modelingEqdsk.h File Reference

Classes
class	SimmetrixWallCurve

Functions
pGModel	generateSimModel (const PlaneMetaData &planeMetaData, EqdskData &eqdskData, CurveContainer &curvesMetaData)
pGFace	createModelFace (const PhysicsPoint &oPoint, SimmetrixWallCurve &wall, pGModel model)
pGFace	createModelFace (const PhysicsPoint &oPoint, Flux &lastClosedFluxCurve, pGModel model)
pGFace	insertClosedCurvesToModelFace (pGModel model, pGFace gf, std::vector< Flux > &closedCurves, bool noWall)
void	insertSeparatricesToModelFace (pGModel model, pGFace gf, SimmetrixWallCurve &wall, std::vector< Flux > &separatrices)
void	insertSeparatrixLegsToModel (pGFace gf, const std::map< int, std::vector< pGEdge > > &separatrices)
void	insertOpenCurvesToModel (pGModel model, SimmetrixWallCurve &wall, std::vector< Flux > &openCurves)
pCurve	createClosedCurve (Flux &f)
pCurve	createOpenCurve (std::vector< Point > points)
pCurve	createSepLegCurve (SeparatrixLeg &leg)
std::vector< pCurve >	createWallCurve (const WallCurve &wallCurve)
pGEdge	createClosedEdge (pGModel model, pCurve simCurve, std::vector< Point > curvePoints)
std::vector< pGEdge >	createSeparatrixEdges (pGModel model, SimmetrixWallCurve &wall, Flux &f, pGVertex vXpt)
std::vector< pGEdge >	createWallEdges (pGModel model, std::vector< pCurve > &wallSimCurves, const WallCurve &wallCurve)
pGFace	insertPeriodicEdgeToModelFace (pGFace gf, pGEdge ge)
void	insertLinearEdgeToModel (pGEdge ge, int endToUse)
void	classifyModelFaces (pGModel model)
void	splitWallEdgeAtVertex (pGModel model, SimmetrixWallCurve &wall, pGVertex gv)
double	stomms_dist2 (double a[3], double b[3])

Function Documentation

classifyModelFaces()

void classifyModelFaces

(

pGModel

model

)

createClosedCurve()

pCurve createClosedCurve

(

Flux &

f

)

createClosedEdge()

pGEdge createClosedEdge	(	pGModel	model,
		pCurve	simCurve,
		std::vector< Point >	curvePoints
	)

createModelFace() [1/2]

pGFace createModelFace	(	const PhysicsPoint &	oPoint,
		Flux &	lastClosedFluxCurve,
		pGModel	model
	)

createModelFace() [2/2]

pGFace createModelFace	(	const PhysicsPoint &	oPoint,
		SimmetrixWallCurve &	wall,
		pGModel	model
	)

createOpenCurve()

pCurve createOpenCurve

(

std::vector< Point >

points

)

createSeparatrixEdges()

std::vector< pGEdge > createSeparatrixEdges	(	pGModel	model,
		SimmetrixWallCurve &	wall,
		Flux &	f,
		pGVertex	vXpt
	)

createSepLegCurve()

pCurve createSepLegCurve

(

SeparatrixLeg &

leg

)

createWallCurve()

std::vector< pCurve > createWallCurve

(

const WallCurve &

wallCurve

)

createWallEdges()

std::vector< pGEdge > createWallEdges	(	pGModel	model,
		std::vector< pCurve > &	wallSimCurves,
		const WallCurve &	wallCurve
	)

generateSimModel()

pGModel generateSimModel	(	const PlaneMetaData &	planeMetaData,
		EqdskData &	eqdskData,
		CurveContainer &	curvesMetaData
	)

insertClosedCurvesToModelFace()

pGFace insertClosedCurvesToModelFace	(	pGModel	model,
		pGFace	gf,
		std::vector< Flux > &	closedCurves,
		bool	noWall
	)

insertLinearEdgeToModel()

void insertLinearEdgeToModel	(	pGEdge	ge,
		int	endToUse
	)

insertOpenCurvesToModel()

void insertOpenCurvesToModel	(	pGModel	model,
		SimmetrixWallCurve &	wall,
		std::vector< Flux > &	openCurves
	)

insertPeriodicEdgeToModelFace()

pGFace insertPeriodicEdgeToModelFace	(	pGFace	gf,
		pGEdge	ge
	)

insertSeparatricesToModelFace()

void insertSeparatricesToModelFace	(	pGModel	model,
		pGFace	gf,
		SimmetrixWallCurve &	wall,
		std::vector< Flux > &	separatrices
	)

insertSeparatrixLegsToModel()

void insertSeparatrixLegsToModel	(	pGFace	gf,
		const std::map< int, std::vector< pGEdge > > &	separatrices
	)

splitWallEdgeAtVertex()

void splitWallEdgeAtVertex	(	pGModel	model,
		SimmetrixWallCurve &	wall,
		pGVertex	gv
	)

stomms_dist2()

double stomms_dist2	(	double	a[3],
		double	b[3]
	)