* \brief This function initializes the momentum of the product particles, * in a fusion event where only two products are produced. * (In th

* \brief This function initializes the momentum of the alpha particles produced from * proton-boron fusion. The momentum is initialized by assumi

\brief Push the particle position over one time step, * given the value of its momenta `ux`, `uy`, `uz`, * using the standard leapfr

* warpx_hybrid_QED_push uses an FDTD scheme to calculate QED corrections to * Maxwell's equations and preforms a half timestep correction to the E-fi

* \brief Update the currents of `lev` by adding the currents from particles * that are in the mesh refinement patches at `lev+1` * * More p

* \brief Update the charge density of `lev` by adding the charge density from particles * that are in the mesh refinement patches at `lev+1`

Muscl Advection Update

\brief Allocate spectral Maxwell solver at a level * * \param[in, out] spectral_solver Vector of pointer to SpectralSolver, to point to allocated s

\brief Allocate spectral Maxwell solver (RZ dimensions) at a level * * \param[in, out] spectral_solver Vector of pointer to SpectralSolver, to point

Momentum source due to curvature

Applies the boundary conditions that are specific to the axis when in cylindrical or spherical

\brief Apply K-space filtering on a scalar */

* \brief Step 1: Reflect the J field values deposited to the guard cells to * their mirror locations inside the domain at PEC and PMC

* \brief Step 1: Reflect the Rho field values deposited to the guard cells to * their mirror locations inside the domain at PEC and PM

\brief Take a MultiFab `scalar_field` * averages it to the cell center, and stores the * resulting MultiFab in mf_avg (in the components dcomp) */

\brief Takes an array of 3 MultiFab `vector_field` * (representing the x, y, z components of a vector), * averages it to the cell center, and stores

* \brief Default constructor of the BTDIntervalsParser class. */

* \brief Functor to compute Lorentz Transform and store the selected particles in existing * particle buffers */

\brief Transform spectral field specified by `field_index` back to * real space, and store it in the component `i_comp` of `field_mf` */

\brief Transform spectral field specified by `field_index` back to * real space, and store it in the component `i_comp` of `field_mf` */

\brief Transform spectral field specified by `field_index` back to * real space, and store it in the component `i_comp` of `mf` */

constructor

* \brief Constructor of the BinaryCollision class. * * @param[in] collision_name the name of the collision * @param[in] mypc Container

* \brief Return a tilebox that only covers the outer half of the guard cells. * For tileboxes that don't include cells beyond the whole domain