#include <CCPACSWing.h>

Inheritance diagram for tigl::CCPACSWing:

Data Structures
struct	LocatedGuideCurves

Public Member Functions
TIGL_EXPORT	CCPACSWing (CCPACSWings parent, CTiglUIDManager uidMgr)

TIGL_EXPORT	CCPACSWing (CCPACSRotorBlades parent, CTiglUIDManager uidMgr)

TIGL_EXPORT void	CreateNewConnectedElementAfter (std::string startElementUID) override

TIGL_EXPORT void	CreateNewConnectedElementBefore (std::string startElementUID) override

TIGL_EXPORT void	CreateNewConnectedElementBetween (std::string startElementUID, std::string endElementUID) override

TIGL_EXPORT void	DeleteConnectedElement (std::string ElementUID) override

TIGL_EXPORT std::vector< std::string >	GetAllUsedAirfoils ()

TIGL_EXPORT double	GetAspectRatio () const
	Returns the aspect ratio of the wing. More...

TIGL_EXPORT gp_Pnt	GetChordPoint (int segmentIndex, double eta, double xsi, TiglCoordinateSystem referenceCS=GLOBAL_COORDINATE_SYSTEM)
	Returns a point on the chord surface in absolute (world) coordinates for a given segment, eta, xsi, if fourth parameter is ommited, otherwise it will give you the point in the chosen coordinate system (e.g. WING_COORDINATE_SYSTEM) More...

TIGL_EXPORT TiglGeometricComponentIntent	GetComponentIntent () const override

TIGL_EXPORT CCPACSWingComponentSegment &	GetComponentSegment (const int index)
	Returns the segment for a given index. More...

TIGL_EXPORT const CCPACSWingComponentSegment &	GetComponentSegment (const int index) const
	Returns the segment for a given index. More...

TIGL_EXPORT CCPACSWingComponentSegment &	GetComponentSegment (const std::string &uid)
	Returns the segment for a given uid. More...

TIGL_EXPORT int	GetComponentSegmentCount () const
	Returns the number of component segments of the wing. More...

TIGL_EXPORT TiglGeometricComponentType	GetComponentType () const override
	Returns the Component Type TIGL_COMPONENT_WING or TIGL_COMPONENT_ROTORBLADE. More...

TIGL_EXPORT CCPACSConfiguration &	GetConfiguration () const
	Returns the parent configuration. More...

TIGL_EXPORT std::vector< CTiglSectionElement * >	GetCTiglElements () const

TIGL_EXPORT std::string	GetDefaultedUID () const override

TIGL_EXPORT double	GetDihedral (double chordPercentage=0.25) const

TIGL_EXPORT std::vector< gp_Pnt >	GetGuideCurvePoints ()
	Returns all points that define the guide curves. More...

TIGL_EXPORT CCPACSGuideCurve &	GetGuideCurveSegment (std::string uid)
	Get the guide curve segment (partial guide curve) with a given UID. More...

TIGL_EXPORT std::vector< double >	GetGuideCurveStartParameters () const
	Returns the relative circumference parameters (as defined in CPACS) (These parameters are calculated to scale the guide curve wire and construct the guide curves) More...

TIGL_EXPORT TopoDS_Compound	GetGuideCurveWires () const
	Returns a wire consisting of all guide curves as a compound. More...

TIGL_EXPORT TopoDS_Shape	GetLoftWithCutouts ()
	Returns the wing loft with cut out control surface. More...

TIGL_EXPORT TopoDS_Shape &	GetLoftWithLeadingEdge ()
	Returns the rebuilt loft of the whole wing with modeled leading edge, if wing shape rebuild is indicated. More...

TIGL_EXPORT gp_Pnt	GetLowerPoint (int segmentIndex, double eta, double xsi)
	Returns the lower point in absolute (world) coordinates for a given segment, eta, xsi (calculated output may be influenced by setting different value for Enum getPointBehavior) More...

TIGL_EXPORT TopoDS_Shape &	GetLowerShape ()
	Returns lower loft of the wing and builds it if shells require rebuild. More...

TIGL_EXPORT std::vector< std::string >	GetOrderedConnectedElement () override

TIGL_EXPORT CTiglTransformation	GetPositioningTransformation (std::string sectionUID)
	Returns the positioning transformation for a given section uid. More...

TIGL_EXPORT double	GetReferenceArea (TiglSymmetryAxis symPlane) const
	Returns the reference area of the wing by taking account the quadrilateral portions of each wing segment by projecting the wing segments into the plane defined by the user. More...

TIGL_EXPORT double	GetReferenceArea () const
	Returns the reference area of the wing in the plane normal to the major direction. More...

TIGL_EXPORT CTiglPoint	GetRootLEPosition () const

TIGL_EXPORT CCPACSWingSection &	GetSection (int index)
	Returns the section for a given index. More...

TIGL_EXPORT const CCPACSWingSection &	GetSection (int index) const
	Returns the section for a given index. More...

TIGL_EXPORT int	GetSectionCount () const
	Get section count. More...

TIGL_EXPORT CCPACSWingSegment &	GetSegment (const int index)
	Returns the segment for a given index. More...

TIGL_EXPORT const CCPACSWingSegment &	GetSegment (const int index) const
	Returns the segment for a given index. More...

TIGL_EXPORT CCPACSWingSegment &	GetSegment (std::string uid)
	Returns the segment for a given uid. More...

TIGL_EXPORT const CCPACSWingSegment &	GetSegment (std::string uid) const
	Returns the segment for a given uid. More...

TIGL_EXPORT int	GetSegmentCount () const
	Returns the number of segments of the wing. More...

TIGL_EXPORT int	GetSegmentEtaXsi (const gp_Pnt &xyz, double &eta, double &xsi, bool &onTop)
	Calculates the segment coordinates from global (x,y,z) coordinates If x,y,z does not belong to any segment, -1 is returned. More...

TIGL_EXPORT double	GetSurfaceArea ()
	Returns the surface area of this wing. More...

TIGL_EXPORT double	GetSweep (double chordPercentage=0.25) const

TIGL_EXPORT gp_Pnt	GetUpperPoint (int segmentIndex, double eta, double xsi)
	Returns the upper point in absolute (world) coordinates for a given segment, eta, xsi (calculated output may be influenced by setting different value for Enum getPointBehavior) More...

TIGL_EXPORT TopoDS_Shape &	GetUpperShape ()
	Returns upper loft of the wing and builds it if shells require rebuild. More...

TIGL_EXPORT double	GetVolume ()
	Returns the volume of this wing (corresponding to CPACS conventions the result will be in SI-units) More...

TIGL_EXPORT double	GetWettedArea (TopoDS_Shape parent) const
	Returns wetted Area. More...

TIGL_EXPORT PNamedShape	GetWingCleanShape () const
	Returns the wing shape without flaps cut out. More...

TIGL_EXPORT double	GetWingHalfSpan ()

TIGL_EXPORT void	GetWingMAC (double &mac_chord, double &mac_x, double &mac_y, double &mac_z) const
	Returns the mean aerodynamic chord of the wing. More...

TIGL_EXPORT double	GetWingspan () const

TIGL_EXPORT	Handle (Geom_Surface) GetLowerSegmentSurface(int index)
	Returns the lower Surface of a Segment. More...

TIGL_EXPORT	Handle (Geom_Surface) GetUpperSegmentSurface(int index)
	Returns the upper Surface of a Segment. More...

TIGL_EXPORT bool	IsRotorBlade () const
	Returns whether this wing is a rotor blade. More...

TIGL_EXPORT void	ReadCPACS (const TixiDocumentHandle &tixiHandle, const std::string &wingXPath) override

TIGL_EXPORT void	Scale (double scaleF)

TIGL_EXPORT void	SetAllAirfoils (const std::string &profileUID)

TIGL_EXPORT void	SetAreaKeepAR (double newArea)

TIGL_EXPORT void	SetAreaKeepSpan (double newArea)

TIGL_EXPORT void	SetARKeepArea (double newAR)

TIGL_EXPORT void	SetARKeepSpan (double newAR)

TIGL_EXPORT void	SetBuildFlaps (bool enabled)
	Determines, whether the wing should be modeled with the flaps or not. More...

TIGL_EXPORT void	SetDihedral (double dihedralAngle, double chordPercentage=0.25)

TIGL_EXPORT void	SetHalfSpanKeepAR (double newHalfSpan)

TIGL_EXPORT void	SetHalfSpanKeepArea (double newHalfSpan)

TIGL_EXPORT void	SetParentUID (const boost::optional< std::string > &value) override

TIGL_EXPORT void	SetRootLEPosition (CTiglPoint newRootPosition)

TIGL_EXPORT void	SetRotation (CTiglPoint newRot)

TIGL_EXPORT void	SetSweep (double sweepAngle, double chordPercentage=0.25)

TIGL_EXPORT void	SetSymmetryAxis (const TiglSymmetryAxis &axis) override

TIGL_EXPORT	~CCPACSWing () override

Public Member Functions inherited from tigl::generated::CPACSWing
TIGL_EXPORT	CPACSWing (CCPACSRotorBlades parent, CTiglUIDManager uidMgr)

TIGL_EXPORT	CPACSWing (CCPACSWings parent, CTiglUIDManager uidMgr)

virtual TIGL_EXPORT const boost::optional< CCPACSWingComponentSegments > &	GetComponentSegments () const

virtual TIGL_EXPORT boost::optional< CCPACSWingComponentSegments > &	GetComponentSegments ()

virtual TIGL_EXPORT CCPACSWingComponentSegments &	GetComponentSegments (CreateIfNotExistsTag)

virtual TIGL_EXPORT const boost::optional< std::string > &	GetDescription () const

virtual TIGL_EXPORT const std::string &	GetName () const

virtual TIGL_EXPORT CTiglUIDObject *	GetNextUIDParent ()

virtual TIGL_EXPORT const CTiglUIDObject *	GetNextUIDParent () const

template<typename P >
P *	GetParent ()

template<typename P >
const P *	GetParent () const

virtual TIGL_EXPORT const boost::optional< std::string > &	GetParentUID () const

virtual TIGL_EXPORT const boost::optional< CCPACSPositionings > &	GetPositionings () const

virtual TIGL_EXPORT boost::optional< CCPACSPositionings > &	GetPositionings ()

virtual TIGL_EXPORT CCPACSPositionings &	GetPositionings (CreateIfNotExistsTag)

virtual TIGL_EXPORT const CCPACSWingSections &	GetSections () const

virtual TIGL_EXPORT CCPACSWingSections &	GetSections ()

virtual TIGL_EXPORT const CCPACSWingSegments &	GetSegments () const

virtual TIGL_EXPORT CCPACSWingSegments &	GetSegments ()

virtual TIGL_EXPORT const boost::optional< TiglSymmetryAxis > &	GetSymmetry () const

virtual TIGL_EXPORT const CCPACSTransformation &	GetTransformation () const

virtual TIGL_EXPORT CCPACSTransformation &	GetTransformation ()

virtual TIGL_EXPORT const std::string &	GetUID () const

TIGL_EXPORT CTiglUIDManager &	GetUIDManager ()

TIGL_EXPORT const CTiglUIDManager &	GetUIDManager () const

template<typename P >
bool	IsParent () const

virtual TIGL_EXPORT void	RemoveComponentSegments ()

virtual TIGL_EXPORT void	RemovePositionings ()

virtual TIGL_EXPORT void	SetDescription (const boost::optional< std::string > &value)

virtual TIGL_EXPORT void	SetName (const std::string &value)

virtual TIGL_EXPORT void	SetSymmetry (const boost::optional< TiglSymmetryAxis > &value)

virtual TIGL_EXPORT void	SetUID (const std::string &value)

virtual TIGL_EXPORT void	WriteCPACS (const TixiDocumentHandle &tixiHandle, const std::string &xpath) const

virtual TIGL_EXPORT	~CPACSWing ()

Public Member Functions inherited from tigl::CTiglReqUIDObject
boost::optional< std::string >	GetObjectUID () const

virtual	~CTiglReqUIDObject ()=default

Public Member Functions inherited from tigl::CTiglUIDObject
TIGL_EXPORT void	Invalidate (const boost::optional< std::string > &source=boost::none) const

Public Member Functions inherited from tigl::ITiglUIDRefObject
virtual	~ITiglUIDRefObject ()=default

Public Member Functions inherited from tigl::CTiglRelativelyPositionedComponent
TIGL_EXPORT	CTiglRelativelyPositionedComponent (MaybeOptionalPtr< std::string > parentUid, MaybeOptionalPtr< CCPACSTransformation > trans)

TIGL_EXPORT	CTiglRelativelyPositionedComponent (MaybeOptionalPtr< std::string > parentUid, MaybeOptionalPtr< CCPACSTransformation > trans, boost::optional< TiglSymmetryAxis > *symmetryAxis)

TIGL_EXPORT ChildContainerType	GetChildren (bool recursive)

TIGL_EXPORT boost::optional< const std::string & >	GetParentUID () const

virtual TIGL_EXPORT CTiglPoint	GetRotation () const

virtual TIGL_EXPORT CTiglPoint	GetScaling () const

TIGL_EXPORT TiglSymmetryAxis	GetSymmetryAxis () const override

virtual TIGL_EXPORT CTiglTransformation	GetTransformationMatrix () const

virtual TIGL_EXPORT CTiglPoint	GetTranslation () const

virtual TIGL_EXPORT ECPACSTranslationType	GetTranslationType () const

TIGL_EXPORT void	Reset () const

TIGL_EXPORT void	SetParentUID (const std::string &parentUID)

virtual TIGL_EXPORT void	SetTransformation (const CCPACSTransformation &transform)

Public Member Functions inherited from tigl::CTiglAbstractGeometricComponent
	CTiglAbstractGeometricComponent ()

TIGL_EXPORT Bnd_Box const &	GetBoundingBox () const

virtual TIGL_EXPORT bool	GetIsOn (const gp_Pnt &pnt) const

TIGL_EXPORT bool	GetIsOnMirrored (const gp_Pnt &pnt) const

TIGL_EXPORT PNamedShape	GetLoft () const override

virtual TIGL_EXPORT PNamedShape	GetMirroredLoft () const

TIGL_EXPORT void	Reset () const

Public Member Functions inherited from tigl::ITiglGeometricComponent
virtual	~ITiglGeometricComponent ()

Data Fields
TiglGetPointBehavior	getPointBehavior {asParameterOnSurface}

Protected Member Functions
void	BuildFusedSegments (PNamedShape &) const

void	BuildGuideCurveWires (LocatedGuideCurves &cache) const

PNamedShape	BuildLoft () const override

void	BuildUpperLowerShells ()

void	Cleanup ()

void	SetWingHelper (CTiglWingHelper &cache) const

void	Update ()

Protected Member Functions inherited from tigl::CTiglUIDObject
	~CTiglUIDObject ()=default

Private Member Functions
void	BuildWingWithCutouts (PNamedShape &) const

std::string	GetShortShapeName () const

PNamedShape	GroupedFlapsAndWingShapes () const

void	InvalidateImpl (const boost::optional< std::string > &source) const override

Private Attributes
bool	buildFlaps

CCPACSConfiguration *	configuration

FusedElementsContainerType	fusedElements

TopoDS_Shape	fusedSegmentWithEdge

Cache< LocatedGuideCurves, CCPACSWing >	guideCurves

bool	isRotorBlade

TopoDS_Shape	lowerShape

double	myVolume

bool	rebuildFusedSegWEdge

bool	rebuildShells

TopoDS_Shape	upperShape

Cache< PNamedShape, CCPACSWing >	wingCleanShape

Cache< CTiglWingHelper, CCPACSWing >	wingHelper

Cache< PNamedShape, CCPACSWing >	wingShapeWithCutouts

Friends
class	CCPACSWingComponentSegment

class	CCPACSWingSegment

class	CTiglStandardizer

class	CTiglWingBuilder

Additional Inherited Members
Public Types inherited from tigl::CTiglRelativelyPositionedComponent
typedef std::vector< CTiglRelativelyPositionedComponent * >	ChildContainerType

Protected Types inherited from tigl::CTiglRelativelyPositionedComponent
typedef std::map< int, int >	FusedElementsContainerType

Protected Attributes inherited from tigl::generated::CPACSWing
boost::optional< CCPACSWingComponentSegments >	m_componentSegments

boost::optional< std::string >	m_description
	Description of the wing. More...

std::string	m_name
	Name of the wing. More...

void *	m_parent

const std::type_info *	m_parentType

boost::optional< std::string >	m_parentUID
	UID of part to which the wing is mounted (if any). The parent of the wing can e.g. be the fuselage. In each aircraft model, there is exactly one part without a parent part (The root of the connection hierarchy). More...

boost::optional< CCPACSPositionings >	m_positionings

CCPACSWingSections	m_sections

CCPACSWingSegments	m_segments

boost::optional< TiglSymmetryAxis >	m_symmetry

CCPACSTransformation	m_transformation

std::string	m_uID

CTiglUIDManager *	m_uidMgr

Protected Attributes inherited from tigl::CTiglAbstractGeometricComponent
Cache< Bnd_Box, CTiglAbstractGeometricComponent >	bounding_box

Cache< PNamedShape, CTiglAbstractGeometricComponent >	loft

Constructor & Destructor Documentation

◆ CCPACSWing() [1/2]

TIGL_EXPORT tigl::CCPACSWing::CCPACSWing	(	CCPACSWings *	parent,
		CTiglUIDManager *	uidMgr
	)

Constructor of Class CCPACSWing Constructor is automatically called during reading of a CPACS-file. Not intended to be called manually.

Parameters

parent
uidMgr

◆ CCPACSWing() [2/2]

TIGL_EXPORT tigl::CCPACSWing::CCPACSWing	(	CCPACSRotorBlades *	parent,
		CTiglUIDManager *	uidMgr
	)

Constructor of Class CCPACSWing Constructor is automatically called during reading of a CPACS-file. Not intended to be called manually.

Parameters

parent
uidMgr

◆ ~CCPACSWing()

TIGL_EXPORT tigl::CCPACSWing::~CCPACSWing ( )

override

Member Function Documentation

◆ BuildFusedSegments()

void tigl::CCPACSWing::BuildFusedSegments ( PNamedShape & ) const

protected

◆ BuildGuideCurveWires()

void tigl::CCPACSWing::BuildGuideCurveWires ( LocatedGuideCurves & cache ) const

protected

◆ BuildLoft()

PNamedShape tigl::CCPACSWing::BuildLoft ( ) const

overrideprotectedvirtual

Implements tigl::CTiglAbstractGeometricComponent.

◆ BuildUpperLowerShells()

void tigl::CCPACSWing::BuildUpperLowerShells ( )

protected

◆ BuildWingWithCutouts()

void tigl::CCPACSWing::BuildWingWithCutouts ( PNamedShape & ) const

private

◆ Cleanup()

void tigl::CCPACSWing::Cleanup ( )

protected

◆ CreateNewConnectedElementAfter()

TIGL_EXPORT void tigl::CCPACSWing::CreateNewConnectedElementAfter ( std::string startElementUID )

overridevirtual

Create a new section, a new element and connect the element to the "startElement". The new element is placed "after" the start element. If there is already a element after the start element, we split the existing segment and insert the new element between the the two elements.

Parameters

startElementUID

Implements tigl::CreateConnectedElementI.

◆ CreateNewConnectedElementBefore()

TIGL_EXPORT void tigl::CCPACSWing::CreateNewConnectedElementBefore ( std::string startElementUID )

overridevirtual

Create a new section, a new element and connect the element to the "startElement". The new element is placed "Before" the start element. If there is already a element before the start element, we split the existing segment and insert the new element between the the two elements.

Parameters

startElementUID

Implements tigl::CreateConnectedElementI.

◆ CreateNewConnectedElementBetween()

TIGL_EXPORT void tigl::CCPACSWing::CreateNewConnectedElementBetween	(	std::string	startElementUID,
		std::string	endElementUID
	)

overridevirtual

Create a new section, a new element and place the new element between the startElement and the endElement.

Remarks: The startElement and endElement must be connected by a segment.

Parameters

startElementUID
endElementUID

Implements tigl::CreateConnectedElementI.

◆ DeleteConnectedElement()

TIGL_EXPORT void tigl::CCPACSWing::DeleteConnectedElement ( std::string ElementUID )

overridevirtual

Delete the connected element. This mean that the section containing the element is delete and the segment associated with this element are either deleted or updated.

Parameters

ElementUID

Implements tigl::CreateConnectedElementI.

◆ GetAllUsedAirfoils()

TIGL_EXPORT std::vector<std::string> tigl::CCPACSWing::GetAllUsedAirfoils ( )

Returns: Return all the uid of the airfoils used by this wing

◆ GetAspectRatio()

TIGL_EXPORT double tigl::CCPACSWing::GetAspectRatio ( ) const

Returns the aspect ratio of the wing.

Returns: double

◆ GetChordPoint()

TIGL_EXPORT gp_Pnt tigl::CCPACSWing::GetChordPoint	(	int	segmentIndex,
		double	eta,
		double	xsi,
		TiglCoordinateSystem	referenceCS = `GLOBAL_COORDINATE_SYSTEM`
	)

Returns a point on the chord surface in absolute (world) coordinates for a given segment, eta, xsi, if fourth parameter is ommited, otherwise it will give you the point in the chosen coordinate system (e.g. WING_COORDINATE_SYSTEM)

Parameters

segmentIndex
eta
xsi
referenceCS

Returns: gp_nP

◆ GetComponentIntent()

TIGL_EXPORT TiglGeometricComponentIntent tigl::CCPACSWing::GetComponentIntent ( ) const

inlineoverridevirtual

Implements tigl::ITiglGeometricComponent.

◆ GetComponentSegment() [1/3]

TIGL_EXPORT CCPACSWingComponentSegment& tigl::CCPACSWing::GetComponentSegment ( const int index )

Returns the segment for a given index.

Parameters

index Segment index

Returns: CCPACSWingComponentSegment&

◆ GetComponentSegment() [2/3]

TIGL_EXPORT const CCPACSWingComponentSegment& tigl::CCPACSWing::GetComponentSegment ( const int index ) const

Returns the segment for a given index.

Parameters

index Segment index

Returns: CCPACSWingComponentSegment&

◆ GetComponentSegment() [3/3]

TIGL_EXPORT CCPACSWingComponentSegment& tigl::CCPACSWing::GetComponentSegment ( const std::string & uid )

Returns the segment for a given uid.

Parameters

uid	Segment UID

Returns: CCPACSWingComponentSegment&

◆ GetComponentSegmentCount()

TIGL_EXPORT int tigl::CCPACSWing::GetComponentSegmentCount ( ) const

Returns the number of component segments of the wing.

Returns: int

◆ GetComponentType()

TIGL_EXPORT TiglGeometricComponentType tigl::CCPACSWing::GetComponentType ( ) const

inlineoverridevirtual

Returns the Component Type TIGL_COMPONENT_WING or TIGL_COMPONENT_ROTORBLADE.

Implements tigl::ITiglGeometricComponent.

◆ GetConfiguration()

TIGL_EXPORT CCPACSConfiguration& tigl::CCPACSWing::GetConfiguration ( ) const

Returns the parent configuration.

Returns: CCPACSConfiguration&

◆ GetCTiglElements()

TIGL_EXPORT std::vector<CTiglSectionElement* > tigl::CCPACSWing::GetCTiglElements ( ) const

◆ GetDefaultedUID()

TIGL_EXPORT std::string tigl::CCPACSWing::GetDefaultedUID ( ) const

overridevirtual

Implements tigl::ITiglGeometricComponent.

◆ GetDihedral()

TIGL_EXPORT double tigl::CCPACSWing::GetDihedral ( double chordPercentage = 0.25 ) const

◆ GetGuideCurvePoints()

TIGL_EXPORT std::vector<gp_Pnt> tigl::CCPACSWing::GetGuideCurvePoints ( )

Returns all points that define the guide curves.

Returns: std::vector<gp_Pnt> Returns a vector containing all points definig the guide curves

◆ GetGuideCurveSegment()

TIGL_EXPORT CCPACSGuideCurve& tigl::CCPACSWing::GetGuideCurveSegment ( std::string uid )

Get the guide curve segment (partial guide curve) with a given UID.

Parameters

uid	UID of the segment

Returns: CCPACSGuideCurve&

◆ GetGuideCurveStartParameters()

TIGL_EXPORT std::vector<double> tigl::CCPACSWing::GetGuideCurveStartParameters ( ) const

Returns the relative circumference parameters (as defined in CPACS) (These parameters are calculated to scale the guide curve wire and construct the guide curves)

Returns: std::vector<double>

◆ GetGuideCurveWires()

TIGL_EXPORT TopoDS_Compound tigl::CCPACSWing::GetGuideCurveWires ( ) const

Returns a wire consisting of all guide curves as a compound.

Returns: TopoDS_Compound

◆ GetLoftWithCutouts()

TIGL_EXPORT TopoDS_Shape tigl::CCPACSWing::GetLoftWithCutouts ( )

Returns the wing loft with cut out control surface.

Returns: TopoDS_Shape Returns the wing shape with cutouts

◆ GetLoftWithLeadingEdge()

TIGL_EXPORT TopoDS_Shape& tigl::CCPACSWing::GetLoftWithLeadingEdge ( )

Returns the rebuilt loft of the whole wing with modeled leading edge, if wing shape rebuild is indicated.

Returns: TopoDS_Shape& Returns the wing shape

◆ GetLowerPoint()

TIGL_EXPORT gp_Pnt tigl::CCPACSWing::GetLowerPoint	(	int	segmentIndex,
		double	eta,
		double	xsi
	)

Returns the lower point in absolute (world) coordinates for a given segment, eta, xsi (calculated output may be influenced by setting different value for Enum getPointBehavior)

Parameters

segmentIndex
eta
xsi

Returns: gp_nP

◆ GetLowerShape()

TIGL_EXPORT TopoDS_Shape& tigl::CCPACSWing::GetLowerShape ( )

Returns lower loft of the wing and builds it if shells require rebuild.

Returns: TooDS_Shape

◆ GetOrderedConnectedElement()

TIGL_EXPORT std::vector<std::string> tigl::CCPACSWing::GetOrderedConnectedElement ( )

overridevirtual

Return the current connected element uids in order for this component (wing or fuselage)

Returns

Implements tigl::CreateConnectedElementI.

◆ GetPositioningTransformation()

TIGL_EXPORT CTiglTransformation tigl::CCPACSWing::GetPositioningTransformation ( std::string sectionUID )

Returns the positioning transformation for a given section uid.

Parameters

sectionUID

Returns: CTiglTransformation

◆ GetReferenceArea() [1/2]

TIGL_EXPORT double tigl::CCPACSWing::GetReferenceArea ( TiglSymmetryAxis symPlane ) const

Returns the reference area of the wing by taking account the quadrilateral portions of each wing segment by projecting the wing segments into the plane defined by the user.

Parameters

symPlane The TiglSymmetryAxis is defined as follows: TIGL_NO_SYMMETRY = 0, TIGL_X_Y_PLANE = 1, TIGL_X_Z_PLANE = 2, TIGL_Y_Z_PLANE = 3, TIGL_INHERIT_SYMMETRY = 4

Returns: double

◆ GetReferenceArea() [2/2]

TIGL_EXPORT double tigl::CCPACSWing::GetReferenceArea ( ) const

Returns the reference area of the wing in the plane normal to the major direction.

Returns: double

◆ GetRootLEPosition()

TIGL_EXPORT CTiglPoint tigl::CCPACSWing::GetRootLEPosition ( ) const

◆ GetSection() [1/2]

TIGL_EXPORT CCPACSWingSection& tigl::CCPACSWing::GetSection ( int index )

Returns the section for a given index.

Returns: CCPACSWingSection&

◆ GetSection() [2/2]

TIGL_EXPORT const CCPACSWingSection& tigl::CCPACSWing::GetSection ( int index ) const

Returns the section for a given index.

Returns: CCPACSWingSection&

◆ GetSectionCount()

TIGL_EXPORT int tigl::CCPACSWing::GetSectionCount ( ) const

Get section count.

Returns: int

◆ GetSegment() [1/4]

TIGL_EXPORT CCPACSWingSegment& tigl::CCPACSWing::GetSegment ( const int index )

Returns the segment for a given index.

Parameters

index Segment index

Returns: CCPACSWingSegment&

◆ GetSegment() [2/4]

TIGL_EXPORT const CCPACSWingSegment& tigl::CCPACSWing::GetSegment ( const int index ) const

Returns the segment for a given index.

Parameters

index Segment index

Returns: CCPACSWingSegment&

◆ GetSegment() [3/4]

TIGL_EXPORT CCPACSWingSegment& tigl::CCPACSWing::GetSegment ( std::string uid )

Returns the segment for a given uid.

Parameters

uid	Segment UID

Returns: CCPACSWingSegment&

◆ GetSegment() [4/4]

TIGL_EXPORT const CCPACSWingSegment& tigl::CCPACSWing::GetSegment ( std::string uid ) const

Returns the segment for a given uid.

Parameters

uid	Segment UID

Returns: CCPACSWingSegment&

◆ GetSegmentCount()

TIGL_EXPORT int tigl::CCPACSWing::GetSegmentCount ( ) const

Returns the number of segments of the wing.

Parameters

index

Returns: int

◆ GetSegmentEtaXsi()

TIGL_EXPORT int tigl::CCPACSWing::GetSegmentEtaXsi	(	const gp_Pnt &	xyz,
		double &	eta,
		double &	xsi,
		bool &	onTop
	)

Calculates the segment coordinates from global (x,y,z) coordinates If x,y,z does not belong to any segment, -1 is returned.

Parameters

	xyz	Global (x,y,z) coordinates
[in]	eta
[in]	xsi
[out]	eta
[out]	xsi
	onTop

Returns: int Returns -1 if x,y,z does not belong to any segment

◆ GetShortShapeName()

std::string tigl::CCPACSWing::GetShortShapeName ( ) const

private

◆ GetSurfaceArea()

TIGL_EXPORT double tigl::CCPACSWing::GetSurfaceArea ( )

Returns the surface area of this wing.

Returns: double

◆ GetSweep()

TIGL_EXPORT double tigl::CCPACSWing::GetSweep ( double chordPercentage = 0.25 ) const

◆ GetUpperPoint()

TIGL_EXPORT gp_Pnt tigl::CCPACSWing::GetUpperPoint	(	int	segmentIndex,
		double	eta,
		double	xsi
	)

Returns the upper point in absolute (world) coordinates for a given segment, eta, xsi (calculated output may be influenced by setting different value for Enum getPointBehavior)

Parameters

segmentIndex
eta
xsi

Returns: gp_nP

◆ GetUpperShape()

TIGL_EXPORT TopoDS_Shape& tigl::CCPACSWing::GetUpperShape ( )

Returns upper loft of the wing and builds it if shells require rebuild.

Returns: TopoDS_Shape

◆ GetVolume()

TIGL_EXPORT double tigl::CCPACSWing::GetVolume ( )

Returns the volume of this wing (corresponding to CPACS conventions the result will be in SI-units)

Returns: double

◆ GetWettedArea()

TIGL_EXPORT double tigl::CCPACSWing::GetWettedArea ( TopoDS_Shape parent ) const

Returns wetted Area.

Parameters

parent

Returns: double

◆ GetWingCleanShape()

TIGL_EXPORT PNamedShape tigl::CCPACSWing::GetWingCleanShape ( ) const

Returns the wing shape without flaps cut out.

Returns: PNamedShape

◆ GetWingHalfSpan()

TIGL_EXPORT double tigl::CCPACSWing::GetWingHalfSpan ( )

Returns the half span of the wing If the wing is not mirrored, return the whole width.

Remarks: The span is computed using bounding Box. So, the result may no be exactly correct

Returns: half span of the wing

◆ GetWingMAC()

TIGL_EXPORT void tigl::CCPACSWing::GetWingMAC	(	double &	mac_chord,
		double &	mac_x,
		double &	mac_y,
		double &	mac_z
	)		const

Returns the mean aerodynamic chord of the wing.

Parameters

mac_chord
mac_x
may_y
mac_z

◆ GetWingspan()

TIGL_EXPORT double tigl::CCPACSWing::GetWingspan ( ) const

◆ GroupedFlapsAndWingShapes()

PNamedShape tigl::CCPACSWing::GroupedFlapsAndWingShapes ( ) const

private

◆ Handle() [1/2]

TIGL_EXPORT tigl::CCPACSWing::Handle ( Geom_Surface )

Returns the lower Surface of a Segment.

Parameters

index Index of the segment

Returns: Handle(Geom_Surface) Returns Handle to the lower surface of a segment

◆ Handle() [2/2]

TIGL_EXPORT tigl::CCPACSWing::Handle ( Geom_Surface )

Returns the upper Surface of a Segment.

Parameters

index Index of the segment

Returns: Handle(Geom_Surface) Returns Handle to the upper surface of a segment

◆ InvalidateImpl()

void tigl::CCPACSWing::InvalidateImpl ( const boost::optional< std::string > & source ) const

overrideprivatevirtual

Reimplemented from tigl::CTiglUIDObject.

◆ IsRotorBlade()

TIGL_EXPORT bool tigl::CCPACSWing::IsRotorBlade ( ) const

Returns whether this wing is a rotor blade.

Returns: bool

◆ ReadCPACS()

TIGL_EXPORT void tigl::CCPACSWing::ReadCPACS	(	const TixiDocumentHandle &	tixiHandle,
		const std::string &	wingXPath
	)

overridevirtual

Reimplemented from tigl::generated::CPACSWing.

◆ Scale()

TIGL_EXPORT void tigl::CCPACSWing::Scale ( double scaleF )

Scale the wing uniformly. The root leading point stay at the same position.

Parameters

scaleF the scale factor

◆ SetAllAirfoils()

TIGL_EXPORT void tigl::CCPACSWing::SetAllAirfoils ( const std::string & profileUID )

Set the airfoil uid of all the section elements of this wing.

Parameters

profileUID ; the airfoil UID to use

◆ SetAreaKeepAR()

TIGL_EXPORT void tigl::CCPACSWing::SetAreaKeepAR ( double newArea )

Set the wing reference area while keeping the aspect ratio constant. The area is set scaling the wing uniformly.

Remarks: The span will change.

Parameters

newArea

◆ SetAreaKeepSpan()

TIGL_EXPORT void tigl::CCPACSWing::SetAreaKeepSpan ( double newArea )

Set the wing reference area while keeping the span constant. To obtain the wanted area each airfoil is scaled by the same factor. The leading point of each airfoil stay at the same position.

Remarks: The aspect ratio will change.; The tip airfoil is also scaled, so it is possible that the the span change slighly if the tip airfoil is not parallel to the deep axis.

Parameters

newArea

◆ SetARKeepArea()

TIGL_EXPORT void tigl::CCPACSWing::SetARKeepArea ( double newAR )

Set the wing aspect ratio (AR) while keeping the area constant. The span will change so that the AR is reached.

Parameters

newAR

◆ SetARKeepSpan()

TIGL_EXPORT void tigl::CCPACSWing::SetARKeepSpan ( double newAR )

Set the wing aspect ratio (AR) while keeping the span constant. The area will change so that the AR is reached.

Parameters

newAR

◆ SetBuildFlaps()

TIGL_EXPORT void tigl::CCPACSWing::SetBuildFlaps ( bool enabled )

Determines, whether the wing should be modeled with the flaps or not.

Parameters

enabled Set 'True' if wing should be built with flags

◆ SetDihedral()

TIGL_EXPORT void tigl::CCPACSWing::SetDihedral	(	double	dihedralAngle,
		double	chordPercentage = `0.25`
	)

◆ SetHalfSpanKeepAR()

TIGL_EXPORT void tigl::CCPACSWing::SetHalfSpanKeepAR ( double newHalfSpan )

Set the wing half span while keeping the aspect ratio constant. The span is set scaling the wing uniformly.

Remarks: The area will change.

Parameters

newArea

◆ SetHalfSpanKeepArea()

TIGL_EXPORT void tigl::CCPACSWing::SetHalfSpanKeepArea ( double newHalfSpan )

Set the wing half span while keeping the area constant. The span is set by first scaling the wing uniformly, then resetting the area while keeping the span constant.

Remarks: The aspect ratio will change.

Parameters

newArea

◆ SetParentUID()

TIGL_EXPORT void tigl::CCPACSWing::SetParentUID ( const boost::optional< std::string > & value )

overridevirtual

Reimplemented from tigl::generated::CPACSWing.

◆ SetRootLEPosition()

TIGL_EXPORT void tigl::CCPACSWing::SetRootLEPosition ( CTiglPoint newRootPosition )

◆ SetRotation()

TIGL_EXPORT void tigl::CCPACSWing::SetRotation ( CTiglPoint newRot )

◆ SetSweep()

TIGL_EXPORT void tigl::CCPACSWing::SetSweep	(	double	sweepAngle,
		double	chordPercentage = `0.25`
	)

◆ SetSymmetryAxis()

TIGL_EXPORT void tigl::CCPACSWing::SetSymmetryAxis ( const TiglSymmetryAxis & axis )

overridevirtual

Reimplemented from tigl::CTiglRelativelyPositionedComponent.

◆ SetWingHelper()

void tigl::CCPACSWing::SetWingHelper ( CTiglWingHelper & cache ) const

protected

◆ Update()

void tigl::CCPACSWing::Update ( )

protected

Friends And Related Function Documentation

◆ CCPACSWingComponentSegment

friend class CCPACSWingComponentSegment

friend

◆ CCPACSWingSegment

friend class CCPACSWingSegment

friend

◆ CTiglStandardizer

friend class CTiglStandardizer

friend

◆ CTiglWingBuilder

friend class CTiglWingBuilder

friend

Field Documentation

◆ buildFlaps

bool tigl::CCPACSWing::buildFlaps

private

Indicates if the wing's loft shall include flaps

◆ configuration

CCPACSConfiguration* tigl::CCPACSWing::configuration

private

Parent configuration

◆ fusedElements

FusedElementsContainerType tigl::CCPACSWing::fusedElements

private

Stores already fused segments

◆ fusedSegmentWithEdge

TopoDS_Shape tigl::CCPACSWing::fusedSegmentWithEdge

private

All Segments in one shape plus modelled leading edge

◆ getPointBehavior

TiglGetPointBehavior tigl::CCPACSWing::getPointBehavior {asParameterOnSurface}

sets behavior of the GetPoint-function (default: asParameterOnSurface)

◆ guideCurves

Cache<LocatedGuideCurves, CCPACSWing> tigl::CCPACSWing::guideCurves

private

◆ isRotorBlade

bool tigl::CCPACSWing::isRotorBlade

private

Indicates if this wing is a rotor blade

◆ lowerShape

TopoDS_Shape tigl::CCPACSWing::lowerShape

private

◆ myVolume

double tigl::CCPACSWing::myVolume

private

Volume of this Wing

◆ rebuildFusedSegWEdge

bool tigl::CCPACSWing::rebuildFusedSegWEdge

mutableprivate

Indicates if segmentation fusing need rebuild

◆ rebuildShells

bool tigl::CCPACSWing::rebuildShells

mutableprivate

◆ upperShape

TopoDS_Shape tigl::CCPACSWing::upperShape

private

◆ wingCleanShape

Cache<PNamedShape, CCPACSWing> tigl::CCPACSWing::wingCleanShape

private

Clean wing surface without flaps cutout

◆ wingHelper

Cache<CTiglWingHelper, CCPACSWing> tigl::CCPACSWing::wingHelper

private

◆ wingShapeWithCutouts

Cache<PNamedShape, CCPACSWing> tigl::CCPACSWing::wingShapeWithCutouts

private

Wing without flaps / flaps removed

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

CCPACSWing.h

Data Structures

Public Member Functions

Data Fields

Protected Member Functions

Private Member Functions

Private Attributes

Friends

Additional Inherited Members

Constructor & Destructor Documentation

◆ CCPACSWing() [1/2]

◆ CCPACSWing() [2/2]

◆ ~CCPACSWing()

Member Function Documentation

◆ BuildFusedSegments()

◆ BuildGuideCurveWires()

◆ BuildLoft()

◆ BuildUpperLowerShells()

◆ BuildWingWithCutouts()

◆ Cleanup()

◆ CreateNewConnectedElementAfter()

◆ CreateNewConnectedElementBefore()

◆ CreateNewConnectedElementBetween()

◆ DeleteConnectedElement()

◆ GetAllUsedAirfoils()

◆ GetAspectRatio()

◆ GetChordPoint()

◆ GetComponentIntent()

◆ GetComponentSegment() [1/3]

◆ GetComponentSegment() [2/3]

◆ GetComponentSegment() [3/3]

◆ GetComponentSegmentCount()

◆ GetComponentType()

◆ GetConfiguration()

◆ GetCTiglElements()

◆ GetDefaultedUID()

◆ GetDihedral()

◆ GetGuideCurvePoints()

◆ GetGuideCurveSegment()

◆ GetGuideCurveStartParameters()

◆ GetGuideCurveWires()

◆ GetLoftWithCutouts()

◆ GetLoftWithLeadingEdge()

◆ GetLowerPoint()

◆ GetLowerShape()

◆ GetOrderedConnectedElement()

◆ GetPositioningTransformation()

◆ GetReferenceArea() [1/2]

◆ GetReferenceArea() [2/2]

◆ GetRootLEPosition()

◆ GetSection() [1/2]

◆ GetSection() [2/2]

◆ GetSectionCount()

◆ GetSegment() [1/4]

◆ GetSegment() [2/4]

◆ GetSegment() [3/4]

◆ GetSegment() [4/4]

◆ GetSegmentCount()

◆ GetSegmentEtaXsi()

◆ GetShortShapeName()

◆ GetSurfaceArea()

◆ GetSweep()

◆ GetUpperPoint()

◆ GetUpperShape()

◆ GetVolume()

◆ GetWettedArea()

◆ GetWingCleanShape()

◆ GetWingHalfSpan()

◆ GetWingMAC()

◆ GetWingspan()

◆ GroupedFlapsAndWingShapes()

◆ Handle() [1/2]

◆ Handle() [2/2]

◆ InvalidateImpl()

◆ IsRotorBlade()

◆ ReadCPACS()

◆ Scale()

◆ SetAllAirfoils()

◆ SetAreaKeepAR()

◆ SetAreaKeepSpan()

◆ SetARKeepArea()