tigl Namespace Reference

The CTiglShapeCache class acts as a storage for all kinds of intermediate shape results in order to improve speed of reoccurent calculations. More...

Namespaces
namespace	ControlSurfaceDeviceHelper
namespace	disable_adl
namespace	generated
namespace	WingCellInternal
namespace	winghelper

Data Structures
class	any
	A class that can hold any other object. Similar to boost::any but includes also a from_string method. More...
struct	BoundingBoxHeightWidth
class	BRepOptions
class	Cache
class	CCADExporterBuilder
class	CControlSurfaceBorderBuilder
class	CCPACSACSystems
class	CCPACSAircraftModel
class	CCPACSCargoCrossBeamsAssembly
class	CCPACSCargoCrossBeamStrutsAssembly
class	CCPACSComponent
	Geometric component representing a CPACS <component> within systems. More...
class	CCPACSConfiguration
class	CCPACSConfigurationManager
class	CCPACSControlSurfaceBorderLeadingEdge
class	CCPACSControlSurfaceBorderTrailingEdge
class	CCPACSControlSurfaceOuterShapeLeadingEdge
class	CCPACSControlSurfaceOuterShapeTrailingEdge
class	CCPACSControlSurfaces
class	CCPACSControlSurfaceSteps
class	CCPACSControlSurfaceWingCutOut
class	CCPACSCrossBeamAssemblyPosition
class	CCPACSCrossBeamStrutAssemblyPosition
class	CCPACSCurveParamPointMap
class	CCPACSCurvePoint
class	CCPACSCurvePointListXYZ
class	CCPACSDeckComponentBase
	Representing a CPACS <deck> element. More...
class	CCPACSDecksDeck
class	CCPACSDoorAssemblyPosition
class	CCPACSDuct
class	CCPACSDuctAssembly
class	CCPACSDucts
class	CCPACSDuctStructure
class	CCPACSEnginePosition
class	CCPACSEnginePositions
class	CCPACSEnginePylon
class	CCPACSEtaIsoLine
class	CCPACSEtaXsiPoint
class	CCPACSExternalObject
class	CCPACSExternalObjects
class	CCPACSFarField
class	CCPACSFrame
class	CCPACSFramesAssembly
class	CCPACSFuelTank
class	CCPACSFuselage
class	CCPACSFuselageProfile
class	CCPACSFuselageProfileGetPointAlgo
class	CCPACSFuselageProfiles
class	CCPACSFuselages
class	CCPACSFuselageSection
class	CCPACSFuselageSectionElement
class	CCPACSFuselageSectionElements
class	CCPACSFuselageSections
class	CCPACSFuselageSegment
class	CCPACSFuselageSegments
class	CCPACSFuselageStringer
class	CCPACSFuselageStringerFramePosition
class	CCPACSFuselageStructure
class	CCPACSGenericSystem
class	CCPACSGenericSystems
class	CCPACSGuideCurve
class	CCPACSGuideCurveAlgo
class	CCPACSGuideCurveProfile
class	CCPACSGuideCurves
class	CCPACSLeadingEdgeDevice
class	CCPACSLongFloorBeam
class	CCPACSLongFloorBeamPosition
class	CCPACSLongFloorBeamsAssembly
class	CCPACSMaterialDefinition
class	CCPACSNacelleCenterCowl
class	CCPACSNacelleCowl
class	CCPACSNacelleGuideCurves
class	CCPACSNacelleProfile
class	CCPACSNacelleSection
class	CCPACSNacelleSections
class	CCPACSPoint
class	CCPACSPointAbsRel
class	CCPACSPointListRelXYZVector
class	CCPACSPointListXY
class	CCPACSPointListXYVector
class	CCPACSPointXY
class	CCPACSPositioning
class	CCPACSPositionings
class	CCPACSPressureBulkhead
class	CCPACSPressureBulkheadAssembly
class	CCPACSPressureBulkheadAssemblyPosition
class	CCPACSProfileBasedStructuralElement
class	CCPACSRotationCurve
class	CCPACSRotor
class	CCPACSRotorBladeAttachment
class	CCPACSRotorBladeAttachments
class	CCPACSRotorBlades
class	CCPACSRotorcraftModel
class	CCPACSRotorHinge
class	CCPACSRotorHinges
class	CCPACSRotorHub
class	CCPACSRotorProfiles
class	CCPACSRotors
class	CCPACSSheetList
class	CCPACSSkin
class	CCPACSSkinSegment
class	CCPACSStringersAssembly
class	CCPACSStringVector
class	CCPACSSystemArchitecture
class	CCPACSSystemConnection
class	CCPACSTrailingEdgeDevice
class	CCPACSTransformation
class	CCPACSTransformationSE3
class	CCPACSVessel
class	CCPACSVesselStructure
class	CCPACSWallPosition
class	CCPACSWalls
class	CCPACSWallSegment
class	CCPACSWing
class	CCPACSWingCell
class	CCPACSWingCellPositionChordwise
class	CCPACSWingCellPositionSpanwise
class	CCPACSWingCells
class	CCPACSWingComponentSegment
	A CCPACSWingComponentSegment is a part of the wing that consists of several adjacent segments. Component segments are used to define the relative position of the internal wing structural elements and fuel tanks, control devices, and the wing fuselage attachment. More...
class	CCPACSWingComponentSegments
class	CCPACSWingCSStructure
class	CCPACSWingProfile
class	CCPACSWingProfileCST
class	CCPACSWingProfileFactory
class	CCPACSWingProfileGetPointAlgo
class	CCPACSWingProfiles
class	CCPACSWingRibCrossSection
class	CCPACSWingRibExplicitPositioning
class	CCPACSWingRibRotation
class	CCPACSWingRibsDefinition
class	CCPACSWingRibsDefinitions
class	CCPACSWingRibsPositioning
class	CCPACSWings
class	CCPACSWingSection
class	CCPACSWingSectionElement
class	CCPACSWingSectionElements
class	CCPACSWingSections
class	CCPACSWingSegment
class	CCPACSWingSegments
class	CCPACSWingShell
class	CCPACSWingSparPosition
class	CCPACSWingSparPositions
class	CCPACSWingSparPositionUIDs
class	CCPACSWingSpars
class	CCPACSWingSparSegment
class	CCPACSWingSparSegments
class	CCPACSXsiIsoLine
class	CCSTCurveBuilder
	The CCSTCurveBuilder class generates a B-Spline Curve from a CST parameterization. More...
class	CFunctionToBspline
	The FunctionToBspline class can be used to approximate an arbitrary 3D function with a B-Spline. More...
class	CGlobalExporterConfigs
class	CGroupShapes
class	CheckedMutex
class	ColladaOptions
class	COptionList
class	CPointsToLinearBSpline
	This class creates a linaer B-Spline interpolation of the given points. More...
struct	CreateIfNotExistsTag
class	CTiglAbstractGeometricComponent
class	CTiglAbstractSegment
class	CTiglApproximateBsplineWire
struct	CTiglApproxResult
class	CTiglArcLengthReparameterization
	This provides an algorithm for an arc-length reparameterization of a bspline curve. More...
class	CTiglAttachedRotorBlade
class	CTiglBSplineAlgorithms
class	CTiglBSplineApproxInterp
class	CTiglCADExporter
	Abstract base class for CAD exports. More...
class	CTiglCompoundSurface
class	CTiglConcatSurfaces
class	CTiglConsoleLogger
class	CTiglControlSurfaceBorderCoordinateSystem
	Defines a coordinate system for the wing flap border. More...
class	CTiglControlSurfaceTransformation
class	CTiglCurveConnector
class	CTiglCurveNetworkSorter
class	CTiglCurvesToSurface
class	CTiglElementGeometryBuilder
class	CTiglElementMassBuilder
class	CTiglEngineNacelleBuilder
class	CTiglEnginePylonBuilder
class	CTiglError
class	CTiglExportBrep
class	CTiglExportCollada
class	CTiglExporterFactory
class	CTiglExportIges
class	CTiglExportStep
class	CTiglExportStl
class	CTiglExportVtk
class	CTiglFileLogger
class	CTiglFuselageConnection
class	CTiglFuselageHelper
class	CTiglFuselageSectionElement
class	CTiglFuselageSegmentGuidecurveBuilder
	The CTiglFuselageSegmentGuidecurveBuilder can build several guide curves for one fuselage segment. More...
class	CTiglFusePlane
class	CTiglGordonSurfaceBuilder
	This class is basically a helper class for the tigl::CTiglInterpolateCurveNetwork algorithm. More...
class	CTiglImporterFactory
class	CTiglInterpolateBsplineWire
class	CTiglInterpolateCurveNetwork
	Curve network interpolation with gordon surfaces. More...
class	CTiglInterpolateLinearWire
class	CTiglInterpolatePointsWithKinks
	This algorithm allows to interpolate a list of points. More...
class	CTiglIntersectionCalculation
class	CTiglLogging
class	CTiglLogSplitter
struct	CTiglMassInertia
class	CTiglMemoryPool
class	CTiglNACA4Calculator
class	CTiglNACA4LowerCurve
class	CTiglNACA4UpperCurve
class	CTiglNacelleGuideCurveBuilder
class	CTiglOptimizer
class	CTiglOptUIDObject
	Specialization of CTiglUIDObject for classes with optional UID. More...
class	CTiglPatchShell
	The CTiglPatchShell class can be used to create watertight geometries and solids from a TopoDS_Shell consisting of several faces. Side Caps for holes can be added by supplying the boundary of the hole as a TopoDS_Wire. By Default the algorithm tries to make a solid. Use SetMakeSolid(false) to make a closed shell. More...
class	CTiglPoint
class	CTiglPointsToBSplineInterpolation
	Implements the b-spline interpolation algorithm as described by Park (2000): Choosing nodes and knots in closed B-spline curve interpolation to point data. More...
class	CTiglPointTranslator
class	CTiglPolyData
class	CTiglPolyDataTools
class	CTiglPolygon
class	CTiglPolyObject
class	CTiglProjectOnLinearSpline
class	CTiglProjectPointOnCurveAtAngle
class	CTiglRectGridSurface
	The CTiglRectGridSurface class represents a collection of faces arranged in a rectangular grid. Optionally, the faces can be annotated using a custom type. More...
class	CTiglRelativelyPositionedComponent
class	CTiglReqUIDObject
	Specialization of CTiglUIDObject for classes with required UID. More...
class	CTiglSectionElement
class	CTiglShapeCache
class	CTiglShapeGeomComponentAdaptor
class	CTiglStandardizer
class	CTiglStepReader
class	CTiglStringerFrameBorderedObject
class	CTiglTopoAlgorithms
class	CTiglTransformation
class	CTiglTriangularizer
class	CTiglTypeRegistry
class	CTiglUIDManager
class	CTiglUIDObject
	Abstract base class of all classes providing an UID. More...
class	CTiglWingBuilder
class	CTiglWingChordface
class	CTiglWingConnection
class	CTiglWingHelper
class	CTiglWingProfileNACA
class	CTiglWingProfilePointList
class	CTiglWingSectionElement
class	CTiglWingSegmentGuidecurveBuilder
	The CTiglWingSegmentGuidecurveBuilder can build several guide curves for one wing segment. More...
class	CTiglWingSegmentList
class	CTiglWingStructureReference
struct	CurveIntersectionResult
class	CWireToCurve
	This class converts a TopoDS_Wire objects to a bspline curve by converting all edges to b-spline concatenating all splines to a resulting b-spline. More...
class	DebugScope
class	DebugStream_
class	DefaultExporterOption
class	DefaultShapeExportOptions
class	DummyLogger_
struct	EtaXsi
class	ExporterOptions
class	ICADExporterBuilder
class	ICADImporterCreator
class	ICADImporterCreatorImpl
class	IgesOptions
class	IgesShapeOptions
class	IGuideCurveBuilder
class	ITiglCADImporter
	The ITiglCADImporter Interface class should be common for all CAD importing implementations. More...
class	ITiglFuselageDuctStructure
	The ITiglFuselageDuctStructure class provides some common geometric functionality needed by structural elements of ducts, fuselages, and vessels. More...
class	ITiglGeometricComponent
class	ITiglLogger
class	ITiglObjectiveFunction
class	ITiglUIDRefObject
	Abstract interface for all classes referencing at least one UID. More...
class	ITiglWingProfileAlgo
class	ITiglWireAlgorithm
class	ListFunctions
class	MathFunc1d
class	MathFunc3d
struct	NacelleGuideCurveParameters
struct	ProjectResult
struct	ReentryGuard
class	ScopeLockedReference
class	ShapeExportOptions
class	StepOptions
class	StepShapeOptions
class	StlOptions
class	TracePoint
class	TriangulatedExportOptions
class	ValueWithDerivative
class	VtkOptions

Typedefs
using	CCPACSAircraft = generated::CPACSAircraft
using	CCPACSAircraftControlElement = generated::CPACSAircraftControlElement
using	CCPACSAircraftControlElements = generated::CPACSAircraftControlElements
using	CCPACSAlignmentCrossBeam = generated::CPACSAlignmentCrossBeam
using	CCPACSAlignmentStringFrame = generated::CPACSAlignmentStringFrame
using	CCPACSAlignmentStructMember = generated::CPACSAlignmentStructMember
using	CCPACSApproximationSettings = generated::CPACSApproximationSettings
using	CCPACSAxle = generated::CPACSAxle
using	CCPACSAxleAssemblies = generated::CPACSAxleAssemblies
using	CCPACSAxleAssembly = generated::CPACSAxleAssembly
using	CCPACSBeamCrossSection = generated::CPACSBeamCrossSection
using	CCPACSBeamStiffness = generated::CPACSBeamStiffness
using	CCPACSBogie = generated::CPACSBogie
using	CCPACSBoundingElementUIDs = generated::CPACSBoundingElementUIDs
using	CCPACSCabinAisle = generated::CPACSCabinAisle
using	CCPACSCabinAisles = generated::CPACSCabinAisles
using	CCPACSCabinGeometry = generated::CPACSCabinGeometry
using	CCPACSCabinGeometryContour = generated::CPACSCabinGeometryContour
using	CCPACSCabinGeometryContours = generated::CPACSCabinGeometryContours
using	CCPACSCabinSpace = generated::CPACSCabinSpace
using	CCPACSCabinSpaces = generated::CPACSCabinSpaces
using	CCPACSCap = generated::CPACSCap
using	CCPACSCargoContainerElements = generated::CPACSCargoContainerElements
using	CCPACSCargoContainers = generated::CPACSCargoContainers
using	CCPACSCargoDoorsAssembly = generated::CPACSCargoDoorsAssembly
using	CCPACSCeilingPanelElements = generated::CPACSCeilingPanelElements
using	CCPACSCeilingPanels = generated::CPACSCeilingPanels
using	CCPACSClassDividerElements = generated::CPACSClassDividerElements
using	CCPACSClassDividers = generated::CPACSClassDividers
using	CCPACSCompartment = generated::CPACSCompartment
using	CCPACSCompartmentGeometry = generated::CPACSCompartmentGeometry
using	CCPACSCompartments = generated::CPACSCompartments
using	CCPACSComponents = generated::CPACSComponents
using	CCPACSComposite = generated::CPACSComposite
using	CCPACSCompositeLayer = generated::CPACSCompositeLayer
using	CCPACSComposites = generated::CPACSComposites
using	CCPACSCone = generated::CPACSCone
using	CCPACSCones = generated::CPACSCones
using	CCPACSConfigurationDefinition = generated::CPACSConfigurationDefinition
using	CCPACSConfigurationDefinitions = generated::CPACSConfigurationDefinitions
using	CCPACSContourReference = generated::CPACSContourReference
using	CCPACSControlSurfaceAirfoil = generated::CPACSControlSurfaceAirfoil
using	CCPACSControlSurfaceContours = generated::CPACSControlSurfaceContours
using	CCPACSControlSurfaceHingePoint = generated::CPACSControlSurfaceHingePoint
using	CCPACSControlSurfacePath = generated::CPACSControlSurfacePath
using	CCPACSControlSurfaceSkinCutOut = generated::CPACSControlSurfaceSkinCutOut
using	CCPACSControlSurfaceSkinCutOutBorder = generated::CPACSControlSurfaceSkinCutOutBorder
using	CCPACSControlSurfaceStep = generated::CPACSControlSurfaceStep
using	CCPACSControlSurfaceTracks = generated::CPACSControlSurfaceTracks
using	CCPACSControlSurfaceTrackType = generated::CPACSControlSurfaceTrackType
using	CCPACSCpacs = generated::CPACSCpacs
using	CCPACSCuboid = generated::CPACSCuboid
using	CCPACSCuboids = generated::CPACSCuboids
using	CCPACSCurveProfiles = generated::CPACSCurveProfiles
using	CCPACSCutOut = generated::CPACSCutOut
using	CCPACSCutOutControlPoint = generated::CPACSCutOutControlPoint
using	CCPACSCutOutControlPoints = generated::CPACSCutOutControlPoints
using	CCPACSCutOutProfile = generated::CPACSCutOutProfile
using	CCPACSCutOutProfiles = generated::CPACSCutOutProfiles
using	CCPACSCylinder = generated::CPACSCylinder
using	CCPACSCylinders = generated::CPACSCylinders
using	CCPACSDeckDoor = generated::CPACSDeckDoor
using	CCPACSDeckDoors = generated::CPACSDeckDoors
using	CCPACSDeckElements = generated::CPACSDeckElements
using	CCPACSDecks = generated::CPACSDecks
using	CCPACSDeckStructuralMount = generated::CPACSDeckStructuralMount
using	CCPACSDeckStructuralMounts = generated::CPACSDeckStructuralMounts
using	CCPACSDomeType = generated::CPACSDomeType
using	CCPACSDoorCutOut = generated::CPACSDoorCutOut
using	CCPACSDoorOpening = generated::CPACSDoorOpening
using	CCPACSDoorOpeningLegacy = generated::CPACSDoorOpeningLegacy
using	CCPACSDoors = generated::CPACSDoors
using	CCPACSDoorSurroundStructurePosition = generated::CPACSDoorSurroundStructurePosition
using	CCPACSDoorSurroundStructuresAssembly = generated::CPACSDoorSurroundStructuresAssembly
using	CCPACSDoubleConstraintBase = generated::CPACSDoubleConstraintBase
using	CCPACSDoubleVectorBase = generated::CPACSDoubleVectorBase
using	CCPACSElementGeometry = generated::CPACSElementGeometry
using	CCPACSElementMass = generated::CPACSElementMass
using	CCPACSEllipsoid = generated::CPACSEllipsoid
using	CCPACSEllipsoidDome = generated::CPACSEllipsoidDome
using	CCPACSEllipsoids = generated::CPACSEllipsoids
using	CCPACSEnergyCarriers = generated::CPACSEnergyCarriers
using	CCPACSEngine = generated::CPACSEngine
using	CCPACSEngineNacelle = generated::CPACSEngineNacelle
using	CCPACSEnginePylons = generated::CPACSEnginePylons
using	CCPACSEngines = generated::CPACSEngines
using	CCPACSEnvironment = generated::CPACSEnvironment
using	CCPACSEtaXsiRelHeightPoint = generated::CPACSEtaXsiRelHeightPoint
using	CCPACSExternalGeometries = generated::CPACSExternalGeometries
using	CCPACSExternalGeometry = generated::CPACSExternalGeometry
using	CCPACSFlightPoints = generated::CPACSFlightPoints
using	CCPACSFuelStorageConditions = generated::CPACSFuelStorageConditions
using	CCPACSFuelTanks = generated::CPACSFuelTanks
using	CCPACSFuelTankVolume = generated::CPACSFuelTankVolume
using	CCPACSFuselageStructuralMounts = generated::CPACSFuselageStructuralMounts
using	CCPACSGalleyElement = generated::CPACSGalleyElement
using	CCPACSGalleyElements = generated::CPACSGalleyElements
using	CCPACSGalleys = generated::CPACSGalleys
using	CCPACSGenericFloorElements = generated::CPACSGenericFloorElements
using	CCPACSGenericFloorModules = generated::CPACSGenericFloorModules
using	CCPACSGlobalBeamProperties = generated::CPACSGlobalBeamProperties
using	CCPACSGlobalFlightPoint = generated::CPACSGlobalFlightPoint
using	CCPACSGlobalPerformanceCases = generated::CPACSGlobalPerformanceCases
using	CCPACSGuideCurveProfiles = generated::CPACSGuideCurveProfiles
using	CCPACSHeader = generated::CPACSHeader
using	CCPACSIsotensoidDome = generated::CPACSIsotensoidDome
using	CCPACSLandingGearBase = generated::CPACSLandingGearBase
using	CCPACSLandingGearBrakingState = generated::CPACSLandingGearBrakingState
using	CCPACSLandingGearComponentAssembly = generated::CPACSLandingGearComponentAssembly
using	CCPACSLandingGearControl = generated::CPACSLandingGearControl
using	CCPACSLandingGearControlFunctions = generated::CPACSLandingGearControlFunctions
using	CCPACSLandingGearExtensionFunction = generated::CPACSLandingGearExtensionFunction
using	CCPACSLandingGearExtensionFunctionStep = generated::CPACSLandingGearExtensionFunctionStep
using	CCPACSLandingGears = generated::CPACSLandingGears
using	CCPACSLandingGearSteeringFunction = generated::CPACSLandingGearSteeringFunction
using	CCPACSLandingGearSteeringFunctionStep = generated::CPACSLandingGearSteeringFunctionStep
using	CCPACSLandingGearStrutAttachment = generated::CPACSLandingGearStrutAttachment
using	CCPACSLandingGearSupportBeamPosition = generated::CPACSLandingGearSupportBeamPosition
using	CCPACSLateralCap = generated::CPACSLateralCap
using	CCPACSLavatories = generated::CPACSLavatories
using	CCPACSLavatoryElements = generated::CPACSLavatoryElements
using	CCPACSLeadingEdgeDevices = generated::CPACSLeadingEdgeDevices
using	CCPACSLeadingEdgeHollow = generated::CPACSLeadingEdgeHollow
using	CCPACSLeadingEdgeShape = generated::CPACSLeadingEdgeShape
using	CCPACSLinkToFile = generated::CPACSLinkToFile
using	CCPACSLuggageCompartmentElements = generated::CPACSLuggageCompartmentElements
using	CCPACSLuggageCompartments = generated::CPACSLuggageCompartments
using	CCPACSMainActuator = generated::CPACSMainActuator
using	CCPACSMassInertia = generated::CPACSMassInertia
using	CCPACSMaterialDefinitionForProfileBased = generated::CPACSMaterialDefinitionForProfileBased
using	CCPACSMaterialDefinitionForProfileBasedPoint = generated::CPACSMaterialDefinitionForProfileBasedPoint
using	CCPACSMaterials = generated::CPACSMaterials
using	CCPACSMultiSegmentShape = generated::CPACSMultiSegmentShape
using	CCPACSMultiSegmentShapes = generated::CPACSMultiSegmentShapes
using	CCPACSNacaProfile = generated::CPACSNacaProfile
using	CCPACSNacelleGuideCurve = generated::CPACSNacelleGuideCurve
using	CCPACSNacelleProfiles = generated::CPACSNacelleProfiles
using	CCPACSOuterCutOutProfile = generated::CPACSOuterCutOutProfile
using	CCPACSPintleStruts = generated::CPACSPintleStruts
using	CCPACSPiston = generated::CPACSPiston
using	CCPACSPointList = generated::CPACSPointList
using	CCPACSPointPerformanceConstraints = generated::CPACSPointPerformanceConstraints
using	CCPACSPointPerformanceDefinition = generated::CPACSPointPerformanceDefinition
using	CCPACSPointPerformanceDefinitions = generated::CPACSPointPerformanceDefinitions
using	CCPACSPointPerformanceRequirements = generated::CPACSPointPerformanceRequirements
using	CCPACSPointX = generated::CPACSPointX
using	CCPACSPointXYZ = generated::CPACSPointXYZ
using	CCPACSPointXZ = generated::CPACSPointXZ
using	CCPACSPointZ = generated::CPACSPointZ
using	CCPACSPosExcl0DoubleBase = generated::CPACSPosExcl0DoubleBase
using	CCPACSPosExcl0IntBase = generated::CPACSPosExcl0IntBase
using	CCPACSPressureBulkheads = generated::CPACSPressureBulkheads
using	CCPACSProfileBasedStructuralElements = generated::CPACSProfileBasedStructuralElements
using	CCPACSProfileGeometry = generated::CPACSProfileGeometry
using	CCPACSProfiles = generated::CPACSProfiles
using	CCPACSRectangleProfile = generated::CPACSRectangleProfile
using	CCPACSRelativeStrutPosition = generated::CPACSRelativeStrutPosition
using	CCPACSRivet = generated::CPACSRivet
using	CCPACSRivets = generated::CPACSRivets
using	CCPACSRotorcraft = generated::CPACSRotorcraft
using	CCPACSSeatElement = generated::CPACSSeatElement
using	CCPACSSeatElements = generated::CPACSSeatElements
using	CCPACSSeatModules = generated::CPACSSeatModules
using	CCPACSSheet = generated::CPACSSheet
using	CCPACSSheet3D = generated::CPACSSheet3D
using	CCPACSSheetBasedStructuralElement = generated::CPACSSheetBasedStructuralElement
using	CCPACSSheetBasedStructuralElements = generated::CPACSSheetBasedStructuralElements
using	CCPACSSheetList3D = generated::CPACSSheetList3D
using	CCPACSSheetPoints = generated::CPACSSheetPoints
using	CCPACSSideStruts = generated::CPACSSideStruts
using	CCPACSSidewallPanelElements = generated::CPACSSidewallPanelElements
using	CCPACSSidewallPanels = generated::CPACSSidewallPanels
using	CCPACSSkinSegments = generated::CPACSSkinSegments
using	CCPACSSourceTarget = generated::CPACSSourceTarget
using	CCPACSSparCell = generated::CPACSSparCell
using	CCPACSSparCells = generated::CPACSSparCells
using	CCPACSSparCrossSection = generated::CPACSSparCrossSection
using	CCPACSStandardProfile = generated::CPACSStandardProfile
using	CCPACSStorageComponent = generated::CPACSStorageComponent
using	CCPACSStorageComponents = generated::CPACSStorageComponents
using	CCPACSStoredEnergyCarriers = generated::CPACSStoredEnergyCarriers
using	CCPACSStoredFuel = generated::CPACSStoredFuel
using	CCPACSStoredFuels = generated::CPACSStoredFuels
using	CCPACSStringerFramePositionUIDs = generated::CPACSStringerFramePositionUIDs
using	CCPACSStructuralElements = generated::CPACSStructuralElements
using	CCPACSStructuralMount = generated::CPACSStructuralMount
using	CCPACSStructuralProfile = generated::CPACSStructuralProfile
using	CCPACSStructuralProfile3D = generated::CPACSStructuralProfile3D
using	CCPACSStructuralProfiles = generated::CPACSStructuralProfiles
using	CCPACSStructuralWallElement = generated::CPACSStructuralWallElement
using	CCPACSStructuralWallElements = generated::CPACSStructuralWallElements
using	CCPACSStrut = generated::CPACSStrut
using	CCPACSStrutAssembly = generated::CPACSStrutAssembly
using	CCPACSStrutProperties = generated::CPACSStrutProperties
using	CCPACSSuperEllipseProfile = generated::CPACSSuperEllipseProfile
using	CCPACSSupportBeam = generated::CPACSSupportBeam
using	CCPACSSysElemACACConverters = generated::CPACSSysElemACACConverters
using	CCPACSSysElemAccumulators = generated::CPACSSysElemAccumulators
using	CCPACSSysElemACDCConverters = generated::CPACSSysElemACDCConverters
using	CCPACSSysElemACGenerators = generated::CPACSSysElemACGenerators
using	CCPACSSysElemAirCycleMachines = generated::CPACSSysElemAirCycleMachines
using	CCPACSSysElemAuxiliaryPowerGasTurbines = generated::CPACSSysElemAuxiliaryPowerGasTurbines
using	CCPACSSysElemBatteries = generated::CPACSSysElemBatteries
using	CCPACSSysElemBusBars = generated::CPACSSysElemBusBars
using	CCPACSSysElemCables = generated::CPACSSysElemCables
using	CCPACSSysElemCapacitors = generated::CPACSSysElemCapacitors
using	CCPACSSysElemCheckValves = generated::CPACSSysElemCheckValves
using	CCPACSSysElemCircuitBreakers = generated::CPACSSysElemCircuitBreakers
using	CCPACSSysElemClutches = generated::CPACSSysElemClutches
using	CCPACSSysElemCompressors = generated::CPACSSysElemCompressors
using	CCPACSSysElemCondensers = generated::CPACSSysElemCondensers
using	CCPACSSysElemContactors = generated::CPACSSysElemContactors
using	CCPACSSysElemConverters = generated::CPACSSysElemConverters
using	CCPACSSysElemCouplings = generated::CPACSSysElemCouplings
using	CCPACSSysElemDampers = generated::CPACSSysElemDampers
using	CCPACSSysElemDCACConverters = generated::CPACSSysElemDCACConverters
using	CCPACSSysElemDCDCConverters = generated::CPACSSysElemDCDCConverters
using	CCPACSSysElemDCGenerators = generated::CPACSSysElemDCGenerators
using	CCPACSSysElemDiffusers = generated::CPACSSysElemDiffusers
using	CCPACSSysElemDisplays = generated::CPACSSysElemDisplays
using	CCPACSSysElemDriveShafts = generated::CPACSSysElemDriveShafts
using	CCPACSSysElemElectricActuators = generated::CPACSSysElemElectricActuators
using	CCPACSSysElemElectricalConsumerElements = generated::CPACSSysElemElectricalConsumerElements
using	CCPACSSysElemElectricalControlElements = generated::CPACSSysElemElectricalControlElements
using	CCPACSSysElemElectricalConversionElements = generated::CPACSSysElemElectricalConversionElements
using	CCPACSSysElemElectricalDistributionElements = generated::CPACSSysElemElectricalDistributionElements
using	CCPACSSysElemElectricalElements = generated::CPACSSysElemElectricalElements
using	CCPACSSysElemElectricalStorageElements = generated::CPACSSysElemElectricalStorageElements
using	CCPACSSysElemElectricDrivenCompressors = generated::CPACSSysElemElectricDrivenCompressors
using	CCPACSSysElemElectricDrivenFans = generated::CPACSSysElemElectricDrivenFans
using	CCPACSSysElemElectricDrivenPumps = generated::CPACSSysElemElectricDrivenPumps
using	CCPACSSysElemElectricHeaters = generated::CPACSSysElemElectricHeaters
using	CCPACSSysElemElectricMachines = generated::CPACSSysElemElectricMachines
using	CCPACSSysElemElectricMotors = generated::CPACSSysElemElectricMotors
using	CCPACSSysElemEvaporators = generated::CPACSSysElemEvaporators
using	CCPACSSysElemExpansionTurbines = generated::CPACSSysElemExpansionTurbines
using	CCPACSSysElemExpansionValves = generated::CPACSSysElemExpansionValves
using	CCPACSSysElemExteriorLights = generated::CPACSSysElemExteriorLights
using	CCPACSSysElemFans = generated::CPACSSysElemFans
using	CCPACSSysElemFilters = generated::CPACSSysElemFilters
using	CCPACSSysElemFittings = generated::CPACSSysElemFittings
using	CCPACSSysElemFuelCellStacks = generated::CPACSSysElemFuelCellStacks
using	CCPACSSysElemFuses = generated::CPACSSysElemFuses
using	CCPACSSysElemGearBoxes = generated::CPACSSysElemGearBoxes
using	CCPACSSysElemGenerators = generated::CPACSSysElemGenerators
using	CCPACSSysElemGenericConsumerElements = generated::CPACSSysElemGenericConsumerElements
using	CCPACSSysElemGenericControlElements = generated::CPACSSysElemGenericControlElements
using	CCPACSSysElemGenericConversionElements = generated::CPACSSysElemGenericConversionElements
using	CCPACSSysElemGenericDistributionElements = generated::CPACSSysElemGenericDistributionElements
using	CCPACSSysElemGenericElectricalElements = generated::CPACSSysElemGenericElectricalElements
using	CCPACSSysElemGenericElements = generated::CPACSSysElemGenericElements
using	CCPACSSysElemGenericHydraulicElements = generated::CPACSSysElemGenericHydraulicElements
using	CCPACSSysElemGenericMechanicalElements = generated::CPACSSysElemGenericMechanicalElements
using	CCPACSSysElemGenericPneumaticElements = generated::CPACSSysElemGenericPneumaticElements
using	CCPACSSysElemGenericStorageElements = generated::CPACSSysElemGenericStorageElements
using	CCPACSSysElemGenericThermoFluidElements = generated::CPACSSysElemGenericThermoFluidElements
using	CCPACSSysElemGroundConnectors = generated::CPACSSysElemGroundConnectors
using	CCPACSSysElemHeatExchangers = generated::CPACSSysElemHeatExchangers
using	CCPACSSysElemHumidifiers = generated::CPACSSysElemHumidifiers
using	CCPACSSysElemHydraulicActuators = generated::CPACSSysElemHydraulicActuators
using	CCPACSSysElemHydraulicControlElements = generated::CPACSSysElemHydraulicControlElements
using	CCPACSSysElemHydraulicConversionElements = generated::CPACSSysElemHydraulicConversionElements
using	CCPACSSysElemHydraulicDistributionElements = generated::CPACSSysElemHydraulicDistributionElements
using	CCPACSSysElemHydraulicDrivenPumps = generated::CPACSSysElemHydraulicDrivenPumps
using	CCPACSSysElemHydraulicElements = generated::CPACSSysElemHydraulicElements
using	CCPACSSysElemHydraulicPowerPackages = generated::CPACSSysElemHydraulicPowerPackages
using	CCPACSSysElemHydraulicStorageElements = generated::CPACSSysElemHydraulicStorageElements
using	CCPACSSysElemInductors = generated::CPACSSysElemInductors
using	CCPACSSysElemInteriorLights = generated::CPACSSysElemInteriorLights
using	CCPACSSysElemIsolationValves = generated::CPACSSysElemIsolationValves
using	CCPACSSysElemJetPumps = generated::CPACSSysElemJetPumps
using	CCPACSSysElemJoiners = generated::CPACSSysElemJoiners
using	CCPACSSysElemLights = generated::CPACSSysElemLights
using	CCPACSSysElemMechanicalControlElements = generated::CPACSSysElemMechanicalControlElements
using	CCPACSSysElemMechanicalConversionElements = generated::CPACSSysElemMechanicalConversionElements
using	CCPACSSysElemMechanicalDistributionElements = generated::CPACSSysElemMechanicalDistributionElements
using	CCPACSSysElemMechanicalDrivenCompressors = generated::CPACSSysElemMechanicalDrivenCompressors
using	CCPACSSysElemMechanicalDrivenFans = generated::CPACSSysElemMechanicalDrivenFans
using	CCPACSSysElemMechanicalDrivenPumps = generated::CPACSSysElemMechanicalDrivenPumps
using	CCPACSSysElemMechanicalElements = generated::CPACSSysElemMechanicalElements
using	CCPACSSysElemMechanicalStorageElements = generated::CPACSSysElemMechanicalStorageElements
using	CCPACSSysElemMixingUnits = generated::CPACSSysElemMixingUnits
using	CCPACSSysElemNozzles = generated::CPACSSysElemNozzles
using	CCPACSSysElemOzoneConverters = generated::CPACSSysElemOzoneConverters
using	CCPACSSysElemPhaseSeparators = generated::CPACSSysElemPhaseSeparators
using	CCPACSSysElemPiccoloTubes = generated::CPACSSysElemPiccoloTubes
using	CCPACSSysElemPipeBallJoints = generated::CPACSSysElemPipeBallJoints
using	CCPACSSysElemPipeBellows = generated::CPACSSysElemPipeBellows
using	CCPACSSysElemPipes = generated::CPACSSysElemPipes
using	CCPACSSysElemPneumaticAirConditioningKits = generated::CPACSSysElemPneumaticAirConditioningKits
using	CCPACSSysElemPneumaticControlElements = generated::CPACSSysElemPneumaticControlElements
using	CCPACSSysElemPneumaticConversionElements = generated::CPACSSysElemPneumaticConversionElements
using	CCPACSSysElemPneumaticDistributionElements = generated::CPACSSysElemPneumaticDistributionElements
using	CCPACSSysElemPneumaticDrivenPumps = generated::CPACSSysElemPneumaticDrivenPumps
using	CCPACSSysElemPneumaticElements = generated::CPACSSysElemPneumaticElements
using	CCPACSSysElemPneumaticStorageElements = generated::CPACSSysElemPneumaticStorageElements
using	CCPACSSysElemPowerCables = generated::CPACSSysElemPowerCables
using	CCPACSSysElemPowerDistributionUnits = generated::CPACSSysElemPowerDistributionUnits
using	CCPACSSysElemPowerTransferUnits = generated::CPACSSysElemPowerTransferUnits
using	CCPACSSysElemPressureReliefValves = generated::CPACSSysElemPressureReliefValves
using	CCPACSSysElemPressureSensors = generated::CPACSSysElemPressureSensors
using	CCPACSSysElemQuantitySensors = generated::CPACSSysElemQuantitySensors
using	CCPACSSysElemRamAirTurbines = generated::CPACSSysElemRamAirTurbines
using	CCPACSSysElemRelays = generated::CPACSSysElemRelays
using	CCPACSSysElemReservoirs = generated::CPACSSysElemReservoirs
using	CCPACSSysElemShutOffValves = generated::CPACSSysElemShutOffValves
using	CCPACSSysElemSignalCables = generated::CPACSSysElemSignalCables
using	CCPACSSysElemSockets = generated::CPACSSysElemSockets
using	CCPACSSysElemSplitters = generated::CPACSSysElemSplitters
using	CCPACSSysElemSprings = generated::CPACSSysElemSprings
using	CCPACSSysElemSuperCapacitors = generated::CPACSSysElemSuperCapacitors
using	CCPACSSysElemSwitches = generated::CPACSSysElemSwitches
using	CCPACSSysElemTemperatureSensors = generated::CPACSSysElemTemperatureSensors
using	CCPACSSysElemThermoFluidControlElements = generated::CPACSSysElemThermoFluidControlElements
using	CCPACSSysElemThermoFluidConversionElements = generated::CPACSSysElemThermoFluidConversionElements
using	CCPACSSysElemThermoFluidDistributionElements = generated::CPACSSysElemThermoFluidDistributionElements
using	CCPACSSysElemThermoFluidElements = generated::CPACSSysElemThermoFluidElements
using	CCPACSSysElemThermoFluidStorageElements = generated::CPACSSysElemThermoFluidStorageElements
using	CCPACSSysElemTransformers = generated::CPACSSysElemTransformers
using	CCPACSSysElemTurbines = generated::CPACSSysElemTurbines
using	CCPACSSysElemVacuumPumps = generated::CPACSSysElemVacuumPumps
using	CCPACSSysElemValves = generated::CPACSSysElemValves
using	CCPACSSysElemWaterExtractors = generated::CPACSSysElemWaterExtractors
using	CCPACSSysElemWaterInjectors = generated::CPACSSysElemWaterInjectors
using	CCPACSSystemArchitectures = generated::CPACSSystemArchitectures
using	CCPACSSystemConnections = generated::CPACSSystemConnections
using	CCPACSSystemControlDevices = generated::CPACSSystemControlDevices
using	CCPACSSystemElements = generated::CPACSSystemElements
using	CCPACSSystemState = generated::CPACSSystemState
using	CCPACSTori = generated::CPACSTori
using	CCPACSTorisphericalDome = generated::CPACSTorisphericalDome
using	CCPACSTorus = generated::CPACSTorus
using	CCPACSTrackActuator = generated::CPACSTrackActuator
using	CCPACSTrackJointCoordinates = generated::CPACSTrackJointCoordinates
using	CCPACSTrackJointPosition = generated::CPACSTrackJointPosition
using	CCPACSTrackJointPositions = generated::CPACSTrackJointPositions
using	CCPACSTrackSecondaryStructure = generated::CPACSTrackSecondaryStructure
using	CCPACSTrackStructure = generated::CPACSTrackStructure
using	CCPACSTrackStrut = generated::CPACSTrackStrut
using	CCPACSTrackStruts = generated::CPACSTrackStruts
using	CCPACSTrailingEdgeDevices = generated::CPACSTrailingEdgeDevices
using	CCPACSTransformation2D = generated::CPACSTransformation2D
using	CCPACSUIDSequence = generated::CPACSUIDSequence
using	CCPACSVehicleElementBase = generated::CPACSVehicleElementBase
using	CCPACSVehicles = generated::CPACSVehicles
using	CCPACSVersionInfo = generated::CPACSVersionInfo
using	CCPACSVersionInfos = generated::CPACSVersionInfos
using	CCPACSVessels = generated::CPACSVessels
using	CCPACSVesselSkinLayers = generated::CPACSVesselSkinLayers
using	CCPACSWallPositions = generated::CPACSWallPositions
using	CCPACSWallPositionUIDs = generated::CPACSWallPositionUIDs
using	CCPACSWallSegments = generated::CPACSWallSegments
using	CCPACSWeb = generated::CPACSWeb
using	CCPACSWheel = generated::CPACSWheel
using	CCPACSWindows = generated::CPACSWindows
using	CCPACSWingAttachmentPositioning = generated::CPACSWingAttachmentPositioning
using	CCPACSWingRibCell = generated::CPACSWingRibCell
using	CCPACSWingRibPoint = generated::CPACSWingRibPoint
using	CCPACSWingSkin = generated::CPACSWingSkin
typedef PTiglWingProfileAlgo(*	CreateProfileAlgoCallback) (const CCPACSWingProfile &profile, const std::string &cpacsPath)
using	ECPACSAtaChapterList = generated::CPACSAtaChapterList
using	ECPACSAtmosphericModel = generated::CPACSAtmosphericModel
using	ECPACSAxle_sideOfFirstWheel = generated::CPACSAxle_sideOfFirstWheel
using	ECPACSContinuity = generated::CPACSContinuity
using	ECPACSContinuityAtP = generated::CPACSContinuityAtP
using	ECPACSControlSurfaceTrackType_trackSubType = generated::CPACSControlSurfaceTrackType_trackSubType
using	ECPACSControlSurfaceTrackType_trackType = generated::CPACSControlSurfaceTrackType_trackType
using	ECPACSDeckDoor_doorType = generated::CPACSDeckDoor_doorType
using	ECPACSDecksDeck_deckType = generated::CPACSDecksDeck_deckType
using	ECPACSDoorAssemblyPosition_doorType = generated::CPACSDoorAssemblyPosition_doorType
using	ECPACSDoorOpeningLegacy_side = generated::CPACSDoorOpeningLegacy_side
using	ECPACSGeometryRepresentation = generated::CPACSGeometryRepresentation
using	ECPACSGuideCurve_continuity = generated::CPACSGuideCurve_continuity
using	ECPACSInterpolation = generated::CPACSInterpolation
using	ECPACSLandingGearExtensionFunctionStep_stepType = generated::CPACSLandingGearExtensionFunctionStep_stepType
using	ECPACSLandingGearSteeringFunctionStep_stepType = generated::CPACSLandingGearSteeringFunctionStep_stepType
using	ECPACSLateralCap_placement = generated::CPACSLateralCap_placement
using	ECPACSLinkToFileType_format = generated::CPACSLinkToFileType_format
using	ECPACSLoftContinuity = generated::CPACSLoftContinuity
using	ECPACSMaterialDefinitionForProfileBased_standardProfileSheetID = generated::CPACSMaterialDefinitionForProfileBased_standardProfileSheetID
using	ECPACSPointPerformanceDefinition_typeOfPointPerformance = generated::CPACSPointPerformanceDefinition_typeOfPointPerformance
using	ECPACSProfileBasedStructuralElement_standardProfileType = generated::CPACSProfileBasedStructuralElement_standardProfileType
using	ECPACSProfileGeometry2DType_symmetry = generated::CPACSProfileGeometry2DType_symmetry
using	ECPACSRelationalOperator = generated::CPACSRelationalOperator
using	ECPACSRibCrossingBehaviour = generated::CPACSRibCrossingBehaviour
using	ECPACSRotor_type = generated::CPACSRotor_type
using	ECPACSRotorHubHinge_type = generated::CPACSRotorHubHinge_type
using	ECPACSSourceTarget_externalElement = generated::CPACSSourceTarget_externalElement
using	ECPACSStorageComponent_reference = generated::CPACSStorageComponent_reference
using	ECPACSSystemConnection_connectionType = generated::CPACSSystemConnection_connectionType
using	ECPACSTrackJointCoordinates_name = generated::CPACSTrackJointCoordinates_name
using	ECPACSTrackStrut_name = generated::CPACSTrackStrut_name
typedef std::vector< const CCPACSMaterialDefinition * >	MaterialList
using	ParamMap = std::map<unsigned int, double>
typedef class CSharedPtr< CTiglPoint >	PCTiglPoint
typedef CSharedPtr< CTiglCADExporter >	PTiglCADExporter
typedef CSharedPtr< ITiglCADImporter >	PTiglCADImporter
typedef CSharedPtr< CTiglFusePlane >	PTiglFusePlane
typedef class CSharedPtr< ITiglLogger >	PTiglLogger
typedef CSharedPtr< ITiglWingProfileAlgo >	PTiglWingProfileAlgo
typedef std::map< const std::string, CTiglRelativelyPositionedComponent * >	RelativeComponentContainerType
typedef std::vector< CCPACSWingSegment * >	SegmentList
typedef std::map< const std::string, ITiglGeometricComponent * >	ShapeContainerType
typedef math_Matrix	tiglMatrix
typedef math_Vector	tiglVector

Enumerations
enum	ComponentTraingMode { NO_INFO , SEGMENT_INFO }
enum class	ConcatDir { u , v }
enum	ECPACSTranslationType { ABS_LOCAL , ABS_GLOBAL }
enum	ETiglContinuity { _C0 , _C1 }
enum	FaceNameSettings { UIDOnly , FaceNameOnly , UIDandFaceName , None }
enum	SegmentType { INNER_SEGMENT , MID_SEGMENT , OUTER_SEGMENT , INNER_OUTER_SEGMENT }
enum	ShapeGroupMode { WHOLE_SHAPE , NAMED_COMPOUNDS , FACES }
enum class	SurfaceDirection { u , v , both }
enum	TiglFarFieldType {   NONE , HALF_SPHERE , FULL_SPHERE , HALF_CUBE ,   FULL_CUBE }
enum	TiglFuseResultMode { HALF_PLANE = 0 , FULL_PLANE = 1 , HALF_PLANE_TRIMMED_FF = 2 , FULL_PLANE_TRIMMED_FF = 3 }
enum	TiglRotorHingeType { TIGLROTORHINGE_UNDEFINED , TIGLROTORHINGE_FLAP , TIGLROTORHINGE_PITCH , TIGLROTORHINGE_LEAD_LAG }
enum	TiglRotorHubType {   TIGLROTORHUB_UNDEFINED , TIGLROTORHUB_SEMI_RIGID , TIGLROTORHUB_RIGID , TIGLROTORHUB_ARTICULATED ,   TIGLROTORHUB_HINGELESS }
enum	TiglRotorType {   TIGLROTOR_UNDEFINED , TIGLROTOR_MAIN_ROTOR , TIGLROTOR_TAIL_ROTOR , TIGLROTOR_FENESTRON ,   TIGLROTOR_PROPELLER }
enum	TiglSymmetryAxis

Functions
template<class T>
T	any_cast (const any &any)
TopoDS_Shape	ApplyWingTransformation (const CCPACSWingCSStructure &structure, const TopoDS_Shape &shape)
void	ApplyXRotationToUpVector (double angle, gp_Vec &upVec, const gp_Vec &ribDir)
TIGL_EXPORT double	bernstein_poly (int i, int n, double x)
	Computes the values of the i-th bernstein polynome with degree n at position x.
TIGL_EXPORT double	bernstein_poly_deriv (int k, int i, int n, double x)
	Computes the values of the k-th derivative of the i-th bernstein polynome with degree n at position x.
TIGL_EXPORT int	binom (int n, int k)
	Computes the binomial coefficient (n,k).
TIGL_EXPORT math_Vector	cheb_approx (MathFunc1d &func, int N, double a, double b)
	Chebycheff approximation of a function f(x), x in [a,b].
TIGL_EXPORT math_Matrix	cheb_to_monomial (int N)
	Computes the chebycheff to monomial transformation matrix.
void	CheckSparPositionOnReference (const std::string &sparPositionUID, const std::string &ribReference, const CCPACSWingCSStructure &structure)
TIGL_EXPORT double	class_function (const double &N1, const double &N2, const double &x)
	defines the class function C(psi) = psi^N1 * (1-psi)^N2 for a CST air profile curve
TIGL_EXPORT double	class_function_deriv (const double &N1, const double &N2, const int &n, const double &x)
	defines the derivative of the class function C(psi) = psi^N1 * (1-psi)^N2 for a CST air profile curve
TIGL_EXPORT void	ComponentGetBoundingBox (const CCPACSConfiguration &config, const std::string &uid, CTiglPoint &min, CTiglPoint &max)
	Computes the bounding box coordinates of the specified component.
TIGL_EXPORT CCPACSWingComponentSegment &	ComponentSegment (CCPACSLeadingEdgeDevice &)
TIGL_EXPORT CCPACSWingComponentSegment &	ComponentSegment (CCPACSTrailingEdgeDevice &)
TIGL_EXPORT const CCPACSWingComponentSegment &	ComponentSegment (const CCPACSControlSurfaceBorderLeadingEdge &)
TIGL_EXPORT const CCPACSWingComponentSegment &	ComponentSegment (const CCPACSControlSurfaceBorderTrailingEdge &)
const CCPACSWingComponentSegment &	ComponentSegment (const CCPACSControlSurfaceWingCutOut &)
TIGL_EXPORT const CCPACSWingComponentSegment &	ComponentSegment (const CCPACSLeadingEdgeDevice &)
TIGL_EXPORT const CCPACSWingComponentSegment &	ComponentSegment (const CCPACSTrailingEdgeDevice &)
TIGL_EXPORT std::vector< double >	computeParams (const Handle(TColgp_HArray1OfPnt)&pnts, tigl::ParamMap &params, double alpha)
TIGL_EXPORT double	computeRibEtaValue (const CTiglWingStructureReference &wsr, const CCPACSWingRibsDefinition &rib, int ribIndex, double xsi)
	Computes the eta value of a rib at the passed xsi position.
TIGL_EXPORT EtaXsi	computeRibSparIntersectionEtaXsi (const CTiglWingStructureReference &wsr, const CCPACSWingRibsDefinition &rib, int ribIndex, const CCPACSWingSparSegment &spar)
	Computes the eta/xsi value of the intersection point of a rib and a spar.
TIGL_EXPORT double	computeSparXsiValue (const CTiglWingStructureReference &wsr, const CCPACSWingSparSegment &spar, double eta)
	Computes the xsi value of a spar at the passed eta position.
TIGL_EXPORT void	ConfigurationGetBoundingBox (const CCPACSConfiguration &config, CTiglPoint &min, CTiglPoint &max)
	Computes the bounding box of the whole aircraft.
PTiglCADExporter	createExporter (const std::string &filetype, const ExporterOptions &options=DefaultExporterOption())
TIGL_EXPORT double	cstcurve (const double &N1, const double &N2, const std::vector< double > &B, const double &T, const double &x)
	defines the CST air profile curve according to "CST" Universal Paramteric Geometry Representation Method with Applications to Supersonic Aircraft, B.M. Kulfan 2007
TIGL_EXPORT double	cstcurve_deriv (const double &N1, const double &N2, const std::vector< double > &B, const double &T, const int &n, const double &x)
	defines the derivative of the CST air profile curve CST(psi)=C(psi)*S(psi)
TopoDS_Wire	CutFaceWithSpar (TopoDS_Shape &ribCutFace, const TopoDS_Shape &sparGeometry, double bboxSize, TopoDS_Wire &changedWire, const TopoDS_Wire &wire2, const gp_Vec &upVec)
TopoDS_Shape	CutShapeWithSpars (const TopoDS_Shape &shape, const CCPACSWingCSStructure &structure)
TIGL_EXPORT void	DiagonalizeMatrixByJacobi (const tiglMatrix &M, tiglMatrix &D, tiglMatrix &V)
	Diagonalize the given matrix using the jacobi method.
TIGL_EXPORT double	distance_point_from_line (const CTiglPoint &P, const CTiglPoint &X0, const CTiglPoint &DX)
	Calculates the distance of a point P from the line defined by a point X0 and direction DX.
TIGL_EXPORT ValueWithDerivative	distancePlanePoint_deriv (gp_Dir planeNormal, gp_Vec planeNormal_deriv, gp_Pnt pointOnPlane, gp_Vec pointOnPlane_deriv, gp_Pnt p)
	Computes the distance of a point to a plane All parameters _deriv are forward differences to compute gradients.
void	dumpShape (const TopoDS_Shape &shape, const std::string &outputDir, const std::string &filename, int counter=-1)
std::string	ECPACSTranslationTypeToString (const ECPACSTranslationType &value)
TIGL_EXPORT int	factorial (int n)
	Computes the factorial n! in a non recursive fashion.
TIGL_EXPORT CTiglPoint	FindOrthogonalVectorToDirection (CTiglPoint direction)
template<class ForwardIterator, class UnaryPredicate>
void	follow_sort (ForwardIterator begin, ForwardIterator end, UnaryPredicate follows)
void	from_string (const std::string &s, any &a)
template<class to_value>
void	from_string (const std::string &s, to_value &t)
template<>
void	from_string< bool > (const std::string &s, bool &t)
template<>
void	from_string< FaceNameSettings > (const std::string &s, FaceNameSettings &t)
template<>
void	from_string< ShapeGroupMode > (const std::string &s, ShapeGroupMode &t)
double	GetBoundingBoxSize (const TopoDS_Shape &shape)
ExporterOptions &	getExportConfig (const std::string &filetype)
template<typename T>
const CCPACSFuselage &	GetFuselage (const T *wallObject)
TIGL_EXPORT std::string	getLogLevelString (TiglLogLevel level)
gp_Pnt	GetReferencePoint (const CCPACSWingCSStructure &structure, const std::string &reference, double currentEta)
gp_Pnt	GetRibDefinitionPoint (const std::string &definition, const TopoDS_Face &ribCutFace, const CCPACSWingCSStructure &structure)
double	GetRibReferenceLength (const std::string &reference, const CCPACSWingCSStructure &structure)
TIGL_EXPORT gp_Pnt	getSectionElementChordlinePoint (const CCPACSWingComponentSegment &cs, const std::string &sectionElementUID, double xsi)
	Returns the chordline point of the section element at the passed xsi value.
std::vector< tigl::CCPACSWingSegment * >	getSortedSegments (const CCPACSWingComponentSegment &cs)
gp_Pnt	GetSparMidplanePoint (const CCPACSWingSparPosition &sparPos, const CCPACSWingCSStructure &structure)
gp_Vec	GetUpVectorWithoutXRotation (const std::string &ribReference, double currentEta, const gp_Pnt &startPnt, bool onSpar, const CCPACSWingCSStructure &structure)
template<typename T>
const CCPACSVessel &	GetVessel (const T *wallObject)
template<typename T>
const CCPACSWalls &	GetWalls (const T *wallObject)
TIGL_EXPORT double	Interpolate (const std::vector< double > &xdata, const std::vector< double > &ydata, double x)
TIGL_EXPORT void	InterpolateXsi (const std::string &refUID1, const EtaXsi &etaXsi1, const std::string &refUID2, const EtaXsi &etaXsi2, const std::string &targetUID, double eta, const CTiglUIDManager &uidMgr, double &xsi, double &errorDistance, bool allowExtrapolation=false)
	Interpolates the xsi coordinate given an eta coordinate of a target segment or target component segment and a straight line defined by two points.
TIGL_EXPORT std::vector< CurveIntersectionResult >	IntersectBSplines (const Handle(Geom_BSplineCurve) curve1, const Handle(Geom_BSplineCurve) curve2, double tolerance=1e-5)
	Computes all intersections of 2 B-Splines curves.
TIGL_EXPORT bool	isNear (double a, double b, double epsilon=Precision::Confusion())
bool	IsOuterSparPointInSection (const std::string &sparUid, double eta, const CCPACSWingCSStructure &structure)
TIGL_EXPORT bool	IsRotationMatrix (const tiglMatrix &R)
	Returns true if the matrix is a proper rotation matrix.
TIGL_EXPORT double	lerp_angle_deg (double l_deg, double r_deg, double alpha)
	interpolates two angles l_deg and r_deg
TIGL_EXPORT math_Matrix	monimial_to_bezier (int N)
	Monomial to Bernstein conversion matrix.
TIGL_EXPORT void	normalize (gp_Vec &v, gp_Vec &v_deriv)
TIGL_EXPORT CTiglTransformation	operator* (const CTiglTransformation &a, const CTiglTransformation &b)
TIGL_EXPORT CTiglPoint	operator* (const CTiglTransformation &m, const CTiglPoint &p)
TIGL_EXPORT CTiglTransformation	operator* (double s, const CTiglTransformation &a)
TIGL_EXPORT CTiglTransformation	operator+ (const CTiglTransformation &a, const CTiglTransformation &b)
TIGL_EXPORT bool	PointIsInfrontSparGeometry (gp_Dir normal, gp_Pnt point, TopoDS_Shape sparGeometry)
TIGL_EXPORT void	PolarDecomposition (tiglMatrix const &A, tiglMatrix &U, tiglMatrix &P)
	A function that calculates the polar decomposition of a 3x3 matrix A.
TIGL_EXPORT double	pow_deriv (double x, double k, int n)
	Computes the nth derivative of x^k.
TIGL_EXPORT double	pow_int (double x, int n)
	Computes the power x^n.
TIGL_EXPORT double	quadrilateral_area (const CTiglPoint &A, const CTiglPoint &B, const CTiglPoint &C, const CTiglPoint &D)
	Calculated the area of a quadrilateral defined by the 4 corner points A,B,C,D.
TIGL_EXPORT tiglMatrix	readMatrix (const std::string &filename)
template<class ForwardIterator>
void	rotate_right (ForwardIterator begin, ForwardIterator last)
TIGL_EXPORT CTiglPoint	RotMatrixToIntrinsicXYZVector (const tiglMatrix &R)
	Return the intrinsic x y' z'' rotation vector of the rotation matrix.
TIGL_EXPORT double	shape_function (const std::vector< double > &B, const double &x)
	defines the shape function S(psi)=sum_i=1^N B_i * P_i^n(psi) for a CST air profile curve. The P_i^n are the Bernstein polynomials.
TIGL_EXPORT double	shape_function_deriv (const std::vector< double > &B, const int &n, const double &x)
	defines the derivative of the shape function S(psi)=sum_i=1^N B_i * P_i^n(psi) for a CST air profile curve. The P_i^n are the Bernstein polynomials.
TIGL_EXPORT double	SnapAngle (double degrees, double epsilon=Precision::Confusion())
TIGL_EXPORT CTiglPoint	SnapRotation (CTiglPoint rotation, double epsilon=Precision::Confusion())
TIGL_EXPORT double *	SnapRotation (double rotation[3], double epsilon=Precision::Confusion())
TIGL_EXPORT CTiglPoint	SnapUnitInterval (CTiglPoint scaling, double epsilon=Precision::Confusion())
TIGL_EXPORT double	SnapUnitInterval (double number, double epsilon=Precision::Confusion())
TIGL_EXPORT double *	SnapUnitInterval (double scaling[3], double epsilon=Precision::Confusion())
TIGL_EXPORT double	SnapValue (double number, double snapValue, double delta=Precision::Confusion())
std::vector< std::string >	split_string (const std::string &mystring, char delimiter)
template<typename T>
std::string	std_to_string (T value)
TIGL_EXPORT std::vector< double >	stringToDoubleVec (const std::string &s)
ECPACSTranslationType	stringToECPACSTranslationType (const std::string &value)
TiglFarFieldType	stringToTiglFarFieldType (const std::string &value)
TiglRotorHubType	stringToTiglRotorHubType (const std::string &value)
TiglSymmetryAxis	stringToTiglSymmetryAxis (const std::string &value)
TIGL_EXPORT void	SVD (tiglMatrix const &A, tiglMatrix &U, tiglMatrix &S, tiglMatrix &V)
std::string	TiglFarFieldTypeToString (const TiglFarFieldType &value)
std::string	TiglRotorHubTypeToString (const TiglRotorHubType &value)
std::string	TiglSymmetryAxisToString (const TiglSymmetryAxis &value)
std::string	to_lower (const std::string &str)
std::string	to_upper (const std::string &str)
TIGL_EXPORT double	transformEtaToCSOrTed (const CCPACSEtaIsoLine &eta, const CTiglUIDManager &uidMgr)
TIGL_EXPORT double	transformEtaToCSOrTed (double eta, const std::string &referenceUid, const CTiglUIDManager &uidMgr)
TIGL_EXPORT EtaXsi	transformEtaXsiToCSOrTed (EtaXsi etaXsi, const std::string &referenceUid, const CTiglUIDManager &uidMgr)
TIGL_EXPORT TopoDS_Shape	transformFuselageProfileGeometry (const CTiglTransformation &fuselTransform, const CTiglFuselageConnection &connection, const TopoDS_Shape &shape)
TIGL_EXPORT TopoDS_Shape	transformWingProfileGeometry (const CTiglTransformation &wingTransform, const CTiglWingConnection &connection, const TopoDS_Shape &wire)
	Transforms a shape in profile coordinates to world coordinates.
TIGL_EXPORT double	transformXsiToCSOrTed (const CCPACSXsiIsoLine &xsi, const CTiglUIDManager &uidMgr)
TIGL_EXPORT double	transformXsiToCSOrTed (double xsi, const std::string &referenceUid, const CTiglUIDManager &uidMgr)
template<typename T>
std::string	typeName ()
TIGL_EXPORT std::string	typeName (const std::type_info &ti)
template<typename FordwardIter>
std::string	vecToString (FordwardIter begin, FordwardIter end, const char sep)
TIGL_EXPORT int	WingRibPointGetRibNumber (const generated::CPACSWingRibPoint &)
TIGL_EXPORT std::string	WingSparPosGetElementUID (const CCPACSWingSparPosition &)
	If the spar position is on a section element, the element uid is returned.
TIGL_EXPORT void	writeMatrix (const tiglMatrix &x, const std::string &filename)
	Stores the field to a file in binary form Note: this is not portable. The result will be different on varying platforms.

Variables
static const CreateIfNotExistsTag	CreateIfNotExists = CreateIfNotExistsTag()

Detailed Description

The CTiglShapeCache class acts as a storage for all kinds of intermediate shape results in order to improve speed of reoccurent calculations.

The registry allows classes to enrigster class functions, that should be run automatically after loading TiGL. This mechanism can be used e.g. to register classes at class factories.

In order to make use of the mechanism, implement an AUTOSTART function inside the classes cpp file i.e.:

MyClass.cpp:

AUTORUN(MyClass) { // your code here return true; }

Then, this autorun function has to be registered inside the registry. This is done by placing REGISTER_TYPE(MyClass) inside CTiglTypeRegistry.cpp.

Typedef Documentation

CCPACSAircraft

using tigl::CCPACSAircraft = generated::CPACSAircraft

CCPACSAircraftControlElement

using tigl::CCPACSAircraftControlElement = generated::CPACSAircraftControlElement

CCPACSAircraftControlElements

using tigl::CCPACSAircraftControlElements = generated::CPACSAircraftControlElements

CCPACSAlignmentCrossBeam

using tigl::CCPACSAlignmentCrossBeam = generated::CPACSAlignmentCrossBeam

CCPACSAlignmentStringFrame

using tigl::CCPACSAlignmentStringFrame = generated::CPACSAlignmentStringFrame

CCPACSAlignmentStructMember

using tigl::CCPACSAlignmentStructMember = generated::CPACSAlignmentStructMember

CCPACSApproximationSettings

using tigl::CCPACSApproximationSettings = generated::CPACSApproximationSettings

CCPACSAxle

using tigl::CCPACSAxle = generated::CPACSAxle

CCPACSAxleAssemblies

using tigl::CCPACSAxleAssemblies = generated::CPACSAxleAssemblies

CCPACSAxleAssembly

using tigl::CCPACSAxleAssembly = generated::CPACSAxleAssembly

CCPACSBeamCrossSection

using tigl::CCPACSBeamCrossSection = generated::CPACSBeamCrossSection

CCPACSBeamStiffness

using tigl::CCPACSBeamStiffness = generated::CPACSBeamStiffness

CCPACSBogie

using tigl::CCPACSBogie = generated::CPACSBogie

CCPACSBoundingElementUIDs

using tigl::CCPACSBoundingElementUIDs = generated::CPACSBoundingElementUIDs

CCPACSCabinAisle

using tigl::CCPACSCabinAisle = generated::CPACSCabinAisle

CCPACSCabinAisles

using tigl::CCPACSCabinAisles = generated::CPACSCabinAisles

CCPACSCabinGeometry

using tigl::CCPACSCabinGeometry = generated::CPACSCabinGeometry

CCPACSCabinGeometryContour

using tigl::CCPACSCabinGeometryContour = generated::CPACSCabinGeometryContour

CCPACSCabinGeometryContours

using tigl::CCPACSCabinGeometryContours = generated::CPACSCabinGeometryContours

CCPACSCabinSpace

using tigl::CCPACSCabinSpace = generated::CPACSCabinSpace

CCPACSCabinSpaces

using tigl::CCPACSCabinSpaces = generated::CPACSCabinSpaces

CCPACSCap

using tigl::CCPACSCap = generated::CPACSCap

CCPACSCargoContainerElements

using tigl::CCPACSCargoContainerElements = generated::CPACSCargoContainerElements

CCPACSCargoContainers

using tigl::CCPACSCargoContainers = generated::CPACSCargoContainers

CCPACSCargoDoorsAssembly

using tigl::CCPACSCargoDoorsAssembly = generated::CPACSCargoDoorsAssembly

CCPACSCeilingPanelElements

using tigl::CCPACSCeilingPanelElements = generated::CPACSCeilingPanelElements

CCPACSCeilingPanels

using tigl::CCPACSCeilingPanels = generated::CPACSCeilingPanels

CCPACSClassDividerElements

using tigl::CCPACSClassDividerElements = generated::CPACSClassDividerElements

CCPACSClassDividers

using tigl::CCPACSClassDividers = generated::CPACSClassDividers

CCPACSCompartment

using tigl::CCPACSCompartment = generated::CPACSCompartment

CCPACSCompartmentGeometry

using tigl::CCPACSCompartmentGeometry = generated::CPACSCompartmentGeometry

CCPACSCompartments

using tigl::CCPACSCompartments = generated::CPACSCompartments

CCPACSComponents

using tigl::CCPACSComponents = generated::CPACSComponents

CCPACSComposite

using tigl::CCPACSComposite = generated::CPACSComposite

CCPACSCompositeLayer

using tigl::CCPACSCompositeLayer = generated::CPACSCompositeLayer

CCPACSComposites

using tigl::CCPACSComposites = generated::CPACSComposites

CCPACSCone

using tigl::CCPACSCone = generated::CPACSCone

CCPACSCones

using tigl::CCPACSCones = generated::CPACSCones

CCPACSConfigurationDefinition

using tigl::CCPACSConfigurationDefinition = generated::CPACSConfigurationDefinition

CCPACSConfigurationDefinitions

using tigl::CCPACSConfigurationDefinitions = generated::CPACSConfigurationDefinitions

CCPACSContourReference

using tigl::CCPACSContourReference = generated::CPACSContourReference

CCPACSControlSurfaceAirfoil

using tigl::CCPACSControlSurfaceAirfoil = generated::CPACSControlSurfaceAirfoil

CCPACSControlSurfaceContours

using tigl::CCPACSControlSurfaceContours = generated::CPACSControlSurfaceContours

CCPACSControlSurfaceHingePoint

using tigl::CCPACSControlSurfaceHingePoint = generated::CPACSControlSurfaceHingePoint

CCPACSControlSurfacePath

using tigl::CCPACSControlSurfacePath = generated::CPACSControlSurfacePath

CCPACSControlSurfaceSkinCutOut

using tigl::CCPACSControlSurfaceSkinCutOut = generated::CPACSControlSurfaceSkinCutOut

CCPACSControlSurfaceSkinCutOutBorder

using tigl::CCPACSControlSurfaceSkinCutOutBorder = generated::CPACSControlSurfaceSkinCutOutBorder

CCPACSControlSurfaceStep

using tigl::CCPACSControlSurfaceStep = generated::CPACSControlSurfaceStep

CCPACSControlSurfaceTracks

using tigl::CCPACSControlSurfaceTracks = generated::CPACSControlSurfaceTracks

CCPACSControlSurfaceTrackType

using tigl::CCPACSControlSurfaceTrackType = generated::CPACSControlSurfaceTrackType

CCPACSCpacs

using tigl::CCPACSCpacs = generated::CPACSCpacs

CCPACSCuboid

using tigl::CCPACSCuboid = generated::CPACSCuboid

CCPACSCuboids

using tigl::CCPACSCuboids = generated::CPACSCuboids

CCPACSCurveProfiles

using tigl::CCPACSCurveProfiles = generated::CPACSCurveProfiles

CCPACSCutOut

using tigl::CCPACSCutOut = generated::CPACSCutOut

CCPACSCutOutControlPoint

using tigl::CCPACSCutOutControlPoint = generated::CPACSCutOutControlPoint

CCPACSCutOutControlPoints

using tigl::CCPACSCutOutControlPoints = generated::CPACSCutOutControlPoints

CCPACSCutOutProfile

using tigl::CCPACSCutOutProfile = generated::CPACSCutOutProfile

CCPACSCutOutProfiles

using tigl::CCPACSCutOutProfiles = generated::CPACSCutOutProfiles

CCPACSCylinder

using tigl::CCPACSCylinder = generated::CPACSCylinder

CCPACSCylinders

using tigl::CCPACSCylinders = generated::CPACSCylinders

CCPACSDeckDoor

using tigl::CCPACSDeckDoor = generated::CPACSDeckDoor

CCPACSDeckDoors

using tigl::CCPACSDeckDoors = generated::CPACSDeckDoors

CCPACSDeckElements

using tigl::CCPACSDeckElements = generated::CPACSDeckElements

CCPACSDecks

using tigl::CCPACSDecks = generated::CPACSDecks

CCPACSDeckStructuralMount

using tigl::CCPACSDeckStructuralMount = generated::CPACSDeckStructuralMount

CCPACSDeckStructuralMounts

using tigl::CCPACSDeckStructuralMounts = generated::CPACSDeckStructuralMounts

CCPACSDomeType

using tigl::CCPACSDomeType = generated::CPACSDomeType

CCPACSDoorCutOut

using tigl::CCPACSDoorCutOut = generated::CPACSDoorCutOut

CCPACSDoorOpening

using tigl::CCPACSDoorOpening = generated::CPACSDoorOpening

CCPACSDoorOpeningLegacy

using tigl::CCPACSDoorOpeningLegacy = generated::CPACSDoorOpeningLegacy

CCPACSDoors

using tigl::CCPACSDoors = generated::CPACSDoors

CCPACSDoorSurroundStructurePosition

using tigl::CCPACSDoorSurroundStructurePosition = generated::CPACSDoorSurroundStructurePosition

CCPACSDoorSurroundStructuresAssembly

using tigl::CCPACSDoorSurroundStructuresAssembly = generated::CPACSDoorSurroundStructuresAssembly

CCPACSDoubleConstraintBase

using tigl::CCPACSDoubleConstraintBase = generated::CPACSDoubleConstraintBase

CCPACSDoubleVectorBase

using tigl::CCPACSDoubleVectorBase = generated::CPACSDoubleVectorBase

CCPACSElementGeometry

using tigl::CCPACSElementGeometry = generated::CPACSElementGeometry

CCPACSElementMass

using tigl::CCPACSElementMass = generated::CPACSElementMass

CCPACSEllipsoid

using tigl::CCPACSEllipsoid = generated::CPACSEllipsoid

CCPACSEllipsoidDome

using tigl::CCPACSEllipsoidDome = generated::CPACSEllipsoidDome

CCPACSEllipsoids

using tigl::CCPACSEllipsoids = generated::CPACSEllipsoids

CCPACSEnergyCarriers

using tigl::CCPACSEnergyCarriers = generated::CPACSEnergyCarriers

CCPACSEngine

using tigl::CCPACSEngine = generated::CPACSEngine

CCPACSEngineNacelle

using tigl::CCPACSEngineNacelle = generated::CPACSEngineNacelle

CCPACSEnginePylons

using tigl::CCPACSEnginePylons = generated::CPACSEnginePylons

CCPACSEngines

using tigl::CCPACSEngines = generated::CPACSEngines

CCPACSEnvironment

using tigl::CCPACSEnvironment = generated::CPACSEnvironment

CCPACSEtaXsiRelHeightPoint

using tigl::CCPACSEtaXsiRelHeightPoint = generated::CPACSEtaXsiRelHeightPoint

CCPACSExternalGeometries

using tigl::CCPACSExternalGeometries = generated::CPACSExternalGeometries

CCPACSExternalGeometry

using tigl::CCPACSExternalGeometry = generated::CPACSExternalGeometry

CCPACSFlightPoints

using tigl::CCPACSFlightPoints = generated::CPACSFlightPoints

CCPACSFuelStorageConditions

using tigl::CCPACSFuelStorageConditions = generated::CPACSFuelStorageConditions

CCPACSFuelTanks

using tigl::CCPACSFuelTanks = generated::CPACSFuelTanks

CCPACSFuelTankVolume

using tigl::CCPACSFuelTankVolume = generated::CPACSFuelTankVolume

CCPACSFuselageStructuralMounts

using tigl::CCPACSFuselageStructuralMounts = generated::CPACSFuselageStructuralMounts

CCPACSGalleyElement

using tigl::CCPACSGalleyElement = generated::CPACSGalleyElement

CCPACSGalleyElements

using tigl::CCPACSGalleyElements = generated::CPACSGalleyElements

CCPACSGalleys

using tigl::CCPACSGalleys = generated::CPACSGalleys

CCPACSGenericFloorElements

using tigl::CCPACSGenericFloorElements = generated::CPACSGenericFloorElements

CCPACSGenericFloorModules

using tigl::CCPACSGenericFloorModules = generated::CPACSGenericFloorModules

CCPACSGlobalBeamProperties

using tigl::CCPACSGlobalBeamProperties = generated::CPACSGlobalBeamProperties

CCPACSGlobalFlightPoint

using tigl::CCPACSGlobalFlightPoint = generated::CPACSGlobalFlightPoint

CCPACSGlobalPerformanceCases

using tigl::CCPACSGlobalPerformanceCases = generated::CPACSGlobalPerformanceCases

CCPACSGuideCurveProfiles

using tigl::CCPACSGuideCurveProfiles = generated::CPACSGuideCurveProfiles

CCPACSHeader

using tigl::CCPACSHeader = generated::CPACSHeader

CCPACSIsotensoidDome

using tigl::CCPACSIsotensoidDome = generated::CPACSIsotensoidDome

CCPACSLandingGearBase

using tigl::CCPACSLandingGearBase = generated::CPACSLandingGearBase

CCPACSLandingGearBrakingState

using tigl::CCPACSLandingGearBrakingState = generated::CPACSLandingGearBrakingState

CCPACSLandingGearComponentAssembly

using tigl::CCPACSLandingGearComponentAssembly = generated::CPACSLandingGearComponentAssembly

CCPACSLandingGearControl

using tigl::CCPACSLandingGearControl = generated::CPACSLandingGearControl

CCPACSLandingGearControlFunctions

using tigl::CCPACSLandingGearControlFunctions = generated::CPACSLandingGearControlFunctions

CCPACSLandingGearExtensionFunction

using tigl::CCPACSLandingGearExtensionFunction = generated::CPACSLandingGearExtensionFunction

CCPACSLandingGearExtensionFunctionStep

using tigl::CCPACSLandingGearExtensionFunctionStep = generated::CPACSLandingGearExtensionFunctionStep

CCPACSLandingGears

using tigl::CCPACSLandingGears = generated::CPACSLandingGears

CCPACSLandingGearSteeringFunction

using tigl::CCPACSLandingGearSteeringFunction = generated::CPACSLandingGearSteeringFunction

CCPACSLandingGearSteeringFunctionStep

using tigl::CCPACSLandingGearSteeringFunctionStep = generated::CPACSLandingGearSteeringFunctionStep

CCPACSLandingGearStrutAttachment

using tigl::CCPACSLandingGearStrutAttachment = generated::CPACSLandingGearStrutAttachment

CCPACSLandingGearSupportBeamPosition

using tigl::CCPACSLandingGearSupportBeamPosition = generated::CPACSLandingGearSupportBeamPosition

CCPACSLateralCap

using tigl::CCPACSLateralCap = generated::CPACSLateralCap

CCPACSLavatories

using tigl::CCPACSLavatories = generated::CPACSLavatories

CCPACSLavatoryElements

using tigl::CCPACSLavatoryElements = generated::CPACSLavatoryElements

CCPACSLeadingEdgeDevices

using tigl::CCPACSLeadingEdgeDevices = generated::CPACSLeadingEdgeDevices

CCPACSLeadingEdgeHollow

using tigl::CCPACSLeadingEdgeHollow = generated::CPACSLeadingEdgeHollow

CCPACSLeadingEdgeShape

using tigl::CCPACSLeadingEdgeShape = generated::CPACSLeadingEdgeShape

CCPACSLinkToFile

using tigl::CCPACSLinkToFile = generated::CPACSLinkToFile

CCPACSLuggageCompartmentElements

using tigl::CCPACSLuggageCompartmentElements = generated::CPACSLuggageCompartmentElements

CCPACSLuggageCompartments

using tigl::CCPACSLuggageCompartments = generated::CPACSLuggageCompartments

CCPACSMainActuator

using tigl::CCPACSMainActuator = generated::CPACSMainActuator

CCPACSMassInertia

using tigl::CCPACSMassInertia = generated::CPACSMassInertia

CCPACSMaterialDefinitionForProfileBased

using tigl::CCPACSMaterialDefinitionForProfileBased = generated::CPACSMaterialDefinitionForProfileBased

CCPACSMaterialDefinitionForProfileBasedPoint

using tigl::CCPACSMaterialDefinitionForProfileBasedPoint = generated::CPACSMaterialDefinitionForProfileBasedPoint

CCPACSMaterials

using tigl::CCPACSMaterials = generated::CPACSMaterials

CCPACSMultiSegmentShape

using tigl::CCPACSMultiSegmentShape = generated::CPACSMultiSegmentShape

CCPACSMultiSegmentShapes

using tigl::CCPACSMultiSegmentShapes = generated::CPACSMultiSegmentShapes

CCPACSNacaProfile

using tigl::CCPACSNacaProfile = generated::CPACSNacaProfile

CCPACSNacelleGuideCurve

using tigl::CCPACSNacelleGuideCurve = generated::CPACSNacelleGuideCurve

CCPACSNacelleProfiles

using tigl::CCPACSNacelleProfiles = generated::CPACSNacelleProfiles

CCPACSOuterCutOutProfile

using tigl::CCPACSOuterCutOutProfile = generated::CPACSOuterCutOutProfile

CCPACSPintleStruts

using tigl::CCPACSPintleStruts = generated::CPACSPintleStruts

CCPACSPiston

using tigl::CCPACSPiston = generated::CPACSPiston

CCPACSPointList

using tigl::CCPACSPointList = generated::CPACSPointList

CCPACSPointPerformanceConstraints

using tigl::CCPACSPointPerformanceConstraints = generated::CPACSPointPerformanceConstraints

CCPACSPointPerformanceDefinition

using tigl::CCPACSPointPerformanceDefinition = generated::CPACSPointPerformanceDefinition

CCPACSPointPerformanceDefinitions

using tigl::CCPACSPointPerformanceDefinitions = generated::CPACSPointPerformanceDefinitions

CCPACSPointPerformanceRequirements

using tigl::CCPACSPointPerformanceRequirements = generated::CPACSPointPerformanceRequirements

CCPACSPointX

using tigl::CCPACSPointX = generated::CPACSPointX

CCPACSPointXYZ

using tigl::CCPACSPointXYZ = generated::CPACSPointXYZ

CCPACSPointXZ

using tigl::CCPACSPointXZ = generated::CPACSPointXZ

CCPACSPointZ

using tigl::CCPACSPointZ = generated::CPACSPointZ

CCPACSPosExcl0DoubleBase

using tigl::CCPACSPosExcl0DoubleBase = generated::CPACSPosExcl0DoubleBase

CCPACSPosExcl0IntBase

using tigl::CCPACSPosExcl0IntBase = generated::CPACSPosExcl0IntBase

CCPACSPressureBulkheads

using tigl::CCPACSPressureBulkheads = generated::CPACSPressureBulkheads

CCPACSProfileBasedStructuralElements

using tigl::CCPACSProfileBasedStructuralElements = generated::CPACSProfileBasedStructuralElements

CCPACSProfileGeometry

using tigl::CCPACSProfileGeometry = generated::CPACSProfileGeometry

CCPACSProfiles

using tigl::CCPACSProfiles = generated::CPACSProfiles

CCPACSRectangleProfile

using tigl::CCPACSRectangleProfile = generated::CPACSRectangleProfile

CCPACSRelativeStrutPosition

using tigl::CCPACSRelativeStrutPosition = generated::CPACSRelativeStrutPosition

CCPACSRivet

using tigl::CCPACSRivet = generated::CPACSRivet

CCPACSRivets

using tigl::CCPACSRivets = generated::CPACSRivets

CCPACSRotorcraft

using tigl::CCPACSRotorcraft = generated::CPACSRotorcraft

CCPACSSeatElement

using tigl::CCPACSSeatElement = generated::CPACSSeatElement

CCPACSSeatElements

using tigl::CCPACSSeatElements = generated::CPACSSeatElements

CCPACSSeatModules

using tigl::CCPACSSeatModules = generated::CPACSSeatModules

CCPACSSheet

using tigl::CCPACSSheet = generated::CPACSSheet

CCPACSSheet3D

using tigl::CCPACSSheet3D = generated::CPACSSheet3D

CCPACSSheetBasedStructuralElement

using tigl::CCPACSSheetBasedStructuralElement = generated::CPACSSheetBasedStructuralElement

CCPACSSheetBasedStructuralElements

using tigl::CCPACSSheetBasedStructuralElements = generated::CPACSSheetBasedStructuralElements

CCPACSSheetList3D

using tigl::CCPACSSheetList3D = generated::CPACSSheetList3D

CCPACSSheetPoints

using tigl::CCPACSSheetPoints = generated::CPACSSheetPoints

CCPACSSideStruts

using tigl::CCPACSSideStruts = generated::CPACSSideStruts

CCPACSSidewallPanelElements

using tigl::CCPACSSidewallPanelElements = generated::CPACSSidewallPanelElements

CCPACSSidewallPanels

using tigl::CCPACSSidewallPanels = generated::CPACSSidewallPanels

CCPACSSkinSegments

using tigl::CCPACSSkinSegments = generated::CPACSSkinSegments

CCPACSSourceTarget

using tigl::CCPACSSourceTarget = generated::CPACSSourceTarget

CCPACSSparCell

using tigl::CCPACSSparCell = generated::CPACSSparCell

CCPACSSparCells

using tigl::CCPACSSparCells = generated::CPACSSparCells

CCPACSSparCrossSection

using tigl::CCPACSSparCrossSection = generated::CPACSSparCrossSection

CCPACSStandardProfile

using tigl::CCPACSStandardProfile = generated::CPACSStandardProfile

CCPACSStorageComponent

using tigl::CCPACSStorageComponent = generated::CPACSStorageComponent

CCPACSStorageComponents

using tigl::CCPACSStorageComponents = generated::CPACSStorageComponents

CCPACSStoredEnergyCarriers

using tigl::CCPACSStoredEnergyCarriers = generated::CPACSStoredEnergyCarriers

CCPACSStoredFuel

using tigl::CCPACSStoredFuel = generated::CPACSStoredFuel

CCPACSStoredFuels

using tigl::CCPACSStoredFuels = generated::CPACSStoredFuels

CCPACSStringerFramePositionUIDs

using tigl::CCPACSStringerFramePositionUIDs = generated::CPACSStringerFramePositionUIDs

CCPACSStructuralElements

using tigl::CCPACSStructuralElements = generated::CPACSStructuralElements

CCPACSStructuralMount

using tigl::CCPACSStructuralMount = generated::CPACSStructuralMount

CCPACSStructuralProfile

using tigl::CCPACSStructuralProfile = generated::CPACSStructuralProfile

CCPACSStructuralProfile3D

using tigl::CCPACSStructuralProfile3D = generated::CPACSStructuralProfile3D

CCPACSStructuralProfiles

using tigl::CCPACSStructuralProfiles = generated::CPACSStructuralProfiles

CCPACSStructuralWallElement

using tigl::CCPACSStructuralWallElement = generated::CPACSStructuralWallElement

CCPACSStructuralWallElements

using tigl::CCPACSStructuralWallElements = generated::CPACSStructuralWallElements

CCPACSStrut

using tigl::CCPACSStrut = generated::CPACSStrut

CCPACSStrutAssembly

using tigl::CCPACSStrutAssembly = generated::CPACSStrutAssembly

CCPACSStrutProperties

using tigl::CCPACSStrutProperties = generated::CPACSStrutProperties

CCPACSSuperEllipseProfile

using tigl::CCPACSSuperEllipseProfile = generated::CPACSSuperEllipseProfile

CCPACSSupportBeam

using tigl::CCPACSSupportBeam = generated::CPACSSupportBeam

CCPACSSysElemACACConverters

using tigl::CCPACSSysElemACACConverters = generated::CPACSSysElemACACConverters

CCPACSSysElemAccumulators

using tigl::CCPACSSysElemAccumulators = generated::CPACSSysElemAccumulators

CCPACSSysElemACDCConverters

using tigl::CCPACSSysElemACDCConverters = generated::CPACSSysElemACDCConverters

CCPACSSysElemACGenerators

using tigl::CCPACSSysElemACGenerators = generated::CPACSSysElemACGenerators

CCPACSSysElemAirCycleMachines

using tigl::CCPACSSysElemAirCycleMachines = generated::CPACSSysElemAirCycleMachines

CCPACSSysElemAuxiliaryPowerGasTurbines

using tigl::CCPACSSysElemAuxiliaryPowerGasTurbines = generated::CPACSSysElemAuxiliaryPowerGasTurbines

CCPACSSysElemBatteries

using tigl::CCPACSSysElemBatteries = generated::CPACSSysElemBatteries

CCPACSSysElemBusBars

using tigl::CCPACSSysElemBusBars = generated::CPACSSysElemBusBars

CCPACSSysElemCables

using tigl::CCPACSSysElemCables = generated::CPACSSysElemCables

CCPACSSysElemCapacitors

using tigl::CCPACSSysElemCapacitors = generated::CPACSSysElemCapacitors

CCPACSSysElemCheckValves

using tigl::CCPACSSysElemCheckValves = generated::CPACSSysElemCheckValves

CCPACSSysElemCircuitBreakers

using tigl::CCPACSSysElemCircuitBreakers = generated::CPACSSysElemCircuitBreakers

CCPACSSysElemClutches

using tigl::CCPACSSysElemClutches = generated::CPACSSysElemClutches

CCPACSSysElemCompressors

using tigl::CCPACSSysElemCompressors = generated::CPACSSysElemCompressors

CCPACSSysElemCondensers

using tigl::CCPACSSysElemCondensers = generated::CPACSSysElemCondensers

CCPACSSysElemContactors

using tigl::CCPACSSysElemContactors = generated::CPACSSysElemContactors

CCPACSSysElemConverters

using tigl::CCPACSSysElemConverters = generated::CPACSSysElemConverters

CCPACSSysElemCouplings

using tigl::CCPACSSysElemCouplings = generated::CPACSSysElemCouplings

CCPACSSysElemDampers

using tigl::CCPACSSysElemDampers = generated::CPACSSysElemDampers

CCPACSSysElemDCACConverters

using tigl::CCPACSSysElemDCACConverters = generated::CPACSSysElemDCACConverters

CCPACSSysElemDCDCConverters

using tigl::CCPACSSysElemDCDCConverters = generated::CPACSSysElemDCDCConverters

CCPACSSysElemDCGenerators

using tigl::CCPACSSysElemDCGenerators = generated::CPACSSysElemDCGenerators

CCPACSSysElemDiffusers

using tigl::CCPACSSysElemDiffusers = generated::CPACSSysElemDiffusers

CCPACSSysElemDisplays

using tigl::CCPACSSysElemDisplays = generated::CPACSSysElemDisplays

CCPACSSysElemDriveShafts

using tigl::CCPACSSysElemDriveShafts = generated::CPACSSysElemDriveShafts

CCPACSSysElemElectricActuators

using tigl::CCPACSSysElemElectricActuators = generated::CPACSSysElemElectricActuators

CCPACSSysElemElectricalConsumerElements

using tigl::CCPACSSysElemElectricalConsumerElements = generated::CPACSSysElemElectricalConsumerElements

CCPACSSysElemElectricalControlElements

using tigl::CCPACSSysElemElectricalControlElements = generated::CPACSSysElemElectricalControlElements

CCPACSSysElemElectricalConversionElements

using tigl::CCPACSSysElemElectricalConversionElements = generated::CPACSSysElemElectricalConversionElements

CCPACSSysElemElectricalDistributionElements

using tigl::CCPACSSysElemElectricalDistributionElements = generated::CPACSSysElemElectricalDistributionElements

CCPACSSysElemElectricalElements

using tigl::CCPACSSysElemElectricalElements = generated::CPACSSysElemElectricalElements

CCPACSSysElemElectricalStorageElements

using tigl::CCPACSSysElemElectricalStorageElements = generated::CPACSSysElemElectricalStorageElements

CCPACSSysElemElectricDrivenCompressors

using tigl::CCPACSSysElemElectricDrivenCompressors = generated::CPACSSysElemElectricDrivenCompressors

CCPACSSysElemElectricDrivenFans

using tigl::CCPACSSysElemElectricDrivenFans = generated::CPACSSysElemElectricDrivenFans

CCPACSSysElemElectricDrivenPumps

using tigl::CCPACSSysElemElectricDrivenPumps = generated::CPACSSysElemElectricDrivenPumps

CCPACSSysElemElectricHeaters

using tigl::CCPACSSysElemElectricHeaters = generated::CPACSSysElemElectricHeaters

CCPACSSysElemElectricMachines

using tigl::CCPACSSysElemElectricMachines = generated::CPACSSysElemElectricMachines

CCPACSSysElemElectricMotors

using tigl::CCPACSSysElemElectricMotors = generated::CPACSSysElemElectricMotors

CCPACSSysElemEvaporators

using tigl::CCPACSSysElemEvaporators = generated::CPACSSysElemEvaporators

CCPACSSysElemExpansionTurbines

using tigl::CCPACSSysElemExpansionTurbines = generated::CPACSSysElemExpansionTurbines

CCPACSSysElemExpansionValves

using tigl::CCPACSSysElemExpansionValves = generated::CPACSSysElemExpansionValves

CCPACSSysElemExteriorLights

using tigl::CCPACSSysElemExteriorLights = generated::CPACSSysElemExteriorLights

CCPACSSysElemFans

using tigl::CCPACSSysElemFans = generated::CPACSSysElemFans

CCPACSSysElemFilters

using tigl::CCPACSSysElemFilters = generated::CPACSSysElemFilters

CCPACSSysElemFittings

using tigl::CCPACSSysElemFittings = generated::CPACSSysElemFittings

CCPACSSysElemFuelCellStacks

using tigl::CCPACSSysElemFuelCellStacks = generated::CPACSSysElemFuelCellStacks

CCPACSSysElemFuses

using tigl::CCPACSSysElemFuses = generated::CPACSSysElemFuses

CCPACSSysElemGearBoxes

using tigl::CCPACSSysElemGearBoxes = generated::CPACSSysElemGearBoxes

CCPACSSysElemGenerators

using tigl::CCPACSSysElemGenerators = generated::CPACSSysElemGenerators

CCPACSSysElemGenericConsumerElements

using tigl::CCPACSSysElemGenericConsumerElements = generated::CPACSSysElemGenericConsumerElements

CCPACSSysElemGenericControlElements

using tigl::CCPACSSysElemGenericControlElements = generated::CPACSSysElemGenericControlElements

CCPACSSysElemGenericConversionElements

using tigl::CCPACSSysElemGenericConversionElements = generated::CPACSSysElemGenericConversionElements

CCPACSSysElemGenericDistributionElements

using tigl::CCPACSSysElemGenericDistributionElements = generated::CPACSSysElemGenericDistributionElements

CCPACSSysElemGenericElectricalElements

using tigl::CCPACSSysElemGenericElectricalElements = generated::CPACSSysElemGenericElectricalElements

CCPACSSysElemGenericElements

using tigl::CCPACSSysElemGenericElements = generated::CPACSSysElemGenericElements

CCPACSSysElemGenericHydraulicElements

using tigl::CCPACSSysElemGenericHydraulicElements = generated::CPACSSysElemGenericHydraulicElements

CCPACSSysElemGenericMechanicalElements

using tigl::CCPACSSysElemGenericMechanicalElements = generated::CPACSSysElemGenericMechanicalElements

CCPACSSysElemGenericPneumaticElements

using tigl::CCPACSSysElemGenericPneumaticElements = generated::CPACSSysElemGenericPneumaticElements

CCPACSSysElemGenericStorageElements

using tigl::CCPACSSysElemGenericStorageElements = generated::CPACSSysElemGenericStorageElements

CCPACSSysElemGenericThermoFluidElements

using tigl::CCPACSSysElemGenericThermoFluidElements = generated::CPACSSysElemGenericThermoFluidElements

CCPACSSysElemGroundConnectors

using tigl::CCPACSSysElemGroundConnectors = generated::CPACSSysElemGroundConnectors

CCPACSSysElemHeatExchangers

using tigl::CCPACSSysElemHeatExchangers = generated::CPACSSysElemHeatExchangers

CCPACSSysElemHumidifiers

using tigl::CCPACSSysElemHumidifiers = generated::CPACSSysElemHumidifiers

CCPACSSysElemHydraulicActuators

using tigl::CCPACSSysElemHydraulicActuators = generated::CPACSSysElemHydraulicActuators

CCPACSSysElemHydraulicControlElements

using tigl::CCPACSSysElemHydraulicControlElements = generated::CPACSSysElemHydraulicControlElements

CCPACSSysElemHydraulicConversionElements

using tigl::CCPACSSysElemHydraulicConversionElements = generated::CPACSSysElemHydraulicConversionElements

CCPACSSysElemHydraulicDistributionElements

using tigl::CCPACSSysElemHydraulicDistributionElements = generated::CPACSSysElemHydraulicDistributionElements

CCPACSSysElemHydraulicDrivenPumps

using tigl::CCPACSSysElemHydraulicDrivenPumps = generated::CPACSSysElemHydraulicDrivenPumps

CCPACSSysElemHydraulicElements

using tigl::CCPACSSysElemHydraulicElements = generated::CPACSSysElemHydraulicElements

CCPACSSysElemHydraulicPowerPackages

using tigl::CCPACSSysElemHydraulicPowerPackages = generated::CPACSSysElemHydraulicPowerPackages

CCPACSSysElemHydraulicStorageElements

using tigl::CCPACSSysElemHydraulicStorageElements = generated::CPACSSysElemHydraulicStorageElements

CCPACSSysElemInductors

using tigl::CCPACSSysElemInductors = generated::CPACSSysElemInductors

CCPACSSysElemInteriorLights

using tigl::CCPACSSysElemInteriorLights = generated::CPACSSysElemInteriorLights

CCPACSSysElemIsolationValves

using tigl::CCPACSSysElemIsolationValves = generated::CPACSSysElemIsolationValves

CCPACSSysElemJetPumps

using tigl::CCPACSSysElemJetPumps = generated::CPACSSysElemJetPumps

CCPACSSysElemJoiners

using tigl::CCPACSSysElemJoiners = generated::CPACSSysElemJoiners

CCPACSSysElemLights

using tigl::CCPACSSysElemLights = generated::CPACSSysElemLights

CCPACSSysElemMechanicalControlElements

using tigl::CCPACSSysElemMechanicalControlElements = generated::CPACSSysElemMechanicalControlElements

CCPACSSysElemMechanicalConversionElements

using tigl::CCPACSSysElemMechanicalConversionElements = generated::CPACSSysElemMechanicalConversionElements

CCPACSSysElemMechanicalDistributionElements

using tigl::CCPACSSysElemMechanicalDistributionElements = generated::CPACSSysElemMechanicalDistributionElements

CCPACSSysElemMechanicalDrivenCompressors

using tigl::CCPACSSysElemMechanicalDrivenCompressors = generated::CPACSSysElemMechanicalDrivenCompressors

CCPACSSysElemMechanicalDrivenFans

using tigl::CCPACSSysElemMechanicalDrivenFans = generated::CPACSSysElemMechanicalDrivenFans

CCPACSSysElemMechanicalDrivenPumps

using tigl::CCPACSSysElemMechanicalDrivenPumps = generated::CPACSSysElemMechanicalDrivenPumps

CCPACSSysElemMechanicalElements

using tigl::CCPACSSysElemMechanicalElements = generated::CPACSSysElemMechanicalElements

CCPACSSysElemMechanicalStorageElements

using tigl::CCPACSSysElemMechanicalStorageElements = generated::CPACSSysElemMechanicalStorageElements

CCPACSSysElemMixingUnits

using tigl::CCPACSSysElemMixingUnits = generated::CPACSSysElemMixingUnits

CCPACSSysElemNozzles

using tigl::CCPACSSysElemNozzles = generated::CPACSSysElemNozzles

CCPACSSysElemOzoneConverters

using tigl::CCPACSSysElemOzoneConverters = generated::CPACSSysElemOzoneConverters

CCPACSSysElemPhaseSeparators

using tigl::CCPACSSysElemPhaseSeparators = generated::CPACSSysElemPhaseSeparators

CCPACSSysElemPiccoloTubes

using tigl::CCPACSSysElemPiccoloTubes = generated::CPACSSysElemPiccoloTubes

CCPACSSysElemPipeBallJoints

using tigl::CCPACSSysElemPipeBallJoints = generated::CPACSSysElemPipeBallJoints

CCPACSSysElemPipeBellows

using tigl::CCPACSSysElemPipeBellows = generated::CPACSSysElemPipeBellows

CCPACSSysElemPipes

using tigl::CCPACSSysElemPipes = generated::CPACSSysElemPipes

CCPACSSysElemPneumaticAirConditioningKits

using tigl::CCPACSSysElemPneumaticAirConditioningKits = generated::CPACSSysElemPneumaticAirConditioningKits

CCPACSSysElemPneumaticControlElements

using tigl::CCPACSSysElemPneumaticControlElements = generated::CPACSSysElemPneumaticControlElements

CCPACSSysElemPneumaticConversionElements

using tigl::CCPACSSysElemPneumaticConversionElements = generated::CPACSSysElemPneumaticConversionElements

CCPACSSysElemPneumaticDistributionElements

using tigl::CCPACSSysElemPneumaticDistributionElements = generated::CPACSSysElemPneumaticDistributionElements

CCPACSSysElemPneumaticDrivenPumps

using tigl::CCPACSSysElemPneumaticDrivenPumps = generated::CPACSSysElemPneumaticDrivenPumps

CCPACSSysElemPneumaticElements

using tigl::CCPACSSysElemPneumaticElements = generated::CPACSSysElemPneumaticElements

CCPACSSysElemPneumaticStorageElements

using tigl::CCPACSSysElemPneumaticStorageElements = generated::CPACSSysElemPneumaticStorageElements

CCPACSSysElemPowerCables

using tigl::CCPACSSysElemPowerCables = generated::CPACSSysElemPowerCables

CCPACSSysElemPowerDistributionUnits

using tigl::CCPACSSysElemPowerDistributionUnits = generated::CPACSSysElemPowerDistributionUnits

CCPACSSysElemPowerTransferUnits

using tigl::CCPACSSysElemPowerTransferUnits = generated::CPACSSysElemPowerTransferUnits

CCPACSSysElemPressureReliefValves

using tigl::CCPACSSysElemPressureReliefValves = generated::CPACSSysElemPressureReliefValves

CCPACSSysElemPressureSensors

using tigl::CCPACSSysElemPressureSensors = generated::CPACSSysElemPressureSensors

CCPACSSysElemQuantitySensors

using tigl::CCPACSSysElemQuantitySensors = generated::CPACSSysElemQuantitySensors

CCPACSSysElemRamAirTurbines

using tigl::CCPACSSysElemRamAirTurbines = generated::CPACSSysElemRamAirTurbines

CCPACSSysElemRelays

using tigl::CCPACSSysElemRelays = generated::CPACSSysElemRelays

CCPACSSysElemReservoirs

using tigl::CCPACSSysElemReservoirs = generated::CPACSSysElemReservoirs

CCPACSSysElemShutOffValves

using tigl::CCPACSSysElemShutOffValves = generated::CPACSSysElemShutOffValves

CCPACSSysElemSignalCables

using tigl::CCPACSSysElemSignalCables = generated::CPACSSysElemSignalCables

CCPACSSysElemSockets

using tigl::CCPACSSysElemSockets = generated::CPACSSysElemSockets

CCPACSSysElemSplitters

using tigl::CCPACSSysElemSplitters = generated::CPACSSysElemSplitters

CCPACSSysElemSprings

using tigl::CCPACSSysElemSprings = generated::CPACSSysElemSprings

CCPACSSysElemSuperCapacitors

using tigl::CCPACSSysElemSuperCapacitors = generated::CPACSSysElemSuperCapacitors

CCPACSSysElemSwitches

using tigl::CCPACSSysElemSwitches = generated::CPACSSysElemSwitches

CCPACSSysElemTemperatureSensors

using tigl::CCPACSSysElemTemperatureSensors = generated::CPACSSysElemTemperatureSensors

CCPACSSysElemThermoFluidControlElements

using tigl::CCPACSSysElemThermoFluidControlElements = generated::CPACSSysElemThermoFluidControlElements

CCPACSSysElemThermoFluidConversionElements

using tigl::CCPACSSysElemThermoFluidConversionElements = generated::CPACSSysElemThermoFluidConversionElements

CCPACSSysElemThermoFluidDistributionElements

using tigl::CCPACSSysElemThermoFluidDistributionElements = generated::CPACSSysElemThermoFluidDistributionElements

CCPACSSysElemThermoFluidElements

using tigl::CCPACSSysElemThermoFluidElements = generated::CPACSSysElemThermoFluidElements

CCPACSSysElemThermoFluidStorageElements

using tigl::CCPACSSysElemThermoFluidStorageElements = generated::CPACSSysElemThermoFluidStorageElements

CCPACSSysElemTransformers

using tigl::CCPACSSysElemTransformers = generated::CPACSSysElemTransformers

CCPACSSysElemTurbines

using tigl::CCPACSSysElemTurbines = generated::CPACSSysElemTurbines

CCPACSSysElemVacuumPumps

using tigl::CCPACSSysElemVacuumPumps = generated::CPACSSysElemVacuumPumps

CCPACSSysElemValves

using tigl::CCPACSSysElemValves = generated::CPACSSysElemValves

CCPACSSysElemWaterExtractors

using tigl::CCPACSSysElemWaterExtractors = generated::CPACSSysElemWaterExtractors

CCPACSSysElemWaterInjectors

using tigl::CCPACSSysElemWaterInjectors = generated::CPACSSysElemWaterInjectors

CCPACSSystemArchitectures

using tigl::CCPACSSystemArchitectures = generated::CPACSSystemArchitectures

CCPACSSystemConnections

using tigl::CCPACSSystemConnections = generated::CPACSSystemConnections

CCPACSSystemControlDevices

using tigl::CCPACSSystemControlDevices = generated::CPACSSystemControlDevices

CCPACSSystemElements

using tigl::CCPACSSystemElements = generated::CPACSSystemElements

CCPACSSystemState

using tigl::CCPACSSystemState = generated::CPACSSystemState

CCPACSTori

using tigl::CCPACSTori = generated::CPACSTori

CCPACSTorisphericalDome

using tigl::CCPACSTorisphericalDome = generated::CPACSTorisphericalDome

CCPACSTorus

using tigl::CCPACSTorus = generated::CPACSTorus

CCPACSTrackActuator

using tigl::CCPACSTrackActuator = generated::CPACSTrackActuator

CCPACSTrackJointCoordinates

using tigl::CCPACSTrackJointCoordinates = generated::CPACSTrackJointCoordinates

CCPACSTrackJointPosition

using tigl::CCPACSTrackJointPosition = generated::CPACSTrackJointPosition

CCPACSTrackJointPositions

using tigl::CCPACSTrackJointPositions = generated::CPACSTrackJointPositions

CCPACSTrackSecondaryStructure

using tigl::CCPACSTrackSecondaryStructure = generated::CPACSTrackSecondaryStructure

CCPACSTrackStructure

using tigl::CCPACSTrackStructure = generated::CPACSTrackStructure

CCPACSTrackStrut

using tigl::CCPACSTrackStrut = generated::CPACSTrackStrut

CCPACSTrackStruts

using tigl::CCPACSTrackStruts = generated::CPACSTrackStruts

CCPACSTrailingEdgeDevices

using tigl::CCPACSTrailingEdgeDevices = generated::CPACSTrailingEdgeDevices

CCPACSTransformation2D

using tigl::CCPACSTransformation2D = generated::CPACSTransformation2D

CCPACSUIDSequence

using tigl::CCPACSUIDSequence = generated::CPACSUIDSequence

CCPACSVehicleElementBase

using tigl::CCPACSVehicleElementBase = generated::CPACSVehicleElementBase

CCPACSVehicles

using tigl::CCPACSVehicles = generated::CPACSVehicles

CCPACSVersionInfo

using tigl::CCPACSVersionInfo = generated::CPACSVersionInfo

CCPACSVersionInfos

using tigl::CCPACSVersionInfos = generated::CPACSVersionInfos

CCPACSVessels

using tigl::CCPACSVessels = generated::CPACSVessels

CCPACSVesselSkinLayers

using tigl::CCPACSVesselSkinLayers = generated::CPACSVesselSkinLayers

CCPACSWallPositions

using tigl::CCPACSWallPositions = generated::CPACSWallPositions

CCPACSWallPositionUIDs

using tigl::CCPACSWallPositionUIDs = generated::CPACSWallPositionUIDs

CCPACSWallSegments

using tigl::CCPACSWallSegments = generated::CPACSWallSegments

CCPACSWeb

using tigl::CCPACSWeb = generated::CPACSWeb

CCPACSWheel

using tigl::CCPACSWheel = generated::CPACSWheel

CCPACSWindows

using tigl::CCPACSWindows = generated::CPACSWindows

CCPACSWingAttachmentPositioning

using tigl::CCPACSWingAttachmentPositioning = generated::CPACSWingAttachmentPositioning

CCPACSWingRibCell

using tigl::CCPACSWingRibCell = generated::CPACSWingRibCell

CCPACSWingRibPoint

using tigl::CCPACSWingRibPoint = generated::CPACSWingRibPoint

CCPACSWingSkin

using tigl::CCPACSWingSkin = generated::CPACSWingSkin

CreateProfileAlgoCallback

typedef PTiglWingProfileAlgo(* tigl::CreateProfileAlgoCallback) (const CCPACSWingProfile &profile, const std::string &cpacsPath)

ECPACSAtaChapterList

using tigl::ECPACSAtaChapterList = generated::CPACSAtaChapterList

ECPACSAtmosphericModel

using tigl::ECPACSAtmosphericModel = generated::CPACSAtmosphericModel

ECPACSAxle_sideOfFirstWheel

using tigl::ECPACSAxle_sideOfFirstWheel = generated::CPACSAxle_sideOfFirstWheel

ECPACSContinuity

using tigl::ECPACSContinuity = generated::CPACSContinuity

ECPACSContinuityAtP

using tigl::ECPACSContinuityAtP = generated::CPACSContinuityAtP

ECPACSControlSurfaceTrackType_trackSubType

using tigl::ECPACSControlSurfaceTrackType_trackSubType = generated::CPACSControlSurfaceTrackType_trackSubType

ECPACSControlSurfaceTrackType_trackType

using tigl::ECPACSControlSurfaceTrackType_trackType = generated::CPACSControlSurfaceTrackType_trackType

ECPACSDeckDoor_doorType

using tigl::ECPACSDeckDoor_doorType = generated::CPACSDeckDoor_doorType

ECPACSDecksDeck_deckType

using tigl::ECPACSDecksDeck_deckType = generated::CPACSDecksDeck_deckType

ECPACSDoorAssemblyPosition_doorType

using tigl::ECPACSDoorAssemblyPosition_doorType = generated::CPACSDoorAssemblyPosition_doorType

ECPACSDoorOpeningLegacy_side

using tigl::ECPACSDoorOpeningLegacy_side = generated::CPACSDoorOpeningLegacy_side

ECPACSGeometryRepresentation

using tigl::ECPACSGeometryRepresentation = generated::CPACSGeometryRepresentation

ECPACSGuideCurve_continuity

using tigl::ECPACSGuideCurve_continuity = generated::CPACSGuideCurve_continuity

ECPACSInterpolation

using tigl::ECPACSInterpolation = generated::CPACSInterpolation

ECPACSLandingGearExtensionFunctionStep_stepType

using tigl::ECPACSLandingGearExtensionFunctionStep_stepType = generated::CPACSLandingGearExtensionFunctionStep_stepType

ECPACSLandingGearSteeringFunctionStep_stepType

using tigl::ECPACSLandingGearSteeringFunctionStep_stepType = generated::CPACSLandingGearSteeringFunctionStep_stepType

ECPACSLateralCap_placement

using tigl::ECPACSLateralCap_placement = generated::CPACSLateralCap_placement

ECPACSLinkToFileType_format

using tigl::ECPACSLinkToFileType_format = generated::CPACSLinkToFileType_format

ECPACSLoftContinuity

using tigl::ECPACSLoftContinuity = generated::CPACSLoftContinuity

ECPACSMaterialDefinitionForProfileBased_standardProfileSheetID

using tigl::ECPACSMaterialDefinitionForProfileBased_standardProfileSheetID = generated::CPACSMaterialDefinitionForProfileBased_standardProfileSheetID

ECPACSPointPerformanceDefinition_typeOfPointPerformance

using tigl::ECPACSPointPerformanceDefinition_typeOfPointPerformance = generated::CPACSPointPerformanceDefinition_typeOfPointPerformance

ECPACSProfileBasedStructuralElement_standardProfileType

using tigl::ECPACSProfileBasedStructuralElement_standardProfileType = generated::CPACSProfileBasedStructuralElement_standardProfileType

ECPACSProfileGeometry2DType_symmetry

using tigl::ECPACSProfileGeometry2DType_symmetry = generated::CPACSProfileGeometry2DType_symmetry

ECPACSRelationalOperator

using tigl::ECPACSRelationalOperator = generated::CPACSRelationalOperator

ECPACSRibCrossingBehaviour

using tigl::ECPACSRibCrossingBehaviour = generated::CPACSRibCrossingBehaviour

ECPACSRotor_type

using tigl::ECPACSRotor_type = generated::CPACSRotor_type

ECPACSRotorHubHinge_type

using tigl::ECPACSRotorHubHinge_type = generated::CPACSRotorHubHinge_type

ECPACSSourceTarget_externalElement

using tigl::ECPACSSourceTarget_externalElement = generated::CPACSSourceTarget_externalElement

ECPACSStorageComponent_reference

using tigl::ECPACSStorageComponent_reference = generated::CPACSStorageComponent_reference

ECPACSSystemConnection_connectionType

using tigl::ECPACSSystemConnection_connectionType = generated::CPACSSystemConnection_connectionType

ECPACSTrackJointCoordinates_name

using tigl::ECPACSTrackJointCoordinates_name = generated::CPACSTrackJointCoordinates_name

ECPACSTrackStrut_name

using tigl::ECPACSTrackStrut_name = generated::CPACSTrackStrut_name

MaterialList

typedef std::vector<const CCPACSMaterialDefinition*> tigl::MaterialList

ParamMap

using tigl::ParamMap = std::map<unsigned int, double>

PCTiglPoint

typedef class CSharedPtr< CTiglPoint > tigl::PCTiglPoint

PTiglCADExporter

typedef CSharedPtr<CTiglCADExporter> tigl::PTiglCADExporter

PTiglCADImporter

typedef CSharedPtr<ITiglCADImporter> tigl::PTiglCADImporter

PTiglFusePlane

typedef CSharedPtr<CTiglFusePlane> tigl::PTiglFusePlane

PTiglLogger

typedef class CSharedPtr< ITiglLogger > tigl::PTiglLogger

PTiglWingProfileAlgo

typedef CSharedPtr<ITiglWingProfileAlgo> tigl::PTiglWingProfileAlgo

RelativeComponentContainerType

typedef std::map<const std::string, CTiglRelativelyPositionedComponent*> tigl::RelativeComponentContainerType

SegmentList

typedef std::vector<CCPACSWingSegment*> tigl::SegmentList

ShapeContainerType

typedef std::map<const std::string, ITiglGeometricComponent*> tigl::ShapeContainerType

tiglMatrix

typedef math_Matrix tigl::tiglMatrix

tiglVector

typedef math_Vector tigl::tiglVector

Enumeration Type Documentation

ComponentTraingMode

enum tigl::ComponentTraingMode

Enumerator
NO_INFO
SEGMENT_INFO

ConcatDir

enum class tigl::ConcatDir

strong

Enumerator
u
v

ECPACSTranslationType

enum tigl::ECPACSTranslationType

Enumerator
ABS_LOCAL
ABS_GLOBAL

ETiglContinuity

enum tigl::ETiglContinuity

Enumerator
_C0
_C1

FaceNameSettings

enum tigl::FaceNameSettings

Enumerator
UIDOnly
FaceNameOnly
UIDandFaceName
None

SegmentType

enum tigl::SegmentType

Enumerator
INNER_SEGMENT
MID_SEGMENT
OUTER_SEGMENT
INNER_OUTER_SEGMENT

ShapeGroupMode

enum tigl::ShapeGroupMode

Enumerator
WHOLE_SHAPE
NAMED_COMPOUNDS	Inserts the shape as it is into IGES/STEP. All faces will be named correctly but they will not be grouped by name
FACES	Collects all faces with the same origin into compounds. All faces are named correctly Exports each face as its own group. The group name and the face name are identical

SurfaceDirection

enum class tigl::SurfaceDirection

strong

Enumerator
u
v
both

TiglFarFieldType

enum tigl::TiglFarFieldType

Enumerator
NONE
HALF_SPHERE
FULL_SPHERE
HALF_CUBE
FULL_CUBE

TiglFuseResultMode

enum tigl::TiglFuseResultMode

Enumerator
HALF_PLANE
FULL_PLANE
HALF_PLANE_TRIMMED_FF
FULL_PLANE_TRIMMED_FF

TiglRotorHingeType

enum tigl::TiglRotorHingeType

Enumerator
TIGLROTORHINGE_UNDEFINED
TIGLROTORHINGE_FLAP
TIGLROTORHINGE_PITCH
TIGLROTORHINGE_LEAD_LAG

TiglRotorHubType

enum tigl::TiglRotorHubType

Enumerator
TIGLROTORHUB_UNDEFINED
TIGLROTORHUB_SEMI_RIGID
TIGLROTORHUB_RIGID
TIGLROTORHUB_ARTICULATED
TIGLROTORHUB_HINGELESS

TiglRotorType

enum tigl::TiglRotorType

Enumerator
TIGLROTOR_UNDEFINED
TIGLROTOR_MAIN_ROTOR
TIGLROTOR_TAIL_ROTOR
TIGLROTOR_FENESTRON
TIGLROTOR_PROPELLER

TiglSymmetryAxis

enum TiglSymmetryAxis

Definition of Symmetry Axis used in TIGL.

Function Documentation

any_cast()

template<class T>

T tigl::any_cast

(

const any &

any

)

ApplyWingTransformation()

TopoDS_Shape tigl::ApplyWingTransformation	(	const CCPACSWingCSStructure &	structure,
		const TopoDS_Shape &	shape )

ApplyXRotationToUpVector()

void tigl::ApplyXRotationToUpVector	(	double	angle,
		gp_Vec &	upVec,
		const gp_Vec &	ribDir )

bernstein_poly()

TIGL_EXPORT double tigl::bernstein_poly	(	int	i,
		int	n,
		double	x )

Computes the values of the i-th bernstein polynome with degree n at position x.

Parameters

i	Number of the polynome with 0 <= i <= n
n	Degree of the polynome, n > 0
x	Value the polynom should be evaluated at (normally 0 <= x <= 1, but not necessarily)

bernstein_poly_deriv()

TIGL_EXPORT double tigl::bernstein_poly_deriv	(	int	k,
		int	i,
		int	n,
		double	x )

Computes the values of the k-th derivative of the i-th bernstein polynome with degree n at position x.

Parameters

k	Order of derivative
i	Number of the polynome with 0 <= i <= n
n	Degree of the polynome, n > 0
x	Value the polynom should be evaluated at (normally 0 <= x <= 1, but not necessarily)

binom()

TIGL_EXPORT int tigl::binom	(	int	n,
		int	k )

Computes the binomial coefficient (n,k).

cheb_approx()

TIGL_EXPORT math_Vector tigl::cheb_approx	(	MathFunc1d &	func,
		int	N,
		double	a,
		double	b )

Chebycheff approximation of a function f(x), x in [a,b].

Exceptions

CTiglError

(TIGL_MATH_ERROR) if N <= 0

Parameters

func	The 1D function to approximate
N	Number of function evaluations ( = polynomial degree + 1)
a	First parameter of the function to approximate
b	Last parameter of the function to approximate

Returns

Chebycheff coefficients

cheb_to_monomial()

TIGL_EXPORT math_Matrix tigl::cheb_to_monomial

(

int

N

)

Computes the chebycheff to monomial transformation matrix.

Use this NxN matrix to translate chebychev coefficients into monomial coefficients of polynomes.

Parameters

N	Dimension of the matrix

CheckSparPositionOnReference()

void tigl::CheckSparPositionOnReference	(	const std::string &	sparPositionUID,
		const std::string &	ribReference,
		const CCPACSWingCSStructure &	structure )

class_function()

TIGL_EXPORT double tigl::class_function	(	const double &	N1,
		const double &	N2,
		const double &	x )

defines the class function C(psi) = psi^N1 * (1-psi)^N2 for a CST air profile curve

class_function_deriv()

TIGL_EXPORT double tigl::class_function_deriv	(	const double &	N1,
		const double &	N2,
		const int &	n,
		const double &	x )

defines the derivative of the class function C(psi) = psi^N1 * (1-psi)^N2 for a CST air profile curve

ComponentGetBoundingBox()

TIGL_EXPORT void tigl::ComponentGetBoundingBox	(	const CCPACSConfiguration &	config,
		const std::string &	uid,
		CTiglPoint &	min,
		CTiglPoint &	max )

Computes the bounding box coordinates of the specified component.

ComponentSegment() [1/7]

TIGL_EXPORT CCPACSWingComponentSegment & tigl::ComponentSegment

(

CCPACSLeadingEdgeDevice &

)

ComponentSegment() [2/7]

TIGL_EXPORT CCPACSWingComponentSegment & tigl::ComponentSegment

(

CCPACSTrailingEdgeDevice &

)

ComponentSegment() [3/7]

TIGL_EXPORT const CCPACSWingComponentSegment & tigl::ComponentSegment

(

const CCPACSControlSurfaceBorderLeadingEdge &

)

ComponentSegment() [4/7]

TIGL_EXPORT const CCPACSWingComponentSegment & tigl::ComponentSegment

(

const CCPACSControlSurfaceBorderTrailingEdge &

)

ComponentSegment() [5/7]

const CCPACSWingComponentSegment & tigl::ComponentSegment

(

const CCPACSControlSurfaceWingCutOut &

)

ComponentSegment() [6/7]

TIGL_EXPORT const CCPACSWingComponentSegment & tigl::ComponentSegment

(

const CCPACSLeadingEdgeDevice &

)

ComponentSegment() [7/7]

TIGL_EXPORT const CCPACSWingComponentSegment & tigl::ComponentSegment

(

const CCPACSTrailingEdgeDevice &

)

computeParams()

TIGL_EXPORT std::vector< double > tigl::computeParams	(	const Handle(TColgp_HArray1OfPnt)&	pnts,
		tigl::ParamMap &	params,
		double	alpha )

computeRibEtaValue()

TIGL_EXPORT double tigl::computeRibEtaValue	(	const CTiglWingStructureReference &	wsr,
		const CCPACSWingRibsDefinition &	rib,
		int	ribIndex,
		double	xsi )

Computes the eta value of a rib at the passed xsi position.

computeRibSparIntersectionEtaXsi()

TIGL_EXPORT EtaXsi tigl::computeRibSparIntersectionEtaXsi	(	const CTiglWingStructureReference &	wsr,
		const CCPACSWingRibsDefinition &	rib,
		int	ribIndex,
		const CCPACSWingSparSegment &	spar )

Computes the eta/xsi value of the intersection point of a rib and a spar.

computeSparXsiValue()

TIGL_EXPORT double tigl::computeSparXsiValue	(	const CTiglWingStructureReference &	wsr,
		const CCPACSWingSparSegment &	spar,
		double	eta )

Computes the xsi value of a spar at the passed eta position.

ConfigurationGetBoundingBox()

TIGL_EXPORT void tigl::ConfigurationGetBoundingBox	(	const CCPACSConfiguration &	config,
		CTiglPoint &	min,
		CTiglPoint &	max )

Computes the bounding box of the whole aircraft.

createExporter()

PTiglCADExporter tigl::createExporter ( const std::string & filetype, const ExporterOptions & options = DefaultExporterOption() )

inline

cstcurve()

TIGL_EXPORT double tigl::cstcurve	(	const double &	N1,
		const double &	N2,
		const std::vector< double > &	B,
		const double &	T,
		const double &	x )

defines the CST air profile curve according to "CST" Universal Paramteric Geometry Representation Method with Applications to Supersonic Aircraft, B.M. Kulfan 2007

CST(psi)=C(psi)*S(psi)

N1, N2 are the parameters of the class function C(psi) = psi^N1 * (1-psi)^N2 B is the vector of coefficients for the bernstein polynomials P_i^n(psi) T is the trailing edge thickness inside the shape function S(psi)=sum_i=1^N B_i * p_i^n(psi) The order of the Bernstein polynomials N is defined by the length of the B vector

cstcurve_deriv()

TIGL_EXPORT double tigl::cstcurve_deriv	(	const double &	N1,
		const double &	N2,
		const std::vector< double > &	B,
		const double &	T,
		const int &	n,
		const double &	x )

defines the derivative of the CST air profile curve CST(psi)=C(psi)*S(psi)

CutFaceWithSpar()

TopoDS_Wire tigl::CutFaceWithSpar	(	TopoDS_Shape &	ribCutFace,
		const TopoDS_Shape &	sparGeometry,
		double	bboxSize,
		TopoDS_Wire &	changedWire,
		const TopoDS_Wire &	wire2,
		const gp_Vec &	upVec )

CutShapeWithSpars()

TopoDS_Shape tigl::CutShapeWithSpars	(	const TopoDS_Shape &	shape,
		const CCPACSWingCSStructure &	structure )

DiagonalizeMatrixByJacobi()

TIGL_EXPORT void tigl::DiagonalizeMatrixByJacobi	(	const tiglMatrix &	M,
		tiglMatrix &	D,
		tiglMatrix &	V )

Diagonalize the given matrix using the jacobi method.

The symmetric input matrix, M, is decomposed into V, an improper rotation, and D, a diagonal matrix. It is M = V^T*D*V. The value of the diagonal D are the eigenvalues of M and the columns of V are the normalized eigenvectors

Remarks

This method works only for a real symmetric matrix.

Parameters

M	the 3x3 matrix to decompose
D	the 3x3 diagonal result matrix
V	the 3x3 improper rotation result matrix

distance_point_from_line()

TIGL_EXPORT double tigl::distance_point_from_line	(	const CTiglPoint &	P,
		const CTiglPoint &	X0,
		const CTiglPoint &	DX )

Calculates the distance of a point P from the line defined by a point X0 and direction DX.

distancePlanePoint_deriv()

TIGL_EXPORT ValueWithDerivative tigl::distancePlanePoint_deriv	(	gp_Dir	planeNormal,
		gp_Vec	planeNormal_deriv,
		gp_Pnt	pointOnPlane,
		gp_Vec	pointOnPlane_deriv,
		gp_Pnt	p )

Computes the distance of a point to a plane All parameters _deriv are forward differences to compute gradients.

Parameters

planeNormal	Normal of the plane
planeNormal_deriv
pointOnPlane	Point on the plane
pointOnPlane_deriv
p	A point, which distance to the plane has to be computed

Returns

dumpShape()

void tigl::dumpShape	(	const TopoDS_Shape &	shape,
		const std::string &	outputDir,
		const std::string &	filename,
		int	counter = -1 )

ECPACSTranslationTypeToString()

std::string tigl::ECPACSTranslationTypeToString ( const ECPACSTranslationType & value )

inline

factorial()

TIGL_EXPORT int tigl::factorial

(

int

n

)

Computes the factorial n! in a non recursive fashion.

FindOrthogonalVectorToDirection()

TIGL_EXPORT CTiglPoint tigl::FindOrthogonalVectorToDirection

(

CTiglPoint

direction

)

Return a vector orthogonal to the direction

Parameters

direction

Returns

follow_sort()

template<class ForwardIterator, class UnaryPredicate>

void tigl::follow_sort	(	ForwardIterator	begin,
		ForwardIterator	end,
		UnaryPredicate	follows )

Sorts an array that contains a continuous number of entries, possible unordered

from_string() [1/2]

void tigl::disable_adl::from_string ( const std::string & s, any & a )

inline

from_string() [2/2]

template<class to_value>

void tigl::from_string	(	const std::string &	s,
		to_value &	t )

from_string< bool >()

template<>

void tigl::from_string< bool > ( const std::string & s, bool & t )

inline

from_string< FaceNameSettings >()

template<>

void tigl::from_string< FaceNameSettings > ( const std::string & s, FaceNameSettings & t )

inline

from_string< ShapeGroupMode >()

template<>

void tigl::from_string< ShapeGroupMode > ( const std::string & s, ShapeGroupMode & t )

inline

GetBoundingBoxSize()

double tigl::GetBoundingBoxSize

(

const TopoDS_Shape &

shape

)

getExportConfig()

ExporterOptions & tigl::getExportConfig ( const std::string & filetype )

inline

GetFuselage()

template<typename T>

const CCPACSFuselage & tigl::GetFuselage

(

const T *

wallObject

)

getLogLevelString()

TIGL_EXPORT std::string tigl::getLogLevelString

(

TiglLogLevel

level

)

GetReferencePoint()

gp_Pnt tigl::GetReferencePoint	(	const CCPACSWingCSStructure &	structure,
		const std::string &	reference,
		double	currentEta )

GetRibDefinitionPoint()

gp_Pnt tigl::GetRibDefinitionPoint	(	const std::string &	definition,
		const TopoDS_Face &	ribCutFace,
		const CCPACSWingCSStructure &	structure )

GetRibReferenceLength()

double tigl::GetRibReferenceLength	(	const std::string &	reference,
		const CCPACSWingCSStructure &	structure )

getSectionElementChordlinePoint()

TIGL_EXPORT gp_Pnt tigl::getSectionElementChordlinePoint	(	const CCPACSWingComponentSegment &	cs,
		const std::string &	sectionElementUID,
		double	xsi )

Returns the chordline point of the section element at the passed xsi value.

getSortedSegments()

std::vector< tigl::CCPACSWingSegment * > tigl::getSortedSegments ( const CCPACSWingComponentSegment & cs )

inline

GetSparMidplanePoint()

gp_Pnt tigl::GetSparMidplanePoint	(	const CCPACSWingSparPosition &	sparPos,
		const CCPACSWingCSStructure &	structure )

GetUpVectorWithoutXRotation()

gp_Vec tigl::GetUpVectorWithoutXRotation	(	const std::string &	ribReference,
		double	currentEta,
		const gp_Pnt &	startPnt,
		bool	onSpar,
		const CCPACSWingCSStructure &	structure )

GetVessel()

template<typename T>

const CCPACSVessel & tigl::GetVessel

(

const T *

wallObject

)

GetWalls()

template<typename T>

const CCPACSWalls & tigl::GetWalls

(

const T *

wallObject

)

Interpolate()

TIGL_EXPORT double tigl::Interpolate	(	const std::vector< double > &	xdata,
		const std::vector< double > &	ydata,
		double	x )

Linear interpolation in of xdata<->ydata array at position x

InterpolateXsi()

TIGL_EXPORT void tigl::InterpolateXsi	(	const std::string &	refUID1,
		const EtaXsi &	etaXsi1,
		const std::string &	refUID2,
		const EtaXsi &	etaXsi2,
		const std::string &	targetUID,
		double	eta,
		const CTiglUIDManager &	uidMgr,
		double &	xsi,
		double &	errorDistance,
		bool	allowExtrapolation = false )

Interpolates the xsi coordinate given an eta coordinate of a target segment or target component segment and a straight line defined by two points.

• the first point lying on one (component) segment and the other one lying on another or the same (component) segment. There is no need that any of the refered (component) segments coincide, nor that a segment has to be contained in a component segment.

All (component) segments have to belong to one and the same wing.

Parameters

	refUID1	Reference UID of the component referring to the first point
	etaXsi1	Eta / xsi coordinates of the first point
	refUID2	Reference UID of the component referring to the first point
	etaXsi2	Eta / xsi coordinates of the second point
	targetUID	Reference UID of the component referring to the target point
	eta	Eta coordinate to interpolate
	uidMgr
[out]	xsi
[out]	errorDistance
	allowExtrapolation	When turned off, the intersection point has to lie between the two reference points. Activate to also allow for extrapolation of the intersection point.

IntersectBSplines()

TIGL_EXPORT std::vector< CurveIntersectionResult > tigl::IntersectBSplines	(	const Handle(Geom_BSplineCurve)	curve1,
		const Handle(Geom_BSplineCurve)	curve2,
		double	tolerance = 1e-5 )

Computes all intersections of 2 B-Splines curves.

An intersection is counted, whenever the two curves come closer than tolerance. If a whole interval is closes than tolerance, the nearest point in the interval is searched.

The function divides the input curves and checks, if their bounding boxes (convex hulls) intersect each other. If so, this process is repeated until the curve segment is almost a line segment. This result is used to locally optimize into a true minimum.

isNear()

TIGL_EXPORT bool tigl::isNear	(	double	a,
		double	b,
		double	epsilon = Precision::Confusion() )

Return true if the value of a is similar to b

Parameters

a
b
epsilon

Returns

IsOuterSparPointInSection()

bool tigl::IsOuterSparPointInSection	(	const std::string &	sparUid,
		double	eta,
		const CCPACSWingCSStructure &	structure )

IsRotationMatrix()

TIGL_EXPORT bool tigl::IsRotationMatrix

(

const tiglMatrix &

R

)

Returns true if the matrix is a proper rotation matrix.

Check if the matrix is orthogonal and if its determinant is 1.

Parameters

R,the

3x3 matrix to check

Returns

true or false

lerp_angle_deg()

TIGL_EXPORT double tigl::lerp_angle_deg	(	double	l_deg,
		double	r_deg,
		double	alpha )

interpolates two angles l_deg and r_deg

Parameters

l_deg	first angle in degrees
r_deg	second angle in degrees
alpha	interpolation value between 0 and 1

Returns

the interpolation value along the shortest path on the circle

monimial_to_bezier()

TIGL_EXPORT math_Matrix tigl::monimial_to_bezier

(

int

N

)

Monomial to Bernstein conversion matrix.

Use this NxN matrix to translate monimial coefficients into bezier coefficients (control points).

normalize()

TIGL_EXPORT void tigl::normalize	(	gp_Vec &	v,
		gp_Vec &	v_deriv )

operator*() [1/3]

TIGL_EXPORT CTiglTransformation tigl::operator*	(	const CTiglTransformation &	a,
		const CTiglTransformation &	b )

operator*() [2/3]

TIGL_EXPORT CTiglPoint tigl::operator*	(	const CTiglTransformation &	m,
		const CTiglPoint &	p )

operator*() [3/3]

TIGL_EXPORT CTiglTransformation tigl::operator*	(	double	s,
		const CTiglTransformation &	a )

operator+()

TIGL_EXPORT CTiglTransformation tigl::operator+	(	const CTiglTransformation &	a,
		const CTiglTransformation &	b )

PointIsInfrontSparGeometry()

TIGL_EXPORT bool tigl::PointIsInfrontSparGeometry	(	gp_Dir	normal,
		gp_Pnt	point,
		TopoDS_Shape	sparGeometry )

Tests whether the test point is in front of the spar segment geometry or behind.

The reference axis is given in normal.

PolarDecomposition()

TIGL_EXPORT void tigl::PolarDecomposition	(	tiglMatrix const &	A,
		tiglMatrix &	U,
		tiglMatrix &	P )

A function that calculates the polar decomposition of a 3x3 matrix A.

PolarDecomposition(A,U,P) calculates the polar decomposition U,P of the input matrix A, such that A = U x P, where U is a unitary matrix and P is a positive semi-definite Hermitian matrix. U can be interpreted as a rotation and P as a spatial scaling, possibly including off-diaogonal shearing terms

Parameters

A	input matrix
U	unitary matrix U
P	hermitian matrix P

pow_deriv()

TIGL_EXPORT double tigl::pow_deriv	(	double	x,
		double	k,
		int	n )

Computes the nth derivative of x^k.

pow_int()

TIGL_EXPORT double tigl::pow_int	(	double	x,
		int	n )

Computes the power x^n.

Parameters

x	Basis
n	Exponent

Returns

x^n

quadrilateral_area()

TIGL_EXPORT double tigl::quadrilateral_area	(	const CTiglPoint &	A,
		const CTiglPoint &	B,
		const CTiglPoint &	C,
		const CTiglPoint &	D )

Calculated the area of a quadrilateral defined by the 4 corner points A,B,C,D.

readMatrix()

TIGL_EXPORT tiglMatrix tigl::readMatrix

(

const std::string &

filename

)

rotate_right()

template<class ForwardIterator>

void tigl::rotate_right	(	ForwardIterator	begin,
		ForwardIterator	last )

RotMatrixToIntrinsicXYZVector()

TIGL_EXPORT CTiglPoint tigl::RotMatrixToIntrinsicXYZVector

(

const tiglMatrix &

R

)

Return the intrinsic x y' z'' rotation vector of the rotation matrix.

Remarks

If the matrix is not a rotation matrix, a warning is logged, but no error will arise.

Parameters

R	the 3x3 rotation matrix

Returns

vector that contains x, y',z'' in degrees

shape_function()

TIGL_EXPORT double tigl::shape_function	(	const std::vector< double > &	B,
		const double &	x )

defines the shape function S(psi)=sum_i=1^N B_i * P_i^n(psi) for a CST air profile curve. The P_i^n are the Bernstein polynomials.

shape_function_deriv()

TIGL_EXPORT double tigl::shape_function_deriv	(	const std::vector< double > &	B,
		const int &	n,
		const double &	x )

defines the derivative of the shape function S(psi)=sum_i=1^N B_i * P_i^n(psi) for a CST air profile curve. The P_i^n are the Bernstein polynomials.

SnapAngle()

TIGL_EXPORT double tigl::SnapAngle	(	double	degrees,
		double	epsilon = Precision::Confusion() )

Format the number as a degree angle. This means that the return value is between ]-180,180] and the number is rounded up near the values 0, 90,180,-90.

Parameters

degrees
epsilon

SnapRotation() [1/2]

TIGL_EXPORT CTiglPoint tigl::SnapRotation	(	CTiglPoint	rotation,
		double	epsilon = Precision::Confusion() )

SnapRotation() [2/2]

TIGL_EXPORT double * tigl::SnapRotation	(	double	rotation[3],
		double	epsilon = Precision::Confusion() )

SnapUnitInterval() [1/3]

TIGL_EXPORT CTiglPoint tigl::SnapUnitInterval	(	CTiglPoint	scaling,
		double	epsilon = Precision::Confusion() )

SnapUnitInterval() [2/3]

TIGL_EXPORT double tigl::SnapUnitInterval	(	double	number,
		double	epsilon = Precision::Confusion() )

Format the number for scale or length double value,. Simply, round up the number near the values: 0, 1, -1.

Parameters

number
epsilon

SnapUnitInterval() [3/3]

TIGL_EXPORT double * tigl::SnapUnitInterval	(	double	scaling[3],
		double	epsilon = Precision::Confusion() )

SnapValue()

TIGL_EXPORT double tigl::SnapValue	(	double	number,
		double	snapValue,
		double	delta = Precision::Confusion() )

Snaps up the value "number" up to "snapValue" if fabs(number-snapValue) <= dela

Parameters

number
snapValue
delta

split_string()

std::vector< std::string > tigl::split_string ( const std::string & mystring, char delimiter )

inline

std_to_string()

template<typename T>

std::string tigl::std_to_string

(

T

value

)

stringToDoubleVec()

TIGL_EXPORT std::vector< double > tigl::stringToDoubleVec

(

const std::string &

s

)

stringToECPACSTranslationType()

ECPACSTranslationType tigl::stringToECPACSTranslationType ( const std::string & value )

inline

stringToTiglFarFieldType()

TiglFarFieldType tigl::stringToTiglFarFieldType ( const std::string & value )

inline

stringToTiglRotorHubType()

TiglRotorHubType tigl::stringToTiglRotorHubType ( const std::string & value )

inline

stringToTiglSymmetryAxis()

TiglSymmetryAxis tigl::stringToTiglSymmetryAxis ( const std::string & value )

inline

SVD()

TIGL_EXPORT void tigl::SVD	(	tiglMatrix const &	A,
		tiglMatrix &	U,
		tiglMatrix &	S,
		tiglMatrix &	V )

TiglFarFieldTypeToString()

std::string tigl::TiglFarFieldTypeToString ( const TiglFarFieldType & value )

inline

TiglRotorHubTypeToString()

std::string tigl::TiglRotorHubTypeToString ( const TiglRotorHubType & value )

inline

TiglSymmetryAxisToString()

std::string tigl::TiglSymmetryAxisToString ( const TiglSymmetryAxis & value )

inline

to_lower()

std::string tigl::to_lower ( const std::string & str )

inline

to_upper()

std::string tigl::to_upper ( const std::string & str )

inline

transformEtaToCSOrTed() [1/2]

TIGL_EXPORT double tigl::transformEtaToCSOrTed	(	const CCPACSEtaIsoLine &	eta,
		const CTiglUIDManager &	uidMgr )

Following are routines, that transform e.g. segment eta/xsi coordinates into the CS system or into TED system

transformEtaToCSOrTed() [2/2]

TIGL_EXPORT double tigl::transformEtaToCSOrTed	(	double	eta,
		const std::string &	referenceUid,
		const CTiglUIDManager &	uidMgr )

transformEtaXsiToCSOrTed()

TIGL_EXPORT EtaXsi tigl::transformEtaXsiToCSOrTed	(	EtaXsi	etaXsi,
		const std::string &	referenceUid,
		const CTiglUIDManager &	uidMgr )

transformFuselageProfileGeometry()

TIGL_EXPORT TopoDS_Shape tigl::transformFuselageProfileGeometry	(	const CTiglTransformation &	fuselTransform,
		const CTiglFuselageConnection &	connection,
		const TopoDS_Shape &	shape )

transformWingProfileGeometry()

TIGL_EXPORT TopoDS_Shape tigl::transformWingProfileGeometry	(	const CTiglTransformation &	wingTransform,
		const CTiglWingConnection &	connection,
		const TopoDS_Shape &	wire )

Transforms a shape in profile coordinates to world coordinates.

transformXsiToCSOrTed() [1/2]

TIGL_EXPORT double tigl::transformXsiToCSOrTed	(	const CCPACSXsiIsoLine &	xsi,
		const CTiglUIDManager &	uidMgr )

transformXsiToCSOrTed() [2/2]

TIGL_EXPORT double tigl::transformXsiToCSOrTed	(	double	xsi,
		const std::string &	referenceUid,
		const CTiglUIDManager &	uidMgr )

typeName() [1/2]

template<typename T>

std::string tigl::typeName

(

)

typeName() [2/2]

TIGL_EXPORT std::string tigl::typeName

(

const std::type_info &

ti

)

vecToString()

template<typename FordwardIter>

std::string tigl::vecToString	(	FordwardIter	begin,
		FordwardIter	end,
		const char	sep )

WingRibPointGetRibNumber()

TIGL_EXPORT int tigl::WingRibPointGetRibNumber

(

const generated::CPACSWingRibPoint &

)

WingSparPosGetElementUID()

TIGL_EXPORT std::string tigl::WingSparPosGetElementUID

(

const CCPACSWingSparPosition &

)

If the spar position is on a section element, the element uid is returned.

writeMatrix()

TIGL_EXPORT void tigl::writeMatrix	(	const tiglMatrix &	x,
		const std::string &	filename )

Stores the field to a file in binary form Note: this is not portable. The result will be different on varying platforms.

The corresponding read function should be used only on the same system

Variable Documentation

CreateIfNotExists

const CreateIfNotExistsTag tigl::CreateIfNotExists = CreateIfNotExistsTag()

static