Hoe Kloon Sudoku te spelen

Gemarkeerde regio's moeten identieke cijferrangschikkingen bevatten

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De Regels

Standaard Sudoku-regels zijn van toepassing: vul elke rij, kolom en 3×3 blok met de cijfers 1–9, elk precies één keer.

Clone Sudoku markeert paren van regio's (klonen) op het raster. Elk paar kloonregio's moet exact dezelfde rangschikking van cijfers bevatten — als een kloon een 3 heeft in zijn linkerboven cel, moet de andere kloon ook een 3 hebben in zijn overeenkomstige cel. Kloonbeperkingen creëren krachtige symmetrie-gebaseerde deducties die hele regio's in één keer kunnen oplossen.

Voor waar deze puzzel vandaan komt, hoe het zich verhoudt tot gerelateerde varianten en een strategieoverzicht, zie onze Kloon Sudoku variantoverzicht.

In één oogopslag

24–32
Typische gegeven cijfers
Clone Regions
Beperkingstype
~10m
Gemakkelijk oplostijd
~22m
Gemiddeld oplostijd

Hoe Kloon Sudoku op te lossen

Beginner
Clone Pair Deduction
Any digit placed in one clone region immediately forces the same digit in the corresponding cell of the other clone region.
Gemiddeld
Constraint Propagation
A clone placement propagates through standard row, column, and box constraints in both regions simultaneously.
Gemiddeld
Clone-Box Interaction
If both clone regions share boxes with heavily constrained cells, the clone constraint rapidly resolves entire boxes.
Gevorderd
Mirror Elimination
When a digit is eliminated from a position in one clone region by standard logic, it can be eliminated from the same position in the other clone region.
Gevorderd
Multi-Clone Logic
With two clone regions, solving either provides equal information about both. Alternate deduction paths between clones for maximum efficiency.
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Veelgestelde Vragen

Wat is Clone Sudoku? ▾

Clone Sudoku is a variant where two highlighted regions of the same shape appear on the grid. The two regions are 'clones' — they must contain exactly the same digit arrangement. Every cell in one region holds the same digit as the corresponding cell in the other region. Standard Sudoku rules apply.

How do the clone regions correspond? ▾

The two clone regions are the same shape and size. Each cell in one region is paired with the corresponding positionally-equivalent cell in the other region. Placing a digit in any cell of one clone immediately fixes that digit in the matching cell of the other clone.

Can clone regions overlap with the same rows or columns? ▾

Yes. The puzzle constructor ensures that the clone constraint is always consistent with Sudoku rules — the two regions are positioned so that corresponding cells are in different rows, columns, and boxes, allowing the same digit to appear in both without violating uniqueness.

Is Clone Sudoku harder than regular Sudoku? ▾

The clone constraint effectively halves the number of independent cells to solve — every deduction in one region automatically applies to the other. Easy Clone puzzles resolve noticeably faster than classic Sudoku. Hard and expert puzzles use the clones to create complex bi-directional constraint chains.

What is the best strategy for Clone Sudoku? ▾

Treat the two clone regions as a single constraint. Whenever you eliminate a candidate from a cell in one region, immediately eliminate it from the corresponding cell in the other. Focus on the rows, columns, and boxes that interact with both regions simultaneously.

How long does Clone Sudoku take to solve? ▾

Easy puzzles take 6–15 minutes. Medium puzzles run 15–30 minutes. Hard puzzles average 30–60 minutes and expert puzzles can take 60–90 minutes. The bilateral nature of the clone constraint makes mid-game breakthroughs especially satisfying.

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