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Detailed Game Introduction

[JA TRANSLATION NEEDED] HexaMind plays on a hexagonal grid with rules about what may touch: colors, numbers, or symbols must satisfy adjacency constraints (e.g., no equal neighbors, or sums along rays). The six‑direction geometry enables rich deductions through fan‑shaped lines and rings.

Gameplay Strategy & Walkthrough

[JA TRANSLATION NEEDED] 1. Constraint hotspots: Start at cells with the most neighbors or strictest rules. [JA TRANSLATION NEEDED] 2. Ring logic: Use ring sums or color counts around a center to bound candidates. [JA TRANSLATION NEEDED] 3. Ray scans: Scan along axial directions for parity/sequence constraints. [JA TRANSLATION NEEDED] 4. Contradiction seeds: Try a candidate on a tight cell and backtrack on conflict. [JA TRANSLATION NEEDED] 5. Pencil rigor: Maintain clean candidate notes to avoid circular mistakes.

Controls Guide

• Tap to place values/colors; toggle pencil marks; undo/redo.

Frequently Asked Questions (FAQ)

• Q: I’m stuck — where to look?

[JA TRANSLATION NEEDED] A: Revisit high‑degree nodes and ring totals; combine ring and ray constraints.

• Q: Is guessing required?

[JA TRANSLATION NEEDED] A: Good sets allow logical solves; when needed, make shallow, reversible assumptions.

• Q: How is it different from square‑grid puzzles?

• Q: I’m stuck — where to look?

よくある質問（FAQ）

• Tap to place values/colors; toggle pencil marks; undo/redo.

コントロールガイド

• Pencil rigor: Maintain clean candidate notes to avoid circular mistakes. [JA TRANSLATION NEEDED] A: Six neighbors create stronger ring/ray reasoning that square grids lack.

A: Six neighbors create stronger ring/ray reasoning that square grids lack.

• Q: How is it different from square‑grid puzzles? A: Good sets allow logical solves; when needed, make shallow, reversible assumptions.
• Q: Is guessing required?

A: Six neighbors create stronger ring/ray reasoning that square grids lack.