Create A Program to Create a Trivia Maze in Java Assignment Solution

Instructions

Objective

Write a program to create a trivia maze in java language.

Requirements and Specifications

Write a Java assignment program to create a trivia maze game.

Implement

• Classes
• methods

Source Code

package maze; /** * * */ import java.io.Serializable; public class Maze implements Serializable { private static final long serialVersionUID = 5205114282657699300L; /** * */ private Room[][] rooms; private int row; private int column; private Player player; private int locR = 0; private int locC = 0; private QuestionDatabase question; /** * * * @param r * @param c * @param player */ public Maze(int r, int c, Player p) { this.row = r; this.column = c; this.player = p; setPlayerLoc(p.getLocRow(), p.getLocColumns()); generateMaze(r, c); this.question = new QuestionDatabase(); } public int getRow() { return row; } public int getColumn() { return column; } /** * * * @return */ public String getPlayerLoc() { return "Player Location: R: " + this.locR + " " + "C: " + this.locC; } /** * * */ public void playerMovement(String direction) { int r = this.locR; int c = this.locC; if (isDoorlocked(direction) == false && questionAnswered() == true) { // playermovement in that direction method playerMoveDirection(direction); } } public boolean isDoorlocked(String direction) { int r = this.locR; int c = this.locC; Door d = this.rooms[r][c].getDoor(direction); if (d.getLocked() == true) { return true; } else { return false; } } public boolean questionAnswered() { int r = this.locR; int c = this.locC; if (this.rooms[r][c].getQuestionAnswered() == true) { return true; } else { return false; } } public void playerMoveDirection(String direction) { int r = this.locR; int c = this.locC; if (direction == "N" || direction == "n") { setPlayerLoc(r - 1, c); } else if (direction == "W" || direction == "w") { setPlayerLoc(r, c - 1); } else if (direction == "S" || direction == "s") { setPlayerLoc(r + 1, c); } else if (direction == "E" || direction == "e") { setPlayerLoc(r, c + 1); } else { System.out.println("Enter the right direction letters"); } } public void setPlayerLoc(int i, int j) { this.locR = i; this.locC = j; player.setLocation(i, j); } public void generateMaze(int rows, int columns) { this.rooms = new Room[rows][columns]; for (int i = 0; i < rows; i++) { for (int j = 0; j < columns; j++) { if (i == 0 && j == 0) { this.rooms[i][j] = new Room(false, true); this.rooms[i][j].setDoor("N", true); this.rooms[i][j].setWall("N", true); this.rooms[i][j].setDoor("W", true); this.rooms[i][j].setWall("W", true); } else if (i == rows - 1 && j == columns - 1) { this.rooms[i][j] = new Room(true, false); this.rooms[i][j].setDoor("S", true); this.rooms[i][j].setWall("S", true); this.rooms[i][j].setDoor("E", true); this.rooms[i][j].setWall("E", true); } else { this.rooms[i][j] = new Room(); if (i == 0) { this.rooms[i][j].setDoor("N", true); this.rooms[i][j].setWall("N", true); } if (i == rows - 1) { this.rooms[i][j].setDoor("S", true); this.rooms[i][j].setWall("S", true); } if (j == 0) { this.rooms[i][j].setDoor("W", true); this.rooms[i][j].setWall("W", true); } if (j == columns - 1) { rooms[i][j].setDoor("E", true); rooms[i][j].setWall("E", true); } } } } } /** * * Room 0, 0 = 0 int k = 0, index = k+i k++; Room 0, 1 = 1 Room 0, 2 = 2 Room 0, * 3 = 3 Room 1, 0 = 4 Room 1, 1 = 5 Room 1, 2 = 6 Room 1, 3 = 7 room 2, 3 * */ public void generateQuestionInRoom(int r, int c) { int k = 0; this.rooms = new Room[r][c]; for (int i = 0; i < r; i++) { for (int j = 0; j < c; j++) { this.rooms[i][j] = new Room(); this.rooms[i][j].setQuestion(k + i); k++; } } } public Room getRoom(int r, int c) { return this.rooms[r][c]; } public void displayMaze() { int i = this.locR; int j = this.locC; System.out.println("Room " + "[Row = " + i + " " + "Col = " + j + "]"); this.rooms[i][j].displayRoom(); System.out.println(question.getQuestionA(i, j)); } }