Zero the array

Combines info on memory from all MPI processes

----------------------------------------------------------------------------- Computation of the quantum parameter for the given thread of photons \pa

--------------------------------------------------------------------------------------------------------------------- This function configures the spe

Direction computes the sequence of intra sub-hypercube direction, d(i) for 0 <= i < 2^dim.

Direction computes the sequence of intra sub-hypercube direction, d(i) for 0 <= i < 2^dim.

Entry computes the sequence of entry points, e(i) for 0 <= i < 2^dim.

Entry computes the sequence of entry points, e(i) for 0 <= i < 2^dim.

--------------------------------------------------------------------------------------------------------------------- Suppress all particles from iPar

General Hilbert index2D calculates the Hilbert index h of a patch of coordinates x,y for a simulation box with 2^mi patches per side (2^(m0+m1)) patc

Return global number of cores

Return if the field grid is mapped on device

Tells if old positions are kept (true) or not

This method enables to switch to another log jumping of `jump` indexes from the current log.

Information on a specific Probe diagnostic Parameters: ----------- diag: the number or name of a Probe diagnostic Returns: --------

----------------------------------------------------------------------------- Clean photons that decayed into pairs (weight <= 0) \param particles p

--------------------------------------------------------------------------------------------------------------------- Method to shift field in space -

Uniform rand from xorshift32 generator, between 0 (excluded) and 1-10^-11

Create a vtk file that describes an image

For all patches, allocate a field if not allocated

For each patch, apply external fields

--------------------------------------------------------------------------------------------------------------------- \brief Associate this particle c

--------------------------------------------------------------------------------------------------------------------- Project for diags and frozen spe

----------------------------------------------------------------------------------------------------------------- Method to clone the whole vector of

Compute local sum of Ex

Compute local sum of Ex_rel_

Loop on the different axes requested and compute the output index of each particle

equivalent of the numpy function fftfreq start or stop define a range where the array is actually returned

Generates the binary reflected Gray Code

Generates the binary reflected Gray Code

General Hilbert index inverse calculates the coordinates x,y of a patch for a given Hilbert index h in a simulation box with 2^mi patches per side (2^

Return the ghost cell present at the border of the cluster. This border is NOT accounted for by getGPUClusterWidth. That is, the particles are sorted

List the available NewParticles species

List the available tracked species

Hilbert index2D calculates the Hilbert index h of a patch of coordinates x,y for a simulation box with 2^m patches per side (2^(2*m) patches in total)

Hilbert index2D calculates the Hilbert index h of a patch of coordinates x,y for a simulation box with 2^m patches per side (2^(2*m) patches in total)

Get vector size on CPU

--------------------------------------------------------------------------------------------------------------------- Initialize like Particles object

--------------------------------------------------------------------------------------------------------------------- Make a new particle at the posit

Method used to get the momentum norm which is also the normalized photon energy

Information on the available quantities in the performance diagnostic Returns: -------- A dictionnary containing: * "quantities_uint": a l