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High-$p_T$ jets are an important tool for characterizing the quark-gluonplasma (QGP) created in heavy-ion collisions. However, a precise understandingof the jet-medium interaction is still lacking, and the development of moresophisticated observables is needed. This work presents a tool that allows forthe exploration of alternative high-$p_T$ observables in a variety of collisionsystems. The tool builds on the publicly available JEWEL Monte Carlo code, andallows for the evolution of a jet on any given (2+1)-dimensional background.Proof-of-concept observables are also presented, studied using the latestversion of JEWEL, JEWEL-2.4.0. The simplicity of the separation of the physicsof the jet from the physics of the medium (while still allowing for the usualJEWEL medium-response), allows for easy interpretation without the need forcomplex parameterization. Results are produced using the RIVET toolkit, whichallows for transparent preservation and development of analyses that arecompatible with experimental methods. The code and analysis used to produce theplots presented here are made publicly available on a Github repository, withup-to-date usage instructions. This tool is expected to be useful to the broadjet-physics community for the study of precision observables for jets.

JEWEL on a (2+1)D background with applications to small systems and substructure