New member functions openmc::Tally.set_writable and get_writable
act on the writable attribute. These are used in the external
API with openmc_tally_set_writable and openmc_tally_get_writable
functions.
Cleaned up some other writeable -> writable typos as well
Add two functions to capi.h:
openmc_tally_set_writeable and openmc_tally_get_writeable
which are exposed to the Python API through the
openmc.lib.Tally.writeable property. These functions are very
similar to the set/get active counterparts as both act on a boolean
Tally attribute
A new unit test test_tally_writeable has been added that toggles
the writeable state of a tally. It is important to note that the
writeable state must be reset, otherwise tallies in subsequent
tests will be skewed. This is because the test_tally_writeable
function requires the capi_simulation_init fixture and the tallies
are shared by those functions that use the capi_run fixture
Boolean flag that indicates if a tally should be written to
output files. This has no effect on tally scoring, but instead
will be used to skip writing Tally data for those not marked
as writeable.
Related to #1327 as the depletion interface will use this flag
to reduce time spent writing reaction rate tallies and also
reducing the size of the final statepoint files
Add three functions that can be used to modify EnergyFunctionFilters
through the C-API:
- openmc_energyfunc_filter_set_data: set energy and y data
- openmc_energyfunc_filter_get_energy: obtain energies used in
interpolation
- openmc_energyfunc_filter_get_y: obtain ordinate values
These functions are modeled after openmc_energy_filter_[get|set]_bins.
The set_data function relies upon the new
EnergyFunctionFilter::set_data function, which is analogous
to EnergyFilter::set_bins function. Checks are performed
to make sure the energy and ordinate vectors are of equal
size before resetting and populating energy and y
private members.
An EnergyFunctionFilter did exist in openmc.capi, and has
now been flushed out to provide a better __init__ method,
as well as properties for retrieving energies and ordinates
for interpolation.
Accessing cell/material names through accessor. Returning a const reference from `name()` accessor in both cases.
Co-Authored-By: Paul Romano <paul.k.romano@gmail.com>
