DtProfiler.h File Reference

Contains the classes allowing the profiler to work, DtProfileManager, DtProfileSample, and DtProfileIterator. More...

Go to the source code of this file.

Classes
class	makVrv::DtProfileSample
	DtProfileSampleClass is used to start/stop a profiled section It is preferable to use the macro at the top of the header file to insert these objects into a function profile is started on creation and stopped on destruction. More...
struct	makVrv::DtProfileTarget< Enabled >
	DtProfileTarget is used to start/stop a profiled section It is preferable to use the macro at the top of the header file to insert these objects into a function profile is started on creation and stopped on destruction. More...
struct	makVrv::DtProfileTarget< true >
class	makVrv::DtPerfomanceStatSample
	DtProfileSampleClass is used to start/stop a profiled section It is preferable to use the macro at the top of the header file to insert these objects into a function profile is started on creation and stopped on destruction. More...

Namespaces
	makVrv
	Declare & export the plugin initialization function (bool initDeModule(DtDe* de))

Macros
#define	TRACY_ENABLE
#define	TRACY_ON_DEMAND
#define	TRACY_DELAYED_INIT
#define	ZoneScopedNA(name, active)   ZoneNamedN( ___tracy_scoped_zone, name, active )
#define	ZoneScopedNCA(name, color, active)   ZoneNamedNC( ___tracy_scoped_zone, name, color, active )
#define	DtPROFILEzone   ZoneNamed(___tracy_scoped_zone, makVrv::DtProfileManager::collectTracyStats());
#define	DtPROFILE(name)   ZoneScopedNA(name, makVrv::DtProfileManager::collectTracyStats()); DtPROFILE_X(name, __LINE__);
#define	DtPROFILEC(name, color)   ZoneScopedNCA(name, color, makVrv::DtProfileManager::collectTracyStats()); DtPROFILE_X(name, __LINE__);
#define	DtPROFILE_SECTION(name)   {ZoneScopedNA(name, makVrv::DtProfileManager::collectTracyStats()); makVrv::DtProfileSample _profileSample(name);
#define	DtProfilerFrameMark   if(makVrv::DtProfileManager::collectTracyStats()) { FrameMark; }
#define	DtProfilerPlot(x, y)   TracyPlot(x,y)
#define	DtProfilerThreadName(name)   tracy::SetThreadName(name );
#define	DtProfilerMessage(str, stringLen)   TracyMessage(str, stringLen)
#define	DtProfilerText(text)   _zoneSetText(___tracy_scoped_zone, text)
#define	DtPROFILE_RESTRICTED(name, target)   makVrv::DtProfileTarget<target> _profileTarget##line(name);
#define	DtPROFILE_X(name, line)   DtPROFILE_ACTUAL(name, line)
#define	DtPROFILE_ACTUAL(name, line)   makVrv::DtProfileSample _profileSample##line(name);
#define	DtPROFILE_SECTION_END   }
#define	DtPERFORMANCE_STAT(name)   DtPERFORMANCE_STAT_X(name, __LINE__)
#define	DtPERFORMANCE_STAT_X(name, line)   DtPERFORMANCE_STAT_ACTUAL(name, line)
#define	DtPERFORMANCE_STAT_ACTUAL(name, line)   makVrv::DtPerfomanceStatSample _performanceStatSample##line(name);

Functions
void	_zoneSetText (tracy::ScopedZone &zone, const char *text)
void	_zoneSetText (tracy::ScopedZone &zone, const std::string &text)
void DT_DLL_VRVUTIL	makVrv::SetThreadName (const char *name)

Variables
const bool	Profile_DtSceneObjectUpdater = false
const bool	Profile_DtSurfaceClampingUpdater = false
const bool	Profile_DtOsgCullVisitor = false

Detailed Description

Contains the classes allowing the profiler to work, DtProfileManager, DtProfileSample, and DtProfileIterator.

Macro Definition Documentation

#define TRACY_ENABLE

#define TRACY_ON_DEMAND

#define TRACY_DELAYED_INIT

#define ZoneScopedNA	(		name,
			active
	)		ZoneNamedN( ___tracy_scoped_zone, name, active )

#define ZoneScopedNCA	(		name,
			color,
			active
	)		ZoneNamedNC( ___tracy_scoped_zone, name, color, active )

#define DtPROFILEzone   ZoneNamed(___tracy_scoped_zone, makVrv::DtProfileManager::collectTracyStats());

#define DtPROFILE

(

name

)

ZoneScopedNA(name, makVrv::DtProfileManager::collectTracyStats()); DtPROFILE_X(name, __LINE__);

#define DtPROFILEC	(		name,
			color
	)		ZoneScopedNCA(name, color, makVrv::DtProfileManager::collectTracyStats()); DtPROFILE_X(name, __LINE__);

#define DtPROFILE_SECTION

(

name

)

{ZoneScopedNA(name, makVrv::DtProfileManager::collectTracyStats()); makVrv::DtProfileSample _profileSample(name);

#define DtProfilerFrameMark   if(makVrv::DtProfileManager::collectTracyStats()) { FrameMark; }

#define DtProfilerPlot	(		x,
			y
	)		TracyPlot(x,y)

#define DtProfilerThreadName

(

name

)

tracy::SetThreadName(name );

#define DtProfilerMessage	(		str,
			stringLen
	)		TracyMessage(str, stringLen)

#define DtProfilerText

(

text

)

_zoneSetText(___tracy_scoped_zone, text)

#define DtPROFILE_RESTRICTED	(		name,
			target
	)		makVrv::DtProfileTarget<target> _profileTarget##line(name);

#define DtPROFILE_X	(		name,
			line
	)		DtPROFILE_ACTUAL(name, line)

#define DtPROFILE_ACTUAL	(		name,
			line
	)		makVrv::DtProfileSample _profileSample##line(name);

#define DtPROFILE_SECTION_END   }

#define DtPERFORMANCE_STAT

(

name

)

DtPERFORMANCE_STAT_X(name, __LINE__)

#define DtPERFORMANCE_STAT_X	(		name,
			line
	)		DtPERFORMANCE_STAT_ACTUAL(name, line)

#define DtPERFORMANCE_STAT_ACTUAL	(		name,
			line
	)		makVrv::DtPerfomanceStatSample _performanceStatSample##line(name);

Function Documentation

void _zoneSetText ( tracy::ScopedZone &  zone, const char *  text  )

inline

void _zoneSetText ( tracy::ScopedZone &  zone, const std::string &  text  )

inline

Variable Documentation

const bool Profile_DtSceneObjectUpdater = false

const bool Profile_DtSurfaceClampingUpdater = false

const bool Profile_DtOsgCullVisitor = false