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O'caml  Sliding tiles (35%) The mechanics described in this exercise can be used to implement a game sliding tiles. For basic description of the game see https://en.wikipedia. org/wiki/Sliding_puzzle. 1. Create a type slidingTile, consisting of a char matrix and two integers x and y. The integers x and y are the coordinates of an empty tile. 2. Create a function val slide : slidingTile -> int -> int -> slidingTile = that given a slidingTile and two integers, that represent a location in the matrix, it slides the tile from the specified location to the empty tile, then returns the altered slidingTile. If provided location is not adjacent to the empty tile, or out of bounds, then return the slidingTile unaltered. 3. Create a function val print_tile : slidingTile -> unit = that prints a slidingTile on screen with the corresponding characters from the matrix. However, print an empty space where the empty tile is instead.

O'caml  Sliding tiles (35%) The mechanics described in this exercise can be used to implement a game sliding tiles. For basic description of the game see https://en.wikipedia. org/wiki/Sliding_puzzle. 1. Create a type slidingTile, consisting of a char matrix and two integers x and y. The integers x and y are the coordinates of an empty tile. 2. Create a function val slide : slidingTile -> int -> int -> slidingTile = that given a slidingTile and two integers, that represent a location in the matrix, it slides the tile from the specified location to the empty tile, then returns the altered slidingTile. If provided location is not adjacent to the empty tile, or out of bounds, then return the slidingTile unaltered. 3. Create a function val print_tile : slidingTile -> unit = that prints a slidingTile on screen with the corresponding characters from the matrix. However, print an empty space where the empty tile is instead.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Sliding tiles (35%) The mechanics described in this exercise can be used to implement a game sliding tiles. For basic description of the game see https://en.wikipedia. org/wiki/Sliding_puzzle. 1. Create a type slidingTile, consisting of a char matrix and two integers x and y. The integers x and y are the coordinates of an empty tile. 2. Create a function val slide : slidingTile -> int -> int -> slidingTile = that given a slidingTile and two integers, that represent a location in the matrix, it slides the tile from the specified location to the empty tile, then returns the altered slidingTile. If provided location is not adjacent to the empty tile, or out of bounds, then return the slidingTile unaltered. 3. Create a function val print_tile : slidingTile -> unit = that prints a slidingTile on screen with the corresponding characters from the matrix. However, print an empty space where the empty tile is instead.

国 9. a uR n # let a=... # print_tile a; ; 123 456 78 # slide a 2 2;; # print_tile a; ; 123 456 78 # slide a 3 2;; # print_tile a;; 123 456 7 8 # slide a 4 2;; # print_tile a; ; 123 456 7 8 # slide a 2 2;; # print_tile a; ; 123 4 6 758
Transcribed Image Text:国 9. a uR n # let a=... # print_tile a; ; 123 456 78 # slide a 2 2;; # print_tile a; ; 123 456 78 # slide a 3 2;; # print_tile a;; 123 456 7 8 # slide a 4 2;; # print_tile a; ; 123 456 7 8 # slide a 2 2;; # print_tile a; ; 123 4 6 758
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