */

Initialize functors that store pointers to the fields requested by the user. * * The function is called at initialization and when the domai