Mosaic logic puzzles originated in England and consist of creating a picture by filling in squares. Scattered throughout the puzzle are numbers. Each digit indicates the number of surrounding blocks, plus the numbered block, that are to be darkened to create the picture.
Use this advice to solve a mosaic logic puzzle. Look over the entire puzzle. Locate all 9's in the puzzle.
This means that the square with the 9 and all immediate squares around it will be darkened. Locate all the 6's that are on the edges of the puzzle. The block containing the 6 and the immediate squares around are able to be darkened.
Also, look at the corners of the puzzle, if they contain the number 4 then the numbered square and all the immediate blocks around it can be filled in. Check the puzzle diagram for the number 0. Mark all the blocks immediately around the 0 block with a light "x."
These blocks are the white background of the picture. Continue working puzzle until all blocks with a 9 or 0 are marked ... more.
At a first glance, a dominoes logic puzzle looks like a grid with an even number of digits contained in it. The object of the game is to pair adjacent numbers together using only the digit combinations found on a set of six spot dominoes. When the puzzle is finished, all digits will be matched with a partner.
Start the puzzle by looking for identical pairs of digits. Search the puzzle for two sixes adjacent to one another. If there is only one instance of the pair in the entire puzzle, mark the pair by drawing a heavy outline around it, creating a domino.
Continue looking for identical pairs of fives, fours, threes, twos or ones. Utilize the check off grid next to the puzzle. Mark off each domino pair as it is found.
This will make it easy for one to visualize which domino pairs still need to be matched. Look at the corners of the grid. If the corner number has the same number adjacent to it on both sides then one can reason that the number pair will be located in that corner and not ... more.
Hanjie is a Japanese logic puzzle that consists of a blank grid with sets of numbers across the top and side indicating the number of spaces filled in on those lines. The result is a pixelated picture that resembles the first images on computer screens in the 1980s. Look over the entire puzzle.
The grid is broken up into sections that contain five square by five square blocks. This makes the width and height of the puzzle easy to figure. Count out the height and width and mark on the side of the puzzle.
Examine the sets of numbers across the top and the left hand side. If the numbers are 1, 4, 4 that means that somewhere in the corresponding row/column there will be one space filled in, an undetermined amount of white spaces, four consecutive spaces filled in, another undetermined amount of white spaces and another four consecutive spaces filled in. Add up the number sets for each column and row.
Make sure to add one square as the minimum between each individual set of darkened ... more.
Hashi is a Japanese logic puzzle that utilizes a grid containing various circles (islands) containing numbers at the line intersections. Each number indicates how many lines or bridges attach to that specific intersection. When the puzzle is complete, the grid will contain a network of interlocked lines.
Examine the hashi grid. Look for a "5" on the outside edge, a "7" anywhere in the grid, or a "3" in the corner. Each of these instances must have at least one bridge radiating from each direction, vertically and horizontally.
Look over the grid for a "4" in the corner, an "8" throughout the grid, or a "6" along the border. These instances will have the maximum two bridges radiating from each direction. Cross off each island lightly when the bridges extending from the circles have reached the maximum.
Glance over entire puzzle. Attach any obvious lines that need to be filled in. Always keep checking that no group of islands stand alone.
Each island needs to be incorporated into the ... more.
Labyrinth logic puzzles are a variation of the popular hanjie logic puzzle. Th grid with number sets along the top and left side. There's also a "S" and a "E" located in the grid.
The object of the puzzle is to create a series of hedges that create a maze for a line to twist through every box in the grid connecting the "S" to the "E." Examine the grid. The number on the top and left side are associated with the grid line directly adjacent to the number sets.
The number sets indicate how many "hedges" are contained on that line and the length of the hedge. So if a number set is 1:3:4, that means there are three hedges, the first spanning one block, the second spanning three blocks and the third hedge spanning four blocks. There will be at least one empty block between each hedge.
Count the number of blocks going across the grid and down the grid. Write down the total in each direction off to the side of the grid for reference. Add up the digits in each number set, adding in one extra ... more.
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