t-crb-project

T CrB observational assets

Lane hardening 2026-03-08

Clean photometry products, overlap validation, and a raw-image lane spanning modern and historical archive context.

Lane notes

Current working snapshot

T CrB defines the reproducibility and validation layer: clean products, figures, overlap metrics, and raw-image manifests coexist inside one explicit workflow.

T CrB validation figure comparing AAVSO and ASAS-SN V-band observations on a shared seven-day grid.

Mirrored proof artifact

Open proof figure

This figure is served from Astrolyte's own public assets so the dataset proof stays accessible even when GitHub file preview or raw delivery is unstable.

Why this artifact

Cross-source overlap validation

A seven-day V-band overlay aligning AAVSO and ASAS-SN series on the same time axis so agreement and divergence remain visible at the plot level.

rawprocessedcuratedvalidated

Reference figure path

figures/overlay_aavso_vs_asassn_V_overlap.png

Validation readout

  • Selected because it shows cross-provider validation directly instead of only presenting a cleaned single-source curve.
  • The figure stays tied to exported overlap bins, so the visual check and tabular metrics come from the same workflow.

Operational notes

Workflow, outputs, and validation

These notes are served directly from Astrolyte so each lane keeps a stable, browsable checkpoint page independent of upstream GitHub rendering glitches.

Outputs

  • modern V clean products
  • all-cycles Vis products
  • overlap validation figures
  • raw-image timeline assets
  • DASCH / PS1 / Legacy support assets
  • notes and manifests

Workflow

  • clean product generation
  • window exports
  • overlap validation
  • metrics export
  • raw-image manifesting
  • archive support staging

Validation notes

  • Overlap validation keeps tables, figures, and exported metrics tied to the same workflow lineage.
  • Raw-image support is treated as a first-class lane rather than an afterthought appended later.
  • The lane demonstrates how historical context can live beside modern photometry without losing reproducibility.