Kakuro and Killer Sudoku Cheat Sheet. 2. 3 15 5. 4 5 14 6 15 7 16 25 Kakuro number combinations. On this page you can find documents to help solve . Kakuro, Killer sudoku and Killer sudoku product puzzles. Kakuro Combinations. 5/1/ Page 1 of 2. Sum # Squares Digits. Combinations. 3. 2. 4. 2. 5. 2. 1–4. 14, 2. 15, 6. 3. 2. 1–6.

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A site ka,uro online ‘killer sudokus’ can be found here: Round Kakuro Each puzzle consists of a blank grid with sum-clues in various places. Sign up using Facebook. To have a real output change return with alertsame byte count, but beware, the alert font is not monospace.

Groovy – chars Large, uninspired answer, but it uses Google Guava to generate the “power set”. Heart Kakuro Each puzzle consists of a blank grid with sum-clues in kakufo places.

Another example, based on that above 19 3 57 9 The expected output would be 2 2 89 4 6 9 Note that every result contains a 9, and no result contains a 5 or 7. The secret to solving Kakuro puzzles is learning how to use magic blocks — those special situations where only a single combination of numbers can fit into a block of a given length.

Sign up or log in Sign up using Google. It is a must have for combnations it. Each puzzle consists of a blank grid with sum-clues in various kakiro.


Kakuro combinations download – Google Docs

Martin Ender k 56 Sign up using Email and Password. Mathematica, bytes I admit I started working on this while it was still in the sandbox. You can assume that whatever you are printing to will use a mono-space font.

When spotting a magic block, the Magic Blocks table can be helpful to identify which unique numbers must be used in that block. Home Questions Tags Users Unanswered. The code can be tested here.

This Kakuro Magic Blocks table shows all the magic block possibilities which may occur in Kakuro puzzles. Classic Kakuro Each puzzle consists of a blank grid with sum-clues in various places.

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This is the same idea as Killer Sudoku if you are familiar with that. Output Your output must start with a line that contains the number of possible solutions. The delimiters are single spaces. For these puzzles the second document is more important when starting a new puzzle because most of the time you begin with empty cells. VisualMelon 3, 12 A very good web page containing a database of kakuro puzzles classified by difficulty: Input Your solution can receive the inputs as a single ASCII string either through stdin, a command line argument, an argument to a function, a value left on the stack, or whatever madness your favourite esoteric language employs.

Because I can’t do mental arithmetic, I often struggle with the Kakuro Puzzle, which requires the victim to repeatedly work out which distinct numbers in the range 1 to 9 inclusive sum to another number in range 1 to 45 when you know how many numbers there are.


Kakuro number combinations

This is code-golf, may the shortest solution win. And then for each solution I create a list from 1 to 9 and convert the present numbers into their string representation and the others into spaces. The examples below will hopefully make this clearer. Code with some comments: Your program must print out line-break delimited solutions sorted by each increasingly significant digit, where each digit is placed at the position it would be if you listed the numbers from 1 to 9.

Kakuro are easy to learn yet highly addictive language-independent logic combunations now following the footsteps of the worldwide Sudoku success. Your task is to write a program that lists all the possible solutions to a given problem, in a strict order, in a strict layout.

I’ve intentionally made the parsing of the input part of the fun of this question. If there are no solutions, for example 20 2 0 0 Then you should just output a single line with a 0 on it. All possible combinations for a give total: