----------------------------------------------------------------------------- This function reconfigures the operators -------------------------------

----------------------------------------------------------------------------- This function reconfigures the operators -------------------------------

Resizes the vector of walls

Set the parameters of the time selection

--------------------------------------------------------------------------------------------------------------------- For all patch, sum densities on

Resize vector of field

List the available species in diagnostics of type ParticleList

For each patch, apply external fields

Return injector axis (0, 1 or 2 means x, y or z)

Adds a velocity to particles with indices from start to stop v2 should be equal to vx^2 + vy^2 + vz^2 g should be equal to 1 / sqrt(1-v2) Also relies

--------------------------------------------------------------------------------------------------------------------- Center the Magnetic Fields (used

Print information on the memory consumption

Print information on the memory consumption

--------------------------------------------------------------------------------------------------------------------- Clean the MPI buffers for commun

run the python functions cleanup (user defined) and _keep_python_running (in pycontrol.py)

Get/add the complex value of the profile at several locations mode = 0 : set values mode = 1 : ADD values mode = 2 : set values at given time mode = 3

Get the complex value of the profile at several locations (spatial + times)

Interpolate a complex array z of size jmax at location j

--------------------------------------------------------------------------------------------------------------------- For all particles of the species

Compute local sum of Ey

Compute local sum of Ey_rel_

--------------------------------------------------------------------------------------------------------------------- Wrapper of MPI synchronization o

copy the field array from Host to Device

Create a new field

---------------------------------------------------------------------- Create MPI type to exchange all particles properties of particles -------------

--------------------------------------------------------------------------------------------------------------------- Wrapper for projection on buffer

Display 3 arrows with annotations for the min, max and mean value of total time

Method used to get the Particle position

--------------------------------------------------------------------------------------------------------------------- Erase particles indexed by array

Erase all particles with zero weight

Interpolator specific to tracked particles. A selection of particles may be provided

Given a non-negative integer g, calculates the non-negative integer i such that gc(i)=g.

Given a non-negative integer g, calculates the non-negative integer i such that gc(i)=g.

Return additional shifts iteration

Obtains the list of positions of the diagnostic data along the requested axis. By default, axis positions are in the code's units, but are conver

SUPPOSED TO BE EXECUTED ONLY BY MASTER MPI

Method returning the size of Particles

Return the volume (or surface or length depending on simulation dimension) of one cell at the position of a given particle

Methods to obtain any property, given its index in the arrays double_prop_, uint64_prop_, or short_prop_

Method returning the number of the associated species

Obtains the list of times selected in this diagnostic. By default, times are in the code's units, but are converted to the diagnostic's units d