Ocean Namespace Reference

The namespace covering the entire Ocean framework. More...

Namespaces
namespace	CV
	Namespace of the CV library.
namespace	Devices
	Namespace of the Devices library.
namespace	Geometry
	Namespace of the Geometry library.
namespace	Interaction
	Namespace of the Interaction library.
namespace	IO
	Namespace of the Ocean IO library.
namespace	JNI
	Namespace of the Base JNI library.
namespace	Media
	Namespace of the Media library.
namespace	Network
	Namespace of the Network library.
namespace	Platform
	Namespace of the Platform library.
namespace	Rendering
	Namespace of the Rendering library.
namespace	SceneDescription
	Namespace of the SceneDescription library.
namespace	System
	Namespace of the System library.
namespace	Test
	Namespace of the Test library.
namespace	Tracking
	Namespace of the Tracker library.

Data Structures
class	AbsoluteDifferenceValueTyper
	This class is a helper class allowing to define the resulting data type for an absolute difference operation. More...
class	AbsoluteDifferenceValueTyper< char >
	Specialization of the helper class. More...
class	AbsoluteDifferenceValueTyper< double >
	Specialization of the helper class. More...
class	AbsoluteDifferenceValueTyper< float >
	Specialization of the helper class. More...
class	AbsoluteDifferenceValueTyper< signed char >
	Specialization of the helper class. More...
class	AbsoluteDifferenceValueTyper< unsigned char >
	Specialization of the helper class. More...
class	Accessor
	This class implements a base class for all accessors. More...
class	AdvancedLookupCenter2
	This class implements an advanced 2D lookup object with values at the bins' center positions defining the individual lookup values. More...
class	AnyCameraT
	This class implements the abstract base class for all AnyCamera objects. More...
class	AnyCameraWrappingT
	This class implements a specialized AnyCamera object wrapping the actual camera model. More...
class	ApplicationInterface
	This class implements a very light application interface. More...
class	Approximation
	This class implements several numeric function with approximated results but with fast performances. More...
class	AutomaticDifferentiationT
	This class implements an automatic differentiation functionality. More...
class	Binary
	This class implements functions for binaries like functions allowing to hide information in the binary code (in the release build). More...
class	BoundingBox
	This class implements a 3D bounding box. More...
class	BoundingSphere
	This class implements a bounding sphere. More...
class	BoxT2
	This class implements an axis aligned 2D box object. More...
class	BoxT3
	This class implements an axis aligned 3D bounding box. More...
class	Build
	This class provides compiler build support. More...
class	Callback
	This class implements a container for callback functions. More...
class	Callbacks
	This class implements a vector holding several callbacks with the same type. More...
class	Caller
	This class implements a callback function container using defined function parameters. More...
class	CameraProjectionCheckerT
	This class implements a helper class allowing to check whether a 3D object point projects into the camera image. More...
class	CameraT
	This class implements the base class for all cameras. More...
class	CameraWrapperBaseFisheyeT
	This class implements the base wrapper around Ocean's fisheye camera profile. More...
class	CameraWrapperBaseInvalidT
	This class implements the base wrapper around an invalid camera profile. More...
class	CameraWrapperBasePinholeT
	This class implements the base wrapper around Ocean's pinhole camera profile. More...
class	CameraWrapperT
	This class implements a wrapper for an actual camera object. More...
class	Clustering
	This class implements the base class for all classes providing clustering algorithms. More...
class	ClusteringKMeans
	This class implements a k-means clustering algorithm. More...
class	ClusteringSpectral
	This class implements spectral clustering. More...
class	CommandArguments
	This class implements a manager for command arguments. More...
class	ConcurrentCallbacks
	This class implements an extended callbacks object and is also thread-safe. More...
class	ConeT3
	This class implements a (possibly truncated) 3D cone. More...
class	Config
	This class implements an application or module configuration toolkit. More...
class	ConstAccessor
	This class implements a base class for accessors allowing a constant reference access. More...
class	ConstArrayAccessor
	This class implements an accessor providing direct access to a constant array of elements. More...
class	ConstArraySubsetAccessor
	This class implements an indexed-based constant accessor providing access to a subset of elements stored in an array. More...
class	ConstCallbackIndexedAccessor
	This class implements an accessor providing access to a elements by using a callback function. More...
class	ConstElementAccessor
	This class implements an accessor providing direct access to a constant array of elements while all elements are identical (all elements point to one unique object). More...
class	ConstIndexedAccessor
	This class implements a base class for all indexed-based accessors allowing a constant reference access only. More...
class	ConstIndexedAccessorSubsetAccessor
	This class implements an indexed-based constant accessor providing access to a subset of elements stored in a specified indexed-based child accessor. More...
class	ConstMapAccessor
	This class implements an accessor providing direct access to a constant (unordered) map of elements. More...
class	ConstTemplateArrayAccessor
	This class implements an accessor providing direct access to a constant array of elements. More...
class	ConstTemplateArraySubsetAccessor
	This class implements an indexed-based constant accessor providing access to a subset of elements stored in an array. More...
class	CylinderT3
	This class implements a 3D cylinder defined by its origin, axis, radius, and (signed) starting and stopping points along its axis. More...
class	DataType
	Template class allowing to define an array of data types. More...
class	DateTime
	This class provides basic functionalities for date and time handling. More...
class	DebugElements
	This class implements the base class for a container for debug elements. More...
class	DifferenceValueTyper
	This class is a helper class allowing to define the signed difference data type of a given type. More...
class	DifferenceValueTyper< char >
	Specialization of the helper class. More...
class	DifferenceValueTyper< short >
	Specialization of the helper class. More...
class	DifferenceValueTyper< signed char >
	Specialization of the helper class. More...
class	DifferenceValueTyper< unsigned char >
	Specialization of the helper class. More...
class	DifferenceValueTyper< unsigned int >
	Specialization of the helper class. More...
class	DifferenceValueTyper< unsigned long >
	Specialization of the helper class. More...
class	DifferenceValueTyper< unsigned long long >
	Specialization of the helper class. More...
class	DifferenceValueTyper< unsigned short >
	Specialization of the helper class. More...
class	DiscreteCosineTransform
	This class implements discrete cosine transform functions. More...
class	DualScopedLockT
	This class implements a scoped lock object that locks two lock objects in a deterministic order based on their memory addresses. More...
class	EquationT
	This class provides several functions to solve equations with different degree using floating point values with the precission specified by type T. More...
class	EulerT
	This class implements an euler rotation with angles: yaw, pitch and roll. More...
class	Event
	This class implements the base class for all event classes. More...
class	EventManager
	This class implements a central manager for events that can be pushed and received from/in individual components of an application or a software package. More...
class	ExponentialMapT
	This class implements an exponential map defining a rotation by three parameters. More...
class	FiniteLineT2
	This class implements an finite line in 2D space. More...
class	FiniteLineT3
	This class implements an finite line in 3D space. More...
class	FisheyeCameraT
	Class representing a fisheye camera. More...
class	Float16
	Definition of a 16-bit float type. More...
struct	FloatTyper
	This struct is a helper struct providing a floating point data type best matching for a given data type. More...
struct	FloatTyper< double >
	Specialization of the helper struct. More...
class	FourierTransformation
	This class implements Fourier transformation functions. More...
class	Frame
	This class implements Ocean's image class. More...
class	FrameType
	Definition of a frame type composed by the frame dimension, pixel format and pixel origin. More...
class	FrustumT
	This class implements a viewing frustum. More...
class	FunctionBase
	This class is the base class for an unparameterized function container. More...
class	FunctionParameterAccessor
	This class implements a simple helper class allowing to access the value of an arbitrary data type. More...
class	HashMap
	This class implements a hash map. More...
class	HashSet
	This class implements a hash set. More...
class	HighPerformanceBenchmark
	The HighPerformanceBenchmark object allows to benchmark algorithms with individual categories. More...
class	HighPerformanceStatistic
	This class implements a simple module gathering high performance timer statistics. More...
class	HighPerformanceTimer
	This class implements a high performance timer. More...
class	HomogenousMatrixT4
	This class implements a 4x4 homogeneous transformation matrix using floating point values with the precision specified by type T. More...
class	HSVAColor
	This class implements a color defined by hue, saturation, value and alpha parameters. More...
class	Identity
	This class implements a helper class allowing to define the identity data type of a given type. More...
class	Interpolation
	This class implements data interpolation functions. More...
class	InterpolationMap
	This class implements an interpolation map allowing to determine an interpolated value between several individual key values. More...
class	InvalidCameraT
	This class implements invalid camera profiles, e.g. More...
class	KdTree
	This class implements a k-d tree. More...
class	LineT2
	This class implements an infinite line in 2D space. More...
class	LineT3
	This class implements an infinite line in 3D space. More...
class	Lock
	This class implements a recursive lock object. More...
class	Log
	This class provides access to three different Message objects, e.g., for regular information, warnings, or errors. More...
class	Lookup2
	This class implements a 2D lookup object allowing to separate a two dimensional lookup area into individual bins. More...
class	LookupCenter2
	This class implements a 2D lookup object with values at the bins' center positions defining the individual lookup values. More...
class	LookupCorner2
	This class implements a 2D lookup object with values at the bins' corners defining the individual lookup values. More...
class	Maintenance
	This class implements a maintenance manager. More...
class	MapTyper
	Helper class allowing to define an ordered or unordered map based on the template parameter 'tOrderedKeys'. More...
class	MapTyper< false >
	Helper class allowing to define an ordered or unordered map based on the template parameter 'tOrderedKeys'. More...
class	MathUtilities
	This class implements utility functions for the math library. More...
class	MatrixT
	This class implements a matrix with arbitrary size. More...
class	Median
	This class implements a median determination value. More...
class	MemberFunction
	This class implements an unparameterized member function container. More...
class	MemberFunctionCaller
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	MemberFunctionPointerMaker
	This class implements a helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	MemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18 >
	This class is a specialization of the original helper class providing a definition of a member function pointer only. More...
class	Memory
	This class implements an object able to allocate memory. More...
class	MessageObject
	Messenger object, one object for each message. More...
class	MessageObject< false >
	Specialization of MessageObject. More...
class	Messenger
	This class implements a messenger for information, warning or error messages. More...
class	MissingImplementationException
	Definition of a base exception for missing implementations. More...
class	NextLargerTyper
	This class is a helper class allowing to determine the next larger data type for a given data type. More...
class	NextLargerTyper< char >
	Specialization of the helper class. More...
class	NextLargerTyper< float >
	Specialization of the helper class. More...
class	NextLargerTyper< int >
	Specialization of the helper class. More...
class	NextLargerTyper< short >
	Specialization of the helper class. More...
class	NextLargerTyper< signed char >
	Specialization of the helper class. More...
class	NextLargerTyper< unsigned char >
	Specialization of the helper class. More...
class	NextLargerTyper< unsigned int >
	Specialization of the helper class. More...
class	NextLargerTyper< unsigned short >
	Specialization of the helper class. More...
class	NonconstAccessor
	This class implements a base class for accessors allowing a non-constant reference access. More...
class	NonconstArrayAccessor
	This class implements an accessor providing direct access to an array of elements. More...
class	NonconstIndexedAccessor
	This class implements a base class for all indexed-based accessors allowing a non-constant reference access. More...
class	NonconstMapAccessor
	This class implements an accessor providing direct access to an (unordered) map of elements. More...
class	NonconstTemplateArrayAccessor
	This class implements an accessor providing direct access to an array of elements. More...
class	NotImplementedException
	Definition of a base exception for not implemented code. More...
class	NotSupportedException
	Definition of a base exception for not supported functionalities. More...
class	NotVoidTyper
	This struct implements a helper struct allowing to use a data type instead of void. More...
class	NotVoidTyper< void >
	Specialization of NotVoidTyper<T>. More...
class	NullClass
	Definition of a class holding no objects. More...
class	NumericT
	This class provides basic numeric functionalities. More...
class	ObjectRef
	This template class implements a object reference with an internal reference counter. More...
class	OceanException
	Definition of a base exception for the entire Ocean framework. More...
class	OceanManager
	This class implements the basic manager for the Ocean framework. More...
class	OptionalScopedLock
	This class implements an optional recursive scoped lock object locking the lock object only if it's defined. More...
class	OutOfMemoryException
	Definition of a base exception if an out of memory problem occurs. More...
struct	PairHash
	Helper struct allowing to determine a hash value for a std::pair. More...
class	ParameterCounter
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, NullClass, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, NullClass, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18, NullClass >
	This class implements a helper class providing the number of parameters of a parameterized function. More...
class	ParameterizedFunction
	This class implements an parameterized function container. More...
class	ParameterizedFunctionBase
	This class is the base class for a parameterized function container. More...
class	ParameterizedMemberFunction
	This class implements an parameterized member function container. More...
class	ParameterizedMemberFunctionConst
	This class implements an parameterized const member function container. More...
class	ParameterizedStaticFunction
	This class implements an parameterized static function container. More...
class	PinholeCameraT
	Definition of a pinhole camera model. More...
class	PlaneT3
	This class implements a plane in 3D space. More...
class	PluginManager
	This class implements a manager for all plugins available for the Ocean framework. More...
class	PoseT
	This class implements a camera pose with six degrees of freedom (6-DOF). More...
class	Processor
	This class implements basic functions relating the system processor. More...
class	ProcessorInstructionChecker
	This helper class allows to determine a compile-time known boolean statement whether a set of available instruction contains (included) a specified (minimal requirement) instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_AVX >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_AVX_2 >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_AVX_512 >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_NEON >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_SSE >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_SSE_2 >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_SSE_3 >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_SSE_4_1 >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_SSE_4_2 >
	Specialization for one specific instruction. More...
class	ProcessorInstructionChecker< tHighestInstructions, PI_SSSE_3 >
	Specialization for one specific instruction. More...
class	QuaternionT
	This class implements a unit quaternion rotation. More...
class	RandomGenerator
	This class implements a generator for random numbers. More...
class	RandomI
	This class provides base random functions and several random functions for integer data types. More...
class	RandomT
	This class provides several random functions for different data types using a floating point type for its elements that is specified by T. More...
class	RateCalculator
	This class implements a calculate for rates like frame rates. More...
class	RGBAColor
	This class implements a color defined by red, green, blue and alpha parameters. More...
class	RingMapT
	This class implements a data storage map that stores the data elements in a ring manner. More...
class	RotationT
	This class implements a axis-angle rotation using floating point values. More...
class	SampleMap
	This class stores samples of e.g., sensor or tracking data in a map. More...
class	Scheduler
	This class represents a round robin scheduler. More...
class	ScopedConstMemoryAccessor
	This class implements an accessor that guarantees memory access to the elements of an indexed accessor object until the scope ends. More...
class	ScopedEvent
	This class implements a scoped event. More...
class	ScopedFunctionT
	This class holds a function which will be invoked once the object is disposed. More...
class	ScopedLock
	This class implements a scoped lock object for recursive lock objects. More...
class	ScopedNonconstMemoryAccessor
	This class implements an accessor that guarantees memory access to the elements of an indexed accessor object until the scope ends. More...
class	ScopedObjectCompileTimeT
	This class wraps an unmanaged object (or reference) which needs to be released after usage. More...
class	ScopedObjectT
	This class wraps an unmanaged object (or reference) which needs to be released after usage. More...
class	ScopedSharedLock
	This class defines a scoped lock object for shared locks. More...
class	ScopedSubscriptionCallbackHandlerT
	This class implements a handler for scoped subscriptions to callback functions. More...
class	ScopedSubscriptionHandler
	This class implements the base class for all subscription handlers. More...
class	ScopedSubscriptionT
	This class implements a subscription object which can be used unique subscriptions to e.g., callback functions. More...
class	ScopedValueT
	This class implements a scoped value that allows to change a specified value at the end of a scope. More...
class	SegmentUnion
	This class implements a functionality to determine the union of individual segments. More...
class	SharedLock
	This class implements a lock shared over individual processes (a system-wide lock). More...
class	SharedMemory
	This class implements a shared memory object allowing access to a shared buffer. More...
class	SharedPointerConstArrayAccessor
	This class implements an accessor providing direct access to std::shared_ptr<T> elements returned as const T* pointers. More...
class	ShiftVector
	This class implements a vector with shifted elements. More...
class	Signal
	This class implements a signal. More...
class	Signals
	This class implements a signal array. More...
class	SignedTyper
	This class is a helper class allowing to determine the signed data type for a given data type if existing, otherwise the identity data type. More...
class	SignedTyper< bool >
	Specialization of the helper class. More...
class	SignedTyper< char >
	Specialization of the helper class. More...
class	SignedTyper< unsigned int >
	Specialization of the helper class. More...
class	SignedTyper< unsigned long long >
	Specialization of the helper class. More...
class	SignedTyper< unsigned short >
	Specialization of the helper class. More...
class	Singleton
	This template class is the base class for all singleton objects. More...
class	SmartObjectRef
	This template class implements a smart object reference which is a specialization of an ObjectRef object. More...
class	SophusUtilities
	This class implements utilitiy functions for Sophus. More...
class	SparseMatrixT
	This class implements a sparse matrix using a float type for its elements that is specified by T. More...
class	SphereT3
	This class implements a 3D sphere. More...
class	SphericalExponentialMap
	This class implements an exponential map representing a 2-DOF rotation. More...
class	SquareMatrixT2
	This class implements a 2x2 square matrix. More...
class	SquareMatrixT3
	This class implements a 3x3 square matrix. More...
class	SquareMatrixT4
	This class implements a 4x4 square matrix. More...
class	SquareValueTyper
	This class is a helper class allowing to define the square difference data type of a given type. More...
class	SquareValueTyper< char >
	Specialization of the helper class. More...
class	SquareValueTyper< int >
	Specialization of the helper class. More...
class	SquareValueTyper< long >
	Specialization of the helper class. More...
class	SquareValueTyper< long long >
	Specialization of the helper class. More...
class	SquareValueTyper< short >
	Specialization of the helper class. More...
class	SquareValueTyper< signed char >
	Specialization of the helper class. More...
class	SquareValueTyper< unsigned char >
	Specialization of the helper class. More...
class	SquareValueTyper< unsigned short >
	Specialization of the helper class. More...
class	StackHeapVector
	Vector like data structure combining stack and heap memory. More...
class	StaticBuffer
	This class implements a static buffer that has a fixed capacity. More...
class	StaticFunction
	This class implements an unparameterized static function container. More...
class	StaticFunctionCaller
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, NullClass, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, NullClass, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, NullClass, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18, NullClass >
	This class implements a helper class providing a functionality to call a static function defined by a function pointer. More...
class	StaticFunctionPointerMaker
	This class is a helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, NullClass, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, NullClass, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, NullClass, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, NullClass, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18, NullClass >
	This class is a specialization of the original helper class providing a definition of a static function pointer only. More...
class	StaticMatrix
	This class implements a matrix with static dimensions. More...
class	StaticVector
	This class implements a static vector that has a fixed capacity. More...
class	String
	This class provides string convert functionalities. More...
class	StringApple
	This class provides function allowing to convert Apple-platform specific string objects. More...
class	Subset
	This class implements subset functions. More...
class	SuccessionSubset
	This class implements a data container for abstract data objects with several dimensions. More...
class	TaskQueue
	This class implements a queue for tasks. More...
class	TemplatedLock
	This class implements a template-based recursive lock object. More...
class	TemplatedLock< false >
	Specialization of the TemplatedLock class. More...
class	TemplatedScopedLock
	This class implements a recursive scoped lock object that is activated by a boolean template parameter. More...
class	TemplatedScopedLock< false >
	Specialization of the TemplatedScopedLock class. More...
class	TemporaryAccessor
	This class implements a base class for all accessors allowing to access temporary elements. More...
class	TemporaryIndexedAccessor
	This class implements a base class for all indexed-based accessors allowing to access temporary elements. More...
class	TemporaryScopedLock
	This class implements a recursive scoped lock object allowing to release the lock before the scoped object itself is released. More...
class	Thread
	This class implements a thread. More...
class	ThreadPool
	This class implements a pool holding re-usable thread objects for individual use. More...
class	ThreadPoolSingleton
	This class wraps the ThreadPool into a singleton for global usage. More...
class	Timestamp
	This class implements a timestamp. More...
class	TimestampConverter
	This class is a helper class allowing to converter timestamps defined in a specific time domain to unix timestamps. More...
class	ToonUtilities
	This class implements utilitiy functions for TooN. More...
class	TriangleT
	This class implements a base class for all triangle classes. More...
class	TriangleT2
	This class implements a 2D triangle with Cartesian coordinates. More...
class	TriangleT3
	This class implements a 3D triangle. More...
class	Triple
	This class implements a triple object able to hold three individual elements. More...
class	TypeMapper
	This class provides a unique data type for any data type. More...
class	TypeMapperBySize
	This class provides a unique data type for any data type specified by the number of bytes. More...
class	TypeMapperBySize< 1 >
	Specialized object. More...
class	TypeMapperBySize< 2 >
	Specialized object. More...
class	TypeMapperBySize< 4 >
	Specialized object. More...
class	TypeMapperBySize< 8 >
	Specialized object. More...
class	TypeNamer
	This class implements a helper class allowing to determine unique names for most of native C++ data types. More...
class	UnsignedTyper
	This class is a helper class allowing to determine the unsigned data type for a given data type if existing, otherwise the identity data type. More...
class	UnsignedTyper< char >
	Specialization of the helper class. More...
class	UnsignedTyper< double >
	Specialization of the helper class. More...
class	UnsignedTyper< float >
	Specialization of the helper class. More...
class	UnsignedTyper< int >
	Specialization of the helper class. More...
class	UnsignedTyper< long >
	Specialization of the helper class. More...
class	UnsignedTyper< long long >
	Specialization of the helper class. More...
class	UnsignedTyper< short >
	Specialization of the helper class. More...
class	UnsignedTyper< signed char >
	Specialization of the helper class. More...
class	Utilities
	This class implements basic utility functions. More...
class	Value
	This class implements a type independent value. More...
class	VarianceT
	This class allows to determine the variance in a given data set. More...
class	VectorT2
	This class implements a vector with two elements. More...
class	VectorT3
	This class implements a vector with three elements. More...
class	VectorT4
	This class implements a vector with four elements. More...
class	Version
	This class provides version numbers for Ocean. More...
class	Worker
	This class implements a worker able to distribute function calls over different threads. More...
class	WorkerPool
	This class implements a pool holding worker objects for individual use. More...

Typedefs
using	Index32 = uint32_t
	Definition of a 32 bit index value.
using	Index64 = uint64_t
	Definition of a 64 bit index value.
using	Indices32 = std::vector< Index32 >
	Definition of a vector holding 32 bit index values.
using	IndexGroups32 = std::vector< Indices32 >
	Definition of a vector holding 32 bit indices, so we have groups of indices.
using	Indices64 = std::vector< Index64 >
	Definition of a vector holding 64 bit index values.
using	IndexSet32 = std::set< Index32 >
	Definition of a set holding 32 bit indices.
using	IndexSet64 = std::set< Index64 >
	Definition of a set holding 64 bit indices.
using	UnorderedIndexSet32 = std::unordered_set< Index32 >
	Definition of an unordered_set holding 32 bit indices.
using	UnorderedIndexSet64 = std::unordered_set< Index64 >
	Definition of an unordered_set holding 64 bit indices.
using	IndexPair32 = std::pair< Index32, Index32 >
	Definition of a pair holding 32 bit indices.
using	IndexPairs32 = std::vector< IndexPair32 >
	Definition of a vector holding 32 bit index pairs.
using	IndexPair64 = std::pair< Index64, Index64 >
	Definition of a pair holding 64 bit indices.
using	IndexPairs64 = std::vector< IndexPair64 >
	Definition of a vector holding 64 bit index pairs.
using	Strings = std::vector< std::string >
	Definition of a vector holding strings.
using	WStrings = std::vector< std::wstring >
	Definition of a vector holding strings.
using	EventRef = ObjectRef< Event >
	Definition of an object reference holding an event object.
using	Exception = std::exception
	Definition of the base exception.
using	Frames = std::vector< Frame >
	Definition of a vector holding padding frames.
using	FrameRef = ObjectRef< Frame >
	Definition of an object reference for frame objects.
using	FrameRefs = std::vector< FrameRef >
	Definition of a vector holding frame references.
using	ScopedFunctionVoid = ScopedFunctionT< std::function< void()> >
	Definition of a scoped function with void return parameter.
template<typename T , void(*)(T) tReleaseFunction>
using	ScopedObjectCompileTimeVoidT = ScopedObjectCompileTimeT< T, T, void, tReleaseFunction >
	Template specialization for ScopedObjectCompileTimeT with void return value.
using	Timestamps = std::vector< Timestamp >
	Definition of a vector holding Timestamp objects.
using	AnyCamera = AnyCameraT< Scalar >
	Definition of an AnyCamera object with Scalar precision.
using	AnyCameraD = AnyCameraT< double >
	Definition of an AnyCamera object with double precision.
using	AnyCameraF = AnyCameraT< float >
	Definition of an AnyCamera object with float precision.
template<typename T >
using	SharedAnyCameraT = std::shared_ptr< AnyCameraT< T > >
	Definition of a shared pointer holding an AnyCamera object with Scalar precision.
using	SharedAnyCamera = std::shared_ptr< AnyCamera >
	Definition of a shared pointer holding an AnyCamera object with Scalar precision.
using	SharedAnyCameraD = std::shared_ptr< AnyCameraD >
	Definition of a shared pointer holding an AnyCamera object with double precision.
using	SharedAnyCameraF = std::shared_ptr< AnyCameraF >
	Definition of a shared pointer holding an AnyCamera object with float precision.
template<typename T >
using	SharedAnyCamerasT = std::vector< std::shared_ptr< AnyCameraT< T > > >
	Definition of a typename alias for vectors with shared AnyCameraT objects.
using	SharedAnyCameras = SharedAnyCamerasT< Scalar >
	Definition of a vector holding AnyCamera objects.
using	SharedAnyCamerasD = SharedAnyCamerasT< double >
	Definition of a vector holding AnyCameraD objects.
using	SharedAnyCamerasF = SharedAnyCamerasT< float >
	Definition of a vector holding AnyCameraF objects.
using	CameraProjectionChecker = CameraProjectionCheckerT< Scalar >
	Definition of an ProjectionChecker object with Scalar precision.
using	CameraProjectionCheckerD = CameraProjectionCheckerT< double >
	Definition of an ProjectionChecker object with double precision.
using	CameraProjectionCheckerF = CameraProjectionCheckerT< float >
	Definition of an ProjectionChecker object with float precision.
using	InvalidCamera = InvalidCameraT< Scalar >
	Definition of an invalid camera object based with element precision 'Scalar'.
using	InvalidCameraD = InvalidCameraT< double >
	Definition of an invalid camera object based with element precision 'double'.
using	InvalidCameraF = InvalidCameraT< float >
	Definition of an invalid camera object based with element precision 'float'.
template<typename T >
using	AnyCameraPinholeT = AnyCameraWrappingT< T, CameraWrapperT< T, CameraWrapperBasePinholeT< T > > >
	Definition of an AnyCamera object based on Ocean's pinhole camera class with template parameter to define the element precision.
using	AnyCameraPinhole = AnyCameraPinholeT< Scalar >
	Definition of an AnyCamera object based on Ocean's pinhole camera class with element precision 'Scalar'.
using	AnyCameraPinholeD = AnyCameraPinholeT< double >
	Definition of an AnyCamera object based on Ocean's pinhole camera class with element precision 'double'.
using	AnyCameraPinholeF = AnyCameraPinholeT< float >
	Definition of an AnyCamera object based on Ocean's pinhole camera class with element precision 'float'.
template<typename T >
using	AnyCameraFisheyeT = AnyCameraWrappingT< T, CameraWrapperT< T, CameraWrapperBaseFisheyeT< T > > >
	Definition of an AnyCamera object based on Ocean's fisheye camera class with template parameter to define the element precision.
using	AnyCameraFisheye = AnyCameraFisheyeT< Scalar >
	Definition of an AnyCamera object based on Ocean's fisheye camera class with element precision 'Scalar'.
using	AnyCameraFisheyeD = AnyCameraFisheyeT< double >
	Definition of an AnyCamera object based on Ocean's fisheye camera class with element precision 'double'.
using	AnyCameraFisheyeF = AnyCameraFisheyeT< float >
	Definition of an AnyCamera object based on Ocean's fisheye camera class with element precision 'float'.
template<typename T >
using	AnyCameraInvalidT = AnyCameraWrappingT< T, CameraWrapperT< T, CameraWrapperBaseInvalidT< T > > >
	Definition of an AnyCamera object based on an invalid (by design) camera with template parameter to define the element precision.
using	AnyCameraInvalid = AnyCameraInvalidT< Scalar >
	Definition of an AnyCamera object based on an invalid (by design) camera with element precision 'Scalar'.
using	AnyCameraInvalidD = AnyCameraInvalidT< double >
	Definition of an AnyCamera object based on an invalid (by design) camera with element precision 'double'.
using	AnyCameraInvalidF = AnyCameraInvalidT< float >
	Definition of an AnyCamera object based on an invalid (by design) camera with element precision 'float'.
using	AutomaticDifferentiation = AutomaticDifferentiationT< Scalar, Numeric >
	Definition of a scalar differentiation object using the data type of Scalar as parameter.
using	AutomaticDifferentiationD = AutomaticDifferentiationT< double, NumericD >
	Definition of a scalar differentiation object using double as data type.
using	AutomaticDifferentiationF = AutomaticDifferentiationT< float, NumericF >
	Definition of a scalar differentiation object using float as data type.
using	Box2 = BoxT2< Scalar >
	Definition of the Box2 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	BoxD2 = BoxT2< double >
	Instantiation of the BoxT2 template class using a double precision float data type.
using	BoxF2 = BoxT2< float >
	Instantiation of the BoxT2 template class using a single precision float data type.
template<typename T >
using	BoxesT2 = std::vector< BoxT2< T > >
	Definition of a typename alias for vectors with BoxT2 objects.
using	Boxes2 = std::vector< Box2 >
	Definition of a vector holding Box2 objects.
using	Box3 = BoxT3< Scalar >
	Definition of the Box3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	BoxD3 = BoxT3< double >
	Instantiation of the BoxT3 template class using a double precision float data type.
using	BoxF3 = BoxT3< float >
	Instantiation of the BoxT3 template class using a single precision float data type.
template<typename T >
using	BoxesT3 = std::vector< BoxT3< T > >
	Definition of a typename alias for vectors with BoxT3 objects.
using	Boxes3 = std::vector< Box3 >
	Definition of a vector holding Box3 objects.
using	Camera = CameraT< Scalar >
	Definition of an Camera object with Scalar precision.
using	CameraD = CameraT< double >
	Definition of an Camera object with double precision.
using	CameraF = CameraT< float >
	Definition of an Camera object with float precision.
using	ComplexD = std::complex< double >
	Definition of a complex number based on the double precision floating point data type.
using	ComplexF = std::complex< float >
	Definition of a complex number based on the single precision floating point data type.
using	Complex = std::complex< Scalar >
	Definition of a complex number based on the default floating point precision data type.
using	Complexes = std::vector< Complex >
	Definition of a vector holding complex objects.
using	Cone3 = ConeT3< Scalar >
	Definition of the Cone3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	ConeD3 = ConeT3< double >
	Definition of a 3D cone with double values.
using	ConeF3 = ConeT3< float >
	Definition of a 3D cone with float values.
using	Cones3 = std::vector< Cone3 >
	Definition of a vector holding Cone3 objects.
using	Cylinder3 = CylinderT3< Scalar >
	Definition of the Cylinder3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	CylinderD3 = CylinderT3< double >
	Definition of a 3D cylinder with double values.
using	CylinderF3 = CylinderT3< float >
	Definition of a 3D cylinder with float values.
using	Cylinders3 = std::vector< Cylinder3 >
	Definition of a vector holding Cylinder3 objects.
using	Equation = EquationT< Scalar >
	Definition of the Equation object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	EquationD = EquationT< double >
	Definition of the Equation class using double values.
using	EquationF = EquationT< float >
	Definition of the Equation class using float values.
using	Euler = EulerT< Scalar >
	Definition of the Euler object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	EulerD = EulerT< double >
	Instantiation of the EulerT template class using a double precision float data type.
using	EulerF = EulerT< float >
	Instantiation of the EulerT template class using a single precision float data type.
template<typename T >
using	EulersT = std::vector< EulerT< T > >
	Definition of a typename alias for vectors with EulerT objects.
using	Eulers = std::vector< Euler >
	Definition of a vector holding euler objects.
using	ExponentialMap = ExponentialMapT< Scalar >
	Definition of the ExponentialMap object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION flag either with single or double precision float data type.
using	ExponentialMapD = ExponentialMapT< double >
	Instantiation of the ExponentialMapT template class using a double precision float data type.
using	ExponentialMapF = ExponentialMapT< float >
	Instantiation of the ExponentialMapT template class using a single precision float data type.
template<typename T >
using	ExponentialMapsT = std::vector< ExponentialMapT< T > >
	Definition of a typename alias for vectors with ExponentialMapT objects.
using	ExponentialMaps = std::vector< ExponentialMap >
	Definition of a vector holding ExponentialMap objects.
using	FiniteLine2 = FiniteLineT2< Scalar >
	Definition of the FiniteLine2 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	FiniteLineD2 = FiniteLineT2< double >
	Instantiation of the LineT2 template class using a double precision float data type.
using	FiniteLineF2 = FiniteLineT2< float >
	Instantiation of the LineT2 template class using a single precision float data type.
template<typename T >
using	FiniteLinesT2 = std::vector< FiniteLineT2< T > >
	Definition of a typename alias for vectors with FiniteLineT2 objects.
using	FiniteLines2 = std::vector< FiniteLine2 >
	Definition of a vector holding FiniteLine2 objects.
using	FiniteLinesD2 = std::vector< FiniteLineD2 >
	Definition of a vector holding FiniteLineD2 objects.
using	FiniteLinesF2 = std::vector< FiniteLineF2 >
	Definition of a vector holding FiniteLineF2 objects.
using	FiniteLine3 = FiniteLineT3< Scalar >
	Definition of the FiniteLine3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	FiniteLineD3 = FiniteLineT3< double >
	Instantiation of the LineT3 template class using a double precision float data type.
using	FiniteLineF3 = FiniteLineT3< float >
	Instantiation of the LineT3 template class using a single precision float data type.
template<typename T >
using	FiniteLinesT3 = std::vector< FiniteLineT3< T > >
	Definition of a typename alias for vectors with FiniteLineT3 objects.
using	FiniteLines3 = std::vector< FiniteLine3 >
	Definition of a vector holding FiniteLine3 objects.
using	FisheyeCamera = FisheyeCameraT< Scalar >
	Definition of a FisheyeCamera object using Scalar as data type.
using	FisheyeCameraF = FisheyeCameraT< float >
	Definition of a FisheyeCamera object using 'float' as data type.
using	FisheyeCameraD = FisheyeCameraT< double >
	Definition of a FisheyeCamera object using 'double' as data type.
template<typename T >
using	FisheyeCamerasT = std::vector< FisheyeCameraT< T > >
	Definition of a typename alias for vectors with FisheyeCameraT objects.
using	FisheyeCameras = std::vector< FisheyeCamera >
	Definition of a vector holding camera objects.
using	Frustum = FrustumT< Scalar >
	Definition of a frustum.
using	FrustumD = FrustumT< double >
	Definition of a frustum with double values.
using	FrustumF = FrustumT< float >
	Definition of a frustum vector with float values.
template<typename T >
using	FrustumsT = std::vector< FrustumT< T > >
	Definition of a typename alias for vectors with FrustumT objects.
using	Frustums = std::vector< Frustum >
	Definition of a vector holding Frustum objects.
using	FrustumsD = std::vector< FrustumD >
	Definition of a vector holding FrustumD objects.
using	FrustumsF = std::vector< FrustumF >
	Definition of a vector holding FrustumF objects.
using	HomogenousMatrix4 = HomogenousMatrixT4< Scalar >
	Definition of the HomogenousMatrix4 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION flag either with single or double precision float data type.
using	HomogenousMatrixD4 = HomogenousMatrixT4< double >
	Instantiation of the HomogenousMatrixT4 template class using a double precision float data type.
using	HomogenousMatrixF4 = HomogenousMatrixT4< float >
	Instantiation of the HomogenousMatrixT4 template class using a float precision float data type.
template<typename T >
using	HomogenousMatricesT4 = std::vector< HomogenousMatrixT4< T > >
	Definition of a typename alias for vectors with HomogenousMatrixT4 objects.
using	HomogenousMatrices4 = std::vector< HomogenousMatrix4 >
	Definition of a vector holding HomogenousMatrix4 objects.
using	HomogenousMatricesD4 = std::vector< HomogenousMatrixD4 >
	Definition of a vector holding HomogenousMatrixD4 objects.
using	HomogenousMatricesF4 = std::vector< HomogenousMatrixF4 >
	Definition of a vector holding HomogenousMatrixF4 objects.
using	HSVAColors = std::vector< HSVAColor >
	Definition of a vector holding rgba color objects.
using	Line2 = LineT2< Scalar >
	Definition of the Line2 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	LineD2 = LineT2< double >
	Instantiation of the LineT2 template class using a double precision float data type.
using	LineF2 = LineT2< float >
	Instantiation of the LineT2 template class using a single precision float data type.
template<typename T >
using	LinesT2 = std::vector< LineT2< T > >
	Definition of a typename alias for vectors with LineT2 objects.
using	Lines2 = std::vector< Line2 >
	Definition of a vector holding Line2 objects.
using	LinesF2 = std::vector< LineF2 >
	Definition of a vector holding Line2 objects with single precision float data type.
using	LinesD2 = std::vector< LineD2 >
	Definition of a vector holding Line2 objects with double precision float data type.
using	Line3 = LineT3< Scalar >
	Definition of the Line3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	LineD3 = LineT3< double >
	Instantiation of the LineT3 template class using a double precision float data type.
using	LineF3 = LineT3< float >
	Instantiation of the LineT3 template class using a single precision float data type.
template<typename T >
using	LinesT3 = std::vector< LineT3< T > >
	Definition of a typename alias for vectors with LineT3 objects.
using	Lines3 = std::vector< Line3 >
	Definition of a vector holding Line3 objects.
using	Scalar = float
	Definition of a scalar type.
using	Scalars = std::vector< Scalar >
	Definition of a vector holding Scalar objects.
using	Matrix = MatrixT< Scalar >
	Definition of the Matrix object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	MatrixD = MatrixT< double >
	Definition of the MatrixT template class using a double precision float data type.
using	MatrixF = MatrixT< float >
	Definition of the MatrixT template class using a single precision float data type.
using	Matrices = std::vector< Matrix >
	Definition of a vector holding matrix objects.
using	Numeric = NumericT< Scalar >
	Definition of a Numeric class.
using	NumericD = NumericT< double >
	Definition of a Numeric class with double values.
using	NumericF = NumericT< float >
	Definition of a Numeric class with float values.
using	PinholeCamera = PinholeCameraT< Scalar >
	Definition of an pinhole camera object with Scalar precision.
using	PinholeCameraD = PinholeCameraT< double >
	Definition of an pinhole camera object with double precision.
using	PinholeCameraF = PinholeCameraT< float >
	Definition of an pinhole camera object with float precision.
template<typename T >
using	PinholeCamerasT = std::vector< PinholeCameraT< T > >
	Definition of a typename alias for vectors with PinholeCameraT objects.
using	PinholeCameras = PinholeCamerasT< Scalar >
	Definition of a vector holding pinhole camera objects.
using	PinholeCamerasD = PinholeCamerasT< double >
	Definition of a vector holding PinholeCameraD objects.
using	PinholeCamerasF = PinholeCamerasT< float >
	Definition of a vector holding PinholeCameraF objects.
using	Plane3 = PlaneT3< Scalar >
	Definition of the Plane3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	PlaneD3 = PlaneT3< double >
	Definition of a 3D plane with double values.
using	PlaneF3 = PlaneT3< float >
	Definition of a 3D plane with float values.
template<typename T >
using	PlanesT3 = std::vector< PlaneT3< T > >
	Definition of a typename alias for vectors with PlaneT3 objects.
using	Planes3 = std::vector< Plane3 >
	Definition of a vector holding Plane3 objects.
using	Pose = PoseT< Scalar >
	Definition of the Pose object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION flag either with single or double precision float data type.
using	PoseD = PoseT< double >
	Instantiation of the ExponentialMapT template class using a double precision float data type.
using	PoseF = PoseT< float >
	Instantiation of the ExponentialMapT template class using a single precision float data type.
template<typename T >
using	PosesT = std::vector< PoseT< T > >
	Definition of a typename alias for vectors with PoseT objects.
using	Poses = std::vector< Pose >
	Definition of a vector holding ExponentialMap objects.
using	Quaternion = QuaternionT< Scalar >
	Definition of the Quaternion object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	QuaternionD = QuaternionT< double >
	Instantiation of the QuaternionT template class using a double precision float data type.
using	QuaternionF = QuaternionT< float >
	Instantiation of the QuaternionT template class using a single precision float data type.
template<typename T >
using	QuaternionsT = std::vector< QuaternionT< T > >
	Definition of a typename alias for vectors with QuaternionT objects.
using	Quaternions = std::vector< Quaternion >
	Definition of a vector holding quaternion objects.
using	QuaternionsF = std::vector< QuaternionF >
	Definition of a vector holding quaternion objects with single precision float data type.
using	QuaternionsD = std::vector< QuaternionD >
	Definition of a vector holding quaternion objects with double precision float data type.
using	Random = RandomT< Scalar >
	Definition of the Random object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	RandomD = RandomT< double >
	Instantiation of the RandomT template class using a double precision float data type.
using	RandomF = RandomT< float >
	Instantiation of the RandomT template class using a single precision float data type.
using	RGBAColors = std::vector< RGBAColor >
	Definition of a vector holding rgba color objects.
using	Rotation = RotationT< Scalar >
	Definition of the Rotation object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION flag either with single or double precision float data type.
using	RotationD = RotationT< double >
	Instantiation of the RotationT template class using a double precision float data type.
using	RotationF = RotationT< float >
	Instantiation of the RotationT template class using a single precision float data type.
template<typename T >
using	RotationsT = std::vector< RotationT< T > >
	Definition of a typename alias for vectors with RotationT objects.
using	Rotations = std::vector< Rotation >
	Definition of a vector holding rotation objects.
using	SparseMatrix = SparseMatrixT< Scalar >
	Definition of the SparseMatrix object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	SparseMatrixD = SparseMatrixT< double >
	Instantiation of the SparseMatrixT template class using a double precision float data type.
using	SparseMatrixF = SparseMatrixT< float >
	Instantiation of the SparseMatrixT template class using a single precision float data type.
using	SparseMatrices = std::vector< SparseMatrix >
	Definition of a vector holding sparse matrix objects.
using	Sphere3 = SphereT3< Scalar >
	Definition of the Sphere3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	SphereD3 = SphereT3< double >
	Definition of a 3D sphere with double values.
using	SphereF3 = SphereT3< float >
	Definition of a 3D sphere with float values.
using	Spheres3 = std::vector< Sphere3 >
	Definition of a vector holding Shpere3 objects.
using	SquareMatrix2 = SquareMatrixT2< Scalar >
	Definition of the SquareMatrix2 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	SquareMatrixD2 = SquareMatrixT2< double >
	Instantiation of the SquareMatrixT2 template class using a double precision float data type.
using	SquareMatrixF2 = SquareMatrixT2< float >
	Instantiation of the SquareMatrixT2 template class using a single precision float data type.
template<typename T >
using	SquareMatricesT2 = std::vector< SquareMatrixT2< T > >
	Definition of a typename alias for vectors with SquareMatrixT2 objects.
using	SquareMatrices2 = std::vector< SquareMatrix2 >
	Definition of a vector holding SquareMatrix2 objects.
using	SquareMatrix3 = SquareMatrixT3< Scalar >
	Definition of the SquareMatrix3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	SquareMatrixD3 = SquareMatrixT3< double >
	Instantiation of the SquareMatrixT3 template class using a double precision float data type.
using	SquareMatrixF3 = SquareMatrixT3< float >
	Instantiation of the SquareMatrixT3 template class using a single precision float data type.
template<typename T >
using	SquareMatricesT3 = std::vector< SquareMatrixT3< T > >
	Definition of a typename alias for vectors with SquareMatrixT3 objects.
using	SquareMatrices3 = std::vector< SquareMatrix3 >
	Definition of a vector holding SquareMatrix3 objects.
using	SquareMatrix4 = SquareMatrixT4< Scalar >
	Definition of the SquareMatrix4 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	SquareMatrixD4 = SquareMatrixT4< double >
	Instantiation of the SquareMatrixT4 template class using a double precision float data type.
using	SquareMatrixF4 = SquareMatrixT4< float >
	Instantiation of the SquareMatrixT4 template class using a double precision float data type.
template<typename T >
using	SquareMatricesT4 = std::vector< SquareMatrixT4< T > >
	Definition of a typename alias for vectors with SquareMatrixT4 objects.
using	SquareMatrices4 = std::vector< SquareMatrix4 >
	Definition of a vector holding SquareMatrix4 objects.
using	Triangle = TriangleT< Scalar >
	Definition of the Triangle object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	TriangleD = TriangleT< double >
	Instantiation of the TriangleT template class using a double precision float data type.
using	TriangleF = TriangleT< float >
	Instantiation of the TriangleT template class using a single precision float data type.
using	Triangle2 = TriangleT2< Scalar >
	Definition of the Triangle2 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	TriangleD2 = TriangleT2< double >
	Instantiation of the TriangleT2 template class using a double precision float data type.
using	TriangleF2 = TriangleT2< float >
	Instantiation of the TriangleT2 template class using a single precision float data type.
template<typename T >
using	TrianglesT2 = std::vector< TriangleT2< T > >
	Definition of a typename alias for vectors with TriangleT2 objects.
using	Triangles2 = std::vector< Triangle2 >
	Definition of a vector holding 2D triangles.
using	TrianglesF2 = std::vector< TriangleF2 >
	Definition of a vector holding 2D triangles with single precision float data type.
using	TrianglesD2 = std::vector< TriangleD2 >
	Definition of a vector holding 2D triangles with double precision float data type.
using	Triangle3 = TriangleT3< Scalar >
	Definition of the Triangle3 object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	TriangleD3 = TriangleT3< double >
	Instantiation of the TriangleT3 template class using a double precision float data type.
using	TriangleF3 = TriangleT3< float >
	Instantiation of the TriangleT3 template class using a single precision float data type.
template<typename T >
using	TrianglesT3 = std::vector< TriangleT3< T > >
	Definition of a typename alias for vectors with TriangleT3 objects.
using	Triangles3 = std::vector< Triangle3 >
	Definition of a vector holding 3D triangles.
using	TrianglesF3 = std::vector< TriangleF3 >
	Definition of a vector holding 3D triangles with single precision float data type.
using	TrianglesD3 = std::vector< TriangleD3 >
	Definition of a vector holding 3D triangles with double precision float data type.
using	Variance = VarianceT< Scalar >
	Definition of a variance object, depending on the OCEAN_MATH_USE_SINGLE_PRECISION either with single or double precision float data type.
using	VarianceD = VarianceT< double >
	Definition of a variance object with double values.
using	VarianceF = VarianceT< float >
	Definition of a variance object with float values.
using	Variances = std::vector< Variance >
	Definition of a vector holding variance objects.
using	Vector2 = VectorT2< Scalar >
	Definition of a 2D vector.
using	VectorD2 = VectorT2< double >
	Definition of a 2D vector with double values.
using	VectorF2 = VectorT2< float >
	Definition of a 2D vector with float values.
using	VectorI2 = VectorT2< int >
	Definition of a 2D vector with integer values.
template<typename T >
using	VectorsT2 = std::vector< VectorT2< T > >
	Definition of a typename alias for vectors with VectorT2 objects.
using	Vectors2 = std::vector< Vector2 >
	Definition of a vector holding Vector2 objects.
using	VectorsD2 = std::vector< VectorD2 >
	Definition of a vector holding VectorD2 objects.
using	VectorsF2 = std::vector< VectorF2 >
	Definition of a vector holding VectorF2 objects.
using	VectorsI2 = std::vector< VectorI2 >
	Definition of a vector holding VectorI2 objects.
using	Vector3 = VectorT3< Scalar >
	Definition of a 3D vector.
using	VectorD3 = VectorT3< double >
	Definition of a 3D vector with double values.
using	VectorF3 = VectorT3< float >
	Definition of a 3D vector with float values.
using	VectorI3 = VectorT3< int >
	Definition of a 3D vector with integer values.
template<typename T >
using	VectorsT3 = std::vector< VectorT3< T > >
	Definition of a typename alias for vectors with VectorT3 objects.
using	Vectors3 = std::vector< Vector3 >
	Definition of a vector holding Vector3 objects.
using	VectorsD3 = std::vector< VectorD3 >
	Definition of a vector holding VectorD3 objects.
using	VectorsF3 = std::vector< VectorF3 >
	Definition of a vector holding VectorF3 objects.
using	VectorsI3 = std::vector< VectorI3 >
	Definition of a vector holding VectorI3 objects.
using	Vector4 = VectorT4< Scalar >
	Definition of a 4D vector.
using	VectorD4 = VectorT4< double >
	Definition of a 4D vector with double values.
using	VectorF4 = VectorT4< float >
	Definition of a 4D vector with float values.
using	VectorI4 = VectorT4< int >
	Definition of a 4D vector with integer values.
template<typename T >
using	VectorsT4 = std::vector< VectorT4< T > >
	Definition of a typename alias for vectors with VectorT4 objects.
using	Vectors4 = std::vector< Vector4 >
	Definition of a vector holding Vector4 objects.
using	VectorsD4 = std::vector< VectorD4 >
	Definition of a vector holding VectorD4 objects.
using	VectorsF4 = std::vector< VectorF4 >
	Definition of a vector holding VectorF4 objects.
using	VectorsI4 = std::vector< VectorI4 >
	Definition of a vector holding VectorI4 objects.

Enumerations
enum	ProcessorInstructions : uint32_t {   PI_NONE = 0u , PI_SSE = 1u << 0u , PI_SSE_2 = 1u << 1u , PI_SSE_3 = 1u << 2u ,   PI_SSSE_3 = 1u << 3u , PI_SSE_4_1 = 1u << 4u , PI_SSE_4_2 = 1u << 5u , PI_SSE_ANY = PI_SSE | PI_SSE_2 | PI_SSE_3 | PI_SSSE_3 | PI_SSE_4_1 | PI_SSE_4_2 ,   PI_AVX = 1u << 6u , PI_AVX_2 = 1u << 7u , PI_AVX_512 = 1u << 8u , PI_AVX_ANY = PI_AVX | PI_AVX_2 | PI_AVX_512 ,   PI_NEON = 1 << 9u , PI_NEON_ANY = PI_NEON , PI_AES = 1 << 10u , PI_GROUP_SSE_2 = PI_SSE | PI_SSE_2 ,   PI_GROUP_SSE_4_1 = PI_SSE | PI_SSE_2 | PI_SSE_3 | PI_SSSE_3 | PI_SSE_4_1 , PI_GROUP_AVX_2 = PI_AVX | PI_AVX_2 , PI_GROUP_AVX_2_SSE_2 = PI_GROUP_SSE_2 | PI_GROUP_AVX_2 , PI_GROUP_NEON = PI_NEON ,   PI_GROUP_AVX_2_SSE_4_1 = PI_GROUP_SSE_4_1 | PI_GROUP_AVX_2 }
	Definition of individual processor instruction types. More...
enum class	AnyCameraType : uint32_t { AnyCameraType::INVALID = 0u , AnyCameraType::PINHOLE , AnyCameraType::FISHEYE }
	Definition of individual camera types. More...

Functions
OCEAN_BASE_EXPORT void	assertErrorMessage (const char *file, const int line, const char *message)
	Error message function for redirected asserts.
template<typename T >
constexpr bool	oceanFalse ()
	This function is a helper function returning false any time.
std::wstring	decryptString32 (const wchar_t *value, const unsigned int sizePlusTwo, const wchar_t *key1, const wchar_t *key2)
	This function is part of the HIDE_STRING_32 define used internally.
uint64_t	HighPerformanceTimer_externalPrivacyConfirmTicks ()
	Returns the recent CPU ticks which will contain a random offset which is constant through the execution of the process.
std::ostream &	operator<< (std::ostream &stream, const HighPerformanceStatistic &highPerformanceStatistic)
template<bool tActive>
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const HighPerformanceStatistic &highPerformanceStatistic)
template<bool tActive>
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const HighPerformanceStatistic &highPerformanceStatistic)
template<typename T >
T	minmax (const T &lowerBoundary, const T &value, const T &upperBoundary)
	This function fits a given parameter into a specified value range.
template<typename T >
T	modulo (const T &value, const T &ring)
	Returns the modulo value of a given parameter within a ring allowing positive and negative parameters.
template<typename T >
T	ringDistance (const T &value0, const T &value1, const T &ring)
	Returns the distance between two values inside defined ring.
unsigned int	sqr (const char value)
	Returns the square value of a given value.
unsigned int	sqr (const unsigned char value)
	Returns the square value of a given value.
unsigned int	sqr (const short value)
	Returns the square value of a given value.
unsigned int	sqr (const unsigned short value)
	Returns the square value of a given value.
unsigned int	sqr (const int value)
	Returns the square value of a given value.
unsigned int	sqr (const unsigned int value)
	Returns the square value of a given value.
unsigned long	sqr (const long value)
	Returns the square value of a given value.
unsigned long	sqr (const unsigned long value)
	Returns the square value of a given value.
unsigned long long	sqr (const long long value)
	Returns the square value of a given value.
unsigned long long	sqr (const unsigned long long value)
	Returns the square value of a given value.
float	sqr (const float value)
	Returns the square value of a given value.
double	sqr (const double value)
	Returns the square value of a given value.
unsigned int	sqrDistance (const char first, const char second)
	Returns the square distance between two values.
unsigned int	sqrDistance (const unsigned char first, const unsigned char second)
	Returns the square distance between two values.
unsigned int	sqrDistance (const short first, const short second)
	Returns the square distance between two values.
unsigned int	sqrDistance (const unsigned short first, const unsigned short second)
	Returns the square distance between two values.
unsigned int	sqrDistance (const int first, const int second)
	Returns the square distance between two values.
unsigned int	sqrDistance (const unsigned int first, const unsigned int second)
	Returns the square distance between two values.
unsigned long long	sqrDistance (const long long first, const long long second)
	Returns the square distance between two values.
unsigned long long	sqrDistance (const unsigned long long first, const unsigned long long second)
	Returns the square distance between two values.
float	sqrDistance (const float first, const float second)
	Returns the square distance between two values.
double	sqrDistance (const double first, const double second)
	Returns the square distance between two values.
unsigned char	absDistance (const char first, const char second)
	Returns the absolute distance between two values.
unsigned char	absDistance (const unsigned char first, const unsigned char second)
	Returns the absolute distance between two values.
unsigned short	absDistance (const short first, const short second)
	Returns the absolute distance between two values.
unsigned short	absDistance (const unsigned short first, const unsigned short second)
	Returns the absolute distance between two values.
unsigned int	absDistance (const int first, const int second)
	Returns the absolute distance between two values.
unsigned int	absDistance (const unsigned int first, const unsigned int second)
	Returns the absolute distance between two values.
unsigned long long	absDistance (const long long first, const long long second)
	Returns the absolute distance between two values.
unsigned long long	absDistance (const unsigned long long first, const unsigned long long second)
	Returns the absolute distance between two values.
static unsigned int	mirrorValue (const int value, const unsigned int size)
	Mirrors a given value if necessary.
template<typename T >
static size_t	countElements (const std::vector< std::vector< T > > &vectors)
	Determines the entire number of elements that are stored in a vector holding a vector of elements.
template<typename T >
static bool	hasElement (const std::vector< T > &elements, const T &element)
	Returns whether a vector holds a specified element.
template<typename T >
static std::vector< T >	concatenate (const std::vector< std::vector< T > > &vectors)
	Concatenates a given set of vectors to one vector.
template<typename T >
static void	createIndices (const size_t numberIndices, const T &startIndex, std::vector< T > &indices)
	Fills a vector with increasing index values.
template<typename T >
static std::vector< T >	createIndices (const size_t numberIndices, const T &startIndex)
	Returns a vector with increasing index values.
template<>
unsigned char	modulo (const unsigned char &value, const unsigned char &ring)
template<>
unsigned short	modulo (const unsigned short &value, const unsigned short &ring)
template<>
unsigned int	modulo (const unsigned int &value, const unsigned int &ring)
template<>
unsigned long long	modulo (const unsigned long long &value, const unsigned long long &ring)
template<>
double	modulo (const double &value, const double &ring)
template<>
float	modulo (const float &value, const float &ring)
template<typename T >
size_t	countElements (const std::vector< std::vector< T > > &vectors)
	Determines the entire number of elements that are stored in a vector holding a vector of elements.
template<typename T >
bool	hasElement (const std::vector< T > &elements, const T &element)
	Returns whether a vector holds a specified element.
template<typename T >
std::vector< T >	concatenate (const std::vector< std::vector< T > > &vectors)
	Concatenates a given set of vectors to one vector.
template<typename T >
void	createIndices (const size_t numberIndices, const T &startIndex, std::vector< T > &indices)
	Fills a vector with increasing index values.
template<typename T >
std::vector< T >	createIndices (const size_t numberIndices, const T &startIndex)
	Returns a vector with increasing index values.
template<typename T1 , typename TNumeric1 , typename T2 >
AutomaticDifferentiationT< T1, TNumeric1 >	operator+ (const T2 &left, const AutomaticDifferentiationT< T1, TNumeric1 > &right)
template<typename T1 , typename TNumeric1 , typename T2 >
AutomaticDifferentiationT< T1, TNumeric1 >	operator- (const T2 &left, const AutomaticDifferentiationT< T1, TNumeric1 > &right)
template<typename T1 , typename TNumeric1 , typename T2 >
AutomaticDifferentiationT< T1, TNumeric1 >	operator* (const T2 &left, const AutomaticDifferentiationT< T1, TNumeric1 > &right)
template<typename T1 , typename TNumeric1 , typename T2 >
AutomaticDifferentiationT< T1, TNumeric1 >	operator/ (const T2 &left, const AutomaticDifferentiationT< T1, TNumeric1 > &right)
template<typename T >
std::ostream &	operator<< (std::ostream &stream, const HomogenousMatrixT4< T > &matrix)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const HomogenousMatrixT4< T > &matrix)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const HomogenousMatrixT4< T > &matrix)
std::ostream &	operator<< (std::ostream &stream, const HSVAColor &hsvaColor)
template<bool tActive>
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const HSVAColor &hsvaColor)
template<bool tActive>
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const HSVAColor &hsvaColor)
template<typename T >
std::ostream &	operator<< (std::ostream &stream, const QuaternionT< T > &quaternion)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const QuaternionT< T > &quaternion)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const QuaternionT< T > &quaternion)
std::ostream &	operator<< (std::ostream &stream, const RGBAColor &rgbaColor)
template<bool tActive>
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const RGBAColor &rgbaColor)
template<bool tActive>
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const RGBAColor &rgbaColor)
template<typename T >
std::ostream &	operator<< (std::ostream &stream, const SquareMatrixT2< T > &matrix)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const SquareMatrixT2< T > &matrix)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const SquareMatrixT2< T > &matrix)
template<typename T >
std::ostream &	operator<< (std::ostream &stream, const SquareMatrixT3< T > &matrix)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const SquareMatrixT3< T > &matrix)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const SquareMatrixT3< T > &matrix)
template<typename T >
std::ostream &	operator<< (std::ostream &stream, const SquareMatrixT4< T > &matrix)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const SquareMatrixT4< T > &matrix)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const SquareMatrixT4< T > &matrix)
template<typename T >
std::ostream &	operator<< (std::ostream &stream, const VectorT2< T > &vector)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const VectorT2< T > &vector)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const VectorT2< T > &vector)
template<typename T >
std::ostream &	operator<< (std::ostream &stream, const VectorT3< T > &vector)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const VectorT3< T > &vector)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const VectorT3< T > &vector)
template<typename T >
std::ostream &	operator<< (std::ostream &stream, const VectorT4< T > &vector)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &messageObject, const VectorT4< T > &vector)
template<bool tActive, typename T >
MessageObject< tActive > &	operator<< (MessageObject< tActive > &&messageObject, const VectorT4< T > &vector)

Detailed Description

The namespace covering the entire Ocean framework.

Ocean is the base namespace for the Ocean framework.
The Namespace Ocean is used in the Base and Math library directly.

Function Documentation

hasElement() [1/2]

template<typename T >

static bool Ocean::hasElement ( const std::vector< T > &  elements, const T &  element  )

inlinestatic

Returns whether a vector holds a specified element.

Parameters

elements	Vector to be checked
element	The element that has to be found

Returns

True, if so

hasElement() [2/2]

template<typename T >

bool Ocean::hasElement ( const std::vector< T > &  elements, const T &  element  )

inline

Returns whether a vector holds a specified element.

Parameters

elements	Vector to be checked
element	The element that has to be found

Returns

True, if so

HighPerformanceTimer_externalPrivacyConfirmTicks()

uint64_t Ocean::HighPerformanceTimer_externalPrivacyConfirmTicks

(

)

Returns the recent CPU ticks which will contain a random offset which is constant through the execution of the process.

Returns

Recent CPU ticks with random offset

modulo() [1/6]

template<>

double Ocean::modulo ( const double &  value, const double &  ring  )

inline

modulo() [2/6]

template<>

float Ocean::modulo ( const float &  value, const float &  ring  )

inline

modulo() [3/6]

template<>

unsigned char Ocean::modulo ( const unsigned char &  value, const unsigned char &  ring  )

inline

modulo() [4/6]

template<>

unsigned int Ocean::modulo ( const unsigned int &  value, const unsigned int &  ring  )

inline

modulo() [5/6]

template<>

unsigned long long Ocean::modulo ( const unsigned long long &  value, const unsigned long long &  ring  )

inline

modulo() [6/6]

template<>

unsigned short Ocean::modulo ( const unsigned short &  value, const unsigned short &  ring  )

inline

operator*()

template<typename T1 , typename TNumeric1 , typename T2 >

AutomaticDifferentiationT< T1, TNumeric1 > Ocean::operator* ( const T2 &  left, const AutomaticDifferentiationT< T1, TNumeric1 > &  right  )

inline

operator+()

template<typename T1 , typename TNumeric1 , typename T2 >

AutomaticDifferentiationT< T1, TNumeric1 > Ocean::operator+ ( const T2 &  left, const AutomaticDifferentiationT< T1, TNumeric1 > &  right  )

inline

operator-()

template<typename T1 , typename TNumeric1 , typename T2 >

AutomaticDifferentiationT< T1, TNumeric1 > Ocean::operator- ( const T2 &  left, const AutomaticDifferentiationT< T1, TNumeric1 > &  right  )

inline

operator/()

template<typename T1 , typename TNumeric1 , typename T2 >

AutomaticDifferentiationT< T1, TNumeric1 > Ocean::operator/ ( const T2 &  left, const AutomaticDifferentiationT< T1, TNumeric1 > &  right  )

inline

operator<<() [1/33]

template<bool tActive>

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const HighPerformanceStatistic &	highPerformanceStatistic
	)

operator<<() [2/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const HomogenousMatrixT4< T > &	matrix
	)

operator<<() [3/33]

template<bool tActive>

MessageObject< tActive > & Ocean::operator<< ( MessageObject< tActive > &&  messageObject, const HSVAColor &  hsvaColor  )

inline

operator<<() [4/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const QuaternionT< T > &	quaternion
	)

operator<<() [5/33]

template<bool tActive>

MessageObject< tActive > & Ocean::operator<< ( MessageObject< tActive > &&  messageObject, const RGBAColor &  rgbaColor  )

inline

operator<<() [6/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const SquareMatrixT2< T > &	matrix
	)

operator<<() [7/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const SquareMatrixT3< T > &	matrix
	)

operator<<() [8/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const SquareMatrixT4< T > &	matrix
	)

operator<<() [9/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const VectorT2< T > &	vector
	)

operator<<() [10/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const VectorT3< T > &	vector
	)

operator<<() [11/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &&	messageObject,
		const VectorT4< T > &	vector
	)

operator<<() [12/33]

template<bool tActive>

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const HighPerformanceStatistic &	highPerformanceStatistic
	)

operator<<() [13/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const HomogenousMatrixT4< T > &	matrix
	)

operator<<() [14/33]

template<bool tActive>

MessageObject< tActive > & Ocean::operator<< ( MessageObject< tActive > &  messageObject, const HSVAColor &  hsvaColor  )

inline

operator<<() [15/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const QuaternionT< T > &	quaternion
	)

operator<<() [16/33]

template<bool tActive>

MessageObject< tActive > & Ocean::operator<< ( MessageObject< tActive > &  messageObject, const RGBAColor &  rgbaColor  )

inline

operator<<() [17/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const SquareMatrixT2< T > &	matrix
	)

operator<<() [18/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const SquareMatrixT3< T > &	matrix
	)

operator<<() [19/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const SquareMatrixT4< T > &	matrix
	)

operator<<() [20/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const VectorT2< T > &	vector
	)

operator<<() [21/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const VectorT3< T > &	vector
	)

operator<<() [22/33]

template<bool tActive, typename T >

MessageObject< tActive > & Ocean::operator<<	(	MessageObject< tActive > &	messageObject,
		const VectorT4< T > &	vector
	)

operator<<() [23/33]

std::ostream & Ocean::operator<< ( std::ostream &  stream, const HighPerformanceStatistic &  highPerformanceStatistic  )

inline

operator<<() [24/33]

template<typename T >

std::ostream & Ocean::operator<<	(	std::ostream &	stream,
		const HomogenousMatrixT4< T > &	matrix
	)

operator<<() [25/33]

std::ostream & Ocean::operator<< ( std::ostream &  stream, const HSVAColor &  hsvaColor  )

inline

operator<<() [26/33]

template<typename T >

std::ostream & Ocean::operator<<	(	std::ostream &	stream,
		const QuaternionT< T > &	quaternion
	)

operator<<() [27/33]

std::ostream & Ocean::operator<< ( std::ostream &  stream, const RGBAColor &  rgbaColor  )

inline

operator<<() [28/33]

template<typename T >

std::ostream & Ocean::operator<<	(	std::ostream &	stream,
		const SquareMatrixT2< T > &	matrix
	)

operator<<() [29/33]

template<typename T >

std::ostream & Ocean::operator<<	(	std::ostream &	stream,
		const SquareMatrixT3< T > &	matrix
	)

operator<<() [30/33]

template<typename T >

std::ostream & Ocean::operator<<	(	std::ostream &	stream,
		const SquareMatrixT4< T > &	matrix
	)

operator<<() [31/33]

template<typename T >

std::ostream & Ocean::operator<<	(	std::ostream &	stream,
		const VectorT2< T > &	vector
	)

operator<<() [32/33]

template<typename T >

std::ostream & Ocean::operator<<	(	std::ostream &	stream,
		const VectorT3< T > &	vector
	)

operator<<() [33/33]

template<typename T >

std::ostream & Ocean::operator<<	(	std::ostream &	stream,
		const VectorT4< T > &	vector
	)