# DigiDala — Alpha 50.6.11 Changeset

## Goal

Follow up on the Alpha 50.6.10 Telegram QA findings without changing Mandala lifecycle behavior or archive navigation semantics.

## Scope

- Give ordinary, Special and Competitive Mandalas independent user-facing `#NNN` sequences.
- Preserve the existing global Mandala `number` as the stable internal identifier.
- Use the existing Competitive `competition-###` sequence for real Competitive Mandalas; test Competitive campaigns remain isolated from the public sequence.
- Replace the archive header absolute-position layout with a flex header so `← Назад` cannot overlap a long archive path/title.
- Replace the participant table with a three-column card grid; each card contains participant name, contribution and cell count.
- Preserve participant trace highlighting between archive cells and participant cards.
- Add focused regression coverage for type-specific numbering, archive header layout and participant card grid.

## Explicitly not changed

- No Mandala lifecycle semantics are changed.
- No circular navigation algorithm changes are made.
- No archive return-route behavior is changed.
- No archive data model is changed.
- No payment behavior is changed.

## Verification

Automated verification: pending.
Deployment: pending.
Manual Telegram QA: pending.

## Manual QA target

At minimum verify:

- Ordinary Mandalas use their own `#NNN` sequence.
- Special Mandalas use their own `#NNN` sequence starting independently from ordinary Mandalas.
- Competitive Mandalas use their own `#NNN` sequence; the currently visible Competitive example should no longer inherit the global Mandala number.
- Long archive eyebrow/path text never overlaps the `← Назад` button on desktop or mobile.
- Archive participants appear as three columns of compact participant cards; mobile styling reduces padding and type size without changing the three-column layout.
- Each participant card shows name, contribution and cells together.
- Participant/card highlighting remains synchronized with archive trace highlighting.