Enter a digit in every area divided by horizontal/vertical/diagonal lines, so that every row/column contains each digit from 1 to N exactly once, where N is the number of digits to be filled in that row/column. If a cell is divided bu a diagonal, value of the fraction is regarded as height of the skyscrapers in that cell. Clues outside the grid indicate the number of skyscrapers that can be seen from the corresponding direction. A skyscraper block visibility of other skyscrapers with lower or equal height. (quoted from Toketa.vol 3)
November 27, 2015
Puzzle 088 - Fractional Skyscrapers
Fractional Skyscrapers was invented by Robert Vollmert.
Rules:
November 21, 2015
August 24, 2015
June 11, 2015
Puzzle 085 - Coded Skyscrapers
Rules for Skyscrapers
Some numbers are replaced with letters.
The same letters are the same digits and different letters are different digits.
Some numbers are replaced with letters.
The same letters are the same digits and different letters are different digits.
June 2, 2015
Puzzle 084 - Japanese Sums with Zeroes
Place a digit from 0 to 6 into some cells so that no digit appears more than once in each row or column. Cells may remain empty. Numbers outside the grid indicate all sums of continuous groups of digits (including “sums” of a single digit) along that row or column. These groups are separated by empty cells (a cell with 0 is not considered empty). These sums are given in the same order as their corresponding groups of digits.
May 12, 2015
Puzzle 083 - Tousa
Tousa was invented by Naoki Inaba.
Rules for Tousa
Rules for Tousa
Write a number between 1 and 9 in exactly three cells of each row and column of the diagram. The numbers in a row or column must form an ascending arithmetic sequence from left to right resp. top to bottom (i.e. the difference between two consecutive numbers must be constant; e.g. 1-2-3 or 2-5-8 or 3-5-7).
May 2, 2015
Puzzle 082 - Wolves and Sheep Fences
Draw a single, non-intersecting loop that only consists of horizontal and vertical segments between the dots.
Numbers inside a cell indicate how many of the edges of that cell are part of the loop.
All sheep must be inside the loop.
All wolves must be outside the loop.
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