
During October 2025, Steinber worked on the eic/epic repository, focusing on geometry configuration and physics simulation using C++. He delivered a targeted fix to the Calorimeter Endcap geometry, increasing the ForwardServiceGap_length by 2.8 cm to ensure the LFHCAL endcap aligned precisely with the official project envelope. This adjustment brought the simulation’s maximum z-position into compliance with the 9-22-25 envelope specification, directly addressing a documented misalignment. Steinber’s work improved the reliability of downstream analyses and planning by making the simulation geometry traceable, reproducible, and fully compliant with project parameters, demonstrating careful attention to project constraints and technical accuracy.

October 2025: Delivered a critical geometry alignment fix for the Calorimeter Endcap in the eic/epic repository to conform with the official project envelope. Increased ForwardServiceGap_length by 2.8 cm to move the LFHCAL endcap in line with the project envelope, ensuring the maximum z-position remains within 4965 mm as defined by the 9-22-25 envelope. This change brings the simulation geometry into compliance with project parameters and strengthens the reliability of downstream analyses and planning. The change is fully traceable to a single commit referenced to issue #960.
October 2025: Delivered a critical geometry alignment fix for the Calorimeter Endcap in the eic/epic repository to conform with the official project envelope. Increased ForwardServiceGap_length by 2.8 cm to move the LFHCAL endcap in line with the project envelope, ensuring the maximum z-position remains within 4965 mm as defined by the 9-22-25 envelope. This change brings the simulation geometry into compliance with project parameters and strengthens the reliability of downstream analyses and planning. The change is fully traceable to a single commit referenced to issue #960.
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