|
| | pdfset_tutorial.cpdf_set = pdfxtmd.CPDFSet("CT18NLO") |
| |
| | pdfset_tutorial.std_info = cpdf_set.getStdPDFInfo() |
| |
| | pdfset_tutorial.x_values = np.logspace(-4, -1, 100) |
| |
| int | pdfset_tutorial.mu2 = 1000 |
| |
| int | pdfset_tutorial.kt2 = 1 |
| |
| list | pdfset_tutorial.gluon_pdfs = [cpdf_set[0].pdf(pdfxtmd.PartonFlavor.g, x, mu2) for x in x_values] |
| |
| list | pdfset_tutorial.uncertainties = [cpdf_set.Uncertainty(pdfxtmd.PartonFlavor.g, x, mu2) for x in x_values] |
| |
| list | pdfset_tutorial.upper_band = [g + u.errplus for g, u in zip(gluon_pdfs, uncertainties)] |
| |
| list | pdfset_tutorial.lower_band = [g - u.errminus for g, u in zip(gluon_pdfs, uncertainties)] |
| |
| | pdfset_tutorial.tmd_set = pdfxtmd.TMDSet("PB-LO-HERAI+II-2020-set2") |
| |
| list | pdfset_tutorial.gluon_tmds = [tmd_set[0].tmd(pdfxtmd.PartonFlavor.g, x, kt2, mu2) for x in x_values] |
| |
| list | pdfset_tutorial.tmd_uncertainties = [tmd_set.Uncertainty(pdfxtmd.PartonFlavor.g, x, kt2, mu2) for x in x_values] |
| |
| list | pdfset_tutorial.tmd_upper_band = [g + u.errplus for g, u in zip(gluon_tmds, tmd_uncertainties)] |
| |
| list | pdfset_tutorial.tmd_lower_band = [g - u.errminus for g, u in zip(gluon_tmds, tmd_uncertainties)] |
| |
| | pdfset_tutorial.label |
| |
| | pdfset_tutorial.alpha |
| |
