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

Namespaces
	disable_adl

	generated

	WingCellInternal

	winghelper

Data Structures
class	BRepOptions

class	Cache

class	CCADExporterBuilder

class	CControlSurfaceBorderBuilder

class	CCPACSACSystems

class	CCPACSAircraftModel

class	CCPACSCargoCrossBeamsAssembly

class	CCPACSCargoCrossBeamStrutsAssembly

class	CCPACSConfiguration

class	CCPACSConfigurationManager

class	CCPACSControlSurfaceBorderTrailingEdge

class	CCPACSControlSurfaceOuterShapeTrailingEdge

class	CCPACSControlSurfaces

class	CCPACSControlSurfaceWingCutOut

class	CCPACSCrossBeamAssemblyPosition

class	CCPACSCrossBeamStrutAssemblyPosition

class	CCPACSCurveParamPointMap

class	CCPACSCurvePoint

class	CCPACSCurvePointListXYZ

class	CCPACSDoorAssemblyPosition

class	CCPACSDoors

class	CCPACSDuct

class	CCPACSDuctAssembly

class	CCPACSDucts

class	CCPACSDuctStructure

class	CCPACSEnginePosition

class	CCPACSEnginePositions

class	CCPACSEnginePylon

class	CCPACSEnginePylons

class	CCPACSEngines

class	CCPACSEtaIsoLine

class	CCPACSEtaXsiPoint

class	CCPACSExternalObject

class	CCPACSExternalObjects

class	CCPACSFarField

class	CCPACSFrame

class	CCPACSFramesAssembly

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	CCPACSFuselageWallSegment

class	CCPACSGenericSystem

class	CCPACSGenericSystems

class	CCPACSGuideCurve

class	CCPACSGuideCurveAlgo

class	CCPACSGuideCurveProfile

class	CCPACSGuideCurveProfiles

class	CCPACSGuideCurves

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	CCPACSPressureBulkheads

class	CCPACSProfileBasedStructuralElement

class	CCPACSProfiles

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	CCPACSStructuralProfiles

class	CCPACSTrailingEdgeDevice

class	CCPACSTrailingEdgeDevices

class	CCPACSTransformation

class	CCPACSWallPosition

class	CCPACSWalls

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...

class	CreateConnectedElementI

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	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

class	CTiglMemoryPool

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	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 both ducts and fuselages. 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	CCPACSAxle = generated::CPACSAxle

using	CCPACSAxleAssemblies = generated::CPACSAxleAssemblies

using	CCPACSAxleAssembly = generated::CPACSAxleAssembly

using	CCPACSBeamCrossSection = generated::CPACSBeamCrossSection

using	CCPACSBeamStiffness = generated::CPACSBeamStiffness

using	CCPACSBogie = generated::CPACSBogie

using	CCPACSBoundingBox = generated::CPACSBoundingBox

using	CCPACSBoundingElementUIDs = generated::CPACSBoundingElementUIDs

using	CCPACSCap = generated::CPACSCap

using	CCPACSCargoContainerElement = generated::CPACSCargoContainerElement

using	CCPACSCargoContainerElements = generated::CPACSCargoContainerElements

using	CCPACSCargoDoorsAssembly = generated::CPACSCargoDoorsAssembly

using	CCPACSCeilingPanelElements = generated::CPACSCeilingPanelElements

using	CCPACSClassDividerElements = generated::CPACSClassDividerElements

using	CCPACSCompartment = generated::CPACSCompartment

using	CCPACSCompartmentGeometry = generated::CPACSCompartmentGeometry

using	CCPACSCompartments = generated::CPACSCompartments

using	CCPACSComposite = generated::CPACSComposite

using	CCPACSCompositeLayer = generated::CPACSCompositeLayer

using	CCPACSComposites = generated::CPACSComposites

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	CCPACSControlSurfaceSteps = generated::CPACSControlSurfaceSteps

using	CCPACSControlSurfaceTracks = generated::CPACSControlSurfaceTracks

using	CCPACSControlSurfaceTrackType = generated::CPACSControlSurfaceTrackType

using	CCPACSCpacs = generated::CPACSCpacs

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	CCPACSDeckComponent2DBase = generated::CPACSDeckComponent2DBase

using	CCPACSDeckElementBase = generated::CPACSDeckElementBase

using	CCPACSDeckElementGeometry = generated::CPACSDeckElementGeometry

using	CCPACSDeckElementMass = generated::CPACSDeckElementMass

using	CCPACSDeckElements = generated::CPACSDeckElements

using	CCPACSDeckStructuralMount = generated::CPACSDeckStructuralMount

using	CCPACSDeckStructuralMounts = generated::CPACSDeckStructuralMounts

using	CCPACSDoorCutOut = generated::CPACSDoorCutOut

using	CCPACSDoorSurroundStructurePosition = generated::CPACSDoorSurroundStructurePosition

using	CCPACSDoorSurroundStructuresAssembly = generated::CPACSDoorSurroundStructuresAssembly

using	CCPACSDoubleConstraintBase = generated::CPACSDoubleConstraintBase

using	CCPACSEngine = generated::CPACSEngine

using	CCPACSEngineNacelle = generated::CPACSEngineNacelle

using	CCPACSEnvironment = generated::CPACSEnvironment

using	CCPACSEtaXsiRelHeightPoint = generated::CPACSEtaXsiRelHeightPoint

using	CCPACSFlightPoints = generated::CPACSFlightPoints

using	CCPACSGalleyElement = generated::CPACSGalleyElement

using	CCPACSGalleyElements = generated::CPACSGalleyElements

using	CCPACSGenericFloorElements = generated::CPACSGenericFloorElements

using	CCPACSGenericGeometryComponent = generated::CPACSGenericGeometryComponent

using	CCPACSGlobalBeamProperties = generated::CPACSGlobalBeamProperties

using	CCPACSGlobalFlightPoint = generated::CPACSGlobalFlightPoint

using	CCPACSGlobalPerformanceCases = generated::CPACSGlobalPerformanceCases

using	CCPACSHeader = generated::CPACSHeader

using	CCPACSInternalPressure = generated::CPACSInternalPressure

using	CCPACSInternalPressures = generated::CPACSInternalPressures

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	CCPACSLavatoryElements = generated::CPACSLavatoryElements

using	CCPACSLeadingEdgeHollow = generated::CPACSLeadingEdgeHollow

using	CCPACSLeadingEdgeShape = generated::CPACSLeadingEdgeShape

using	CCPACSLinkToFile = generated::CPACSLinkToFile

using	CCPACSLuggageCompartmentElements = generated::CPACSLuggageCompartmentElements

using	CCPACSMainActuator = generated::CPACSMainActuator

using	CCPACSMassInertia = generated::CPACSMassInertia

using	CCPACSMaterialDefinitionForProfileBased = generated::CPACSMaterialDefinitionForProfileBased

using	CCPACSMaterialDefinitionForProfileBasedPoint = generated::CPACSMaterialDefinitionForProfileBasedPoint

using	CCPACSMaterials = generated::CPACSMaterials

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	CCPACSProfileBasedStructuralElements = generated::CPACSProfileBasedStructuralElements

using	CCPACSProfileGeometry = generated::CPACSProfileGeometry

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	CCPACSSkinSegments = generated::CPACSSkinSegments

using	CCPACSSparCell = generated::CPACSSparCell

using	CCPACSSparCells = generated::CPACSSparCells

using	CCPACSSparCrossSection = generated::CPACSSparCrossSection

using	CCPACSStandardProfile = generated::CPACSStandardProfile

using	CCPACSStringerFramePositionUIDs = generated::CPACSStringerFramePositionUIDs

using	CCPACSStructuralElements = generated::CPACSStructuralElements

using	CCPACSStructuralProfile = generated::CPACSStructuralProfile

using	CCPACSStructuralProfile3D = generated::CPACSStructuralProfile3D

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	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	CCPACSTransformation2D = generated::CPACSTransformation2D

using	CCPACSUIDSequence = generated::CPACSUIDSequence

using	CCPACSVehicleConfiguration = generated::CPACSVehicleConfiguration

using	CCPACSVehicleConfigurations = generated::CPACSVehicleConfigurations

using	CCPACSVehicles = generated::CPACSVehicles

using	CCPACSVersionInfo = generated::CPACSVersionInfo

using	CCPACSVersionInfos = generated::CPACSVersionInfos

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	ECPACSAtmosphericModel = generated::CPACSAtmosphericModel

using	ECPACSAxle_sideOfFirstWheel = generated::CPACSAxle_sideOfFirstWheel

using	ECPACSCargoContainerElement_contour = generated::CPACSCargoContainerElement_contour

using	ECPACSContinuity = generated::CPACSContinuity

using	ECPACSContinuityAtP = generated::CPACSContinuityAtP

using	ECPACSControlSurfaceTrackType_trackSubType = generated::CPACSControlSurfaceTrackType_trackSubType

using	ECPACSControlSurfaceTrackType_trackType = generated::CPACSControlSurfaceTrackType_trackType

using	ECPACSDoorAssemblyPosition_doorType = generated::CPACSDoorAssemblyPosition_doorType

using	ECPACSGenericSystem_geometricBaseType = generated::CPACSGenericSystem_geometricBaseType

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	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	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

template<typename T >
using	unique_ptr = std::unique_ptr< T >

Enumerations
enum	ComponentTraingMode { NO_INFO, SEGMENT_INFO }

enum	ConcatDir { ConcatDir::u, ConcatDir::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	SurfaceDirection { SurfaceDirection::u, SurfaceDirection::v, SurfaceDirection::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 }

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. More...

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. More...

TIGL_EXPORT int	binom (int n, int k)
	Computes the binomial coefficient (n,k) More...

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]. More...

TIGL_EXPORT math_Matrix	cheb_to_monomial (int N)
	Computes the chebycheff to monomial transformation matrix. More...

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 More...

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 More...

TIGL_EXPORT void	ComponentGetBoundingBox (const CCPACSConfiguration &config, const std::string &uid, CTiglPoint &min, CTiglPoint &max)
	Computes the bounding box coordinates of the specified component. More...

TIGL_EXPORT const CCPACSWingComponentSegment &	ComponentSegment (const CCPACSControlSurfaceBorderTrailingEdge &)

const CCPACSWingComponentSegment &	ComponentSegment (const CCPACSControlSurfaceWingCutOut &)

TIGL_EXPORT const CCPACSWingComponentSegment &	ComponentSegment (const CCPACSTrailingEdgeDevice &)

TIGL_EXPORT CCPACSWingComponentSegment &	ComponentSegment (CCPACSTrailingEdgeDevice &)

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. More...

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. More...

TIGL_EXPORT double	computeSparXsiValue (const CTiglWingStructureReference &wsr, const CCPACSWingSparSegment &spar, double eta)
	Computes the xsi value of a spar at the passed eta position. More...

TIGL_EXPORT void	ConfigurationGetBoundingBox (const CCPACSConfiguration &config, CTiglPoint &min, CTiglPoint &max)
	Computes the bounding box of the whole aircraft. More...

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 More...

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) More...

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. More...

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. More...

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. More...

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. More...

TIGL_EXPORT CTiglPoint	FindOrthogonalVectorToDirection (CTiglPoint direction)

template<class ForwardIterator , class UnaryPredicate >
void	follow_sort (ForwardIterator begin, ForwardIterator end, UnaryPredicate follows)

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)

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. More...

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)

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

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. More...

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)
	Return true if the matrix is a proper rotation. More...

template<typename T , typename... Args>
auto	make_unique (Args &&... args) -> std::unique_ptr< T >

TIGL_EXPORT math_Matrix	monimial_to_bezier (int N)
	Monomial to Bernstein conversion matrix. More...

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. More...

TIGL_EXPORT double	pow_deriv (double x, double k, int n)
	Computes the nth derivative of x^k. More...

TIGL_EXPORT double	pow_int (double x, int n)
	Computes the power x^n. More...

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. More...

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. More...

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. More...

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. More...

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

TIGL_EXPORT CTiglPoint	SnapUnitInterval (CTiglPoint scaling, 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. More...

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

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

TIGL_EXPORT std::string	typeName (const std::type_info &ti)

template<typename T >
std::string	typeName ()

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. More...

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. More...

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

typedef generated::CPACSAircraft tigl::CCPACSAircraft

◆ CCPACSAircraftControlElement

typedef generated::CPACSAircraftControlElement tigl::CCPACSAircraftControlElement

◆ CCPACSAircraftControlElements

typedef generated::CPACSAircraftControlElements tigl::CCPACSAircraftControlElements

◆ CCPACSAlignmentCrossBeam

using tigl::CCPACSAlignmentCrossBeam = typedef generated::CPACSAlignmentCrossBeam

◆ CCPACSAlignmentStringFrame

using tigl::CCPACSAlignmentStringFrame = typedef generated::CPACSAlignmentStringFrame

◆ CCPACSAlignmentStructMember

using tigl::CCPACSAlignmentStructMember = typedef generated::CPACSAlignmentStructMember

◆ CCPACSAxle

typedef generated::CPACSAxle tigl::CCPACSAxle

◆ CCPACSAxleAssemblies

typedef generated::CPACSAxleAssemblies tigl::CCPACSAxleAssemblies

◆ CCPACSAxleAssembly

typedef generated::CPACSAxleAssembly tigl::CCPACSAxleAssembly

◆ CCPACSBeamCrossSection

using tigl::CCPACSBeamCrossSection = typedef generated::CPACSBeamCrossSection

◆ CCPACSBeamStiffness

using tigl::CCPACSBeamStiffness = typedef generated::CPACSBeamStiffness

◆ CCPACSBogie

typedef generated::CPACSBogie tigl::CCPACSBogie

◆ CCPACSBoundingBox

typedef generated::CPACSBoundingBox tigl::CCPACSBoundingBox

◆ CCPACSBoundingElementUIDs

using tigl::CCPACSBoundingElementUIDs = typedef generated::CPACSBoundingElementUIDs

◆ CCPACSCap

typedef generated::CPACSCap tigl::CCPACSCap

◆ CCPACSCargoContainerElement

typedef generated::CPACSCargoContainerElement tigl::CCPACSCargoContainerElement

◆ CCPACSCargoContainerElements

typedef generated::CPACSCargoContainerElements tigl::CCPACSCargoContainerElements

◆ CCPACSCargoDoorsAssembly

typedef generated::CPACSCargoDoorsAssembly tigl::CCPACSCargoDoorsAssembly

◆ CCPACSCeilingPanelElements

typedef generated::CPACSCeilingPanelElements tigl::CCPACSCeilingPanelElements

◆ CCPACSClassDividerElements

typedef generated::CPACSClassDividerElements tigl::CCPACSClassDividerElements

◆ CCPACSCompartment

typedef generated::CPACSCompartment tigl::CCPACSCompartment

◆ CCPACSCompartmentGeometry

using tigl::CCPACSCompartmentGeometry = typedef generated::CPACSCompartmentGeometry

◆ CCPACSCompartments

typedef generated::CPACSCompartments tigl::CCPACSCompartments

◆ CCPACSComposite

typedef generated::CPACSComposite tigl::CCPACSComposite

◆ CCPACSCompositeLayer

typedef generated::CPACSCompositeLayer tigl::CCPACSCompositeLayer

◆ CCPACSComposites

typedef generated::CPACSComposites tigl::CCPACSComposites

◆ CCPACSContourReference

using tigl::CCPACSContourReference = typedef generated::CPACSContourReference

◆ CCPACSControlSurfaceAirfoil

typedef generated::CPACSControlSurfaceAirfoil tigl::CCPACSControlSurfaceAirfoil

◆ CCPACSControlSurfaceContours

typedef generated::CPACSControlSurfaceContours tigl::CCPACSControlSurfaceContours

◆ CCPACSControlSurfaceHingePoint

typedef generated::CPACSControlSurfaceHingePoint tigl::CCPACSControlSurfaceHingePoint

◆ CCPACSControlSurfacePath

typedef generated::CPACSControlSurfacePath tigl::CCPACSControlSurfacePath

◆ CCPACSControlSurfaceSkinCutOut

using tigl::CCPACSControlSurfaceSkinCutOut = typedef generated::CPACSControlSurfaceSkinCutOut

◆ CCPACSControlSurfaceSkinCutOutBorder

typedef generated::CPACSControlSurfaceSkinCutOutBorder tigl::CCPACSControlSurfaceSkinCutOutBorder

◆ CCPACSControlSurfaceStep

typedef generated::CPACSControlSurfaceStep tigl::CCPACSControlSurfaceStep

◆ CCPACSControlSurfaceSteps

typedef generated::CPACSControlSurfaceSteps tigl::CCPACSControlSurfaceSteps

◆ CCPACSControlSurfaceTracks

typedef generated::CPACSControlSurfaceTracks tigl::CCPACSControlSurfaceTracks

◆ CCPACSControlSurfaceTrackType

typedef generated::CPACSControlSurfaceTrackType tigl::CCPACSControlSurfaceTrackType

◆ CCPACSCpacs

typedef generated::CPACSCpacs tigl::CCPACSCpacs

◆ CCPACSCurveProfiles

typedef generated::CPACSCurveProfiles tigl::CCPACSCurveProfiles

◆ CCPACSCutOut

typedef generated::CPACSCutOut tigl::CCPACSCutOut

◆ CCPACSCutOutControlPoint

using tigl::CCPACSCutOutControlPoint = typedef generated::CPACSCutOutControlPoint

◆ CCPACSCutOutControlPoints

typedef generated::CPACSCutOutControlPoints tigl::CCPACSCutOutControlPoints

◆ CCPACSCutOutProfile

typedef generated::CPACSCutOutProfile tigl::CCPACSCutOutProfile

◆ CCPACSCutOutProfiles

typedef generated::CPACSCutOutProfiles tigl::CCPACSCutOutProfiles

◆ CCPACSDeckComponent2DBase

typedef generated::CPACSDeckComponent2DBase tigl::CCPACSDeckComponent2DBase

◆ CCPACSDeckElementBase

typedef generated::CPACSDeckElementBase tigl::CCPACSDeckElementBase

◆ CCPACSDeckElementGeometry

typedef generated::CPACSDeckElementGeometry tigl::CCPACSDeckElementGeometry

◆ CCPACSDeckElementMass

typedef generated::CPACSDeckElementMass tigl::CCPACSDeckElementMass

◆ CCPACSDeckElements

typedef generated::CPACSDeckElements tigl::CCPACSDeckElements

◆ CCPACSDeckStructuralMount

typedef generated::CPACSDeckStructuralMount tigl::CCPACSDeckStructuralMount

◆ CCPACSDeckStructuralMounts

typedef generated::CPACSDeckStructuralMounts tigl::CCPACSDeckStructuralMounts

◆ CCPACSDoorCutOut

typedef generated::CPACSDoorCutOut tigl::CCPACSDoorCutOut

◆ CCPACSDoorSurroundStructurePosition

typedef generated::CPACSDoorSurroundStructurePosition tigl::CCPACSDoorSurroundStructurePosition

◆ CCPACSDoorSurroundStructuresAssembly

typedef generated::CPACSDoorSurroundStructuresAssembly tigl::CCPACSDoorSurroundStructuresAssembly

◆ CCPACSDoubleConstraintBase

using tigl::CCPACSDoubleConstraintBase = typedef generated::CPACSDoubleConstraintBase

◆ CCPACSEngine

typedef generated::CPACSEngine tigl::CCPACSEngine

◆ CCPACSEngineNacelle

typedef generated::CPACSEngineNacelle tigl::CCPACSEngineNacelle

◆ CCPACSEnvironment

using tigl::CCPACSEnvironment = typedef generated::CPACSEnvironment

◆ CCPACSEtaXsiRelHeightPoint

using tigl::CCPACSEtaXsiRelHeightPoint = typedef generated::CPACSEtaXsiRelHeightPoint

◆ CCPACSFlightPoints

typedef generated::CPACSFlightPoints tigl::CCPACSFlightPoints

◆ CCPACSGalleyElement

typedef generated::CPACSGalleyElement tigl::CCPACSGalleyElement

◆ CCPACSGalleyElements

typedef generated::CPACSGalleyElements tigl::CCPACSGalleyElements

◆ CCPACSGenericFloorElements

typedef generated::CPACSGenericFloorElements tigl::CCPACSGenericFloorElements

◆ CCPACSGenericGeometryComponent

typedef generated::CPACSGenericGeometryComponent tigl::CCPACSGenericGeometryComponent

◆ CCPACSGlobalBeamProperties

typedef generated::CPACSGlobalBeamProperties tigl::CCPACSGlobalBeamProperties

◆ CCPACSGlobalFlightPoint

typedef generated::CPACSGlobalFlightPoint tigl::CCPACSGlobalFlightPoint

◆ CCPACSGlobalPerformanceCases

typedef generated::CPACSGlobalPerformanceCases tigl::CCPACSGlobalPerformanceCases

◆ CCPACSHeader

typedef generated::CPACSHeader tigl::CCPACSHeader

◆ CCPACSInternalPressure

typedef generated::CPACSInternalPressure tigl::CCPACSInternalPressure

◆ CCPACSInternalPressures

typedef generated::CPACSInternalPressures tigl::CCPACSInternalPressures

◆ CCPACSLandingGearBase

typedef generated::CPACSLandingGearBase tigl::CCPACSLandingGearBase

◆ CCPACSLandingGearBrakingState

using tigl::CCPACSLandingGearBrakingState = typedef generated::CPACSLandingGearBrakingState

◆ CCPACSLandingGearComponentAssembly

typedef generated::CPACSLandingGearComponentAssembly tigl::CCPACSLandingGearComponentAssembly

◆ CCPACSLandingGearControl

typedef generated::CPACSLandingGearControl tigl::CCPACSLandingGearControl

◆ CCPACSLandingGearControlFunctions

typedef generated::CPACSLandingGearControlFunctions tigl::CCPACSLandingGearControlFunctions

◆ CCPACSLandingGearExtensionFunction

typedef generated::CPACSLandingGearExtensionFunction tigl::CCPACSLandingGearExtensionFunction

◆ CCPACSLandingGearExtensionFunctionStep

typedef generated::CPACSLandingGearExtensionFunctionStep tigl::CCPACSLandingGearExtensionFunctionStep

◆ CCPACSLandingGears

typedef generated::CPACSLandingGears tigl::CCPACSLandingGears

◆ CCPACSLandingGearSteeringFunction

typedef generated::CPACSLandingGearSteeringFunction tigl::CCPACSLandingGearSteeringFunction

◆ CCPACSLandingGearSteeringFunctionStep

typedef generated::CPACSLandingGearSteeringFunctionStep tigl::CCPACSLandingGearSteeringFunctionStep

◆ CCPACSLandingGearStrutAttachment

typedef generated::CPACSLandingGearStrutAttachment tigl::CCPACSLandingGearStrutAttachment

◆ CCPACSLandingGearSupportBeamPosition

typedef generated::CPACSLandingGearSupportBeamPosition tigl::CCPACSLandingGearSupportBeamPosition

◆ CCPACSLateralCap

typedef generated::CPACSLateralCap tigl::CCPACSLateralCap

◆ CCPACSLavatoryElements

typedef generated::CPACSLavatoryElements tigl::CCPACSLavatoryElements

◆ CCPACSLeadingEdgeHollow

using tigl::CCPACSLeadingEdgeHollow = typedef generated::CPACSLeadingEdgeHollow

◆ CCPACSLeadingEdgeShape

using tigl::CCPACSLeadingEdgeShape = typedef generated::CPACSLeadingEdgeShape

◆ CCPACSLinkToFile

using tigl::CCPACSLinkToFile = typedef generated::CPACSLinkToFile

◆ CCPACSLuggageCompartmentElements

typedef generated::CPACSLuggageCompartmentElements tigl::CCPACSLuggageCompartmentElements

◆ CCPACSMainActuator

using tigl::CCPACSMainActuator = typedef generated::CPACSMainActuator

◆ CCPACSMassInertia

using tigl::CCPACSMassInertia = typedef generated::CPACSMassInertia

◆ CCPACSMaterialDefinitionForProfileBased

typedef generated::CPACSMaterialDefinitionForProfileBased tigl::CCPACSMaterialDefinitionForProfileBased

◆ CCPACSMaterialDefinitionForProfileBasedPoint

typedef generated::CPACSMaterialDefinitionForProfileBasedPoint tigl::CCPACSMaterialDefinitionForProfileBasedPoint

◆ CCPACSMaterials

typedef generated::CPACSMaterials tigl::CCPACSMaterials

◆ CCPACSNacelleGuideCurve

typedef generated::CPACSNacelleGuideCurve tigl::CCPACSNacelleGuideCurve

◆ CCPACSNacelleProfiles

typedef generated::CPACSNacelleProfiles tigl::CCPACSNacelleProfiles

◆ CCPACSOuterCutOutProfile

using tigl::CCPACSOuterCutOutProfile = typedef generated::CPACSOuterCutOutProfile

◆ CCPACSPintleStruts

typedef generated::CPACSPintleStruts tigl::CCPACSPintleStruts

◆ CCPACSPiston

typedef generated::CPACSPiston tigl::CCPACSPiston

◆ CCPACSPointList

typedef generated::CPACSPointList tigl::CCPACSPointList

◆ CCPACSPointPerformanceConstraints

typedef generated::CPACSPointPerformanceConstraints tigl::CCPACSPointPerformanceConstraints

◆ CCPACSPointPerformanceDefinition

typedef generated::CPACSPointPerformanceDefinition tigl::CCPACSPointPerformanceDefinition

◆ CCPACSPointPerformanceDefinitions

typedef generated::CPACSPointPerformanceDefinitions tigl::CCPACSPointPerformanceDefinitions

◆ CCPACSPointPerformanceRequirements

using tigl::CCPACSPointPerformanceRequirements = typedef generated::CPACSPointPerformanceRequirements

◆ CCPACSPointX

using tigl::CCPACSPointX = typedef generated::CPACSPointX

◆ CCPACSPointXYZ

using tigl::CCPACSPointXYZ = typedef generated::CPACSPointXYZ

◆ CCPACSPointXZ

using tigl::CCPACSPointXZ = typedef generated::CPACSPointXZ

◆ CCPACSPointZ

using tigl::CCPACSPointZ = typedef generated::CPACSPointZ

◆ CCPACSPosExcl0DoubleBase

using tigl::CCPACSPosExcl0DoubleBase = typedef generated::CPACSPosExcl0DoubleBase

◆ CCPACSPosExcl0IntBase

using tigl::CCPACSPosExcl0IntBase = typedef generated::CPACSPosExcl0IntBase

◆ CCPACSProfileBasedStructuralElements

typedef generated::CPACSProfileBasedStructuralElements tigl::CCPACSProfileBasedStructuralElements

◆ CCPACSProfileGeometry

typedef generated::CPACSProfileGeometry tigl::CCPACSProfileGeometry

◆ CCPACSRectangleProfile

typedef generated::CPACSRectangleProfile tigl::CCPACSRectangleProfile

◆ CCPACSRelativeStrutPosition

using tigl::CCPACSRelativeStrutPosition = typedef generated::CPACSRelativeStrutPosition

◆ CCPACSRivet

typedef generated::CPACSRivet tigl::CCPACSRivet

◆ CCPACSRivets

typedef generated::CPACSRivets tigl::CCPACSRivets

◆ CCPACSRotorcraft

typedef generated::CPACSRotorcraft tigl::CCPACSRotorcraft

◆ CCPACSSeatElement

typedef generated::CPACSSeatElement tigl::CCPACSSeatElement

◆ CCPACSSeatElements

typedef generated::CPACSSeatElements tigl::CCPACSSeatElements

◆ CCPACSSeatModules

typedef generated::CPACSSeatModules tigl::CCPACSSeatModules

◆ CCPACSSheet

typedef generated::CPACSSheet tigl::CCPACSSheet

◆ CCPACSSheet3D

typedef generated::CPACSSheet3D tigl::CCPACSSheet3D

◆ CCPACSSheetBasedStructuralElement

typedef generated::CPACSSheetBasedStructuralElement tigl::CCPACSSheetBasedStructuralElement

◆ CCPACSSheetBasedStructuralElements

typedef generated::CPACSSheetBasedStructuralElements tigl::CCPACSSheetBasedStructuralElements

◆ CCPACSSheetList3D

typedef generated::CPACSSheetList3D tigl::CCPACSSheetList3D

◆ CCPACSSheetPoints

using tigl::CCPACSSheetPoints = typedef generated::CPACSSheetPoints

◆ CCPACSSideStruts

typedef generated::CPACSSideStruts tigl::CCPACSSideStruts

◆ CCPACSSidewallPanelElements

typedef generated::CPACSSidewallPanelElements tigl::CCPACSSidewallPanelElements

◆ CCPACSSkinSegments

typedef generated::CPACSSkinSegments tigl::CCPACSSkinSegments

◆ CCPACSSparCell

typedef generated::CPACSSparCell tigl::CCPACSSparCell

◆ CCPACSSparCells

typedef generated::CPACSSparCells tigl::CCPACSSparCells

◆ CCPACSSparCrossSection

typedef generated::CPACSSparCrossSection tigl::CCPACSSparCrossSection

◆ CCPACSStandardProfile

typedef generated::CPACSStandardProfile tigl::CCPACSStandardProfile

◆ CCPACSStringerFramePositionUIDs

using tigl::CCPACSStringerFramePositionUIDs = typedef generated::CPACSStringerFramePositionUIDs

◆ CCPACSStructuralElements

typedef generated::CPACSStructuralElements tigl::CCPACSStructuralElements

◆ CCPACSStructuralProfile

typedef generated::CPACSStructuralProfile tigl::CCPACSStructuralProfile

◆ CCPACSStructuralProfile3D

typedef generated::CPACSStructuralProfile3D tigl::CCPACSStructuralProfile3D

◆ CCPACSStructuralWallElement

typedef generated::CPACSStructuralWallElement tigl::CCPACSStructuralWallElement

◆ CCPACSStructuralWallElements

typedef generated::CPACSStructuralWallElements tigl::CCPACSStructuralWallElements

◆ CCPACSStrut

using tigl::CCPACSStrut = typedef generated::CPACSStrut

◆ CCPACSStrutAssembly

typedef generated::CPACSStrutAssembly tigl::CCPACSStrutAssembly

◆ CCPACSStrutProperties

using tigl::CCPACSStrutProperties = typedef generated::CPACSStrutProperties

◆ CCPACSSuperEllipseProfile

typedef generated::CPACSSuperEllipseProfile tigl::CCPACSSuperEllipseProfile

◆ CCPACSSupportBeam

typedef generated::CPACSSupportBeam tigl::CCPACSSupportBeam

◆ CCPACSTrackActuator

typedef generated::CPACSTrackActuator tigl::CCPACSTrackActuator

◆ CCPACSTrackJointCoordinates

using tigl::CCPACSTrackJointCoordinates = typedef generated::CPACSTrackJointCoordinates

◆ CCPACSTrackJointPosition

typedef generated::CPACSTrackJointPosition tigl::CCPACSTrackJointPosition

◆ CCPACSTrackJointPositions

typedef generated::CPACSTrackJointPositions tigl::CCPACSTrackJointPositions

◆ CCPACSTrackSecondaryStructure

using tigl::CCPACSTrackSecondaryStructure = typedef generated::CPACSTrackSecondaryStructure

◆ CCPACSTrackStructure

typedef generated::CPACSTrackStructure tigl::CCPACSTrackStructure

◆ CCPACSTrackStrut

typedef generated::CPACSTrackStrut tigl::CCPACSTrackStrut

◆ CCPACSTrackStruts

typedef generated::CPACSTrackStruts tigl::CCPACSTrackStruts

◆ CCPACSTransformation2D

typedef generated::CPACSTransformation2D tigl::CCPACSTransformation2D

◆ CCPACSUIDSequence

using tigl::CCPACSUIDSequence = typedef generated::CPACSUIDSequence

◆ CCPACSVehicleConfiguration

typedef generated::CPACSVehicleConfiguration tigl::CCPACSVehicleConfiguration

◆ CCPACSVehicleConfigurations

typedef generated::CPACSVehicleConfigurations tigl::CCPACSVehicleConfigurations

◆ CCPACSVehicles

typedef generated::CPACSVehicles tigl::CCPACSVehicles

◆ CCPACSVersionInfo

typedef generated::CPACSVersionInfo tigl::CCPACSVersionInfo

◆ CCPACSVersionInfos

typedef generated::CPACSVersionInfos tigl::CCPACSVersionInfos

◆ CCPACSWallPositions

typedef generated::CPACSWallPositions tigl::CCPACSWallPositions

◆ CCPACSWallPositionUIDs

using tigl::CCPACSWallPositionUIDs = typedef generated::CPACSWallPositionUIDs

◆ CCPACSWallSegments

typedef generated::CPACSWallSegments tigl::CCPACSWallSegments

◆ CCPACSWeb

typedef generated::CPACSWeb tigl::CCPACSWeb

◆ CCPACSWheel

using tigl::CCPACSWheel = typedef generated::CPACSWheel

◆ CCPACSWindows

typedef generated::CPACSWindows tigl::CCPACSWindows

◆ CCPACSWingAttachmentPositioning

using tigl::CCPACSWingAttachmentPositioning = typedef generated::CPACSWingAttachmentPositioning

◆ CCPACSWingRibCell

typedef generated::CPACSWingRibCell tigl::CCPACSWingRibCell

◆ CCPACSWingRibPoint

using tigl::CCPACSWingRibPoint = typedef generated::CPACSWingRibPoint

◆ CCPACSWingSkin

typedef generated::CPACSWingSkin tigl::CCPACSWingSkin

◆ CreateProfileAlgoCallback

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

◆ ECPACSAtmosphericModel

using tigl::ECPACSAtmosphericModel = typedef generated::CPACSAtmosphericModel

◆ ECPACSAxle_sideOfFirstWheel

using tigl::ECPACSAxle_sideOfFirstWheel = typedef generated::CPACSAxle_sideOfFirstWheel

◆ ECPACSCargoContainerElement_contour

using tigl::ECPACSCargoContainerElement_contour = typedef generated::CPACSCargoContainerElement_contour

◆ ECPACSContinuity

using tigl::ECPACSContinuity = typedef generated::CPACSContinuity

◆ ECPACSContinuityAtP

using tigl::ECPACSContinuityAtP = typedef generated::CPACSContinuityAtP

◆ ECPACSControlSurfaceTrackType_trackSubType

using tigl::ECPACSControlSurfaceTrackType_trackSubType = typedef generated::CPACSControlSurfaceTrackType_trackSubType

◆ ECPACSControlSurfaceTrackType_trackType

using tigl::ECPACSControlSurfaceTrackType_trackType = typedef generated::CPACSControlSurfaceTrackType_trackType

◆ ECPACSDoorAssemblyPosition_doorType

using tigl::ECPACSDoorAssemblyPosition_doorType = typedef generated::CPACSDoorAssemblyPosition_doorType

◆ ECPACSGenericSystem_geometricBaseType

using tigl::ECPACSGenericSystem_geometricBaseType = typedef generated::CPACSGenericSystem_geometricBaseType

◆ ECPACSGuideCurve_continuity

using tigl::ECPACSGuideCurve_continuity = typedef generated::CPACSGuideCurve_continuity

◆ ECPACSInterpolation

using tigl::ECPACSInterpolation = typedef generated::CPACSInterpolation

◆ ECPACSLandingGearExtensionFunctionStep_stepType

using tigl::ECPACSLandingGearExtensionFunctionStep_stepType = typedef generated::CPACSLandingGearExtensionFunctionStep_stepType

◆ ECPACSLandingGearSteeringFunctionStep_stepType

using tigl::ECPACSLandingGearSteeringFunctionStep_stepType = typedef generated::CPACSLandingGearSteeringFunctionStep_stepType

◆ ECPACSLateralCap_placement

using tigl::ECPACSLateralCap_placement = typedef generated::CPACSLateralCap_placement

◆ ECPACSLinkToFileType_format

using tigl::ECPACSLinkToFileType_format = typedef generated::CPACSLinkToFileType_format

◆ ECPACSMaterialDefinitionForProfileBased_standardProfileSheetID

using tigl::ECPACSMaterialDefinitionForProfileBased_standardProfileSheetID = typedef generated::CPACSMaterialDefinitionForProfileBased_standardProfileSheetID

◆ ECPACSPointPerformanceDefinition_typeOfPointPerformance

using tigl::ECPACSPointPerformanceDefinition_typeOfPointPerformance = typedef generated::CPACSPointPerformanceDefinition_typeOfPointPerformance

◆ ECPACSProfileBasedStructuralElement_standardProfileType

using tigl::ECPACSProfileBasedStructuralElement_standardProfileType = typedef generated::CPACSProfileBasedStructuralElement_standardProfileType

◆ ECPACSProfileGeometry2DType_symmetry

using tigl::ECPACSProfileGeometry2DType_symmetry = typedef generated::CPACSProfileGeometry2DType_symmetry

◆ ECPACSRelationalOperator

using tigl::ECPACSRelationalOperator = typedef generated::CPACSRelationalOperator

◆ ECPACSRibCrossingBehaviour

using tigl::ECPACSRibCrossingBehaviour = typedef generated::CPACSRibCrossingBehaviour

◆ ECPACSRotor_type

using tigl::ECPACSRotor_type = typedef generated::CPACSRotor_type

◆ ECPACSRotorHubHinge_type

using tigl::ECPACSRotorHubHinge_type = typedef generated::CPACSRotorHubHinge_type

◆ ECPACSTrackJointCoordinates_name

using tigl::ECPACSTrackJointCoordinates_name = typedef generated::CPACSTrackJointCoordinates_name

◆ ECPACSTrackStrut_name

using tigl::ECPACSTrackStrut_name = typedef generated::CPACSTrackStrut_name

◆ MaterialList

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

◆ ParamMap

using tigl::ParamMap = typedef 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

◆ unique_ptr

template<typename T >

using tigl::unique_ptr = typedef std::unique_ptr<T>

Enumeration Type Documentation

◆ ComponentTraingMode

enum tigl::ComponentTraingMode

Enumerator
NO_INFO
SEGMENT_INFO

◆ ConcatDir

enum 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 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

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() [1/4]

TIGL_EXPORT const CCPACSWingComponentSegment& tigl::ComponentSegment ( const CCPACSControlSurfaceBorderTrailingEdge & )

◆ ComponentSegment() [2/4]

const CCPACSWingComponentSegment& tigl::ComponentSegment ( const CCPACSControlSurfaceWingCutOut & )

◆ ComponentSegment() [3/4]

TIGL_EXPORT const CCPACSWingComponentSegment& tigl::ComponentSegment ( const CCPACSTrailingEdgeDevice & )

◆ ComponentSegment() [4/4]

TIGL_EXPORT CCPACSWingComponentSegment& tigl::ComponentSegment ( CCPACSTrailingEdgeDevice & )

◆ 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. We have M = V^T*D*V.Transposed The value of the diagonal D is the eigenvalues of M and the columns of V are the the normalized eigenvectors

Remarks: This method works only for 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()

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

◆ 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
	)

◆ 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
	)

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

All segments and 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

◆ 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 )

Return true if the matrix is a proper rotation.

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

Parameters

R,the 3x3 matrix to check

Returns: true or false

◆ make_unique()

template<typename T , typename... Args>

auto tigl::make_unique ( Args &&... args ) -> std::unique_ptr<T>

◆ 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 waring is log, but no error is rise.

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 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() [2/3]

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

◆ 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" iff 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]

TIGL_EXPORT std::string tigl::typeName ( const std::type_info & ti )

◆ typeName() [2/2]

template<typename T >

std::string tigl::typeName ( )

◆ 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

Namespaces

Data Structures

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ CCPACSAircraft

◆ CCPACSAircraftControlElement

◆ CCPACSAircraftControlElements

◆ CCPACSAlignmentCrossBeam

◆ CCPACSAlignmentStringFrame

◆ CCPACSAlignmentStructMember

◆ CCPACSAxle

◆ CCPACSAxleAssemblies

◆ CCPACSAxleAssembly

◆ CCPACSBeamCrossSection

◆ CCPACSBeamStiffness

◆ CCPACSBogie

◆ CCPACSBoundingBox

◆ CCPACSBoundingElementUIDs

◆ CCPACSCap

◆ CCPACSCargoContainerElement

◆ CCPACSCargoContainerElements

◆ CCPACSCargoDoorsAssembly

◆ CCPACSCeilingPanelElements

◆ CCPACSClassDividerElements

◆ CCPACSCompartment

◆ CCPACSCompartmentGeometry

◆ CCPACSCompartments

◆ CCPACSComposite

◆ CCPACSCompositeLayer

◆ CCPACSComposites

◆ CCPACSContourReference

◆ CCPACSControlSurfaceAirfoil

◆ CCPACSControlSurfaceContours

◆ CCPACSControlSurfaceHingePoint

◆ CCPACSControlSurfacePath

◆ CCPACSControlSurfaceSkinCutOut

◆ CCPACSControlSurfaceSkinCutOutBorder

◆ CCPACSControlSurfaceStep

◆ CCPACSControlSurfaceSteps

◆ CCPACSControlSurfaceTracks

◆ CCPACSControlSurfaceTrackType

◆ CCPACSCpacs

◆ CCPACSCurveProfiles

◆ CCPACSCutOut

◆ CCPACSCutOutControlPoint

◆ CCPACSCutOutControlPoints

◆ CCPACSCutOutProfile

◆ CCPACSCutOutProfiles

◆ CCPACSDeckComponent2DBase

◆ CCPACSDeckElementBase

◆ CCPACSDeckElementGeometry

◆ CCPACSDeckElementMass

◆ CCPACSDeckElements

◆ CCPACSDeckStructuralMount

◆ CCPACSDeckStructuralMounts

◆ CCPACSDoorCutOut

◆ CCPACSDoorSurroundStructurePosition

◆ CCPACSDoorSurroundStructuresAssembly

◆ CCPACSDoubleConstraintBase

◆ CCPACSEngine

◆ CCPACSEngineNacelle

◆ CCPACSEnvironment

◆ CCPACSEtaXsiRelHeightPoint

◆ CCPACSFlightPoints

◆ CCPACSGalleyElement

◆ CCPACSGalleyElements

◆ CCPACSGenericFloorElements

◆ CCPACSGenericGeometryComponent

◆ CCPACSGlobalBeamProperties

◆ CCPACSGlobalFlightPoint

◆ CCPACSGlobalPerformanceCases

◆ CCPACSHeader

◆ CCPACSInternalPressure

◆ CCPACSInternalPressures

◆ CCPACSLandingGearBase

◆ CCPACSLandingGearBrakingState