C++ How to Program (10th Edition)
10th Edition
ISBN: 9780134448237
Author: Paul J. Deitel, Harvey Deitel
Publisher: PEARSON
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JAVA Programming Problem: In the game of "Assassin's Creed", you control a ship with a cannon which is attacking a large enemy Assassin's Creed, armed with many guns. Your goal is to destroy as many of the guns as possible. The battle field is a 2D Cartesian grid, where your cannon is located at the origin. The enemy Assassin's Creed is a horizontal line segment located from the coordinates (X1, Y) to (X2, Y). There are exactly (X2 - X1 + 1) guns on the ship, located at the integer points (X1, Y), (X1+1, Y), ..., (X2, Y). However, the problem is, you cannot always fire at a gun. There are supernatural rocks located at all points of the battlefield whose X and Y coordinates are both integers. In order to fire successfully at an enemy's gun, the line connecting your cannon and that gun must not go through any rocks. Develop a JAVA code to output the number of the enemy battleship's guns that your cannon can destroy. Test Case Result 1 2 2 -2
Can you help me with this code because i am struggling and I don't know what to do with this part:
he Eight Puzzle consists of a 3 x 3 board of sliding tiles with a single empty space. For each configuration, the only possible moves are to swap the empty tile with one of its neighboring tiles. The goal state for the puzzle consists of tiles 1-3 in the top row, tiles 4-6 in the middle row, and tiles 7 and 8 in the bottom row, with the empty space in the lower-right corner.
In this section, you will develop two solvers for a generalized version of the Eight Puzzle, in which the board can have any number of rows and columns. We have suggested an approach similar to the one used to create a Lights Out solver in Homework 2, and indeed, you may find that this pattern can be abstracted to cover a wide range of puzzles. If you wish to use the provided GUI for testing, described in more detail at the end of the section, then your implementation must adhere to the recommended interface. However,…
One variation on the game of nim is described in Luger. The game begins with a single pile of stones. The
move by a player consists of dividing a pile into two piles that contain an unequal number of stones. For
example, if one pile contains six stones, it could be subdivided into piles of five and one, or four and two, but
not three and three. The first player who cannot make a move loses the game.
(5.1) Draw the complete game tree for this version of Nim if the start state consists of six stones.
(5.2) Perform a minimax evaluation for this game. Let 1 denote a win and 0 a loss.
Chapter 8 Solutions
C++ How to Program (10th Edition)
Ch. 8 - (True or False) State whether the following are...Ch. 8 - (Write C++ Statements) For each of the following,...Ch. 8 - (Write C++ Statements) for each of the following,...Ch. 8 - (Function Headers and Prototypes) Perform the task...Ch. 8 - (Find the Code Errors) Find the error in each of...Ch. 8 - (Simulation: The Tortoise and the Hare) In this...Ch. 8 - (What Does This Code Do?) What does this program...Ch. 8 - (What Does This Code Do?) What does this program...Ch. 8 - In the next several problems, we take a temporary...Ch. 8 - (Computer Simulator) It may at first seem...
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