Wrapper around MultiFabs This provides a convenient way to query and set data in the MultiFabs. The indexing is based on global indices.

The purpose of this class is to be a named bucket for holding attributes. This attributes will be concatenated into a string and passed into

\brief Functor class that assigns external * field values (E and B) to particles. */

* \brief This class is a parser for multiple slices of the form x,y,z,... where x, y and z are * slices of the form i:j:k, as defined in the Slic

\brief Functor that scales E and B by a factor before pushing the particles. * This is used for rigid injection. */

Holds data and functions for referenc benchmark of one checksum test.

Class for checksum comparison of one test.

\brief Functor that creates copies of the current particle * positions and momenta for later use. This is needed * by the back-trans

use amrex to directly calculate the electric field since with EB's the * * simple finite difference scheme in WarpX::computeE sometimes fails */

* \brief A GPU compartible sort of a index vector vector * based on another GPU vector's values, sorting to decreasing order. * The heap-sor

* \brief A factory for creating SmartCopy functors. * * Given two particle containers, this can create a functor * that will perform the smart copy

This class is designed to parse and store the information contained in an AMReX particle header file. Usage: header = AMReXPar

* \brief This class is a parser for multiple slices of the form x,y,z,... where x, y and z are * slices of the form i:j:k, as defined in the Slic

Class to handle call back function lists. Note that for functions passed in that are methods of a class instance, a full reference of th

The following runs a simulation of a parallel plate capacitor seeded with a plasma in the spacing between the plates. A time varying voltage is

The purpose of this class is to be hold user defined constants

The following runs a simulation of an uniform plasma at a set ion temperature (and Te = 0) with an external magnetic field applied in the z-di

This is the same as a Bucket, but checks that any attributes are always given the same value.

The following runs a simulation of an uniform plasma at a set temperature (Te = Ti) with an external magnetic field applied in either the z-di

This input is based on the ion beam R instability test as described by Munoz et al. (2018).

* \brief Filter functor for impact ionization */

* \brief Transform functor for impact ionization */

This input is based on the ion Landau damping test as described by Munoz et al. (2018).

This class manages the WarpX classes, part of the Python module from the compiled C++ code. It will only load the library when it is referenced, a

* \brief Transform functor to Lorentz-transform particles and obtain lab-frame data. */

* \brief Transform functor for the Breit-Wheeler process */

r""" Cross-referencing role for flexible name parameters. Usage:: :pp:param:`name` :pp:param:`Title <name>` :pp:para

Wrapper around particle boundary buffer containers. This provides a convenient way to query data in the particle boundary buffer containers.

* \brief Transform functor for the QED photon emission process */

This solver is maintained as an example of the use of Python callbacks. However, it is not necessarily needed since the 1D code has the direct tri

* \brief This is a general class used for resampling that is instantiated as a member of * MultiParticleContainer. It contains a ResamplingTrigger ob

* \brief This class is used to determine if resampling should be done at a given timestep for * a given species. Specifically resampling is performed

* \brief Filter to select particles that correspond to a z-slice of the corresponding lab-frame. */

Class used by the callback functions to calculate the correct field around the spacecraft, at each timestep (taking into account the char

\brief Class that stores the fields in spectral space, and performs the * Fourier transforms between real space and spectral space */

\brief Class that stores the fields in spectral space, and performs the * Fourier transforms between real space and spectral space */

* \brief Class that represents the spectral space. * * (Contains info about the size of the spectral space corresponding * to each box in `realspac

A Python wrapper for the WarpX C++ class

\brief Functor that fills the elements of the particle array `inexflag` * with the value of the spatial array `bmasks`, at the corresponding particl

\brief Functor that fills the elements of the particle array `inexflag` * with the value of the spatial array `bmasks`, at the corresponding particl

\brief AcceleratorLattice contains the lattice elements */

Activation class provides an enumeration type for the supported activation layers

Parameters ---------- warpx_density_min: float Minimum plasma density. No particle is injected where the density is belo

Parameters ---------- warpx_inject_from_embedded_boundary: bool When true, the flux is injected from the embedded boundaries ins

Field Initializer that takes an implicit function to be loaded as an initial E/B field. Parameters ---------- warpx_do_initial_div_c

Possible types of parameters of command line arguments (no argument, int, double, or std::string) */

* \brief Class to read, modify, and write MultiFab header in Level_0/Cell_H when * back-transformed diag format is selected as plotfile. * This clas

* \brief Class to read, modify, and write particle header file, Particle_H, when * back-transformed diag format is selected as plotfile. * This clas

* \brief Class to read, modify, and write species header when * back-transformed diag format is selected as plotfile. * This class enables multiple

* \brief BackTransform functor to select particles and Lorentz Transform them * and store in particle buffers */

* \brief * This struct contains only static functions to compute the coefficients for the * BackwardEuler scheme of macroscopic Maxwells equations u

* This class contains diagnostics that are relevant to beam. */

collect the particles that are absorbed at the embedded boundary, throughout the simulation */

* Wrapper for the Breit Wheeler engine of the PICSAR library */

* Functor to evolve the optical depth of photons due to the * Breit-Wheeler process */

* Functor to generate a pair via the * Breit-Wheeler process */

* Functor to initialize the optical depth of photons for the * Breit-Wheeler process */

* \brief This functor does binary Bremsstrahlung reactions in a single cell. * Particles of the two interacting species are paired with each other a