#include <Element_MQBar.h>

Inheritance diagram for MFM::Element_MQBar< CC >:

Public Types
typedef BitVector < P::BITS_PER_ATOM >	BVA

typedef BitField< BVA, BITS_BAR_COORD_LEN, STATE_BITS_START >	AFSize

typedef BitField< BVA, BITS_BAR_COORD_LEN, AFSize::END >	AFPos

typedef BitField< BVA, BITS_SYMI, AFPos::END >	AFSymI

typedef BitField< BVA, BITS_TIMER, AFSymI::END >	AFTimer

typedef AtomicParameterType < CC, VD::U32, BITS_WIDE, STATE_BITS_START >	APBarWidth

typedef AtomicParameterType < CC, VD::U32, BITS_HIGH, APBarWidth::END >	APBarHeight

typedef AtomicParameterType < CC, VD::U32, BITS_WIDE, APBarHeight::END >	APXPos

typedef AtomicParameterType < CC, VD::U32, BITS_HIGH, APXPos::END >	APYPos

typedef AtomicParameterType < CC, VD::U32, BITS_SYMI, APYPos::END >	APSymI

typedef AtomicParameterType < CC, VD::U32, BITS_TIMER, APSymI::END >	APTimer

Public Member Functions
u32	GetSymI (const T &atom) const

SPoint	GetMax (const T &atom) const

SPoint	GetPos (const T &atom) const

u32	GetTimer (const T &atom) const

bool	FitsInRep (const SPoint &v) const

void	SetSize (T &atom, const SPoint &v) const

void	SetPos (T &atom, const SPoint v) const

void	SetSymI (T &atom, const u32 sym) const

void	SetTimer (T &atom, const u32 tmr) const

virtual const T &	GetDefaultAtom () const

virtual T	BuildDefaultAtom () const

virtual u32	DefaultPhysicsColor () const

virtual u32	DefaultLowlightColor () const

virtual u32	PercentMovable (const T &you, const T &me, const SPoint &offset) const

virtual u32	LocalPhysicsColor (const T &atom, u32 selector) const

virtual u32	Diffusability (EventWindow< CC > &ew, SPoint nowAt, SPoint maybeAt) const

virtual void	Behavior (EventWindow< CC > &window) const

u32	GetSymI (const T &atom) const

SPoint	GetMax (const T &atom) const

SPoint	GetPos (const T &atom) const

u32	GetTimer (const T &atom) const

bool	FitsInRep (const SPoint &v) const

void	SetSize (T &atom, const SPoint &v) const

void	SetPos (T &atom, const SPoint v) const

void	SetSymI (T &atom, const u32 sym) const

void	SetTimer (T &atom, const u32 tmr) const

virtual const T &	GetDefaultAtom () const

virtual T	BuildDefaultAtom () const

virtual u32	DefaultPhysicsColor () const

virtual u32	DefaultLowlightColor () const

virtual u32	PercentMovable (const T &you, const T &me, const SPoint &offset) const

virtual u32	LocalPhysicsColor (const T &atom, u32 selector) const

virtual u32	Diffusability (EventWindow< CC > &ew, SPoint nowAt, SPoint maybeAt) const

virtual void	Behavior (EventWindow< CC > &window) const

Public Member Functions inherited from MFM::Element< CC >
	Element (const UUID &uuid)

void	AllocateType ()

u32	GetType () const

const char *	GetAtomicSymbol () const

const char *	GetName () const

virtual void	AppendDescription (const T *atom, OString64 &desc) const

bool	IsType (u32 type) const

const UUID &	GetUUID () const

virtual u32	PhysicsColor () const

virtual const char *	GetDescription () const

void	ToggleLowlightPhysicsColor ()

u32	NoDiffusability (EventWindow< CC > &ew, SPoint nowAt, SPoint maybeAt) const

const ElementParameters< CC > &	GetElementParameters () const

ElementParameters< CC > &	GetElementParameters ()

const AtomicParameters< CC > &	GetAtomicParameters () const

AtomicParameters< CC > &	GetAtomicParameters ()

Static Public Member Functions
static const u32	TYPE ()

static bool	IsOurType (u32 type)

static const u32	TYPE ()

static bool	IsOurType (u32 type)

Data Fields
APBarWidth	m_barWidth

APBarHeight	m_barHeight

APXPos	m_xPos

APYPos	m_yPos

APSymI	m_symI

APTimer	m_timer

Static Public Attributes
static Element_MQBar	THE_INSTANCE

static const u32	BITS_WIDE = 5

static const u32	BITS_HIGH = 7

static const u32	BITS_SYMI = 2

static const u32	BITS_TIMER = 4

static const u32	MAX_TIMER_VALUE = 9

static const u32	BITS_BAR_COORD_LEN = BITS_WIDE + BITS_HIGH

static const u32	STATE_BITS_START = P3Atom<P>::P3_STATE_BITS_POS

static const u32	STATE_BITS_END = AFTimer::END

static const u32	STATE_BITS_COUNT = STATE_BITS_END - STATE_BITS_START + 1

Static Public Attributes inherited from MFM::Element< CC >
static const u32	COMPLETE_DIFFUSABILITY = 1000

Additional Inherited Members
Protected Member Functions inherited from MFM::Element< CC >
const BitVector < P::BITS_PER_ATOM > &	GetBits (const T &atom) const

BitVector< P::BITS_PER_ATOM > &	GetBits (T &atom) const

bool	IsValidAtomicSymbol (const char *symbol)

void	SetAtomicSymbol (const char *symbol)

void	SetName (const char *name)

void	Diffuse (EventWindow< CC > &window) const

Detailed Description

template<class CC>
class MFM::Element_MQBar< CC >

A moving bar-forming class, with symmetry, that grows a quadrilateral of itself, and advances a stability-based state machine. This guy attempts 'vegetative motion' – using only asymmetric growth.

Bar grid positions in an event window

-4 -3 -2 -1 0 1 2 3 4 -4 . . . . x . . . . -3 . . . . . . . . . -2 . . x . x . x . . -1 . . . . . . . . . 0 x . x . C . x . x 1 . . . . . . . . . 2 . . x . x . x . . 3 . . . . . . . . . 4 . . . . x . . . .

Each bar atom knows how big the grid is supposed to be (GetMax()), where within that grid it is supposed to be (GetPos()), and what symmetry it is using (GetSym()).

Class: (C1) Name is Element_MQBar (C2) Type is 0x4ba2

A modified bar-forming class, with symmetry, that grows a quadrilateral of itself, and advances a stability-based state machine.

Bar grid positions in an event window

-4 -3 -2 -1 0 1 2 3 4 -4 . . . . x . . . . -3 . . . . . . . . . -2 . . x . x . x . . -1 . . . . . . . . . 0 x . x . C . x . x 1 . . . . . . . . . 2 . . x . x . x . . 3 . . . . . . . . . 4 . . . . x . . . .

Each bar atom knows how big the grid is supposed to be (GetMax()), where within that grid it is supposed to be (GetPos()), and what symmetry it is using (GetSym()).

Class: (C1) Name is Element_MQBar (C2) Type is 0x4ba2

Member Function Documentation

template<class CC >

virtual void MFM::Element_MQBar< CC >::Behavior ( EventWindow< CC > & window ) const

inlinevirtual

Describes the behavior of this Element. This is invoked when an Atom of this Element is chosen as the center of an EventWindow for an Event, which is given as a parameter.

Parameters

window The EventWindow describing the Event which is currently being executed.

Implements MFM::Element< CC >.

template<class CC >

virtual void MFM::Element_MQBar< CC >::Behavior ( EventWindow< CC > & window ) const

inlinevirtual

Describes the behavior of this Element. This is invoked when an Atom of this Element is chosen as the center of an EventWindow for an Event, which is given as a parameter.

Parameters

window The EventWindow describing the Event which is currently being executed.

Implements MFM::Element< CC >.

template<class CC >

virtual T MFM::Element_MQBar< CC >::BuildDefaultAtom ( ) const

inlinevirtual

Describes how the default Atom of this Element should be constructed. The default behavior of this method builds an atom with the type of this Element and otherwise empty fields.

Returns: The default Atom of this Element, to be stored in m_defaultAtom .

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual T MFM::Element_MQBar< CC >::BuildDefaultAtom ( ) const

inlinevirtual

Describes how the default Atom of this Element should be constructed. The default behavior of this method builds an atom with the type of this Element and otherwise empty fields.

Returns: The default Atom of this Element, to be stored in m_defaultAtom .

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::DefaultLowlightColor ( ) const

inlinevirtual

Gets the 32-bit ARGB formatted color that all Atoms of this Element will be drawn with when they have lowlight drawing enabled.

Returns: The lowlight color to draw all Atoms of this Element with.

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::DefaultLowlightColor ( ) const

inlinevirtual

Gets the 32-bit ARGB formatted color that all Atoms of this Element will be drawn with when they have lowlight drawing enabled.

Returns: The lowlight color to draw all Atoms of this Element with.

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::DefaultPhysicsColor ( ) const

inlinevirtual

Gets the 32-bit ARGB formatted color that all Atoms of this Element will be drawn with.

Returns: The 32-bit ARGB formatted color that all Atoms of this Element will be drawn with.

Implements MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::DefaultPhysicsColor ( ) const

inlinevirtual

Gets the 32-bit ARGB formatted color that all Atoms of this Element will be drawn with.

Returns: The 32-bit ARGB formatted color that all Atoms of this Element will be drawn with.

Implements MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::Diffusability	(	EventWindow< CC > &	ew,
		SPoint	nowAt,
		SPoint	maybeAt
	)		const

inlinevirtual

We do not diffuse

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::Diffusability	(	EventWindow< CC > &	ew,
		SPoint	nowAt,
		SPoint	maybeAt
	)		const

inlinevirtual

We do not diffuse

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual const T& MFM::Element_MQBar< CC >::GetDefaultAtom ( ) const

inlinevirtual

Gets the default Atom of this Element . If this Element has not been assigned a type through AllocateType() , this will FAIL with ILLEGAL_STATE. NOTE: The defaultAtom returned here will have been constructed by Element::BuildDefaultAtom, which leaves all state bits zero. If this is not desirable, element subclasses should override this to provide their own default atom initialization.

Returns: The default Atom of this Element.

See Also: BuildDefaultAtom

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual const T& MFM::Element_MQBar< CC >::GetDefaultAtom ( ) const

inlinevirtual

Gets the default Atom of this Element . If this Element has not been assigned a type through AllocateType() , this will FAIL with ILLEGAL_STATE. NOTE: The defaultAtom returned here will have been constructed by Element::BuildDefaultAtom, which leaves all state bits zero. If this is not desirable, element subclasses should override this to provide their own default atom initialization.

Returns: The default Atom of this Element.

See Also: BuildDefaultAtom

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::LocalPhysicsColor	(	const T &	atom,
		u32	selector
	)		const

inlinevirtual

Used during rendering, will select a color for any Atom of this Element to be rendered with. This should be overridden if wanting to use a gradient or some other variable color based on the body of the specified Atom .

Parameters

atom	The Atom of this element of which to find a color for.
selector	An additional argument which may be used to determine the color of which to render `atom`

Returns: The 32-bit ARGB color of which to render atom with.

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::LocalPhysicsColor	(	const T &	atom,
		u32	selector
	)		const

inlinevirtual

Used during rendering, will select a color for any Atom of this Element to be rendered with. This should be overridden if wanting to use a gradient or some other variable color based on the body of the specified Atom .

Parameters

atom	The Atom of this element of which to find a color for.
selector	An additional argument which may be used to determine the color of which to render `atom`

Returns: The 32-bit ARGB color of which to render atom with.

Reimplemented from MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::PercentMovable	(	const T &	you,
		const T &	me,
		const SPoint &	offset
	)		const

inlinevirtual

Determines how likely an Atom of this type is to be swapped with during diffusal.

Returns: an integral percentage, from 0 to 100, describing the desire of an atom of this type to be moved; 0 being impossible to move and 100 being completely fine with moving.

Implements MFM::Element< CC >.

template<class CC >

virtual u32 MFM::Element_MQBar< CC >::PercentMovable	(	const T &	you,
		const T &	me,
		const SPoint &	offset
	)		const

inlinevirtual

Determines how likely an Atom of this type is to be swapped with during diffusal.

Returns: an integral percentage, from 0 to 100, describing the desire of an atom of this type to be moved; 0 being impossible to move and 100 being completely fine with moving.

Implements MFM::Element< CC >.

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

src/drivers/mfmdha/include/Element_MQBar.h

Public Types

Public Member Functions

Static Public Member Functions

Data Fields

Static Public Attributes

Additional Inherited Members

Detailed Description

template<class CC> class MFM::Element_MQBar< CC >

Member Function Documentation

template<class CC>
class MFM::Element_MQBar< CC >