MemoryMatching Class Reference
[Memory matching minigame]

#include <MemoryMatching.h>

Inherits GameController, and MouseListener.

Collaboration diagram for MemoryMatching:

List of all members.

Public Member Functions

MemoryMatching (int diffLevel)

virtual ~MemoryMatching ()

void draw (BITMAP *canvas)

This function will also be called each screen refresh to draw to the buffer.

void step ()

This function will be called each time unit of the game.

bool isComplete ()

This function can be called to check if the GameController is done.

bool containsPoint (Point point)

void mouseClick (MouseEvent *e)

Called when the mouse clicks on a MouseListener.

Graphic * getDirections ()

int AIFirstPick ()

int AISecondPick ()

void AITurnHD ()

Performs all actions made by the AI in the Hard Drive stage.

void AITurnCache ()

Performs all actions made by the AI in the Cache stage.

void assignBoardData ()

Randomly assigns appropriate data types to the registers on the current board.

int determineCol (int x)

int determineRow (int y)

int findPair (int currentPick)

void getMouseInfo ()

bool isMatch (int pick1, int pick2)

bool isValidClick ()

Returns true if the player has clicked on an unselected register and false otherwise.

bool isValidPick (int row, int col)

Returns true if the register selected by the AI was previously unselected, false otherwise.

void nextStage ()

Performs all steps to reset the board for the next stage.

int pickRandomly ()

Returns the location of a random, unselected register on the current board.

void resetBoardLayout ()

Resets the board layout when a new stage is reached.

void setup ()

Performs all steps of initially setting up the game board/displays.

void setBoard ()

Creates a new MemBoard object whose size depends on the current difficulty.

void setBoardLayout ()

Creates new MemRegister objects and adds them to the current board.

void setDisplay ()

Creates a new MemDisplay object and adds it to the current board.

void setPairs ()

Assigns the number of pairs that must be found, depending on difficulty.

string toBinary (int decimal, int digits)

Returns the binary string value of the given decimal number, with the given number of digits.

void updateDisplayMap (int newMatch)

Updates the MemDisplay object when a new match is made by the player.

void updateMessageBoard ()

Updates the message board, dependant on the current game state.

Static Public Member Functions

static void defineNames ()

Protected Attributes

MemMessageBoard * messageBoard

A message board to display messages to the user.

Layer * buffer

MemBoard * board

std::vector< MemRegister * > registers

The registers.

MemDisplay * display

WaveSound * correctSound

WaveSound * incorrectSound

WaveSound * clickSound

Text * messages

int AIMatches

int AIPickChart [4][12]

int playerPickChart [4][12]

int AIPick1

int AIPick2

int difficultyLevel

int stage

int pairs

int pairLocation

int cursor_x

int cursor_y

int row

int rows

int col

int cols

int pick1Col

int pick1Row

int playerMatches

int regMax

int stepCount

int turn

int tempType

int tempColor

int validPicks

bool clicked

bool complete

string binaryRow

string binaryCol

string message

stringstream out1

stringstream out2

Static Private Attributes

static const int MEDXOFFSET = 50

static const int MEDYOFFSET = 75

static const int MEDINITX = 220

static const int MEDINITY = 205

static const int SMALLXOFFSET = 64

static const int SMALLINITX = 225

static const int SMALLINITY = 215

static const int SMALLYOFFSET = 105

static const int LARGEXOFFSET = 33

static const int LARGEYOFFSET = 53

static const int LARGEINITX = 220

static const int LARGEINITY = 212

Detailed Description

This is the gamecontroller subclass that controls the Memory Matching Minigame.

Constructor & Destructor Documentation

MemoryMatching::MemoryMatching ( int diffLevel )

MemoryMatching::~MemoryMatching ( ) [virtual]

Member Function Documentation

int MemoryMatching::AIFirstPick ( )

Returns the index number of AI's first pick. The pick is based on what the AI has seen in previous rounds.

int MemoryMatching::AISecondPick ( )

Returns the index number of AI's second pick. The pick is based on what the AI has seen in previous rounds.

void MemoryMatching::AITurnCache ( )

Performs all actions made by the AI in the Cache stage.

void MemoryMatching::AITurnHD ( )

Performs all actions made by the AI in the Hard Drive stage.

void MemoryMatching::assignBoardData ( )

Randomly assigns appropriate data types to the registers on the current board.

bool MemoryMatching::containsPoint ( Point point ) [virtual]

Reimplemented from MouseListener.

void MemoryMatching::defineNames ( ) [static]

int MemoryMatching::determineCol ( int x )

Given the x value of a click location, returns the column on the current board in which the click occurred.

int MemoryMatching::determineRow ( int y )

Given the y value of a click location, returns the row on the current board in which the click occurred.

void MemoryMatching::draw ( BITMAP * ) [virtual]

This function will also be called each screen refresh to draw to the buffer.

Implements GameController.

int MemoryMatching::findPair ( int currentPick )

Returns the location of the register that contains the same data as the register at the location indicated by currentPick.

Graphic * MemoryMatching::getDirections ( ) [virtual]

Reimplemented from GameController.

void MemoryMatching::getMouseInfo ( )

bool MemoryMatching::isComplete ( ) [virtual]

This function can be called to check if the GameController is done.

Implements GameController.

bool MemoryMatching::isMatch	(	int	pick1,
		int	pick2
	)

Returns true if the registers located at pick1 and pick2 contain the same data, and belong to the player that picked them. False otherwise.

bool MemoryMatching::isValidClick ( )

Returns true if the player has clicked on an unselected register and false otherwise.

bool MemoryMatching::isValidPick	(	int	row,
		int	col
	)

Returns true if the register selected by the AI was previously unselected, false otherwise.

void MemoryMatching::mouseClick ( MouseEvent * ) [virtual]

Called when the mouse clicks on a MouseListener.

Reimplemented from MouseListener.

void MemoryMatching::nextStage ( )

Performs all steps to reset the board for the next stage.

int MemoryMatching::pickRandomly ( )

Returns the location of a random, unselected register on the current board.

void MemoryMatching::resetBoardLayout ( )

Resets the board layout when a new stage is reached.

void MemoryMatching::setBoard ( )

Creates a new MemBoard object whose size depends on the current difficulty.

void MemoryMatching::setBoardLayout ( )

Creates new MemRegister objects and adds them to the current board.

void MemoryMatching::setDisplay ( )

Creates a new MemDisplay object and adds it to the current board.

void MemoryMatching::setPairs ( )

Assigns the number of pairs that must be found, depending on difficulty.

void MemoryMatching::setup ( )

Performs all steps of initially setting up the game board/displays.

void MemoryMatching::step ( ) [virtual]

This function will be called each time unit of the game.

Implements GameController.

string MemoryMatching::toBinary	(	int	decimal,
		int	digits
	)

Returns the binary string value of the given decimal number, with the given number of digits.

void MemoryMatching::updateDisplayMap ( int newMatch )

Updates the MemDisplay object when a new match is made by the player.

void MemoryMatching::updateMessageBoard ( )

Updates the message board, dependant on the current game state.

Member Data Documentation

int MemoryMatching::AIMatches [protected]

int MemoryMatching::AIPick1 [protected]

int MemoryMatching::AIPick2 [protected]

int MemoryMatching::AIPickChart[4][12] [protected]

string MemoryMatching::binaryCol [protected]

string MemoryMatching::binaryRow [protected]

MemBoard* MemoryMatching::board [protected]

Layer* MemoryMatching::buffer [protected]

bool MemoryMatching::clicked [protected]

WaveSound * MemoryMatching::clickSound [protected]

int MemoryMatching::col [protected]

int MemoryMatching::cols [protected]

bool MemoryMatching::complete [protected]

WaveSound* MemoryMatching::correctSound [protected]

int MemoryMatching::cursor_x [protected]

int MemoryMatching::cursor_y [protected]

int MemoryMatching::difficultyLevel [protected]

MemDisplay* MemoryMatching::display [protected]

WaveSound * MemoryMatching::incorrectSound [protected]

const int MemoryMatching::LARGEINITX = 220 [static, private]

const int MemoryMatching::LARGEINITY = 212 [static, private]

const int MemoryMatching::LARGEXOFFSET = 33 [static, private]

const int MemoryMatching::LARGEYOFFSET = 53 [static, private]

const int MemoryMatching::MEDINITX = 220 [static, private]

const int MemoryMatching::MEDINITY = 205 [static, private]

const int MemoryMatching::MEDXOFFSET = 50 [static, private]

const int MemoryMatching::MEDYOFFSET = 75 [static, private]

string MemoryMatching::message [protected]

MemMessageBoard* MemoryMatching::messageBoard [protected]

A message board to display messages to the user.

Text* MemoryMatching::messages [protected]

stringstream MemoryMatching::out1 [protected]

stringstream MemoryMatching::out2 [protected]

int MemoryMatching::pairLocation [protected]

int MemoryMatching::pairs [protected]

int MemoryMatching::pick1Col [protected]

int MemoryMatching::pick1Row [protected]

int MemoryMatching::playerMatches [protected]

int MemoryMatching::playerPickChart[4][12] [protected]

std::vector<MemRegister*> MemoryMatching::registers [protected]

The registers.

int MemoryMatching::regMax [protected]

int MemoryMatching::row [protected]

int MemoryMatching::rows [protected]

const int MemoryMatching::SMALLINITX = 225 [static, private]

const int MemoryMatching::SMALLINITY = 215 [static, private]

const int MemoryMatching::SMALLXOFFSET = 64 [static, private]

const int MemoryMatching::SMALLYOFFSET = 105 [static, private]

int MemoryMatching::stage [protected]

int MemoryMatching::stepCount [protected]

int MemoryMatching::tempColor [protected]

int MemoryMatching::tempType [protected]

int MemoryMatching::turn [protected]

int MemoryMatching::validPicks [protected]

The documentation for this class was generated from the following files:

Comps/LearningGaming/MemoryMatchingMinigame/MemoryMatching.h
Comps/LearningGaming/MemoryMatchingMinigame/MemoryMatching.cpp


Public Member Functions
	MemoryMatching (int diffLevel)
virtual	~MemoryMatching ()
void	draw (BITMAP *canvas)
	This function will also be called each screen refresh to draw to the buffer.
void	step ()
	This function will be called each time unit of the game.
bool	isComplete ()
	This function can be called to check if the GameController is done.
bool	containsPoint (Point point)
void	mouseClick (MouseEvent *e)
	Called when the mouse clicks on a MouseListener.
Graphic *	getDirections ()
int	AIFirstPick ()
int	AISecondPick ()
void	AITurnHD ()
	Performs all actions made by the AI in the Hard Drive stage.
void	AITurnCache ()
	Performs all actions made by the AI in the Cache stage.
void	assignBoardData ()
	Randomly assigns appropriate data types to the registers on the current board.
int	determineCol (int x)
int	determineRow (int y)
int	findPair (int currentPick)
void	getMouseInfo ()
bool	isMatch (int pick1, int pick2)
bool	isValidClick ()
	Returns true if the player has clicked on an unselected register and false otherwise.
bool	isValidPick (int row, int col)
	Returns true if the register selected by the AI was previously unselected, false otherwise.
void	nextStage ()
	Performs all steps to reset the board for the next stage.
int	pickRandomly ()
	Returns the location of a random, unselected register on the current board.
void	resetBoardLayout ()
	Resets the board layout when a new stage is reached.
void	setup ()
	Performs all steps of initially setting up the game board/displays.
void	setBoard ()
	Creates a new MemBoard object whose size depends on the current difficulty.
void	setBoardLayout ()
	Creates new MemRegister objects and adds them to the current board.
void	setDisplay ()
	Creates a new MemDisplay object and adds it to the current board.
void	setPairs ()
	Assigns the number of pairs that must be found, depending on difficulty.
string	toBinary (int decimal, int digits)
	Returns the binary string value of the given decimal number, with the given number of digits.
void	updateDisplayMap (int newMatch)
	Updates the MemDisplay object when a new match is made by the player.
void	updateMessageBoard ()
	Updates the message board, dependant on the current game state.
Static Public Member Functions
static void	defineNames ()
Protected Attributes
MemMessageBoard *	messageBoard
	A message board to display messages to the user.
Layer *	buffer
MemBoard *	board
std::vector< MemRegister * >	registers
	The registers.
MemDisplay *	display
WaveSound *	correctSound
WaveSound *	incorrectSound
WaveSound *	clickSound
Text *	messages
int	AIMatches
int	AIPickChart [4][12]
int	playerPickChart [4][12]
int	AIPick1
int	AIPick2
int	difficultyLevel
int	stage
int	pairs
int	pairLocation
int	cursor_x
int	cursor_y
int	row
int	rows
int	col
int	cols
int	pick1Col
int	pick1Row
int	playerMatches
int	regMax
int	stepCount
int	turn
int	tempType
int	tempColor
int	validPicks
bool	clicked
bool	complete
string	binaryRow
string	binaryCol
string	message
stringstream	out1
stringstream	out2
Static Private Attributes
static const int	MEDXOFFSET = 50
static const int	MEDYOFFSET = 75
static const int	MEDINITX = 220
static const int	MEDINITY = 205
static const int	SMALLXOFFSET = 64
static const int	SMALLINITX = 225
static const int	SMALLINITY = 215
static const int	SMALLYOFFSET = 105
static const int	LARGEXOFFSET = 33
static const int	LARGEYOFFSET = 53
static const int	LARGEINITX = 220
static const int	LARGEINITY = 212

MemoryMatching Class Reference [Memory matching minigame]

Public Member Functions

Static Public Member Functions

Protected Attributes

Static Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

MemoryMatching Class Reference
[Memory matching minigame]