#include <apame.h>

Public Member Functions
virtual void	setCallback (IApameCallback *callback, bool printProgressBar=true)=0
virtual const char *	getApameErrorDescription (APAME_ERROR code)=0
	Returns Apame error description.
virtual APAME_ERROR	allocateNodes (int numNodes)=0
virtual void	addNode (float *coordinates)=0
virtual APAME_ERROR	storeNodes (int numNodes, float *coordinates)=0
virtual APAME_ERROR	allocatePanels (int numPanels)=0
virtual APAME_ERROR	addBodyPanel (const PANEL_TYPE type, const int *nodes, int component)=0
virtual int	getNumComponents ()=0
virtual int	getNumWakeNodes ()=0
virtual float *	getWakeNodes ()=0
virtual int	getNumWakePanels ()=0
virtual APAME_ERROR	getWakePanelInfo (int panelIndex, int &numNodes, int nodes, int trailingPanels)=0
virtual APAME_ERROR	setFarField (float farField)=0
virtual float	getFarField ()=0
virtual APAME_ERROR	setCollDepth (float collDepth)=0
virtual float	getCollDepth ()=0
virtual APAME_ERROR	setNeighboringAngle (float angle)=0
virtual float	getNeighboringAngle ()=0
virtual APAME_ERROR	setTimeStep (float timeStep)=0
virtual float	getTimeStep ()=0
virtual void	setWakeRequest (bool wakeRequest)=0
virtual bool	getWakeRequest ()=0
virtual APAME_ERROR	setWakeAngle (float angle)=0
virtual float	getWakeAngle ()=0
virtual APAME_ERROR	setWakeLength (float length)=0
virtual float	getWakeLength ()=0
virtual APAME_ERROR	setNumWakeRows (int numWakeRows)=0
virtual int	getNumWakeRowsSteady ()=0
virtual int	getNumWakeRowsTrans ()=0
virtual APAME_ERROR	setWakePropagation (int propType)=0
virtual int	getWakePropagation ()=0
virtual APAME_ERROR	setWakePropAngle (float angle)=0
virtual float	getWakePropAngle ()=0
virtual APAME_ERROR	setWakePropMinScaling (float minScaling)=0
virtual float	getWakePropMinScaling ()=0
virtual APAME_ERROR	setSingularity (int singularityType)=0
virtual int	getSingularity ()=0
virtual void	addCaseInBodyCs (float x, float y, float z)=0
virtual void	addCaseInAeroCs (float airspeed, float alfa, float beta)=0
virtual int	getNumberOfCases ()=0
virtual float *	getCases ()=0
virtual APAME_ERROR	setCurvature (int curvatureType)=0
virtual int	getCurvature ()=0
virtual APAME_ERROR	setDensity (float density)=0
virtual float	getDensity ()=0
virtual APAME_ERROR	setMach (float mach)=0
virtual float	getMach ()=0
virtual APAME_ERROR	setRefPressure (float pressure)=0
virtual float	getRefPressure ()=0
virtual void	setOrigin (float x, float y, float z)=0
virtual float *	getOrigin ()=0
virtual APAME_ERROR	setArea (float area)=0
virtual float	getArea ()=0
virtual APAME_ERROR	setSpan (float span)=0
virtual float	getSpan ()=0
virtual APAME_ERROR	setMac (float mac)=0
virtual float	getMac ()=0
virtual void	setCalculationRequests (int calculationRequests)=0
virtual int	getCalculationRequests ()=0
virtual APAME_ERROR	runSteadyStateAnalysis ()=0
virtual APAME_ERROR	initializeTransientAnalysis ()=0
virtual APAME_ERROR	runTransientAnalysisStep ()=0
virtual void	addPanelVelocities (const float *velocities)=0
virtual float	getProgress ()=0
virtual void	requestStop ()=0
	Requests termination of supported tasks.
virtual void	requestPause ()=0
	Requests pause of supported tasks.
virtual void	requestResume ()=0
	Requests resume of supported tasks.
virtual APAME_ERROR	getWakePanelScaling (int panelIndex, float &wakeScaling)=0
virtual APAME_ERROR	getWakePanelStrength (int panelIndex, int caseIndex, float &wakeStrength)=0
virtual float	getAeroForce (int caseIndex, int dir, int component=-1)=0
virtual float	getBodyForce (int caseIndex, int dir, int component=-1)=0
virtual float	getMoment (int caseIndex, int dir, int component=-1)=0
virtual float	getAeroForceCoef (int caseIndex, int dir, int component=-1)=0
virtual float	getBodyForceCoef (int caseIndex, int dir, int component=-1)=0
virtual float	getMomentCoef (int caseIndex, int dir, int component=-1)=0
virtual float *	getFieldResult (int field)=0
virtual int	getPlaneCut (const float origin[3], const float dirH[3], const float dirV[3], const int field, float outPoints, float outValues, int outCurveStart, int outCurveClosed, int outTotalPoints, const int numComponents=0, const int components=nullptr)=0
virtual void	getForceDistributionCurve (const float dirU[3], const float dirV[3], const int numPoints, float pointCoords, float forces, const int caseIndex=0, const int numComponents=0, const int *components=nullptr)=0
virtual void	getLiftDistributionCurve (const float dirU[3], const int numPoints, float pointCoords, float forces, const int caseIndex=0, const int numComponents=0, const int *components=nullptr)=0
virtual void	clearCalculationRequests ()=0
	Clears calculation requests.
virtual void	clearCases ()=0
	Clears cases.
virtual void	clearPanels ()=0
	Clears panels.
virtual void	clearNodes ()=0
	Clears nodes.
virtual void	clearPlaneCuts ()=0
	Clears plane cuts.
virtual void	clear ()=0
	Clears everything.
virtual void	releaseLicense ()=0
virtual const char *	getLicenseStamp ()=0

Member Function Documentation

◆ setCallback()

virtual void APAME::IApame::setCallback	(	IApameCallback *	callback,
		bool	printProgressBar = true )

pure virtual

Sets Apame callback interface

Parameters

callback	- Pointer to callback interface
printProgressBar	- Print progress bar

◆ getApameErrorDescription()

virtual const char * APAME::IApame::getApameErrorDescription ( APAME_ERROR code )

pure virtual

Returns Apame error description.

◆ allocateNodes()

virtual APAME_ERROR APAME::IApame::allocateNodes ( int numNodes )

pure virtual

Allocates nodes in order to speed up the node addition process

Parameters

numNodes - Number of nodes to allocate

Returns: Error code

◆ addNode()

virtual void APAME::IApame::addNode ( float * coordinates )

pure virtual

Adds node with given coordinates

Parameters

coordinates - Array of node coordinates (x,y,z)

◆ storeNodes()

virtual APAME_ERROR APAME::IApame::storeNodes	(	int	numNodes,
		float *	coordinates )

pure virtual

Store full node array

Parameters

numNodes	- Number of nodes
coordinates	- Array of node coordinates (x,y,z)

Returns: Error code

◆ allocatePanels()

virtual APAME_ERROR APAME::IApame::allocatePanels ( int numPanels )

pure virtual

Allocates panels in order to speed up the panel addition process

Parameters

numPanels - Number of panels to allocate

Returns: Error code

◆ addBodyPanel()

virtual APAME_ERROR APAME::IApame::addBodyPanel	(	const PANEL_TYPE	type,
		const int *	nodes,
		int	component )

pure virtual

Adds body panel to Apame object

Parameters

type	- Panel type
nodes	- Node indexes of panel
component	- Component ID

Returns: Error code

◆ getNumComponents()

virtual int APAME::IApame::getNumComponents ( )

pure virtual

Gets number of components

Returns: Number of components

◆ getNumWakeNodes()

virtual int APAME::IApame::getNumWakeNodes ( )

pure virtual

Gets number of wake nodes

Returns: Number of wake nodes

◆ getWakeNodes()

virtual float * APAME::IApame::getWakeNodes ( )

pure virtual

Gets wake nodes

Returns: Array of wake nodes

◆ getNumWakePanels()

virtual int APAME::IApame::getNumWakePanels ( )

pure virtual

Gets number of wake panels

Returns: Number of wake panels

◆ getWakePanelInfo()

virtual APAME_ERROR APAME::IApame::getWakePanelInfo	(	int	panelIndex,
		int &	numNodes,
		int *	nodes,
		int *	trailingPanels )

pure virtual

Gets wake panel information

Parameters

panelIndex	- Wake panel index
numNodes	- Number of nodes
nodes	- Array of node indices
trailingPanels	- Array of trailing panel indices

Returns: Error code

◆ setFarField()

virtual APAME_ERROR APAME::IApame::setFarField ( float farField )

pure virtual

Sets far-field coefficient

Parameters

farField - Far-field coefficient

Returns: Error code

◆ getFarField()

virtual float APAME::IApame::getFarField ( )

pure virtual

◆ setCollDepth()

virtual APAME_ERROR APAME::IApame::setCollDepth ( float collDepth )

pure virtual

Sets collocation depth

Parameters

collDepth - Collocation depth

Returns: Error code

◆ getCollDepth()

virtual float APAME::IApame::getCollDepth ( )

pure virtual

◆ setNeighboringAngle()

virtual APAME_ERROR APAME::IApame::setNeighboringAngle ( float angle )

pure virtual

Sets neighboring angle threshold

Parameters

angle - Neighboring angle threshold

Returns: Error code

◆ getNeighboringAngle()

virtual float APAME::IApame::getNeighboringAngle ( )

pure virtual

◆ setTimeStep()

virtual APAME_ERROR APAME::IApame::setTimeStep ( float timeStep )

pure virtual

Sets time step size (for transient analysis)

Parameters

timeStep - Time step size

Returns: Error code

◆ getTimeStep()

virtual float APAME::IApame::getTimeStep ( )

pure virtual

◆ setWakeRequest()

virtual void APAME::IApame::setWakeRequest ( bool wakeRequest )

pure virtual

Sets wake request

Parameters

wakeRequest - Wake request flag

◆ getWakeRequest()

virtual bool APAME::IApame::getWakeRequest ( )

pure virtual

◆ setWakeAngle()

virtual APAME_ERROR APAME::IApame::setWakeAngle ( float angle )

pure virtual

Sets wake angle threshold

Parameters

angle - Wake angle threshold

Returns: Error code

◆ getWakeAngle()

virtual float APAME::IApame::getWakeAngle ( )

pure virtual

◆ setWakeLength()

virtual APAME_ERROR APAME::IApame::setWakeLength ( float length )

pure virtual

Sets wake length

Parameters

length - Wake length

Returns: Error code

◆ getWakeLength()

virtual float APAME::IApame::getWakeLength ( )

pure virtual

◆ setNumWakeRows()

virtual APAME_ERROR APAME::IApame::setNumWakeRows ( int numWakeRows )

pure virtual

Sets number of wake rows (steady state analysis only)

Parameters

numWakeRows - Number of wake rows

Returns: Error code

◆ getNumWakeRowsSteady()

virtual int APAME::IApame::getNumWakeRowsSteady ( )

pure virtual

◆ getNumWakeRowsTrans()

virtual int APAME::IApame::getNumWakeRowsTrans ( )

pure virtual

◆ setWakePropagation()

virtual APAME_ERROR APAME::IApame::setWakePropagation ( int propType )

pure virtual

Sets wake propagation request

Parameters

propType - Wake propagation request type

Returns: Error code

◆ getWakePropagation()

virtual int APAME::IApame::getWakePropagation ( )

pure virtual

◆ setWakePropAngle()

virtual APAME_ERROR APAME::IApame::setWakePropAngle ( float angle )

pure virtual

Sets wake propagation angle

Parameters

angle - Wake propagation angle

Returns: Error code

◆ getWakePropAngle()

virtual float APAME::IApame::getWakePropAngle ( )

pure virtual

◆ setWakePropMinScaling()

virtual APAME_ERROR APAME::IApame::setWakePropMinScaling ( float minScaling )

pure virtual

Sets wake propagation minimum scaling (end wake strength scaling)

Parameters

minScaling - Minimum scaling in ratio

Returns: Error code

◆ getWakePropMinScaling()

virtual float APAME::IApame::getWakePropMinScaling ( )

pure virtual

◆ setSingularity()

virtual APAME_ERROR APAME::IApame::setSingularity ( int singularityType )

pure virtual

Sets singularity type

Parameters

singularityType - Singularity type

Returns: Error code

◆ getSingularity()

virtual int APAME::IApame::getSingularity ( )

pure virtual

◆ addCaseInBodyCs()

virtual void APAME::IApame::addCaseInBodyCs	(	float	x,
		float	y,
		float	z )

pure virtual

Adds case in body coordinate system

Parameters

x	- X coordinate
y	- Y coordinate
z	- Z coordinate

◆ addCaseInAeroCs()

virtual void APAME::IApame::addCaseInAeroCs	(	float	airspeed,
		float	alfa,
		float	beta )

pure virtual

Adds case in aerodynamic coordinate system

Parameters

airspeed	- Airspeed
alfa	- Angle of attack (in radians)
beta	- Sideslip angle (in radians)

◆ getNumberOfCases()

virtual int APAME::IApame::getNumberOfCases ( )

pure virtual

Gets number of cases

Returns: Number of cases

◆ getCases()

virtual float * APAME::IApame::getCases ( )

pure virtual

Gets cases

Returns: Array of cases (flow components)

◆ setCurvature()

virtual APAME_ERROR APAME::IApame::setCurvature ( int curvatureType )

pure virtual

Sets curvature correction

Parameters

curvatureType - Curvature correction type

Returns: Error code

◆ getCurvature()

virtual int APAME::IApame::getCurvature ( )

pure virtual

◆ setDensity()

virtual APAME_ERROR APAME::IApame::setDensity ( float density )

pure virtual

Sets air density

Parameters

density - Air density

Returns: Error code

◆ getDensity()

virtual float APAME::IApame::getDensity ( )

pure virtual

◆ setMach()

virtual APAME_ERROR APAME::IApame::setMach ( float mach )

pure virtual

Sets Mach number for compressibility correction

Parameters

mach	- Mach number

Returns: Error code

◆ getMach()

virtual float APAME::IApame::getMach ( )

pure virtual

◆ setRefPressure()

virtual APAME_ERROR APAME::IApame::setRefPressure ( float pressure )

pure virtual

Sets reference pressure

Parameters

pressure - Reference pressure

Returns: Error code

◆ getRefPressure()

virtual float APAME::IApame::getRefPressure ( )

pure virtual

◆ setOrigin()

virtual void APAME::IApame::setOrigin	(	float	x,
		float	y,
		float	z )

pure virtual

Sets origin coordinates

Parameters

x	- Origin X coordinate
y	- Origin Y coordinate
z	- Origin Z coordinate

◆ getOrigin()

virtual float * APAME::IApame::getOrigin ( )

pure virtual

◆ setArea()

virtual APAME_ERROR APAME::IApame::setArea ( float area )

pure virtual

Sets wing surface area reference value

Parameters

area	- Wing surface area

Returns: Error code

◆ getArea()

virtual float APAME::IApame::getArea ( )

pure virtual

◆ setSpan()

virtual APAME_ERROR APAME::IApame::setSpan ( float span )

pure virtual

Sets wing span (span) reference value

Parameters

span	- Wing span

Returns: Error code

◆ getSpan()

virtual float APAME::IApame::getSpan ( )

pure virtual

◆ setMac()

virtual APAME_ERROR APAME::IApame::setMac ( float mac )

pure virtual

Sets mean aerodynamic chord (length) reference value

Parameters

mac	- Mean aerodynamic chord (length)

Returns: Error code

◆ getMac()

virtual float APAME::IApame::getMac ( )

pure virtual

◆ setCalculationRequests()

virtual void APAME::IApame::setCalculationRequests ( int calculationRequests )

pure virtual

Sets calculation requests

Parameters

calculationRequests - Calculation requests

◆ getCalculationRequests()

virtual int APAME::IApame::getCalculationRequests ( )

pure virtual

◆ runSteadyStateAnalysis()

virtual APAME_ERROR APAME::IApame::runSteadyStateAnalysis ( )

pure virtual

Runs steady state analysis

Returns: Error code

◆ initializeTransientAnalysis()

virtual APAME_ERROR APAME::IApame::initializeTransientAnalysis ( )

pure virtual

Initializes transient analysis

Returns: Error code

◆ runTransientAnalysisStep()

virtual APAME_ERROR APAME::IApame::runTransientAnalysisStep ( )

pure virtual

Runs transient analysis step

Returns: Error code

◆ addPanelVelocities()

virtual void APAME::IApame::addPanelVelocities ( const float * velocities )

pure virtual

Adds velocities at collocation points due to structural motion (i.e. oscillations or rotation)

Parameters

velocities - Array of velocity components (vx,vy,vz) for each panel

◆ getProgress()

virtual float APAME::IApame::getProgress ( )

pure virtual

Returns progress of supported tasks

Returns: Progress value

◆ requestStop()

virtual void APAME::IApame::requestStop ( )

pure virtual

Requests termination of supported tasks.

◆ requestPause()

virtual void APAME::IApame::requestPause ( )

pure virtual

Requests pause of supported tasks.

◆ requestResume()

virtual void APAME::IApame::requestResume ( )

pure virtual

Requests resume of supported tasks.

◆ getWakePanelScaling()

virtual APAME_ERROR APAME::IApame::getWakePanelScaling	(	int	panelIndex,
		float &	wakeScaling )

pure virtual

Gets wake panel scaling coefficient field

Parameters

panelIndex	- Wake panel index
wakeScaling	- Wake panel scaling coefficient

Returns: Error code

◆ getWakePanelStrength()

virtual APAME_ERROR APAME::IApame::getWakePanelStrength	(	int	panelIndex,
		int	caseIndex,
		float &	wakeStrength )

pure virtual

Gets wake panel strength field

Parameters

panelIndex	- Wake panel index
caseIndex	- Case index
wakeStrength	- Wake panel strength

Returns: Error code

◆ getAeroForce()

virtual float APAME::IApame::getAeroForce	(	int	caseIndex,
		int	dir,
		int	component = -1 )

pure virtual

Gets force in aerodynamic coordinate system

Parameters

caseIndex	- Case index
dir	- Direction (0=X, 1=Y, 2=Z)
component	- Component index

Returns: Aerodynamic force

◆ getBodyForce()

virtual float APAME::IApame::getBodyForce	(	int	caseIndex,
		int	dir,
		int	component = -1 )

pure virtual

Gets force in body coordinate system

Parameters

caseIndex	- Case index
dir	- Direction (0=X, 1=Y, 2=Z)
component	- Component index

Returns: Body force

◆ getMoment()

virtual float APAME::IApame::getMoment	(	int	caseIndex,
		int	dir,
		int	component = -1 )

pure virtual

Gets moment

Parameters

caseIndex	- Case index
dir	- Direction (0=X, 1=Y, 2=Z)
component	- Component index

Returns: Moment

◆ getAeroForceCoef()

virtual float APAME::IApame::getAeroForceCoef	(	int	caseIndex,
		int	dir,
		int	component = -1 )

pure virtual

Gets force coefficient in aerodynamic coordinate system

Parameters

caseIndex	- Case index
dir	- Direction (0=X, 1=Y, 2=Z)
component	- Component index

Returns: Aerodynamic force coefficient

◆ getBodyForceCoef()

virtual float APAME::IApame::getBodyForceCoef	(	int	caseIndex,
		int	dir,
		int	component = -1 )

pure virtual

Gets force coefficient in body coordinate system

Parameters

caseIndex	- Case index
dir	- Direction (0=X, 1=Y, 2=Z)
component	- Component index

Returns: Body force coefficient

◆ getMomentCoef()

virtual float APAME::IApame::getMomentCoef	(	int	caseIndex,
		int	dir,
		int	component = -1 )

pure virtual

Gets moment coefficient

Parameters

caseIndex	- Case index
dir	- Direction (0=X, 1=Y, 2=Z)
component	- Component index

Returns: Moment coefficient

◆ getFieldResult()

virtual float * APAME::IApame::getFieldResult ( int field )

pure virtual

Gets field result

Parameters

field - Field result component

Returns: Field result

◆ getPlaneCut()

virtual int APAME::IApame::getPlaneCut	(	const float	origin[3],
		const float	dirH[3],
		const float	dirV[3],
		const int	field,
		float **	outPoints,
		float **	outValues,
		int **	outCurveStart,
		int **	outCurveClosed,
		int *	outTotalPoints,
		const int	numComponents = 0,
		const int *	components = nullptr )

pure virtual

Performs a planar cut of the geometry and evaluates the selected field at cut points

Parameters

origin	- Plane origin [x, y, z]
dirH	- Horizontal direction vector (defines local U axis)
dirV	- Vertical direction vector (defines local V axis)
field	- Field to evaluate (velocity, pressure coefficient, etc.)
outPoints	- Output array of 3D points (x1, y1, z1, x2, y2, z2, ...)
outValues	- Output array of field values at each point
outCurveStart	- Output array of curve start indices (for each curve)
outCurveClosed	- Output array of flags (0=open, 1=closed) for each curve
outTotalPoints	- Total number of points in all curves
numComponents	- Number of components to evaluate (if 0, all components are evaluated)
components	- Array of components to evaluate

Returns: Number of curves. If return == 0, no intersection found

◆ getForceDistributionCurve()

virtual void APAME::IApame::getForceDistributionCurve	(	const float	dirU[3],
		const float	dirV[3],
		const int	numPoints,
		float *	pointCoords,
		float *	forces,
		const int	caseIndex = 0,
		const int	numComponents = 0,
		const int *	components = nullptr )

pure virtual

Gets force distribution curve in specified plane

Parameters

dirU	- Span direction vector
dirV	- Force direction vector
numPoints	- Number of output points in span direction
pointCoords	- Output array of span coordinates
forces	- Output array of forces per unit length
caseIndex	- Case index (default 0 - first case)
numComponents	- Number of components to evaluate (if 0, all components are evaluated)
components	- Array of components to evaluate

◆ getLiftDistributionCurve()

virtual void APAME::IApame::getLiftDistributionCurve	(	const float	dirU[3],
		const int	numPoints,
		float *	pointCoords,
		float *	forces,
		const int	caseIndex = 0,
		const int	numComponents = 0,
		const int *	components = nullptr )

pure virtual

Gets lift distribution curve in specified direction

Parameters

dirU	- Span direction vector
numPoints	- Number of output points in span direction
pointCoords	- Output array of span coordinates
forces	- Output array of forces per unit length
caseIndex	- Case index (default 0 - first case)
numComponents	- Number of components to evaluate (if 0, all components are evaluated)
components	- Array of components to evaluate

◆ clearCalculationRequests()

virtual void APAME::IApame::clearCalculationRequests ( )

pure virtual

Clears calculation requests.

◆ clearCases()

virtual void APAME::IApame::clearCases ( )

pure virtual

Clears cases.

◆ clearPanels()

virtual void APAME::IApame::clearPanels ( )

pure virtual

Clears panels.

◆ clearNodes()

virtual void APAME::IApame::clearNodes ( )

pure virtual

Clears nodes.

◆ clearPlaneCuts()

virtual void APAME::IApame::clearPlaneCuts ( )

pure virtual

Clears plane cuts.

◆ clear()

virtual void APAME::IApame::clear ( )

pure virtual

Clears everything.

◆ releaseLicense()

virtual void APAME::IApame::releaseLicense ( )

pure virtual

Gives the license of the active task back to the license server. The model and its results are kept; the next run takes the license again. To be called when the task this solver belongs to is closed, so that its license is free at once (deleting the solver does the same).

◆ getLicenseStamp()

virtual const char * APAME::IApame::getLicenseStamp ( )

pure virtual

Returns the line that identifies the registered user and the type of the license, as it is put on everything the software produces (asked from the license server).

Returns: Line such as "Made with Apame 1.0.20261011 - registered to John Doe, Example Ltd - Academic license"

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

apame.h

Public Member Functions

Member Function Documentation

◆ setCallback()

◆ getApameErrorDescription()

◆ allocateNodes()

◆ addNode()

◆ storeNodes()

◆ allocatePanels()

◆ addBodyPanel()

◆ getNumComponents()

◆ getNumWakeNodes()

◆ getWakeNodes()

◆ getNumWakePanels()

◆ getWakePanelInfo()

◆ setFarField()

◆ getFarField()

◆ setCollDepth()

◆ getCollDepth()

◆ setNeighboringAngle()

◆ getNeighboringAngle()

◆ setTimeStep()

◆ getTimeStep()

◆ setWakeRequest()

◆ getWakeRequest()

◆ setWakeAngle()

◆ getWakeAngle()

◆ setWakeLength()

◆ getWakeLength()

◆ setNumWakeRows()

◆ getNumWakeRowsSteady()

◆ getNumWakeRowsTrans()

◆ setWakePropagation()

◆ getWakePropagation()

◆ setWakePropAngle()

◆ getWakePropAngle()

◆ setWakePropMinScaling()

◆ getWakePropMinScaling()

◆ setSingularity()

◆ getSingularity()

◆ addCaseInBodyCs()

◆ addCaseInAeroCs()

◆ getNumberOfCases()

◆ getCases()

◆ setCurvature()

◆ getCurvature()

◆ setDensity()

◆ getDensity()

◆ setMach()

◆ getMach()

◆ setRefPressure()

◆ getRefPressure()

◆ setOrigin()

◆ getOrigin()

◆ setArea()

◆ getArea()

◆ setSpan()

◆ getSpan()

◆ setMac()

◆ getMac()

◆ setCalculationRequests()

◆ getCalculationRequests()

◆ runSteadyStateAnalysis()

◆ initializeTransientAnalysis()

◆ runTransientAnalysisStep()

◆ addPanelVelocities()

◆ getProgress()

◆ requestStop()

◆ requestPause()

◆ requestResume()

◆ getWakePanelScaling()

◆ getWakePanelStrength()

◆ getAeroForce()

◆ getBodyForce()

◆ getMoment()

◆ getAeroForceCoef()

◆ getBodyForceCoef()

◆ getMomentCoef()

◆ getFieldResult()

◆ getPlaneCut()

◆ getForceDistributionCurve()