Releases · NNPDF/pineappl

0.3.0 - 20/08/2020

Added

added the options --absolute, --orders, and --lumis to the subcommand channels

added Python interface to the C API, the the folder wrappers/python and the example in examples/python-dy-aa

added the option --normalize to the subcommand orders, which can be used to specify the orders that should be used to normalize to.

Fixed

added missing support for LHAIDs for pdf_uncertainty

fixed a case where merging two grids fails, because the bin limits are numerically not exactly the same

0.2.0 - 02/08/2020

the Lagrange-interpolation grid of PineAPPL now supports fully dynamic factorisation/renormalisation scales
pineappl has a new subcommand pdf_uncertainty to calculate PDF uncertainties
in examples/capi-dy-aa one can find an example how to use the C API
added method Grid::with_subgrid_type that allows the selection of a custom Subgrid type
added --absolute switch to the subcommand convolute of pineappl, which shows all values of the scale variation as absolute numbers
added a PDF and alphas to Grid::convolute to speed up convolutions
added --orders switch to the subcommand pdf_uncertainty, to caclulate the PDF uncertainty only with the specified perturbative orders
added new subcommand info which shows the highest orders in alphas and alpha
added new subcommand diff which compares two grids with each other

the parameter reweight of SubgridParams is set to true by default now (was false before)
improved the output of pineappl, bin widths are printed now

fixed subcommand orders of pineappl to normalise each leading order to the sum of all leading orders, not only the first
fixed subcommand pdf_uncertainty of pineappl to show the correct integrated results (bin width was missing)
fixed calculation of the scale variation