AUGUI Namespace Reference

Classes
class	font_t
class	color_t
class	point_t
class	rect_t
class	property_t
template<class V>
TViewNoCompositingCompatible *	CreateForCurrentBundle (const HIRect *inBounds, HIViewRef root)
	These 3 functions are inline duplicates of the members of TViewNoCompositingCompatible.
template<class V>
CFStringRef	CopyCanonicalClassID ()
	CopyCanonicalClassID() will use the bundle stored as a static member of the class that you pass as the template argument.
template<class V>
CFStringRef	CopyClassIDForBundleID (CFStringRef bundleID)
Typedefs
typedef uint32_t	oid_t
Enumerations
enum	property_type_t {   kInteger, kFloat, kString, kPicture,   kColor, kPoint, kRect, kFont,   kBool }
Functions
oid_t	newOid (oid_t parent, int auid)
oid_t	newOid ()
oid_t	newOid (oid_t parent)
oid_t	newPaneOid (oid_t parent)
void	HIRectToQDRect (const HIRect *inHIRect, Rect *outQDRect)
TRect	RectForCGImage (CGImageRef theImage)
void	ConvertWindowPointToGlobal (WindowRef theWindow, Point &thePoint)
	Converts a point from local window coordinates to global coordinates.
void	ConvertGlobalToWindowPoint (WindowRef theWindow, Point &thePoint)
	Converts a point from global to local window coordinates.
void	SetFontFromFontStyleRec (CGContextRef context, ControlFontStyleRec &rec, ThemeFontID baseThemeFont, ThemeTextColor baseThemeColor)
	Sets the font face, size, style, and color based on the fields and flags of the rec argument.
void *	malloc_aligned (UInt32 numBytes, void **realPointer)
	Allocates a block of memory that is 16-byte aligned and zeroed.
float	DegreesToRadians (float deg)
	Simple utility to calculate radians from degrees.
template<class V>
void	AddPropertyInfo (uint32_t tag, std::string name, std::string label, property_type_t type)

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Typedef Documentation

typedef uint32_t AUGUI::oid_t

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Enumeration Type Documentation

enum AUGUI::property_type_t

Enumerator: kInteger  kFloat  kString  kPicture  kColor  kPoint  kRect  kFont  kBool

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Function Documentation

template<class V> void AUGUI::AddPropertyInfo (  uint32_t  tag, std::string  name, std::string  label, property_type_t  type )  [inline]

void AUGUI::ConvertGlobalToWindowPoint (  WindowRef  theWindow, Point &  thePoint )

Converts a point from global to local window coordinates. This would be easy enough to do by simply calling GlobalToLocal(), but you have to guarantee that the port is properly set. So we have this utility.

void AUGUI::ConvertWindowPointToGlobal (  WindowRef  theWindow, Point &  thePoint )

Converts a point from local window coordinates to global coordinates. This would be easy enough to do by simply calling LocalToGlobal(), but you have to guarantee that the port is properly set. So we have this utility.

template<class V> CFStringRef AUGUI::CopyCanonicalClassID (   )  [inline]

CopyCanonicalClassID() will use the bundle stored as a static member of the class that you pass as the template argument.

template<class V> CFStringRef AUGUI::CopyClassIDForBundleID (  CFStringRef  bundleID  )  [inline]

template<class V> TViewNoCompositingCompatible* AUGUI::CreateForCurrentBundle (  const HIRect *  inBounds, HIViewRef  root )  [inline]

These 3 functions are inline duplicates of the members of TViewNoCompositingCompatible. They are here because they are extremely useful and pulling them out of the class makes them a little easier to use (much less to type).

float AUGUI::DegreesToRadians (  float  deg  )  [inline]

Simple utility to calculate radians from degrees. Parameters: deg  Input value in degrees, from 0.0 to 360.0 Returns: The output in radians.

void AUGUI::HIRectToQDRect (  const HIRect *  inHIRect, Rect *  outQDRect )

void * AUGUI::malloc_aligned (  UInt32  numBytes, void **  realPointer )

Allocates a block of memory that is 16-byte aligned and zeroed. This makes it possible to use Altivec routines on the data in the buffer. The buffer is allocated with malloc() and so must be disposed with free(). Parameters: numBytes  The number of bytes to allocate. The buffer will not necessarily be this size, as it may need to be rounded up. realPointer  On exit, this contains a pointer to the actual buffer that must be passed to free() to be disposed. Returns: Pointer to aligned buffer at least numBytes in size.

oid_t AUGUI::newOid (  oid_t  parent  )

oid_t AUGUI::newOid (   )

oid_t AUGUI::newOid (  oid_t  parent, int  auid )

oid_t AUGUI::newPaneOid (  oid_t  parent  )

TRect AUGUI::RectForCGImage (  CGImageRef  theImage  )

void AUGUI::SetFontFromFontStyleRec (  CGContextRef  context, ControlFontStyleRec &  rec, ThemeFontID  baseThemeFont, ThemeTextColor  themeColor )

Sets the font face, size, style, and color based on the fields and flags of the rec argument. This allows you to call the QuickDraw Text routines to measure text since there is no way to measure text in CoreGraphics (unbelievable!). Well, OK. You can draw a string invisibly and subtract, but it's not the same. For one thing, you have to have a context to draw into. You can't pre-compute sizes this way.

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