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An integrated workflow App for advanced tree-ring analyses: RWLApp

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Tree-ring data processing often remains operationally fragmented, with file conversion, crossdating evaluation, and chronology aggregation distributed across independent software tools. To overcome this work-intensive and error-prone analytical separation, we present an integrated Python-based desktop workflow for dendrochronological data processing comprising four applications: RWLUpdaterApp (Ring Width Length Updater), pos2rwlApp, converterApp, and RWLStatsApp. Together, these tools support the conversion of POS (CooRecorder coordinate) files to the Tucson ring-width list (RWL) format, multi-format chronology conversion and diagnostics, COFECHA (a widely used crossdating quality-control program)-assisted crossdating checks, interactive correction of problematic series, and automated updating and screening of a combined master chronology. The central component, RWLUpdaterApp, provides folder monitoring, duplicate prevention, live editing tools, and an audit trail of chronology changes. Designed for both Windows and macOS, the workflow fills an operational gap in traceable, end-to-end chronology management, complementing rather than replacing established measurement and analytical tools.
Title: An integrated workflow App for advanced tree-ring analyses: RWLApp
Description:
Tree-ring data processing often remains operationally fragmented, with file conversion, crossdating evaluation, and chronology aggregation distributed across independent software tools.
To overcome this work-intensive and error-prone analytical separation, we present an integrated Python-based desktop workflow for dendrochronological data processing comprising four applications: RWLUpdaterApp (Ring Width Length Updater), pos2rwlApp, converterApp, and RWLStatsApp.
Together, these tools support the conversion of POS (CooRecorder coordinate) files to the Tucson ring-width list (RWL) format, multi-format chronology conversion and diagnostics, COFECHA (a widely used crossdating quality-control program)-assisted crossdating checks, interactive correction of problematic series, and automated updating and screening of a combined master chronology.
The central component, RWLUpdaterApp, provides folder monitoring, duplicate prevention, live editing tools, and an audit trail of chronology changes.
Designed for both Windows and macOS, the workflow fills an operational gap in traceable, end-to-end chronology management, complementing rather than replacing established measurement and analytical tools.

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