Sequential is a simple logical game.
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Plumber Pete is a fast-paced thinking game ideal for people who are short on time, low on monkey wrenches but wanna have some plumbing fun!
In Cardhue, you have to find the symbols hidden in a grid.
Hitori is a japanese puzzle game (literally -let me alone-), published by Nikoli. It is played on a grid of squares. At the beginning, each cell contains a symbol (number or something else, you can choose). The goal is to paint out some cells so that there are no duplicate in any row or column:
- The black squares cannot be adjacent to one another.
- All non-painted squares must form a single continuous area.
In this puzzle game, you have to find out where the walls on the edges of hexagons are located, given the number of visible cells from each cells.
This is the classical memory game, where you have to find the paired images. It is possible to display all the cards during a short time at the beginning, to limit the effects of luck.
Your challenge is to use the green pusher (small square) to push the small red box inside the larger blue box. Boxes can only be pushed from the inside. Black boxes may help or hinder your progress. Hint... a small box inside a large box can be pushed together.
Each magnets uses two white blocks. Two positive poles never touch themselves, as well as negative poles. No 2x2 block square is fully occupied. The number of positive poles is indicated on the edge of rows and columns.
Place the mirrors in the grid, using laser. Laser rays follow the usual reflection law. Diagonal, vertical and horizontal mirrors are possible as well as total reflection, absorbing element, light warp (or tunnel). Select the size of the grid and the number of item to place. Numbers on the edges show the number of blocks the laser ray crosses until output or absorption. Grey color indicates an absorbed ray. Yellow color indicates a reflected ray (input=output). Click on the edges when using the hint mode to display the ray trajectory.
Hint: start with a low item number, without options.
Find out the hidden atoms in the 8x8 grid using X-rays!