ADK tunneling rate from [DeloneKrainov1998] that has been simplified for s-states. Args: Z : residual ion charge E_i :

! converts an exchangeType (e.g. RIGHT) to an MPI-rank */

Effective radially symmetric nuclear potential under the influence of a homogeneous external electric field. Assumed center of potential well

Calculation of the current deposition (one component). The Parameters s1..s6 are just placeholders in this case. The values to calculate the r

check that a vector only contains real components passes silently if OK, throws otherwise :param vector: three-tuple to che

Copies data from src to dest. May represent any point in the openPMD hierarchy, but src and dest must both represent the same layer.

get name of non-existing tmp dir which will be automatically cleaned up

helper to check against Must create the distribution to test with arbitrary params; must pass lower_bound and upper_bound st

retrieve schema for given class type Uses get_fully_qualified_class_name() to get a class path, then derives URI from that a

* Registers an observer at this observable. * @param event pointer to an observer implementing the IEvent interface. */

returns all parameters stored in the passed file Note: this function cannot read histogram data, but will not throw an

check validity of self if ok pass silently, raise on error

sanity-check self, if ok pass silently Ensure that: - species has valid name - constants have unique types

check validity of self pass silently if okay, raise on error

Checks whether files(with fileExtension) can be found in the transferred directory Return: ------- out : boo

cross section for de-/excitation transition due to interaction with free electron @param excitation bool true =^= excitation, false =^= deexc

check if a given step is within an interval list * * @param seqTimeSlices vector with time intervals * @param timeStep simu

convert PIConGPU dimension unit into a corresponding openPMD map * * @param unitDimension PIConGPU dimension vector * @retu

Takes values in UI units, converts them to SI and after that to quantities used within PIConGPU. Parameters --------

Exact solution to the test problem u_t(x, y, t) = u_xx(x, t) + u_yy(y, t), x in [0, 1], y in [0, 1], t in [0, T] \param x value of x \param x value o

Return author of the simulation setup. * * The author that runs the simulation and is responsible for created *