How to play every puzzle

Rows, columns and boxes, then singles, notes and Hard patterns.

Spot pairs, fill the gaps, balance every line — then look ahead.

Shade cells so each row and column hits its sum.

Light every cell. Start beside the 4s and 0s.

Count the mines around each number. Start from the 0s and the corners.

Place one tent beside every tree and match the counts.

Fill each tube from the bulb to match the counts.

Shade each clue's neighbourhood to match its count.

Count bridges, never cross, connect every island.

Rotate every tile so the openings meet and the grid is one tree.

Each number is an area. Start with the ones that fit one way.

Cage sums and house totals do the work.

Follow the thick walls. Each region is a box with its own shape.

One-way cages first, then the rest of the line and a chain.

Signs first, then chains, one home in the line, and a one-cell try.

Each clue counts the heights it can see. Start beside the 1s and the biggest clues.

Follow the dots: neighbours one apart, gaps never.

One or two stars in every row, column and region. They never touch.

Overlap long clues, cross the gaps, and read the crossing line.

Shade repeats, never side by side, keep white connected.

Grow each island to its number and keep one sea.

Match the counts and keep ships apart.

Fill each tank to one water level.

Split black and white into two groups.

Count what each number sees. Keep shaded cells apart.

Shade two cells per region, in pairs.

Find every domino. Each pair of numbers appears once.

Turn on black pearls, go straight through white ones.

Pair every circle with exactly one stick, and leave no stick spare.

Join each pair of touching regions with exactly one stitch.

Draw one diagonal in every cell, and never close a loop.

One-way sums first, then short runs and longer lists.

Shade one wall around the clues. No solid 2×2.

Shade cells inside rooms and keep the white cells connected.

Draw one loop. Start from the 0s and 3s, then pairs and parity.

One tetromino in every region.

Split the grid so every region turns onto itself.

Place triangles so every white area is a rectangle.

Draw one loop through every numbered circle.