solprop.calibration.problems#
The calibration’s synthetic problems (SEP 46 section 6.3).
Five problems that solprop ships, so that a calibration never needs a user’s
simulation: a GNLSE with Raman response and self-steepening, a four-mode helium
capillary with plasma, a mode-averaged hydrogen capillary with Raman response, a
radial argon filament with plasma and a one-dimensional free-space line. Together they
exercise every CPU operation class: stage passes, responses with short and long
columns, modal and dense products, Raman histories, plasma columns, radial and
temporal transforms. Each is adapted from the benchmark tracking set’s case of the
same physics (benchmarks/builders.py), with no noise so that every candidate does
the same work, and with a scale that sizes its grid: the time window for the
one-dimensional problems and the transverse count for the spatial ones. A run times
their trial steps (StepDriver.timed_step), never a propagation.
Four of them also come at production size (*_large), as large as the tracking
set’s cases of their kind: on these alone a narrower team or a higher threshold that
wins on the small problems shows what it costs a production run. On 16 cores of a
Google Axion, a team of 8 won the small problems by 16 % and ran the tracking set’s
large cases up to 1.8 times slower (SEP 46 Part II).
Module Attributes
The calibration problems, each built at a scale (1 is the standard size). |
Functions
|
Build one calibration problem at a scale of its standard size. |
- solprop.calibration.problems.PROBLEMS: dict[str, Callable[[float], Simulation]] = {'averaged': <function _averaged>, 'capillary': <function _capillary>, 'capillary_large': <function <lambda>>, 'gnlse': <function _gnlse>, 'gnlse_large': <function <lambda>>, 'line': <function <lambda>>, 'line_large': <function <lambda>>, 'radial': <function <lambda>>, 'radial_large': <function <lambda>>}#
The calibration problems, each built at a scale (1 is the standard size).
- solprop.calibration.problems.build(name, scale=1.0)[source]#
Build one calibration problem at a scale of its standard size.
- Parameters:
- namestr
One of
PROBLEMS.- scalefloat, optional
Its grid’s size relative to the standard one: the time window of the one-dimensional problems, the transverse count of the spatial ones.
- Returns:
- solprop.driver.Simulation
The simulation, on the native backend, without noise.
- Raises:
- KeyError
For an unknown name.