Part of the #MCnet Collaboration.
https://gitlab.com/hepcedar
Works with Rivet 4.1.1 & YODA 2.1.1. Highlights:
✔️ New Rivet analyses & SM predictions (ATLAS ttbb, CMS Z+jets, etc.)
✔️ Config file support
✔️ New plots for Spey stats
✔️ Faster batch runs & heatmap tools
✔️ Numpy2 compat, optional LaTeX
Works with Rivet 4.1.1 & YODA 2.1.1. Highlights:
✔️ New Rivet analyses & SM predictions (ATLAS ttbb, CMS Z+jets, etc.)
✔️ Config file support
✔️ New plots for Spey stats
✔️ Faster batch runs & heatmap tools
✔️ Numpy2 compat, optional LaTeX
🔹 Remote HepMC source support (e.g. xrootd)
🔹 Differential negative-weight plots via MC_WEIGHTS
🔹 Runtime toggle for event smearing
🔹 ONNX inference supports both float & double
🔹 Improved DileptonFinder + DIS projection robustness
🔹 New & updated LHC/HERA analyses!
🔹 Remote HepMC source support (e.g. xrootd)
🔹 Differential negative-weight plots via MC_WEIGHTS
🔹 Runtime toggle for event smearing
🔹 ONNX inference supports both float & double
🔹 Improved DileptonFinder + DIS projection robustness
🔹 New & updated LHC/HERA analyses!
The latest patch in the 2.1.x series brings:
✔️ Flexible normalisation options (yodascale)
✔️ Kolmogorov–Smirnov test support
✔️ Better Cython bindings & Python exception handling
The latest patch in the 2.1.x series brings:
✔️ Flexible normalisation options (yodascale)
✔️ Kolmogorov–Smirnov test support
✔️ Better Cython bindings & Python exception handling
From matrix elements and parton showers to neutrino generators, ML, HPC and Public Health—great lectures, hands-on tutorials, and plenty of good conversations (and Scottish weather).
From matrix elements and parton showers to neutrino generators, ML, HPC and Public Health—great lectures, hands-on tutorials, and plenty of good conversations (and Scottish weather).
CONTUR uses RIVET and its library of LHC measurements to test new physics models via fast limit-setting and consistency checks.
New features include:
✔️ Better stat treatments
✔️ Efficiency gains
✔️ More measurements & SM predictions
🧵
CONTUR uses RIVET and its library of LHC measurements to test new physics models via fast limit-setting and consistency checks.
New features include:
✔️ Better stat treatments
✔️ Efficiency gains
✔️ More measurements & SM predictions
🧵
If you’re planning to attend, now’s the time to sign up.
Hope to see many of you in Stirling this June! 🏰⚛️🚀
🔗 indico.cern.ch/e/mcnet2025
If you’re planning to attend, now’s the time to sign up.
Hope to see many of you in Stirling this June! 🏰⚛️🚀
🔗 indico.cern.ch/e/mcnet2025
This release is designed for use with Rivet 4.0.3 & YODA 2.0.3 and brings:
✔️ Signal strength fitting via Spey
✔️ Several new measurements
✔️ Various improvements & fixes
Get the latest version here: gitlab.com/hepcedar/con...
#HEP #OpenScience #Contur
This release is designed for use with Rivet 4.0.3 & YODA 2.0.3 and brings:
✔️ Signal strength fitting via Spey
✔️ Several new measurements
✔️ Various improvements & fixes
Get the latest version here: gitlab.com/hepcedar/con...
#HEP #OpenScience #Contur