
Over seven months, Jonathan Glazer contributed to the NREL/EnergyPlus repository by developing and enhancing features that improved reporting, documentation, and data management for building energy simulations. He implemented cross-format data exports, expanded water usage and control summary reports, and refactored the epJSON Editor for greater portability. Jonathan applied C++ and Python to streamline code organization, introduced new APIs to reduce dependencies, and automated documentation workflows for better accessibility. His work included batch scripting and VB6 development to align UI and backend processes. The depth of his contributions is reflected in robust testing, code quality improvements, and sustainable workflow enhancements.
October 2025: Delivered cross-format Psz data export support across EnergyPlus tooling, aligning EP-Launch UI, RunEPlus batch script, and the EnergyPlus Python launch workflow; introduced end-to-end handling improvements and cleanup for new file extensions to simplify downstream data processing.
October 2025: Delivered cross-format Psz data export support across EnergyPlus tooling, aligning EP-Launch UI, RunEPlus batch script, and the EnergyPlus Python launch workflow; introduced end-to-end handling improvements and cleanup for new file extensions to simplify downstream data processing.
September 2025 — NREL/EnergyPlus. Delivered a new API overload for ScanPlantLoopsForNodeNum removing the ObjexxFCL dependency and added an optional error-reporting parameter, enhancing flexibility and testability. Performed comprehensive code-quality improvements with clang-format across OutputReportPredefined.hh, OutputReportTabular.cc, and PlantUtilities.cc (no functional changes). Fixed UI reliability by correcting frame ordering in the utility tab and updating the binary version. Completed EP-Launch configuration and utility-management cleanup by adjusting AppGPostProcess and temporarily commenting out EP-Compare, streamlining utility program management. These efforts improve testability, reduce coupling, boost UI stability, and simplify release readiness and maintenance.
September 2025 — NREL/EnergyPlus. Delivered a new API overload for ScanPlantLoopsForNodeNum removing the ObjexxFCL dependency and added an optional error-reporting parameter, enhancing flexibility and testability. Performed comprehensive code-quality improvements with clang-format across OutputReportPredefined.hh, OutputReportTabular.cc, and PlantUtilities.cc (no functional changes). Fixed UI reliability by correcting frame ordering in the utility tab and updating the binary version. Completed EP-Launch configuration and utility-management cleanup by adjusting AppGPostProcess and temporarily commenting out EP-Compare, streamlining utility program management. These efforts improve testability, reduce coupling, boost UI stability, and simplify release readiness and maintenance.
August 2025 (NREL/EnergyPlus) focused on enhancing reporting fidelity and control summaries, delivering new reporting columns, richer control-related reports, and robust documentation with tests. These changes improve data accuracy for operators, support data-driven decisions, and streamline maintenance and future analytics.
August 2025 (NREL/EnergyPlus) focused on enhancing reporting fidelity and control summaries, delivering new reporting columns, richer control-related reports, and robust documentation with tests. These changes improve data accuracy for operators, support data-driven decisions, and streamline maintenance and future analytics.
July 2025 monthly performance for NREL/EnergyPlus focused on delivering feature-rich reporting enhancements, improving documentation, and elevating code quality to support Phase 4 readiness and sustainable data analysis. Key work spanned NFP ruleset documentation and Phase 4 reporting enhancements, EIO/Initialization Summary and Water Use reporting enhancements, and targeted code formatting cleanup at the repository level.
July 2025 monthly performance for NREL/EnergyPlus focused on delivering feature-rich reporting enhancements, improving documentation, and elevating code quality to support Phase 4 readiness and sustainable data analysis. Key work spanned NFP ruleset documentation and Phase 4 reporting enhancements, EIO/Initialization Summary and Water Use reporting enhancements, and targeted code formatting cleanup at the repository level.
March 2025 monthly summary for NREL/EnergyPlus: Delivered enhancements that improve documentation accessibility and data export capabilities, with clear business value and technical impact. The changes span improvements to help documentation workflows and expanded support for zone sizing data exports, aligning with user needs and release readiness.
March 2025 monthly summary for NREL/EnergyPlus: Delivered enhancements that improve documentation accessibility and data export capabilities, with clear business value and technical impact. The changes span improvements to help documentation workflows and expanded support for zone sizing data exports, aligning with user needs and release readiness.
February 2025 monthly summary for NREL/EnergyPlus focusing on design documentation, planning, and readiness for bug fixes and testing in support of the Ruleset Project Phase 4. Delivered a formal NFP (Notes for Planning) design document and status-tracking clarifications to guide data element implementation and alignment with ASHRAE Standard 229, including a specially tagged schema file for tracking implementation status of data elements. Identified energy+RPD-related bugs to fix and outlined testing strategies to ensure traceability and quality before implementation. Key deliverables driven this month include the NFP design documentation, alignment planning with ASHRAE 229, and enhanced traceability for data elements and implementation status.
February 2025 monthly summary for NREL/EnergyPlus focusing on design documentation, planning, and readiness for bug fixes and testing in support of the Ruleset Project Phase 4. Delivered a formal NFP (Notes for Planning) design document and status-tracking clarifications to guide data element implementation and alignment with ASHRAE Standard 229, including a specially tagged schema file for tracking implementation status of data elements. Identified energy+RPD-related bugs to fix and outlined testing strategies to ensure traceability and quality before implementation. Key deliverables driven this month include the NFP design documentation, alignment planning with ASHRAE 229, and enhanced traceability for data elements and implementation status.
December 2024 monthly summary for NREL/EnergyPlus focused on planning for cross-platform epJSON Editor enhancements and updating cost data to support more accurate building energy simulations. Key efforts include: (1) design/documentation planning for refactoring the cross-platform epJSON Editor from wxPython to Tkinter, enabling open/save of IDF files via convertInputFormat and improving adoption of the epJSON format; (2) updating the NIST Life Cycle Cost (LCC) dataset for 2023-2024 expansion of escalation factors across residential, commercial, and industrial energy price indices for all US regions to improve lifecycle cost analyses. No major bugs fixed this month. Overall impact centers on improved editor portability and data-driven cost modeling, bolstering decision support for energy simulations. |
December 2024 monthly summary for NREL/EnergyPlus focused on planning for cross-platform epJSON Editor enhancements and updating cost data to support more accurate building energy simulations. Key efforts include: (1) design/documentation planning for refactoring the cross-platform epJSON Editor from wxPython to Tkinter, enabling open/save of IDF files via convertInputFormat and improving adoption of the epJSON format; (2) updating the NIST Life Cycle Cost (LCC) dataset for 2023-2024 expansion of escalation factors across residential, commercial, and industrial energy price indices for all US regions to improve lifecycle cost analyses. No major bugs fixed this month. Overall impact centers on improved editor portability and data-driven cost modeling, bolstering decision support for energy simulations. |

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