GeometryPositionModRestore

Class to easily restore calculated data in a Geometry after a location altering process. More...

Collaboration diagram for GeometryPositionModRestore:

Public Member Functions
	GeometryPositionModRestore ()
	Default constructor.
	GeometryPositionModRestore (const Geometry &geo)
	Constructs and immediately stores the geometry state for later restoration.
void	restoreAll (const void *lock, LogPtr ptr=LogPtr())
	Restores all previously stored calculated data (normals, closed, smooth).
void	restoreClosed (const void *lock, LogPtr ptr=LogPtr())
	Restores previously stored closed-solid state.
void	restoreNormals (const void *lock, LogPtr ptr=LogPtr())
	Restores previously stored normal data.
void	restoreSmooth (const void *lock, LogPtr ptr=LogPtr())
	Restores previously stored smoothing data.
void	store (const Geometry &geo)
	Captures the current calculated state of the geometry.

Public Attributes
bool	restore_closed = true
	Whether to restore the closed-solid state.
bool	restore_normals = true
	Whether to restore normal data.
bool	restore_smooth = true
	Whether to restore smoothing data.

Protected Member Functions
void	restoreClosed (Geometry &geo, const void *lock, LogPtr ptr=LogPtr())
	Internal: restores closed-solid state for a specific geometry.
void	restoreNormals (Geometry &geo, const void *lock, LogPtr ptr=LogPtr())
	Internal: restores normals for a specific geometry.

Protected Attributes
Geometry	m_geo
	The geometry being restored.
bool	m_has_bitangent = false
	Whether the geometry had bitangent data.
bool	m_has_tangent = false
	Whether the geometry had tangent data.
bool	m_is_closed = false
	Whether the geometry was a closed solid.
String	m_smoothing_algo
	The stored smoothing algorithm name.
uint04	m_smoothing_times = 0U
	The stored number of smoothing iterations.
NormalMode	normal_mode = NormalMode::e_no_normals
	The stored normal mode.
fltp04	smoothing_angle = Constant<fltp04>::Invalid
	The stored normal smoothing angle.

Detailed Description

Class to easily restore calculated data in a Geometry after a location altering process.

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Definition at line 2850 of file Geometry.h.

Constructor & Destructor Documentation

GeometryPositionModRestore()

GeometryPositionModRestore::GeometryPositionModRestore ( const Geometry & geo )

inlineexplicit

Constructs and immediately stores the geometry state for later restoration.

Parameters

[in]

geo

The geometry whose state to capture.

Definition at line 2859 of file Geometry.h.

References store().

Member Function Documentation

restoreAll()

void GeometryPositionModRestore::restoreAll	(	const void *	lock,
		LogPtr	ptr = LogPtr() )

Restores all previously stored calculated data (normals, closed, smooth).

Parameters

[in]	lock	Thread lock pointer.
[in]	ptr	Optional log for progress reporting.

restoreClosed() [1/2]

void GeometryPositionModRestore::restoreClosed	(	const void *	lock,
		LogPtr	ptr = LogPtr() )

Restores previously stored closed-solid state.

Parameters

[in]	lock	Thread lock pointer.
[in]	ptr	Optional log for progress reporting.

restoreClosed() [2/2]

void GeometryPositionModRestore::restoreClosed ( Geometry & geo, const void * lock, LogPtr ptr = LogPtr() )

protected

Internal: restores closed-solid state for a specific geometry.

Parameters

[in]	geo	The geometry to restore state for.
[in]	lock	Thread lock pointer.
[in]	ptr	Optional log.

restoreNormals() [1/2]

void GeometryPositionModRestore::restoreNormals	(	const void *	lock,
		LogPtr	ptr = LogPtr() )

Restores previously stored normal data.

Parameters

[in]	lock	Thread lock pointer.
[in]	ptr	Optional log for progress reporting.

restoreNormals() [2/2]

void GeometryPositionModRestore::restoreNormals ( Geometry & geo, const void * lock, LogPtr ptr = LogPtr() )

protected

Internal: restores normals for a specific geometry.

Parameters

[in]	geo	The geometry to restore normals for.
[in]	lock	Thread lock pointer.
[in]	ptr	Optional log.

restoreSmooth()

void GeometryPositionModRestore::restoreSmooth	(	const void *	lock,
		LogPtr	ptr = LogPtr() )

Restores previously stored smoothing data.

Parameters

[in]	lock	Thread lock pointer.
[in]	ptr	Optional log for progress reporting.

store()

void GeometryPositionModRestore::store

(

const Geometry &

geo

)

Captures the current calculated state of the geometry.

Parameters

[in]

geo

The geometry to capture state from.

Referenced by GeometryPositionModRestore().

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

• Design/Headers/Geometry.h