#include <Quantum.h>

Inheritance diagram for bio::physical::Quantum< T >:

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Collaboration diagram for bio::physical::Quantum< T >:

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Public Member Functions
	Quantum ()

	Quantum (const T &assignment)

	Quantum (Pointer< T > directControl)

	Quantum (Pointer< T > directControl, bool controlling)

	Quantum (const Quantum< T > &other)

virtual	~Quantum ()

virtual Properties	GetProperties () const

virtual Pointer< T >	GetQuantumObject ()

virtual Pointer< const T >	GetQuantumObject () const

	operator T& ()

	operator const T & () const

virtual Pointer< const Symmetry >	Spin () const

virtual Code	Reify (Pointer< const Symmetry > symmetry)

virtual Pointer< Wave >	Superpose (const ConstWaves &displacement, Pointer< Interference > pattern)

Public Member Functions inherited from bio::physical::Class< Quantum< T > >
	Class (Pointer< Quantum< T > > object, Pointer< Symmetry > symmetry=NULL)

	Class (Pointer< Quantum< T > > object, SymmetryFactory symmetryFactory)

	Class (const Class &other)

virtual	~Class ()

virtual Pointer< Quantum< T > >	GetWaveObject ()

virtual Pointer< const Quantum< T > >	GetWaveObject () const

virtual	operator Quantum< T > & ()

virtual	operator const Quantum< T > & () const

virtual Pointer< Wave >	Clone () const

Pointer< Wave >	AsWave ()

Pointer< const Wave >	AsWave () const

virtual	operator Pointer< Wave > ()

Public Member Functions inherited from bio::physical::Wave
	Wave (Pointer< Symmetry > symmetry=NULL)

	Wave (const Wave &other)

Wave &	operator= (const Wave &other)

virtual	~Wave ()

Pointer< const Symmetry >	GetSymmetry () const

virtual bool	Superpose (Pointer< const Wave > displacement, Pointer< Interference > pattern)

virtual Pointer< Wave >	Modulate (Pointer< Wave > signal)

virtual Pointer< Wave >	Demodulate ()

virtual Pointer< const Wave >	Demodulate () const

virtual Code	Attenuate (Pointer< const Wave > other)

virtual Code	Disattenuate (Pointer< const Wave > other)

Pointer< Wave >	AsWave ()

Pointer< const Wave >	AsWave () const

virtual Pointer< chemical::Atom >	AsAtom ()

virtual Pointer< const chemical::Atom >	AsAtom () const

virtual void	operator\| (Pointer< Symmetry > symmetry)

virtual Pointer< Wave >	operator* (Pointer< Wave > signal)

virtual Pointer< Wave >	operator* ()

virtual Pointer< const Wave >	operator* () const

virtual void	operator+ (Pointer< const Wave > other)

virtual void	operator- (Pointer< const Wave > other)

uint16_t	GetTypeId () const

void	SetTypeId (uint16_t typeId)

Static Public Member Functions
::bio::physical::Symmetry *	MakeSymmetry ()

Static Public Member Functions inherited from bio::physical::Class< Quantum< T > >
static Pointer< Quantum< T > >	Convert (Pointer< Wave > wave)

Static Public Member Functions inherited from bio::physical::Wave
static Properties	GetResonanceBetween (ConstWaves waves)

static Properties	GetResonanceBetween (Pointer< const Wave > wave1, Pointer< const Wave > wave2)

static Properties	GetResonanceBetween (Pointer< const Wave > wave, const Properties &properties)

Static Protected Member Functions
static Pointer< T >	NewControlled ()

static Pointer< T >	NewControlled (const T &value)

Protected Attributes
Pointer< T >	mQuantized

bool	mControlling

Protected Attributes inherited from bio::physical::Class< Quantum< T > >
Pointer< Quantum< T > >	mObject

Protected Attributes inherited from bio::physical::Wave
LazyPointer< Symmetry >	mSymmetry

bool	mHasSignal

uint16_t	mTypeId

Detailed Description

template<typename T>
class bio::physical::Quantum< T >

Quanta are simple Waves intended for built-in types.
They allow anything to be treated as a Biological Wave.
Iff you cannot derive from Wave, use Quantum<> instead.
Each Quantum<T> will store a pointer to a T which it will new on creation and delete on destruction.

Template Parameters

T

Constructor & Destructor Documentation

◆ Quantum() [1/5]

template<typename T >

bio::physical::Quantum< T >::Quantum ( )

inline

◆ Quantum() [2/5]

template<typename T >

bio::physical::Quantum< T >::Quantum ( const T & assignment )

inline

Parameters

assignment

◆ Quantum() [3/5]

template<typename T >

bio::physical::Quantum< T >::Quantum ( Pointer< T > directControl )

inline

◆ Quantum() [4/5]

template<typename T >

bio::physical::Quantum< T >::Quantum	(	Pointer< T >	directControl,
		bool	controlling
	)

inline

◆ Quantum() [5/5]

template<typename T >

bio::physical::Quantum< T >::Quantum ( const Quantum< T > & other )

inline

Parameters

other

◆ ~Quantum()

template<typename T >

virtual bio::physical::Quantum< T >::~Quantum ( )

inlinevirtual

Member Function Documentation

◆ GetProperties()

template<typename T >

virtual Properties bio::physical::Quantum< T >::GetProperties ( ) const

inlinevirtual

Quanta have properties matching their types.
This enables the IsInstance method in the PeriodicTable to work with Quantum-wrapped, primitive types.

Returns: Properties of *this, including the type T.

Reimplemented from bio::physical::Wave.

◆ GetQuantumObject() [1/2]

template<typename T >

virtual Pointer< T > bio::physical::Quantum< T >::GetQuantumObject ( )

inlinevirtual

Simple getter.

Returns: the object wrapped by *this.

◆ GetQuantumObject() [2/2]

template<typename T >

virtual Pointer< const T > bio::physical::Quantum< T >::GetQuantumObject ( ) const

inlinevirtual

Simple getter.

Returns: the object wrapped by *this.

◆ MakeSymmetry()

template<typename T >

::bio::physical::Symmetry * bio::physical::Quantum< T >::MakeSymmetry ( )

inlinestatic

Lazy-Symmetry factory wired into the Wave LazyPointer by the physical::Class<T> factory ctor (replaces the eager per-instance new Symmetry). Materialises only when something Spins/derefs this Quantum's Symmetry — most never do. Stamps T's value-Symmetry exactly as the old eager path did.

◆ NewControlled() [1/2]

template<typename T >

static Pointer< T > bio::physical::Quantum< T >::NewControlled ( )

inlinestaticprotected

◆ NewControlled() [2/2]

template<typename T >

static Pointer< T > bio::physical::Quantum< T >::NewControlled ( const T & value )

inlinestaticprotected

◆ operator const T &()

template<typename T >

bio::physical::Quantum< T >::operator const T & ( ) const

inline

Transparent access to the value of *this.
For ease of use.

Returns: *this as a T.

◆ operator T&()

template<typename T >

bio::physical::Quantum< T >::operator T& ( )

inline

Transparent access to the value of *this.
For ease of use.

Returns: *this as a T.

◆ Reify()

template<typename T >

virtual Code bio::physical::Quantum< T >::Reify ( Pointer< const Symmetry > symmetry )

inlinevirtual

Required method from Wave. See that class for details.
Reconstruct *this from the given Symmetry.

Parameters

symmetry

Reimplemented from bio::physical::Wave.

◆ Spin()

template<typename T >

virtual Pointer< const Symmetry > bio::physical::Quantum< T >::Spin ( ) const

inlinevirtual

Required method from Wave. See that class for details.

Returns: a Symmetrical image of *this

Reimplemented from bio::physical::Wave.

◆ Superpose()

template<typename T >

virtual Pointer< Wave > bio::physical::Quantum< T >::Superpose	(	const ConstWaves &	displacement,
		Pointer< Interference >	pattern
	)

inlinevirtual

Override of Wave method.
Here, we enable Superposing all Quantum Variables.
NOTE: The value of our mInterference does not matter; the mInterference of the interferer shall prevail.

Parameters

displacement
pattern

Returns: whether or not there is more work to do; see Wave.h for more info.

Reimplemented from bio::physical::Wave.

Member Data Documentation

◆ mControlling

template<typename T >

bool bio::physical::Quantum< T >::mControlling

protected

◆ mQuantized

template<typename T >

Pointer< T > bio::physical::Quantum< T >::mQuantized

protected

The documentation for this class was generated from the following file:

Quantum.h

Public Member Functions

Static Public Member Functions

Static Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Quantum() [1/5]

◆ Quantum() [2/5]

◆ Quantum() [3/5]

◆ Quantum() [4/5]

◆ Quantum() [5/5]

◆ ~Quantum()

Member Function Documentation

◆ GetProperties()

◆ GetQuantumObject() [1/2]

◆ GetQuantumObject() [2/2]

◆ MakeSymmetry()

◆ NewControlled() [1/2]

◆ NewControlled() [2/2]

◆ operator const T &()

◆ operator T&()

◆ Reify()

◆ Spin()

◆ Superpose()

Member Data Documentation

◆ mControlling

◆ mQuantized