v1.1.0

This release corresponds to the version of mc-run that has been used for the paper "Non-perturbative effects in multidimensional dijet and Z+jet production at the LHC".

What's Changed

• Event generation campaign extensions, improvements in generator configuration, and analysis/plotting by @HerrHorizontal in #44
• Implement support for LxPlus batch execution by @HerrHorizontal in #46
• Update CITATION.cff to match version of latest release by @cverstege in #48
• Update alma9 docker image for grid jobs by @cverstege in #50
• Fixes by @cverstege in #52, #55
• Htcondor fixes for lxplus by @cverstege in #55
• Improve fitting code and model, some code refactoring, and better outputs by @cverstege in #53
• Allow merging of non-equivalent MC campaigns with help of orthogonal Rivet analyses by @cverstege in #57
• NAF Support, resource usage reductions, and other enhancements and improvements by @cverstege in #59
• Final paper version by @cverstege in #61

Full Changelog: v1.0.1...v1.1.0

v1.0.1

Please use this version if you plan on running Herwig event generation.
The sourced generator software dependencies from CVMFS were subject to several bugs which are fixed now. With this release the fixed versions are sourced and everything should be working now.

What's Changed

• Add tasks and scripts to plot generic splitted quantities by @HerrHorizontal in #41
• Fix generator dependencies by @HerrHorizontal in #43
• Minor fixes and improvements

Full Changelog: v1.0.0...v1.0.1

MC-Run v1.0.0

First stable release for MC-Run: a tool for lightweight, scalable, automated, and standardized MC event generation and Rivet analysis. It provides a workflow management implementation, based on LAW for distributable MC event generation with Herwig7 and Sherpa and subsequent analysis with Rivet.

Furthermore, a subsequent workflow for the generation and plotting of non-perturbative corrections from the generated and analysed samples is provided. The full dependency graph of the workflow is sketched for Herwig7 event generation here:

Similarly, events and non-perturbative corrections can be generated with Sherpa and compared to the ones created with Herwig7.