#include <GameObject.hpp>

Inheritance diagram for Ball:

Public Member Functions
bool	Collide (GameObject &el2, bool angle)

bool	Collide (Brick &el2, bool angle)

	MovingGUIElement (const std::shared_ptr< TextureWrapper > &texture, const Vector3D &startPosition, Vector3D direction)
	Blank moving element. More...

	MovingGUIElement (const std::shared_ptr< TextureWrapper > &texture, const Vector3D &startPosition, Vector3D direction, const std::string &tag)
	Blank moving element. More...

	MovingGUIElement ()
	Blank moving element. More...

Public Member Functions inherited from MovingGUIElement
	MovingGUIElement (const std::shared_ptr< TextureWrapper > &texture, const Vector3D &startPosition, Vector3D direction)

	MovingGUIElement (const std::shared_ptr< TextureWrapper > &texture, const Vector3D &startPosition, Vector3D direction, const std::string &tag)

void	Move (float dt, int screenWidth, int screenHeight)

void	UpdateDirection (const Vector3D &direction)

	MovingGUIElement ()
	Blank moving element. More...

const Vector3D &	_GetDirection () const

bool	Collide (GameObject &el2, bool angle)

Public Member Functions inherited from GUIElement
	GUIElement (const std::shared_ptr< TextureWrapper > &texture)

	GUIElement (const std::shared_ptr< TextureWrapper > &texture, const std::string &tag)

	GUIElement (const std::shared_ptr< TextureWrapper > &texture, const Vector3D &startPosition)

	GUIElement (const std::shared_ptr< TextureWrapper > &texture, const Vector3D &startPosition, const std::string &tag)

void	Render (SDL_Renderer *renderer)

	GUIElement ()
	blank GUIElement More...

Public Member Functions inherited from GameObject
	GameObject (const std::string &tag)

	GameObject (const Vector3D &position)

	GameObject (const Vector3D &position, const std::string &tag)

	GameObject (const Vector3D &position, const Vector3D &size)

	GameObject (const Vector3D &position, const Vector3D &size, const std::string &tag)

void	Update (const Vector3D &position)

Vector3D	GetSize ()

Vector3D	GetSize () const

const Vector3D &	_GetPosition () const

void	DebugRender (SDL_Renderer *renderer)

virtual void	Hit (const std::string &tag)

	GameObject ()
	default constructor for a gameobject More...

Additional Inherited Members
Public Attributes inherited from GameObject
std::string	mTag = ""
	the name of this object, should be unique to other objects unless grouping is desired. More...

bool	alive = true
	whether this object is alive or not. More...

Protected Attributes inherited from GUIElement
std::shared_ptr< TextureWrapper >	mTexture
	internal texture More...

SDL_Rect	mDestination
	rectangle representing the bounding box More...

Protected Attributes inherited from GameObject
int	mWidth = 0
	internal width More...

int	mHeight = 0
	internal height More...

Vector3D	mPosition = Vector3D(0, 0, 0)
	internal position More...

Vector3D	startPosition
	start position More...

Detailed Description

The specialized Ball gui element. Represents a ball in a breakout game.

Member Function Documentation

bool Ball::Collide	(	Brick &	el2,
		bool	angle
	)

Attempts collision with the given object, if angle is true then perform a range of movement.

Todo:

angle is too specific for a general API class like this, should be abstracted into the Ball class.

use vector math to determine the angle between the two objects, and then the distance, for more effective collision checking

Currently calculates overlap between the two bounding boxes and compares them to determine what type of collision happened. This is effective for rectangles but is a very elaborate implementation.

Parameters

el2	the object to check collision with
angle	whether to change this objects direction relative to where it hit el2

Plays a brick sound and score a point.

bool Ball::Collide	(	GameObject &	el2,
		bool	angle
	)

Attempts collision with the given object, if angle is true then perform a range of movement.

Todo:

angle is too specific for a general API class like this, should be abstracted into the Ball class.

use vector math to determine the angle between the two objects, and then the distance, for more effective collision checking

Currently calculates overlap between the two bounding boxes and compares them to determine what type of collision happened. This is effective for rectangles but is a very elaborate implementation.

Parameters

el2	the object to check collision with
angle	whether to change this objects direction relative to where it hit el2

Plays a sound upon contact as it must be a paddle hit.

MovingGUIElement::MovingGUIElement ( )

usingdefault

Blank moving element.

MovingGUIElement::MovingGUIElement	(	const std::shared_ptr< TextureWrapper > &	texture,
		const Vector3D &	startPosition,
		Vector3D	direction
	)

using

Blank moving element.

MovingGUIElement::MovingGUIElement	(	const std::shared_ptr< TextureWrapper > &	texture,
		const Vector3D &	startPosition,
		Vector3D	direction,
		const std::string &	tag
	)

using

Blank moving element.

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

D:/Ryan_Temp/GithubProjects/monorepo-RyanRio/Assignment1_Breakout/Game/include/GameObject.hpp
D:/Ryan_Temp/GithubProjects/monorepo-RyanRio/Assignment1_Breakout/Game/src/GameObject.cpp

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation