Namespaces
	Detail

Data Structures
class	GlsAnimation
	Base class for all animations. More...

class	GlsAnimationCollection
	Contains a set of animations that are played in parallel with the SetKey() method. More...

class	GlsAnimationJuggler
	A class used to schedule and manage multiple animations. More...

class	GlsAnimationObserver

class	GlsAnimationObserverBase

class	GlsAnimationReversalAdapter

class	GlsAnimationSubsetAdapter

struct	GlsBackEaseInInterpolator

struct	GlsBackEaseInOutInterpolator

struct	GlsBackEaseOutInterpolator

struct	GlsBounceEaseInInterpolator

struct	GlsBounceEaseInOutInterpolator

struct	GlsBounceEaseOutInterpolator

struct	GlsCircularEaseInInterpolator

struct	GlsCircularEaseInOutInterpolator

struct	GlsCircularEaseOutInterpolator

struct	GlsColorInterpolationAdapter

struct	GlsCubicEaseInInterpolator

struct	GlsCubicEaseInOutInterpolator

struct	GlsCubicEaseOutInterpolator

struct	GlsElasticEaseInInterpolator

struct	GlsElasticEaseInOutInterpolator

struct	GlsElasticEaseOutInterpolator

struct	GlsExponentialEaseInInterpolator

struct	GlsExponentialEaseInOutInterpolator

struct	GlsExponentialEaseOutInterpolator

struct	GlsGatedInterpolator

class	GlsKeyframeAnimation

class	GlsKeyframeCurve
	Class template for keyframe curves of different types (double, Vector, etc.) More...

class	GlsKeyframeCurveBase
	Base class for the keyframe curve class template. More...

struct	GlsKeyframeInterpolator
	An abstract base class for all keyframe interpolators. More...

struct	GlsLinearInterpolator

struct	GlsQuadraticEaseInInterpolator

struct	GlsQuadraticEaseInOutInterpolator

struct	GlsQuadraticEaseOutInterpolator

struct	GlsQuarticEaseInInterpolator

struct	GlsQuarticEaseInOutInterpolator

struct	GlsQuarticEaseOutInterpolator

struct	GlsQuinticEaseInInterpolator

struct	GlsQuinticEaseInOutInterpolator

struct	GlsQuinticEaseOutInterpolator

struct	GlsSinusoidalEaseInInterpolator

struct	GlsSinusoidalEaseInOutInterpolator

struct	GlsSinusoidalEaseOutInterpolator

struct	GlsSphericalLinearInterpolator

struct	GlsSphericalLinearInterpolator< GlsQuaternionD >
	Implementation of GlsSphericalLinearInterpolator for quaternions. More...

struct	GlsSphericalLinearInterpolator< Vector >

Typedefs
typedef GlsAnimationReversalAdapter	GlsAnimationReverser
	Alias for backwards compatibility. More...

Functions
void	SetGlsAnimationParentChildRelationship (DisplayObject parent, DisplayObject child)
	Establishes a parent-child relationship like that in Adobe After Effects that does not exist in the GL Studio geometry hierarchy and should not be introduced there because that hierarchy was created and may need to be recreated programmatically (e.g., by importing a PSD file). More...

void	DumpResourceNames (DisplayFrame *const displayFrame, std::ostream &stream)

GlsAnimation::Ptr	LoadAnimationScript (const std::string &filename)
	Loads an animation sequence from a script file. More...

std::vector< GlsAnimation::Ptr >	LoadAnimationZip (const std::string &filename)
	Loads a set of animation sequences from a zip file. More...

template<class Value >
GlsKeyframeInterpolator< Value >::Ptr	CreateInterpolator (const std::string &name, typename Detail::enable_if< !Detail::is_same2< Value, glsColor, std::string >::value >::type *=0)

template<class Value >
GlsKeyframeInterpolator< Value >::Ptr	CreateInterpolator (const std::string &name, typename Detail::enable_if< Detail::is_same< Value, glsColor >::value >::type *=0)

template<class Value >
GlsKeyframeInterpolator< Value >::Ptr	CreateInterpolator (const std::string &name, typename Detail::enable_if< Detail::is_same< Value, std::string >::value >::type *=0)

template<class Value >
GlsKeyframeCurve< Value >::Ptr	CreateTweenerCurve (const Value &begin, const Value &end, const GlsAnimation::Key &duration, const std::string &tweenerName)

template<class Fn >
GlsAnimationObserverBase::Ptr	CreateOnStartedCallback (const Fn &fn)

template<class Fn >
GlsAnimationObserverBase::Ptr	CreateOnUpdatedCallback (const Fn &fn)

template<class Fn >
GlsAnimationObserverBase::Ptr	CreateOnCompletedCallback (const Fn &fn)

Variables
const std::string	g_linearInterpTag = "linear"
	Linear interpolator tag. More...

const std::string	g_gatedInterpTag = "gated"
	Gated interpolator tag. More...

const std::string	g_slerpTag = "slerp"
	Spherical Linear Interpolation tag (only supported by Vector and Quaternion) More...

const std::string	g_quadInTag = "quadraticIn"
	Quadratic In interpolator tag. More...

const std::string	g_quadOutTag = "quadraticOut"
	Quadratic Out interpolator tag. More...

const std::string	g_quadInOUtTag = "quadraticInAndOut"
	Quadratic In and Out interpolator tag. More...

const std::string	g_cubeInTag = "cubicIn"
	Cubic In interpolator tag. More...

const std::string	g_cubeOutTag = "cubicOut"
	Cubic Out interpolator tag. More...

const std::string	g_cubeInOutTag = "cubicInAndOut"
	Cubic In and Out interpolator tag. More...

const std::string	g_quartInTag = "quarticIn"
	Quartic In interpolator tag. More...

const std::string	g_quartOutTag = "quarticOut"
	Quartic Out interpolator tag. More...

const std::string	g_quartInOutTag = "quarticInAndOut"
	Quartic In and Out interpolator tag. More...

const std::string	g_quintInTag = "quinticIn"
	Quintic In interpolator tag. More...

const std::string	g_quintOutTag = "quinticOut"
	Quintic Out interpolator tag. More...

const std::string	g_quintInOutTag = "quinticInAndOut"
	Quintic In and Out interpolator tag. More...

const std::string	g_sinInTag = "sinusoidalIn"
	Sinusoidal In interpolator tag. More...

const std::string	g_sinOutTag = "sinusoidalOut"
	Sinusoidal Out interpolator tag. More...

const std::string	g_sinInOutTag = "sinusoidalInAndOut"
	Sinusoidal In and Out interpolator tag. More...

const std::string	g_expoInTag = "exponentIn"
	Exponent In interpolator tag. More...

const std::string	g_expoOutTag = "exponentOut"
	Exponent Out interpolator tag. More...

const std::string	g_expoInOutTag = "exponentInAndOut"
	Exponent In and Out interpolator tag. More...

const std::string	g_circleInTag = "circularIn"
	Circular In interpolator tag. More...

const std::string	g_circleOutTag = "circularOut"
	Circular Out interpolator tag. More...

const std::string	g_circleInOutTag = "circularInAndOut"
	Circular In and Out interpolator tag. More...

const std::string	g_elasticInTag = "elasticIn"
	Elastic In interpolator tag. More...

const std::string	g_elasticOutTag = "elasticOut"
	Elastic Out interpolator tag. More...

const std::string	g_elasticInOutTag = "elasticInAndOut"
	Elastic In and Out interpolator tag. More...

const std::string	g_bounceInTag = "bounceIn"
	Bounce In interpolator tag. More...

const std::string	g_bounceOutTag = "bounceOut"
	Bounce Out interpolator tag. More...

const std::string	g_bounceInOutTag = "bounceInAndOut"
	Bounce In and Out interpolator tag. More...

const std::string	g_backInTag = "backIn"
	Back In interpolator tag. More...

const std::string	g_backOutTag = "backOut"
	Back Out interpolator tag. More...

const std::string	g_backInOutTag = "backInAndOut"
	Back In and Out interpolator tag. More...

Typedef Documentation

typedef GlsAnimationReversalAdapter disti::GlsAnimationReverser

Alias for backwards compatibility.

Definition at line 485 of file gls_animation.h.

Function Documentation

template<class Value >

GlsKeyframeInterpolator<Value>::Ptr disti::CreateInterpolator	(	const std::string &	name,
		typename Detail::enable_if< !Detail::is_same2< Value, glsColor, std::string >::value >::type *	= `0`
	)

Create a curve animation

Parameters

name	The name of the curve to create.

Returns: The interpolator. Null if the interpolator name was not recognized.

Note: The unnamed parameter allows for type overloading via SFINAE. See documentation for std::enable_if.

Definition at line 788 of file gls_animation.h.

     {
         if( name.empty() )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new typename Detail::DefaultInterpolator<Value>::Type() );
         }
         else if( name == g_linearInterpTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsLinearInterpolator<Value>() );
         }
         else if( name == g_gatedInterpTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsGatedInterpolator<Value>() );
         }
         else if( name == g_slerpTag )
         {
             return Detail::CreateSlerp<Value>();
         }
         else if( name == g_quadInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuadraticEaseInInterpolator<Value>() );
         }
         else if( name == g_quadOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuadraticEaseOutInterpolator<Value>() );
         }
         else if( name == g_quadInOUtTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuadraticEaseInOutInterpolator<Value>() );
         }
         else if( name == g_cubeInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsCubicEaseInInterpolator<Value>() );
         }
         else if( name == g_cubeOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsCubicEaseOutInterpolator<Value>() );
         }
         else if( name == g_cubeInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsCubicEaseInOutInterpolator<Value>() );
         }
         else if( name == g_quartInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuarticEaseInInterpolator<Value>() );
         }
         else if( name == g_quartOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuarticEaseOutInterpolator<Value>() );
         }
         else if( name == g_quartInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuarticEaseInOutInterpolator<Value>() );
         }
         else if( name == g_quintInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuinticEaseInInterpolator<Value>() );
         }
         else if( name == g_quintOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuinticEaseOutInterpolator<Value>() );
         }
         else if( name == g_quintInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsQuinticEaseInOutInterpolator<Value>() );
         }
         else if( name == g_sinInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsSinusoidalEaseInInterpolator<Value>() );
         }
         else if( name == g_sinOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsSinusoidalEaseOutInterpolator<Value>() );
         }
         else if( name == g_sinInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsSinusoidalEaseInOutInterpolator<Value>() );
         }
         else if( name == g_expoInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsExponentialEaseInInterpolator<Value>() );
         }
         else if( name == g_expoOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsExponentialEaseOutInterpolator<Value>() );
         }
         else if( name == g_expoInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsExponentialEaseInOutInterpolator<Value>() );
         }
         else if( name == g_circleInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsCircularEaseInInterpolator<Value>() );
         }
         else if( name == g_circleOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsCircularEaseOutInterpolator<Value>() );
         }
         else if( name == g_circleInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsCircularEaseInOutInterpolator<Value>() );
         }
         else if( name == g_elasticInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsElasticEaseInInterpolator<Value>() );
         }
         else if( name == g_elasticOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsElasticEaseOutInterpolator<Value>() );
         }
         else if( name == g_elasticInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsElasticEaseInOutInterpolator<Value>() );
         }
         else if( name == g_bounceInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsBounceEaseInInterpolator<Value>() );
         }
         else if( name == g_bounceOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsBounceEaseOutInterpolator<Value>() );
         }
         else if( name == g_bounceInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsBounceEaseInOutInterpolator<Value>() );
         }
         else if( name == g_backInTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsBackEaseInInterpolator<Value>() );
         }
         else if( name == g_backOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsBackEaseOutInterpolator<Value>() );
         }
         else if( name == g_backInOutTag )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsBackEaseInOutInterpolator<Value>() );
         }
 
         std::cerr << "GlsAnimation: Unreqcognized interpolator requested: " << name << ".\n";
         return typename GlsKeyframeInterpolator<Value>::Ptr();
     }

template<class Value >

GlsKeyframeInterpolator<Value>::Ptr disti::CreateInterpolator	(	const std::string &	name,
		typename Detail::enable_if< Detail::is_same< Value, glsColor >::value >::type *	= `0`
	)

Overload for colors which creates a double interpolator of the given interpolation name and then wraps it in a GlsColorInterpolationAdapter.

Parameters

name	The name of the interpolator.

Returns: The interpolator. Null if the interpolator name was not recognized.

See also: GlsColorInterpolationAdapter

Definition at line 938 of file gls_animation.h.

     {
         typename GlsKeyframeInterpolator<double>::Ptr interpolator = CreateInterpolator<double>( name );
         if( !interpolator )
         {
             return typename GlsKeyframeInterpolator<Value>::Ptr();
         }
         return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsColorInterpolationAdapter( interpolator ) );
     }

template<class Value >

GlsKeyframeInterpolator<Value>::Ptr disti::CreateInterpolator	(	const std::string &	name,
		typename Detail::enable_if< Detail::is_same< Value, std::string >::value >::type *	= `0`
	)

Overload for strings

Parameters

name	The name of the interpolator. (Note: only gated is supported for strings.)

Returns: The interpolator. Null if the interpolator name was not recognized.

Note: Prints a message to the console if an interpolator other than gated is requested.; The unnamed parameter allows for type overloading via SFINAE. See documentation for std::enable_if.

Definition at line 955 of file gls_animation.h.

     {
         if( !name.empty() && name != g_gatedInterpTag )
         {
             std::cerr << "LoadAnimationScript(): Strings may only use gated interpolation, not " << name << ".\n";
         }
         return typename GlsKeyframeInterpolator<Value>::Ptr( new GlsGatedInterpolator<Value>() );
     }

template<class Fn >

GlsAnimationObserverBase::Ptr disti::CreateOnCompletedCallback ( const Fn & fn )

Helper function to ease creation of an "on updated" callback with function pointers and functors; see CreateOnStartedCallback() for more details.

Definition at line 237 of file gls_animation_observer.h.

     {
         void(*dummy)( GlsAnimationObserverBase::ID ) = 0;
         return GlsAnimationObserverBase::Ptr( new GlsAnimationObserver( dummy, dummy, fn ) );
     }

template<class Fn >

GlsAnimationObserverBase::Ptr disti::CreateOnStartedCallback ( const Fn & fn )

Helper function to ease creation of an "on started" callback only with function pointers and functors. The wrapped object should have a signature equivalent to void(ID). (Usually the result of this function is passed directly to the animation juggler's scheduling function.)

For example:

// Wrap a function pointer to a stand-alone function: void MyFunc( GlsAnimationJuggler::ID );
auto callback1 = CreateOnStartedCallback( &MyFunc );
// Wrap a member function call in a C++11 Lambda
auto callback2 = CreateOnStartedCallback( [=]( ID id ) { myObj->DoSomething( id ); } ); 
// Wrap a member function call in a TR1 bind function for pre-C++11 code; can also use std::mem_fn
GlsAnimationObserverBase::Ptr callback3 = CreateOnStartedCallback( std::bind( &MyClass::DoSomething, myObj, std::placeholders::_1 ) );

See also: GlsAnimationJuggler::Schedule()

Definition at line 217 of file gls_animation_observer.h.

     {
         void(*dummy)( GlsAnimationObserverBase::ID ) = 0;
         return GlsAnimationObserverBase::Ptr( new GlsAnimationObserver( fn, dummy, dummy ) );
     }

template<class Fn >

GlsAnimationObserverBase::Ptr disti::CreateOnUpdatedCallback ( const Fn & fn )

Helper function to ease creation of an "on updated" callback with function pointers and functors; see CreateOnStartedCallback() for more details.

Definition at line 227 of file gls_animation_observer.h.

     {
         void(*dummy)( GlsAnimationObserverBase::ID ) = 0;
         return GlsAnimationObserverBase::Ptr( new GlsAnimationObserver( dummy, fn, dummy ) );
     }

template<class Value >

GlsKeyframeCurve<Value>::Ptr disti::CreateTweenerCurve	(	const Value &	begin,
		const Value &	end,
		const GlsAnimation::Key &	duration,
		const std::string &	tweenerName
	)

Create a "tweener" animation

Parameters

begin	The beginning keyframe's value
end	The ending keyframe's value
duration	The difference between the beginning and ending keys
tweenerName	The name of the interpolator function.

Returns: The tweener curve. Null if the tweener name was not recognized.

Precondition: duration > 0

Definition at line 973 of file gls_animation.h.

     {
         DistiAssert( Detail::FloatGreaterThan( duration, 0.0 ) );
         const typename GlsKeyframeInterpolator<Value>::Ptr interpolator = CreateInterpolator<Value>( tweenerName );
         if( !interpolator )
         {
             return typename GlsKeyframeCurve<Value>::Ptr();
         }
         typename GlsKeyframeCurve<Value>::Ptr curve( new GlsKeyframeCurve<Value>( interpolator ) );
         curve->AddKeyframe( 0,        begin );
         curve->AddKeyframe( duration, end   );
         return curve;
     }

void disti::DumpResourceNames	(	DisplayFrame *	displayFrame,
		std::ostream &	stream
	)

Writes all resource names in a given display frame to the given stream

Parameters

displayFrame	The displayFrame to query
stream	The stream to write to.

Precondition: displayFrame != 0

Definition at line 739 of file gls_animation.cpp.

     {
         DistiAssert( displayFrame );
         GlsResourceFilter filter;
         filter.NamesOnly( true );
         filter.GroupLevelsDown( -1 );
         displayFrame->GetResources( stream, &filter );
     }

GlsAnimation::Ptr disti::LoadAnimationScript ( const std::string & filename )

Loads an animation sequence from a script file.

Parameters

filename The script filename.

Returns: An animation sequence object.

Definition at line 326 of file gls_animation_parser.cpp.

     {
         // Load the document
         std::ifstream readIn( filename.c_str(), std::ios_base::ate );
 
         if( !readIn )
         {
             std::cerr << "LoadAnimationScript(): Unable to load script file " << filename << std::endl;
             return GlsAnimation::Ptr();
         }
 
         std::streampos  size = readIn.tellg();
         readIn.seekg( 0 );
 
         if( !readIn || size == static_cast<std::streampos>(-1) ) // tellg returns -1 on an error
         {
             std::cerr << "LoadAnimationScript(): Error reading from file " << filename << std::endl;
             return GlsAnimation::Ptr();
         }
 
         std::vector<char> data( static_cast<unsigned int>( size ) );
         readIn.read( &data[0], size );
 
         return  LoadAnimation( data, filename );
     }

std::vector< GlsAnimation::Ptr > disti::LoadAnimationZip ( const std::string & filename )

Loads a set of animation sequences from a zip file.

Parameters

filename The zip filename.

Returns: A container of animation objects.

Note: Define GLS_ANIMATION_ENABLE_ZIP_LOADING project-wide to enable this function and add zlib's z.lib to the linker path for the final executable/RSO.

Definition at line 262 of file gls_animation_parser.cpp.

     {
         std::vector< GlsAnimation::Ptr > animations;
 
         
         unzFile zipFile  = unzOpen(filename.c_str());
         
         if (unzGoToFirstFile(zipFile) != UNZ_OK)
         {
             std::cerr << "LoadAnimationZip(): Unable to open file " << filename << std::endl;
             return animations;
         }
         
         const unsigned int bufSize(4096);
         std::vector<char> buf(bufSize);
         unz_file_info file_info;
         do
         {
 
             if( unzGetCurrentFileInfo(zipFile, &file_info, &buf[0], bufSize - 1, NULL,0, NULL,0) != UNZ_OK )
             {
                 std::cerr << "LoadAnimationZip(): Error getting file info from file in " << filename << std::endl;
                 continue;
             }
             
             std::string zippedFilename = &buf[0];
 
             std::string extension = zippedFilename.substr( zippedFilename.rfind('.') + 1 );
             std::transform(extension.begin(), extension.end(), extension.begin(), ::tolower);
             if (extension == "zip")
             {
                 std::cerr << "LoadAnimationZip(): File '" << filename << "' contains a zip file.  Nested zip files are not supported. Ignoring.\n";
                 continue;
             }
 
             const uLong size = file_info.uncompressed_size;
             
             if( unzOpenCurrentFile(zipFile) != UNZ_OK )
             {
                 std::cerr << "LoadAnimationZip(): Error opening file " << zippedFilename <<  " in file " << filename << std::endl;
                 continue;
             }
             
             std::vector<char> data(size);
 
             if( unzReadCurrentFile(zipFile,&data[0],size) != static_cast<int>( size ) )
             {
                 std::cerr << "LoadAnimationZip(): Error reading from file " << zippedFilename <<  " in file " << filename << std::endl;
                 continue;
             }
             
             if( GlsAnimation::Ptr anim = LoadAnimation( data, zippedFilename ) )
             {
                 animations.push_back( anim );
             }
 
 
         } while(unzGoToNextFile(zipFile) == UNZ_OK);
 
         return animations;
     }

void disti::SetGlsAnimationParentChildRelationship	(	DisplayObject *	parent,
		DisplayObject *	child
	)

Establishes a parent-child relationship like that in Adobe After Effects that does not exist in the GL Studio geometry hierarchy and should not be introduced there because that hierarchy was created and may need to be recreated programmatically (e.g., by importing a PSD file).

This allows the objects to be moved, scaled, and rotated together with the animation library as they appear in After Effects. Typically, a call to this function should be added to the application's or component's Initialize() method.

Parameters

parent	The parent object
child	The child object

Note: This has some side effects such as setting the parent's InstanceName property to InstanceName()+"_Parent" and creating a Group named the parent's old name, which may impede other use of the Resources API with the parent object.; This function may also change the draw order of the child.; This will not work out of the box with multiple children.

Definition at line 716 of file gls_animation.cpp.

     {
         Group* const parentsGroup = parent->ParentGroup();
         Group* const childsGroup = child->ParentGroup();
 
         int pos = parentsGroup->Position( parent );
 
         parentsGroup->DeleteObject( parent );
         childsGroup->DeleteObject( child );
 
         const std::string name = parent->InstanceName();
         parent->InstanceName( (name + "_Parent").c_str() );
 
         Group* group = new Group();
         group->InstanceName( name.c_str() );
         group->InsertObject( parent );
         group->InsertObject( child );
         group->SetAvailableAttributes( unsigned( DisplayObject::GLS_ATTRIBUTES_ALL ) );
         parentsGroup->InsertObject( group, true, true, pos );
         group->WorldRotationPoint( parent->WorldRotationPoint() );
     }

Variable Documentation

const std::string disti::g_backInOutTag = "backInAndOut"

Back In and Out interpolator tag.

Definition at line 714 of file gls_animation.h.

const std::string disti::g_backInTag = "backIn"

Back In interpolator tag.

Definition at line 712 of file gls_animation.h.

const std::string disti::g_backOutTag = "backOut"

Back Out interpolator tag.

Definition at line 713 of file gls_animation.h.

const std::string disti::g_bounceInOutTag = "bounceInAndOut"

Bounce In and Out interpolator tag.

Definition at line 711 of file gls_animation.h.

const std::string disti::g_bounceInTag = "bounceIn"

Bounce In interpolator tag.

Definition at line 709 of file gls_animation.h.

const std::string disti::g_bounceOutTag = "bounceOut"

Bounce Out interpolator tag.

Definition at line 710 of file gls_animation.h.

const std::string disti::g_circleInOutTag = "circularInAndOut"

Circular In and Out interpolator tag.

Definition at line 705 of file gls_animation.h.

const std::string disti::g_circleInTag = "circularIn"

Circular In interpolator tag.

Definition at line 703 of file gls_animation.h.

const std::string disti::g_circleOutTag = "circularOut"

Circular Out interpolator tag.

Definition at line 704 of file gls_animation.h.

const std::string disti::g_cubeInOutTag = "cubicInAndOut"

Cubic In and Out interpolator tag.

Definition at line 690 of file gls_animation.h.

const std::string disti::g_cubeInTag = "cubicIn"

Cubic In interpolator tag.

Definition at line 688 of file gls_animation.h.

const std::string disti::g_cubeOutTag = "cubicOut"

Cubic Out interpolator tag.

Definition at line 689 of file gls_animation.h.

const std::string disti::g_elasticInOutTag = "elasticInAndOut"

Elastic In and Out interpolator tag.

Definition at line 708 of file gls_animation.h.

const std::string disti::g_elasticInTag = "elasticIn"

Elastic In interpolator tag.

Definition at line 706 of file gls_animation.h.

const std::string disti::g_elasticOutTag = "elasticOut"

Elastic Out interpolator tag.

Definition at line 707 of file gls_animation.h.

const std::string disti::g_expoInOutTag = "exponentInAndOut"

Exponent In and Out interpolator tag.

Definition at line 702 of file gls_animation.h.

const std::string disti::g_expoInTag = "exponentIn"

Exponent In interpolator tag.

Definition at line 700 of file gls_animation.h.

const std::string disti::g_expoOutTag = "exponentOut"

Exponent Out interpolator tag.

Definition at line 701 of file gls_animation.h.

const std::string disti::g_gatedInterpTag = "gated"

Gated interpolator tag.

Definition at line 683 of file gls_animation.h.

const std::string disti::g_linearInterpTag = "linear"

Linear interpolator tag.

Definition at line 682 of file gls_animation.h.

const std::string disti::g_quadInOUtTag = "quadraticInAndOut"

Quadratic In and Out interpolator tag.

Definition at line 687 of file gls_animation.h.

const std::string disti::g_quadInTag = "quadraticIn"

Quadratic In interpolator tag.

Definition at line 685 of file gls_animation.h.

const std::string disti::g_quadOutTag = "quadraticOut"

Quadratic Out interpolator tag.

Definition at line 686 of file gls_animation.h.

const std::string disti::g_quartInOutTag = "quarticInAndOut"

Quartic In and Out interpolator tag.

Definition at line 693 of file gls_animation.h.

const std::string disti::g_quartInTag = "quarticIn"

Quartic In interpolator tag.

Definition at line 691 of file gls_animation.h.

const std::string disti::g_quartOutTag = "quarticOut"

Quartic Out interpolator tag.

Definition at line 692 of file gls_animation.h.

const std::string disti::g_quintInOutTag = "quinticInAndOut"

Quintic In and Out interpolator tag.

Definition at line 696 of file gls_animation.h.

const std::string disti::g_quintInTag = "quinticIn"

Quintic In interpolator tag.

Definition at line 694 of file gls_animation.h.

const std::string disti::g_quintOutTag = "quinticOut"

Quintic Out interpolator tag.

Definition at line 695 of file gls_animation.h.

const std::string disti::g_sinInOutTag = "sinusoidalInAndOut"

Sinusoidal In and Out interpolator tag.

Definition at line 699 of file gls_animation.h.

const std::string disti::g_sinInTag = "sinusoidalIn"

Sinusoidal In interpolator tag.

Definition at line 697 of file gls_animation.h.

const std::string disti::g_sinOutTag = "sinusoidalOut"

Sinusoidal Out interpolator tag.

Definition at line 698 of file gls_animation.h.

const std::string disti::g_slerpTag = "slerp"

Spherical Linear Interpolation tag (only supported by Vector and Quaternion)

Definition at line 684 of file gls_animation.h.

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