Scratches: film abrasions, scanner streaks, and album glass glare
`remove-scratches-photos` tackles bright or dark hairline marks from handling, lab equipment, or framing glass. Full-height lines often mean film damage or dirty scan paths; short random marks usually come from dust or page rubbing. Tell true information loss apart from surface grime so you do not smear fine fabric detail while chasing a scratch.
Scratch cleanup steps
- Dust the print and clean the scanner glass before uploading to `remove-scratches-photos` to reduce false positives.
- Inspect silhouettes, window mullions, and lettering for broken strokes or waxy backgrounds after processing.
- If faint scratches remain, try a second local pass or lower global strength instead of stacking aggressive runs.
Scratch removal Q&A
Scratches fade but the sky turned mushy—why?
Neighborhood filling was too strong; split flat regions from detailed areas or reduce overall intensity.
Can color and black-and-white scans share one preset?
Rarely—faded dye layers show scratches differently; a light color balance first often stabilizes scratch removal.
Batch scans look inconsistent—some soft, some crunchy?
Group files by scan session, normalize DPI and contrast, then tune per batch instead of one global recipe.
Before publishing `remove-scratches-photos` assets externally, which compliance checks are mandatory beyond visual quality?
Start with "document post-release reviews", "define size thresholds explicitly", and "enforce pre-release QA gates", then explicitly verify "CDN fallback inconsistency" and "stale-cache replacement lag" before release approval.
Under deadline pressure, how should teams balance speed and stability in `remove-scratches-photos` processing?
Start with "align brand policy checks", "retain source/output evidence", and "run channel dry-runs", then explicitly verify "alpha transition artifacts" and "rendering drift across devices" before release approval.