
Developed a MATLAB script for the Glickfeld-And-Hull-Laboratories/ImagingCode-Glickfeld-Hull repository to streamline two-photon imaging data analysis workflows. The solution automated loading of experimental data, computation of dF/F, and generation of retinotopic maps and field-of-view averages, supporting multiple experimental configurations and automatic figure saving. Leveraging MATLAB scripting and scientific computing skills, the work focused on data processing and file path manipulation to ensure consistent and reproducible analyses across experiments. This feature established a standardized pipeline for the team, enabling faster turnaround and improved traceability in imaging studies. No bug fixes were recorded during this period, reflecting focused feature delivery.
April 2025 monthly summary for Glickfeld-And-Hull-Laboratories/ImagingCode-Glickfeld-Hull. Delivered a new MATLAB script (QuickRet_mjh.m) in the michaelH folder to streamline two-photon data analysis. The workflow loads data, computes dF/F, and generates retinotopic maps and FOV averages, with support for multiple experimental configurations and automatic saving of output figures. This work lays the foundation for faster data turnaround, consistent analyses across experiments, and improved reproducibility.
April 2025 monthly summary for Glickfeld-And-Hull-Laboratories/ImagingCode-Glickfeld-Hull. Delivered a new MATLAB script (QuickRet_mjh.m) in the michaelH folder to streamline two-photon data analysis. The workflow loads data, computes dF/F, and generates retinotopic maps and FOV averages, with support for multiple experimental configurations and automatic saving of output figures. This work lays the foundation for faster data turnaround, consistent analyses across experiments, and improved reproducibility.

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