tionary.javaOverviewYou and a partner will create a program that will compete against another program created by apair of your fellow classmates in a game that generally follows the rules of Ghost. The game willconsist of two programs that will take turns adding letters to a growing word fragment, trying notto be the one to complete a valid word. Each fragment must be the beginning of an actual word.The program that completes a word that has more than four characters loses. The program thatcreates a word fragment that has no possible chance of creating a word loses.Programmatic RulesYour program will compete against another program, the programs will communicate with eachother by reading and writing from a shared file on the hard drive. Each program will take turnsadding a letter to an ever-growing word fragment in the shared file. Before adding a letter to thefile your program should figure out what the next best letter to play is. It should maintain thecurrent word fragment and use methods in a class that extends Abstract Dictionay.java to findthe next letter to choose. There is a third program written by the professor, called the arbiter,that will officiate the game. The arbiter will also read and write to the shared file to communicatewith the programs. The arbiter is responsible for starting and stopping the game as well asnotifying each program when it is there turn. The arbiter will use a dictionary containing morethan 100K words to decide if a word greater then four characters has been made or if afragment has any possibility of creating a word. The arbiter will pass the file path of the sharedO☀ +empty_ghost_proje....zipGhost PrimerXVSCodeUserSetup....exe AGhost Proje...*MylOMana...AbstractFile...HomeIJ StudentArra...End+Insert Dictionary.javaRci dofile to your program as a Runtime argument. In your program's public static main(String[] args)the shared file.function args parameter will be an array of length 1 and the first index will contain the file path toConditions to Win1) Your opponent creates a word2) Your opponent creates a word fragment that has no chance of becoming a word3) Your opponent takes more than 15 seconds to write their letter to the shared fileGuidelines4) Your opponent writes text to the shared file that does not conform to the game Text Format5) Your opponent does not submit a programTip: If you are the first player you can only spell words that are odd length thus you can onlylose when you spell words that are odd but you can win when your opponent spells words thatare even length. Accordingly, if you are the first player you should only care about spelling evenyour turn.length words. You can tell if you are the first player by the length of the word fragment when it is100191empty_ghost_proje....zipYGhost Primer&7U8pass the file path of the sharedXVSCodeUserSetup....exeGhost Proje...9*MylOMana...AbstractFile...HomeEndIJ StudentArra...+ 11InsertRaiDeleBack

Coding rules and rules guarantee that product is: Safe: It can be utilized without hurting. Secure:…

1) Your opponent creates a word 2) Your opponent creates a word fragment that has no chance of becoming a word 3) Your opponent takes more than 15 seconds to write their letter to the shared file 4) Your opponent writes text to the shared file that does not conform to the game Text Format Guidelines 5) Your opponent does not submit a program Tip: If you are the first player you can only spell words that are odd length thus you can only lose when you spell words that are odd but you can win when your opponent spells words that are even length. Accordingly, if you are the first player you should only care about spelling even length words. You can tell if you are the first player by the length of the word fragment when it is your turn... O ^ Bi empty_ghost_proje....zip Ghost Primer ^ XVSCodeUserSetup....exe Ghost Proje... *MylOMana... AbstractFile... Student Ama

1) Your opponent creates a word 2) Your opponent creates a word fragment that has no chance of becoming a word 3) Your opponent takes more than 15 seconds to write their letter to the shared file 4) Your opponent writes text to the shared file that does not conform to the game Text Format Guidelines 5) Your opponent does not submit a program Tip: If you are the first player you can only spell words that are odd length thus you can only lose when you spell words that are odd but you can win when your opponent spells words that are even length. Accordingly, if you are the first player you should only care about spelling even length words. You can tell if you are the first player by the length of the word fragment when it is your turn... O ^ Bi empty_ghost_proje....zip Ghost Primer ^ XVSCodeUserSetup....exe Ghost Proje... *MylOMana... AbstractFile... Student Ama

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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IN JAVA PLEASE There is a 2D-rectangular MxN Terrain. On each square of the terrain, there may or may not be some gold and a Monster. Each monster has a name and damage (a numeric value between 1- 10). Some Heroes are traversing on the terrain. Each Hero has a name, health (a numeric value between 0-100), and a wallet that contains the golds he has collected. When a hero steps onto a square on the terrain, first he collects all of the golds placed on that square. Then, If there is a monster on the current square, Hero must fight with the monster and kill it. This fight decreases Hero’s health by the monster’s damage. If the Hero’s health drops below 0 after the battle, both Hero and monster die, and his/her golds disappear. When two or more heroes step on the same square simultaneously, the one with more health survives, and the other Hero dies. If there is gold on the square, the surviving Hero collects the gold. If there is a monster on the same square, the surviving Hero fights…
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can you please help me with this problem:you will develop an AI for a game in which two players take turns placing 1 x 2 dominoes on a rectangular grid. One player must always place his dominoes vertically, and the other must always place his dominoes horizontally. The last player who successfully places a domino on the board wins. n infrastructure that is compatible with the provided GUI has been suggested. However, only the search method will be tested, so you are free to choose a different approach if you find it more convenient to do so. The representation used for this puzzle is a two-dimensional list of Boolean values, where True corresponds to a filled square and False corresponds to an empty square. tasks:In the DominoesGame class, write an initialization method __init__(self, board) that stores an input board of the form described above for future use. You additionally may wish to store the dimensions of the board as separate internal variables, though this is not required.…
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