Inheritance diagram for HidTxtParcelListData:

Public Member Functions
	HidTxtParcelListData (IPMUnknown *boss)

virtual	~HidTxtParcelListData ()

virtual IDataBase *	GetDataBase () const

virtual UID	GetTextModelUID () const

virtual UID	GetFrameListUID () const

virtual ITextStoryThread *	QueryStoryThread () const

virtual bool16	GetParcelIsDamaged (ParcelKey key) const

virtual void	SetParcelDamaged (ParcelKey key)

virtual void	ClearParcelDamage (ParcelKey key)

virtual bool16	GetParcelNeedsWrapCheck (ParcelKey key) const

virtual void	SetParcelNeedsWrapCheck (ParcelKey key)

virtual void	ClearParcelNeedsWrapCheck (ParcelKey key)

virtual TextIndex	GetParcelTextStart (ParcelKey key) const

virtual int32	GetParcelTextSpan (ParcelKey key) const

virtual void	SetParcelTextSpan (ParcelKey key, TextIndex span)

virtual ParcelKey	GetParcelContaining (TextIndex at) const

virtual void	GetParcelVContentBounds (ParcelKey key, PMReal pTop, PMReal pBottom) const

virtual void	SetParcelVContentBounds (ParcelKey key, PMReal top, PMReal bottom)

virtual bool16	GetParcelHasPositionDependentContent (ParcelKey key) const

virtual void	SetParcelHasPositionDependentContent (ParcelKey key, bool16 v)

virtual bool16	GetParcelHasKeepsOn (ParcelKey key) const

virtual void	SetParcelHasKeepsOn (ParcelKey key, bool16 v)

virtual bool16	GetParcelHasBeenVJed (ParcelKey key) const

virtual void	SetParcelHasBeenVJed (ParcelKey key, bool16 vj)

virtual bool16	GetParcelHasGridAlignedWax (ParcelKey key) const

virtual void	SetParcelHasGridAlignedWax (ParcelKey key, bool16 v)

virtual bool16	GetParcelHasNeedsPostProcessWax (ParcelKey key) const

virtual void	SetParcelHasNeedsPostProcessWax (ParcelKey key, bool16 v)

virtual ParcelKey	GetFirstLogicalParcelKey (int32 *pIndex) const

virtual ParcelKey	GetNextLogicalParcelKey (ParcelKey key, int32 *pIndex) const

virtual ParcelKey	GetNextLogicalParcelKeyByType (ParcelKey key, ITextParcelListData::nextParcelType pType, int32 *pIndex) const

virtual ParcelKey	GetPreviousLogicalParcelKey (ParcelKey key, int32 *pIndex) const

virtual ParcelKey	GetLastLogicalParcelKey (int32 *pIndex) const

virtual ParcelKey	GetLastLogicalNonOversetParcelKey (int32 *pIndex) const

virtual Text::FirstLineOffsetMetric	GetParcelFirstLineOffsetMetric (ParcelKey key) const

virtual PMReal	GetParcelMinFirstLineOffset (ParcelKey key) const

virtual bool16	GetIsVertical () const

virtual bool16	GetIsRightToLeft () const

virtual PMReal	GetParcelMaxSoftBottomHeight (ParcelKey key) const

virtual void	SetParcelMaxSoftBottomHeight (ParcelKey key, PMReal maxHeight)

virtual bool16	GetParcelIsValidStartBreakLocation (ParcelKey key, Text::StartBreakLocation mode) const

virtual bool16	GetHasAnyValidStartBreakLocation () const

virtual bool16	GetParcelSupportsWrap (ParcelKey key) const

virtual bool16	GetParcelIgnoringWrap (ParcelKey key) const

virtual int32	GetWaxAnchoredElementCount () const

virtual int32	GetWaxAnchoredElementIndex (UID uid) const

virtual void	InsertNthWaxAnchoredElement (int32 n, UID uid)

virtual void	RemoveNthWaxAnchoredElement (int32 n)

virtual UID	GetNthWaxAnchoredElementUID (int32 n) const

virtual ParcelKey	GetNthWaxAnchoredElementParcelKey (int32 n) const

virtual void	SetNthWaxAnchoredElementParcelKey (int32 n, ParcelKey key)

virtual int32	GetWaxAnchoredElementsIn (ParcelKey key, UIDList *list) const

virtual ParcelKey	GetFirstDamagedParcel () const

virtual void	GetFirstKeyIndexes (int32 &damagedKeyIndex, int32 &needWrapCheckKeyIndex) const

virtual bool16	ShouldFakeTabAlignToChar () const

virtual void	InvalidateParcelComposedState (ParcelKey key)

virtual void	NotifyParcelParentInkBoundsChanged (ParcelKey key)

virtual int32	GetParcelsOnSpread (const ISpread *spread, K2Vector< ParcelKey > &keyList) const

virtual int32	GetNonInlineWrapsForParcel (ParcelKey key, TextWrapRefList &sodList) const

virtual void	AddParcelWrap (ParcelKey key, const TextWrapRef &sodRef, bool16 isActive, bool16 isNonInline, bool16 isInlineToParcel)

virtual bool16	GetParcelWrapActive (ParcelKey, const TextWrapRef &sodRef) const

virtual void	SetParcelWrapActive (ParcelKey key, const TextWrapRef &sodRef)

virtual void	ClearParcelWrapActive (ParcelKey key, const TextWrapRef &sodRef)

virtual bool16	GetParcelWrapIsNonInline (ParcelKey, const TextWrapRef &sodRef) const

virtual bool16	GetParcelWrapIsInlineToParcel (ParcelKey, const TextWrapRef &sodRef) const

virtual bool16	GetParcelWrapHasOverlappedRange (ParcelKey key, const TextWrapRef &sodRef) const

virtual void	GetParcelWrapOverlappedRange (ParcelKey key, const TextWrapRef &sodRef, PMReal &waxYTop, PMReal &waxYBottom) const

virtual void	SetParcelWrapOverlappedRange (ParcelKey key, const TextWrapRef &sodRef, const PMReal &waxYTop, const PMReal &waxYBottom)

virtual bool16	GetParcelHasWraps (ParcelKey key) const

virtual int32	GetParcelWraps (ParcelKey key, TextWrapRefList &sodList) const

virtual bool16	GetParcelHasActiveNonInlineWraps (ParcelKey key) const

virtual int32	GetParcelActiveNonInlineWraps (ParcelKey key, TextWrapRefList &sodList) const

virtual bool16	GetParcelHasActiveInlineWraps (ParcelKey key) const

virtual int32	GetParcelActiveInlineWraps (ParcelKey key, TextWrapRefList &sodList) const

virtual void	RemoveParcelWrap (ParcelKey key, const TextWrapRef &sodRef)

virtual bool16	GetSupportsColumnSpanType (ICompositionStyle::SpanColumnsTypeOptions spanType) const

Public Member Functions inherited from CPMUnknown< ITextParcelListData >
IPMUnknown *	QueryInterface (PMIID interfaceID) const

void	AddRef () const

void	Release () const

void	PreDirty (ImplementationID prop=kInvalidImpl, bool16 allowModification=kTrue)

void	PreDirtyNoMessage (ImplementationID prop=kInvalidImpl, bool16 allowModification=kTrue)

	CPMUnknown (const CPMUnknown &)=delete

CPMUnknown &	operator= (const CPMUnknown &)=delete

Additional Inherited Members
Public Types inherited from ITextParcelListData
enum	{ kDefaultIID = IID_ITEXTPARCELLISTDATA }

enum	nextParcelType { npt_box, npt_anypage, npt_oddpage, npt_evenpage }

Protected Member Functions inherited from CPMUnknown< ITextParcelListData >
	CPMUnknown (IPMUnknown *boss)

Protected Attributes inherited from CPMUnknown< ITextParcelListData >
HelperInterface	fHelperInterface

Detailed Description

Stub ITextParcelListData implementation, display of composed hidden text is not supported.

See Also: ITextParcelListData

Constructor & Destructor Documentation

HidTxtParcelListData::HidTxtParcelListData ( IPMUnknown * boss )

Constructor

Parameters

boss	refers to boss class on which this interface is aggregated

HidTxtParcelListData::~HidTxtParcelListData ( )

virtual

Destructor.

Member Function Documentation

void HidTxtParcelListData::AddParcelWrap	(	ParcelKey	key,
		const TextWrapRef &	sodRef,
		bool16	isActive,
		bool16	isNonInline,
		bool16	isInlineToParcel
	)

virtual

Parameters

ParcelKey
sodRef	TextWrapRef to wrap boss with active IStandOff
isActive	kTrue if the Wrap can be tiled against
isNonInline	kTrue if the Wrap is not the child of an Inline
isInlineToParcel	kTrue if the Wrap is the child of an Inline that is anchored in the Parcel. If kTrue, then sodRef.fX/YOffset are expected to be zero.

Implements ITextParcelListData.

void HidTxtParcelListData::ClearParcelNeedsWrapCheck ( ParcelKey key )

virtual

Clears the wrap check from the specified Parcel. During composition the TextParcelList will cause this to be cleared when it processes a Parcel following the one currently being composed. It is the responsiblity of the implementation to process the Parcel in which composition begins.

Parameters

key	Parcel to search in.

Implements ITextParcelListData.

void HidTxtParcelListData::ClearParcelWrapActive	(	ParcelKey	key,
		const TextWrapRef &	sodRef
	)

virtual

Parameters

key	Parcel to search in.
sodUID	UID of wrap boss with active IStandOffData interface

Implements ITextParcelListData.

ParcelKey HidTxtParcelListData::GetFirstDamagedParcel ( ) const

virtual

Returns the ParcelKey of the first Parcel in the ParcelList which is is damaged. If no Parcel is damaged then an invalid ParcelKey returned. Note that this only refers to Parcels which are damaged, NOT those that need wrap check.

Returns: ParcelKey

Implements ITextParcelListData.

void HidTxtParcelListData::GetFirstKeyIndexes	(	int32 &	damagedKeyIndex,
		int32 &	needWrapCheckKeyIndex
	)		const

virtual

This method returns information about the first Parcel which is damaged and the first Parcel which needs wrap check.

Parameters

damagedKeyIndex	Reference to int32 which will be filled in with the index of the first Parcel which is damaged, or -1 if none
needWrapCheckKeyIndex	Reference to int32 which will be filled in with the index of the first Parcel which needs wrap check, or -1 if none

Implements ITextParcelListData.

ParcelKey HidTxtParcelListData::GetFirstLogicalParcelKey ( int32 * pIndex ) const

virtual

Returns the ParcelKey of the Parcel logicaly first. In terms of this API, a logical Parcel is one that text can be composed in. Typical implementations have these as one-to-one with all the Parcels in the IParcelList but implementations such as Table Header and Footer cells have only the first Parcel as logically composable and the rest have no Text content at all.

Parameters

pIndex Optional pointer which will be filled in with the index of the returned ParcelKey. If the returned Parcel is invalid then pIndex will be set to -1.

Returns: ParcelKey of the first logical Parcel.

Implements ITextParcelListData.

ParcelKey HidTxtParcelListData::GetLastLogicalNonOversetParcelKey ( int32 * pIndex ) const

virtual

This method allows the implementation to control the meaning of overset. Implementations which do not support overmatter Parcels will return the same value for this method as GetLastLogicalParcelKey(). Those that do support overmatter Parcel should return the ParcelKey of the last Parcel before the first overmatter Parcel. ITextParcelList::GetIsOverset() will use the returned ParcelKey as the measure of overset content.

Parameters

pIndex Optional pointer which will be filled in with the index of the returned ParcelKey. If the returned Parcel is invalid then pIndex will be filled in with the count of Parcels in the IParcelList.

Returns: ParcelKey of last logical non-overset Parcel

Implements ITextParcelListData.

ParcelKey HidTxtParcelListData::GetLastLogicalParcelKey ( int32 * pIndex ) const

virtual

Returns the ParcelKey of the Parcel logicaly last.

Parameters

pIndex Optional pointer which will be filled in with the index of the returned ParcelKey. If the returned Parcel is invalid then pIndex will be set to the count of Parcels in the IParcelList.

Returns: ParcelKey of the last logical Parcel.

Implements ITextParcelListData.

ParcelKey HidTxtParcelListData::GetNextLogicalParcelKey	(	ParcelKey	key,
		int32 *	pIndex
	)		const

virtual

Returns the ParcelKey of the Parcel logically after the specified key. If the key is invalid, an invalid key will be returned.

Parameters

key
pIndex	Optional pointer which will be filled in with the index of the returned ParcelKey. If the returned Parcel is invalid then pIndex will be filled in with the count of Parcels in the IParcelList.

Returns: ParcelKey of the next logical Parcel.

Implements ITextParcelListData.

ParcelKey HidTxtParcelListData::GetNextLogicalParcelKeyByType	(	ParcelKey	key,
		ITextParcelListData::nextParcelType	pType,
		int32 *	pIndex
	)		const

virtual

Returns the ParcelKey of the specified Parcel Type logically after the specified key. If the specified Key is already the type of Parcel desired then the key returned will be unchanged. If the key is invalid, an invalid key will be returned.

Parameters

key
pType	Type of Parcel the caller wishes to move to. If the
pIndex	Optional pointer which will be filled in with the index of the returned ParcelKey. If the returned Parcel is invalid then pIndex will be filled in with the count of Parcels in the IParcelList.

Returns: ParcelKey of the next logical Parcel.

Implements ITextParcelListData.

int32 HidTxtParcelListData::GetNonInlineWrapsForParcel	(	ParcelKey	key,
		TextWrapRefList &	sodList
	)		const

virtual

Fills in the specfied list with all the non-Inline Wraps which the implementation determines are possible overlaps for the specified Parcel. Note that this is expected to be the same as or superset of the Wraps currently known to the Parcel as returned by GetParcelWraps(). The TextParcelList will be responsible for adding these Wraps to the Parcel in a separate step.

Parameters

key	Parcel to search in.
sodList	Reference to TextWrapRefList to be filled in

Returns: count of Wraps added to the list

Implements ITextParcelListData.

ParcelKey HidTxtParcelListData::GetNthWaxAnchoredElementParcelKey ( int32 n ) const

virtual

Returns the ParcelKey of the Nth element.

Parameters

n	An index into the internal list. Must be greater than or equal to zero and less then the value returned by GetWaxAnchoredElementCount().

Returns: ParcelKey

Implements ITextParcelListData.

UID HidTxtParcelListData::GetNthWaxAnchoredElementUID ( int32 n ) const

virtual

Returns the UID of the Nth element.

Parameters

n	An index into the internal list. Must be greater than or equal to zero and less then the value returned by GetWaxAnchoredElementCount().

Returns: The UID

Implements ITextParcelListData.

int32 HidTxtParcelListData::GetParcelActiveInlineWraps	(	ParcelKey	key,
		TextWrapRefList &	sodList
	)		const

virtual

Fills in the specfied list with all the Wraps currently added to the Parcel which report being active and are a child of an Inline.

Parameters

key	Parcel to search in.
sodList	Reference to TextWrapRefList to be filled in

Returns: count of Wraps added to the list

Implements ITextParcelListData.

int32 HidTxtParcelListData::GetParcelActiveNonInlineWraps	(	ParcelKey	key,
		TextWrapRefList &	sodList
	)		const

virtual

Fills in the specfied list with all the Wraps currently added to the Parcel which report being active and are not the child of an Inline.

Parameters

key	Parcel to search in.
sodList	Reference to TextWrapRefList to be filled in

Returns: count of Wraps added to the list

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelHasActiveInlineWraps ( ParcelKey key ) const

virtual

Returns kTrue if the specified Parcel has any active Wraps which are a child of an Inline.

Parameters

key	Parcel to search in.

Returns: kTrue if the Parcel has any Wraps added to it.

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelHasActiveNonInlineWraps ( ParcelKey key ) const

virtual

Returns kTrue if the specified Parcel has any active Wraps which are not a child of an Inline. added to it.

Parameters

key	Parcel to search in.

Returns: kTrue if the Parcel has any Wraps added to it.

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelHasKeepsOn ( ParcelKey key ) const

virtual

The TextParcelList will set this value if the contents of the Parcel has any keeps on

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelHasPositionDependentContent ( ParcelKey key ) const

virtual

The TextParcelList will set this value if the contents of the Parcel, including Wax, OwnedItems, WaxAnchoredElements and even Wraps require it.

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelHasWraps ( ParcelKey key ) const

virtual

Returns kTrue if the specified Parcel has any Wraps added to it.

Parameters

key	Parcel to search in.

Returns: kTrue if the Parcel has any Wraps added to it.

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelIgnoringWrap ( ParcelKey key ) const

virtual

Returns kTrue if the Parcel is ignoring the effect of all Wraps. Note that the Wraps will still be added to the Parcel, but they will be handled as invalid due to ZOrder.

Parameters

key	Parcel to search in.

Returns: kTrue if the Parcel is ignoring the effect of all Wraps.

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelIsDamaged ( ParcelKey key ) const

virtual

A Parcel with TextDamage needs recomposition.

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelNeedsWrapCheck ( ParcelKey key ) const

virtual

Parcels which are marked as needing Wrap check are suspected of having new intersecting Wraps available through GetNonInlineWrapsForParcel().

Parameters

key	Parcel to search in.

Returns: kTrue if the Parcel needs to check wrap

Implements ITextParcelListData.

int32 HidTxtParcelListData::GetParcelsOnSpread	(	const ISpread *	spread,
		K2Vector< ParcelKey > &	keyList
	)		const

virtual

Returns the list of Parcels that are on the specified ISpread.

Parameters

spread	Pointer to ISpread interface
keyList	K2Vector of ParcelKeys to be filled in

Returns: count of ParcelKeys added to keyList

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelSupportsWrap ( ParcelKey key ) const

virtual

Returns kFalse if the Parcel does not support Wraps. This is different from ignoring in that one can stop ignoring sometime in the future whereas one will not suddenly support Wraps. Examples of implementations which do not support Wraps are TextOnPath.

Parameters

key	Parcel to search in.

Returns: kTrue if the Parcel supports Wraps.

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelWrapActive	(	ParcelKey	key,
		const TextWrapRef &	sodRef
	)		const

virtual

Returns the active state of the StandOff relative to the Parcel.

Parameters

key	Parcel to search in.
sodRef	TextWrapRef to wrap boss

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelWrapHasOverlappedRange	(	ParcelKey	key,
		const TextWrapRef &	sodRef
	)		const

virtual

Parameters

key	Parcel to search in.
sodRef	TextWrapRef to wrap boss

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelWrapIsInlineToParcel	(	ParcelKey	key,
		const TextWrapRef &	sodRef
	)		const

virtual

Wraps which are Inline to the Parcel are those that are anchored in the Parcel. Wraps that are children of Inlines that are NOt inline to the Parcel are anchored at a TextIndex previous to the start of the Parcel. This state is set when the Wrap is added to the Parcel.

Parameters

key	Parcel to search in.
sodRef	TextWrapRef to wrap boss

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetParcelWrapIsNonInline	(	ParcelKey	key,
		const TextWrapRef &	sodRef
	)		const

virtual

Returns the non-inline state of the StandOff. Wraps which are non-inline are NOT children of an Inline - typically they are children of the Spread. This state is set when the Wrap is added to the Parcel.

Parameters

key	Parcel to search in.
sodRef	TextWrapRef to wrap boss

Implements ITextParcelListData.

void HidTxtParcelListData::GetParcelWrapOverlappedRange	(	ParcelKey	key,
		const TextWrapRef &	sodRef,
		PMReal &	waxYTop,
		PMReal &	waxYBottom
	)		const

virtual

Parameters

key	Parcel to search in.
sodRef	TextWrapRef to wrap boss

Implements ITextParcelListData.

int32 HidTxtParcelListData::GetParcelWraps	(	ParcelKey	key,
		TextWrapRefList &	sodList
	)		const

virtual

Fills in the specfied list with all the Wraps currently added to the Parcel.

Parameters

key	Parcel to search in.
sodList	Reference to TextWrapRefList to be filled in

Returns: count of Wraps added to the list

Implements ITextParcelListData.

ParcelKey HidTxtParcelListData::GetPreviousLogicalParcelKey	(	ParcelKey	key,
		int32 *	pIndex
	)		const

virtual

Returns the ParcelKey of the Parcel logically previous to the specified key. If the key is invalid, an invalid key will be returned.

Parameters

key
pIndex	Optional pointer which will be filled in with the index of the returned ParcelKey. If the returned Parcel is invalid then pIndex will be set to -1.

Returns: ParcelKey of the next logical Parcel.

Implements ITextParcelListData.

bool16 HidTxtParcelListData::GetSupportsColumnSpanType ( ICompositionStyle::SpanColumnsTypeOptions spanType ) const

virtual

All implementations must support ICompositionStyle::kSingleColumn.

Parameters

spanType Span type to check

Returns: kTrue if the implementation supports the specified span type.

Implements ITextParcelListData.

int32 HidTxtParcelListData::GetWaxAnchoredElementCount ( ) const

virtual

Returns: The number of WaxAnchoredElement known to the implementation.

Implements ITextParcelListData.

int32 HidTxtParcelListData::GetWaxAnchoredElementIndex ( UID uid ) const

virtual

Returns the index of the specified WaxAnchoredElement.

Parameters

uid	The UID of the desired WaxAnchoredElement boss.

Returns: The index of the specified WaxAnchoredElement or -1 if it is not known to the implementation.

Implements ITextParcelListData.

int32 HidTxtParcelListData::GetWaxAnchoredElementsIn	(	ParcelKey	key,
		UIDList *	list
	)		const

virtual

Fills in the specified UIDList with UIDs of the WaxAnchoredElements in the specified Parcel.

Parameters

key	Parcel to search in.
list	Optional UIDList to append to.

Returns: count of WaxAnchoredElements returned.

Implements ITextParcelListData.

void HidTxtParcelListData::InsertNthWaxAnchoredElement	(	int32	n,
		UID	uid
	)

virtual

A new WaxAnchoredElement is inserted into the list.

Parameters

n	An index into the internal list. Must be greater than or equal to zero and less than OR equal to the value returned by GetWaxAnchoredElementCount().
uid	The UID of the WaxAnchoredElement. Must not already be known to the implementation.

Implements ITextParcelListData.

void HidTxtParcelListData::RemoveNthWaxAnchoredElement ( int32 n )

virtual

The specified WaxAnchoredElement is removed from the list.

Parameters

n	An index into the internal list. Must be greater than or equal to zero and less then the value returned by GetWaxAnchoredElementCount().

Implements ITextParcelListData.

void HidTxtParcelListData::RemoveParcelWrap	(	ParcelKey	key,
		const TextWrapRef &	sodRef
	)

virtual

Parameters

key	Parcel to search in.
sodRef	TextWrapRef to wrap boss

Implements ITextParcelListData.

void HidTxtParcelListData::SetNthWaxAnchoredElementParcelKey	(	int32	n,
		ParcelKey	Key
	)

virtual

Sets the ParcelKey of the Nth element.

Parameters

key	ParcelKey.

Implements ITextParcelListData.

void HidTxtParcelListData::SetParcelNeedsWrapCheck ( ParcelKey key )

virtual

It is the responsibility of the container implementation to mark Parcels as needing Wrap check through this method when it knowns that Wraps which are not Inline to the Parcel might affect it.

Typically this means that the implementation has to wait until the Parcel has finished its movement to determine the effect - it is not necessarily correct to simply mark all moving or resizing Parcels as needing Wrap check.

Furthermore, the implementation is also responsible for determing what appropriate "damage" is required in order to trigger evaluation of the Wrap. Parcels which are beyond the end of the composed Thread do not necessarily have to be composed

The TextParcelList ONLY calls this method when processing Wraps from Inlines via AddParcelInlineWraps().

Parameters

key	Parcel to search in.

Implements ITextParcelListData.

void HidTxtParcelListData::SetParcelWrapActive	(	ParcelKey	,
		const TextWrapRef &	sodRef
	)

virtual

Parameters

key	Parcel to search in.
sodRef	TextWrapRef to wrap boss

Implements ITextParcelListData.

void HidTxtParcelListData::SetParcelWrapOverlappedRange	(	ParcelKey	key,
		const TextWrapRef &	sodRef,
		const PMReal &	waxYTop,
		const PMReal &	waxYBottom
	)

virtual

Parameters

key	Parcel to search in.
sodRef	TextWrapRef to wrap boss

Implements ITextParcelListData.

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation