{% extends "init.lyx.template" %} {% from "gallery.macro" import phenogallery, twofigures, onefigure %} {% block body %} The relevant comparisons are those for the "MC-H" and "Meta" sets. Other comparisons are for illustration purposes only. \begin_layout Standard \begin_inset CommandInset toc LatexCommand tableofcontents \end_inset \end_layout \begin_layout Section MC-H ans MetaPDF comparison \end_layout \begin_layout Subsection PDF comparison \end_layout \begin_layout Subsubsection MC-H \end_layout {% for file in mch_pdf_nnlo %} {{ onefigure("PDF comparison", file) }} {% endfor %} \begin_layout Subsubsection Meta \end_layout {% for file in meta_pdf_alt %} {{ onefigure("PDF comparison", file) }} {% endfor %} \begin_layout Subsubsection MC-H (NLO) \end_layout {% for file in mch_pdf_nlo %} {{ onefigure("PDF comparison", file) }} {% endfor %} \begin_layout Subsubsection Meta (Meta900 prior) \end_layout {% for file in meta_pdf %} {{ onefigure("PDF comparison", file) }} {% endfor %} \begin_layout Subsection Luminosity comparison \end_layout \begin_layout Subsubsection MC-H \end_layout {% for file in mch_lumis_nnlo %} {{ onefigure("Luminosity", file) }} {% endfor %} \begin_layout Subsubsection Meta \end_layout {% for file in meta_lumis_alt %} {{ onefigure("Luminosity", file) }} {% endfor %} \begin_layout Subsubsection MC-H (NLO) \end_layout {% for file in mch_lumis_nlo %} {{ onefigure("Luminosity", file) }} {% endfor %} \begin_layout Subsubsection Meta (Meta900 prior) \end_layout {% for file in meta_lumis %} {{ onefigure("Luminosity", file) }} {% endfor %} \begin_layout Subsection Phenomenology comparison \end_layout \begin_layout Subsubsection MC-H \end_layout \begin_layout Standard {{ phenogallery(nnlo_pheno) }} \end_layout \begin_layout Subsubsection Meta \end_layout \begin_layout Standard {{ phenogallery(meta_pheno_alt) }} \end_layout \begin_layout Subsubsection MC-H(NLO) \end_layout \begin_layout Standard {{ phenogallery(nlo_pheno) }} \end_layout \begin_layout Subsubsection META(NLO) \end_layout \begin_layout Standard {{ phenogallery(meta_pheno_nlo) }} \end_layout \begin_layout Subsubsection Meta (Meta900 prior) \end_layout \begin_layout Standard {{ phenogallery(meta_pheno) }} \end_layout \begin_layout Subsection Correlations \end_layout \begin_layout Subsubsection MC2H 30 vs Meta 30 \end_layout \begin_layout Standard These are all the same correlation differences, but plotted at different scales. The sampling grid is 100 logaritmically spread. \end_layout \begin_layout Standard {{ twofigures("Correlation differences between prior at 100% max scale", "plots/correlations_small/mch30corr100.pdf", "plots/correlations/latestmeta/meta30altcorr100.pdf", "MC2H", "Meta") }} {{ twofigures("Correlation differences between prior at 20% max scale", "plots/correlations_small/mch30corr20.pdf", "plots/correlations/latestmeta/meta30altcorr20.pdf", "MC2H", "Meta") }} {{ twofigures("Correlation differences between prior at 5% max scale", "plots/correlations_small/mch30corr5.pdf", "plots/correlations/latestmeta/meta30altcorr5.pdf", "MC2H", "Meta") }} \end_layout \begin_layout Subsubsection MC2H 50 vs Meta 50 \end_layout \begin_layout Standard These are all the same correlation differences, but plotted at different scales. The sampling grid is 100 logaritmically spread. \end_layout \begin_layout Standard {{ twofigures("Correlation differences between prior at 100% max scale", "plots/correlations50/mchv1corr50_100.pdf", "plots/correlations/latestmeta/meta50altcorr100.pdf", "MC2H", "Meta Alt") }} {{ twofigures("Correlation differences between prior at 20% max scale", "plots/correlations50/mchv1corr50_20.pdf", "plots/correlations/latestmeta/meta50altcorr20.pdf", "MC2H", "Meta Alt") }} {{ twofigures("Correlation differences between prior at 5% max scale", "plots/correlations50/mchv1corr50_5.pdf", "plots/correlations/latestmeta/meta50altcorr5.pdf", "MC2H", "Meta Alt") }} \end_layout \begin_layout Subsubsection MC2H 100 vs Meta 100 \end_layout \begin_layout Standard These are all the same correlation differences, but plotted at different scales. The sampling grid is 100 logaritmically spread. \end_layout \begin_layout Standard {{ twofigures("Correlation differences between prior at 100% max scale", "plots/correlations/mchv1corr_100.pdf", "plots/correlations/latestmeta/meta100altcorr100.pdf", "MC2H", "Meta") }} {{ twofigures("Correlation differences between prior at 20% max scale", "plots/correlations/mchv1corr_20.pdf", "plots/correlations/latestmeta/meta100altcorr20.pdf", "MC2H", "Meta") }} {{ twofigures("Correlation differences between prior at 5% max scale", "plots/correlations/mchv1corr_5.pdf", "plots/correlations/latestmeta/meta100altcorr5.pdf", "MC2H", "Meta") }} \end_layout \begin_layout Subsubsection MC2H 30 vs Meta (Meta900 prior) 30 \end_layout \begin_layout Standard These are all the same correlation differences, but plotted at different scales. The sampling grid is 100 logaritmically spread. \end_layout \begin_layout Standard {{ twofigures("Correlation differences between prior at 100% max scale", "plots/correlations_small/mch30corr100.pdf", "plots/correlations/correlations_meta_ann/meta30corr_100.pdf", "MC2H", "Meta Ann") }} {{ twofigures("Correlation differences between prior at 20% max scale", "plots/correlations_small/mch30corr20.pdf", "plots/correlations/correlations_meta_ann/meta30corr_20.pdf", "MC2H", "Meta Ann") }} {{ twofigures("Correlation differences between prior at 5% max scale", "plots/correlations_small/mch30corr5.pdf", "plots/correlations/correlations_meta_ann/meta30corr_5.pdf", "MC2H", "Meta Ann") }} \end_layout \begin_layout Subsubsection MC2H 50 vs Meta (Meta900 prior) 50 \end_layout \begin_layout Standard These are all the same correlation differences, but plotted at different scales. The sampling grid is 100 logaritmically spread. \end_layout \begin_layout Standard {{ twofigures("Correlation differences between prior at 100% max scale", "plots/correlations50/mchv1corr50_100.pdf", "plots/correlations/correlations_meta_ann/meta50corr_100.pdf", "MC2H", "Meta") }} {{ twofigures("Correlation differences between prior at 20% max scale", "plots/correlations50/mchv1corr50_20.pdf", "plots/correlations/correlations_meta_ann/meta50corr_20.pdf", "MC2H", "Meta") }} {{ twofigures("Correlation differences between prior at 5% max scale", "plots/correlations50/mchv1corr50_5.pdf", "plots/correlations/correlations_meta_ann/meta50corr_5.pdf", "MC2H", "Meta") }} \end_layout \begin_layout Subsubsection MC2H 100 vs Meta (Meta900 prior) 100 \end_layout \begin_layout Standard These are all the same correlation differences, but plotted at different scales. The sampling grid is 100 logaritmically spread. \end_layout \begin_layout Standard {{ twofigures("Correlation differences between prior at 100% max scale", "plots/correlations/mchv1corr_100.pdf", "plots/correlations/correlations_meta_ann/meta100corr_100.pdf", "MC2H", "Meta") }} {{ twofigures("Correlation differences between prior at 20% max scale", "plots/correlations/mchv1corr_20.pdf", "plots/correlations/correlations_meta_ann/meta100corr_20.pdf", "MC2H", "Meta") }} {{ twofigures("Correlation differences between prior at 5% max scale", "plots/correlations/mchv1corr_5.pdf", "plots/correlations/correlations_meta_ann/meta100corr_5.pdf", "MC2H", "Meta") }} \end_layout \begin_layout Section CMC \end_layout \begin_layout Subsection Phenomenology comparison \end_layout \begin_layout Subsubsection NLO \end_layout \begin_layout Standard {{ phenogallery(nlo_cmc) }} \end_layout \begin_layout Subsubsection NNLO \end_layout \begin_layout Standard {{ phenogallery(nnlo_cmc) }} \end_layout \begin_layout Subsection Correlations \end_layout \begin_layout Subsubsection NNLO \end_layout {% for label, file in cmc_corrs_nnlo %} {{ onefigure(label, file) }} {% endfor %} \begin_layout Subsubsection NLO \end_layout {% for label, file in cmc_corrs_nlo %} {{ onefigure(label, file) }} {% endfor %} \begin_layout Section SMPDF reduced sets \end_layout \begin_layout Subsection Higgs only (NNLO) \end_layout \begin_layout Standard We obtain 13 eigenvectors with a threshold set to 5%. {{ phenogallery(smpdf_higgs) }} \end_layout \begin_layout Subsection Top only (NNLO) \end_layout \begin_layout Standard We obtain 12 eigenvectors with a threshold set to 5%. {{ phenogallery(smpdf_top) }} \end_layout \begin_layout Subsection Z only (NNLO) \end_layout \begin_layout Standard We obtain 18 eigenvectors with a threshold set to 10%. {{ phenogallery(smpdf_Z) }} \end_layout \begin_layout Subsection W only (NNLO) \end_layout \begin_layout Standard We obtain 20 eigenvectors with a threshold set to 10%. {{ phenogallery(smpdf_W) }} \end_layout \begin_layout Subsection Ladder \end_layout \begin_layout Standard The combination includes H, ttbar, Z and W in this order. We obtain 15 eigenvectors with a threshold set to 10%. {{ phenogallery(smpdf_ladder1) }} \end_layout \begin_layout Subsection NLO comparison \end_layout \begin_layout Standard {{ phenogallery(nlo_comp) }} \end_layout {% endblock %}