ast 命名空间参考

命名空间
namespace	fs_simple
namespace	literals
namespace	math
namespace	posix

类
class	ActiveScriptExecutor
class	AdvCAT
class	AEP8Data
class	AEPDataCollection
class	AgentSession
class	AgScriptingToolCalcObjWrap
class	Aircraft
class	AnalyzerConstraint
class	AnalyzerVariable
class	AngleAxis
class	AngularSeparation
class	AngularSize
class	Antenna
class	Anthropic
class	Archive
class	AreaTarget
struct	args_t
class	Asteroid
class	AstGfxAPI
class	AttitudeCoverage
class	AttitudeFigureOfMerit
class	AttitudeProfile
class	AttributeBasic
class	Axes
class	AxesBodyFixed
class	AxesBodyInertial
class	AxesBodyMOD
class	AxesBodyRelated
class	AxesBodyTOD
class	AxesFrozen
class	AxesFrozenAtEventTime
class	AxesICRF
class	AxesLinkTo
class	AxesRoot
class	BackTrace
class	BaseOrbitDesigner
class	BaseParser
class	BisectionSolver
class	BKVBlock
class	BKVItem
class	BKVItemView
class	BKVNode
class	BKVParser
class	BKVSax
class	BKVSaxDOM
class	BKVSaxPrint
class	BKVTree
class	BlockAbs
class	BlockConstant
class	BlockDeadZone
class	BlockDerivative
class	BlockDivide
class	BlockDot
class	BlockDynamicSystem
class	BlockGain
class	BlockGravity
class	BlockIn
class	BlockLogicalOperator
class	BlockMotion
class	BlockOut
class	BlockProduct
class	BlockRelationalOperator
class	BlockSaturation
class	BlockSign
class	BlockSin
class	BlockSubtract
class	BlockSum
class	BlockSwitch
class	BlockSystem
class	BlockTerminator
class	BlockThirdBody
class	BlockTransform
class	BlockTwoBody
class	BlockUnaryMinus
class	BodyAttraction
class	BodyEphemeris
class	BodyEphemerisDE
class	BodyEphemerisNoop
class	BodyEphemerisSPK
class	BodyOrientation
class	BodyShape
class	Bracket
class	Breakpoint
class	BrenthSolver
class	BrentqSolver
class	BuildTarget
class	BuiltinAxesRegistry
class	Burn
class	BurnCollocation
class	BurnFinite
class	BurnImpulsive
class	ByCommaAndRepeatedWhitespace
class	Calculation
class	CallStack
class	CartState
class	CAstCOMModule
class	CelestialBody
class	CentroidPosition
class	CExecCmdResult
class	Chain
class	ChatMessage
class	ChatMessages
class	ChatSession
class	ChatTool
class	ChatToolGeneric
class	ChatTools
class	CircularOrbitDesigner
class	Class
class	ClassRegistry
class	CLinkToObject
class	ClonePtr
class	CloseEventDetecter
class	CNLEMinpackSolver
class	CNLPIpoptSolver
class	CNLPSnoptSolver
class	CNRLMSISE00
class	CObject
class	CObjectRoot
class	Color
class	Command
class	CommandDispatcher
class	CommandHandler
class	CommandParams
class	CommandResult
class	CommandTrie
class	CommandTrieNodeWrap
class	CommSystem
class	ComObjectManager
class	Constellation
class	CorVector
class	CoverageDefinition
class	CppSerializer
class	CriticallyInclinedOrbitDesigner
class	CriticallyInclinedSunSyncOrbitDesigner
class	CSatellite
class	CSaVO
class	CScenario
class	CVeVOSystemsCollection
class	CVeVOSystemsElement
struct	DAF_CommentArea
struct	DAF_ElementRecords
struct	DAF_FileRecord
struct	DAF_NameRecords
struct	DAF_SPKSummaryRecords
struct	DAF_SummaryRecords
class	DAFParser
class	DataContext
class	DataPort
class	Date
class	DateTime
class	DaySecDuration
struct	debin_header
class	Debugger
class	DelaunayElem
class	DetectorApoapsis
class	DetectorBodyRelated
class	DetectorDuration
class	DetectorFrameRelated
class	DetectorLighting
class	DetectorPeriapsis
class	DetectorPointRelated
class	DetectorRMagnitude
class	DetectorUserSelect
class	DifferentialCorrector
class	DifferentialCorrectorProfile
class	Dimension
class	DragForce
class	EarthOrientation
class	EllipsoidShape
class	End
class	EOP
class	Ephemeris
class	EphemerisFileParser
class	EphemerisLagrangeVar
class	EphemerisMultiSegment
class	EphemerisTwoBody
class	EquinElem
class	Euler
class	EventDetector
class	EventDetectorGeneric
class	EventInterval
class	EventIntervalExplicit
class	EventIntervalFallback
class	EventIntervalLinkTo
class	EventTime
class	EventTimeExplicit
class	EventTimeFallback
class	EventTimeLinkTo
class	Expr
class	ExprAttribute
class	ExprBlock
class	ExprCalculation
class	ExprCalculationBase
class	ExprCall
class	ExprCatHorizontal
class	ExprCatVertical
class	ExprCondition
class	ExprContainer
class	ExprCurrentScStateCalculation
class	ExprForRange
class	ExprIf
class	ExprLoop
class	ExprMacroExpand
class	ExprMatch
class	ExprRange
class	ExprVector
class	ExprVisitor
class	ExprWhile
class	Facility
class	Field
class	FieldOfView
class	FieldOfViewVisitor
class	FigureOfMerit
class	FileScanner
class	ForceModel
class	FOVConical
class	FOVCustom
class	FOVHalfPower
class	FOVRectangular
class	FOVSAR
class	FOVSimpleCone
class	Frame
class	FrameAssembly
class	FrameICRF
class	FrameRoot
class	FrameWithEpoch
class	FuncBlock
class	Function
class	FundamentalArguments
class	GenericValue
class	GeocentricPoint
class	GeoCoordinate
class	GeodeticPoint
class	GfxCelestialBody
class	GfxMain
class	GfxSolarSystem
class	GlobalContext
class	GravityCalculator
class	GravityCalculator2
class	GravityCalculator3
class	GravityCalculator4
class	GravityCalculator5
class	GravityField
class	GravityFieldHead
class	GravityFieldLoader
class	GravityForce
class	GroundVehicle
class	GUIInterface
class	GUIInterfaceImpl
struct	has_own_getType
class	HPOP
class	HPOPEquation
class	HPOPForceModel
class	IArchive
class	IAUXYS
class	IAUXYSPrecomputed
class	Identifier
class	IdentifierTable
class	ILinkToObjectImpl
class	ImplFor
class	ImplFor< IPosVelPrv, T >
class	ImplFor< IValuePrv, T >
struct	InitalizeConfig
struct	initial_strong_ref_t
class	InitialState
class	INLPProblem
class	INLPSolver
class	Interpolator
class	Interpreter
class	InterpreterContext
class	Interval
class	IObjectImpl
class	IODEIntegrator
class	IOrbitDesigner
class	IPosVelPrv
struct	is_callable
class	ISatelliteImpl
class	ISaVOImpl
class	IScenarioImpl
class	IUnarySolver
class	IValuePrv
class	IVeVOSystemsCollectionImpl
class	IVeVOSystemsElementImpl
class	J2Analytical
class	J2J4Analytical
class	J4Analytical
class	JavaSerializer
class	JplDe
class	JplSpk
class	JScriptExecutor
class	JsonDomSax
class	JsonParser
class	JsonSax
class	JsonSerializer
class	JsonValue
class	JulianDate
union	KernelData
class	KernelPool
class	KinematicRotation
class	KinematicTransform
class	KVParser
class	LatLonAlt
class	LaunchVehicle
class	LeapSecond
class	Lexer
class	LineTarget
class	LLMClient
class	LLMConfig
class	LocaleGuard
class	LoggerStream
class	LongDuration
class	LowerMatrix
class	Macro
class	Maneuver
class	Matrix
class	MatrixMN
class	MatrixMN< _Scalar, 3, 3 >
class	MessageLogContext
class	MessageLogger
class	Missile
class	MissionCommand
class	MissionCommandVisitor
class	MissionModerator
class	MockObject
class	MockUninitializedPointer
class	ModEquinElem
class	ModJulianDate
class	ModOrbElem
class	MolniyaOrbitDesigner
class	MoonOrientation
class	MotionBallistic
class	MotionExternalEphemeris
class	MotionGreatArc
class	MotionHPOP
class	MotionHPOPSax
class	MotionJ2Analytical
class	MotionJ2AnalyticalSax
class	MotionJ4Analytical
class	MotionJ4AnalyticalSax
class	MotionMissionCommand
class	MotionOrbitDynamics
class	MotionOrbitDynamicsKeplerianSax
class	MotionOrbitDynamicsSax
class	MotionProfile
class	MotionProfileVisitor
class	MotionSGP4
class	MotionSimpleAscent
class	MotionSPICE
class	MotionTwoBody
class	MotionTwoBodySax
class	MotionWithIntervalStep
class	Mover
class	MTO
class	NameValuePair
class	NetworkImplCurlCmd
class	NetworkImplWinHTTP
class	NetworkImplWinINet
class	NetworkInterface
class	NetworkRequest
class	NetworkResponse
class	NetworkSession
struct	NLPBounds
struct	NLPInfo
struct	NLPInput
struct	NLPJacInfo
struct	NLPOutput
class	NLPProblem
struct	NLPVector
struct	NLPVectorBounds
class	NoopOrientation
class	NoopStream
struct	NutationCache
class	NutationSeries
class	NutationTerm
class	OArchive
class	Object
class	ObjectCalculation
class	ObjectEditRegistry
class	ObjectLinker
class	ObjectLinkerGeneric
class	ObjectLinkerManager
class	ObjectLinkTo
class	ObjectManager
class	ObjectNamed
class	ObjectNode
struct	ObjectPrintConfig
class	ObjectProtocol
class	ObjectResolver
class	ODEEventDetector
class	ODEEventDetectorGeneric
class	ODEEventDetectorList
class	ODEEventObserver
class	ODEFixedStepIntegrator
class	ODEGeneric
class	ODEInnerStateObserver
class	ODEIntegrator
class	ODEStateObserver
class	ODEStateObserverGeneric
class	ODEStateObserverGenericHelper
class	ODEStateObserverList
class	ODEStateVectorCollector
class	ODEVarStepIntegrator
class	ODEWorkspace
class	Op
class	OpAssign
class	OpBin
class	OpBinRegistry
class	OpenAI
class	OpUnary
class	OpUnaryRegister
class	OrbElem
class	OrderedMap
class	OrdinaryDifferentialEquation
class	Parser
class	PCKParser
class	Place
class	Planet
class	Point
class	PointBodyCenter
class	PointMassForce
class	PointRoot
class	PointSSBarycenter
struct	PoleMotion
struct	PoleMotionSXY
class	Polynomial
class	Propagate
class	Propagator
class	Property
struct	property_trait
struct	property_trait< std::string >
struct	property_trait< TimePoint >
class	PropertyBool
class	PropertyDouble
class	PropertyInt
class	PropertyNamedVector
class	PropertyNoop
class	PropertyObject
class	PropertyPOD
class	PropertyQuantity
class	PropertyString
class	PropertyStruct
class	PropertyTimePoint
class	PropertyVisitor
class	PythonAPI
class	PythonExecutor
class	PythonSerializer
class	Quantity
class	Quaternion
class	Radar
class	Receiver
class	RelativityCorrection
class	RepeatingOrbitDesigner
class	RepeatingSunSyncOrbitDesigner
class	Return
class	RidderSolver
class	RK4
class	RK8
class	RKCK
class	RKF45
class	RKF56
class	RKF78
class	RKV8
class	Rotation
class	RotationalData
class	RotationElement
class	RoutingHandleResult
class	Satellite
class	Scanner
class	Scenario
class	ScopedPtr
struct	ScopedPtrDeleter
struct	ScopedPtrDeleter< std::FILE >
struct	ScopedPtrDeleter< T, typename std::enable_if< std::is_base_of< Object, T >::value >::type >
class	ScriptExecutor
class	ScriptingToolAttr
class	ScriptingToolParameter
class	ScriptingToolParameterEnumChoice
class	ScriptingToolProfile
class	ScriptResult
class	ScStateCalc1PtAccess
class	ScStateCalcAbsoluteValue
class	ScStateCalcAltitude
class	ScStateCalcAltitudeOfApoapsis
class	ScStateCalcAltitudeOfPeriapsis
class	ScStateCalcAltitudeRate
class	ScStateCalcAngle
class	ScStateCalcAngularMomentum
class	ScStateCalcAppSolTime
class	ScStateCalcArgLat
class	ScStateCalcArgPeriapsis
class	ScStateCalcAtmosDensity
class	ScStateCalcAtmosPressure
class	ScStateCalcAtmosTemperature
class	ScStateCalcAzimuth
class	ScStateCalcAzimuthRate
class	ScStateCalcBDotRCalc
class	ScStateCalcBDotTCalc
class	ScStateCalcBetaAngle
class	ScStateCalcBMagCalc
class	ScStateCalcBodyRelated
class	ScStateCalcBThetaCalc
class	ScStateCalcC3Energy
class	ScStateCalcCd
class	ScStateCalcCloseApproachBearing
class	ScStateCalcCloseApproachCosBearing
class	ScStateCalcCloseApproachDistance
class	ScStateCalcCloseApproachMag
class	ScStateCalcCloseApproachSpeed
class	ScStateCalcCloseApproachTheta
class	ScStateCalcCloseApproachX
class	ScStateCalcCloseApproachY
class	ScStateCalcCosineVFPA
class	ScStateCalcCr
class	ScStateCalcCrossSectionalArea
class	ScStateCalcCrossTrack
class	ScStateCalcCrossTrackRate
class	ScStateCalcDamageFlux
class	ScStateCalcDamageMassFlux
class	ScStateCalcDec
class	ScStateCalcDecRate
class	ScStateCalcDelaunayG
class	ScStateCalcDelaunayH
class	ScStateCalcDelaunayL
class	ScStateCalcDeltaDec
class	ScStateCalcDeltaFromMaster
class	ScStateCalcDeltaRA
class	ScStateCalcDeltaV
class	ScStateCalcDeltaVSquared
class	ScStateCalcDensity
class	ScStateCalcDiffAcrossSegmentOtherSat
class	ScStateCalcDifference
class	ScStateCalcDifferenceOtherSegment
class	ScStateCalcDotProduct
class	ScStateCalcDragArea
class	ScStateCalcDragForce
class	ScStateCalcDuration
class	ScStateCalcEarthMeanLocTimeAN
class	ScStateCalcEarthMeanSolTime
class	ScStateCalcEccAnomaly
class	ScStateCalcEccentricity
class	ScStateCalcElevation
class	ScStateCalcElevationRate
class	ScStateCalcEpoch
class	ScStateCalcEquinoctialH
class	ScStateCalcEquinoctialK
class	ScStateCalcEquinoctialP
class	ScStateCalcEquinoctialQ
class	ScStateCalcFlightPathAngle
class	ScStateCalcFPA
class	ScStateCalcFrameRelated
class	ScStateCalcFuelMass
class	ScStateCalcGravCoeff
class	ScStateCalcHeightAboveTerrain
class	ScStateCalcImpactFlux
class	ScStateCalcImpactMassFlux
class	ScStateCalcInAsympDec
class	ScStateCalcInAsympRA
class	ScStateCalcInclination
class	ScStateCalcInertDeltaVMag
class	ScStateCalcInertDeltaVx
class	ScStateCalcInertDeltaVy
class	ScStateCalcInertDeltaVz
class	ScStateCalcInTrack
class	ScStateCalcInTrackRate
class	ScStateCalcInVAzP
class	ScStateCalcJScript
class	ScStateCalcLatitude
class	ScStateCalcLatitudeRate
class	ScStateCalcLightSpeed
class	ScStateCalcLocalAppSolLon
class	ScStateCalcLongDriftRate
class	ScStateCalcLongitude
class	ScStateCalcLongitudeRate
class	ScStateCalcLongPeriapsis
class	ScStateCalcLonOfAscNode
class	ScStateCalcMagFieldDipoleL
class	ScStateCalcMagneticFieldForce
class	ScStateCalcMagneticFieldStrength
class	ScStateCalcManeuverSpecificImpulse
class	ScStateCalcManeuverTotalMassFlowRate
class	ScStateCalcMass
class	ScStateCalcMatlab
class	ScStateCalcMaximumValue
class	ScStateCalcMCSDeltaV
class	ScStateCalcMCSDeltaVSquared
class	ScStateCalcMeanAnomaly
class	ScStateCalcMeanEarthLon
class	ScStateCalcMeanEclipticLon
class	ScStateCalcMeanLongitude
class	ScStateCalcMeanMotion
class	ScStateCalcMinimumValue
class	ScStateCalcMu
class	ScStateCalcNegative
class	ScStateCalcNormal
class	ScStateCalcNormalRate
class	ScStateCalcOrbitDelaunayG
class	ScStateCalcOrbitDelaunayH
class	ScStateCalcOrbitDelaunayL
class	ScStateCalcOrbitPeriod
class	ScStateCalcOrbitSemiLatusRectum
class	ScStateCalcOrbitStateValue
class	ScStateCalcOutAsympDec
class	ScStateCalcOutAsympRA
class	ScStateCalcOutVAzP
class	ScStateCalcPerl
class	ScStateCalcPointRelated
class	ScStateCalcPosDiffMagOthSeg
class	ScStateCalcPosVelDiffMagOthSeg
class	ScStateCalcPower
class	ScStateCalcPressure
class	ScStateCalcPropellantMass
class	ScStateCalcRA
class	ScStateCalcRAAN
class	ScStateCalcRadial
class	ScStateCalcRadialRate
class	ScStateCalcRadius
class	ScStateCalcRadiusOfApoapsis
class	ScStateCalcRadiusOfPeriapsis
class	ScStateCalcRadPressureArea
class	ScStateCalcRadPressureCoefficient
class	ScStateCalcRange
class	ScStateCalcRangeRate
class	ScStateCalcRARate
class	ScStateCalcRectifiedLongitude
class	ScStateCalcReentryDeceleration
class	ScStateCalcReflectionCoefficient
class	ScStateCalcRefRad
class	ScStateCalcRelAOLMaster
class	ScStateCalcRelGroundTrackError
class	ScStateCalcRepGrTrackErr
class	ScStateCalcRightAscension
class	ScStateCalcRMag
class	ScStateCalcScalar
class	ScStateCalcScript
class	ScStateCalcSEETMagFieldFieldLineSepAngle
class	ScStateCalcSEETSAAFlux
class	ScStateCalcSemiLatusRectum
class	ScStateCalcSemiMajorAxis
class	ScStateCalcSequenceDeltaV
class	ScStateCalcSequenceDeltaVSquared
class	ScStateCalcSignedEccentricity
class	ScStateCalcSolarPhaseAngle
class	ScStateCalcSolarPressure
class	ScStateCalcSolarRadiationForce
class	ScStateCalcSpacecraftMass
class	ScStateCalcSRPArea
class	ScStateCalcSTMVelXVelX
class	ScStateCalcSTMVelXVelY
class	ScStateCalcSTMVelXVelZ
class	ScStateCalcSTMVelYVelX
class	ScStateCalcSTMVelYVelY
class	ScStateCalcSTMVelYVelZ
class	ScStateCalcSTMVelZVelX
class	ScStateCalcSTMVelZVelY
class	ScStateCalcSTMVelZVelZ
class	ScStateCalcTangential
class	ScStateCalcTangentialRate
class	ScStateCalcTemperature
class	ScStateCalcThrust
class	ScStateCalcTimeDifference
class	ScStateCalcTimePastAscNode
class	ScStateCalcTimePastPeriapsis
class	ScStateCalcTrueAnomaly
class	ScStateCalcTrueLong
class	ScStateCalculation
class	ScStateCalcUserValue
class	ScStateCalcValueAtSegmentOtherSat
class	ScStateCalcValueOtherSegment
class	ScStateCalcVAz
class	ScStateCalcVBScript
class	ScStateCalcVectorX
class	ScStateCalcVectorY
class	ScStateCalcVectorZ
class	ScStateCalcVelDiffMagOthSeg
class	ScStateCalcVelocity
class	ScStateCalcVGTAngle
class	ScStateCalcVMag
class	ScStateCalcVx
class	ScStateCalcVy
class	ScStateCalcVz
class	ScStateCalcX
class	ScStateCalcY
class	ScStateCalcZ
class	SecantSolver
class	Segment
class	SegmentCalculation
class	SegmentGraph
class	Sensor
class	Sequence
class	SerializationUtils
class	Serializer
class	SerializerFactory
class	SharedPtr
class	Ship
class	ShooterControl
class	ShooterResult
class	ShortDuration
class	SimEngine
class	SimpleOrbitDesigner
class	SimTime
class	SinCos
struct	SkipBracket
struct	SnoptCAPI
class	SolarRadiationPressure
class	SolarSystem
struct	SolverStats
class	Spacecraft
class	SpacecraftState
class	SpaceObject
class	SpaceWeather
class	Span
class	SpanStorage
class	SpanStorage< T, dynamic_extent >
class	Sparse
class	SphereShape
class	SpheroidShape
class	SpiceAPI
class	SpiceBodyRegistry
class	SpiceFrameRegistry
struct	SPK_Descriptor
struct	SPK_State
struct	SPK_Type10_Constants
struct	SPK_Type10_Packet
struct	SPK_Type15_Data
struct	SPK_Type17_Data
struct	SPK_Type18_Packet_Sub0
struct	SPK_Type18_Packet_Sub1
struct	SPK_Type18_Trailer
struct	SPK_Type20_Record
struct	SPK_Type20_Trailer
struct	SPK_Type2_Record
struct	SPK_Type2_Trailer
struct	SPK_Type5_State
struct	SPK_Type5_Trailer
struct	SPK_Type8_Trailer
class	SPKParser
class	StackFrame
class	Star
class	StartupConfig
class	State
class	StateCalculation
class	StateCartesian
class	StateKeplerian
class	StateVector
class	StationaryOrbitDesigner
class	STKEphemerisFileParser
class	Stop
class	StopCondition
class	StreamScanner
class	StringScanner
class	StringViewBasic
class	Struct
class	Submarine
class	SunSynchronousOrbitDesigner
class	Symbol
class	SymbolScope
class	SymbolTable
class	TaggedRule
class	TAIScale
class	Target
class	TargeterGraph
class	TargeterGraphControlOptions
class	TargeterGraphResultOptions
class	TargeterProfile
class	TargeterSequence
class	TDBScale
class	ThirdBodyForce
class	Time
class	TimeInterval
class	TimePoint
class	TimeScale
class	TLE
class	TraitObject
class	Transform
class	Transmitter
class	TraverseSearchAnalyzer
class	TwoBody
class	TwoLineElement
class	UiBodyEphemerisDE
class	UiBodyEphemerisSPK
class	UiCelestialBody
class	UiDouble
class	UiDragForce
class	UiFilePath
class	UiGravityForce
class	UiHPOPForceModel
class	UiInteger
class	UiMainWindow
class	UiMotionProfile
class	UiMotionTwoBody
class	UiObject
class	UiODEVarStepIntegrator
class	UiOrbitWizard
class	UiPointMassForce
class	UiQuantity
class	UiSolarRadiationPressure
class	UiState
class	UiStateCartesian
class	UiStateKeplerian
class	UiThirdBodyForce
class	UiThirdBodyForceList
class	UiTimeInterval
class	UiTimePoint
class	UiValueEdit
class	UiWidget
class	UnaryScalarFunc
class	UnaryScalarGenericFunc
class	UnarySolver
class	UnaryVectorFunc
class	Unit
class	UnitConverter
class	UnitManager
class	UTCScale
class	ValArray
class	ValBool
class	ValDict
class	ValDouble
class	ValInt
class	ValNamedVector
class	ValNull
class	ValQuantity
class	ValRange
class	ValScalar
class	ValString
class	Value
class	ValueView
class	ValVector
class	Variable
class	VariableList
class	VBScriptExecutor
class	VectorN
class	VectorN< _Scalar, 3 >
class	VectorX
struct	VehiclePathData
class	Volumetric
struct	WasmClassInfo
struct	WasmObjectInfo
class	WasmRuntimeProtocol
class	WayPoint
class	WeakPtr
class	WorkingDirectory
class	XMLDocument
class	XMLDomSax
class	XMLNode
class	XMLParser
class	XMLSax
class	XmlSerializer
struct	XYSCache

类型定义
typedef std::string(*	FCallTool) (const JsonValue &arguments)
using	MessageVector = std::vector<ChatMessage>
using	DeepSeek = OpenAI
using	HAxesBodyFixed = SharedPtr<AxesBodyFixed>
using	PAxesBodyFixed = AxesBodyFixed*
using	PAxesBodyInertial = AxesBodyInertial*
using	HAxesBodyInertial = SharedPtr<AxesBodyInertial>
using	PAxesBodyMOD = AxesBodyMOD*
using	HAxesBodyMOD = SharedPtr<AxesBodyMOD>
using	PAxesBodyTOD = AxesBodyTOD*
using	HAxesBodyTOD = SharedPtr<AxesBodyTOD>
using	PAxesFrozen = AxesFrozen*
using	HAxesFrozen = SharedPtr<AxesFrozen>
using	PAxesFrozenAtEventTime = AxesFrozenAtEventTime*
using	HAxesFrozenAtEventTime = SharedPtr<AxesFrozenAtEventTime>
using	AxesB1950 = class AxesB1950Spice
using	HFrameAssembly = SharedPtr<FrameAssembly>
using	PFrameAssembly = FrameAssembly*
using	PFrameWithEpoch = FrameWithEpoch*
using	HFrameWithEpoch = SharedPtr<FrameWithEpoch>
typedef errc_t(*	NutationFunc) (const TimePoint &tp, double &dpsi, double &deps)
using	StringVector = std::vector<std::string>
using	GravityCalculatorDefault = GravityCalculator3
typedef int	Integer
typedef double	Real
using	GravityFieldLoaderContext = GravityFieldLoader
using	PAxes = Axes*
using	HAxes = SharedPtr<Axes>
using	HFrame = SharedPtr<Frame>
using	PFrame = Frame*
using	HScStateCalculation = SharedPtr<ScStateCalculation>
using	PEphemeris = Ephemeris*
using	HEphemeris = SharedPtr<Ephemeris>
using	Exit = Stop
using	PMissianCommand = MissionCommand*
using	HMissionCommand = SharedPtr<MissionCommand>
using	HTargeterProfile = SharedPtr<TargeterProfile>
using	PTargeterProfile = TargeterProfile*
using	ScState = SpacecraftState
using	PState = State*
using	HState = SharedPtr<State>
using	PStateCartesian = StateCartesian*
using	HStateCartesian = SharedPtr<StateCartesian>
using	PStateKeplerian = StateKeplerian*
using	HStateKeplerian = SharedPtr<StateKeplerian>
using	BlockAstro = FuncBlock
using	BlockAdd = BlockSum
typedef ptr_t	signal_t
typedef signal_t *	signalsignal_t
using	Body = CelestialBody
using	HCelestialBody = SharedPtr<CelestialBody>
using	HBody = HCelestialBody
using	PCelestialBody = CelestialBody*
using	PBody = PCelestialBody
using	PEventInterval = EventInterval*
using	HEventInterval = SharedPtr<EventInterval>
using	PEventIntervalExplicit = EventIntervalExplicit*
using	HEventIntervalExplicit = SharedPtr<EventIntervalExplicit>
using	PEventTime = EventTime*
using	HEventTime = SharedPtr<EventTime>
typedef QWidget *(*	FNewEditWidget) (Object *object)
typedef LowerMatrix< double >	LowerMatrixd
typedef std::array< double, 3 >	array3d
typedef std::array< double, 6 >	array6d
typedef Matrix< double >	MatrixXd
typedef MatrixMN< double, 3, 3 >	Matrix3d
typedef VectorX< double >	VectorXd
using	UnaryFunc = UnaryScalarFunc
using	ScalarFunc = UnaryScalarFunc
using	VectorFunc = UnaryVectorFunc
using	BrentSolver = BrentqSolver
typedef struct ast::SolverStats	SolverStats
using	UnaryScalarSolver = UnarySolver
using	ODE = OrdinaryDifferentialEquation
typedef Value *(*	OpBinFunc) (Value *left, Value *right)
typedef Value *(*	OpAssignFunc) (Expr *left, Expr *right)
typedef Value *(*	OpUnaryFunc) (Value *value)
typedef Value *(*	IterateFunc) (Value *value, int &index)
using	ValueMapType = OrderedMap<std::string, SharedPtr<Value>>
using	NamedValueVector = std::vector<std::pair<std::string, SharedPtr<Value>>>
typedef ValVector< bool >	ValVectorBool
typedef ValVector< int >	ValVectorInt
typedef ValVector< double >	ValVectorDouble
typedef ValVector< std::string >	ValVectorString
typedef ValVector< SharedPtr< Value > >	ValVectorAny
using	PMotionOrbitDynamics = MotionOrbitDynamics*
using	MotionBasic = MotionOrbitDynamics
using	PMotionGreatArc = MotionGreatArc*
using	HMotionGreatArc = SharedPtr<MotionGreatArc>
using	PMotionHPOP = MotionHPOP*
using	HMotionHPOP = SharedPtr<MotionHPOP>
using	PMotionJ2Analytical = MotionJ2Analytical*
using	PMotionJ4Analytical = MotionJ4Analytical*
using	PMotionProfile = MotionProfile*
using	PMotionTwoBody = MotionTwoBody*
using	SpiceInt = int
template<typename T >
using	Vector = std::vector<T>
using	HXMLNode = std::unique_ptr<XMLNode>
typedef std::string	String
typedef uint32_t	dimension_t
typedef enum ast::EDimension	AEDimension
typedef AttributeBasic< WeakPtr< Object >, Property >	Attribute
using	FPropertyGet = errc_t (*)(const void* obj, void* value)
using	FPropertySet = errc_t (*)(void* obj, const void* value)
using	FPropertyGetItemByString = errc_t (*)(const void* obj, StringView key, Object*& value)
using	FPropertyGetItemByIndex = errc_t (*)(const void* obj, size_t key, Object*& value)
using	Type = Class
using	ByString = strings_internal::ByString
using	ByChar = strings_internal::ByChar
using	ByAnyChar = strings_internal::ByAnyChar
using	ByLength = strings_internal::ByLength
using	ByRepeatedWhitespace = strings_internal::ByRepeatedWhitespace
using	ByRepeatedChar = strings_internal::ByRepeatedChar
using	AllowEmpty = strings_internal::AllowEmpty
using	SkipEmpty = strings_internal::SkipEmpty
using	SkipWhitespace = strings_internal::SkipWhitespace
typedef StringViewBasic< char >	StringView
typedef StringViewBasic< wchar_t >	WStringView
typedef StringViewBasic< char16_t >	U16StringView
typedef StringViewBasic< char32_t >	U32StringView
typedef uint32_t	color_t
typedef errc_t(*	DataDirFunc) (std::string &)
typedef std::array< AEP8Data, 4 >	AEP8DataArray

枚举
enum class	EChatRole { eUser , eAssistant , eSystem , eTool }
enum class	ENutationMethod { eIAU1980 = 0 , eJplDe = 1 , eUser = 2 }
enum	EInterpolationMethod { eUnknown =-1 , eLagrange , eOnePt }
enum	EDeDataCode {   eDeMercury = 0 , eDeVenus = 1 , eDeEMBaryCenter = 2 , eDeMars = 3 ,   eDeJupiter = 4 , eDeSaturn = 5 , eDeUranus = 6 , eDeNeptune = 7 ,   eDePluto = 8 , eDeMoon = 9 , eDeSun = 10 , eDeNutation = 11 ,   eDeLibration = 12 , eDeLunarAngVel = 13 , eDeTT_TDB = 14 }
enum class	EBodyAttractionType { eGravity , ePointMass , eUnknown }
enum class	EAtmDensityModel {   eNone , e1976Standard , eHarrisPriester , eJacchia60 ,   eJacchia70 , eJacchia71 , eJacchiaRoberts , eMSIS1986 ,   eMSISE1990 , eNRLMSISE2000 , eCIRA72 , eDTM2012 }
enum class	EGeoMagFluxSource { eKp , eAp }
enum class	EGeoMagFluxUpdateRate { eDaily , e3Hourly , e3HourlyInterp , e3HourlyCubicSpline }
enum class	ESunPosition { eTrue , eApparentSunToTrueCB , eApparent }
enum class	EGMSource { EGMSource::eBodyGravity , EGMSource::eJplDE , EGMSource::eSpecifiedValue }
enum class	ESolidTideType { eFull , ePermanentOnly , eNone }
enum class	EShadowModel { eNone , eCylindrical , eDualCone }
enum class	EEphemerisSource { eBodyEphemeris , eJplDE , eJplSpice }
enum class	EFOVType {   eSimpleCone , eConical , eHalfPower , eRectangular ,   eSAR , eCustom }
enum class	EDifferenceOrderToUse { eCurrentMinusInitial , eInitialMinusCurrent }
enum class	EFiniteDifferenceMethod { eForwardDifference , eCentralDifference , eBackwardDifference }
enum class	ERootFindingAlgorithm { eSecantMethod }
enum class	EConvergenceCriteria { eEqualityConstraintsWithinTolerance }
enum class	EScaleControls { eByInitialValue }
enum class	EScaleGoals { eByDesiredValue }
enum class	EStateType { eCartesian , eKeplerian , eUnknown }
enum class	ESizeType {   eSMA , eApoAlt , eApoRad , ePeriAlt ,   ePeriRad , ePeriod , eMeanMotion }
enum class	EShapeType {   eEcc , eApoAlt , eApoRad , ePeriAlt ,   ePeriRad }
enum class	EOrientationType { eRAAN , eLAN }
enum class	EPositionType {   eTrueAnomaly , eMeanAnomaly , eEccAnomaly , eArgLat ,   eTimePastPeri , eTimePastAscNode , eTimeOfPeriPassage , eTimeOfAscNodePassage }
enum class	ELogicalOperatorType { eAnd , eOr , eNot , eXor }
enum class	ERelationalOperatorType {   eEqual , eNotEqual , eGreaterThan , eLessThan ,   eGreaterOrEqual , eLessOrEqual }
enum	ER { eA }
enum	ESpiceId {   eSolarSystemBarycenter = 0 , eMercuryBarycenter = 1 , eVenusBarycenter = 2 , eEarthBarycenter = 3 ,   eMarsBarycenter = 4 , eJupiterBarycenter = 5 , eSaturnBarycenter = 6 , eUranusBarycenter = 7 ,   eNeptuneBarycenter = 8 , ePlutoBarycenter = 9 , eSun = 10 , eMercury = 199 ,   eVenus = 299 , eEarth = 399 , eMoon = 301 , eMars = 499 ,   ePhobos = 401 , eDeimos = 402 , eJupiter = 599 , eIo = 501 ,   eEuropa = 502 , eGanymede = 503 , eCallisto = 504 , eAmalthea = 505 ,   eHimalia = 506 , eElara = 507 , ePasiphae = 508 , eSinope = 509 ,   eLysithea = 510 , eCarme = 511 , eAnanke = 512 , eLeda = 513 ,   eThebe = 514 , eAdrastea = 515 , eMetis = 516 , eSaturn = 699 ,   eMimas = 601 , eEnceladus = 602 , eTethys = 603 , eDione = 604 ,   eRhea = 605 , eTitan = 606 , eHyperion = 607 , eIapetus = 608 ,   ePhoebe = 609 , eJanus = 610 , eEpimetheus = 611 , eHelene = 612 ,   eTelesto = 613 , eCalypso = 614 , eAtlas = 615 , ePrometheus = 616 ,   ePandora = 617 , ePan = 618 , eMethone = 632 , ePallene = 633 ,   ePolydeuces = 634 , eDaphnis = 635 , eAnthe = 649 , eAegaeon = 653 ,   eUranus = 799 , eAriel = 701 , eUmbriel = 702 , eTitania = 703 ,   eOberon = 704 , eMiranda = 705 , eCordelia = 706 , eOphelia = 707 ,   eBianca = 708 , eCressida = 709 , eDesdemona = 710 , eJuliet = 711 ,   ePortia = 712 , eRosalind = 713 , eBelinda = 714 , ePuck = 715 ,   eNeptune = 899 , eTriton = 801 , eNereid = 802 , eNaiad = 803 ,   eThalassa = 804 , eDespina = 805 , eGalatea = 806 , eLarissa = 807 ,   eProteus = 808 , ePluto = 999 , eCharon = 901 }
enum	EODEAction { eContinue = 0 , eStop = 1 }
enum	EOpBinType {   eAdd , eSub , eMul , eDiv ,   ePow , eMod , eAnd , eOr ,   eBitOr , eBitAnd , eBitXor , eBitLeftShift ,   eBitRightShift , eBitURightShift , eElemMul , eElemDiv ,   eElemPow , eElemMod , eElemAnd , eElemOr ,   eLt , eLe , eEq , eGt ,   eGe , eNe , numOpBinType , invalidOpBin =numOpBinType ,   eCatVertical , eCatHorizontal }
enum	EOpAssignType {   eAssign , eDelayAssign , eBindAssign , eAddAssign ,   eSubAssign , eMulAssign , eDivAssign , eModAssign ,   ePowAssign , eElemMulAssign , eElemDivAssign , eElemModAssign ,   eElemPowAssign , eElemAndAssign , eElemOrAssign , numOpAssignType }
enum	EOpUnaryType {   eNot , eNeg , eInc , eDec ,   eBitNot , numOpUnaryType , eIterate }
enum	{ eIterBegin =0 }
enum class	EScriptLanguage {   ePython , eMATLAB , eJavaScript , eJScript ,   eVBScript , eJulia , eLua , eAstScript }
enum class	EEphemerisType { eSTKEphemeris , eSTKBinaryEphemeris , eCCSDSEphemeris , eITCEphemeris }
enum class	ETLESource { eFile , eEdited , eServer }
enum class	ESwitchMethod { eEpoch }
enum class	ENetworkImplType { eDefault , eWinHTTP , eWinINet , eCurlCmd }
enum class	ENetworkRequestMethod {   eGet , eHead , ePost , ePut ,   eDelete , eOptions , eTrace , eConnect ,   ePatch , eUnknown =-1 }
enum class	EJsonValueType {   EJsonValueType::eNull , EJsonValueType::eBool , EJsonValueType::eNumber , EJsonValueType::eString ,   EJsonValueType::eArray , EJsonValueType::eObject }
enum	{ kDefaultFormatDoubleEps = -1 }
enum class	EXMLNodeType {   eElement , eText , eComment , eCDATA ,   eDocType }
enum	EEndian { eLittleEndian , eBigEndian }
enum	{   kIdxMass , kIdxLength , kIdxAngle , kIdxTime ,   kIdxTemperature , kIdxCurrent , kIdxAmount , kIdxLuminous }
enum class	EDimension : dimension_t {   eUnit = dimensions::kUnit , eLength = dimensions::kLength , eMass = dimensions::kMass , eTime = dimensions::kTime ,   eCurrent = dimensions::kCurrent , eTemperature = dimensions::kTemperature , eAmount = dimensions::kAmount , eLuminous = dimensions::kLuminous ,   eAngle = dimensions::kAngle , eAngVel = dimensions::kAngVel , eAngularVelocity = dimensions::kAngularVelocity , eArea = dimensions::kArea ,   eVolume = dimensions::kVolume , eSpeed = dimensions::kSpeed , eAcceleration = dimensions::kAcceleration , eForce = dimensions::kForce ,   ePressure = dimensions::kPressure , eEnergy = dimensions::kEnergy , ePower = dimensions::kPower , eFrequency = dimensions::kFrequency }
enum	{ INVALID_ID = -1 }
enum class	EValueType {   EValueType::eBool , EValueType::eInt , EValueType::eDouble , EValueType::eQuantity ,   EValueType::eString , EValueType::eObject , EValueType::eTimePoint , EValueType::eInvalid }
enum class	ESerializationFormat {   eJson , eXml , eCpp , eJava ,   ePython }
enum	EColor : color_t {   eBlack = rgb(0, 0, 0) , eSilver = rgb(192, 192, 192) , eGray = rgb(128, 128, 128) , eWhite = rgb(255, 255, 255) ,   eMaroon = rgb(128, 0, 0) , eRed = rgb(255, 0, 0) , ePurple = rgb(128, 0, 128) , eFuchsia = rgb(255, 0, 255) ,   eGreen = rgb(0, 128, 0) , eLime = rgb(0, 255, 0) , eOlive = rgb(128, 128, 0) , eYellow = rgb(255, 255, 0) ,   eNavy = rgb(0, 0, 128) , eBlue = rgb(0, 0, 255) , eTeal = rgb(0, 128, 128) , eAqua = rgb(0, 255, 255) ,   eTransparent = rgba(0, 0, 0, 0) , eAquaMarine = rgb(127, 255, 212) , eAliceBlue = rgb(240, 248, 255) , eAntiqueWhite = rgb(250, 235, 215) ,   eAzure = rgb(240, 255, 255) , eBeige = rgb(245, 245, 220) , eBisque = rgb(255, 228, 196) , eBlanchedAlmond = rgb(255, 235, 205) ,   eBlueViolet = rgb(138, 43, 226) , eBrown = rgb(165, 42, 42) , eBurlyWood = rgb(222, 184, 135) , eCadetBlue = rgb(95, 158, 160) ,   eChartreuse = rgb(127, 255, 0) , eChocolate = rgb(210, 105, 30) , eCoral = rgb(255, 127, 80) , eCornflowerBlue = rgb(100, 149, 237) ,   eCornsilk = rgb(255, 248, 220) , eCrimson = rgb(220, 20, 60) , eCyan = eAqua , eDarkBlue = rgb(0, 0, 139) ,   eDarkCyan = rgb(0, 139, 139) , eDarkGoldenRod = rgb(184, 134, 11) , eDarkGray = rgb(169, 169, 169) , eDarkGreen = rgb(0, 100, 0) ,   eDarkGrey = rgb(169, 169, 169) , eDarkKhaki = rgb(189, 183, 107) , eDarkMagenta = rgb(139, 0, 139) , eDarkOliveGreen = rgb(85, 107, 47) ,   eDarkOrange = rgb(255, 140, 0) , eDarkOrchid = rgb(153, 50, 204) , eDarkRed = rgb(139, 0, 0) , eDarkSalmon = rgb(233, 150, 122) ,   eDarkSeaGreen = rgb(143, 188, 143) , eDarkSlateBlue = rgb(72, 61, 139) , eDarkSlateGray = rgb(47, 79, 79) , eDarkSlateGrey = rgb(47, 79, 79) ,   eDarkTurquoise = rgb(0, 206, 209) , eDarkViolet = rgb(148, 0, 211) , eDeepPink = rgb(255, 20, 147) , eDeepSkyBlue = rgb(0, 191, 255) ,   eDimGray = rgb(105, 105, 105) , eDimGrey = rgb(105, 105, 105) , eDodgerBlue = rgb(30, 144, 255) , eFireBrick = rgb(178, 34, 34) ,   eFloralWhite = rgb(255, 250, 240) , eForestGreen = rgb(34, 139, 34) , eGainsboro = rgb(220, 220, 220) , eGhostWhite = rgb(248, 248, 255) ,   eGold = rgb(255, 215, 0) , eGoldenRod = rgb(218, 165, 32) , eGreenYellow = rgb(173, 255, 47) , eGrey = rgb(128, 128, 128) ,   eHoneydew = rgb(240, 255, 240) , eHotPink = rgb(255, 105, 180) , eIndianRed = rgb(205, 92, 92) , eIndigo = rgb(75, 0, 130) ,   eIvory = rgb(255, 255, 240) , eKhaki = rgb(240, 230, 140) , eLavender = rgb(230, 230, 250) , eLavenderBlush = rgb(255, 240, 245) ,   eLawnGreen = rgb(124, 252, 0) , eLemonChiffon = rgb(255, 250, 205) , eLightBlue = rgb(173, 216, 230) , eLightCoral = rgb(240, 128, 128) ,   eLightCyan = rgb(224, 255, 255) , eLightGoldenRodYellow = rgb(250, 250, 210) , eLightGray = rgb(211, 211, 211) , eLightGreen = rgb(144, 238, 144) ,   eLightGrey = rgb(211, 211, 211) , eLightPink = rgb(255, 182, 193) , eLightSalmon = rgb(255, 160, 122) , eLightSeaGreen = rgb(32, 178, 170) ,   eLightSkyBlue = rgb(135, 206, 250) , eLightSlateGray = rgb(119, 136, 153) , eLightSlateGrey = rgb(119, 136, 153) , eLightSteelBlue = rgb(176, 196, 222) ,   eLightYellow = rgb(255, 255, 224) , eLimeGreen = rgb(50, 205, 50) , eLinen = rgb(250, 240, 230) , eMagenta = eFuchsia ,   eMediumAquaMarine = rgb(102, 205, 170) , eMediumBlue = rgb(0, 0, 205) , eMediumOrchid = rgb(186, 85, 211) , eMediumPurple = rgb(147, 112, 219) ,   eMediumSeaGreen = rgb(60, 179, 113) , eMediumSlateBlue = rgb(123, 104, 238) , eMediumSpringGreen = rgb(0, 250, 154) , eMediumTurquoise = rgb(72, 209, 204) ,   eMediumVioletRed = rgb(199, 21, 133) , eMidnightBlue = rgb(25, 25, 112) , eMintCream = rgb(245, 255, 250) , eMistyRose = rgb(255, 228, 225) ,   eMoccasin = rgb(255, 228, 181) , eNavajoWhite = rgb(255, 222, 173) , eOldLace = rgb(253, 245, 230) , eOliveDrab = rgb(107, 142, 35) ,   eOrange = rgb(255, 165, 0) , eOrangeRed = rgb(255, 69, 0) , eOrchid = rgb(218, 112, 214) , ePaleGoldenRod = rgb(238, 232, 170) ,   ePaleGreen = rgb(152, 251, 152) , ePaleTurquoise = rgb(175, 238, 238) , ePaleVioletRed = rgb(219, 112, 147) , ePapayaWhip = rgb(255, 239, 213) ,   ePeachPuff = rgb(255, 218, 185) , ePeru = rgb(205, 133, 63) , ePink = rgb(255, 192, 203) , ePlum = rgb(221, 160, 221) ,   ePowderBlue = rgb(176, 224, 230) , eRebeccaPurple = rgb(102, 51, 153) , eRosyBrown = rgb(188, 143, 143) , eRoyalBlue = rgb(65, 105, 225) ,   eSaddleBrown = rgb(139, 69, 19) , eSalmon = rgb(250, 128, 114) , eSandyBrown = rgb(244, 164, 96) , eSeaGreen = rgb(46, 139, 87) ,   eSeaShell = rgb(255, 245, 238) , eSienna = rgb(160, 82, 45) , eSkyBlue = rgb(135, 206, 235) , eSlateBlue = rgb(106, 90, 205) ,   eSlateGray = rgb(112, 128, 144) , eSlateGrey = rgb(112, 128, 144) , eSnow = rgb(255, 250, 250) , eSpringGreen = rgb(0, 255, 127) ,   eSteelBlue = rgb(70, 130, 180) , eTan = rgb(210, 180, 140) , eThistle = rgb(216, 191, 216) , eTomato = rgb(255, 99, 71) ,   eTurquoise = rgb(64, 224, 208) , eViolet = rgb(238, 130, 238) , eWheat = rgb(245, 222, 179) , eWhiteSmoke = rgb(245, 245, 245) ,   eYellowGreen = rgb(154, 205, 50) }
enum class	ELogLevel {   ELogLevel::eDebug , ELogLevel::eInfo , ELogLevel::eWarning , ELogLevel::eError ,   ELogLevel::eCritical , ELogLevel::eFatal }

函数
void	aInitAgentTools (ChatTools &tools)
void	aInitAgentSession (ChatSession &session)
const char *	aAgentSystemPrompt ()
AST_AI_API ChatTools &	aAgentTools ()
AST_AI_API JsonValue	aAgentToolsJson ()
AST_AI_API std::string	aAgentToolsJsonStr ()
AST_AI_API std::string	aAgentToolsHandleToolCall (const JsonValue &toolCall)
AST_AI_API std::string	aAgentToolsHandleToolCall (const std::string &toolCallStr)
AST_AI_API JsonValue	aObjectToBriefJson (Object *obj)
AST_AI_API JsonValue	aObjectToJson (Object *object, int maxDepth=20)
AST_AI_API JsonValue	aClassJsonSchema (Class *cls, int maxDepth=20)
JsonValue	aFindClassesParamSchema ()
std::string	aFindClasses (const JsonValue &arguments)
JsonValue	aCreateObjectParamSchema ()
std::string	aCreateObject (const JsonValue &arguments)
JsonValue	aFindObjectsParamSchema ()
std::string	aFindObjects (const JsonValue &arguments)
JsonValue	aGetObjectAttributesParamSchema ()
std::string	aGetObjectAttributes (const JsonValue &arguments)
JsonValue	aSetObjectAttributeParamSchema ()
std::string	aSetObjectAttribute (const JsonValue &arguments)
JsonValue	aShowEditDialogParamSchema ()
std::string	aShowEditDialog (const JsonValue &arguments)
ChatSession &	aChatSession ()
std::string	aChat (StringView message)
errc_t	aChat (StringView message, std::string &response)
void	aChatClearMessages ()
void	aChatClearAllMessages ()
std::string	toString (EChatRole role)
void	aCalcInit ()
errc_t	aExecuteCommand (StringView cmd)
errc_t	aExecuteCommand (StringView cmd, CommandResult &result)
template<typename F , uint64_t Tag, int N>
std::shared_ptr< CommandHandler >	makeCommandHandler (F handler, std::integral_constant< uint64_t, Tag >, std::integral_constant< int, N >)
MotionOrbitDynamics *	aNewPropagator (StringView propagator)
Frame *	aResolveFrame (CelestialBody *body, StringView coordSys)
void	aCommandInitMover (CommandDispatcher &dispatcher)
void	aCommandInitBasic (CommandDispatcher &dispatcher)
void	aCommandInitAstrogatorComp (CommandDispatcher &dispatcher)
void	aCommandDispatcherInit (CommandDispatcher &dispatcher)
StringView	getNextToken (StringView &text)
IDispatch *	aComObjectRoot ()
IObject *	aComGetObject (Object *obj)
HAxes	aMakeEpochAxes (Axes *sourceAxes, const TimePoint &tp, Axes *referenceAxes)
HAxes	aMakeEpochAxes (Axes *sourceAxes, EventTime *time, Axes *referenceAxes)
A_ALWAYS_INLINE Axes *	aAxesICRF ()
A_ALWAYS_INLINE Axes *	aAxesRoot ()
Axes *	aGetAxes (StringView name)
A_ALWAYS_INLINE Axes *	aAxesECI ()
void	aECIToECFTransform (const TimePoint &tp, Rotation &rotation)
void	aECIToECFTransform (const TimePoint &tp, KinematicRotation &rotation)
void	aECIToECFMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aECIToECF (const TimePoint &tp, const Vector3d &vecECI, Vector3d &vecECF)
void	aECIToECF (const TimePoint &tp, const Vector3d &vecECI, const Vector3d &velECI, Vector3d &vecECF, Vector3d &velECF)
void	aJ2000ToECFTransform (const TimePoint &tp, Rotation &rotation)
void	aJ2000ToECFTransform (const TimePoint &tp, KinematicRotation &rotation)
void	aJ2000ToECFMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aJ2000ToECF (const TimePoint &tp, const Vector3d &vecJ2000, Vector3d &vecECF)
void	aJ2000ToECF (const TimePoint &tp, const Vector3d &vecJ2000, const Vector3d &velJ2000, Vector3d &vecECF, Vector3d &velECF)
void	aECFToJ2000Transform (const TimePoint &tp, Rotation &rotation)
void	aECFToJ2000Transform (const TimePoint &tp, KinematicRotation &rotation)
void	aECFToJ2000Matrix (const TimePoint &tp, Matrix3d &matrix)
void	aECFToJ2000 (const TimePoint &tp, const Vector3d &vecECF, Vector3d &vecJ2000)
void	aECFToJ2000 (const TimePoint &tp, const Vector3d &vecECF, const Vector3d &velECF, Vector3d &vecJ2000, Vector3d &velJ2000)
void	aJ2000ToMODTransform (const TimePoint &tp, Rotation &rotation)
void	aJ2000ToMODMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aJ2000ToMOD (const TimePoint &tp, const Vector3d &vecJ2000, Vector3d &vecMOD)
void	aMODToTODTransform (const TimePoint &tp, Rotation &rotation)
void	aMODToTODMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aMODToTOD (const TimePoint &tp, const Vector3d &vecMOD, Vector3d &vecTOD)
void	aTODToGTODTransform (const TimePoint &tp, Rotation &rotation)
void	aTODToGTODTransform (const TimePoint &tp, KinematicRotation &rotation)
void	aTODToGTODMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aTODToGTOD (const TimePoint &tp, const Vector3d &vecTOD, Vector3d &vecGTOD)
void	aTODToGTOD (const TimePoint &tp, const Vector3d &vecTOD, const Vector3d &velTOD, Vector3d &vecGTOC, Vector3d &velGTOC)
void	aGTODToECFTransform (const TimePoint &tp, Rotation &rotation)
A_ALWAYS_INLINE double	poleMotionS (const TimePoint &tp)
void	aGTODToECFMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aGTODToECF (const TimePoint &tp, const Vector3d &vecGTOD, Vector3d &vecECF)
void	aICRFToECFTransform (const TimePoint &tp, Rotation &rotation)
void	aICRFToECFTransform (const TimePoint &tp, KinematicRotation &rotation)
void	aICRFToECFMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aICRFToECF (const TimePoint &tp, const Vector3d &vecICRF, Vector3d &vecECF)
void	aECFToICRF (const TimePoint &tp, const Vector3d &vecECF, Vector3d &vecICRF)
void	aICRFToECF (const TimePoint &tp, const Vector3d &vecICRF, const Vector3d &velICRF, Vector3d &vecECF, Vector3d &velECF)
void	aICRFToCIRFTransform (const TimePoint &tp, Rotation &rotation)
void	aICRFToCIRFMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aICRFToCIRF (const TimePoint &tp, const Vector3d &vecICRF, Vector3d &vecCIRF)
void	aCIRFToTIRFTransform (const TimePoint &tp, Rotation &rotation)
void	aCIRFToTIRFTransform (const TimePoint &tp, KinematicRotation &rotation)
void	aCIRFToTIRFMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aCIRFToTIRF (const TimePoint &tp, const Vector3d &vecCIRF, Vector3d &vecTIRF)
void	aCIRFToTIRF (const TimePoint &tp, const Vector3d &vecCIRF, const Vector3d &velCIRF, Vector3d &vecTIRF, Vector3d &velTIRF)
void	aTIRFToECFTransform (const TimePoint &tp, Rotation &rotation)
void	aTIRFToECFMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aTIRFToECF (const TimePoint &tp, const Vector3d &vecTIRF, Vector3d &vecECF)
void	aICRFToJ2000Transform (const TimePoint &tp, Rotation &rotation)
void	aICRFToJ2000Transform (const TimePoint &tp, KinematicRotation &rotation)
void	aICRFToJ2000Matrix (const TimePoint &tp, Matrix3d &matrix)
void	aICRFToJ2000 (const TimePoint &tp, const Vector3d &vecICRF, Vector3d &vecJ2000)
void	aICRFToJ2000 (const TimePoint &tp, const Vector3d &vecICRF, const Vector3d &velICRF, Vector3d &vecJ2000, Vector3d &velJ2000)
void	aJ2000ToICRFTransform (const TimePoint &tp, Rotation &rotation)
void	aJ2000ToICRFTransform (const TimePoint &tp, KinematicRotation &rotation)
void	aJ2000ToICRFMatrix (const TimePoint &tp, Matrix3d &matrix)
void	aJ2000ToICRF (const TimePoint &tp, const Vector3d &vecJ2000, Vector3d &vecICRF)
void	aJ2000ToICRF (const TimePoint &tp, const Vector3d &vecJ2000, const Vector3d &velJ2000, Vector3d &vecICRF, Vector3d &velICRF)
A_ALWAYS_INLINE void	aICRFToECFMatrix (const TimePoint &tp, double matrix[3][3])
Frame *	aFrameECI ()
Frame *	aFrameEarthICRF ()
Frame *	aFrameEarthJ2000 ()
Frame *	aFrameECF ()
A_ALWAYS_INLINE Frame *	aFrameICRF ()
A_ALWAYS_INLINE Frame *	aFrameRoot ()
void	aFundamentalArguments_IERS2010 (double t, FundamentalArguments &fundargs)
void	aFundamentalArguments_IERS2003 (double t, FundamentalArguments &fundargs)
void	aFundamentalArgumentsNormalizeAngle0To2Pi (FundamentalArguments &fundargs)
double	aIAUResolutionC7 (double om)
void	aPrecession_IAU1976 (double t, double &zeta, double &z, double &theta)
double	aMeanObliquity_IAU1980 (double t)
void	aNutation_IERS1996 (double t, double &dpsi, double &deps, double *eqecorr)
void	aNutation_IERS1996_Cache (double t, double &dpsi, double &deps, double *eqecorr)
errc_t	aNutationMethodSet (ENutationMethod method)
ENutationMethod	aNutationMethodGet ()
double	aGMST_IAU1982 (const TimePoint &tp)
double	aGMST_UT1_IAU1982 (const JulianDate &jdUT1)
double	aGAST_IAU1994 (const TimePoint &tp)
double	aEquationOfEquinoxes_IAU1994 (double t)
double	aEarthRotationAngle_IAU2000 (const TimePoint &tp)
double	aEarthRotationAngleUT1_IAU2000 (const JulianDate &jdUT1)
A_ALWAYS_INLINE void	aNutation_IAU1980 (double t, double &dpsi, double &deps)
A_ALWAYS_INLINE void	aNutation_IAU1980_Cache (double t, double &dpsi, double &deps)
A_ALWAYS_INLINE void	aPrecession_IAU1976 (const TimePoint &tp, double &zeta, double &z, double &theta)
A_ALWAYS_INLINE double	aMeanObliquity_IAU1980 (const TimePoint &tp)
A_ALWAYS_INLINE void	aNutation_IAU1980 (const TimePoint &tp, double &dpsi, double &deps)
void	aNutationFuncSet (NutationFunc func)
A_ALWAYS_INLINE double	aEquationOfEquinoxes_IAU1994 (const TimePoint &tp)
void	aJ2000ToB1950Transform_Vallado (Rotation &rotation)
void	aJ2000ToB1950Transform_SPICE (Rotation &rotation)
void	aB1950ToFK4Transform (Rotation &rotation)
void	aB1950ToDE118Transform (Rotation &rotation)
void	aB1950ToDE96Transform (Rotation &rotation)
void	aB1950ToDE102Transform (Rotation &rotation)
void	aB1950ToDE108Transform (Rotation &rotation)
void	aB1950ToDE111Transform (Rotation &rotation)
void	aB1950ToDE114Transform (Rotation &rotation)
void	aB1950ToDE122Transform (Rotation &rotation)
void	aB1950ToDE125Transform (Rotation &rotation)
void	aB1950ToDE130Transform (Rotation &rotation)
void	aFK4ToGalacticTransform (Rotation &rotation)
void	aJ2000ToDE200Transform (Rotation &rotation)
void	aJ2000ToDE202Transform (Rotation &rotation)
void	aJ2000ToMarsIAUTransform (Rotation &rotation)
void	aJ2000ToEclipJ2000Transform (Rotation &rotation)
void	aB1950ToEclipB1950Transform (Rotation &rotation)
void	aJ2000ToDE140Transform (Rotation &rotation)
void	aJ2000ToDE142Transform (Rotation &rotation)
void	aJ2000ToDE143Transform (Rotation &rotation)
errc_t	aFrameToVVLHMatrix (const Vector3d &posInFrame, const Vector3d &velInFrame, Matrix3d &matrix)
errc_t	aVVLHToFrameMatrix (const Vector3d &posInFrame, const Vector3d &velInFrame, Matrix3d &matrix)
errc_t	aFrameToLVLHMatrix (const Vector3d &posInFrame, const Vector3d &velInFrame, Matrix3d &matrix)
errc_t	aLVLHToFrameMatrix (const Vector3d &posInFrame, const Vector3d &velInFrame, Matrix3d &matrix)
errc_t	aFrameToVNCMatrix (const Vector3d &posInFrame, const Vector3d &velInFrame, Matrix3d &matrix)
errc_t	aFrameToVNCTransform (const Vector3d &posInFrame, const Vector3d &velInFrame, Rotation &rotation)
errc_t	aVNCToFrameMatrix (const Vector3d &posInFrame, const Vector3d &velInFrame, Matrix3d &matrix)
errc_t	aVNCToFrameTransform (const Vector3d &posInFrame, const Vector3d &velInFrame, Rotation &rotation)
errc_t	aEarthICRFToMoonICRF (const TimePoint &tp, const Vector3d &posInEarthICRF, Vector3d &posInMoonICRF)
errc_t	aEarthICRFToMoonICRF (const TimePoint &tp, const Vector3d &posInEarthICRF, const Vector3d &velInEarthICRF, Vector3d &posInMoonICRF, Vector3d &velInMoonICRF)
errc_t	aICRFToMoonPrincipalAxesTransform (const TimePoint &tp, Rotation &rotation)
errc_t	aMoonPAToMeanEarthTransform (Rotation &rotation)
void	aMoonPA430ToMeanEarthTransform (Rotation &rotation)
void	aMoonPA421ToMeanEarthTransform (Rotation &rotation)
void	aMoonPA418ToMeanEarthTransform (Rotation &rotation)
void	aMoonPA403ToMeanEarthTransform (Rotation &rotation)
errc_t	aICRFToMoonMeanEarthTransform_DE (const TimePoint &tp, Rotation &rotation)
errc_t	aICRFToMoonMeanEarthTransform (const TimePoint &tp, Rotation &rotation)
AST_CORE_CAPI errc_t	aMercuryPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aVenusPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aEarthPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aMarsPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aJupiterPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aSaturnPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aUranusPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aNeptunePosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aPlutoPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aMoonPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aSunPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aEMBarycenterPosInICRF (const TimePoint &tp, Vector3d &pos)
AST_CORE_CAPI errc_t	aMercuryPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aVenusPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aEarthPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aMarsPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aJupiterPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aSaturnPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aUranusPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aNeptunePosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aPlutoPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aMoonPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aSunPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
AST_CORE_CAPI errc_t	aEMBarycenterPosVelInICRF (const TimePoint &tp, Vector3d &pos, Vector3d &vel)
A_ALWAYS_INLINE Point *	aPointRoot ()
A_ALWAYS_INLINE Point *	aPointSSBarycenter ()
GlobalContext *	aGlobalContext_Get ()
IAUXYS *	aGlobalContext_GetIAUXYS ()
std::string	aGetDefaultSPKDir ()
errc_t	aInitializeByDefault (DataContext *context)
errc_t	aInitializeByConfig (DataContext *context, const InitalizeConfig &config)
fs::path	aRelPathToAbs (const fs::path &relpath, const fs::path &basedir)
errc_t	aInitializeByConfig (DataContext *context)
errc_t	aInitializeByConfig (StringView configfile)
errc_t	aInitializeConfig (DataContext *context)
errc_t	aInitialize (DataContext *context)
errc_t	aInitialize ()
errc_t	aUninitialize ()
std::string	aDataDirGet ()
errc_t	aDataDirGet (std::string &datadir)
errc_t	aDataDirSet (StringView dirpath)
DataContext *	aDataContext_GetDefault ()
DataContext *	aDataContext_GetCurrent ()
DataContext *	aDataContext_EnsureCurrent ()
void	aDataContext_SetCurrent (DataContext *context)
EOP *	aDataContext_GetEOP ()
SolarSystem *	aDataContext_GetSolarSystem ()
IAUXYSPrecomputed *	aDataContext_GetIAUXYSPrecomputed ()
StartupConfig *	aDataContext_GetConfig ()
DataContext *	aDataContext_New ()
double	aLeapSecondUTC (double jdUTC)
double	aLeapSecondUTCMJD (double mjdUTC)
errc_t	aJplDeGetPosVelICRF (const TimePoint &time, int target, int referenceBody, Vector3d &pos, Vector3d &vel)
errc_t	aJplDeGetPosICRF (const TimePoint &time, int target, int referenceBody, Vector3d &pos)
errc_t	aJplDeGetNutation (const TimePoint &time, double &dpsi, double &deps)
errc_t	aJplDeGetLibration (const TimePoint &time, Vector3d &ang)
errc_t	aJplDeGetLibration (const TimePoint &time, Euler &ang)
int	aJplDeNum ()
errc_t	aJplDeGetInterval (TimeInterval &interval)
errc_t	aJplDeOpen (const char *filepath)
void	aJplDeClose ()
double	aUT1MinusUTC_UTC (const JulianDate &jdUTC)
void	aPoleMotion (const TimePoint &tp, double &x, double &y)
void	aPoleMotionUTC (const JulianDate &jdUTC, double &x, double &y)
double	aLOD (const TimePoint &tp)
void	aTheoreticalXYS_IERS2010 (double t, array3d &xys)
void	aTheoreticalXYS_IERS2010_Cache (double t, array3d &xys)
void	aTheoreticalXYS_IERS2010 (const TimePoint &tp, array3d &xys)
void	aTheoreticalXYS_IERS2010_TT (const JulianDate &jdTT, array3d &xys)
errc_t	aTheoreticalXYS_IERS2010Precomputed (const TimePoint &tp, array3d &xys)
void	aTheoreticalXYS (const TimePoint &tp, array3d &xys)
void	aXYCorrection (const TimePoint &tp, array2d &xyCorrection)
void	aXYS_IERS2010 (const TimePoint &tp, array3d &xys)
void	aXYS (const TimePoint &tp, array3d &xys)
SolarSystem *	aGetSolarSystem ()
CelestialBody *	aGetBody (StringView name)
CelestialBody *	aGetDefaultBody ()
CelestialBody *	aGetMercury ()
CelestialBody *	aGetVenus ()
CelestialBody *	aGetEarth ()
CelestialBody *	aGetMars ()
CelestialBody *	aGetJupiter ()
CelestialBody *	aGetSaturn ()
CelestialBody *	aGetUranus ()
CelestialBody *	aGetNeptune ()
CelestialBody *	aGetPluto ()
CelestialBody *	aGetMoon ()
CelestialBody *	aGetSun ()
CelestialBody *	aGetSSBarycenter ()
CelestialBody *	aGetEMBarycenter ()
errc_t	aSpiceGetPosICRF (const TimePoint &time, int target, int referenceBody, Vector3d &pos)
errc_t	aSpiceGetPosVelICRF (const TimePoint &time, int target, int referenceBody, Vector3d &pos, Vector3d &vel)
ValueView	aGetConfigValue (StringView key)
std::vector< std::string >	aGetConfigStringVector (StringView key)
std::vector< StringView >	aGetConfigStringViewVector (StringView key)
A_ALWAYS_INLINE void	aPoleMotion (const TimePoint &tp, PoleMotion &pm)
double	aTimePointToEpochSecond (const TimePoint &tp)
void	aEpochSecondToTimePoint (double epochSecond, TimePoint &tp)
void	aSetEpoch (const TimePoint &tp)
void	aGetEpoch (TimePoint &tp)
AST_CORE_CAPI errc_t	aSpiceGetInterval (StringView filepath, int target, TimeInterval &interval)
errc_t	aLoadSTKEphemeris (StringView filepath, HEphemeris &ephemeris)
errc_t	aLoadSTKEphemeris (BKVParser &parser, ScopedPtr< Ephemeris > &ephemeris)
errc_t	aLoadSTKEphemeris (BKVParser &parser, HEphemeris &ephemeris)
errc_t	aSpiceGetBodyIds (StringView filepath, std::vector< int > &ids)
errc_t	aSpiceGetBodyNames (StringView filepath, std::vector< std::string > &names)
errc_t	loadSpaceWeather (BKVParser &parser, int numPoints, std::vector< SpaceWeather::Entry > &data)
int	funcarray_loadedfunc (const SpiceAPI::funcarray &funcs)
bool	funcarray_isfull (const SpiceAPI::funcarray &funcs)
void	createCosSinArrays (double cosLambda, double sinLambda, int maxOrder, std::vector< double > &cosML, std::vector< double > &sinML)
void	aGravityFieldNormalize (GravityField &gf)
void	aGravityFieldUnnormalize (GravityField &gf)
A_ALWAYS_INLINE void	gfNormalize (int n, int m, double &value)
A_ALWAYS_INLINE void	gfNormalize (int n, int m, double &value1, double &value2)
A_ALWAYS_INLINE void	gfUnnormalize (int n, int m, double &value)
A_ALWAYS_INLINE void	gfUnnormalize (int n, int m, double &value1, double &value2)
errc_t	_loadGravityCoeffsXTK (GravityFieldLoaderContext &ctx, GravityField &gf, bool &skipRest)
template<typename GeometryType >
int	aGeometryDepth (const GeometryType *geometry)
template<typename GeometryType >
GeometryType *	aGeometryAncestor (const GeometryType *geometry, int depth)
template<typename GeometryType , typename RotationType >
A_ALWAYS_INLINE errc_t	aGeometryTransform (GeometryType *source, GeometryType *target, const TimePoint &tp, RotationType &rotation)
errc_t	aFrameTransform (Frame *source, Frame *target, const TimePoint &tp, Transform &transform)
errc_t	aFrameTransform (Frame *source, Frame *target, const TimePoint &tp, KinematicTransform &transform)
errc_t	aAxesTransform (Axes *source, Axes *target, const TimePoint &tp, Rotation &rotation)
errc_t	aAxesTransform (Axes *source, Axes *target, const TimePoint &tp, KinematicRotation &rotation)
errc_t	aAxesTransform (Axes *source, Axes *target, const TimePoint &tp, Matrix3d &matrix)
void	aSurfaceCentricToDetic (const GeocentricPoint &centric, double flatFact, GeodeticPoint &detic)
void	aSurfaceDeticToCentric (const GeodeticPoint &detic, double flatFact, GeocentricPoint &centric)
double	aSurfaceCentricToDeticLat (double centricLat, double flatFact)
double	aSurfaceDeticToCentricLat (double deticLat, double flatFact)
A_ALWAYS_INLINE double	aSurfaceCentricToDetic (double centricLat, double flatFact)
A_ALWAYS_INLINE double	aSurfaceDeticToCentric (double deticLat, double flatFact)
double	aRAANRate (double gm, double j2, double rb, double a, double ecc, double inc)
double	aArgPeriRate (double gm, double j2, double rb, double a, double ecc, double inc)
double	aMeanAnomalyRate (double gm, double j2, double rb, double a, double ecc, double inc)
double	aMeanArgLatRate (double gm, double j2, double rb, double a, double ecc, double inc)
double	aJ2Period (double gm, double j2, double rb, double a, double ecc, double inc)
errc_t	aSunSynchronousInclination (double gm, double j2, double rb, double bodyMeanMotion, double a, double ecc, double &inc)
errc_t	aSunSynchronousSemiMajorAxis (double gm, double j2, double rb, double bodyMeanMotion, double inc, double ecc, double &semiMajorAxis)
A_ALWAYS_INLINE double	aSunSynchronousInclination (double gm, double j2, double rb, double bodyMeanMotion, double a, double ecc)
A_ALWAYS_INLINE double	aSunSynchronousSemiMajorAxis (double gm, double j2, double rb, double bodyMeanMotion, double inc, double ecc)
errc_t	coe2rv (const double *coe, double gm, double *pos, double *vel)
errc_t	coe2mee (const double *coe, double *mee)
void	ee2rv (const double *ee, double gm, double *pos, double *vel)
void	mee2rv (const double *mee, double gm, double *pos, double *vel)
errc_t	rv2mee (const double *pos, const double *vel, double gm, double *mee)
errc_t	mee2coe (const double *mee, double *coe)
void	rv2ee (const double *pos, const double *vel, double gm, double *ee)
errc_t	rv2moe (const double *pos, const double *vel, double gm, double *moe)
errc_t	rv2coe (const double *pos, const double *vel, double gm, double *coe)
errc_t	ee2moe (const double *ee, double *moe)
errc_t	moe2ee (const double *moe, double *ee)
errc_t	moe2coe (const double *moe, double *coe)
void	coe2moe (const double *coe, double *moe)
errc_t	moe2rv (const double *moe, double gm, double *pos, double *vel)
void	moe2mee (const double *moe, double *mee)
void	coe2ee (const double *coe, double *ee)
void	ee2coe (const double *ee, double *coe)
void	ee2mee (const double *ee, double *mee)
void	mee2ee (const double *mee, double *ee)
void	mee2moe (const double *mee, double *moe)
errc_t	coe2dela (const double *coe, double gm, double *dela)
errc_t	dela2coe (const double *dela, double gm, double *coe)
void	aModEquinElemToCart (const ModEquinElem &mee, double gm, Vector3d &pos, Vector3d &vel)
errc_t	aCartToModEquinElem (const Vector3d &pos, const Vector3d &vel, double gm, ModEquinElem &mee)
errc_t	aOrbElemToModEquinElem (const OrbElem &elem, ModEquinElem &mee)
errc_t	aModEquinElemToOrbElem (const ModEquinElem &mee, OrbElem &elem)
errc_t	aCartToModOrbElem (const Vector3d &pos, const Vector3d &vel, double gm, ModOrbElem &modOrb)
errc_t	aCartToOrbElem (const Vector3d &pos, const Vector3d &vel, double gm, OrbElem &elem)
errc_t	aEquinElemToModOrb (const EquinElem &equinElem, ModOrbElem &modOrb)
errc_t	aModOrbToEquinElem (const ModOrbElem &modOrb, EquinElem &equinElem)
errc_t	aModOrbElemToCart (const ModOrbElem &modOrb, double gm, Vector3d &pos, Vector3d &vel)
errc_t	aOrbElemToCart (const OrbElem &elem, double gm, Vector3d &pos, Vector3d &vel)
void	aCartToEquinElem (const Vector3d &pos, const Vector3d &vel, double gm, EquinElem &equinElem)
void	aEquinElemToCart (const EquinElem &equinElem, double gm, Vector3d &pos, Vector3d &vel)
errc_t	aOrbElemToDelaunay (const OrbElem &elem, double gm, DelaunayElem &delaunay)
errc_t	aDelaunayToOrbElem (const DelaunayElem &delaunay, double gm, OrbElem &elem)
A_ALWAYS_INLINE ModOrbElem	aCartToModOrbElem (const Vector3d &r, const Vector3d &v, double gm)
double	aApoAltToMeanMotion (double apogeeAlt, double eccentricity, double bodyRadius, double gm)
double	aApoAltToPeriAlt (double apogeeAlt, double eccentricity, double bodyRadius)
double	aApoAltToPeriRad (double apogeeAlt, double eccentricity, double bodyRadius)
double	aApoAltToPeriod (double apogeeAlt, double eccentricity, double bodyRadius, double gm)
double	aApoAltToSMA (double apogeeAlt, double eccentricity, double bodyRadius)
double	aApoRadToApoAlt (double apogeeRad, double bodyRadius)
double	aApoRadToMeanMotion (double apogeeRad, double eccentricity, double gm)
double	aApoRadToPeriAlt (double apogeeRad, double eccentricity, double bodyRadius)
double	aApoRadToPeriod (double apogeeRad, double eccentricity, double gm)
double	aApoRadToPeriRad (double apogeeRad, double eccentricity)
double	aApoRadToSMA (double apogeeRad, double eccentricity)
double	aEccToMean (double eccAnomaly, double eccentricity)
double	aEccToTrue (double eccAnomaly, double eccentricity)
double	aEccToTimePastAscNode (double eccAnomaly, double argPeri, double semiMajorAxis, double eccentricity, double gm)
double	aEccToTimePastPeri (double eccAnomaly, double semiMajorAxis, double eccentricity, double gm)
double	aMeanMotionToApoAlt (double meanMotion, double eccentricity, double bodyRadius, double gm)
double	aMeanMotionToApoRad (double meanMotion, double eccentricity, double gm)
double	aMeanMotionToPeriAlt (double meanMotion, double eccentricity, double bodyRadius, double gm)
double	aMeanMotionToPeriRad (double meanMotion, double eccentricity, double gm)
double	aMeanMotionToPeriod (double meanMotn)
double	aMeanMotionToSMA (double meanMotn, double gm)
double	aMeanToEcc (double meanAnomaly, double eccentricity, double eps=1e-14, int maxIter=100)
double	aMeanToTimePastAscNode (double meanAnomaly, double argPeri, double semiMajorAxis, double eccentricity, double gm)
double	aMeanToTimePastPeri (double meanAnomaly, double semiMajorAxis, double gm)
double	aMeanToTrue (double meanAnomaly, double eccentricity, double eps=1e-14, int maxIter=100)
double	aPeriAltToApoAlt (double perigeeAlt, double eccentricity, double bodyRadius)
double	aPeriAltToApoRad (double perigeeAlt, double eccentricity, double bodyRadius)
double	aPeriAltToMeanMotion (double perigeeAlt, double eccentricity, double bodyRadius, double gm)
double	aPeriAltToPeriRad (double perigeeAlt, double bodyRadius)
double	aPeriAltToPeriod (double perigeeAlt, double eccentricity, double bodyRadius, double gm)
double	aPeriAltToSMA (double perigeeAlt, double eccentricity, double bodyRadius)
double	aPeriRadToApoAlt (double perigeeRad, double eccentricity, double bodyRadius)
double	aPeriRadToApoRad (double perigeeRad, double eccentricity)
double	aPeriRadToMeanMotion (double perigeeRad, double eccentricity, double gm)
double	aPeriRadToPeriAlt (double perigeeRad, double bodyRadius)
double	aPeriRadToPeriod (double perigeeRad, double eccentricity, double gm)
double	aPeriRadToSMA (double perigeeRad, double eccentricity)
double	aPeriodToApoAlt (double period, double eccentricity, double bodyRadius, double gm)
double	aPeriodToApoRad (double period, double eccentricity, double gm)
double	aPeriodToMeanMotion (double period)
double	aPeriodToPeriAlt (double period, double eccentricity, double bodyRadius, double gm)
double	aPeriodToPeriRad (double period, double eccentricity, double gm)
double	aPeriodToSMA (double period, double gm)
double	aPeriRadApoRadToEcc (double perigeeRad, double apogeeRad)
double	aPeriAltApoAltToEcc (double perigeeAlt, double apogeeAlt, double bodyRadius)
double	aSMAToApoAlt (double semiMajorAxis, double eccentricity, double bodyRadius)
double	aSMAToApoRad (double semiMajorAxis, double eccentricity)
double	aSMAToMeanMotion (double semiMajorAxis, double gm)
double	aSMAToPeriAlt (double semiMajorAxis, double eccentricity, double bodyRadius)
double	aSMAToPeriod (double semiMajorAxis, double gm)
double	aSMAToSMinAx (double semiMajorAxis, double eccentricity)
double	aSMAToSParam (double semiMajorAxis, double eccentricity)
double	aSMinAxToSMA (double semiminorAxis, double eccentricity)
double	aTimePastAscNodeToEcc (double TimePastAscNode, double argPeri, double semiMajorAxis, double eccentricity, double gm, double eps=1e-14, int maxIter=100)
double	aTimePastAscNodeToMean (double TimePastAscNode, double argPeri, double semiMajorAxis, double eccentricity, double gm)
double	aTimePastAscNodeToTimePastPeri (double TimePastAscNode, double argPeri, double semiMajorAxis, double eccentricity, double gm)
double	aTimePastAscNodeToTrue (double TimePastAscNode, double argPeri, double semiMajorAxis, double eccentricity, double gm, double eps=1e-14, int maxIter=100)
double	aTimePastPeriToEcc (double TimePastPeri, double semiMajorAxis, double eccentricity, double gm, double eps=1e-14, int maxIter=100)
double	aTimePastPeriToMean (double TimePastPeri, double semiMajorAxis, double gm)
double	aTimePastPeriToTrue (double TimePastPeri, double semiMajorAxis, double eccentricity, double gm, double eps=1e-14, int maxIter=100)
double	aTimePastPeriToTimePastAscNode (double TimePastPeri, double argPeri, double semiMajorAxis, double eccentricity, double gm)
double	aTrueToEcc (double trueAnomaly, double eccentricity)
double	aTrueToMean (double trueAnomaly, double eccentricity)
double	aTrueToTimePastAscNode (double trueAnomaly, double argPeri, double semiMajorAxis, double eccentricity, double gm)
double	aTrueToTimePastPeri (double trueAnomaly, double semiMajorAxis, double eccentricity, double gm)
double	aTrueToTrueLong (double trueAnomaly, double argPeri, double raan)
double	aArgPeriToLongPeri (double argPeri, double raan)
double	aRAANToLAN (double raan, Axes *inertialAxes, const TimePoint &timeOfAscNodePassage, Axes *bodyFixedAxes)
double	aLANToRAAN (double lan, Axes *bodyFixedAxes, const TimePoint &timeOfAscNodePassage, Axes *inertialAxes)
double	aRepeatGroundTrackSMA (int daysToRepeat, int revsToRepeat, double gm, double bodyRotRate)
double	aEccToFlat (double eccentricity)
double	aFlatToEcc (double flatFactor)
double	aApoAltToApoRad (double apogeeAlt, double bodyRadius)
double	aApoRadToEcc (double apogeeRad, double semiMajorAxis)
double	aPeriRadToEcc (double perigeeRad, double semiMajorAxis)
double	aSMAToPeriRad (double semiMajorAxis, double eccentricity)
double	aTrueToArgLat (double trueAnomaly, double argPeri)
double	aArgLatToTrue (double argLat, double argPeri)
size_t	aGetNumInputPorts (FuncBlock *block)
size_t	aGetNumOutputPorts (FuncBlock *block)
int	aGetInputPortDataType (FuncBlock *block, size_t portIndex)
int	aGetOutputPortDataType (FuncBlock *block, size_t portIndex)
const void *	aGetInputPortSignal (FuncBlock *block, size_t portIndex)
void *	aGetOutputPortSignal (FuncBlock *block, size_t portIndex)
double *	aGetInputPortRealSignal (FuncBlock *block, size_t portIndex)
double *	aGetOutputPortRealSignal (FuncBlock *block, size_t portIndex)
int	aGetInputPortWidth (FuncBlock *block, size_t portIndex)
int	aGetOutputPortWidth (FuncBlock *block, size_t portIndex)
errc_t	aSetInputPortRealSignal (FuncBlock *block, size_t portIndex, double *signal)
errc_t	aSetOutputPortRealSignal (FuncBlock *block, size_t portIndex, double *signal)
void	aGetJ2AnalyticalParams (const ModOrbElem &modOrbElem, double gm, double j2, double re, double &meanAnomalyDot, double &raanDot, double &argPeriDot)
errc_t	aJ2AnalyticalProp (double duration, double gm, double j2, double re, Vector3d &r, Vector3d &v)
errc_t	aJ2AnalyticalProp (double duration, double gm, double j2, double re, ModOrbElem &modOrbElem)
void	aGetJ4AnalyticalParams (const ModOrbElem &modOrbElem, double gm, double j2, double j4, double re, double &meanAnomalyDot, double &raanDot, double &argPeriDot)
errc_t	aJ4AnalyticalProp (double duration, double gm, double j2, double j4, double re, Vector3d &r, Vector3d &v)
errc_t	aJ4AnalyticalProp (double duration, double gm, double j2, double j4, double re, ModOrbElem &modOrbElem)
errc_t	aTwoBodyProp (double duration, double gm, Vector3d &r, Vector3d &v)
Property *	_aNewPropertyTimePoint (FPropertyGet getter, FPropertySet setter)
template<>
A_ALWAYS_INLINE Property *	_aNewProperty< TimePoint > (FPropertyGet getter, FPropertySet setter)
template<typename T , TimePoint T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyTimePointMem ()
template<typename T , TimePoint T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyTimePoint ()
template<typename T , TimePoint(T::*)() const Getter, void(T::*)(TimePoint) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyTimePoint ()
Frame *	aObject_GetFrame (Object *obj, StringView frameName)
Point *	aObject_GetPoint (Object *obj, StringView pointName)
Axes *	aObject_GetAxes (Object *obj, StringView axesName)
Body *	aResolveBody (StringView name)
Frame *	aResolveFrame (StringView name)
Axes *	aResolveAxes (StringView name)
Point *	aResolvePoint (StringView name)
errc_t	aLoadBody (StringView filepath, HCelestialBody &body)
const char *	aMoonFullName (int month)
const char *	aMoonShortName (int month)
const char *	aWeekDayFullName (int wday)
const char *	aWeekDayShortName (int wday)
A_ALWAYS_INLINE bool	_aIsLeapYear (int year)
bool	aIsLeapYear (int year)
int	aDaysInMonthByYear (int month, int year)
int	aDaysInMonthByLeap (int month, bool isLeapYear)
int	aDayOfYear (const Date &date)
int	aDayOfWeek (const Date &date)
void	aDateToYD (const Date &date, int &year, int &days)
void	aDateNormalize (Date &date)
void	aYDToDate (int year, int days, Date &date)
int	aDateToJDAtNoon (const Date &date)
void	aJDToDateAtNoon (int jd, Date &date)
ImpreciseJD	aDateToJD (const Date &date)
void	aJDToDate (ImpreciseJD jd, Date &date, double *secInDay=nullptr)
int	aDateToMJD (const Date &date)
void	aMJDToDate (int mjd, Date &date)
std::string	aDateToString (const Date &date)
A_ALWAYS_INLINE Date	aMJDToDate (int mjd)
A_ALWAYS_INLINE int	aDateToMJD (int year, int month, int day)
void	aCurrentDateTimeLocal (DateTime &dttm)
void	aCurrentDateTimeUTC (DateTime &dttm)
void	aTodayDateTimeUTC (DateTime &dttm)
void	aTomorrowDateTimeUTC (DateTime &dttm)
void	aDateTimeNormalize (DateTime &dttm)
void	aDateTimeNormalizeUTC (DateTime &dttm)
int	_aGregDateDifference (int hour, int timeZone)
int	_aTimeZoneDateDifference (int hour, int timeZone)
void	aDateTimeNormalizeLocal (DateTime &dttm, int timezone)
void	aDateTimeNormalizeBJT (DateTime &dttm)
void	aDateTimeAddYears (DateTime &dttm, int years)
void	aDateTimeAddMonths (DateTime &dttm, int months)
void	aDateTimeAddDays (DateTime &dttm, int days)
void	aDateTimeAddDaysUTC (DateTime &dttm, int days)
void	aDateTimeAddDaysLocal (DateTime &dttm, int days, int timezone)
void	aDateTimeAddDaysBJT (DateTime &dttm, int days)
void	aDateTimeAddHours (DateTime &dttm, int hours)
void	aDateTimeAddHoursUTC (DateTime &dttm, int hours)
void	aDateTimeAddHoursLocal (DateTime &dttm, int hours, int timezone)
void	aDateTimeAddHoursBJT (DateTime &dttm, int hours)
void	aDateTimeAddMinutes (DateTime &dttm, int minutes)
void	aDateTimeAddMinutesUTC (DateTime &dttm, int minutes)
void	aDateTimeAddMinutesLocal (DateTime &dttm, int minutes, int timezone)
void	aDateTimeAddMinutesBJT (DateTime &dttm, int minutes)
void	aDateTimeAddSeconds (DateTime &dttm, double seconds)
void	aDateTimeAddSecondsUTC (DateTime &dttm, double seconds)
void	aDateTimeAddSecondsLocal (DateTime &dttm, double seconds, int timezone)
void	aDateTimeAddSecondsBJT (DateTime &dttm, double seconds)
errc_t	aDateTimeFormatISO8601 (const DateTime &dttm, std::string &str)
errc_t	aDateTimeFormatGregorian (const DateTime &dttm, std::string &str, int precision=3)
errc_t	aDateTimeFormatGregorianEn (const DateTime &dttm, std::string &str)
errc_t	aDateTimeFormatGMT (const DateTime &dttm, std::string &str)
errc_t	aDateTimeFormatRFC3339 (const DateTime &dttm, std::string &str)
errc_t	aDateTimeParseISO8601 (StringView str, DateTime &dttm)
errc_t	aDateTimeParseRFC3339 (StringView str, DateTime &dttm)
errc_t	aDateTimeParseGregorian (StringView str, DateTime &dttm)
errc_t	aDateTimeParseGregorianEn (StringView str, DateTime &dttm)
errc_t	aDateTimeParseGMT (StringView str, DateTime &dttm)
errc_t	aDateTimeParseAny (StringView str, DateTime &dttm)
AST_CORE_CAPI errc_t	aDateTimeFormat (const DateTime &dttm, StringView format, std::string &str)
A_ALWAYS_INLINE errc_t	aDateTimeFormatISO (const DateTime &dttm, std::string &str)
A_ALWAYS_INLINE errc_t	aDateTimeFormatDefault (const DateTime &dttm, std::string &str, int precision=kTimeDefaultFormatPrecision)
A_ALWAYS_INLINE errc_t	aDateTimeParseISO (StringView str, DateTime &dttm)
AST_CORE_CAPI errc_t	aDateTimeParse (StringView str, StringView format, DateTime &dttm)
A_ALWAYS_INLINE DateTime	aCurrentDateTimeLocal ()
A_ALWAYS_INLINE DateTime	aCurrentDateTimeUTC ()
errc_t	aDateTimeParse (StringView str, StringView format, DateTime &dttm, bool strict)
void	aJDToMJD (const JulianDate &jd, ModJulianDate &mjd)
void	aMJDToJD (const ModJulianDate &mjd, JulianDate &jd)
double	aJDToMJD_Imprecise (const JulianDate &jd)
ImpreciseJD	aMJDToJD_Imprecise (ImpreciseMJD mjd)
ImpreciseJD	aMJDToJD_Imprecise (const ModJulianDate &mjd)
ImpreciseMJD	aJDToMJD_Imprecise (ImpreciseJD jd)
void	aDateTimeToJD (const DateTime &dttm, JulianDate &jd)
void	aJDToDateTime (const JulianDate &jd, DateTime &dttm)
void	aTimeNormalize (Time &time)
void	aTimeFromTotalSecond (double totalSecond, Time &time)
errc_t	aTimeIntervalFormat (const TimeInterval &interval, std::string &strStart, std::string &strEnd)
errc_t	aTimeIntervalParse (StringView strStart, StringView strEnd, TimeInterval &interval)
void	aTimePointToUTC (const TimePoint &time, JulianDate &jdUTC)
void	aTimePointToTT (const TimePoint &time, JulianDate &jdTT)
void	aTimePointToTAI (const TimePoint &time, JulianDate &jdTAI)
void	aTimePointToUT1 (const TimePoint &time, JulianDate &jdUT1)
void	aTimePointToUTC (const TimePoint &time, DateTime &dttmUTC)
void	aTimePointToTT (const TimePoint &time, DateTime &dttmTT)
void	aTimePointToTDB (const TimePoint &time, DateTime &dttmTDB)
void	aTimePointToTAI (const TimePoint &time, DateTime &dttmTAI)
void	aTimePointToUT1 (const TimePoint &time, DateTime &dttmUT1)
errc_t	aTimePointFormat (const TimePoint &time, std::string &str, int precision=kTimePointDefaultFormatPrecision)
void	processQuote (StringView &str)
errc_t	aTimePointParse (StringView str, TimePoint &time)
void	aTimePointToTDB (const TimePoint &time, JulianDate &jdTDB)
double	aJulianCenturyFromJ2000 (const JulianDate &jd)
double	aJulianDayFromJ2000 (const JulianDate &jd)
void	aTAIToUTC (const JulianDate &jdTAI, JulianDate &jdUTC)
void	aTAIToUTC (const DateTime &dttmTAI, DateTime &dttmUTC)
void	aUTCToTAI (const JulianDate &jdUTC, JulianDate &jdTAI)
void	aUTCToTAI (const DateTime &dttmUTC, DateTime &dttmTAI)
void	aUTCToTT (const JulianDate &jdUTC, JulianDate &jdTT)
void	aUTCToTT (const DateTime &dttmUTC, DateTime &dttmTT)
void	aUTCToUT1 (const JulianDate &jdUTC, JulianDate &jdUT1)
void	aTTToUTC (const JulianDate &jdTT, JulianDate &jdUTC)
void	aUTCToUT1 (const DateTime &dttmUTC, DateTime &dttmUT1)
void	aTTToUTC (const DateTime &dttmTT, DateTime &dttmUTC)
void	aTTToTDB (const JulianDate &jdTT, JulianDate &jdTDB)
void	aTTToTDB (const DateTime &dttmTT, DateTime &dttmTDB)
void	aTDBToTT (const JulianDate &jdTDB, JulianDate &jdTT)
void	aTDBToTT (const DateTime &dttmTDB, DateTime &dttmTT)
double	aTTMinusTDB (const JulianDate &jdTDB)
double	aTDBMinusTT (const JulianDate &jdTT)
TimePoint	aSpiceEtToTimePoint (double et)
double	aTimePointToSpiceEt (const TimePoint &tp)
template<typename Time >
A_ALWAYS_INLINE void	aTAIToTT (const Time &tmTAI, Time &tmTT)
template<typename Time >
A_ALWAYS_INLINE Time	aTAIToTT (const Time &tmTAI)
template<typename Time >
A_ALWAYS_INLINE void	aTTToTAI (const Time &tmTT, Time &tmTAI)
template<typename Time >
A_ALWAYS_INLINE Time	aTTToTAI (const Time &tmTT)
template<typename Time >
A_ALWAYS_INLINE void	aTAIToGPS (const Time &tmTAI, Time &tmGPS)
template<typename Time >
A_ALWAYS_INLINE Time	aTAIToGPS (const Time &tmTAI)
template<typename Time >
A_ALWAYS_INLINE void	aGPSToTAI (const Time &tmGPS, Time &tmTAI)
template<typename Time >
A_ALWAYS_INLINE Time	aGPSToTAI (const Time &tmGPS)
A_ALWAYS_INLINE JulianDate	aTAIToUTC (const JulianDate &jdTAI)
A_ALWAYS_INLINE DateTime	aTAIToUTC (const DateTime &dttmTAI)
A_ALWAYS_INLINE JulianDate	aUTCToTAI (const JulianDate &jdUTC)
A_ALWAYS_INLINE DateTime	aUTCToTAI (const DateTime &dttmUTC)
A_ALWAYS_INLINE JulianDate	aUTCToTT (const JulianDate &jdUTC)
A_ALWAYS_INLINE DateTime	aUTCToTT (const DateTime &dttmUTC)
A_ALWAYS_INLINE JulianDate	aTTToUTC (const JulianDate &jdTT)
A_ALWAYS_INLINE DateTime	aTTToUTC (const DateTime &dttmTT)
A_ALWAYS_INLINE JulianDate	aTTToTDB (const JulianDate &jdTT)
A_ALWAYS_INLINE DateTime	aTTToTDB (const DateTime &dttmTT)
A_ALWAYS_INLINE JulianDate	aTDBToTT (const JulianDate &jdTDB)
A_ALWAYS_INLINE DateTime	aTDBToTT (const DateTime &dttmTDB)
bool	AstGfxInitialize ()
int	AstGfxRun ()
void	AstGfxUpdate (double deltaTime)
void	AstGfxSetBackgroundColor (float r, float g, float b, float a)
errc_t	aGuiInit ()
errc_t	aQAppInit (int argc, char *argv[])
QMainWindow *	aUiNewMainWindow ()
QIcon	makeArrowIcon ()
QIcon	cachedArrowIcon ()
void	aUiExecWidget (QWidget *widget)
GUIInterface *	aGUIInterfaceImpl ()
void	aUiRegisterEditWidget (Class *cls, FNewEditWidget newEditWidget)
QWidget *	aUiNewEditWidget (Object *object)
errc_t	aLoadBurnFinite (const Value &value, BurnFinite &burn)
errc_t	aLoadBurnCollocation (const Value &value, BurnCollocation &burn)
errc_t	aLoadBurnImpulsive (const Value &value, BurnImpulsive &burn)
errc_t	aLoadBurn (const Value &value, SharedPtr< Burn > &burn)
errc_t	aLoadGravityForce (const Value &value, GravityForce &gravityForce)
errc_t	aLoadPointMassForce (const Value &value, PointMassForce &pointMassForce)
errc_t	aLoadThirdBodyForce (const Value &value, ThirdBodyForce &thirdBodyForce)
errc_t	aLoadDragForce (const Value &value, DragForce &dragForce)
errc_t	aLoadSolarRadiationPressure (const Value &value, SolarRadiationPressure &srp, Body *centerBody)
errc_t	aLoadForceModel (const Value &value, HPOPForceModel &forceModel)
Attribute	aResolveAttributeByMap (Object *obj, StringView attrpath)
Attribute	aResolveAttributeByMap (Object *obj, StringView subAttrPath, StringView remainingAttrPath)
Attribute	aResolveAttribute (const Attribute &attr, StringView attrpath)
Attribute	aResolveAttribute (Object *obj, StringView attrpath)
errc_t	aLoadInitialState (const Value &value, InitialState &initialState)
errc_t	aLoadInitialState (StringView filepath, InitialState &initialState)
errc_t	aLoadManeuver (const Value &value, Maneuver &maneuver)
errc_t	aLoadManeuver (StringView filepath, Maneuver &maneuver)
errc_t	aLoadMissionCommand (const Value &value, SharedPtr< MissionCommand > &missionCommand)
errc_t	aLoadMissionCommand (StringView filepath, SharedPtr< MissionCommand > &missionCommand)
errc_t	aLoadDifferentialCorrectorProfile (const Value &value, DifferentialCorrectorProfile &profile)
errc_t	aLoadScriptingToolProfile (const Value &value, ScriptingToolProfile &profile)
errc_t	aLoadShooterControl (const Value &value, ShooterControl &control)
errc_t	aLoadShooterResult (const Value &value, ShooterResult &result)
errc_t	aLoadTargeterProfile (const Value &value, SharedPtr< TargeterProfile > &profile, Object *scope)
errc_t	aLoadParameters (const Value &value, VariableList &list)
errc_t	aLoadAttributes (const Value &value, VariableList &list, Object *scope)
errc_t	aLoadCalcObjects (const Value &value, VariableList &list, Object *scope)
errc_t	aLoadParameter (const Value &value, Variable &var)
errc_t	aLoadCalcObject (const Value &value, Variable &var, Object *scope)
errc_t	aLoadAttribute (const Value &value, Variable &var, Object *scope)
errc_t	aLoadEventDetector (const Value &value, DetectorBodyRelated &detector)
errc_t	aLoadEventDetector (const Value &value, DetectorPointRelated &detector)
errc_t	aLoadEventDetector (const Value &value, DetectorUserSelect &detector)
errc_t	aLoadStoppingCondition (const Value &value, SharedPtr< EventDetector > &eventDetector, Propagate &propagate)
errc_t	aLoadStoppingConditions (const Value &dict, Propagate &propagate)
HPOP *	aResolveBuiltinPropagator (StringView propagatorName)
HPOP *	aResolvePropagator (StringView propagatorName)
errc_t	aLoadPropagate (const Value &value, Propagate &propagate)
errc_t	aLoadPropagate (StringView filepath, Propagate &propagate)
ScStateCalculation *	aResolveBuiltinScStateCalculation (StringView name)
ScStateCalculation *	aResolveScStateCalculation (StringView name)
errc_t	aLoadCalculation (const Value &value, ScStateCalcFrameRelated &calculation)
errc_t	aLoadCalculation (const Value &value, ScStateCalcBodyRelated &calculation)
errc_t	aLoadCalculation (const Value &value, ScStateCalcPointRelated &calculation)
errc_t	aLoadCalculation (const Value &value, ScStateCalcDifference &calculation)
errc_t	aLoadResult (const Value &value, SharedPtr< ObjectCalculation > &result, Object *scope)
errc_t	aLoadResults (const Value &dict, Object *scope)
errc_t	aLoadReturn (const Value &value, Return &ret)
errc_t	aLoadShooterControl (const Value &value, SharedPtr< ExprAttribute > &control, Object *scope)
errc_t	aLoadShooterControls (const Value &dict, Object *scope)
errc_t	aLoadSegment (const Value &dict, Segment &segment)
errc_t	aLoadSequence (const Value &value, Sequence &sequence)
errc_t	aLoadSequence (StringView filepath, Sequence &sequence)
errc_t	aLoadSpacecraftState (const Value &value, SpacecraftState &spacecraftState)
errc_t	aLoadTargeterSequence (const Value &value, TargeterSequence &sequence)
errc_t	aLoadTargeterSequence (StringView filepath, TargeterSequence &sequence)
errc_t	aLoadValue (XMLParser &parser, SharedPtr< Value > &value)
errc_t	aLoadValue (StringView filepath, SharedPtr< Value > &value)
errc_t	aLoadValue (FILE *file, SharedPtr< Value > &value)
errc_t	aLoadPropagator (StringView filename, HPOP &propagator)
errc_t	aLoadPropagator (const Value &value, HPOP &propagator)
errc_t	aLoadNumericalIntegrator (const Value &value, ScopedPtr< ODEIntegrator > &integrator)
errc_t	_aLoadInterval (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadFilterSettings (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadProbabilityData (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadGlobalEllipsoidProperties (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadLogFileSettings (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadRelationFile (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadSSCHardBodyRadFile (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadPrimaries (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadSecondaries (BKVParser &parser, AdvCAT &advCAT)
errc_t	_aLoadExtensions (BKVParser &parser, AdvCAT &advCAT)
errc_t	aLoadAdvCAT (BKVParser &parser, StringView objectType, AdvCAT &advCAT)
errc_t	aLoadAdvCAT (BKVParser &parser, AdvCAT &advCAT)
errc_t	aLoadAdvCAT (StringView filepath, StringView objectType, AdvCAT &advCAT)
errc_t	aLoadAdvCAT (StringView filepath, AdvCAT &advCAT)
errc_t	_aLoadAntennaPattern (BKVParser &parser, Antenna &antenna)
errc_t	_aLoadAntennaPointing (BKVParser &parser, Antenna &antenna)
errc_t	_aLoadAntennaExtensions (BKVParser &parser, Antenna &antenna)
errc_t	aLoadAntenna (BKVParser &parser, StringView objectType, Antenna &antenna)
errc_t	aLoadAntenna (BKVParser &parser, Antenna &antenna)
errc_t	aLoadAntenna (StringView filepath, StringView objectType, Antenna &antenna)
errc_t	aLoadAntenna (StringView filepath, Antenna &antenna)
errc_t	_aLoadCentroidPosition (BKVParser &parser, AreaTarget &areaTarget)
errc_t	_aLoadExtensions (BKVParser &parser, AreaTarget &areaTarget)
errc_t	aLoadAreaTarget (StringView filepath, AreaTarget &areaTarget)
errc_t	_aLoadGridDefinition (BKVParser &parser, AttitudeCoverage &attitudeCoverage)
errc_t	_aLoadAccessDefinition (BKVParser &parser, AttitudeCoverage &attitudeCoverage)
errc_t	_aLoadAssetList (BKVParser &parser, AttitudeCoverage &attitudeCoverage)
errc_t	_aLoadInterval (BKVParser &parser, AttitudeCoverage &attitudeCoverage)
errc_t	_aLoadAttitudeCovData (BKVParser &parser, AttitudeCoverage &attitudeCoverage)
errc_t	_aLoadExtensions (BKVParser &parser, AttitudeCoverage &attitudeCoverage)
errc_t	aLoadAttitudeCoverage (StringView filepath, AttitudeCoverage &attitudeCoverage)
errc_t	_aLoadFomDefinition (BKVParser &parser, AttitudeFigureOfMerit &attitudeFigureOfMerit)
errc_t	_aLoadExtensions (BKVParser &parser, AttitudeFigureOfMerit &attitudeFigureOfMerit)
errc_t	aLoadAttitudeFigureOfMerit (StringView filepath, AttitudeFigureOfMerit &attitudeFigureOfMerit)
StringView	aClassSTKExtension (StringView objectType)
errc_t	_aLoadEventTimeImplicit (BKVParser &parser, SharedPtr< EventTime > &eventTime)
errc_t	_aLoadEventTime (BKVParser &parser, SharedPtr< EventTime > &eventTime)
errc_t	_aLoadEventIntervalImplicit (BKVParser &parser, SharedPtr< EventInterval > &eventInterval)
errc_t	_aLoadInterval (BKVParser &parser, TimeInterval &interval)
errc_t	_aLoadEventInterval (BKVParser &parser, SharedPtr< EventInterval > &eventInterval)
errc_t	_aLoadSubObjects (BKVParser &parser, Object *parentObject)
void	_aSkipUnknownBlock (BKVParser &parser, StringView blockName)
errc_t	_aLoadDefinition (BKVParser &parser, Chain &chain)
errc_t	_aLoadExtensions (BKVParser &parser, Chain &chain)
errc_t	aLoadChain (BKVParser &parser, StringView objectType, Chain &chain)
errc_t	aLoadChain (BKVParser &parser, Chain &chain)
errc_t	aLoadChain (StringView filepath, StringView objectType, Chain &chain)
errc_t	aLoadChain (StringView filepath, Chain &chain)
errc_t	_aLoadExtensions (BKVParser &parser, CommSystem &commSystem)
errc_t	aLoadCommSystem (StringView filepath, CommSystem &commSystem)
errc_t	_aLoadDefinition (BKVParser &parser, Constellation &constellation)
errc_t	_aLoadExtensions (BKVParser &parser, Constellation &constellation)
errc_t	aLoadConstellation (StringView filepath, Constellation &constellation)
errc_t	_aLoadGridDefinition (BKVParser &parser, CoverageDefinition &coverageDefinition)
errc_t	_aLoadAccessDefinition (BKVParser &parser, CoverageDefinition &coverageDefinition)
errc_t	_aLoadAssetList (BKVParser &parser, CoverageDefinition &coverageDefinition)
errc_t	_aLoadInterval (BKVParser &parser, CoverageDefinition &coverageDefinition)
errc_t	_aLoadExtensions (BKVParser &parser, CoverageDefinition &coverageDefinition)
errc_t	aLoadCoverageDefinition (StringView filepath, CoverageDefinition &coverageDefinition)
errc_t	_aLoadFacilityCentroidPosition (BKVParser &parser, Facility &facility)
errc_t	_aLoadFacilityGfx (BKVParser &parser, Facility &facility)
errc_t	_aLoadFacilityConstraints (BKVParser &parser, Facility &facility)
errc_t	_aLoadFacilityExtensions (BKVParser &parser, Facility &facility)
errc_t	aLoadFacility (BKVParser &parser, StringView objectType, Facility &facility)
errc_t	aLoadFacility (BKVParser &parser, Facility &facility)
errc_t	aLoadFacility (StringView filepath, StringView objectType, Facility &facility)
errc_t	aLoadFacility (StringView filepath, Facility &facility)
errc_t	_aLoadFomDefinition (BKVParser &parser, FigureOfMerit &figureOfMerit)
errc_t	_aLoadExtensions (BKVParser &parser, FigureOfMerit &figureOfMerit)
errc_t	aLoadFigureOfMerit (StringView filepath, FigureOfMerit &figureOfMerit)
errc_t	_aLoadIndexPtData (BKVParser &parser, LineTarget &lineTarget)
errc_t	_aLoadExtensions (BKVParser &parser, LineTarget &lineTarget)
errc_t	aLoadLineTarget (StringView filepath, LineTarget &lineTarget)
errc_t	_aLoadSolarPressureModel (BKVParser &parser, double massAtEpoch, SolarRadiationPressure &srp)
errc_t	_aLoadTwoBody (BKVParser &parser, const VehiclePathData &vehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadJ2Perturbation (BKVParser &parser, const VehiclePathData &VehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadJ4Perturbation (BKVParser &parser, const VehiclePathData &VehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadSGP4 (BKVParser &parser, const VehiclePathData &vehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadHPOP (BKVParser &parser, const VehiclePathData &vehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadSPICE (BKVParser &parser, const VehiclePathData &vehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadBallistic (BKVParser &parser, const VehiclePathData &vehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadSimpleAscent (BKVParser &parser, const VehiclePathData &vehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadGreatArc (BKVParser &parser, const VehiclePathData &vehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadExternExternalEphemeris (BKVParser &parser, const VehiclePathData &VehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadAstrogator (BKVParser &parser, const VehiclePathData &VehiclePathData, ScopedPtr< MotionProfile > &motionProfile)
errc_t	_aLoadPassDefn (BKVParser &parser, Mover &mover)
errc_t	_aLoadVehiclePath (BKVParser &parser, Mover &mover)
errc_t	_aLoadEphemeris (BKVParser &parser, Mover &mover)
errc_t	_aLoadMassProperties (BKVParser &parser, Mover &mover)
errc_t	_aLoadAttitude (BKVParser &parser, Mover &mover)
errc_t	_aLoadSwath (BKVParser &parser, Mover &mover)
errc_t	_aLoadEclipse (BKVParser &parser, Mover &mover)
errc_t	_aLoadRealTimeDef (BKVParser &parser, Mover &mover)
errc_t	_aLoadExtensions (BKVParser &parser, Mover &mover)
errc_t	_aLoadMover (BKVParser &parser, StringView moverType, Mover &mover)
errc_t	_aLoadSatellite (BKVParser &parser, Mover &mover)
errc_t	aLoadMover (StringView filepath, Mover &mover)
errc_t	_aLoadGeneralTrackData (BKVParser &parser, MTO &mto)
errc_t	_aLoadDefaultTrackBin (BKVParser &parser, MTO &mto)
errc_t	_aLoadExtensions (BKVParser &parser, MTO &mto)
errc_t	aLoadMTO (StringView filepath, MTO &mto)
errc_t	aLoadObject (StringView filepath, StringView objectType, SharedPtr< Object > &object)
errc_t	aLoadPlace (StringView filepath, Place &place)
errc_t	aLoadPlanet (StringView filepath, Planet &planet)
errc_t	_aLoadRadarPattern (BKVParser &parser, Radar &radar)
errc_t	_aLoadRadarPointing (BKVParser &parser, Radar &radar)
errc_t	_aLoadRadarProcessing (BKVParser &parser, Radar &radar)
errc_t	_aLoadRadarExtensions (BKVParser &parser, Radar &radar)
errc_t	aLoadRadar (BKVParser &parser, StringView objectType, Radar &radar)
errc_t	aLoadRadar (BKVParser &parser, Radar &radar)
errc_t	aLoadRadar (StringView filepath, StringView objectType, Radar &radar)
errc_t	aLoadRadar (StringView filepath, Radar &radar)
errc_t	_aLoadExtensions (BKVParser &parser, Receiver &receiver)
errc_t	aLoadReceiver (StringView filepath, Receiver &receiver)
errc_t	_aLoadEpoch (BKVParser &parser, Scenario &scenario)
errc_t	_aLoadInterval (BKVParser &parser, Scenario &scenario)
errc_t	_aLoadEOPFile (BKVParser &parser, Scenario &scenario)
errc_t	_aLoadGlobalPrefs (BKVParser &parser, Scenario &scenario)
errc_t	_aLoadCentralBody (BKVParser &parser, Scenario &scenario)
errc_t	_aLoadCentralBodyTerrain (BKVParser &parser, Scenario &scenario)
errc_t	_aLoadStarCollection (BKVParser &parser, Scenario &scenario)
errc_t	_aLoadScenarioLicenses (BKVParser &parser, Scenario &scenario)
errc_t	_aLoadExtensions (BKVParser &parser, Scenario &scenario)
errc_t	aLoadScenario (StringView filepath, Scenario &scenario)
errc_t	_aLoadSimpleCone (BKVParser &parser, FOVSimpleCone &fov)
errc_t	_aLoadConical (BKVParser &parser, FOVConical &fov)
errc_t	_aLoadHalfPower (BKVParser &parser, FOVHalfPower &fov)
errc_t	_aLoadRectangular (BKVParser &parser, FOVRectangular &fov)
errc_t	_aLoadSAR (BKVParser &parser, FOVSAR &fov)
errc_t	_aLoadCustom (BKVParser &parser, FOVCustom &fov)
errc_t	_aLoadSensorPattern (BKVParser &parser, Sensor &sensor)
errc_t	_aLoadSensorPointing (BKVParser &parser, Sensor &sensor)
errc_t	_aLoadSensorOptics (BKVParser &parser, Sensor &sensor)
errc_t	_aLoadSensorLocation (BKVParser &parser, Sensor &sensor)
errc_t	_aLoadSensorExtensions (BKVParser &parser, Sensor &sensor)
errc_t	aLoadSensor (BKVParser &parser, StringView sensorType, Sensor &sensor)
errc_t	aLoadSensor (BKVParser &parser, Sensor &sensor)
errc_t	aLoadSensor (StringView filepath, StringView sensorType, Sensor &sensor)
errc_t	aLoadSensor (StringView filepath, Sensor &sensor)
errc_t	aLoadStar (StringView filepath, Star &star)
errc_t	aLoadTarget (StringView filepath, Target &target)
errc_t	_aLoadTransmitterDefinition (BKVParser &parser, Transmitter &transmitter)
errc_t	aLoadTransmitter (StringView filepath, Transmitter &transmitter)
errc_t	_aLoadDefinition (BKVParser &parser, Volumetric &volumetric)
errc_t	_aLoadExtensions (BKVParser &parser, Volumetric &volumetric)
errc_t	aLoadVolumetric (StringView filepath, Volumetric &volumetric)
template<typename _Scalar , size_t I, size_t J, size_t K>
MatrixMN< _Scalar, I, K >	operator* (const MatrixMN< _Scalar, I, J > &left, const MatrixMN< _Scalar, J, K > &right)
template<typename _Scalar , size_t I, size_t J>
VectorN< _Scalar, I >	operator* (const MatrixMN< _Scalar, I, J > &left, const VectorN< _Scalar, J > &right)
template<typename _Scalar , size_t I, size_t J>
VectorN< _Scalar, J >	operator* (const VectorN< _Scalar, I > &left, const MatrixMN< _Scalar, I, J > &right)
template<typename T >
A_CONSTEXPR_CXX14 const T &	clamp (const T &val, const T &low, const T &high)
errc_t	aRotationMatrix (double angle, int axis, Matrix3d &mtx)
void	aRotationXMatrix (double angle, Matrix3d &mtx)
void	aRotationYMatrix (double angle, Matrix3d &mtx)
void	aRotationZMatrix (double angle, Matrix3d &mtx)
void	aQuatToMatrix (const Quaternion &quat, Matrix3d &mtx)
void	aMatrixToQuat (const Matrix3d &mtx, Quaternion &quat)
errc_t	aMatrixToEuler (const Matrix3d &mtx, int seq, Euler &euler)
errc_t	aEulerToMatrix (const Euler &euler, int seq, Matrix3d &mtx)
errc_t	_aEulerToMatrix (const Euler &euler, int seq, Matrix3d &mtx)
void	aEuler123ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler123 (const Matrix3d &mtx, Euler &euler)
void	aEuler231ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler231 (const Matrix3d &mtx, Euler &euler)
void	aEuler312ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler312 (const Matrix3d &mtx, Euler &euler)
void	aEuler321ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler321 (const Matrix3d &mtx, Euler &euler)
void	aEuler213ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler213 (const Matrix3d &mtx, Euler &euler)
void	aEuler132ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler132 (const Matrix3d &mtx, Euler &euler)
void	aEuler121ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler121 (const Matrix3d &mtx, Euler &euler)
void	aEuler232ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler232 (const Matrix3d &mtx, Euler &euler)
void	aEuler313ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler313 (const Matrix3d &mtx, Euler &euler)
void	aEuler131ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler131 (const Matrix3d &mtx, Euler &euler)
void	aEuler212ToMatrix (const Euler &euler, Matrix3d &mtx)
void	aMatrixToEuler212 (const Matrix3d &mtx, Euler &euler)
void	aEuler323ToMatrix (const Euler &euler, Matrix3d &mtx)
errc_t	aEulerToQuat (const Euler &euler, int seq, Quaternion &quat)
errc_t	aQuatToEuler (const Quaternion &quat, int seq, Euler &euler)
void	aMatrixToEuler323 (const Matrix3d &mtx, Euler &euler)
void	aQuatToAngleAxis (const Quaternion &quat, AngleAxis &aa)
void	aAngleAxisToQuat (const AngleAxis &aa, Quaternion &quat)
void	aAngleAxisToMatrix (const AngleAxis &aa, Matrix3d &mtx)
void	aMatrixToAngleAxis (const Matrix3d &mtx, AngleAxis &aa)
A_ALWAYS_INLINE Quaternion	aMatrixToQuat (const Matrix3d &mtx)
A_ALWAYS_INLINE Matrix3d	aEuler323ToMatrix (const Euler &euler)
A_ALWAYS_INLINE Matrix3d	aEuler313ToMatrix (const Euler &euler)
A_ALWAYS_INLINE Matrix3d	aRotationZMatrix (double angle)
A_ALWAYS_INLINE Matrix3d	aRotationXMatrix (double angle)
Quaternion	aQuatProduct (const Quaternion &q1, const Quaternion &q2)
template<typename Func >
double	bisect (Func f, double xa, double xb, double xtol, double rtol, int iter, scipy_zeros_info &solver_stats)
template<typename Func >
double	ridder (Func f, double xa, double xb, double xtol, double rtol, int iter, scipy_zeros_info &solver_stats)
template<typename Func >
double	brenth (Func f, double xa, double xb, double xtol, double rtol, int iter, scipy_zeros_info &solver_stats)
template<typename Func >
double	brentq (Func f, double xa, double xb, double xtol, double rtol, int iter, scipy_zeros_info &solver_stats)
template<typename Func >
double	secant (Func f, double xa, double xb, double xtol, double rtol, int iter, scipy_zeros_info &solver_stats)
bool	aIsClose (double a, double b, double relTol=kDefaultRelTol, double absTol=kDefaultAbsTol)
template<typename Func >
ODEGeneric< Func >	make_ode (Func func, int dim)
template<typename Func >
ODEGeneric< Func >	make_ode (int dim, Func func)
std::string	aColMajorMatrixToString (const double *matrix, int rows, int cols)
void	aColMajorMatrixPrint (const double *matrix, int rows, int cols, FILE *file=stdout)
void	aMockBufferMalloc (unsigned int size)
void	aMockBufferNew (unsigned int size)
void	aMockBufferStack (unsigned int size)
void	aMockBufferAlloca (unsigned int size)
int	aMockCacheStatic (int k)
int	aMockCacheExtern (int k)
int	aMockCacheStaticTL (int k)
int	aMockCacheExternTL (int k)
EOP *	aMockGetEOP_Extern ()
EOP *	aMockGetEOP_Static ()
EOP *	aMockGetEOP_Lazy ()
EOP *	aMockGetEOP_ContextExtern ()
EOP *	aMockGetEOP_ContextStatic ()
EOP *	aMockGetEOP_ContextExternTL ()
EOP *	aMockGetEOP_ContextStaticTL ()
std::vector< double >	aMockReturnVector ()
int	aMockSetStringConstRef (const std::string &str)
int	aMockSetStringValue (std::string str)
int	aMockSetStringView (StringView str)
int	aMockSetStringViewRef (const StringView &str)
const std::string &	aMockStringValue ()
int	aMockSizeStringConstRef (const std::string &str)
int	aMockSizeStringValue (std::string str)
int	aMockSizeStringView (StringView str)
int	aMockSizeStringViewRef (const StringView &str)
AST_MOCK_API int	aMockCallByStringConstRef ()
AST_MOCK_API int	aMockCallByStringValue ()
AST_MOCK_API int	aMockCallByStringView ()
AST_MOCK_API int	aMockCallByStringConstRef (const std::string &str)
AST_MOCK_API int	aMockCallByStringValue (std::string str)
AST_MOCK_API int	aMockCallByStringView (StringView str)
AST_MOCK_API int	aMockCallByStringViewRef (const StringView &str)
AST_MOCK_API int	aMockCallByCharPtr (const char *str, size_t size)
void	doSomeThing (int id)
bool	aCheckFloatingBehaviorIEEE754 ()
void	aPrintSparityPatternCOO (int nnz, int *iFun, int *jVar, int idx_style)
void	aParternCOOToCCS (const std::vector< int > &iRow, const std::vector< int > &jCol, std::vector< int > &ptr2fnz, std::vector< int > &indexRow)
void	aParternCCSToCOO (const std::vector< int > &ptr2fnz, const std::vector< int > &indexRow, std::vector< int > &iFunRow, std::vector< int > &jVarCol)
AST_OPT_CAPI void	aPrintSparityPatternCCS ()
SnoptCAPI *	aSnopt_Load (const char *sharedLibPath)
void	aSnopt_Unload ()
SnoptCAPI *	aSnopt_Find ()
SnoptCAPI *	aSnopt_Get ()
Variable *	aNewVariable (StringView name, Expr *expr=nullptr, bool bind=false)
Variable *	aNewVariable (Expr *expr, bool bind)
Symbol *	aNewSymbol (StringView name)
Expr *	aNewOpAssign (EOpAssignType op, Expr *left, Expr *right)
Expr *	aNewOpBin (EOpBinType op, Expr *left, Expr *right)
Expr *	aNewOpUnary (EOpUnaryType op, Expr *expr)
Expr *	aNewExprCondition (Expr *condition, Expr *thenExpr, Expr *elseExpr=nullptr)
Expr *	aNewExprRange (Expr *start, Expr *stop, Expr *step=nullptr)
Value *	aNewValueString (StringView value)
Value *	aNewValueInt (int value)
Value *	aNewValueBool (bool value)
Value *	aNewValueDouble (double value)
Value *	aNewValueDict ()
Value *	aNewValueQuantity (const Quantity &value)
Value *	aValueNull ()
Expr *	aParseExpr (StringView script)
Value *	aEval (StringView script)
Value *	aEvalExpr (Expr *expr)
bool	aValueIsBool (Value *value)
bool	aValueIsDouble (Value *value)
bool	aValueIsInt (Value *value)
bool	aValueIsArithmetic (Value *value)
bool	aValueIsQuantity (Value *value)
bool	aValueIsString (Value *value)
double	aValueToDouble (Value *value)
bool	aValueUnboxBool (Value *value)
double	aValueUnboxDouble (Value *value)
int	aValueUnboxInt (Value *value)
Quantity	aValueUnboxQuantity (Value *value)
std::string	aFormatExpr (Expr *expr, Object *context=nullptr)
OpBinFunc	aGetOpBinFunc (EOpBinType op, Class *leftType, Class *rightType)
OpAssignFunc	aGetOpAssignFunc (EOpAssignType op, Class *leftType, Class *rightType)
Value *	aDoOpUnary (EOpUnaryType op, Value *value)
Value *	aDoOpAssign (EOpAssignType op, Expr *left, Expr *right)
OpUnaryFunc	aGetOpUnaryFunc (EOpUnaryType op, Class *type)
IterateFunc	aGetIterateFunc (Class *type)
Value *	aDoOpBin (EOpBinType op, Value *left, Value *right)
Value *	aIterateBegin (Value *container, int &index)
Value *	aIterateNext (Value *container, int &index)
A_ALWAYS_INLINE Value *	aNewValue (int value)
A_ALWAYS_INLINE Value *	aNewValue (double value)
A_ALWAYS_INLINE Value *	aNewValue (bool value)
A_ALWAYS_INLINE Value *	aNewValue (const Quantity &value)
A_ALWAYS_INLINE Value *	aNewValue (StringView value)
A_ALWAYS_INLINE Value *	aNewValue (const std::string &value)
A_ALWAYS_INLINE Value *	aNewValue (const char *value)
template<typename T >
Value *	aNewValue (T)=delete
std::string	toString (EScriptLanguage type)
ScriptExecutor *	aNewScriptExecutor (EScriptLanguage type)
Interpreter *	aScript_GetInterpreter ()
void	aScript_SetInterpreter (Interpreter *interpreter)
void	aScript_RemoveInterpreter (Interpreter *interpreter)
SymbolScope *	aScript_CurrentSymbolScope ()
Expr *	aScript_FindSymbol (StringView name)
Expr *	aScript_FindSymbol (const Symbol *symbol)
Expr *	aScript_ResolveSymbol (StringView name)
Expr *	aScript_ResolveSymbol (const Symbol *symbol)
void	aScript_SetErrString (StringView err)
void	aScript_FormartErrStringV (StringView fmt, va_list args)
void	aScript_FormatErrString (StringView fmt,...)
Value *	iterate_range (Value *value, int &index)
IterateFunc	iterate_get_func (Class *type)
void	iterate_register_func (Class *type, IterateFunc func)
Value *	iterate_begin (Value *container, int &index)
Value *	iterate_next (Value *container, int &index)
void	iterate_init_registry ()
OpAssignFunc	opassign_get_func (EOpAssignType op, Class *leftType, Class *rightType)
template<typename Left , typename Right >
Value *	opbin_div_scalar_scalar (Value *left, Value *right)
double	_mod (double left, double right)
int	_mod (int left, int right)
template<typename Left , typename Right >
Value *	opbin_mod_scalar_scalar (Value *left, Value *right)
int	_pow (int left, int right)
double	_pow (double left, double right)
template<typename Left , typename Right >
Value *	opbin_pow_scalar_scalar (Value *left, Value *right)
Value *	opbin_mul_quantity_quantity (Value *left, Value *right)
Value *	opbin_div_quantity_quantity (Value *left, Value *right)
template<typename Right >
Value *	opbin_mul_quantity_scalar (Value *left, Value *right)
template<typename Right >
Value *	opbin_div_quantity_scalar (Value *left, Value *right)
template<typename Left >
Value *	opbin_mul_scalar_quantity (Value *left, Value *right)
template<typename Left >
Value *	opbin_div_scalar_quantity (Value *left, Value *right)
Value *	opbin_add_quantity_quantity (Value *left, Value *right)
Value *	opbin_sub_quantity_quantity (Value *left, Value *right)
OpBinRegistry &	get_opbin_registry ()
void	opbin_register_func (EOpBinType op, Class *leftType, Class *rightType, OpBinFunc func)
OpBinFunc	opbin_get_func (EOpBinType op, Class *leftType, Class *rightType)
template<typename T >
Class *	aValueType ()
template<>
Class *	aValueType< int > ()
template<>
Class *	aValueType< double > ()
template<>
Class *	aValueType< bool > ()
template<typename SCALAR1 , typename SCALAR2 >
void	_register_scalar_opbin ()
template<typename SCALAR1 , typename SCALAR2 >
void	register_scalar_opbin ()
template<typename SCALAR >
void	register_scalar_opbin ()
void	opbin_init_registry ()
Value *	opbin (EOpBinType op, Value *left, Value *right)
template<>
Value *	opunary_bit_not_scalar< bool > (Value *value)
OpUnaryRegister &	get_opunary_registry ()
void *	opunary_get_funcptr (EOpUnaryType op, Class *type)
void	opunary_register_funcptr (EOpUnaryType op, Class *type, void *func)
OpUnaryFunc	opunary_get_func (EOpUnaryType op, Class *type)
void	opunary_register_func (EOpUnaryType op, Class *type, OpUnaryFunc func)
Value *	opunary (EOpUnaryType op, Value *value)
void	register_scalar_opunary ()
void	opunary_init_registry ()
bool	isHexDigit (char c)
bool	isBinaryDigit (char c)
bool	isOctalDigit (char c)
ObjectLinkTo *	aSpaceObject_GetReferenceVehicleLink (SpaceObject *spaceObject)
SpaceObject *	aSpaceObject_GetReferenceVehicle (SpaceObject *spaceObject)
void	aSpaceObject_SetReferenceVehicle (SpaceObject *spaceObject, SpaceObject *referenceVehicle)
void	aSpaceObject_SetReferenceVehicle (SpaceObject *spaceObject, StringView referenceVehiclePath)
Scenario *	aCurrentScenario ()
Axes *	aSpiceFindAxes (StringView name)
CelestialBody *	aSpiceFindBody (StringView name)
CelestialBody *	aSpiceFindBody (int id)
void	axisar (const Vector3d &axis, double angle, Matrix3d &r)
void	azlrec (double range, double az, double el, bool azccw, bool elplsz, Vector3d &rectan)
double	b1900 ()
double	b1950 ()
double	clight ()
double	dpr ()
void	eul2m (double angle3, double angle2, double angle1, int axis3, int axis2, int axis1, Matrix3d &r)
void	ident (Matrix3d &matrix)
double	j1900 ()
double	j1950 ()
double	j2000 ()
double	j2100 ()
double	jyear ()
void	latrec (double radius, double lon, double lat, Vector3d &rectan)
void	m2eul (const Matrix3d &r, int axis3, int axis2, int axis1, double &angle3, double &angle2, double &angle1)
void	m2q (const Matrix3d &r, Quaternion &q)
void	mxm (const Matrix3d &m1, const Matrix3d &m2, Matrix3d &mout)
void	mxvg (const void *m1, const void *v2, int nr1, int nc1r2, void *vout)
errc_t	pxform (StringView from, StringView to, const TimePoint &et, Matrix3d &rotate)
AST_SPICE_CAPI errc_t	pxform (const char *from, const char *to, double et, Matrix3d &rotate)
void	q2m (const Quaternion &q, Matrix3d &r)
void	radrec (double range, double ra, double dec, Vector3d &rectan)
void	rav2xf (const Matrix3d &rot, const Vector3d &av, Matrix6d &xform)
errc_t	spkapo (CelestialBody *targ, const TimePoint &et, Axes *ref, const CartState &sobs, StringView abcorr, Vector3d &ptarg, double *lt=nullptr)
errc_t	spkpos (CelestialBody *targ, const TimePoint &et, Axes *ref, StringView abcorr, CelestialBody *obs, Vector3d &ptarg, double *lt=nullptr)
errc_t	spkpos (StringView targ, const TimePoint &et, StringView ref, StringView abcorr, StringView obs, Vector3d &ptarg, double *lt)
AST_SPICE_CAPI errc_t	spkpos (const char *targ, double et, const char *ref, const char *abcorr, const char *obs, Vector3d &ptarg, double *lt)
errc_t	spkssb (CelestialBody *targ, const TimePoint &et, Axes *ref, CartState &starg)
AST_SPICE_CAPI errc_t	spkssb (int targ, double et, const char *ref, CartState &starg)
errc_t	stelab (const Vector3d &pobj, const Vector3d &vobs, Vector3d &appobj)
errc_t	stlabx (const Vector3d &pobj, const Vector3d &vobs, Vector3d &appobj)
errc_t	tipbod (Axes *ref, CelestialBody *body, const TimePoint &et, Matrix3d &tipm)
AST_SPICE_CAPI errc_t	tipbod (const char *ref, int body, double et, Matrix3d &tipm)
errc_t	utc2et (StringView utcstr, double &et)
AST_SPICE_CAPI errc_t	utc2et (const char *utcstr, double &et)
void	vrotv (const Vector3d &v, const Vector3d &axis, double theta, Vector3d &r)
AST_SPICE_API void	spkgeo (CelestialBody *targ, const TimePoint &et, Axes *ref, CelestialBody *obs, CartState &state, double *lt=nullptr)
AST_SPICE_API void	spkgps (CelestialBody *targ, const TimePoint &et, Axes *ref, CelestialBody *obs, Vector3d &pos, double *lt=nullptr)
std::shared_ptr< StartupConfig >	aTestLoadConfig ()
StartupConfig *	aTestGetConfig ()
ValueView	aTestGetConfigValue (StringView key)
std::vector< std::string >	aTestGetConfigStringVector (StringView key)
std::vector< StringView >	aTestGetConfigStringViewVector (StringView key)
errc_t	aTestJsonParse (StringView json)
errc_t	aTestScriptParse (StringView script)
errc_t	aTestScriptSyntaxError (StringView str)
errc_t	aTestScriptEvalRuntimeError (StringView str)
errc_t	aTestScriptEvalBool (StringView str, bool expectValue)
errc_t	aTestScriptEvalInt (StringView str, int expectedValue)
errc_t	aTestScriptEvalDouble (StringView str, double expectedValue)
errc_t	aTestScriptEvalString (StringView str, StringView expectedValue)
errc_t	aTestScriptEvalQuantity (StringView str, const Quantity &expectedValue)
template<typename T >
errc_t	aTestScriptEval (StringView str, T expectedValue)
template<>
errc_t	aTestScriptEval< bool > (StringView str, bool expectedValue)
template<>
errc_t	aTestScriptEval< int > (StringView str, int expectedValue)
template<>
errc_t	aTestScriptEval< double > (StringView str, double expectedValue)
template<>
errc_t	aTestScriptEval< StringView > (StringView str, StringView expectedValue)
template<>
errc_t	aTestScriptEval< Quantity > (StringView str, Quantity expectedValue)
errc_t	aTestSerializeCpp (Object *object)
errc_t	aTestWithEmptyEphemeris (Mover &mover)
errc_t	aTestFromSTKFile (StringView filepath)
A_ALWAYS_INLINE IdentifierTable &	getIdentifierTable ()
Identifier *	aIdentifier (const std::string &str)
Identifier *	aIdentifier (const StringView &str)
Identifier *	aIdentifier (const char *str, size_t len)
A_ALWAYS_INLINE Identifier *	aIdentifier (const char *str)
NetworkInterface *	aNetworkGetImplDefault ()
errc_t	aNetworkSetImpl (ENetworkImplType impltype)
void	aNetworkSetImpl (NetworkInterface *impl)
errc_t	aNetworkRequest (const NetworkRequest &request, NetworkResponse &response)
bool	aMethodAllowsBody (const std::string &method)
int	aParsePort (const std::string &portStr, int defaultPort)
char *	fgetlinetrim (char *buffer, int size, FILE *file)
bool	aIsHashCommentLine (StringView line)
JsonValue	operator""_json (const char *str, size_t len)
errc_t	aParseBool (StringView str, bool &value)
errc_t	aParseInt (StringView str, int &value)
errc_t	_aParseInt_LibC_1 (StringView str, int &value)
errc_t	_aParseInt_LibC_2 (StringView sv, int &value)
errc_t	_aParseInt_LibC_3 (StringView sv, int &value)
errc_t	_aParseInt_Simple (StringView str, int &value)
errc_t	_aParseInt_StringStream (StringView str, int &value)
errc_t	_aParseInt_Scanf (StringView str, int &value)
errc_t	aParseDouble (StringView str, double &value)
errc_t	aParseFortranDouble (StringView str, double &value)
errc_t	_aParseFortranDouble_1 (StringView sv, double &value)
errc_t	_aParseFortranDouble_2 (StringView sv, double &value)
errc_t	_aParseDouble_LibC_1 (StringView str, double &value)
errc_t	_aParseDouble_LibC_3 (StringView sv, double &value)
errc_t	_aParseDouble_LibC_2 (StringView sv, double &value)
errc_t	_aParseDouble_StringStream (StringView str, double &value)
errc_t	_aParseDouble_Scanf (StringView str, double &value)
errc_t	aParseColor (StringView str, Color &value)
void	aFormatBool (bool value, std::string &str)
errc_t	aFormatInt (int value, std::string &str)
errc_t	aFormatDouble_Printf (double value, std::string &str, int precision)
errc_t	aFormatDouble (double value, std::string &str, int precision=kDefaultFormatDoubleEps)
errc_t	aFormatColor (Color value, std::string &str)
A_ALWAYS_INLINE std::string	aFormatBool (bool value)
A_ALWAYS_INLINE std::string	aFormatInt (int value)
A_ALWAYS_INLINE std::string	aFormatDouble (double value, int precision=kDefaultFormatDoubleEps)
A_ALWAYS_INLINE std::string	aFormatColor (Color value)
A_ALWAYS_INLINE bool	aParseBool (StringView str)
A_ALWAYS_INLINE int	aParseInt (StringView str)
A_ALWAYS_INLINE double	aParseDouble (StringView str)
A_ALWAYS_INLINE double	aParseFortranDouble (StringView str)
A_ALWAYS_INLINE Color	aParseColor (StringView str)
A_ALWAYS_INLINE errc_t	aFormatScalar (double value, std::string &str)
A_ALWAYS_INLINE errc_t	aFormatScalar (int value, std::string &str)
A_ALWAYS_INLINE void	aFormatScalar (bool value, std::string &str)
A_ALWAYS_INLINE std::string	aFormatScalar (double value)
A_ALWAYS_INLINE std::string	aFormatScalar (int value)
A_ALWAYS_INLINE std::string	aFormatScalar (bool value)
void	cprintf (Color color, const char *format,...)
EEndian	aGetEndian ()
bool	aIsCI ()
bool	aIsGithubCI ()
bool	aIsGitlabCI ()
bool	aTerminalSupportColor ()
StringView	aProjectName ()
bool	is_term (int fd)
bool	is_file (int fd)
bool	aIsTerminal (FILE *file)
bool	aIsFile (FILE *file)
bool	aStdInIsTerminal ()
bool	aStdInIsFile ()
bool	aStdOutIsTerminal ()
bool	aStdOutIsFile ()
bool	aStdErrIsTerminal ()
bool	aStdErrIsFile ()
std::string	_aFileParentDir (StringView filepath_)
std::string	aGetModulePathFromAddress (void *addr)
std::string	aLibDir ()
std::string	aExeDir ()
std::string	aLibPath ()
std::string	aExePath ()
bool	aCanDisplayGUI ()
int	ast_printf (const char *format,...)
int	aCurrentLineNumber (std::FILE *file)
errc_t	aGetFilePath (std::FILE *file, std::string &filepath)
A_ALWAYS_INLINE std::FILE *	ast_fopen (const char *filepath, const char *mode)
A_ALWAYS_INLINE FILE *	ast_freopen (const char *filepath, const char *mode, FILE *stream)
A_ALWAYS_INLINE int	ast_vprintf (const char *format, va_list args)
A_ALWAYS_INLINE std::string	aGetFilePath (std::FILE *file)
void *	_aLoadLibrary (const char *filepath)
void *	aLoadLibrary (const char *filepath)
void *	aGetProcAddress (void *lib, const char *funcName)
void *	aResolveProcAddress (const char *filepath, const char *funcName)
errc_t	aFreeLibrary (void *lib)
const char *	aGetLoadError ()
A_ALWAYS_INLINE int	stricmp (const char *str1, const char *str2)
A_ALWAYS_INLINE int	strnicmp (const char *str1, const char *str2, size_t n)
errc_t	aUiEditObject (Object *object)
Object *	aUiSelectObject (StringView typeName)
std::string	aDimName (EDimension dimension)
const char *	aNumberToSuperscript (int number)
std::string	aDimBasicSymbol (EDimension dimension)
std::string	aDimSymbol (EDimension dimension)
template<typename T >
constexpr int	dim_get_exponent (T dimension, int idx) noexcept
template<typename T >
A_CONSTEXPR_CXX14 EDimension	dim_set_exponent (T dimension, int idx, int exponent) noexcept
template<typename T >
constexpr int	dim_get_sum_abs_exponent (T dimension) noexcept
template<typename T >
constexpr dimension_t	dim_product (T dim1, T dim2) noexcept
template<typename T >
constexpr dimension_t	dim_divide (T dim1, T dim2) noexcept
template<typename T >
constexpr dimension_t	dim_pow (T dimension, int n) noexcept
template<typename T >
constexpr dimension_t	dim_invert (T dimension) noexcept
constexpr EDimension	operator* (EDimension dim1, EDimension dim2) noexcept
constexpr EDimension	operator/ (EDimension dim1, EDimension dim2) noexcept
A_CONSTEXPR_CXX14 bool	aDimIsBase (EDimension dimension) noexcept
A_CONSTEXPR_CXX14 bool	aDimIsDerived (EDimension dimension) noexcept
A_CONSTEXPR_CXX14 bool	aDimIsUnit (EDimension dimension) noexcept
void	aQuantityReduce (Quantity &q)
Quantity	aQuantityAdd (const Quantity &q1, const Quantity &q2)
Quantity	aQuantitySub (const Quantity &q1, const Quantity &q2)
Quantity	aQuantityMul (const Quantity &q1, const Quantity &q2)
Quantity	aQuantityMul (const Quantity &q, const Unit &unit)
Quantity	aQuantityDiv (const Quantity &q1, const Quantity &q2)
Quantity	aQuantityDiv (const Quantity &q, const Unit &unit)
std::string	aQuantityToString (const Quantity &q)
Quantity	operator* (double value, const Unit &unit)
A_ALWAYS_INLINE std::string	aFormatQuantity (const Quantity &q)
Quantity	operator* (double value, const Quantity &q)
Quantity	operator/ (double value, const Quantity &q)
errc_t	aQuantityParse (StringView str, double &magnitude, Unit &unit)
errc_t	aQuantityParse (StringView str, Quantity &quantity)
Quantity	aQuantityParse (StringView str)
Unit	unit_multiply (const Unit &unit1, const Unit &unit2)
Unit	unit_divide (const Unit &unit1, const Unit &unit2)
Unit	unit_power (const Unit &unit, int exponent)
void	unit_setname (Unit &unit, StringView name)
Unit	aUnitMultiply (const Unit &unit1, const Unit &unit2)
Unit	aUnitMultiply (const Unit &unit1, const Unit &unit2, StringView newname)
Unit	aUnitDivide (const Unit &unit1, const Unit &unit2)
Unit	aUnitDivide (const Unit &unit1, const Unit &unit2, StringView newname)
Unit	aUnitPower (const Unit &unit, int exponent)
Unit	aUnitPower (const Unit &unit, int exponent, StringView newname)
Unit	aUnitInvert (const Unit &unit)
Unit	aUnitInvert (const Unit &unit, StringView newname)
void	aUnitFactorize (const Unit &unit, Unit &newUnit, double &scale)
void	aUnitFactorize (Unit &unit, double &scale)
Unit *	aUnitGet (StringView name)
Unit *	aUnitGetSI (Dimension dim)
Unit *	aUnitGetDefault (Dimension dim)
errc_t	aUnitAdd (const Unit &unit)
errc_t	aUnitAdd (StringView name, const Unit &unit)
std::vector< Unit >	aUnitsGetByDimension (Dimension dim)
errc_t	aUnitParse (StringView str, Unit &unit)
Unit	aUnitParse (StringView str)
template<typename T >
T	aobject_cast (Object *obj)
void	aAddObjectLinker (ObjectLinker *linker)
errc_t	aObject_ResolveLinks (Object *object)
errc_t	aResolveAllLinks ()
template<typename Func >
void	aObject_AddDelayedLink (Object *object, Func func)
errc_t	aFakeGet (const void *container, void *value)
errc_t	aFakeSet (void *container, const void *value)
template<>
std::string	Property::getValue< std::string > (const void *container)
errc_t	aFakeGetByString (const void *container, StringView key, Object *&value)
errc_t	aFakeGetByIndex (const void *container, size_t key, Object *&value)
Property *	_aNewPropertyBool (FPropertyGet getter, FPropertySet setter)
Property *	_aNewPropertyInt (FPropertyGet getter, FPropertySet setter)
Property *	_aNewPropertyDouble (FPropertyGet getter, FPropertySet setter)
Property *	_aNewPropertyString (FPropertyGet getter, FPropertySet setter)
Property *	_aNewPropertyQuantity (FPropertyGet getter, FPropertySet setter, Dimension dimension)
Property *	_aNewPropertyObject (FPropertyGet getter, FPropertySet setter, Class *cls)
template<typename T >
Property *	_aNewProperty (FPropertyGet getter, FPropertySet setter)
template<>
Property *	_aNewProperty< bool > (FPropertyGet getter, FPropertySet setter)
template<>
Property *	_aNewProperty< int > (FPropertyGet getter, FPropertySet setter)
template<>
Property *	_aNewProperty< double > (FPropertyGet getter, FPropertySet setter)
template<>
Property *	_aNewProperty< std::string > (FPropertyGet getter, FPropertySet setter)
template<typename T , typename MemberType , MemberType T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyMem ()
template<typename T , typename Ret , Ret(T::*)() const Getter>
A_ALWAYS_INLINE Property *	aNewPropertyReadOnly ()
template<typename T , typename Ret , Ret(T::*)() const Getter, void(T::*)(Ret) Setter>
A_ALWAYS_INLINE Property *	aNewProperty ()
template<typename T , typename Ret , Ret(T::*)() const Getter, errc_t(T::*)(Ret) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyWithError ()
template<typename T , double T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyQuantity (Dimension dim)
template<typename T , double(T::*)() const Getter, void(T::*)(double) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyQuantity (Dimension dim)
template<typename T , double(T::*)() const Getter, errc_t(T::*)(double) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyQuantityWithError (Dimension dim)
template<typename T , typename ObjectType , ObjectType *T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyObject ()
template<typename T , typename ObjectType , ObjectType *(T::*)() const Getter, void(T::*)(ObjectType *) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyObject ()
template<typename T , typename ObjectType , ObjectType *(T::*)() const Getter, errc_t(T::*)(ObjectType *) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyObjectWithError ()
template<typename T , bool T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyBoolMem ()
template<typename T , int T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyIntMem ()
template<typename T , double T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyDoubleMem ()
template<typename T , std::string T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyStringMem ()
template<typename T , bool T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyBool ()
template<typename T , int T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyInt ()
template<typename T , double T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyDouble ()
template<typename T , std::string T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyString ()
template<typename T , double T::* Member>
A_ALWAYS_INLINE Property *	aNewPropertyQuantityMem (Dimension dim)
template<typename T , bool(T::*)() const Getter, void(T::*)(bool) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyBool ()
template<typename T , int(T::*)() const Getter, void(T::*)(int) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyInt ()
template<typename T , double(T::*)() const Getter, void(T::*)(double) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyDouble ()
template<typename T , const std::string &(T::*)() const Getter, void(T::*)(StringView) Setter>
A_ALWAYS_INLINE Property *	aNewPropertyString ()
void	aGetAllClassNames (std::vector< std::string > &names)
const std::unordered_map< std::string, Class * > &	aGetAllClasses ()
Class *	aGetClass (StringView name)
bool	aIsVirtualClass (StringView name)
void	aRegisterClass (Class *cls, StringView name=StringView())
Object *	aGetClassDefaultObject (StringView name)
Object *	aGetClassDefaultObject (Class *cls)
Object *	aNewObject (StringView typeName, Object *parentScope=nullptr)
void	aDeleteObject (Object *obj)
SharedPtr< Object >	aMakeObject (StringView name, Object *parentScope=nullptr)
Object *	aResolveObject (StringView value, Class *cls=nullptr)
Object *	aGetObject (uint32_t id)
uint32_t	aAddObject (Object *object)
errc_t	aRemoveObject (Object *object)
void	aRemoveAllObjects ()
int	aGetObjectCount ()
std::vector< Object * >	aFindObjects (Class *cls, StringView name=StringView())
Object *	aFindObject (Class *cls, StringView name=StringView())
errc_t	aSetParentScope (Object *obj, Object *parentScope)
Object *	aGetParentScope (Object *obj)
Object *	aGetAncestorScope (Object *obj, Class *cls)
std::vector< Object * >	aGetAllObjects ()
void	aPrintAllObjects ()
Object *	aFindChild (Object *parentScope, Class *cls=nullptr, StringView name=StringView())
errc_t	aFindChildren (Object *parentScope, Class *cls, StringView name, std::vector< Object * > &children)
std::vector< Object * >	aFindChildren (Object *parentScope, Class *cls=nullptr, StringView name=StringView())
void	aPrintObject (Object *obj, int indent=0, const ObjectPrintConfig &config=ObjectPrintConfig())
void	aPrintObjectTree (Object *root, int indent=0)
void	aPrintObjectTree (Object *root, int indent, const ObjectPrintConfig &config)
template<typename T >
T *	aNewObject (Object *parentScope=nullptr)
template<typename T >
T	aResolveObject (StringView value)
template<typename T >
T	aFindObject (StringView name=StringView())
template<typename T >
T	aGetAncestorScope (Object *obj)
template<typename T >
T	aFindChild (Object *parentScope, StringView name=StringView())
template<typename T >
NameValuePair< T >	make_nvp (const char *name, T &val)
errc_t	aObjectToCppCode (Object *object, std::string &cppcode)
errc_t	aObjectToCppFile (Object *object, StringView cppfilepath)
errc_t	aObjectSerialize (Object *object, ESerializationFormat format, std::string &output)
errc_t	aObjectDeserialize (const std::string &input, ESerializationFormat format, Object *object)
errc_t	aUtf8ToWide (const char *utf8, std::wstring &wide)
errc_t	aWideToUtf8 (const wchar_t *wide, std::string &utf8)
errc_t	aWideToCRT (const wchar_t *wide, std::string &crt)
errc_t	aCRTToWide (const char *crt, std::wstring &wide)
bool	aCRTIsUTF8 ()
errc_t	aUTF8ToCRT (const char *utf8, std::string &crt)
AST_UTIL_CAPI errc_t	aAnsiToWide (const char *ansi, std::wstring &wide)
AST_UTIL_CAPI errc_t	aWideToAnsi (const wchar_t *wide, std::string &ansi)
AST_UTIL_API std::wstring	aUtf8ToWide (StringView utf8)
AST_UTIL_API std::string	aWideToUtf8 (const wchar_t *wide)
std::string	aCUnescape (StringView source)
std::string	aCEscape (StringView src)
std::string	aQuote (StringView src)
std::string	aUnquote (StringView src)
void	aUnescapeXML (StringView &str, std::string &result)
std::string	aUnescapeXML (StringView src)
template<typename Delimiter >
strings_internal::Splitter< typename strings_internal::SelectDelimiter< Delimiter >::type, strings_internal::AllowEmpty, StringView >	aStrSplit (StringView text, Delimiter delimiter)
template<typename Delimiter , typename Predicate >
strings_internal::Splitter< typename strings_internal::SelectDelimiter< Delimiter >::type, Predicate, StringView >	aStrSplit (StringView text, Delimiter delimiter, Predicate predicate)
template<typename Delimiter >
strings_internal::MaxSplitsImpl< typename strings_internal::SelectDelimiter< Delimiter >::type >	MaxSplits (Delimiter delimiter, int limit)
bool	aEqualsIgnoreCase (StringView piece1, StringView piece2) noexcept
StringView	aStripAsciiWhitespace (StringView str) noexcept
StringView	aStripTrailingAsciiWhitespace (StringView str) noexcept
StringView	aStripLeadingAsciiWhitespace (StringView str) noexcept
std::string	aAsciiStrToLower (StringView str)
std::string	aAsciiStrToUpper (StringView str)
template<typename _Char >
std::basic_ostream< _Char > &	operator<< (std::basic_ostream< _Char > &os, const StringViewBasic< _Char > &sv)
StringView	operator""_sv (const char *str, size_t len) noexcept
WStringView	operator""_sv (const wchar_t *str, size_t len) noexcept
constexpr color_t	rgb (uint8_t r, uint8_t g, uint8_t b)
constexpr color_t	rgba (uint8_t r, uint8_t g, uint8_t b, uint8_t a)
A_CONSTEXPR_CXX14 void	aColorToRGB (color_t color, uint8_t &r, uint8_t &g, uint8_t &b) noexcept
A_CONSTEXPR_CXX14 void	aColorToRGBA (color_t color, uint8_t &r, uint8_t &g, uint8_t &b, uint8_t &a) noexcept
A_ALWAYS_INLINE double	aLightSpeed () noexcept
void	aDebugBreak ()
void	aLogMessageV (ELogLevel level, const MessageLogContext &context, const char *format, va_list ap)
void	aLogMessage (ELogLevel level, const MessageLogContext &context, const char *format,...)
A_ALWAYS_INLINE void	sincos (double x, double *psin, double *pcos)
A_ALWAYS_INLINE SinCos	sincos (double x)
template<typename Scalar >
Scalar	aMax (Scalar a, Scalar b)
template<typename Scalar >
Scalar	aMin (Scalar a, Scalar b)
A_ALWAYS_INLINE double	aNormalizeAngleStart (double angle, double start)
A_ALWAYS_INLINE double	aNormalizeAngle (double angle, double center)
A_ALWAYS_INLINE double	aNormalizeAngle0To2Pi (double angle)
A_ALWAYS_INLINE double	aNormalizeAngleNegPiToPi (double angle)
A_ALWAYS_INLINE double	aNormalizeAngleNeg2PiTo0 (double angle)
A_ALWAYS_INLINE double	rad2deg (double x)
A_ALWAYS_INLINE double	deg2rad (double x)
A_ALWAYS_INLINE double	sind (double x)
A_ALWAYS_INLINE double	cosd (double x)
A_ALWAYS_INLINE double	tand (double x)
A_ALWAYS_INLINE double	asind (double x)
A_ALWAYS_INLINE double	acosd (double x)
A_ALWAYS_INLINE double	atand (double x)
A_ALWAYS_INLINE double	atan2d (double y, double x)
errc_t	aParsePolynomial (StringView content, StringView varname, std::vector< double > &coeffs)
errc_t	aParsePolynomial (StringView content, std::vector< double > &coeffs)
std::string	aFormatPolynomial (const std::vector< double > &coeffs, StringView varname)
A_ALWAYS_INLINE errc_t	aParsePolynomial (StringView content, Polynomial &poly)
A_ALWAYS_INLINE errc_t	aParsePolynomial (StringView content, StringView varname, Polynomial &poly)
errc_t	aDataDirGetDefault (std::string &datadir)
std::string	aDataDirGetDefault ()
errc_t	aDataDir (std::string &datadir)
std::string	aDataDir ()
AST_WEATHER_CAPI double	aAtmDensUSSA1976 (double alt)
A_ALWAYS_INLINE AEP8DataArray &	aep8DataArray ()
double	aep8 (double e, double l, double bb0, int iname)
double	get_flux (double lon, double lat, double height, double energy, double year, int iname)
void	igrf (double lon, double lat, double height, double year, double &xl, double &bbx)
int	igrf13syn (int isv, double date, int itype, double alt, double colat, double elong, double &x, double &y, double &z, double &f)
void	aLagrangeInterpolate (const double arrX[], const double tableY[], int n, int dimy, double x, double *y)
void	aLagrangeInterpolate2 (const double arrX[], const double tableY[], int n, int dimy, double x, double *y)
void	aLagrangeInterpolate (const double arrX[], const double tableY[], int n, int dimy, double x, double *y, double *workArray)
void	aLagrangeInterpolateFixedStep (const double arrX[], const double tableY[], int n, int dimy, double x, double *y, const double *denomArray)
void	aLagrangeInterpolateDenomArray (int n, double step, double *denomArray)

变量
CAstCOMModule	_AtlModule
A_THREAD_LOCAL NutationCache	tNutationCache {std::numeric_limits<double>::quiet_NaN(), 0.0, 0.0, 0.0}
NutationFunc	aNutation = &aNutation_IAU1980_Impl
constexpr size_t	kSizeOfDataContext = sizeof(DataContext)
A_THREAD_LOCAL DataContext *	t_currentDataContext = nullptr
std::unique_ptr< DataContext >	g_defaultDataContext = nullptr
A_THREAD_LOCAL XYSCache	tXYSCache {std::numeric_limits<double>::quiet_NaN(), {0.0, 0.0, 0.0}}
constexpr int	MAX_EXPECTED_LINES = 10000000
const char *	kSpiceUnloadError = "spice library not loaded, call SpiceAPI::load first"
constexpr const char *	kIdentifierPos = "Pos"
constexpr const char *	kIdentifierVel = "Vel"
constexpr const char *	kIdentifierAcc = "Acc"
constexpr const char *	kIdentifierAccTwoBody = "AccTwoBody"
constexpr const char *	kIdentifierAccThirdBody = "AccThirdBody"
constexpr const char *	kIdentifierAccGravity = "AccGravity"
constexpr const char *	kIdentifierAccGravityPert = "AccGravityPert"
constexpr const char *	kIdentifierAccRelativity = "AccRelativity"
constexpr const char *	kIdentifierAccDrag = "AccDrag"
constexpr const char *	kIdentifierAccSRP = "AccSRP"
const int	iii = sizeof(BodyEphemeris)
constexpr double	kTimeDefaultFormatPrecision = 3
constexpr const double	kDefaultRelTol = 1e-14
constexpr const double	kDefaultAbsTol = 1e-12
constexpr const int	kDefaultMaxIter = 100
const double	err_factor = -41.0 / 840.0
const int	num_stage_rkf78 = 13
const double	x [6] = {1,2,3,4,5,6}
const double	y [6][3] = {{1,2,3},{4,5,6},{7,8,9},{10,11,12},{13,14,15},{16,17,18}}
int	int_key
int	int_value
A_THREAD_LOCAL int	key_tl
A_THREAD_LOCAL int	value_tl
EOP	eop
DataContext	context
A_THREAD_LOCAL DataContext	context_tl
std::string	str_value
A_THREAD_LOCAL ScriptContext	tCurrentScriptContext {&gInterpreter}
const char *	OpAssignTypeStr []
const char *	OpUnaryTypeStr []
A_THREAD_LOCAL IterateFunc	tFunc = nullptr
A_THREAD_LOCAL Class *	tType = nullptr
auto	__iterate_registry_initializer
auto	__opbin_registry_initializer
auto	__opunary_registry_initializer
constexpr size_t	dynamic_extent = static_cast<size_t>(-1)
const char *	symbol_separator = aText("\u00b7")
constexpr size_t	sizeof_dimension = sizeof(EDimension)
constexpr size_t	bits_of_dimension = sizeof_dimension * 8
const char *	unit_name_separator = aText("\u00b7")
const std::string	empty
constexpr initial_strong_ref_t	initial_strong_ref {}
constexpr double	kJ1900Epoch = 2415020.0
constexpr double	kJ1950Epoch = 2433282.5
constexpr double	kJ2000Epoch = 2451545.0
constexpr double	kJ2100Epoch = 2488070.0
constexpr double	kB1900Epoch = 2415020.31352
constexpr double	kB1950Epoch = 2433282.42345905
constexpr double	kTTMinusTAI = 32.184
constexpr double	kGPSMinusTAI = 19.0
constexpr double	kTTMinusTAIInDay = 32.184/86400
constexpr double	kMJDRefEpoch = 2400000.5
constexpr double	kPI = 3.141592653589793238462643383279502884197169399375105
constexpr double	kTwoPI = 6.283185307179586476925286766558
constexpr double	kFourPI = 12.566370614359172953850573533116
constexpr double	kHalfPI = 1.5707963267948966192313216916395
constexpr double	kThirdPI = 1.047197551196597746154214461093
constexpr double	kQuarterPI = 0.78539816339744830961566084581975
constexpr double	kSqrPI = 9.869604401089358618834490999873
constexpr double	kAU = 1.49597870691e11
constexpr double	kLightSpeed = 2.99792458e8
constexpr double	kGrav = 6.673e-11
constexpr double	kEarthGrav = 3.986004418e14
constexpr double	kEarthGrav_EGM2008 = 3.986004415e14
constexpr double	kEarthRadius = 6378137.0
constexpr double	kEarthMinRadius = 6.35675231424E6
constexpr double	kEarthFlatFact = 3.35281066475E-3
constexpr double	kEarthSiderealDay = 86164.09054
constexpr double	kEarthSiderealYear = 365.25636
constexpr double	kEarthAngVel = 7.292115146706979e-5
constexpr double	kMoonGrav = 4.9028029535968e+12
constexpr double	kMoonRadius = 1737400.0
constexpr double	kMoonMinRadius = 1737400.0
constexpr double	kJupiterGrav = 1.26712000000000e+017
constexpr double	kJupiterRadius = 7.14920000000000e+007
constexpr double	kJupiterMinRadius = 6.68540000000000e+007
constexpr double	kMarsGrav = 4.28283719012840e+013
constexpr double	kMarsRadius = 3.39700000000000e+006
constexpr double	kMarsMinRadius = 3.37500000000000e+006
constexpr double	kMercuryGrav = 2.20320800000000e+013
constexpr double	kMercuryRadius = 2.43970000000000e+006
constexpr double	kMercuryMinRadius = 2.43970000000000e+006
constexpr double	kNeptuneGrav = 6.87130000000000e+015
constexpr double	kNeptuneRadius = 2.52690000000000e+007
constexpr double	kNeptuneMinRadius = 2.48000000000000e+007
constexpr double	kPlutoGrav = 1.00907600000000e+012
constexpr double	kPlutoRadius = 1.16200000000000e+006
constexpr double	kPlutoMinRadius = 1.16200000000000e+006
constexpr double	kSaturnGrav = 3.79340000000000e+016
constexpr double	kSaturnRadius = 6.02680000000000e+007
constexpr double	kSaturnMinRadius = 5.43640000000000e+007
constexpr double	kSunGrav = 1.327122E20
constexpr double	kSunRadius = 695990000.0
constexpr double	kSunMinRadius = 695990000.0
constexpr double	kUranusGrav = 5.80320000000000e+015
constexpr double	kUranusRadius = 2.55590000000000e+007
constexpr double	kUranusMinRadius = 2.49730000000000e+007
constexpr double	kVenusGrav = 3.24858800000000e+014
constexpr double	kVenusRadius = 6.05190000000000e+006
constexpr double	kVenusMinRadius = 6.05190000000000e+006
constexpr double	kMeterToKilometer = 1.0e-03
constexpr double	kMeterToCentimeter = 1.0e+02
constexpr double	kMeterToMillimeter = 1.0e+03
constexpr double	kMeterToMicroMeter = 1.0e+06
constexpr double	kMeterToNanometer = 1.0e+09
constexpr double	kKilometerToMeter = 1.0e03
constexpr double	kCentimeterToMeter = 1.e-02
constexpr double	kMillimeterToMeter = 1.e-03
constexpr double	kMicroMeterToMeter = 1.e-06
constexpr double	kNanometerToMeter = 1.e-09
constexpr double	kSecToMin = 0.0166666666666666667
constexpr double	kSecToHour = 0.000277777777777777778
constexpr double	kSecToDay = 0.0000115740740740740741
constexpr double	kMinToSec = 60.0
constexpr double	kMinToHour = 0.0166666666666666667
constexpr double	kMinToDay = 0.000694444444444444444
constexpr double	kHourToSec = 3600.0
constexpr double	kHourToMin = 60.0
constexpr double	kHourToDay = 0.0416666666666666667
constexpr double	kDayToSec = 8.64e04
constexpr double	kDayToMin = 1440.0
constexpr double	kDayToHour = 24.0
constexpr double	kMilliSecToSec = 1.0e-03
constexpr double	kMicroSecToSec = 1.0e-06
constexpr double	kNanoSecToSec = 1.0e-09
constexpr double	kPicoSecToSec = 1.0e-12
constexpr double	kSecToMilliSec = 1.0e+03
constexpr double	kSecToMicroSec = 1.0e+06
constexpr double	kSecToNanoSec = 1.0e+09
constexpr double	kSecToPicoSec = 1.0e+12
constexpr double	kDaysPerJulianCentury = 36525.0
constexpr double	kDaysPerJulianYear = 365.25
constexpr double	kSecondsPerDay = 86400.0
constexpr double	kSecondsPerHour = 3600.0
constexpr double	kSecondsPerMinute = 60.0
constexpr double	kSecondsPerJulianYear = 31557600.0
constexpr double	kRadToDeg = 57.2957795130823208767
constexpr double	kDegToRad = 0.017453292519943295769236907684886
constexpr double	kArcSecToRad = 4.848136811095359935899141e-6
constexpr double	kArcMinToRad = 2.9088820866572159615394846141477e-4
constexpr double	kTimeSecToRad = 7.2722052166430399038487115353692e-5
constexpr double	kTimeMinToRad = 0.0043633231299858239423092269212215
constexpr double	kRevolutionToRad = kTwoPI
DataDirFunc	fDataDir {nullptr}

详细描述

@fixme 头文件依赖倒置

ast项目（https://github.com/space-ast/ast） 本项目基于 Apache 2.0 开源许可证分发。 您可在遵守许可证条款的前提下使用、修改和分发本软件。 许可证全文请见：

http://www.apache.org/licenses/LICENSE-2.0

重要须知： 软件按“现有状态”提供，无任何明示或暗示的担保条件。 除非法律要求或书面同意，作者与贡献者不承担任何责任。 使用本软件所产生的风险，需由您自行承担。

本项目基于 Apache 2.0 开源许可证分发。 您可在遵守许可证条款的前提下使用、修改和分发本软件。 许可证全文请见：

http://www.apache.org/licenses/LICENSE-2.0

重要须知： 软件按“现有状态”提供，无任何明示或暗示的担保条件。 除非法律要求或书面同意，作者与贡献者不承担任何责任。 使用本软件所产生的风险，需由您自行承担。

类型定义说明

AEDimension

typedef enum ast::EDimension ast::AEDimension

量纲枚举类

采用enum class，避免隐式转换为算数类型参与运算，应使用量纲的自定义运算符

每个量纲维度由4个bit表示，指数范围为-8到7

枚举类型说明

EBodyAttractionType

enum class ast::EBodyAttractionType

strong

天体引力模型类型

枚举值
eGravity	中心天体重力场模型
ePointMass	中心天体点质量引力模型
eUnknown	未知引力模型类型

EChatRole

enum class ast::EChatRole

strong

消息角色

枚举值
eUser	用户
eAssistant	助手
eSystem	系统
eTool	工具

EConvergenceCriteria

enum class ast::EConvergenceCriteria

strong

收敛准则

枚举值
eEqualityConstraintsWithinTolerance	等式约束在容差范围内

EDeDataCode

enum ast::EDeDataCode

枚举值
eDeMercury	Mercury relative to SS BaryCenter
eDeVenus	Venus relative to SS BaryCenter
eDeEMBaryCenter	EMBaryCenter relative to SS BaryCenter
eDeMars	Mars relative to SS BaryCenter
eDeJupiter	Jupiter relative to SS BaryCenter
eDeSaturn	Saturn relative to SS BaryCenter
eDeUranus	Uranus relative to SS BaryCenter
eDeNeptune	Neptune relative to SS BaryCenter
eDePluto	Pluto relative to SS BaryCenter
eDeMoon	Moon relative to geocenter
eDeSun	Sun relative to SS BaryCenter
eDeNutation	longitude and obliquity (IAU 1980 model) 地球经线章动和倾斜
eDeLibration	月面天平动
eDeLunarAngVel	月面角速度
eDeTT_TDB	(at geocenter)

EDimension

enum class ast::EDimension : dimension_t

strong

量纲枚举类

采用enum class，避免隐式转换为算数类型参与运算，应使用量纲的自定义运算符

每个量纲维度由4个bit表示，指数范围为-8到7

枚举值
eUnit	单位量纲
eLength	长度L (相应的基本单位: m)
eMass	质量M (相应的基本单位: kg)
eTime	时间T (相应的基本单位: s)
eCurrent	电流I (相应的基本单位: A)
eTemperature	温度Θ (相应的基本单位: K)
eAmount	物质量N (相应的基本单位: mol)
eLuminous	发光强度J (相应的基本单位: cd)
eAngle	角度
eAngVel	角速度（别名）
eAngularVelocity	角速度
eArea	面积 L^2
eVolume	体积 L^3
eSpeed	速度 L·T^-1
eAcceleration	加速度 L·T^-2
eForce	力 M·L·T^-2
ePressure	压力 M·L^-1·T^-2
eEnergy	能量 M·L^2·T^-2
ePower	功率 M·L^2·T^-3
eFrequency	频率 T^-1

EEphemerisSource

enum class ast::EEphemerisSource

strong

星历来源

枚举值
eBodyEphemeris	天体星历
eJplDE	JPL DE 星历
eJplSpice	JPL SPICE 星历

EEphemerisType

enum class ast::EEphemerisType

strong

枚举值
eSTKEphemeris	STK格式星历
eSTKBinaryEphemeris	STK二进制格式星历
eCCSDSEphemeris	CCSDS格式星历
eITCEphemeris	ITC格式星历

EFiniteDifferenceMethod

enum class ast::EFiniteDifferenceMethod

strong

有限差分方法

枚举值
eForwardDifference	前向差分
eCentralDifference	中心差分
eBackwardDifference	后向差分

EFOVType

enum class ast::EFOVType

strong

视场类型枚举

枚举值
eSimpleCone	简单圆锥视场
eConical	复杂圆锥视场
eHalfPower	半功率视场
eRectangular	矩形视场
eSAR	合成孔径雷达视场
eCustom	自定义视场

EInterpolationMethod

enum ast::EInterpolationMethod

枚举值
eUnknown	未知插值方法
eLagrange	Lagrange插值

ELogicalOperatorType

enum class ast::ELogicalOperatorType

strong

逻辑运算符类型枚举

枚举值
eAnd	逻辑与
eOr	逻辑或
eNot	逻辑非
eXor	逻辑异或

ENetworkRequestMethod

enum class ast::ENetworkRequestMethod

strong

网络请求方法

定义了网络请求的方法，如 GET、POST、PUT、DELETE 等。

EOrientationType

enum class ast::EOrientationType

strong

轨道面方向描述方式

枚举值
eRAAN	升交点赤经
eLAN	升交点经度

EPositionType

enum class ast::EPositionType

strong

轨道位置描述方式

枚举值
eTrueAnomaly	真近点角
eMeanAnomaly	平近点角
eEccAnomaly	偏近点角
eArgLat	纬度幅角
eTimePastPeri	过近地点后经过的时间
eTimePastAscNode	过升交点后经过的时间
eTimeOfPeriPassage	过近地点时刻
eTimeOfAscNodePassage	过升交点时刻

ERelationalOperatorType

enum class ast::ERelationalOperatorType

strong

关系运算符类型枚举

枚举值
eEqual	等于
eNotEqual	不等于
eGreaterThan	大于
eLessThan	小于
eGreaterOrEqual	大于等于
eLessOrEqual	小于等于

EScaleControls

enum class ast::EScaleControls

strong

控制变量缩放方式

枚举值
eByInitialValue	由初始值缩放

EScaleGoals

enum class ast::EScaleGoals

strong

控制变量缩放目标

枚举值
eByDesiredValue	由期望值缩放

EScriptLanguage

enum class ast::EScriptLanguage

strong

脚本类型

枚举值
ePython	Python 脚本
eMATLAB	MATLAB 脚本
eJavaScript	JavaScript 脚本
eJScript	JScript 脚本
eVBScript	VBScript 脚本
eJulia	Julia 脚本
eLua	Lua 脚本
eAstScript	AstScript 脚本

ESerializationFormat

enum class ast::ESerializationFormat

strong

序列化格式枚举

枚举值
eJson	JSON格式
eXml	XML格式
eCpp	C++代码
eJava	Java代码
ePython	Python代码

EShapeType

enum class ast::EShapeType

strong

轨道形状描述方式

枚举值
eEcc	偏心率
eApoAlt	远地点高度
eApoRad	远地点半径
ePeriAlt	近地点高度
ePeriRad	近地点半径

ESizeType

enum class ast::ESizeType

strong

轨道大小描述方式

枚举值
eSMA	半长轴
eApoAlt	远地点高度
eApoRad	远地点半径
ePeriAlt	近地点高度
ePeriRad	近地点半径
ePeriod	周期
eMeanMotion	平均角速度

EStateType

enum class ast::EStateType

strong

状态类型

枚举值
eCartesian	笛卡尔状态
eKeplerian	开普勒状态
eUnknown	未知状态类型

ETLESource

enum class ast::ETLESource

strong

枚举值
eFile	来自文件
eEdited	来自编辑
eServer	来自服务器

EXMLNodeType

enum class ast::EXMLNodeType

strong

枚举值
eElement	元素节点
eText	文本节点
eComment	注释节点
eCDATA	CDATA节点
eDocType	文档类型节点

函数说明

_aLoadAntennaExtensions()

errc_t ast::_aLoadAntennaExtensions	(	BKVParser &	parser,
		Antenna &	antenna )

加载天线扩展设置

参数

parser	BKV解析器
antenna	天线引用

返回

错误码

_aLoadAntennaPattern()

errc_t ast::_aLoadAntennaPattern	(	BKVParser &	parser,
		Antenna &	antenna )

加载天线模式设置

参数

parser	BKV解析器
antenna	天线引用

返回

错误码

_aLoadAntennaPointing()

errc_t ast::_aLoadAntennaPointing	(	BKVParser &	parser,
		Antenna &	antenna )

加载天线指向设置

参数

parser	BKV解析器
antenna	天线引用

返回

错误码

_aLoadDefinition()

errc_t ast::_aLoadDefinition	(	BKVParser &	parser,
		Chain &	chain )

加载定义设置

参数

parser	BKV解析器
chain	链对象引用

返回

错误码

_aLoadExtensions() [1/2]

errc_t ast::_aLoadExtensions	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载扩展设置

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadExtensions() [2/2]

errc_t ast::_aLoadExtensions	(	BKVParser &	parser,
		Chain &	chain )

加载扩展设置

参数

parser	BKV解析器
chain	链对象引用

返回

错误码

_aLoadFacilityCentroidPosition()

errc_t ast::_aLoadFacilityCentroidPosition	(	BKVParser &	parser,
		Facility &	facility )

加载设施位置信息

参数

parser	BKV解析器
facility	设施引用

返回

错误码

_aLoadFacilityConstraints()

errc_t ast::_aLoadFacilityConstraints	(	BKVParser &	parser,
		Facility &	facility )

加载设施约束条件

参数

parser	BKV解析器
facility	设施引用

返回

错误码

_aLoadFacilityExtensions()

errc_t ast::_aLoadFacilityExtensions	(	BKVParser &	parser,
		Facility &	facility )

加载设施扩展属性

参数

parser	BKV解析器
facility	设施引用

返回

错误码

_aLoadFacilityGfx()

errc_t ast::_aLoadFacilityGfx	(	BKVParser &	parser,
		Facility &	facility )

加载设施图形属性

参数

parser	BKV解析器
facility	设施引用

返回

错误码

_aLoadFilterSettings()

errc_t ast::_aLoadFilterSettings	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载过滤设置

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadGlobalEllipsoidProperties()

errc_t ast::_aLoadGlobalEllipsoidProperties	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载全局椭球属性

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadInterval()

errc_t ast::_aLoadInterval	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载时间间隔设置

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadLogFileSettings()

errc_t ast::_aLoadLogFileSettings	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载日志文件设置

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadPrimaries()

errc_t ast::_aLoadPrimaries	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载主要对象设置

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadProbabilityData()

errc_t ast::_aLoadProbabilityData	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载概率数据

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadRadarExtensions()

errc_t ast::_aLoadRadarExtensions	(	BKVParser &	parser,
		Radar &	radar )

加载雷达扩展设置

参数

parser	BKV解析器
radar	雷达引用

返回

错误码

_aLoadRadarPattern()

errc_t ast::_aLoadRadarPattern	(	BKVParser &	parser,
		Radar &	radar )

加载雷达模式设置

参数

parser	BKV解析器
radar	雷达引用

返回

错误码

_aLoadRadarPointing()

errc_t ast::_aLoadRadarPointing	(	BKVParser &	parser,
		Radar &	radar )

加载雷达指向设置

参数

parser	BKV解析器
radar	雷达引用

返回

错误码

_aLoadRadarProcessing()

errc_t ast::_aLoadRadarProcessing	(	BKVParser &	parser,
		Radar &	radar )

加载雷达处理设置

参数

parser	BKV解析器
radar	雷达引用

返回

错误码

_aLoadRelationFile()

errc_t ast::_aLoadRelationFile	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载关系文件设置

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadSecondaries()

errc_t ast::_aLoadSecondaries	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载次要对象设置

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aLoadSensorExtensions()

errc_t ast::_aLoadSensorExtensions	(	BKVParser &	parser,
		Sensor &	sensor )

加载传感器扩展信息

参数

parser	BKV解析器
sensor	传感器引用

返回

错误码

_aLoadSensorLocation()

errc_t ast::_aLoadSensorLocation	(	BKVParser &	parser,
		Sensor &	sensor )

加载传感器位置信息

参数

parser	BKV解析器
sensor	传感器引用

返回

错误码

_aLoadSensorOptics()

errc_t ast::_aLoadSensorOptics	(	BKVParser &	parser,
		Sensor &	sensor )

加载传感器光学信息

参数

parser	BKV解析器
sensor	传感器引用

返回

错误码

_aLoadSensorPattern()

errc_t ast::_aLoadSensorPattern	(	BKVParser &	parser,
		Sensor &	sensor )

加载传感器配置

参数

parser	BKV解析器
sensor	传感器引用

返回

错误码

_aLoadSensorPointing()

errc_t ast::_aLoadSensorPointing	(	BKVParser &	parser,
		Sensor &	sensor )

加载传感器指向信息

参数

parser	BKV解析器
sensor	传感器引用

返回

错误码

_aLoadSSCHardBodyRadFile()

errc_t ast::_aLoadSSCHardBodyRadFile	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载SSC硬体半径文件设置

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

_aNewProperty< TimePoint >()

template<>

A_ALWAYS_INLINE Property * ast::_aNewProperty< TimePoint >	(	FPropertyGet	getter,
		FPropertySet	setter )

创建一个时间点属性

警告

本函数为内部函数，不建议直接调用。

参数

getter	获取属性值的函数指针
setter	设置属性值的函数指针

返回

Property* 属性指针

_aNewPropertyTimePoint()

AST_CORE_CAPI Property * ast::_aNewPropertyTimePoint	(	FPropertyGet	getter,
		FPropertySet	setter )

创建一个时间点属性

警告

本函数为内部函数，不建议直接调用。

参数

getter	获取属性值的函数指针
setter	设置属性值的函数指针

返回

Property* 属性指针

_aSkipUnknownBlock()

void ast::_aSkipUnknownBlock	(	BKVParser &	parser,
		StringView	blockName )

跳过未知块

跳过未知块，直到遇到指定块名

参数

parser	BKVParser
blockName	块名

返回

errc_t 错误码

aAddObjectLinker()

AST_UTIL_CAPI void ast::aAddObjectLinker

(

ObjectLinker *

linker

)

添加对象延迟链接

linker 对象延迟链接指针

返回

void

aAgentSystemPrompt()

const char * ast::aAgentSystemPrompt

(

)

获取智能体系统提示

返回

智能体系统提示

aChat() [1/2]

AST_AI_API std::string ast::aChat

(

StringView

message

)

聊天接口

参数

message

消息内容

注解

该接口会阻塞调用，直到收到响应或超时

返回

响应内容

aChat() [2/2]

AST_AI_API errc_t ast::aChat	(	StringView	message,
		std::string &	response )

聊天接口

参数

message	消息内容
response	响应内容

返回

错误码

注解

该接口会阻塞调用，直到收到响应或超时

aChatClearAllMessages()

AST_AI_API void ast::aChatClearAllMessages

(

)

清除所有聊天消息

注解

该接口会清空所有聊天消息，包括系统提示

aChatClearMessages()

AST_AI_API void ast::aChatClearMessages

(

)

清除聊天消息历史

注解

该接口会清空所有聊天消息，不包括系统提示

aCheckFloatingBehaviorIEEE754()

bool ast::aCheckFloatingBehaviorIEEE754

(

)

检测浮点模式中特殊值行为是否符合IEEE754规范

返回

aClassJsonSchema()

AST_AI_API JsonValue ast::aClassJsonSchema	(	Class *	cls,
		int	maxDepth = 20 )

获取类的JSON Schema

参数

cls	类指针
maxDepth	最大递归深度

返回

类的JSON Schema

aClassSTKExtension()

AST_LOADER_API StringView ast::aClassSTKExtension

(

StringView

objectType

)

获取对象文件扩展名

objectType 对象类型

返回

文件扩展名，例如 "sc", "sa", "fa", "sn"

aColMajorMatrixPrint()

AST_MATH_CAPI void ast::aColMajorMatrixPrint	(	const double *	matrix,
		int	rows,
		int	cols,
		FILE *	file = stdout )

打印列主序矩阵到文件

参数

matrix	列主序矩阵
rows	矩阵行数
cols	矩阵列数
file	输出文件指针，默认打印到标准输出

aColMajorMatrixToString()

AST_MATH_API std::string ast::aColMajorMatrixToString	(	const double *	matrix,
		int	rows,
		int	cols )

将列主序矩阵转换为字符串

参数

matrix	列主序矩阵
rows	矩阵行数
cols	矩阵列数

返回

矩阵字符串表示

aComObjectRoot()

AST_COM_CAPI IDispatch * ast::aComObjectRoot

(

)

获取根对象的COM接口

用于获取根对象的COM接口，用于调用根对象的方法

返回

IUnknown* 根对象的COM接口指针

注解

调用者负责释放返回的COM接口指针

参见

CObjectRoot

aCreateObject()

std::string ast::aCreateObject

(

const JsonValue &

arguments

)

创建对象

参数

arguments

创建对象参数

返回

创建对象结果

aCreateObjectParamSchema()

JsonValue ast::aCreateObjectParamSchema

(

)

创建对象的参数结构定义

返回

创建对象参数结构定义

aCUnescape()

AST_UTIL_API std::string ast::aCUnescape

(

StringView

source

)

解析C风格转义序列

解析'source'字符串中的C风格转义序列，将它们替换为对应的字符

参数

source

要解析的源字符串

返回

解析后的字符串

aEarthRotationAngle_IAU2000()

AST_CORE_CAPI double ast::aEarthRotationAngle_IAU2000

(

const TimePoint &

tp

)

计算给定时间点的地球自转角度，依据IAU2000规范

参考SOFA函数 iauEra00

参数

[in]

tp

时间点

返回

对应时间点的地球自转角度（弧度）

aEarthRotationAngleUT1_IAU2000()

AST_CORE_CAPI double ast::aEarthRotationAngleUT1_IAU2000

(

const JulianDate &

jdUT1

)

计算给定UT1时间的地球自转角度，依据IAU2000规范

参考SOFA函数 iauEra00

参数

[in]

jdUT1

UT1时间（儒略日）

返回

对应UT1时间的地球自转角度（弧度）

aEquationOfEquinoxes_IAU1994() [1/2]

A_ALWAYS_INLINE double ast::aEquationOfEquinoxes_IAU1994

(

const TimePoint &

tp

)

直接将TT作为TDB使用是可行的吗？

aEquationOfEquinoxes_IAU1994() [2/2]

AST_CORE_CAPI double ast::aEquationOfEquinoxes_IAU1994

(

double

t

)

计算给定时间点的赤经章动，依据IAU1994规范

赤经章动是真春分点平春分点之间的时角差， 用于将格林尼治平恒星时（GMST）转换为格林尼治视恒星时（GAST） 公式：GAST = GMST + Equation Of Equinoxes

参考SOFA函数 iauEqeq94

参数

[in]

t

与J2000.0 TDB 的时间差（儒略世纪）

返回

赤经章动（弧度）

aExecuteCommand() [1/2]

AST_CMD_API errc_t ast::aExecuteCommand

(

StringView

cmd

)

执行命令

参数

cmd

命令字符串

返回

错误码

aExecuteCommand() [2/2]

AST_CMD_API errc_t ast::aExecuteCommand	(	StringView	cmd,
		CommandResult &	result )

执行命令并返回结果

参数

cmd	命令字符串
result	命令执行结果

返回

错误码

aFindClasses()

std::string ast::aFindClasses

(

const JsonValue &

arguments

)

查找类

参数

arguments

查找类参数

返回

查找类结果

aFindClassesParamSchema()

JsonValue ast::aFindClassesParamSchema

(

)

查找类的参数结构定义

返回

查找类参数结构定义

aFindObjects()

std::string ast::aFindObjects

(

const JsonValue &

arguments

)

查找对象

参数

arguments

查找对象参数

返回

查找对象结果

aFindObjectsParamSchema()

JsonValue ast::aFindObjectsParamSchema

(

)

查找对象的参数结构定义

返回

查找对象参数结构定义

aFundamentalArguments_IERS2003()

AST_CORE_CAPI void ast::aFundamentalArguments_IERS2003	(	double	t,
		FundamentalArguments &	fundargs )

计算IERS 2003年规范章动理论所涉及的行星基本轨道参数

参考IERS技术手册32(IERS Technical Note 32)的公式 40 和公式 41 https://www.iers.org/IERS/EN/Publications/TechnicalNotes/TechnicalNotes

参数

t	儒略世纪数（Julian Century），以2000年1月1日12:00:00 TDB为基准
fundargs	输出行星基本轨道参数

aFundamentalArguments_IERS2010()

AST_CORE_CAPI void ast::aFundamentalArguments_IERS2010	(	double	t,
		FundamentalArguments &	fundargs )

计算IERS 2010年规范章动理论所涉及的行星基本轨道参数

参考IERS技术手册36(IERS Technical Note 36)的公式5.43和公式5.44 https://www.iers.org/IERS/EN/Publications/TechnicalNotes/TechnicalNotes

参数

t	儒略世纪数（Julian Century），以2000年1月1日12:00:00 TDB为基准
fundargs	输出行星基本轨道参数

aFundamentalArgumentsNormalizeAngle0To2Pi()

AST_CORE_CAPI void ast::aFundamentalArgumentsNormalizeAngle0To2Pi

(

FundamentalArguments &

fundargs

)

归一化章动理论所涉及的行星基本轨道参数的角度到[0, 2π)区间

参数

fundargs

输入输出行星基本轨道参数

aGAST_IAU1994()

AST_CORE_CAPI double ast::aGAST_IAU1994

(

const TimePoint &

tp

)

计算给定时间点的格林尼治视恒星时（GAST），依据IAU1982规范

参考SOFA函数 iauGst94

参数

[in]

tp

时间点

返回

对应时间点的格林尼治视恒星时 GAST（弧度）

aGeometryTransform()

template<typename GeometryType , typename RotationType >

A_ALWAYS_INLINE errc_t ast::aGeometryTransform	(	GeometryType *	source,
		GeometryType *	target,
		const TimePoint &	tp,
		RotationType &	rotation )

计算出源坐标系和目标坐标系的深度， 同时分别填充源坐标系路径和目标坐标系路径。 最后从源坐标系路径和目标坐标系路径的末尾开始比较， 找到第一个相同的坐标系， 则该坐标系为最近公共祖先

假设坐标系的深度不会超过256层， 因此使用了一个256层的栈数组来存储源坐标系路径和目标坐标系路径。 为了避免缓冲区溢出，我们使用uint8_t类型来存储深度

待办事项

在寻找最近公共祖先时，如果出现了超过256层的意外情况（非常非常罕见）， 需要进入动态分配内存的计算模式

待办事项

这里应该可以专门写个函数将 .inverse() * 的计算进行合并

aGetInputPortDataType()

AST_CORE_CAPI int ast::aGetInputPortDataType	(	FuncBlock *	block,
		size_t	portIndex )

获取函数块输入端口数据类型

参考 simulink API的 ssGetInputPortDataType 函数

参数

block	函数块指针
portIndex	输入端口索引

返回

数据类型

aGetInputPortRealSignal()

AST_CORE_CAPI double * ast::aGetInputPortRealSignal	(	FuncBlock *	block,
		size_t	portIndex )

获取函数块输入端口的实数值信号

参考 simulink API的 ssGetInputPortRealSignal 函数

参数

block	函数块指针
portIndex	输入端口索引

返回

实数值指针

aGetInputPortSignal()

AST_CORE_CAPI const void * ast::aGetInputPortSignal	(	FuncBlock *	block,
		size_t	portIndex )

获取函数块输入端口的信号(指向数据的指针)

参考 simulink API的 ssGetInputPortSignal 函数

参数

block	函数块指针
portIndex	输入端口索引

返回

信号(指向数据的指针)

aGetInputPortWidth()

AST_CORE_CAPI int ast::aGetInputPortWidth	(	FuncBlock *	block,
		size_t	portIndex )

获取函数块输入端口的宽度

参考 simulink API的 ssGetInputPortWidth 函数

参数

block	函数块指针
portIndex	输入端口索引

返回

端口宽度

aGetJ2AnalyticalParams()

void ast::aGetJ2AnalyticalParams ( const ModOrbElem & modOrbElem, double gm, double j2, double re, double & meanAnomalyDot, double & raanDot, double & argPeriDot )

extern

参见

J4Analytical.cpp

aGetNumInputPorts()

AST_CORE_CAPI size_t ast::aGetNumInputPorts

(

FuncBlock *

block

)

获取函数块输入端口数量

参考 simulink API的 ssGetNumInputPorts 函数

参数

block

函数块指针

返回

输入端口数量

aGetNumOutputPorts()

AST_CORE_CAPI size_t ast::aGetNumOutputPorts

(

FuncBlock *

block

)

获取函数块输出端口数量

参考 simulink API的 ssGetNumOutputPorts 函数

参数

block

函数块指针

返回

输出端口数量

aGetObjectAttributes()

std::string ast::aGetObjectAttributes

(

const JsonValue &

arguments

)

获取对象属性

参数

arguments

获取对象属性参数

返回

获取对象属性结果

aGetObjectAttributesParamSchema()

JsonValue ast::aGetObjectAttributesParamSchema

(

)

获取对象属性的参数结构定义

返回

获取对象属性参数结构定义

aGetOutputPortDataType()

AST_CORE_CAPI int ast::aGetOutputPortDataType	(	FuncBlock *	block,
		size_t	portIndex )

获取函数块输出端口数据类型

参考 simulink API的 ssGetOutputPortDataType 函数

参数

block	函数块指针
portIndex	输出端口索引

返回

数据类型

aGetOutputPortRealSignal()

AST_CORE_CAPI double * ast::aGetOutputPortRealSignal	(	FuncBlock *	block,
		size_t	portIndex )

获取函数块输出端口的实数值信号

参考 simulink API的 ssGetOutputPortRealSignal 函数

参数

block	函数块指针
portIndex	输出端口索引

返回

实数值指针

aGetOutputPortSignal()

AST_CORE_CAPI void * ast::aGetOutputPortSignal	(	FuncBlock *	block,
		size_t	portIndex )

获取函数块输出端口的信号(指向数据的指针)

参考 simulink API的 ssGetOutputPortSignal 函数

参数

block	函数块指针
portIndex	输出端口索引

返回

信号(指向数据的指针)

aGetOutputPortWidth()

AST_CORE_CAPI int ast::aGetOutputPortWidth	(	FuncBlock *	block,
		size_t	portIndex )

获取函数块输出端口的宽度

参考 simulink API的 ssGetOutputPortWidth 函数

参数

block	函数块指针
portIndex	输出端口索引

返回

端口宽度

aGMST_IAU1982()

AST_CORE_CAPI double ast::aGMST_IAU1982

(

const TimePoint &

tp

)

计算给定时间点的格林尼治平恒星时（GMST），依据IAU1982规范

参考SOFA函数 iauGmst82

参数

[in]

tp

时间点

返回

对应时间点的格林尼治平恒星时 GMST（弧度）

aGMST_UT1_IAU1982()

AST_CORE_CAPI double ast::aGMST_UT1_IAU1982

(

const JulianDate &

jdUT1

)

计算给定UT1时间的格林尼治平恒星时（GMST），依据IAU1982规范

参考SOFA函数 iauGmst82

参数

[in]

jdUT1

UT1时间（儒略日）

返回

对应UT1时间的格林尼治平恒星时 GMST（弧度）

aGravityFieldNormalize()

AST_CORE_CAPI void ast::aGravityFieldNormalize

(

GravityField &

gf

)

归一化重力场

参数

gf

待归一化的重力场

aGravityFieldUnnormalize()

AST_CORE_CAPI void ast::aGravityFieldUnnormalize

(

GravityField &

gf

)

反归一化重力场

参数

gf

待反归一化的重力场

aGuiInit()

AST_GUI_CAPI errc_t ast::aGuiInit

(

)

初始化Gui

返回

errc_t

aGUIInterfaceImpl()

AST_GUI_CAPI GUIInterface * ast::aGUIInterfaceImpl

(

)

获取GUI接口实现类实例

返回

GUI接口实现类实例

aIAUResolutionC7()

double ast::aIAUResolutionC7 ( double om )

inline

IAU Resolution C7

参数

om

返回

aIdentifier() [1/4]

A_ALWAYS_INLINE Identifier * ast::aIdentifier

(

const char *

str

)

创建一个标识符

参数

str

标识符字符串

返回

标识符指针

aIdentifier() [2/4]

AST_UTIL_API Identifier * ast::aIdentifier	(	const char *	str,
		size_t	len )

创建一个标识符

参数

str	标识符字符串
len	标识符字符串长度

返回

标识符指针

aIdentifier() [3/4]

AST_UTIL_API Identifier * ast::aIdentifier

(

const std::string &

str

)

创建一个标识符

参数

str

标识符字符串

返回

标识符指针

aIdentifier() [4/4]

AST_UTIL_API Identifier * ast::aIdentifier

(

const StringView &

str

)

创建一个标识符

参数

str

标识符字符串

返回

标识符指针

aInitAgentSession()

void ast::aInitAgentSession

(

ChatSession &

session

)

初始化智能体会话

参数

session

会话

初始化智能体会话

aInitAgentTools()

void ast::aInitAgentTools

(

ChatTools &

tools

)

初始化智能体工具集合

参数

tools

工具集合

aInitializeByConfig()

errc_t ast::aInitializeByConfig

(

DataContext *

context

)

待办事项

这里获取到的路径可能是相对路径，要处理相对路径问题!

aIsClose()

AST_MATH_CAPI bool ast::aIsClose	(	double	a,
		double	b,
		double	relTol = kDefaultRelTol,
		double	absTol = kDefaultAbsTol )

判断两个数是否接近

参数

a	第一个数
b	第二个数
relTol	相对误差容限
absTol	绝对误差容限

返回

如果两个数接近，则返回true；否则返回false

aLoadAdvCAT() [1/4]

errc_t ast::aLoadAdvCAT	(	BKVParser &	parser,
		AdvCAT &	advCAT )

加载高级CAT对象

参数

parser	BKV解析器
advCAT	高级CAT对象引用

返回

错误码

aLoadAdvCAT() [2/4]

errc_t ast::aLoadAdvCAT	(	BKVParser &	parser,
		StringView	objectType,
		AdvCAT &	advCAT )

加载高级CAT对象

参数

parser	BKV解析器
objectType	对象类型
advCAT	高级CAT对象引用

返回

错误码

aLoadAdvCAT() [3/4]

AST_LOADER_CAPI errc_t ast::aLoadAdvCAT	(	StringView	filepath,
		AdvCAT &	advCAT )

加载高级CAT对象

参数

filepath	文件路径
advCAT	高级CAT对象引用

返回

错误码

从文件加载高级CAT对象

参数

filepath	文件路径
advCAT	高级CAT对象引用

返回

错误码

aLoadAdvCAT() [4/4]

errc_t ast::aLoadAdvCAT	(	StringView	filepath,
		StringView	objectType,
		AdvCAT &	advCAT )

加载高级CAT对象

参数

filepath	文件路径
objectType	对象类型
advCAT	高级CAT对象引用

返回

错误码

aLoadAntenna() [1/4]

errc_t ast::aLoadAntenna	(	BKVParser &	parser,
		Antenna &	antenna )

加载天线对象

参数

parser	BKV解析器
antenna	天线引用

返回

错误码

aLoadAntenna() [2/4]

errc_t ast::aLoadAntenna	(	BKVParser &	parser,
		StringView	objectType,
		Antenna &	antenna )

加载天线对象

参数

parser	BKV解析器
objectType	对象类型
antenna	天线引用

返回

错误码

aLoadAntenna() [3/4]

AST_LOADER_CAPI errc_t ast::aLoadAntenna	(	StringView	filepath,
		Antenna &	antenna )

加载天线对象

参数

filepath	文件路径
antenna	天线引用

返回

错误码

从文件加载天线对象

参数

filepath	文件路径
antenna	天线对象引用

返回

错误码

aLoadAntenna() [4/4]

errc_t ast::aLoadAntenna	(	StringView	filepath,
		StringView	objectType,
		Antenna &	antenna )

加载天线对象

参数

filepath	文件路径
objectType	对象类型
antenna	天线引用

返回

错误码

aLoadAreaTarget()

AST_LOADER_CAPI errc_t ast::aLoadAreaTarget	(	StringView	filepath,
		AreaTarget &	areaTarget )

加载区域目标对象

从文件加载区域目标对象

参数

filepath	文件路径
areaTarget	区域目标对象引用

返回

错误码

aLoadAttitudeCoverage()

AST_LOADER_CAPI errc_t ast::aLoadAttitudeCoverage	(	StringView	filepath,
		AttitudeCoverage &	attitudeCoverage )

加载姿态覆盖对象

从文件加载姿态覆盖对象

参数

filepath	文件路径
attitudeCoverage	姿态覆盖对象引用

返回

错误码

aLoadAttitudeFigureOfMerit()

errc_t ast::aLoadAttitudeFigureOfMerit	(	StringView	filepath,
		AttitudeFigureOfMerit &	attitudeFigureOfMerit )

加载姿态性能指标

参数

filepath	文件路径
attitudeFigureOfMerit	姿态性能指标对象

返回

错误码

aLoadAttribute()

errc_t ast::aLoadAttribute	(	const Value &	value,
		Variable &	var,
		Object *	scope )

加载属性

参数

value	值
var	属性变量
scope	作用域

返回

错误码

aLoadAttributes()

errc_t ast::aLoadAttributes	(	const Value &	value,
		VariableList &	list,
		Object *	scope )

加载属性列表

参数

value	值
list	属性列表
scope	作用域

返回

错误码

注解

该函数会清空已有属性列表

aLoadBody()

AST_CORE_CAPI errc_t ast::aLoadBody	(	StringView	filepath,
		HCelestialBody &	body )

从文件加载一个天体

参数

filepath	- 天体文件路径
body	- 天体指针

返回值

-

错误码

aLoadBurn()

errc_t ast::aLoadBurn	(	const Value &	value,
		SharedPtr< Burn > &	burn )

加载发动机点火

参数

value	值
burn	发动机点火

返回

错误码

aLoadBurnCollocation()

errc_t ast::aLoadBurnCollocation	(	const Value &	value,
		BurnCollocation &	burn )

加载正交配置推力点火

参数

value	值
burn	正交配置推力点火

返回

错误码

aLoadBurnFinite()

errc_t ast::aLoadBurnFinite	(	const Value &	value,
		BurnFinite &	burn )

加载有限推力点火

参数

value	值
burn	有限推力点火

返回

错误码

aLoadBurnImpulsive()

errc_t ast::aLoadBurnImpulsive	(	const Value &	value,
		BurnImpulsive &	burn )

加载脉冲推力点火

参数

value	值
burn	脉冲推力点火

返回

错误码

aLoadCalcObject()

errc_t ast::aLoadCalcObject	(	const Value &	value,
		Variable &	var,
		Object *	scope )

加载计算对象

参数

value	值
var	计算对象变量
scope	作用域

返回

错误码

aLoadCalcObjects()

errc_t ast::aLoadCalcObjects	(	const Value &	value,
		VariableList &	list,
		Object *	scope )

加载计算对象列表

参数

value	值
list	计算对象列表
scope	作用域

返回

错误码

注解

该函数会清空已有计算对象列表

aLoadChain() [1/4]

errc_t ast::aLoadChain	(	BKVParser &	parser,
		Chain &	chain )

加载链对象

参数

parser	BKV解析器
chain	链对象引用

返回

错误码

aLoadChain() [2/4]

errc_t ast::aLoadChain	(	BKVParser &	parser,
		StringView	objectType,
		Chain &	chain )

加载链对象

参数

parser	BKV解析器
objectType	对象类型
chain	链对象引用

返回

错误码

aLoadChain() [3/4]

AST_LOADER_CAPI errc_t ast::aLoadChain	(	StringView	filepath,
		Chain &	chain )

加载链对象

参数

filepath	文件路径
chain	链对象引用

返回

错误码

从文件加载链对象

参数

filepath	文件路径
chain	链对象引用

返回

错误码

aLoadChain() [4/4]

errc_t ast::aLoadChain	(	StringView	filepath,
		StringView	objectType,
		Chain &	chain )

加载链对象

参数

filepath	文件路径
objectType	对象类型
chain	链对象引用

返回

错误码

aLoadCommSystem()

AST_LOADER_CAPI errc_t ast::aLoadCommSystem	(	StringView	filepath,
		CommSystem &	commSystem )

加载通信系统对象

从文件加载通信系统对象

参数

filepath	文件路径
commSystem	通信系统对象引用

返回

错误码

aLoadConstellation()

AST_LOADER_CAPI errc_t ast::aLoadConstellation	(	StringView	filepath,
		Constellation &	constellation )

加载星座对象

从文件加载星座对象

参数

filepath	文件路径
constellation	星座对象引用

返回

错误码

aLoadCoverageDefinition()

AST_LOADER_CAPI errc_t ast::aLoadCoverageDefinition	(	StringView	filepath,
		CoverageDefinition &	coverageDefinition )

加载覆盖定义对象

从文件加载覆盖定义对象

参数

filepath	文件路径
coverageDefinition	覆盖定义对象引用

返回

错误码

aLoadDifferentialCorrectorProfile()

errc_t ast::aLoadDifferentialCorrectorProfile	(	const Value &	value,
		DifferentialCorrectorProfile &	profile )

加载DifferentialCorrector配置

value 值

参数

profile

输出载入的DifferentialCorrector对象

返回

errc_t 加载结果

aLoadFacility() [1/4]

AST_LOADER_API errc_t ast::aLoadFacility	(	BKVParser &	parser,
		Facility &	facility )

加载设施对象

加载设施

参数

parser	BKV解析器
facility	设施引用

返回

错误码

从文件加载设施

参数

parser	BKV解析器
facility	设施引用

返回

错误码

aLoadFacility() [2/4]

AST_LOADER_API errc_t ast::aLoadFacility	(	BKVParser &	parser,
		StringView	objectType,
		Facility &	facility )

加载设施

参数

parser	BKV解析器
objectType	对象类型
facility	设施引用

返回

错误码

aLoadFacility() [3/4]

AST_LOADER_API errc_t ast::aLoadFacility	(	StringView	filepath,
		Facility &	facility )

加载设施

从文件加载设施

aLoadFacility() [4/4]

AST_LOADER_API errc_t ast::aLoadFacility	(	StringView	filepath,
		StringView	objectType,
		Facility &	facility )

加载设施

从文件加载设施

参数

filepath	文件路径
objectType	对象类型
facility	设施引用

返回

错误码

aLoadFigureOfMerit()

errc_t ast::aLoadFigureOfMerit	(	StringView	filepath,
		FigureOfMerit &	figureOfMerit )

加载性能指标对象

参数

filepath	文件路径
figureOfMerit	性能指标对象引用

返回

错误码

aLoadForceModel()

errc_t ast::aLoadForceModel	(	const Value &	value,
		HPOPForceModel &	forceModel )

加载力模型

参数

value	值
forceModel	输出的力模型

返回

错误码

aLoadInitialState() [1/2]

AST_LOADER_API errc_t ast::aLoadInitialState	(	const Value &	value,
		InitialState &	initialState )

从值加载初始状态任务

参数

value	值
initialState	初始状态任务

返回

errc_t 错误码，0表示成功

aLoadInitialState() [2/2]

AST_LOADER_API errc_t ast::aLoadInitialState	(	StringView	filepath,
		InitialState &	initialState )

加载初始状态任务

filepath 初始状态任务的文件路径

参数

initialState

初始状态任务

返回

errc_t 错误码，0表示成功

aLoadLineTarget()

AST_LOADER_CAPI errc_t ast::aLoadLineTarget	(	StringView	filepath,
		LineTarget &	lineTarget )

加载线目标对象

从文件加载线目标对象

参数

filepath	文件路径
lineTarget	线目标对象引用

返回

错误码

aLoadManeuver() [1/2]

AST_LOADER_API errc_t ast::aLoadManeuver	(	const Value &	value,
		Maneuver &	maneuver )

从值加载 maneuver maneuver任务

参数

value	值
maneuver	输出的 maneuver 对象

返回

errc_t 错误码，0表示成功

aLoadManeuver() [2/2]

AST_LOADER_API errc_t ast::aLoadManeuver	(	StringView	filepath,
		Maneuver &	maneuver )

加载 maneuver 任务

参数

filepath	maneuver 文件名
maneuver	输出的 maneuver 对象

返回

errc_t 错误码，0表示成功

aLoadMissionCommand() [1/2]

AST_LOADER_API errc_t ast::aLoadMissionCommand	(	const Value &	value,
		SharedPtr< MissionCommand > &	missionCommand )

从值加载任务命令

参数

value	值
missionCommand	任务命令对象

aLoadMissionCommand() [2/2]

AST_LOADER_API errc_t ast::aLoadMissionCommand	(	StringView	filepath,
		SharedPtr< MissionCommand > &	missionCommand )

从文件加载任务命令

参数

filepath	文件路径
missionCommand	任务命令对象

aLoadMover()

AST_LOADER_CAPI errc_t ast::aLoadMover	(	StringView	filepath,
		Mover &	mover )

加载移动对象

从文件加载移动对象

参数

filepath	文件路径
mover	移动对象引用

返回

错误码

aLoadMTO()

AST_LOADER_CAPI errc_t ast::aLoadMTO	(	StringView	filepath,
		MTO &	mto )

加载多目标对象

从文件加载多目标对象

参数

filepath	文件路径
mto	多目标对象引用

返回

错误码

aLoadNumericalIntegrator()

errc_t ast::aLoadNumericalIntegrator	(	const Value &	value,
		ScopedPtr< ODEIntegrator > &	integrator )

加载数值积分器

参数

value	值
integrator	积分器指针

返回

错误码

aLoadObject()

AST_LOADER_API errc_t ast::aLoadObject	(	StringView	filepath,
		StringView	objectType,
		SharedPtr< Object > &	object )

加载对象

从文件加载对象

参数

filepath	文件路径
object	加载的对象

返回

errc_t 加载结果

加载对象

从文件加载对象

参数

filepath	文件路径
objectType	对象类型
object	加载的对象

返回

errc_t 加载结果

aLoadParameter()

errc_t ast::aLoadParameter	(	const Value &	value,
		Variable &	var )

加载参数

参数

value	值
var	参数变量

返回

错误码

aLoadParameters()

errc_t ast::aLoadParameters	(	const Value &	value,
		VariableList &	list )

加载参数列表

参数

value	值
list	参数列表

返回

错误码

注解

该函数会清空已有参数列表

aLoadPlace()

AST_LOADER_CAPI errc_t ast::aLoadPlace	(	StringView	filepath,
		Place &	place )

加载地点对象

从文件加载地点对象

参数

filepath	文件路径
place	地点对象引用

返回

错误码

aLoadPlanet()

errc_t ast::aLoadPlanet	(	StringView	filepath,
		Planet &	planet )

加载行星对象

参数

filepath	文件路径
planet	行星对象

返回

错误码

aLoadPropagate() [1/2]

AST_LOADER_API errc_t ast::aLoadPropagate	(	const Value &	value,
		Propagate &	propagate )

从值加载 propagate 任务

参数

value	值
propagate	输出的 propagate 对象

返回

errc_t 错误码，0表示成功

aLoadPropagate() [2/2]

AST_LOADER_API errc_t ast::aLoadPropagate	(	StringView	filepath,
		Propagate &	propagate )

加载 propagate 任务

参数

filepath	propagate 文件名
propagate	输出的 propagate 对象

返回

errc_t 错误码，0表示成功

aLoadPropagator() [1/2]

AST_LOADER_API errc_t ast::aLoadPropagator	(	const Value &	value,
		HPOP &	propagator )

载入轨道预报器

参数

value	配置值
propagator	轨道预报器

返回

错误码

aLoadPropagator() [2/2]

AST_LOADER_API errc_t ast::aLoadPropagator	(	StringView	filename,
		HPOP &	propagator )

加载轨道预报器

参数

filename	轨道预报器文件配置文件
propagator	轨道预报器

返回

错误码

aLoadRadar() [1/4]

errc_t ast::aLoadRadar	(	BKVParser &	parser,
		Radar &	radar )

加载雷达对象

参数

parser	BKV解析器
radar	雷达引用

返回

错误码

aLoadRadar() [2/4]

errc_t ast::aLoadRadar	(	BKVParser &	parser,
		StringView	objectType,
		Radar &	radar )

加载雷达对象

参数

parser	BKV解析器
objectType	对象类型
radar	雷达引用

返回

错误码

aLoadRadar() [3/4]

AST_LOADER_CAPI errc_t ast::aLoadRadar	(	StringView	filepath,
		Radar &	radar )

加载雷达对象

参数

filepath	文件路径
radar	雷达引用

返回

错误码

从文件加载雷达对象

参数

filepath	文件路径
radar	雷达对象引用

返回

错误码

aLoadRadar() [4/4]

errc_t ast::aLoadRadar	(	StringView	filepath,
		StringView	objectType,
		Radar &	radar )

加载雷达对象

参数

filepath	文件路径
objectType	对象类型
radar	雷达引用

返回

错误码

aLoadReceiver()

AST_LOADER_CAPI errc_t ast::aLoadReceiver	(	StringView	filepath,
		Receiver &	receiver )

加载接收器对象

从文件加载接收器对象

参数

filepath	文件路径
receiver	接收器对象引用

返回

错误码

aLoadScenario()

AST_LOADER_CAPI errc_t ast::aLoadScenario	(	StringView	filepath,
		Scenario &	scenario )

加载场景

从文件加载场景

参数

filepath	文件路径
scenario	场景引用

返回

错误码

aLoadScriptingToolProfile()

errc_t ast::aLoadScriptingToolProfile	(	const Value &	value,
		ScriptingToolProfile &	profile )

加载脚本工具配置

参数

value	JSON值
profile	脚本工具配置

返回

错误码

注解

该函数用于从JSON值中加载脚本工具配置

aLoadSegment()

errc_t ast::aLoadSegment	(	const Value &	dict,
		Segment &	segment )

加载段的公共属性

参数

dict	段字典
segment	段

返回

错误码

aLoadSensor() [1/4]

errc_t ast::aLoadSensor	(	BKVParser &	parser,
		Sensor &	sensor )

加载传感器对象

参数

parser	BKV解析器
sensor	传感器引用

返回

错误码

aLoadSensor() [2/4]

errc_t ast::aLoadSensor	(	BKVParser &	parser,
		StringView	sensorType,
		Sensor &	sensor )

加载传感器对象

参数

parser	BKV解析器
sensorType	传感器类型
sensor	传感器引用

返回

错误码

aLoadSensor() [3/4]

AST_LOADER_CAPI errc_t ast::aLoadSensor	(	StringView	filepath,
		Sensor &	sensor )

加载传感器对象

参数

filepath	文件路径
sensor	传感器引用

返回

错误码

从文件加载传感器对象

参数

filepath	文件路径
sensor	传感器对象引用

返回

错误码

aLoadSensor() [4/4]

errc_t ast::aLoadSensor	(	StringView	filepath,
		StringView	sensorType,
		Sensor &	sensor )

加载传感器对象

参数

filepath	文件路径
sensorType	传感器类型
sensor	传感器引用

返回

错误码

aLoadSequence() [1/2]

AST_LOADER_API errc_t ast::aLoadSequence	(	const Value &	value,
		Sequence &	sequence )

从值加载序列

参数

value	值
sequence	序列对象

返回

errc_t 错误码，0表示成功

aLoadSequence() [2/2]

AST_LOADER_API errc_t ast::aLoadSequence	(	StringView	filepath,
		Sequence &	sequence )

从文件加载序列

参数

filepath	文件路径
sequence	序列对象

返回

errc_t 错误码，0表示成功

aLoadShooterControl()

errc_t ast::aLoadShooterControl	(	const Value &	value,
		ShooterControl &	control )

加载控制变量

参数

value	值
control	输出的控制变量

返回

错误码

aLoadShooterResult()

errc_t ast::aLoadShooterResult	(	const Value &	value,
		ShooterResult &	result )

加载结果

参数

value	值
result	输出的结果

返回

错误码

aLoadSpacecraftState()

errc_t ast::aLoadSpacecraftState	(	const Value &	value,
		SpacecraftState &	spacecraftState )

加载航天器状态

参数

value	航天器状态值
spacecraftState	航天器状态

返回

错误码

aLoadStar()

errc_t ast::aLoadStar	(	StringView	filepath,
		Star &	star )

加载恒星对象

参数

filepath	文件路径
star	恒星对象

返回

错误码

aLoadSTKEphemeris() [1/3]

AST_CORE_API errc_t ast::aLoadSTKEphemeris	(	BKVParser &	parser,
		HEphemeris &	ephemeris )

加载STK星历文件

参数

parser	BKV解析器
ephemeris	星历句柄

返回

错误码

aLoadSTKEphemeris() [2/3]

AST_CORE_API errc_t ast::aLoadSTKEphemeris	(	BKVParser &	parser,
		ScopedPtr< Ephemeris > &	ephemeris )

加载STK星历文件

参数

parser	BKV解析器
ephemeris	星历句柄

返回

错误码

< 二进制文件名称

< 星历点数

< 场景时间点

< 插值方法

< 插值样本数减1(Minus 1)，相当于插值阶数

< 距离单位的因子

< 天体

< 坐标系

< 位置序列

< 速度序列

< 时间序列

aLoadSTKEphemeris() [3/3]

AST_CORE_API errc_t ast::aLoadSTKEphemeris	(	StringView	filepath,
		HEphemeris &	ephemeris )

加载STK星历文件

参数

filepath	星历文件路径
ephemeris	星历对象

返回

错误码

aLoadTarget()

AST_LOADER_CAPI errc_t ast::aLoadTarget	(	StringView	filepath,
		Target &	target )

加载目标对象

从文件加载目标对象

参数

filepath	文件路径
target	目标对象引用

返回

错误码

aLoadTargeterProfile()

errc_t ast::aLoadTargeterProfile	(	const Value &	value,
		SharedPtr< TargeterProfile > &	profile,
		Object *	scope )

加载目标器配置

参数

value	值
profile	目标器配置

返回

错误码

aLoadTargeterSequence() [1/2]

AST_LOADER_API errc_t ast::aLoadTargeterSequence	(	const Value &	value,
		TargeterSequence &	sequence )

从值加载序列

参数

value	值
sequence	序列对象

返回

errc_t 错误码，0表示成功

aLoadTargeterSequence() [2/2]

AST_LOADER_API errc_t ast::aLoadTargeterSequence	(	StringView	filepath,
		TargeterSequence &	sequence )

从文件加载序列

参数

filepath	文件路径
sequence	序列对象

返回

errc_t 错误码，0表示成功

aLoadTransmitter()

errc_t ast::aLoadTransmitter	(	StringView	filepath,
		Transmitter &	transmitter )

加载发射机对象

参数

filepath	文件路径
transmitter	发射机对象引用

返回

错误码

aLoadValue() [1/2]

AST_LOADER_API errc_t ast::aLoadValue	(	FILE *	file,
		SharedPtr< Value > &	value )

加载值

参数

file	值文件指针
value	加载后的值

返回

错误码

aLoadValue() [2/2]

AST_LOADER_API errc_t ast::aLoadValue	(	StringView	filepath,
		SharedPtr< Value > &	value )

加载值

参数

filepath	值文件路径
value	加载后的值

返回

错误码

aLoadVolumetric()

AST_LOADER_CAPI errc_t ast::aLoadVolumetric	(	StringView	filepath,
		Volumetric &	volumetric )

加载体积对象

从文件加载体积对象

参数

filepath	文件路径
volumetric	体积对象引用

返回

错误码

aMakeEpochAxes() [1/2]

AST_CORE_API HAxes ast::aMakeEpochAxes	(	Axes *	sourceAxes,
		const TimePoint &	tp,
		Axes *	referenceAxes )

创建一个历元轴系

通过指定一个历元时间，使源轴系相对于参考轴系的旋转关系被固定为常数(即不随时间变换) 如果参考轴系是惯性系，则新创建的历元轴系也将是惯性系，例如历元真赤道系、历元平赤道系等 如果参考轴系不是惯性系，则新创建的历元轴系只是与参考轴系保持旋转关系不变(即不随时间变换)，其并不是惯性系

参数

sourceAxes	源轴系
tp	历元时间点
referenceAxes	参考轴系

返回

新的历元轴系统

aMakeEpochAxes() [2/2]

AST_CORE_API HAxes ast::aMakeEpochAxes	(	Axes *	sourceAxes,
		EventTime *	time,
		Axes *	referenceAxes )

创建一个历元轴系

通过指定一个历元时间，使源轴系相对于参考轴系的旋转关系被固定为常数(即不随时间变换) 如果参考轴系是惯性系，则新创建的历元轴系也将是惯性系，例如历元真赤道系、历元平赤道系等 如果参考轴系不是惯性系，则新创建的历元轴系只是与参考轴系保持旋转关系不变(即不随时间变换)，其并不是惯性系

参数

sourceAxes	源轴系
time	历元时间点
referenceAxes	参考轴系

返回

新的历元轴系统

aMeanObliquity_IAU1980()

AST_CORE_CAPI double ast::aMeanObliquity_IAU1980

(

double

t

)

计算给定时间差的平均黄赤交角，依据IAU1980规范

参考SOFA函数 iauObl80

参数

[in]

t

与J2000.0 TT 的时间差（儒略世纪）

返回

平均黄赤交角（弧度）

aMockBufferAlloca()

AST_MOCK_CAPI void ast::aMockBufferAlloca

(

unsigned int

size

)

测试 alloca 分配内存

~

aMockBufferMalloc()

AST_MOCK_CAPI void ast::aMockBufferMalloc

(

unsigned int

size

)

测试 malloc 分配内存

~

aMockBufferNew()

AST_MOCK_CAPI void ast::aMockBufferNew

(

unsigned int

size

)

测试 new 分配内存

~

aMockBufferStack()

AST_MOCK_CAPI void ast::aMockBufferStack

(

unsigned int

size

)

测试栈分配内存

~

aNetworkRequest()

AST_UTIL_CAPI errc_t ast::aNetworkRequest	(	const NetworkRequest &	request,
		NetworkResponse &	response )

发送网络请求

发送网络请求，返回网络响应

参数

request	网络请求
response	网络响应

注解

该接口会阻塞调用线程，直到网络请求完成或超时为止

警告

注意不要通过该接口发送敏感数据，如密码、API密钥等， 因为该接口的其中一个实现使用了临时文件与curl命令行工具交互，存在安全风险

返回

错误码

aNetworkSetImpl() [1/2]

AST_UTIL_API errc_t ast::aNetworkSetImpl

(

ENetworkImplType

impltype

)

设置网络实现

设置网络实现，用于在不同接口实现之间切换

参数

impl

网络实现

返回

错误码

aNetworkSetImpl() [2/2]

AST_UTIL_API void ast::aNetworkSetImpl

(

NetworkInterface *

impl

)

设置网络实现

设置网络实现，用于在不同接口实现之间切换

参数

impl

网络实现

返回

错误码

aNewPropertyTimePoint() [1/2]

template<typename T , TimePoint T::* Member>

A_ALWAYS_INLINE Property * ast::aNewPropertyTimePoint

(

)

创建一个时间点属性

本函数创建一个时间点属性，属性值通过调用对象的成员函数获取。

模板参数

T	类类型
Getter	时间点属性获取函数指针

返回

Property* 属性指针

aNewPropertyTimePoint() [2/2]

template<typename T , TimePoint(T::*)() const Getter, void(T::*)(TimePoint) Setter>

A_ALWAYS_INLINE Property * ast::aNewPropertyTimePoint

(

)

创建一个时间点属性

本函数创建一个时间点属性，属性值通过调用对象的成员函数获取和设置。

模板参数

T	类类型
Getter	时间点属性获取函数指针
Setter	时间点属性设置函数指针

返回

Property* 属性指针

本函数创建一个时间点属性，属性值通过调用对象的成员函数获取和设置，支持错误返回值。

模板参数

T	类类型
Getter	时间点属性获取函数指针
Setter	时间点属性设置函数指针（带错误返回值）

返回

Property* 属性指针

本函数创建一个时间点属性，属性值通过调用对象的成员函数获取和设置，支持引用参数的 getter。

模板参数

T	类类型
Getter	时间点属性获取函数指针（接受引用参数）
Setter	时间点属性设置函数指针

返回

Property* 属性指针

aNewScriptExecutor()

AST_SCRIPT_CAPI ScriptExecutor * ast::aNewScriptExecutor

(

EScriptLanguage

type

)

创建脚本执行器实例

参数

type

脚本类型

返回

脚本执行器实例指针

注解

脚本执行器实例的生命周期由调用方负责管理，调用方需要在使用完成后调用析构函数释放资源

aNutation_IAU1980()

A_ALWAYS_INLINE void ast::aNutation_IAU1980	(	double	t,
		double &	dpsi,
		double &	deps )

计算给定时间差的章动角，依据IAU1980规范

参考SOFA函数 iauNut80

参数

[in]	t	与J2000.0 TT 的时间差（儒略世纪）
[out]	dpsi	黄经章动角dpsi（弧度）
[out]	deps	交角章动角deps（弧度）

aNutation_IERS1996()

AST_CORE_CAPI void ast::aNutation_IERS1996	(	double	t,
		double &	dpsi,
		double &	deps,
		double *	eqecorr )

计算给定时间差的章动角，依据IERS1996规范

参考SOFA函数 iauNut06

参数

[in]	t	与J2000.0 TT 的时间差（儒略世纪）
[out]	dpsi	黄经章动角dpsi（弧度）
[out]	deps	交角章动角deps（弧度）
[out]	eqecorr	赤经章动修正量

aNutationFuncSet()

void ast::aNutationFuncSet ( NutationFunc func )

inline

设置章动角计算函数指针

根据输入的函数指针，切换内部实现的章动角计算函数指针，例如用户提供的其他实现 注意需要确保接口一致（参数和返回值），否则会导致调用错误

aNutationMethodGet()

AST_CORE_CAPI ENutationMethod ast::aNutationMethodGet

(

)

获取当前章动角计算函数

返回当前内部实现的章动角计算函数指针

返回

ENutationMethod 当前章动角计算函数的枚举值

aNutationMethodSet()

AST_CORE_CAPI errc_t ast::aNutationMethodSet

(

ENutationMethod

method

)

设置章动角计算函数

根据输入的枚举值，切换内部实现的章动角计算函数指针

参数

[in]

func

枚举值，指定要切换的章动角计算函数

返回

errc_t 错误码，0表示成功，其他值表示失败

aObject_AddDelayedLink()

template<typename Func >

void ast::aObject_AddDelayedLink ( Object * object, Func func )

inline

添加对象延迟链接

模板参数

Func

延迟链接函数类型

参数

[in]	object	对象指针
[in]	func	延迟链接函数

返回

void

aObject_GetFrame()

AST_CORE_API Frame * ast::aObject_GetFrame	(	Object *	obj,
		StringView	frameName )

获取对象的坐标系

参数

obj	对象指针
frameName	坐标系名称

返回

坐标系指针

注解

如果坐标系不存在，返回 nullptr

aObject_ResolveLinks()

AST_UTIL_CAPI errc_t ast::aObject_ResolveLinks

(

Object *

object

)

解析对象的延迟链接

object 对象指针

返回

errc_t 错误码

aObjectToBriefJson()

AST_AI_API JsonValue ast::aObjectToBriefJson

(

Object *

obj

)

将对象转换为简化的JSON格式

包含对象的名称、类型、ID和父作用域ID

参数

obj

对象指针

返回

简化的JSON对象

aObjectToJson()

AST_AI_API JsonValue ast::aObjectToJson	(	Object *	object,
		int	maxDepth = 20 )

将对象转换为JSON值

参数

object	对象
maxDepth	最大递归深度

返回

JSON值

aPrecession_IAU1976() [1/2]

A_ALWAYS_INLINE void ast::aPrecession_IAU1976	(	const TimePoint &	tp,
		double &	zeta,
		double &	z,
		double &	theta )

@fixme aPrecession_IAU1976函数的参数是TDB，而不是TT 直接将TT作为TDB使用是可行的吗？ 参考SOFA的 iauPmat76， 也是将TT作为TDB使用

aPrecession_IAU1976() [2/2]

AST_CORE_CAPI void ast::aPrecession_IAU1976	(	double	t,
		double &	zeta,
		double &	z,
		double &	theta )

计算给定时间差的岁差角，依据IAU1976规范

参考SOFA函数 iauPrec76

参数

[in]	t	与J2000.0 TDB 的时间差（儒略世纪）
[out]	zeta	岁差zeta角（弧度）
[out]	z	岁差z角（弧度）
[out]	theta	岁差theta角（弧度）

aPrintSparityPatternCOO()

AST_OPT_CAPI void ast::aPrintSparityPatternCOO	(	int	nnz,
		int *	iFun,
		int *	jVar,
		int	idx_style )

打印稀疏模式，零元素用 * 表示，0-nnz表示非零元素的内存排序

模板参数

T	整数类型: int/long

参数

nnz	非零元素个数
iFun	行 T[nnz]
jVar	列 T[nnz]
idx_style	行列索引从idx_style开始

aQAppInit()

AST_GUI_CAPI errc_t ast::aQAppInit	(	int	argc,
		char *	argv[] )

初始化Qt应用程序

返回

errc_t

aResolveAllLinks()

AST_UTIL_CAPI errc_t ast::aResolveAllLinks

(

)

解析所有对象的延迟链接

解析所有对象的延迟链接

返回

errc_t 错误码

aResolveAxes()

AST_CORE_API Axes * ast::aResolveAxes

(

StringView

name

)

解析坐标轴

参数

name

坐标轴名称

返回

坐标轴指针

注解

如果坐标轴不存在，返回 nullptr

aResolveBody()

AST_CORE_API Body * ast::aResolveBody

(

StringView

name

)

解析天体

参数

name

天体名称

返回

天体指针

注解

如果天体不存在，返回 nullptr

aResolveFrame()

AST_CORE_API Frame * ast::aResolveFrame

(

StringView

name

)

解析坐标系

参数

name

坐标系名称

返回

坐标系指针

注解

如果坐标系不存在，返回 nullptr

aResolvePoint()

AST_CORE_API Point * ast::aResolvePoint

(

StringView

name

)

解析点

参数

name

点名称

返回

点指针

注解

如果点不存在，返回 nullptr

aSetInputPortRealSignal()

AST_CORE_CAPI errc_t ast::aSetInputPortRealSignal	(	FuncBlock *	block,
		size_t	portIndex,
		double *	signal )

设置函数块输入端口的实数值信号

参数

block	函数块指针
portIndex	输入端口索引
signal	信号(指向数据的指针)

返回

错误码

aSetObjectAttribute()

std::string ast::aSetObjectAttribute

(

const JsonValue &

arguments

)

设置对象属性

参数

arguments

设置对象属性参数

返回

设置对象属性结果

aSetObjectAttributeParamSchema()

JsonValue ast::aSetObjectAttributeParamSchema

(

)

设置对象属性的参数结构定义

返回

设置对象属性参数结构定义

aSetOutputPortRealSignal()

AST_CORE_CAPI errc_t ast::aSetOutputPortRealSignal	(	FuncBlock *	block,
		size_t	portIndex,
		double *	signal )

设置函数块输出端口的实数值信号

参数

block	函数块指针
portIndex	输出端口索引
signal	信号(指向数据的指针)

返回

错误码

aShowEditDialog()

std::string ast::aShowEditDialog

(

const JsonValue &

arguments

)

显示编辑对话框

参数

arguments

显示编辑对话框参数

返回

显示编辑对话框结果

aShowEditDialogParamSchema()

JsonValue ast::aShowEditDialogParamSchema

(

)

显示编辑对话框的参数结构定义

返回

显示编辑对话框参数结构定义

aSnopt_Load()

AST_OPT_CAPI SnoptCAPI * ast::aSnopt_Load

(

const char *

sharedLibPath

)

加载snopt动态库函数

参数

sharedLibPath

返回

成功返回非空，失败返回空

aSurfaceCentricToDetic() [1/2]

AST_CORE_CAPI void ast::aSurfaceCentricToDetic	(	const GeocentricPoint &	centric,
		double	flatFact,
		GeodeticPoint &	detic )

将天体表面的地心坐标转换为大地坐标

警告

只适用于天体表面的点，不适用于远离天体的点

参数

centric	地心坐标
flatFact	扁率因子
detic	大地坐标

返回

aSurfaceCentricToDetic() [2/2]

A_ALWAYS_INLINE double ast::aSurfaceCentricToDetic	(	double	centricLat,
		double	flatFact )

将天体表面的地心纬度转换为大地纬度

警告

只适用于天体表面的点，不适用于远离天体的点

参数

centricLat	地心纬度
flatFact	扁率因子

返回

大地纬度

aSurfaceCentricToDeticLat()

AST_CORE_CAPI double ast::aSurfaceCentricToDeticLat	(	double	centricLat,
		double	flatFact )

将天体表面的地心纬度转换为大地纬度

警告

只适用于天体表面的点，不适用于远离天体的点

参数

centricLat	地心纬度
flatFact	扁率因子

返回

大地纬度

aSurfaceDeticToCentric() [1/2]

AST_CORE_CAPI void ast::aSurfaceDeticToCentric	(	const GeodeticPoint &	detic,
		double	flatFact,
		GeocentricPoint &	centric )

将天体表面的大地坐标转换为地心坐标

警告

只适用于天体表面的点，不适用于远离天体的点

参数

detic	大地坐标
flatFact	扁率因子
centric	地心坐标

返回

aSurfaceDeticToCentric() [2/2]

A_ALWAYS_INLINE double ast::aSurfaceDeticToCentric	(	double	deticLat,
		double	flatFact )

将天体表面的大地纬度转换为地心纬度

警告

只适用于天体表面的点，不适用于远离天体的点

参数

deticLat	大地纬度
flatFact	扁率因子

返回

地心纬度

aSurfaceDeticToCentricLat()

AST_CORE_CAPI double ast::aSurfaceDeticToCentricLat	(	double	deticLat,
		double	flatFact )

将天体表面的大地纬度转换为地心纬度

警告

只适用于天体表面的点，不适用于远离天体的点

参数

deticLat	大地纬度
flatFact	扁率因子

返回

地心纬度

aTestFromSTKFile()

AST_TEST_CAPI errc_t ast::aTestFromSTKFile

(

StringView

filepath

)

从STK文件测试

参数

filepath

STK文件路径

返回

错误码

aTestGetConfig()

AST_TEST_CAPI StartupConfig * ast::aTestGetConfig

(

)

获取测试配置

返回

测试配置指针

aTestGetConfigStringVector()

AST_TEST_API std::vector< std::string > ast::aTestGetConfigStringVector

(

StringView

key

)

获取测试配置值向量

参数

key

配置键

返回

配置值向量

aTestGetConfigStringViewVector()

AST_TEST_API std::vector< StringView > ast::aTestGetConfigStringViewVector

(

StringView

key

)

获取测试配置值视图向量

参数

key

配置键

返回

配置值视图向量

aTestGetConfigValue()

AST_TEST_API ValueView ast::aTestGetConfigValue

(

StringView

key

)

获取测试配置值

参数

key

配置键

返回

配置值视图

aTestJsonParse()

AST_TEST_CAPI errc_t ast::aTestJsonParse

(

StringView

json

)

测试 JSON 解析

返回

错误码

aTestScriptEvalBool()

AST_TEST_CAPI errc_t ast::aTestScriptEvalBool	(	StringView	str,
		bool	expectValue )

计算字符串表达式，期望结果为布尔值

参数

str	表达式字符串
expectValue	期望的布尔值

返回

errc_t 错误码

注解

该函数用于测试字符串表达式的解析和求值

aTestScriptEvalDouble()

AST_TEST_CAPI errc_t ast::aTestScriptEvalDouble	(	StringView	str,
		double	expectedValue )

计算字符串表达式，期望结果为浮点数

参数

str	表达式字符串
expectedValue	期望的浮点数值

返回

errc_t 错误码

注解

该函数用于测试字符串表达式的解析和求值

aTestScriptEvalInt()

AST_TEST_CAPI errc_t ast::aTestScriptEvalInt	(	StringView	str,
		int	expectedValue )

计算字符串表达式，期望结果为整数

参数

str	表达式字符串
expectedValue	期望的整数值

返回

errc_t 错误码

注解

该函数用于测试字符串表达式的解析和求值

aTestScriptEvalQuantity()

AST_TEST_CAPI errc_t ast::aTestScriptEvalQuantity	(	StringView	str,
		const Quantity &	expectedValue )

计算字符串表达式，期望结果为数量

参数

str	表达式字符串
expectedValue	期望的数量值

返回

errc_t 错误码

注解

该函数用于测试字符串表达式的解析和求值

aTestScriptEvalRuntimeError()

AST_TEST_CAPI errc_t ast::aTestScriptEvalRuntimeError

(

StringView

str

)

测试字符串表达式的运行时错误

参数

str

表达式字符串

返回

errc_t 错误码

aTestScriptEvalString()

AST_TEST_CAPI errc_t ast::aTestScriptEvalString	(	StringView	str,
		StringView	expectedValue )

计算字符串表达式，期望结果为字符串

参数

str	表达式字符串
expectedValue	期望的字符串值

返回

errc_t 错误码

注解

该函数用于测试字符串表达式的解析和求值

aTestScriptParse()

AST_TEST_CAPI errc_t ast::aTestScriptParse

(

StringView

script

)

测试字符串表达式的解析

测试字符串表达式的解析，包括输入表达式的解析和格式化表达式的解析

参数

script

表达式字符串

返回

errc_t 错误码

注解

该函数用于测试字符串表达式的解析

aTestScriptSyntaxError()

AST_TEST_CAPI errc_t ast::aTestScriptSyntaxError

(

StringView

str

)

测试字符串表达式的语法错误

参数

str

表达式字符串

返回

errc_t 错误码

aUiExecWidget()

void ast::aUiExecWidget

(

QWidget *

widget

)

监听窗口关闭事件

aUiNewEditWidget()

AST_GUI_CAPI QWidget * ast::aUiNewEditWidget

(

Object *

object

)

创建编辑控件

~

参数

object

要编辑的对象

返回

QWidget* 编辑控件指针

aUiNewMainWindow()

AST_GUI_CAPI QMainWindow * ast::aUiNewMainWindow

(

)

创建主窗口

返回

QMainWindow*

aUiRegisterEditWidget()

AST_GUI_CAPI void ast::aUiRegisterEditWidget	(	Class *	cls,
		FNewEditWidget	newEditWidget )

注册编辑控件

~

参数

cls	类指针
newEditWidget	控件创建函数指针

aUnescapeXML() [1/2]

AST_UTIL_API void ast::aUnescapeXML	(	StringView &	str,
		std::string &	result )

解析XML转义序列

解析'str'字符串中的XML转义序列，将它们替换为对应的字符

参数

str	要解析的源字符串
result	在字符串后添加解析结果

异常

不抛出异常

aUnescapeXML() [2/2]

AST_UTIL_API std::string ast::aUnescapeXML

(

StringView

src

)

解析XML转义序列

解析'src'字符串中的XML转义序列，将它们替换为对应的字符

参数

src

要解析的源字符串

返回

解析后的字符串

异常

不抛出异常

getNextToken()

StringView ast::getNextToken

(

StringView &

text

)

每次调用从 text 中提取并返回下一个 token，同时将 text 前移至剩余部分

参数

text	输入文本视图，包含所有 token

返回

下一个 token 视图，data() 为空表示无更多 token

注解

该函数会修改 text，将其前移至剩余部分

iterate_begin()

AST_SCRIPT_API Value * ast::iterate_begin	(	Value *	container,
		int &	index )

迭代器开始

参数

container	迭代对象
index	迭代索引

返回

迭代器开始值

iterate_get_func()

AST_SCRIPT_API IterateFunc ast::iterate_get_func

(

Class *

type

)

获取迭代函数指针

参数

type

迭代对象类型

返回

迭代函数指针

iterate_next()

AST_SCRIPT_API Value * ast::iterate_next	(	Value *	container,
		int &	index )

迭代器下一个

参数

container	迭代对象
index	迭代索引

返回

迭代器下一个值

loadSpaceWeather()

errc_t ast::loadSpaceWeather	(	BKVParser &	parser,
		int	numPoints,
		std::vector< SpaceWeather::Entry > &	data )

加载空间天气数据

从BKVParser中加载空间天气数据，根据numPoints指定加载的条目数。

参数

parser	BKVParser实例，用于解析空间天气数据文件。
numPoints	要加载的条目数。
data	用于存储加载数据的Entry向量。

返回

errc_t 加载成功返回eNoError，否则返回相应错误码。

make_nvp()

template<typename T >

NameValuePair< T > ast::make_nvp	(	const char *	name,
		T &	val )

创建名值对

参数

name	名称
val	值

返回

NameValuePair<T> 名值对

operator""_json()

JsonValue ast::operator""_json ( const char * str, size_t len )

inline

字符串字面量操作符（JSON 格式）

参数

str	JSON 字符串
len	字符串长度

返回

JSON 值

opunary()

AST_SCRIPT_API Value * ast::opunary	(	EOpUnaryType	op,
		Value *	value )

执行一元运算

参数

op	运算类型
value	运算数

返回

运算结果

opunary_get_func()

AST_SCRIPT_API OpUnaryFunc ast::opunary_get_func	(	EOpUnaryType	op,
		Class *	type )

获取一元运算函数指针

参数

op	运算类型
type	运算数类型

返回

运算函数指针

opunary_get_funcptr()

AST_SCRIPT_API void * ast::opunary_get_funcptr	(	EOpUnaryType	op,
		Class *	type )

获取一元运算函数指针（void* 类型）

参数

op	运算类型
type	运算数类型

返回

运算函数指针（void* 类型）

opunary_register_func()

AST_SCRIPT_API void ast::opunary_register_func	(	EOpUnaryType	op,
		Class *	type,
		OpUnaryFunc	func )

注册一元运算函数

参数

op	运算类型
type	运算数类型
func	运算函数指针

opunary_register_funcptr()

AST_SCRIPT_API void ast::opunary_register_funcptr	(	EOpUnaryType	op,
		Class *	type,
		void *	func )

注册一元运算函数指针

参数

op	运算类型
type	运算数类型
func	运算函数指针（void* 类型）

stricmp()

A_ALWAYS_INLINE int ast::stricmp	(	const char *	str1,
		const char *	str2 )

比较两个字符串是否相等（不区分大小写）

参数

str1	第一个字符串
str2	第二个字符串

返回

若相等则返回0，否则返回非0值

strnicmp()

A_ALWAYS_INLINE int ast::strnicmp	(	const char *	str1,
		const char *	str2,
		size_t	n )

比较两个字符串是否相等（不区分大小写）

参数

str1	第一个字符串
str2	第二个字符串
n	比较的字符数

返回

若相等则返回0，否则返回非0值

unit_divide()

Unit ast::unit_divide	(	const Unit &	unit1,
		const Unit &	unit2 )

单位除法

参数

unit1	单位1
unit2	单位2

返回

单位商

unit_multiply()

Unit ast::unit_multiply	(	const Unit &	unit1,
		const Unit &	unit2 )

单位乘法

参数

unit1	单位1
unit2	单位2

返回

单位乘积

unit_power()

Unit ast::unit_power	(	const Unit &	unit,
		int	exponent )

单位幂

参数

unit	单位
exponent	指数

返回

单位幂

unit_setname()

void ast::unit_setname	(	Unit &	unit,
		StringView	name )

设置单位名称

参数

unit	单位
name	名称

变量说明

__iterate_registry_initializer

auto ast::__iterate_registry_initializer

初始值:

= []() -> bool {
    iterate_init_registry();
    return true;
}()

__opbin_registry_initializer

auto ast::__opbin_registry_initializer

初始值:

= []() -> bool {
    opbin_init_registry();
    return true;
}()

__opunary_registry_initializer

auto ast::__opunary_registry_initializer

初始值:

= []() -> bool {
    opunary_init_registry();
    return true;
}()

aNutation

AST_CORE_CAPI NutationFunc ast::aNutation = &aNutation_IAU1980_Impl

章动角计算函数指针

指向内部实现的函数指针，默认指向aNutation_IAU1980 可根据需要切换为其他实现，例如通过JPL DE星历数据计算章动角 或者用户提供的其他实现，注意需要确保接口一致（参数和返回值），否则会导致调用错误

OpAssignTypeStr

const char* ast::OpAssignTypeStr[]

初始值:

= {
    "=",    
    ":=",   
    "=&",   
    "+=",   
    "-=",   
    "*=",   
    "/=",   
    "^=",   
    "%=",   
    ".*=",  
    "./=",  
    ".^=",  
    ".%=",  
    ".&&=",  
    ".||=",  
}

OpUnaryTypeStr

const char* ast::OpUnaryTypeStr[]

初始值:

= {
    "!",    
    "-",    
    "++",   
    "--",   
    "~",    
}