Compare output data generated from initial run with output data generated after restart. Parameters ---------- filename : str

Compare output data generated from initial run with output data generated after restart. Parameters ---------- filename : str

Compare output data generated from initial run with output data generated after restart. Parameters ---------- filename : str

Compare output data generated from initial run with output data generated after restart. Parameters ---------- filename : str

Clear the buffer that holds the particles lost at the boundaries.

Compare instantaneous data (multiple iterations averaged in post-processing) with in-situ averaged data.

Compute the actual charge on the spacecraft, by counting how many electrons and protons were collected by the WarpX embedded boundary (EB

Compute nodal and staggered stencils along all directions. Parameters ---------- dx_boosted : np.ndarray (float) Cell size a

Integrate cross sections over maxwellian VDF to obtain reaction rate coefficients Given electron energy in eV (`energy_eV`) and reaction cross sec

Compute nodal and staggered stencils along a given direction. Parameters ---------- coeff_nodal : numpy.ndarray Leading spec

Function that will be called at each iteration, after each electrostatic solve in WarpX

Create dataset from openPMD files Parameters --- data_dir : string, location of diagnostic data source_index : int, which index to ta

Function to build the superLU object used to solve the linear system.

Function to build the superLU object used to solve the linear system.

bool: whether the flux injection of particles should be done.

bool: whether the initial injection of particles should be done This routine is called during initialization of the plasma.

Download a raw log from Azure DevOps and return it as a string.

Compare output file checksum with benchmark. Read checksum from output file, read benchmark corresponding to test_name, and a

An alias of step, used in legacy code

\brief compute field amplitude for a Gaussian laser, at particles' position * * Both Xp and Yp are given in laser plane coordinate. * For each part

Compute the electric field for a Gaussian laser pulse. This is used to write the binary input file.

Read benchmark from reference json file.

Return the axis (index) names of a mesh * * This will be returned in C order. This is inverse of the Fortran order * of the index label

Return the component names of a mesh * * @param var_in_theta_mode indicate if this field will be output with theta *