#include <Interference.h>

Inheritance diagram for bio::physical::Interference:

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Collaboration diagram for bio::physical::Interference:

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Public Member Functions
	Interference ()

	Interference (const Interference &other)

Interference &	operator= (const Interference &other)

virtual	~Interference ()

virtual Superposition	GetSuperpositionFor (const Id &symmetry) const

virtual Pointer< const Interference >	GetInterferenceFor (const Id &symmetry) const

virtual void	SetSuperpositionFor (const Id &symmetry, const Superposition &superposition)

virtual void	SetInterferenceFor (const Id &symmetry, Pointer< Interference > interference)

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

	Class (Pointer< Interference > object, SymmetryFactory symmetryFactory)

	Class (const Class &other)

virtual	~Class ()

virtual Pointer< Interference >	GetWaveObject ()

virtual Pointer< const Interference >	GetWaveObject () const

virtual	operator Interference & ()

virtual	operator const Interference & () 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 ()

virtual Properties	GetProperties () const

virtual Pointer< const Symmetry >	Spin () const

Pointer< const Symmetry >	GetSymmetry () const

virtual Code	Reify (Pointer< const Symmetry > symmetry)

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

virtual Pointer< Wave >	Superpose (const ConstWaves &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)

Protected Member Functions
virtual Pointer< const SuperSymmetry >	GetSuperSymmetryFor (const Id &symmetry) const

virtual Pointer< SuperSymmetry >	GetSuperSymmetryFor (const Id &symmetry)

void	ClearSuperSymmetries ()

void	CopySuperSymmetriesFrom (const Interference &other)

Protected Attributes
Line	mSuperSymmetries

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

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

bool	mHasSignal

uint16_t	mTypeId

Additional Inherited Members
Static Public Member Functions inherited from bio::physical::Class< Interference >
static Pointer< Interference >	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)

Detailed Description

Interference represents the strategy for combining 2 (or more) Waves.
Because Waves do not have a concept of physical separation, their point of incidence (where they are Superpose()ed) does not have any bearing on the properties of the Waves (e.g. phase or angle), as it would in reality. Thus, the role of Interference is to determine what those properties should be and how the 2+ Waves should combine.
For example, Interference could cause one Wave to cancel out another by setting the first to 0 or false; this would be like destructive interference. Another Interference could cause the same 2 Waves to add together, like constructive interference.
To accommodate Waves of arbitrary complexity (i.e. the number of Wave components), Interference can be recursive.
When accessing the Superposition of a given Symmetry, the Wave Superposing others may choose to also access the sub-interference for that Symmetry. This is done on a case-by-case basis, according to the implementation of Superpose.
Here, Symmetries can be thought of as Wave components.

Constructor & Destructor Documentation

◆ Interference() [1/2]

bio::physical::Interference::Interference ( )

Disambiguate all Class methods.

◆ Interference() [2/2]

bio::physical::Interference::Interference ( const Interference & other )

◆ ~Interference()

bio::physical::Interference::~Interference ( )

virtual

Member Function Documentation

◆ ClearSuperSymmetries()

void bio::physical::Interference::ClearSuperSymmetries ( )

protected

◆ CopySuperSymmetriesFrom()

void bio::physical::Interference::CopySuperSymmetriesFrom ( const Interference & other )

protected

◆ GetInterferenceFor()

Pointer< const Interference > bio::physical::Interference::GetInterferenceFor ( const Id & symmetry ) const

virtual

Get the Interference for the given Symmetry.

Parameters

symmetry The Symmetry to get the Interference for.

Returns: The Interference for the given Symmetry.

◆ GetSuperpositionFor()

Superposition bio::physical::Interference::GetSuperpositionFor ( const Id & symmetry ) const

virtual

Get the Superposition for the given Symmetry.

Parameters

symmetry The Symmetry to get the Superposition for.

Returns: The Superposition for the given Symmetry.

◆ GetSuperSymmetryFor() [1/2]

Pointer< SuperSymmetry > bio::physical::Interference::GetSuperSymmetryFor ( const Id & symmetry )

protectedvirtual

◆ GetSuperSymmetryFor() [2/2]

Pointer< const SuperSymmetry > bio::physical::Interference::GetSuperSymmetryFor ( const Id & symmetry ) const

protectedvirtual

◆ operator=()

Interference & bio::physical::Interference::operator= ( const Interference & other )

◆ SetInterferenceFor()

void bio::physical::Interference::SetInterferenceFor	(	const Id &	symmetry,
		Pointer< Interference >	interference
	)

virtual

Set the Interference for the given Symmetry.
Creates a SuperSymmetry for the given Symmetry if one does not already exist; uses the superposition::Complex().

Parameters

symmetry	The Symmetry to set the Interference for.
interference	The Interference to set.

◆ SetSuperpositionFor()

void bio::physical::Interference::SetSuperpositionFor	(	const Id &	symmetry,
		const Superposition &	superposition
	)

virtual

Set the Superposition for the given Symmetry.
Creates a SuperSymmetry for the given Symmetry if one does not already exist.

Parameters

symmetry	The Symmetry to set the Superposition for.
superposition	The Superposition to set.

Member Data Documentation

◆ mSuperSymmetries

Line bio::physical::Interference::mSuperSymmetries

mutableprotected

Internal map of Symmetry Id to Superposition pairs, plus whatever else SuperSymmetry provides.

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

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Interference() [1/2]

◆ Interference() [2/2]

◆ ~Interference()

Member Function Documentation

◆ ClearSuperSymmetries()

◆ CopySuperSymmetriesFrom()

◆ GetInterferenceFor()

◆ GetSuperpositionFor()

◆ GetSuperSymmetryFor() [1/2]

◆ GetSuperSymmetryFor() [2/2]

◆ operator=()

◆ SetInterferenceFor()

◆ SetSuperpositionFor()

Member Data Documentation

◆ mSuperSymmetries