代写CCN2042留学生、代做Computer Programming、代写C/C++设计、C/C++编程代写

日期：2018-11-16 10:36

CCN2042 Computer Programming

Group Project – Ludo Game

(Due: 23:59, 24 November 2018)

Expected Learning Outcomes

familiarise themselves with at least one high level language programming environment.

develop a structured and documented computer program.

understand the fundamentals of object-oriented programming and apply it in computer

program development.

apply the computer programming techniques to solve practical problems.

Introduction

In this assignment, you are going to develop the Ludo Game, a board game that runs in the

command line environment. Ludo game is a board game for two to four players. The players

race their four chesses from start (“Base”) to finish (“Home”) according to the rolls of a

single die. The player who first moves all chesses to “Home” is the winner.

This is a group assignment. You need to form a group with 5 to 6 students, and write a

Win32 Console Application program called LudoGame.cpp. The requirements are listed

below.

System Requirements

R0 When the program starts, the console should display a welcome message, and then

the Game Menu of the program. User can enter the options of the corresponding

actions (see R1 to R6 below).

Welcome Message designed by your group

*** Game Menu ***

[1] Start Game

[2] Settings

[3] Game Demo

[4] Instructions

[5] Credits

[6] Exit

*****************

Option (1 - 6):

CCN2042 18-19 Semester 1 – Group Project 2

R1 [1] Start Game

When the user inputs 1 in the Game Menu, the game starts with the current game

settings (see R2). Each player has FOUR chesses. Names of the chesses for each

player are listed in the table below.

Player 1 Player 2 Player 3 Player 4

a b c d e f g h i j k l m n o p

Initially, all chesses are at their starting location “Base”. By rolling a die (i.e.,

generating a random number from 1 to 6) and according to the rules of the game (see

R1.3), the player can race the chesses to the finishing location “Home”.

R1.1 Game board

The players play on a square game board, with ‘.’ showing the board positions and ‘X’

showing the “Home” location. When the game begins, the game board together with

each player’s chess information should be displayed. In the example below, there are

two players. Player 1 is the human player whereas Player 2 is the computer player.

Player 1: Human

Base: a b c d

Home:

Player 2: COMP

Base: e f g h

Home:

R1.2 Moving paths

When a chess leaves its “Base”, it enters the game board and stops at the first position,

which is different for each player:

Chess Information for each player

CCN2042 18-19 Semester 1 – Group Project 3

Player 1 Player 2 Player 3 Player 4

Top-left corner Top-right corner Bottom-right corner Bottom-left corner

For each player, the moving paths for the chess to complete are shown below. Note

that after a chess leaves its “Base”, it needs to move 45 steps to reach ‘X’, i.e.,

“Home”.

Player 1

Player 2

Player 3

Player 4

R1.3 Game rules

To have a chess leaving “Base” and entering the game board, a player must roll

‘6’. If the player has no chess on the game board and fails to roll ‘6’, the turn

passes to the next player.

If a player has one or more chess to move, he chooses a movable chess from the

given list and moves the chess along the path by the number of positions

according to the rolling result.

If a player rolls a ‘6’, he gets a bonus turn. If the bonus turn rolls a ‘6’ again, he

gets one more bonus turn. If he rolls a ‘6’ once again, there is no more bonus turn;

after his move the turn passes to the next player.

A player cannot move a chess into a location that is occupied by other chesses of

that player.

CCN2042 18-19 Semester 1 – Group Project 4

If a chess ends on a position occupied by an opponent’s chess, the opponent chess

is sent back to the opponent’s “Base”. Any chess that has reached “Home” should

be “safe” from being sent back.

A chess can reaches “Home” only if it exactly steps on ‘X’. If the rolling value

exceeds the number of steps required, the chess should move backward for the

remaining steps.

R1.4 Human and Computer Player

There can be 2 to 4 players to play the game. Players can be human players or

computer players. A human player will select which chess to move among the

movable chesses, whereas a computer player will choose one of the movable chesses

randomly. Choice made by the computer should be displayed clearly on the console

screen.

When the program begins, the game is played by two players, one human and one

computer player, as the default setting.

R1.5 Game play – Players take turns

Each player takes turn (starting from Player 1 to Player 4) to roll a die to get a number

from 1 to 6. Based on the game rules (see R1.3), the system shows a list of movable

chesses according to the rolling result. The player then can choose a movable chess to

move on the game board according to the moving path of the player (see R1.2).

R1.6 Game play – Command “q”

Player can input ‘q’ to quit the game at any time during the game when he is asked to

choose a movable chess. If this happens, the system should prompts for player’s

confirmation. If the player inputs ‘y’ or ‘Y’, the game ends and the system returns to

the Game Menu. If the player inputs ‘n’ or ‘N’, the game continues at its current

status. Other input is not acceptable and the system should ask the player to confirm

again.

R1.7 Game Play – Game ends

The game finishes when there is a winner, who moved all four chesses to “Home”, i.e.,

‘X’ on the game board. If the game finishes, the system should display who is the

winner, and the program returns back to the Game Menu.

R2 [2] Settings

When the user inputs 2 in the Game Menu, the console displays the Settings Menu.

User can enter the options of the corresponding actions (see R2.1 to R2.3 below).

CCN2042 18-19 Semester 1 – Group Project 5

*** Settings Menu ***

[1] Number of players

[2] Number of human players

[3] Return to Game Menu

*********************

Option (1 - 3):

R2.1 [1] Number of players

When the user inputs 1 in the Settings Menu, the console displays the current game

setting of how many players play the game, and prompts for the user input of the new

setting. Note that acceptable number of players is from 2 to 4 only, and should not be

less than the current number of human players.

After the setting is updated, the new setting should be displayed and the system

returns back to the Settings Menu.

R2.2 [2] Number of human players

When the user inputs 2 in the Settings Menu, the console displays the current game

setting of how many human players play the game, and prompts for the user input of

the new setting. Note that acceptable number of human players is 0 to the number of

players of the game.

After the setting is updated, the new setting should be displayed and the system

returns back to the Settings Menu.

R2.3 [3] Return to Game Menu

When the user inputs 3 in the Settings Menu, the system returns back to the Game

Menu.

R3 [3] Game Demo

When the user inputs 3 in the Game Menu, the console displays the Demo Menu.

User can enter the options of the corresponding actions (see R3.1 to R3.4 below).

**** Demo Menu *****

[1] Three consecutive '6'

[2] Chess touches home and reverses, reaches home and wins

[3] Chess does not self-overlap, and sends back opponent chess

[4] Return to Game Menu

*********************

Option (1 - 4):

CCN2042 18-19 Semester 1 – Group Project 6

Under the Game Demo options, a game is played by two computer players. By

presetting the positions of chesses for the players and the rolling results (both to be

designed by yourself), you are required to show the required scenarios (see R3.1 to

R3.3 below) within 5 turns of plays by the players, after an option 1 to 3 is entered.

R3.1 [1] Three consecutive ‘6’

To design and show a scenario that a player gets three consecutive ‘6’ during a game.

R3.2 [2] Chess touches home and reverses, reaches home and wins

To design and show a scenario that a player moves the last chess that touches “Home”

and goes backward, because the rolling value exceeds the number of steps required to

step on “Home”. Finally, this player can move the chess home and win the game.

R3.3 [3] Chess does not self-overlap, and sends back opponent chess

To design and show a scenario that a player cannot move a chess into a location that

is occupied by other chesses of that player. Afterwards, the player’s chess ends on a

position occupied by an opponent’s chess, causing the opponent chess to be sent back

to the opponent’s “Base”.

R3.4 [4] Return to Game Menu

When the user inputs 4 in the Demo Menu, the system returns back to the Game

Menu. The previously used game setting (i.e., number of players and number of

human players) will be restored.

R4 [4] Instructions

The system displays the instructions for playing the Ludo game. After displaying the

instruction, the system returns back to the Game Menu.

R5 [5] Credits

The system displays the personal particulars (e.g. student name, student ID, class,

tutorial group, etc.) of the group members. After displaying the information, the

system returns back to the Game Menu.

R6 [6] Exit

When the user inputs this option, the system prompts for user’s confirmation. If the

user inputs ‘y’ or ‘Y’, the program terminates. If the user inputs ‘n’ or ‘N’, the system

CCN2042 18-19 Semester 1 – Group Project 7

returns to the Game Menu. Other input is not acceptable and the system should ask

the user to confirm again.

Other General Requirements

R7 Meaningful guidelines should be printed to assist with user’s input. Whenever an

option is selected, meaningful messages should be displayed.

R8 Suitable checking on user’s input is expected. Appropriate error messages should be

printed whenever unexpected situation happens, e.g., invalid input, input out-of-range,

etc.

R9 The use of functions (in addition to main function) and classes are expected in your

program. Appropriate comments should be added in your source code file.

R10 Creativity and Critical Thinking: other features that you find useful (such as the

“intelligence of computer player”) or can enhance the user experience can also be

implemented.

Grading criteria

Aspects Percentage

Program correctness

(Follow ALL instructions, marks deduction on errors found)

70%

Program design

(Appropriate use of functions, use of class, modularity, etc.)

10%

Program standard

(Use of variable names, indentation, line spacing, clarity, comments, etc.)

5%

Algorithm design

(Use of reasonable algorithms and data structures)

5%

User-friendliness

(Clear guidelines to users, messages to users, etc.)

5%

Creativity and critical thinking

(Additional useful features)

5%

Total (Group Mark) 100% (max)

Note: the length of your program does not affect the grading of the assignment. However,

appropriate use of loops and functions are expected to avoid too many repeated codes in your

program, which contributes to the program design score of this assignment.

CCN2042 18-19 Semester 1 – Group Project 8

Individual mark is determined by both group mark (80%) and individual contribution (20%),

where individual contribution is directly proportion to the average marks given by group

members in the peer-to-peer evaluation form.

Marks deduction

Marks will be deducted if the program fails to be compiled. The deduction is from 5 to 20

marks, depending on how serious the syntax error is. Note that if the program contains

unacceptably too many serious syntax errors, your program will score 0 marks.

Syntax errors also lead to failure in the program correctness if the function cannot be tested.

So please make sure that your program can be compiled successfully before your submission.

Submission

Source File: Each group has to submit one source code file (i.e., LudoGame.cpp) that

implements this group project.

Peer-to-peer Evaluation: Each student has to fill in and submit the peer-to-peer evaluation

form (i.e., CCN2042_P2P_Evaluation.docx) for your group.

All submission should be done through Moodle by 23:59, 24 November 2018. Late

submission is subject to 20% deduction in your final marks for each day (including public

holidays and Sundays). No late submission is allowed 4 days after the due date.

Tips

To refresh the console screen, you may use the following windows platform command

appropriately in your program by adding the header file <cstdlib>:

system("cls"); // Clear everything on the screen

system("pause"); // Wait until user pressing any key to continue

To handle unexpected input error (e.g. input a character to an integer variable), you may use

the following code appropriately in your program:

cin.ignore(); // Discard the content in the input sequence

cin.clear(); // Reset the input error status to no error

*** Ensure the originality of your work. Plagiarism in any form is highly prohibited.

***

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