The “funniest” way I can think of to practice logic programming is to use it to solve a logic puzzle. A logic puzzle is typically presented as a mystery and list of clues that can be used to infer facts such as “who done it”. For this assignment, we will use the website to find two puzzles to solve. One will be a “challenging” puzzle and the other will be a “Very Hard” puzzle. For this assignment, you will write all of the clues as rules in a prolog program. Your prolog file must obey the following format: To receive credit, your puzzle must find one, and only one, solution to the puzzle. Your assignment will be checked by running swipl in the docker container as follows: or which will use your and predicates to make sure you find exactly one solution and that it is the correct solution. You can, of course, work on your solution using in which case you may want to also use their to display your solution. Once you have a solution, however, you should confirm that it runs properly in the container. This may mean commenting out the part where you load the plugin. or

In this assignment, we will explore the application of logic programming in solving logic puzzles. Logic puzzles are often presented as mysteries, accompanied by a set of clues that can be used to deduce certain facts, such as identifying the culprit in a crime. Our task is to find two logic puzzles from a website, one classified as “challenging” and the other as “Very Hard,” and solve them using a Prolog program.

To successfully complete this assignment, we need to adhere to a specific format for our Prolog file. Additionally, our program must find one and only one solution, which will be verified by running it in a Docker container with the command “swipl.” The container will check if we have defined the necessary predicates and if our solution is both unique and correct. While working on our solution, we have the option to use the website and their programming environment to test and display our progress. However, it is crucial to ensure that our final solution runs properly in the container, which may involve commenting out parts related to loading plugins.

The logic puzzles we choose should be challenging enough to demonstrate our understanding and mastery of logic programming concepts. These puzzles typically involve scenarios where we have a set of entities, attributes, and constraints. By utilizing logical rules and deductions, we can narrow down the possible combinations and ultimately find the solution.

In our Prolog program, we will represent the clues provided in the puzzles as rules. These rules will encode the relationships, conditions, and constraints that can be inferred from the given information. By querying the program, we can generate solutions that satisfy all the provided clues and constraints.

It is important to note that the success of our program depends on our ability to translate the given puzzle into a set of accurate and logically consistent rules. We must carefully analyze the clues and ensure that our interpretation captures all the necessary constraints to find a unique solution. If our program fails to generate a solution or produces incorrect results, it suggests a flaw in our approach or an oversight in our understanding of the puzzle’s requirements.

To summarize, this assignment requires us to select and solve two logic puzzles of different difficulty levels using a Prolog program. We need to represent the clues as rules, follow a specific format for our Prolog file, and ensure that our program finds one and only one solution. By carefully analyzing the given information and accurately encoding it into logical rules, we can demonstrate our proficiency in logic programming and problem-solving using Prolog.

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