Solving Games in Java (Part I) – Practical Java Projects

Solving Games in Java (Part I) – Practical Java Projects, available at $19.99, has an average rating of 3.45, with 24 lectures, 4 quizzes, based on 30 reviews, and has 1531 subscribers.

You will learn about Learn to use searching techniques in practice (this part is mostly about DFS) Build a solver for Boggle game (in 3 different ways) Get a project prototype to work on and develop it further This course is ideal for individuals who are Someone who is familiar with basic algorithms and data structures or Java beginners who want to progress further or Java beginners who seek some practical projects or Java beginners who are eager to learn and experiment or Anyone else who is interested in the topics covered It is particularly useful for Someone who is familiar with basic algorithms and data structures or Java beginners who want to progress further or Java beginners who seek some practical projects or Java beginners who are eager to learn and experiment or Anyone else who is interested in the topics covered.

Enroll now: Solving Games in Java (Part I) – Practical Java Projects

Summary

Title: Solving Games in Java (Part I) – Practical Java Projects

Price: $19.99

Average Rating: 3.45

Number of Lectures: 24

Number of Quizzes: 4

Number of Published Lectures: 24

Number of Published Quizzes: 4

Number of Curriculum Items: 28

Number of Published Curriculum Objects: 28

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Learn to use searching techniques in practice (this part is mostly about DFS)
Build a solver for Boggle game (in 3 different ways)
Get a project prototype to work on and develop it further

Who Should Attend

Someone who is familiar with basic algorithms and data structures
Java beginners who want to progress further
Java beginners who seek some practical projects
Java beginners who are eager to learn and experiment
Anyone else who is interested in the topics covered

Target Audiences

Someone who is familiar with basic algorithms and data structures
Java beginners who want to progress further
Java beginners who seek some practical projects
Java beginners who are eager to learn and experiment
Anyone else who is interested in the topics covered

You know Java basics, maybe even took a data structures course and wonder how your knowledge could be used in practice? Looking for a coding project to hone your skills? Want to outplay or baffle your friends with a program that plays better than them? Join these series to build game solvers, game AI and Flash game bot! From scratch!

Solving Games in Java course series are targeted for demonstration of practical usage of searching techniques like depth-first search, breadth-first search, A* search, IDA* search, minimax search, alpha-beta pruning. Basic understanding of recursion and Java data structures (list, array, queue) is recommended.

Course series (released as different courses, some might still be unreleased):

Part I: Boggle solver (3 different solutions, primary focus is DFS)
Part II: N-puzzle solver (4 different solutions: DFS, BFS, A*, IDA*)
Part III: Connect Four (4 different AI players: random, Monte Carlo, minimax, alpha-beta pruning)
Part IV: Diamond Dash (we will build a bot to beat this Facebook game)

By the end of each course you will build a working solution (or even multiple solutions) which you could continue to work on, update, modify, experiment!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Boggle game description and rules

Lecture 2: Expected result at the end of this course

Lecture 3: Where to play Boggle

Chapter 2: Preparing to solve

Lecture 1: Program skeleton

Lecture 2: Board representation

Lecture 3: Building Boggle board from input

Chapter 3: DFS Solver

Lecture 1: DFS approach

Lecture 2: Getting a dictionary file

Lecture 3: Reading dictionary file

Lecture 4: Solver skeleton

Lecture 5: Generating all possible words on given board

Lecture 6: Solver in action

Chapter 4: Dictionary Solver

Lecture 1: Dictionary approach

Lecture 2: Solver skeleton

Lecture 3: Searching for all possible words on given board

Lecture 4: Solver in action

Chapter 5: DFS Solver using Trie

Lecture 1: DFS approach revisited

Lecture 2: Introducing Trie

Lecture 3: Trie skeleton

Lecture 4: Constructing Trie

Lecture 5: Solver skeleton

Lecture 6: Generating all possible words on given board using Trie

Lecture 7: Solver in action

Chapter 6: Final words

Lecture 1: Where to go from here

Instructors

Konstantin Saveljev
Software Developer

Rating Distribution

1 stars: 2 votes
2 stars: 2 votes
3 stars: 2 votes
4 stars: 10 votes
5 stars: 14 votes

Frequently Asked Questions

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