Burger::Shape8Bit_t Struct Reference

Public Member Functions
uint_t	GetWidth (void) const
uint_t	GetHeight (void) const
const uint8_t *	GetPixels (void) const
void	Draw (Renderer *pRenderer, int iX, int iY) const
void	DrawMasked (Renderer *pRenderer, int iX, int iY) const

Static Public Member Functions
static Shape8Bit_t *	Load (RezFile *pRezFile, uint_t uRezNum)
static void	Preload (RezFile *pRezFile, uint_t uRezNum)

Public Attributes
uint16_t	m_usWidth
	Width of the shape.
uint16_t	m_usHeight
	Height of the shape.
uint8_t	m_Data [1]
	Raw shape data.

Member Function Documentation

Draw()

void Burger::Shape8Bit_t::Draw ( Renderer * pRenderer, int iX, int iY ) const

inline

DrawMasked()

void Burger::Shape8Bit_t::DrawMasked ( Renderer * pRenderer, int iX, int iY ) const

inline

GetHeight()

uint_t Burger::Shape8Bit_t::GetHeight ( void ) const

inline

GetPixels()

const uint8_t * Burger::Shape8Bit_t::GetPixels ( void ) const

inline

GetWidth()

uint_t Burger::Shape8Bit_t::GetWidth ( void ) const

inline

Load()

Burger::Shape8Bit_t *BURGER_API Burger::Shape8Bit_t::Load ( Burger::RezFile * pRezFile, uint_t uRezNum )

static

---

Load a Burgerlib shape assuming it's little endian. I will swap the endian on big endian machines

Preload()

void BURGER_API Burger::Shape8Bit_t::Preload ( Burger::RezFile * pRezFile, uint_t uRezNum )

static

---

Load a Burgerlib shape assuming it's little endian. I will swap the endian on big endian machines

Member Data Documentation

m_Data

uint8_t Burger::Shape8Bit_t::m_Data[1]

Raw shape data.

m_usHeight

uint16_t Burger::Shape8Bit_t::m_usHeight

Height of the shape.

m_usWidth

uint16_t Burger::Shape8Bit_t::m_usWidth

Width of the shape.