
During October 2025, Steinber addressed a critical geometry alignment issue in the eic/epic repository by adjusting the ForwardServiceGap_length parameter, moving the LFHCAL endcap to comply with the official project envelope. Using C++ and leveraging expertise in geometry configuration and physics simulation, Steinber increased the gap by 2.8 cm, ensuring the maximum z-position remained within the 4965 mm limit defined by project specifications. This targeted fix resolved a key misalignment, bringing the simulation geometry into compliance and reducing downstream analysis risks. The work was delivered as a single, traceable commit, demonstrating careful attention to reproducibility and project documentation standards.
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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