
During December 2024, Daniel Lis developed the Trigger Emulator Simulation Framework for the sPHENIX-Collaboration/analysis repository. He introduced a new C++ macro, Fun4All_Sim.C, which configures and runs simulations for the trigger emulator by wiring together Fun4All subsystems for trigger information reconstruction, emulation, and performance analysis. This approach enabled end-to-end simulation of trigger run information, supporting validation and performance analysis of the trigger path. Daniel’s work demonstrated proficiency in C++, data analysis, and high energy physics simulation, establishing a reproducible workflow that reduces integration risk and accelerates future enhancements for trigger-related processes within the collaboration’s analysis infrastructure.

December 2024 monthly summary for sPHENIX-Collaboration/analysis: Delivered the Trigger Emulator Simulation Framework, introducing a new C++ macro Fun4All_Sim.C to configure and run a simulation for the trigger emulator. This setup wires Fun4All subsystems (trigger information reconstruction, trigger emulator, and trigger performance analysis) to enable end-to-end simulation of trigger run information. No major bugs reported this month; focus on enabling validation and performance analysis of the trigger path. This work improves validation, reduces integration risk, and accelerates future enhancements for trigger-related workflows.
December 2024 monthly summary for sPHENIX-Collaboration/analysis: Delivered the Trigger Emulator Simulation Framework, introducing a new C++ macro Fun4All_Sim.C to configure and run a simulation for the trigger emulator. This setup wires Fun4All subsystems (trigger information reconstruction, trigger emulator, and trigger performance analysis) to enable end-to-end simulation of trigger run information. No major bugs reported this month; focus on enabling validation and performance analysis of the trigger path. This work improves validation, reduces integration risk, and accelerates future enhancements for trigger-related workflows.
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