Python3 script that automates the plotting of LHAPDF sets and their stats.
- Python3
- LHAPDF
See https://arxiv.org/Set/1412.7420.pdf for their definitions:
- symmhessian
- hessian
- MC
- Evolution basis: '$\gamma$' '$\Sigma$' '$g$' '$V$' '$V_3$' '$V_8$' '$V_{15}$' '$V_{24}$' '$V_{35}$' '$T_{3}$' '$T_{3}$' '$T_{15}$' '$T_{24}$' '$T_{35}$'
- Physical basis: '$\bar{t}$' '$\bar{b}$' '$\bar{c}$' '$\bar{s}$' '$\bar{u}$' '$\bar{d}$' '$g$' '$d$' '$u$' '$s$' '$c$' '$b$' '$t$' '$\gamma$'
- Combinations: '$F_2^{LO}$' '$u^+$' '$d^+$' '$s^+$' '$c^+$' '$b^+$' '$t^+$' '$u^-$' '$d^-$' '$s^-$' '$c^-$' '$b^-$' '$t^-$'
#=========================================================================================
Global Settings:
FFs:
colors: ['m', 'c', 'y', 'k']
PDFs:
colors: ['r', 'b', 'g', '#8c564b']
nPDFs:
colors: ['#d62728','#1f77b4','#2ca02c', '#ff7f0e'] # 'default' can be used
plot: [all] # test
fontsize: 25
legend_fontsize: 25
output_format: ".png"
#=========================================================================================
test:
Setsnames: [NNPDF31_nlo_as_0118, NNPDF31_nnlo_as_0118]
Setlabels: ['\rm NNPDF3.1\,(NLO)', '\rm NNPDF3.1\,(NNLO)']
Error_type: [MC, MC]
Nreps: [100, 100]
flavors_to_plot: ['\Sigma', 'V','s^+', 'c^+', '\bar{u}', 'g']
Q: 5
x: [0.0001, 0.6, 100]
Type_of_sets: PDFs
PTO: "" #NLO NNLO
Comparisons:
AbsolutesandRatio: #!
ncol: 2
LegendPosition: '\Sigma'
#xaxis:
# xticks: [0.02, 0.1]
# xtickslabels: ['$\rm 2\times 10^{-2}$', '$\rm 10^{-1}$']