tigl::generated::CPACSRotorBlades Class Reference

rotorBladesType More...

#include <CPACSRotorBlades.h>

Inheritance diagram for tigl::generated::CPACSRotorBlades:

Public Member Functions
virtual TIGL_EXPORT CCPACSWing &	AddRotorBlade ()
TIGL_EXPORT	CPACSRotorBlades (CCPACSRotorcraftModel *parent, CTiglUIDManager *uidMgr)
virtual TIGL_EXPORT CTiglUIDObject *	GetNextUIDParent ()
virtual TIGL_EXPORT const CTiglUIDObject *	GetNextUIDParent () const
TIGL_EXPORT CCPACSRotorcraftModel *	GetParent ()
TIGL_EXPORT const CCPACSRotorcraftModel *	GetParent () const
virtual TIGL_EXPORT const std::vector< std::unique_ptr< CCPACSWing > > &	GetRotorBlades () const
virtual TIGL_EXPORT std::vector< std::unique_ptr< CCPACSWing > > &	GetRotorBlades ()
TIGL_EXPORT CTiglUIDManager &	GetUIDManager ()
TIGL_EXPORT const CTiglUIDManager &	GetUIDManager () const
virtual TIGL_EXPORT void	ReadCPACS (const TixiDocumentHandle &tixiHandle, const std::string &xpath)
virtual TIGL_EXPORT void	RemoveRotorBlade (CCPACSWing &ref)
virtual TIGL_EXPORT void	WriteCPACS (const TixiDocumentHandle &tixiHandle, const std::string &xpath) const
virtual TIGL_EXPORT	~CPACSRotorBlades ()

Protected Attributes
CCPACSRotorcraftModel *	m_parent
std::vector< std::unique_ptr< CCPACSWing > >	m_rotorBlades
	Rotor blade geometries are defined using the same data structure as wings (wingType). But in order to be compatible with the other rotor blade related types (e.g. rotorType, rotorHubType, rotorHubHingeType) there are some additional conventions/requirements regarding the definition and orientation of rotorBlade geometries: see remarks. More...
CTiglUIDManager *	m_uidMgr

Private Member Functions
	CPACSRotorBlades (const CPACSRotorBlades &)=delete
	CPACSRotorBlades (CPACSRotorBlades &&)=delete
CPACSRotorBlades &	operator= (const CPACSRotorBlades &)=delete
CPACSRotorBlades &	operator= (CPACSRotorBlades &&)=delete

Detailed Description

rotorBladesType

RotorBlades type, containing all the rotor blade gometry definitions of an rotorcraft model. Rotor blade geometries are defined using the same data structure as wings (wingType). But in order to be compatible with the other rotor blade related types (e.g. rotorType, rotorHubType, rotorHubHingeType) there are some additional conventions/requirements regarding the definition and orientation of rotorBlade geometries: Rotor blades should be positioned relative to the global z-axis the way they will be positioned to the rotor shaft (when blade azimuth=0deg). The global x-axis should be used as radial axis (usually the quarter chord line of the rotor blade coincides to a great extent with the x-axis of the rotor blade coordinate system). All sections should be positioned in the positive x halfspace. Segments should connect sections with ascending x coordinates. Airfoils defined in the rotorAirfoils node should be used instead airfoils from the wingAirfoils node.

See also

rotorBlade_cs01

Constructor & Destructor Documentation

CPACSRotorBlades() [1/3]

TIGL_EXPORT tigl::generated::CPACSRotorBlades::CPACSRotorBlades	(	CCPACSRotorcraftModel *	parent,
		CTiglUIDManager *	uidMgr
	)

~CPACSRotorBlades()

virtual TIGL_EXPORT tigl::generated::CPACSRotorBlades::~CPACSRotorBlades ( )

virtual

CPACSRotorBlades() [2/3]

tigl::generated::CPACSRotorBlades::CPACSRotorBlades ( const CPACSRotorBlades &  )

privatedelete

CPACSRotorBlades() [3/3]

tigl::generated::CPACSRotorBlades::CPACSRotorBlades ( CPACSRotorBlades &&  )

privatedelete

Member Function Documentation

AddRotorBlade()

virtual TIGL_EXPORT CCPACSWing& tigl::generated::CPACSRotorBlades::AddRotorBlade ( )

virtual

GetNextUIDParent() [1/2]

virtual TIGL_EXPORT CTiglUIDObject* tigl::generated::CPACSRotorBlades::GetNextUIDParent ( )

virtual

GetNextUIDParent() [2/2]

virtual TIGL_EXPORT const CTiglUIDObject* tigl::generated::CPACSRotorBlades::GetNextUIDParent ( ) const

virtual

GetParent() [1/2]

TIGL_EXPORT CCPACSRotorcraftModel* tigl::generated::CPACSRotorBlades::GetParent

(

)

GetParent() [2/2]

TIGL_EXPORT const CCPACSRotorcraftModel* tigl::generated::CPACSRotorBlades::GetParent

(

)

const

GetRotorBlades() [1/2]

virtual TIGL_EXPORT const std::vector<std::unique_ptr<CCPACSWing> >& tigl::generated::CPACSRotorBlades::GetRotorBlades ( ) const

virtual

GetRotorBlades() [2/2]

virtual TIGL_EXPORT std::vector<std::unique_ptr<CCPACSWing> >& tigl::generated::CPACSRotorBlades::GetRotorBlades ( )

virtual

GetUIDManager() [1/2]

TIGL_EXPORT CTiglUIDManager& tigl::generated::CPACSRotorBlades::GetUIDManager

(

)

GetUIDManager() [2/2]

TIGL_EXPORT const CTiglUIDManager& tigl::generated::CPACSRotorBlades::GetUIDManager

(

)

const

operator=() [1/2]

CPACSRotorBlades& tigl::generated::CPACSRotorBlades::operator= ( const CPACSRotorBlades &  )

privatedelete

operator=() [2/2]

CPACSRotorBlades& tigl::generated::CPACSRotorBlades::operator= ( CPACSRotorBlades &&  )

privatedelete

ReadCPACS()

virtual TIGL_EXPORT void tigl::generated::CPACSRotorBlades::ReadCPACS ( const TixiDocumentHandle &  tixiHandle, const std::string &  xpath  )

virtual

RemoveRotorBlade()

virtual TIGL_EXPORT void tigl::generated::CPACSRotorBlades::RemoveRotorBlade ( CCPACSWing &  ref )

virtual

WriteCPACS()

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

virtual

Field Documentation

m_parent

CCPACSRotorcraftModel* tigl::generated::CPACSRotorBlades::m_parent

protected

m_rotorBlades

std::vector<std::unique_ptr<CCPACSWing> > tigl::generated::CPACSRotorBlades::m_rotorBlades

protected

Rotor blade geometries are defined using the same data structure as wings (wingType). But in order to be compatible with the other rotor blade related types (e.g. rotorType, rotorHubType, rotorHubHingeType) there are some additional conventions/requirements regarding the definition and orientation of rotorBlade geometries: see remarks.

m_uidMgr

CTiglUIDManager* tigl::generated::CPACSRotorBlades::m_uidMgr

protected

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

• CPACSRotorBlades.h