Describes the Snake entity of the game. More...

#include <snake.h>

Collaboration diagram for Snake:

Public Member Functions
bool	init (Point begin, short direction, int length)
	Initializes snake as an entity without ancoring it anywhere. More...

void	setScheme ()

void	getCoords (std::list< Point > *currBody)
	The method to get the snake whole body coordinates(x ,y) without giving the direct access. More...

Point	getHeadCoords ()
	The method to get the coordinates(x, y) of the snake's head without giving the direct access. More...

bool	setDirection (int dir)
	The method to set the direction where the snake is heading. More...

short	getDirection ()
	The method to get the current direction without giving the direct access. More...

bool	move (Labyrinth *labyrinth)
	The snake movement on the game field(should be called in each iteration of the game cycle, unless the snake is 'dead') More...

Private Member Functions
short	checkIntersection (Point check, Labyrinth *laryrinth)
	Checking the given point for intersections with Ball, borders, obstacles. More...

short	checkWisely (Point coords, Point bcoords)
	If the Point of the labyrinth we are checking is not free then decide the type of collision. More...

void	moveHead (Point p, Change *change)
	Moving snake head to a described by parameters position and updating the addition to the labyrinth. More...

void	moveBack (Point p, Change *change)
	Checking if we need to remove the back of the snake from the labyrinth(we don't in case it has eaten the Ball) More...

Private Attributes
short	direction

std::list< PointStyle >	style

std::deque< Point >	snakeBody

Detailed Description

Describes the Snake entity of the game.

Parameters

direction	- current direction where the snake is heading
style	- array, which describes how should the snake be colored
snakeBody	- deque type array, containing positions of snake's body segments

Definition at line 79 of file snake.h.

Member Function Documentation

short Snake::checkIntersection	(	Point	check,
		Labyrinth *	labyrinth
	)

private

Checking the given point for intersections with Ball, borders, obstacles.

Parameters

check	- a Point to check
labyrinth	- 2-dimensional array defying current state of every point of the game field (blocked or not)
ball	- a pointer to a Ball object(to check intersection with)

Returns: - type of collision

Definition at line 248 of file snake.cpp.

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short Snake::checkWisely	(	Point	check,
		Point	bCoords
	)

private

If the Point of the labyrinth we are checking is not free then decide the type of collision.

Parameters

check	- Point we are checking for type of a collision
bCoords	- Point, containing the coordinates of the Ball

Returns: - type of the collision

Definition at line 264 of file snake.cpp.

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void Snake::getCoords ( std::list< Point > * currBody )

The method to get the snake whole body coordinates(x ,y) without giving the direct access.

Parameters

currBody - an array where the current snake body is copied

Definition at line 331 of file snake.cpp.

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short Snake::getDirection ( )

The method to get the current direction without giving the direct access.

Definition at line 313 of file snake.cpp.

Point Snake::getHeadCoords ( )

The method to get the coordinates(x, y) of the snake's head without giving the direct access.

Definition at line 321 of file snake.cpp.

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bool Snake::init	(	Point	begin,
		short	dir,
		int	length
	)

Initializes snake as an entity without ancoring it anywhere.

Parameters

begin	- starting Point of a snake(where the tail segment will be situated)
dir	- direction of snake's 'growth' as well as it's starting direction
length	- the length of a 'new born' snake

Returns: - mark of whether the snake is successfully initialized

Definition at line 20 of file snake.cpp.

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bool Snake::move ( Labyrinth * labyrinth )

The snake movement on the game field(should be called in each iteration of the game cycle, unless the snake is 'dead')

Parameters

labyrinth	- the current state of the labyrinth object for intersection checking
ball	- a pointer to a Ball object(to check intersection with)
change	- 2-dimensional array of changes needed to be applied to the labyrinth
changeSize	- max(len(change[0]), len(change[1])))

Returns: - mark of whether there was a non-boundary non-ball collision

Definition at line 80 of file snake.cpp.

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void Snake::moveBack	(	Point	p,
		Change *	change
	)

private

Checking if we need to remove the back of the snake from the labyrinth(we don't in case it has eaten the Ball)

Parameters

p	- the desired position of movement
change	- 2-dimensional array of changes needed to be applied to the labyrinth

Definition at line 233 of file snake.cpp.

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void Snake::moveHead	(	Point	p,
		Change *	change
	)

private

Moving snake head to a described by parameters position and updating the addition to the labyrinth.

Parameters

p	- the new head position
change	- 2-dimensional array of changes needed to be applied to the labyrinth

Definition at line 222 of file snake.cpp.

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bool Snake::setDirection ( int direction )

The method to set the direction where the snake is heading.

Parameters

direction - direction of the snake we are trying to set

Returns: - mark of successful set

Definition at line 294 of file snake.cpp.

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void Snake::setScheme ( )

Member Data Documentation

short Snake::direction

private

Definition at line 82 of file snake.h.

std::deque<Point> Snake::snakeBody

private

Definition at line 84 of file snake.h.

std::list<PointStyle> Snake::style

private

Definition at line 83 of file snake.h.

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

/home/travis/build/echo-team/Snoke/app/Snake/snake.h
/home/travis/build/echo-team/Snoke/app/Snake/snake.cpp

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Member Function Documentation

Member Data Documentation