modelingVmec.h File Reference

Functions
Model	generateSimModelVmec (std::vector< PlaneMetaData > md, const PhysicalGeometry &pg, const VmecData &vm)
void	generateWallFaceVmec (pGModel model, std::vector< PlaneMetaData > md, const PhysicalGeometry &pg, const VmecData &vm)
std::vector< Point >	convertFromCylindricalToCartesian (const std::vector< Point > &points, double phi)
pGModel	generateCoreSimModelVmec (std::vector< PlaneMetaData > mD, const VmecData &vm)
pGModel	simModelFromVmec (pVmecFlux vf, int npsi, int nzeta, const double *psis, const double *zetas)

Function Documentation

convertFromCylindricalToCartesian()

std::vector< Point > convertFromCylindricalToCartesian	(	const std::vector< Point > &	points,
		double	phi
	)

Given a vector of points in RZ coordinate, and an input toroidal angle phi, convert the points to Cartesian coordinates.

Parameters

points	a vector of RZ points (in Cylindrical coordinates).
phi	toroidal angle phi.

generateCoreSimModelVmec()

pGModel generateCoreSimModelVmec	(	std::vector< PlaneMetaData >	mD,
		const VmecData &	vm
	)

From a given Vmec File, generate the model of the core region of stellarator

Parameters

mD	a vector of planes with their meta data.
vm	an object of vmec data class.

Returns

an object of Simmetrix model pGModel.

generateSimModelVmec()

Model generateSimModelVmec	(	std::vector< PlaneMetaData >	md,
		const PhysicalGeometry &	pg,
		const VmecData &	vm
	)

From given Vmec data and meta data, generate the model of the stellarator.

Parameters

mD	a vector of planes with their meta data.
pg	Information related to phsyical geometry (wall curve for now).
vm	vmec class containing all the vmec data.

generateWallFaceVmec()

void generateWallFaceVmec	(	pGModel	model,
		std::vector< PlaneMetaData >	md,
		const PhysicalGeometry &	pg,
		const VmecData &	vm
	)

Given a pGModel and wall data, add wall curves and model face to the model.

Parameters

mD	a vector of planes with their meta data.
pg	Information related to phsyical geometry (wall curve for now).
vm	vmec class containing all the vmec data.

simModelFromVmec()

pGModel simModelFromVmec	(	pVmecFlux	vf,
		int	npsi,
		int	nzeta,
		const double *	psis,
		const double *	zetas
	)

From Vmec flux data (vf), flux indices (nrho and rhos), and, poloidal planes (nzeta and zetas) generate a Simmetrix model (pGModel model).

Parameters

vf	flux data on all the planes.
npsi	number of flux curves on each plane.
nzeta	number of poloidal planes.
psis	an input array holding flux normalized psi values.
zetas:an	input array holding toroidal angles of the poloidal planes.

Returns

pGModel(Simmetrix Model).