#include <Excitation.h>

Inheritance diagram for bio::chemical::ExcitationBase:

Collaboration diagram for bio::chemical::ExcitationBase:

Public Member Functions
virtual	~ExcitationBase ()

	BIO_DISAMBIGUATE_ALL_CLASS_METHODS (physical, ExcitationBase) ExcitationBase()

virtual void	CallDown (physical::Wave wave, ByteStream ret) const

virtual void	EditArg (uint8_t position, ByteStream &newVal)

virtual Properties	GetProperties () const

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

virtual	~Class ()

virtual Wave *	AsWave ()

virtual const Wave *	AsWave () const

virtual Wave *	Clone () const

ExcitationBase *	Convert (Wave *wave)

virtual	operator ExcitationBase * ()

virtual	operator Wave * ()

Public Member Functions inherited from bio::physical::Wave
	Wave (Symmetry *symmetry=NULL)

virtual	~Wave ()

virtual chemical::Atom *	AsAtom ()

virtual const chemical::Atom *	AsAtom () const

virtual Wave *	AsWave ()

virtual const Wave *	AsWave () const

virtual Code	Attenuate (const Wave *other)

virtual Wave *	Clone () const

virtual Wave *	Demodulate ()

virtual const Wave *	Demodulate () const

virtual Code	Disattenuate (const Wave *other)

virtual Properties	GetProperties () const

virtual Wave *	Modulate (Wave *signal)

virtual Wave *	operator* ()

virtual const Wave *	operator* () const

virtual Wave *	operator* (Wave *signal)

virtual void	operator+ (const Wave *other)

virtual void	operator- (const Wave *other)

virtual void	operator\| (Symmetry *symmetry)

virtual Code	Reify (Symmetry *symmetry)

virtual Symmetry *	Spin () const

Static Public Member Functions
static Properties	GetClassProperties ()

Static Public Member Functions inherited from bio::physical::Wave
static Properties	GetResonanceBetween (const Wave *wave, const Properties &properties)

static Properties	GetResonanceBetween (const Wave wave1, const Wave wave2)

static Properties	GetResonanceBetween (ConstWaves waves)

Additional Inherited Members
Protected Attributes inherited from bio::physical::Class< ExcitationBase >
ExcitationBase *	m_object

Protected Attributes inherited from bio::physical::Wave
Wave *	m_signal

Symmetry *	m_symmetry

Detailed Description

Base class for all Excitations; see below.

Main documentation for all Excitation classes will be provided here.

For the difference between Excitation and Reaction, see Reaction.h The main thing Excitations can do, which Reactions can't, is be used in LinearStructureInterface::ForEach<>().

An Excitation is a Wave that stores a function pointer, i.e. a functor. Excitations allow you to directly invoke a Wave's methods. Excitations can be useful in propagating operations through Wave networks (e.g. an Atom's Bonds). Doing so will likely involve Modulating an Excitation onto a carrier Wave that dictates what the function applies to.

Definition at line 44 of file Excitation.h.

Constructor & Destructor Documentation

◆ ~ExcitationBase()

virtual bio::chemical::ExcitationBase::~ExcitationBase ( )

inlinevirtual

Definition at line 64 of file Excitation.h.

 {
 
 }

Member Function Documentation

◆ BIO_DISAMBIGUATE_ALL_CLASS_METHODS()

bio::chemical::ExcitationBase::BIO_DISAMBIGUATE_ALL_CLASS_METHODS	(	physical	,
		ExcitationBase
	)

inline

Ensure virtual methods point to Class implementations.

Definition at line 51 of file Excitation.h.

 :
 physical::Class< ExcitationBase >(this)
 {
 
 }

◆ CallDown()

virtual void bio::chemical::ExcitationBase::CallDown	(	physical::Wave *	wave,
		ByteStream *	ret
	)		const

inlinevirtual

Invoke an Excitation, regardless of what the template parameters are. Since we have no idea what the return value will be, we simply place it in ret as a void*.

Parameters

wave
ret

Reimplemented in bio::chemical::ExcitationWithoutArgument< WAVE, RETURN >, bio::chemical::ExcitationWithArgument< WAVE, RETURN, ARGUMENT >, and bio::chemical::ExcitationWithTwoArguments< WAVE, RETURN, ARGUMENT1, ARGUMENT2 >.

Definition at line 109 of file Excitation.h.

 {
 //nop
 }

Referenced by bio::chemical::LinearMotif< CONTENT_TYPE >::ForEachImplementation().

◆ EditArg()

virtual void bio::chemical::ExcitationBase::EditArg	(	uint8_t	position,
		ByteStream &	newVal
	)

inlinevirtual

Creating a new and proper Excitation is preferred to Editing Arguments; however, we support the latter nonetheless.

Parameters

position
newVal

Reimplemented in bio::chemical::ExcitationWithArgument< WAVE, RETURN, ARGUMENT >, and bio::chemical::ExcitationWithTwoArguments< WAVE, RETURN, ARGUMENT1, ARGUMENT2 >.

Definition at line 95 of file Excitation.h.

 {
 //nop
 }

◆ GetClassProperties()

static Properties bio::chemical::ExcitationBase::GetClassProperties ( )

inlinestatic

All Excitations share the "Excitatory" Property.

Returns: {property::Excitatory()}

Definition at line 73 of file Excitation.h.

 {
 Properties ret;
 ret.push_back(property::Excitatory());
 return ret;
 }

References bio::property::Excitatory(), and bio::Properties.

Referenced by bio::chemical::LinearMotif< CONTENT_TYPE >::Attenuate(), GetProperties(), bio::chemical::ExcitationWithoutArgument< WAVE, RETURN >::GetProperties(), bio::chemical::ExcitationWithArgument< WAVE, RETURN, ARGUMENT >::GetProperties(), and bio::chemical::ExcitationWithTwoArguments< WAVE, RETURN, ARGUMENT1, ARGUMENT2 >::GetProperties().

◆ GetProperties()

virtual Properties bio::chemical::ExcitationBase::GetProperties ( ) const

inlinevirtual

Override of Wave method. See that class for details. NOTE: this should be overloaded to ensure *this will Resonate with WAVEs by stealing their Properties from the PeriodicTable.