core of the envelope tracker based on Rene Bakkers BET implementation More...

#include <EnvelopeBunch.h>

Inheritance diagram for EnvelopeBunch:

Collaboration diagram for EnvelopeBunch:

Public Member Functions
	EnvelopeBunch (const PartData *ref)
	Default constructor. More...

	EnvelopeBunch (const std::vector< OpalParticle > &, const PartData *ref)
	Conversion. More...

	EnvelopeBunch (const EnvelopeBunch &)=delete
	Copy constructor (implement if needed) More...

virtual	~EnvelopeBunch ()

void	createBunch ()
	create and initialize local num slices More...

void	distributeSlices (int nSlice=101)
	distributes nSlice amongst processors and initializes slices More...

void	initialize (int sli, double charge, double energy, double width, double te, double frac, double current, double center, double bX, double bY, double mX, double mY, double Bz, int nbin)

bool	isRadial ()
	check if solver includes radial More...

bool	isOffaxis ()
	check if solver includes off-axis tracking More...

void	calcBeamParameters ()
	calculates envelope statistics More...

void	computeSpaceCharge ()

void	timeStep (double tStep, double zCat=0.0)
	performs a time-step for all active slices (also handles emission) More...

void	derivs (double tc, double Y[], double dYdt[])
	helper function to calculate derivatives need in RH equation More...

double	Eavg ()
	calculate the average energy of the bunch More...

double	zAvg ()
	calculate <z> [m] More...

double	zTail ()
	calculate tail of bunch [m] More...

double	zHead ()
	calculate the head of the bunch [m] More...

double	time ()
	read time-stamp of bunch More...

void	setEx (double emi)
	set emittance X More...

void	setEy (double emi)
	set emittance Y More...

void	setSolverParameter (int s)
	set the DE solver flag More...

void	setEnergy (double, double=0.0)

void	setExternalFields (int i, const Vector_t &EF, const Vector_t &BF, const Vector_t &KR, const Vector_t &KT)

void	getExternalFields (int i, Vector_t &EF, Vector_t &BF, Vector_t &KR, Vector_t &KT) const

double	get_sPos ()
	return reference position More...

double	AvBField ()
	returns average magnetic field More...

double	AvEField ()
	returns average electric field More...

int	getLocalNum ()
	returns the number of local slices More...

int	getTotalNum ()
	returns the total number of slices More...

double	getT ()
	returns the current time of the bunch More...

double	get_meanKineticEnergy ()
	returns the mean energy More...

double	get_dEdt ()
	returns the energy spread More...

Vector_t	sigmax ()
	returns vector with rms position More...

Vector_t	sigmap ()
	returns vector with rms momenta More...

Vector_t	emtn ()
	returns vector with emittance More...

Vector_t	get_norm_emit ()
	returns vector with normalized emittance More...

Vector_t	maxX ()
	returns vector with the max spatial extends of the bunch More...

Vector_t	minX ()
	returns vector with the min spatial extends of the bunch More...

Vector_t	maxP ()
	returns vector with the max momentum of the bunch More...

Vector_t	minP ()
	returns vector with the min momentum of the bunch More...

double	getChargePerParticle ()
	returns charge per slice More...

Vector_t	get_rrms ()
	returns RMS x,y,z More...

Vector_t	get_prms ()
	returns RMSP x,y,z More...

size_t	mySliceStartOffset ()

size_t	mySliceEndOffset ()

size_t	numMySlices ()

Inform &	slprint (Inform &os)

void	setCharge (double _Q)
	set the charge of the bunch More...

double	getGamma (int i)
	returns gamma of slice i More...

double	getBeta (int i)
	returns beta of slice i More...

void	setBeta (int i, double val)

void	setR (int i, const Vector_t &R)

Vector_t	getR (int i)

void	setP (int i, const Vector_t &P)

Vector_t	getP (int i)

void	setZ (int i, double coo)
	set Z coordinate of slice i More...

double	getZ (int i)
	returns Z coordinate of slice i More...

double	getX (int i)
	returns X coordinate of slice i More...

void	setX (int i, double val)

double	getY (int i)
	returns Y coordinate of slice i More...

void	setY (int i, double val)

double	getX0 (int i)
	returns X coordinate of the centroid of slice i More...

void	setX0 (int i, double val)

double	getY0 (int i)
	returns Y coordinate of the centroid of slice i More...

void	setY0 (int i, double val)

double	getPx (int i)
	returns X momenta of slice i More...

void	setPx (int i, double val)

double	getPy (int i)
	returns Y momenta of slice i More...

void	setPy (int i, double val)

double	getPz (int i)
	returns Z momenta of slice i More...

double	getPx0 (int i)
	returns angular deflection centroid in x of slice i More...

void	setPx0 (int i, double val)

double	getPy0 (int i)
	returns angular deflection centroid in y of slice i More...

void	setPy0 (int i, double val)

void	get_bounds (Vector_t &min, Vector_t &max)
	returns bounds of envelope bunch More...

Public Member Functions inherited from PartBunch
	PartBunch (const PartData *ref)
	Default constructor. More...

	PartBunch ()=delete

	PartBunch (const PartBunch &)=delete

PartBunch &	operator= (const PartBunch &)=delete

	~PartBunch ()

void	runTests ()

void	initialize (FieldLayout_t *fLayout)

void	do_binaryRepart ()

double	getRho (int x, int y, int z)

const Mesh_t &	getMesh () const

Mesh_t &	getMesh ()

FieldLayout_t &	getFieldLayout ()

void	setBCAllPeriodic ()

void	setBCAllOpen ()

void	setBCForDCBeam ()

VectorPair_t	getEExtrema ()

void	computeSelfFields ()

void	computeSelfFields (int b)

void	computeSelfFields_cycl (double gamma)
	Calculates the self electric field from the charge density distribution for use in cyclotrons. More...

void	computeSelfFields_cycl (int b)
	Calculates the self electric field from the charge density distribution for use in cyclotrons. More...

void	resetInterpolationCache (bool clearCache=false)

void	swap (unsigned int i, unsigned int j)

Inform &	print (Inform &os)

Public Member Functions inherited from PartBunchBase< double, 3 >
	PartBunchBase (AbstractParticle< double, Dim > *pb)

	PartBunchBase (AbstractParticle< double, Dim > pb, const PartData ref)

	PartBunchBase (const PartBunchBase &rhs)=delete

virtual	~PartBunchBase ()

bool	getIfBeamEmitting ()

int	getLastEmittedEnergyBin ()

size_t	getNumberOfEmissionSteps ()

int	getNumberOfEnergyBins ()

void	Rebin ()

void	setEnergyBins (int numberOfEnergyBins)

bool	weHaveEnergyBins ()

void	switchToUnitlessPositions (bool use_dt_per_particle=false)

void	switchOffUnitlessPositions (bool use_dt_per_particle=false)

void	setDistribution (Distribution d, std::vector< Distribution > addedDistributions, size_t &np)

bool	isGridFixed ()

bool	hasBinning ()

void	setTEmission (double t)

double	getTEmission ()

bool	doEmission ()

bool	weHaveBins () const

void	setPBins (PartBins *pbin)

void	setPBins (PartBinsCyc *pbin)

size_t	emitParticles (double eZ)
	Emit particles in the given bin i.e. copy the particles from the bin structure into the particle container. More...

void	updateNumTotal ()

void	rebin ()

int	getNumBins ()

int	getLastemittedBin ()

void	setLocalBinCount (size_t num, int bin)

void	calcGammas ()
	Compute the gammas of all bins. More...

void	calcGammas_cycl ()

double	getBinGamma (int bin)
	Get gamma of one bin. More...

virtual void	setBinCharge (int bin, double q)
	Set the charge of one bin to the value of q and all other to zero. More...

virtual void	setBinCharge (int bin)
	Set the charge of all other the ones in bin to zero. More...

size_t	calcNumPartsOutside (Vector_t x)
	returns the number of particles outside of a box defined by x More...

void	calcLineDensity (unsigned int nBins, std::vector< double > &lineDensity, std::pair< double, double > &meshInfo)

void	setBeamFrequency (double v)

virtual void	boundp ()

void	boundp_destroy ()

size_t	boundp_destroyT ()

size_t	destroyT ()

void	get_bounds (Vector_t &rmin, Vector_t &rmax)

void	getLocalBounds (Vector_t &rmin, Vector_t &rmax)

std::pair< Vector_t, double >	getBoundingSphere ()

std::pair< Vector_t, double >	getLocalBoundingSphere ()

void	push_back (OpalParticle p)

void	set_part (FVector< double, 6 > z, int ii)

void	set_part (OpalParticle p, int ii)

OpalParticle	get_part (int ii)

void	maximumAmplitudes (const FMatrix< double, 6, 6 > &D, double &axmax, double &aymax)
	Return maximum amplitudes. More...

void	setdT (double dt)

double	getdT () const

void	setT (double t)

void	incrementT ()

double	getT () const

double	get_sPos ()

void	set_sPos (double s)

double	get_gamma () const

double	get_meanKineticEnergy () const

Vector_t	get_origin () const

Vector_t	get_maxExtent () const

Vector_t	get_centroid () const

Vector_t	get_rrms () const

Vector_t	get_rprms () const

Vector_t	get_rmean () const

Vector_t	get_prms () const

Vector_t	get_pmean () const

Vector_t	get_pmean_Distribution () const

Vector_t	get_emit () const

Vector_t	get_norm_emit () const

Vector_t	get_halo () const

virtual Vector_t	get_hr () const

double	get_Dx () const

double	get_Dy () const

double	get_DDx () const

double	get_DDy () const

virtual void	set_meshEnlargement (double dh)

void	gatherLoadBalanceStatistics ()

size_t	getLoadBalance (int p) const

void	get_PBounds (Vector_t &min, Vector_t &max) const

void	calcBeamParameters ()

void	calcBeamParametersInitial ()

double	getCouplingConstant () const

void	setCouplingConstant (double c)

void	setCharge (double q)

void	setChargeZeroPart (double q)

void	setMass (double mass)

double	getEkin () const
	Need Ek for the Schottky effect calculation (eV) More...

double	getWorkFunctionRf () const
	Need the work function for the Schottky effect calculation (eV) More...

double	getLaserEnergy () const
	Need the laser energy for the Schottky effect calculation (eV) More...

double	getCharge () const
	get the total charge per simulation particle More...

double	getChargePerParticle () const
	get the macro particle charge More...

virtual void	setSolver (FieldSolver *fs)

bool	hasFieldSolver ()

std::string	getFieldSolverType () const

void	setStepsPerTurn (int n)

int	getStepsPerTurn () const

void	setGlobalTrackStep (long long n)
	step in multiple TRACK commands More...

long long	getGlobalTrackStep () const

void	setLocalTrackStep (long long n)
	step in a TRACK command More...

void	incTrackSteps ()

long long	getLocalTrackStep () const

void	setNumBunch (short n)

short	getNumBunch () const

void	setTotalNumPerBunch (size_t numpart, short n)

size_t	getTotalNumPerBunch (short n) const

void	setLocalNumPerBunch (size_t numpart, short n)

size_t	getLocalNumPerBunch (short n) const

void	countTotalNumPerBunch ()

void	setGlobalMeanR (Vector_t globalMeanR)

Vector_t	getGlobalMeanR ()

void	setGlobalToLocalQuaternion (Quaternion_t globalToLocalQuaternion)

Quaternion_t	getGlobalToLocalQuaternion ()

void	setSteptoLastInj (int n)

int	getSteptoLastInj ()

double	calcMeanPhi ()
	calculate average angle of longitudinal direction of bins More...

bool	resetPartBinID2 (const double eta)
	reset Bin[] for each particle according to the method given in paper PAST-AB(064402) by G. Fubiani et al. More...

bool	resetPartBinBunch ()

double	getdE ()

virtual void	actT ()

const PartData *	getReference () const

double	getEmissionDeltaT ()

Quaternion_t	getQKs3D ()

void	setQKs3D (Quaternion_t q)

Vector_t	getKs3DRefr ()

void	setKs3DRefr (Vector_t r)

Vector_t	getKs3DRefp ()

void	setKs3DRefp (Vector_t p)

void	iterateEmittedBin (int binNumber)

void	calcEMean ()

void	correctEnergy (double avrgp)

Inform &	print (Inform &os)

size_t	getTotalNum () const

void	setTotalNum (size_t n)

void	setLocalNum (size_t n)

size_t	getLocalNum () const

size_t	getDestroyNum () const

size_t	getGhostNum () const

unsigned int	getMinimumNumberOfParticlesPerCore () const

void	setMinimumNumberOfParticlesPerCore (unsigned int n)

ParticleLayout< double, Dim > &	getLayout ()

const ParticleLayout< double, Dim > &	getLayout () const

bool	getUpdateFlag (UpdateFlags_t f) const

void	setUpdateFlag (UpdateFlags_t f, bool val)

ParticleBConds< Position_t, Dimension > &	getBConds ()

void	setBConds (const ParticleBConds< Position_t, Dimension > &bc)

bool	singleInitNode () const

void	resetID ()

void	update ()

void	update (const ParticleAttrib< char > &canSwap)

void	createWithID (unsigned id)

void	create (size_t M)

void	globalCreate (size_t np)

void	destroy (size_t M, size_t I, bool doNow=false)

void	performDestroy (bool updateLocalNum=false)

void	ghostDestroy (size_t M, size_t I)

FMatrix< double, 2 Dim, 2 Dim >	getSigmaMatrix ()

double	getQ () const
	Access to reference data. More...

double	getM () const

double	getP () const

double	getE () const

ParticleType::type	getPType () const

double	getInitialBeta () const

double	getInitialGamma () const

void	resetQ (double q)

void	resetM (double m)

void	setPType (ParticleType::type)

Public Attributes
bool	isValid_m

std::unique_ptr< Profile >	currentProfile_m
	current profile of bunch (fit) More...

IpplTimings::TimerRef	calcITimer_m

IpplTimings::TimerRef	spaceChargeTimer_m

Public Attributes inherited from PartBunch
Field_t	rho_m
	scalar potential More...

VField_t	eg_m
	vector field on the grid More...

Public Attributes inherited from PartBunchBase< double, 3 >
ParticlePos_t &	R

ParticleIndex_t &	ID

ParticleAttrib< Vector_t >	P

ParticleAttrib< double >	Q

ParticleAttrib< double >	M

ParticleAttrib< double >	Phi

ParticleAttrib< Vector_t >	Ef

ParticleAttrib< Vector_t >	Eftmp

ParticleAttrib< Vector_t >	Bf

ParticleAttrib< int >	Bin

ParticleAttrib< double >	dt

ParticleAttrib< short >	PType

ParticleAttrib< int >	TriID

ParticleAttrib< short >	cavityGapCrossed
	particle just crossed cavity gap (for ParallelCyclotronTracker) More...

ParticleAttrib< short >	bunchNum

Vector_t	RefPartR_m

Vector_t	RefPartP_m

ParticleType::type	refPType_m

CoordinateSystemTrafo	toLabTrafo_m

int	myNode_m
	avoid calls to Ippl::myNode() More...

int	nodes_m
	avoid calls to Ippl::getNodes() More...

bool	fixed_grid
	if the grid does not have to adapt More...

PartBins *	pbin_m

std::unique_ptr< LossDataSink >	lossDs_m

std::unique_ptr< Inform >	pmsg_m

std::unique_ptr< std::ofstream >	f_stream

IpplTimings::TimerRef	distrReload_m
	timer for IC, can not be in Distribution.h More...

IpplTimings::TimerRef	distrCreate_m

double	dtScInit_m

double	deltaTau_m

bool	lowParticleCount_m
	if a local node has less than 2 particles lowParticleCount_m == true More...

IpplTimings::TimerRef	selfFieldTimer_m
	timer for selfField calculation More...

Private Member Functions
void	synchronizeSlices ()
	synchronize z position and betas of all slices (needed in calcI and space charge calculation) More...

void	runStats (EnvelopeBunchParameter sp, double xAvg, double xMax, double xMin, double rms, int *nValid)
	run statistics on slices More...

void	calcEmittance (double emtnx, double emtny, double emtx, double emty, int *nValid)
	calculate bunch emittance More...

void	calcEnergyChirp (double g0, double dgdt, double gInc, int nValid)
	calculate the energy chirp and uncorrelated energy spread More...

void	setBinnedLShape (EnvelopeBunchShape shape, double z0, double w, double frac)
	set longitudinal shape of bunch (initial distribution) More...

void	setTShape (double enx, double eny, double rx, double ry, double b0)
	set transverse shape of bunch (initial distribution) More...

void	setTOffset (double x0, double px0, double y0, double py0)
	set transverse offset of bunch More...

double	moveZ0 (double zC)
	move the complete bunch forward such that the head of the bunch matches the cahtode position More...

void	backup ()
	backup slice values More...

double	tReset (double dt=0.0)

void	cSpaceCharge ()

void	calcI ()
	calculates the current current distribution More...

Private Attributes
int	numSlices_m
	number of total slices in bunch More...

int	numMySlices_m
	number of my slices in bunch More...

size_t	mySliceStartOffset_m
	first global slice on this processor More...

size_t	mySliceEndOffset_m
	last global slice on this processor More...

std::vector< double >	z_m
	synchronized z positions for parallel tracker More...

std::vector< double >	b_m
	synchronized betas for parallel tracker More...

std::vector< std::vector< int > >	bins_m
	bins for emission More...

double	hbin_m
	emission bin width More...

int	nebin_m
	number of bins for emission More...

int	firstBinWithValue_m
	first bin on processor containing slices More...

int	activeSlices_m
	number of active slices More...

int	solver_m
	see enum SolverParameters More...

int	dStat_m
	see enum DataStatus More...

double	t_m
	local time in bunch [s] More...

double	t_offset_m
	accumulated time offset by tReset function More...

double	emtnx0_m
	intrinsic normalized emittance of slice [m rad] More...

double	emtny0_m

double	emtbx0_m
	intrinsic normalized emittance Bush effect [m rad] More...

double	emtby0_m

double	dx0_m
	offset of the coordinate system when tracking along the s-axis [m] More...

double	dy0_m

double	dfi_x_m
	rotation of coordinate system when tracking along the s-axis [rad] More...

double	dfi_y_m

double	Bz0_m
	magnetic field on cathode [T] More...

double	Q_m
	total bunch charge [C] More...

double	I0avg_m
	average current on creation of bunch (see setLshape) More...

Vector_t	Esl_m
	electric field More...

Vector_t	Bsl_m
	magnetic field More...

Vector_t	KRsl_m
	radial focussing term beam More...

Vector_t	KTsl_m
	transverse kick of beam More...

std::unique_ptr< Vector_t[]>	KR
	define value of radial kick for each slice More...

std::unique_ptr< Vector_t[]>	KT
	define value of transversal kick for each slice More...

std::unique_ptr< Vector_t[]>	EF
	external E fields More...

std::unique_ptr< Vector_t[]>	BF
	external B fields More...

std::vector< std::shared_ptr < EnvelopeSlice > >	slices_m
	array of slices More...

unsigned int	activeSlice_m

int	sign_m
	gives the sign of charge Q More...

int	currentSlice_m
	current Slice set in run() & cSpaceCharge() and used in derivs() & zcsI() More...

double	zCat_m
	cathode position More...

std::vector< double >	Exw_m
	transverse wake field x More...

std::vector< double >	Eyw_m
	transverse wake field y More...

std::vector< double >	Ezw_m
	longitudinal wake field More...

std::vector< double >	Esct_m
	Longitudinal Space-charge field. More...

std::vector< double >	G_m
	Transverse Space-charge term: Eq.(9) More...

int	nValid_m

double	z0_m

double	emission_time_step_m

size_t	lastEmittedBin_m

double	E_m

double	dEdt_m

double	Einc_m

double	tau_m

double	I_m

double	Irms_m

double	Rx_m

double	Ry_m

double	RxMax_m

double	RyMax_m

double	RxMin_m

double	RyMin_m

double	Px_m

double	Py_m

double	x0_m

double	y0_m

double	x0Max_m

double	y0Max_m

double	x0Min_m

double	y0Min_m

double	Ez_m

double	Bz_m

Vector_t	maxX_m

Vector_t	minX_m

Vector_t	maxP_m

Vector_t	minP_m

Vector_t	sigmax_m

Vector_t	sigmap_m

Vector_t	emtn_m

Vector_t	norm_emtn_m

double	curZHead_m

double	curZTail_m

Additional Inherited Members
Public Types inherited from PartBunch
enum	{ Dim = Dimension }

typedef IpplParticleBase < Layout_t >	pbase_t

Public Types inherited from PartBunchBase< double, 3 >
enum	UnitState_t

typedef AbstractParticle < double, Dim >::ParticlePos_t	ParticlePos_t

typedef AbstractParticle < double, Dim > ::ParticleIndex_t	ParticleIndex_t

typedef AbstractParticle < double, Dim >::UpdateFlags	UpdateFlags_t

typedef AbstractParticle < double, Dim >::Position_t	Position_t

typedef std::pair< Vector_t, Vector_t >	VectorPair_t

Static Public Attributes inherited from PartBunchBase< double, 3 >
static const unsigned	Dimension

Protected Member Functions inherited from PartBunchBase< double, 3 >
size_t	calcMoments ()

void	calcMomentsInitial ()

double	calculateAngle (double x, double y)
	angle range [0~2PI) degree More...

Protected Attributes inherited from PartBunchBase< double, 3 >
IpplTimings::TimerRef	boundpTimer_m

IpplTimings::TimerRef	boundpBoundsTimer_m

IpplTimings::TimerRef	boundpUpdateTimer_m

IpplTimings::TimerRef	statParamTimer_m

IpplTimings::TimerRef	histoTimer_m

const PartData *	reference

UnitState_t	unit_state_

UnitState_t	stateOfLastBoundP_

double	centroid_m [2 *Dim]
	holds the centroid of the beam More...

FMatrix< double, 2 Dim, 2 Dim >	moments_m
	6x6 matrix of the moments of the beam More...

double	dt_m
	holds the timestep in seconds More...

double	t_m
	holds the actual time of the integration More...

double	eKin_m
	mean energy of the bunch (MeV) More...

double	dE_m
	energy spread of the beam in MeV More...

double	spos_m
	the position along design trajectory More...

Vector_t	globalMeanR_m

Quaternion_t	globalToLocalQuaternion_m

Vector_t	rmax_m
	maximal extend of particles More...

Vector_t	rmin_m
	minimal extend of particles More...

Vector_t	rrms_m
	rms beam size (m) More...

Vector_t	prms_m
	rms momenta More...

Vector_t	rmean_m
	mean position (m) More...

Vector_t	pmean_m
	mean momenta More...

Vector_t	eps_m
	rms emittance (not normalized) More...

Vector_t	eps_norm_m
	rms normalized emittance More...

Vector_t	halo_m

Vector_t	rprms_m
	rms correlation More...

double	Dx_m
	dispersion x & y More...

double	Dy_m

double	DDx_m
	derivative of the dispersion More...

double	DDy_m

Vector_t	hr_m
	meshspacing of cartesian mesh More...

Vektor< int, 3 >	nr_m
	meshsize of cartesian mesh More...

FieldSolver *	fs_m
	stores the used field solver More...

double	couplingConstant_m

double	qi_m

int	distDump_m
	counter to store the distribution dump More...

int	fieldDBGStep_m

double	dh_m
	Mesh enlargement. More...

double	tEmission_m
	in % how much the mesh is enlarged More...

std::unique_ptr< double[]>	bingamma_m
	holds the gamma of the bin More...

std::unique_ptr< size_t[]>	binemitted_m

int	stepsPerTurn_m
	steps per turn for OPAL-cycl More...

long long	localTrackStep_m
	step in a TRACK command More...

long long	globalTrackStep_m
	if multiple TRACK commands More...

short	numBunch_m
	current bunch number More...

std::vector< size_t >	bunchTotalNum_m
	number of particles per bunch More...

std::vector< size_t >	bunchLocalNum_m

int	SteptoLastInj_m

std::unique_ptr< size_t[]>	globalPartPerNode_m

Distribution *	dist_m

bool	dcBeam_m

double	periodLength_m

std::shared_ptr < AbstractParticle< double, Dim > >	pbase

Detailed Description

core of the envelope tracker based on Rene Bakkers BET implementation

Definition at line 60 of file EnvelopeBunch.h.

Constructor & Destructor Documentation

EnvelopeBunch::EnvelopeBunch ( const PartData * ref )

Default constructor.

Definition at line 64 of file EnvelopeBunch.cpp.

References calcITimer_m, IpplTimings::getTimer(), isValid_m, and spaceChargeTimer_m.

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EnvelopeBunch::EnvelopeBunch	(	const std::vector< OpalParticle > &	rhs,
		const PartData *	ref
	)

Conversion.

Definition at line 76 of file EnvelopeBunch.cpp.

EnvelopeBunch::EnvelopeBunch ( const EnvelopeBunch & )

delete

Copy constructor (implement if needed)

EnvelopeBunch::~EnvelopeBunch ( )

virtual

Definition at line 84 of file EnvelopeBunch.cpp.

Member Function Documentation

double EnvelopeBunch::AvBField ( )

returns average magnetic field

Definition at line 1405 of file EnvelopeBunch.cpp.

References BF, IpplInfo::getComm(), numMySlices_m, and numSlices_m.

Referenced by calcBeamParameters().

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double EnvelopeBunch::AvEField ( )

returns average electric field

Definition at line 1417 of file EnvelopeBunch.cpp.

References EF, IpplInfo::getComm(), numMySlices_m, and numSlices_m.

Referenced by calcBeamParameters().

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void EnvelopeBunch::backup ( )

inlineprivate

backup slice values

Definition at line 568 of file EnvelopeBunch.h.

References slices_m.

Referenced by moveZ0(), setBinnedLShape(), setEnergy(), setTShape(), and timeStep().

void EnvelopeBunch::calcBeamParameters ( )

calculates envelope statistics

Definition at line 87 of file EnvelopeBunch.cpp.

References AvBField(), AvEField(), Bz_m, Physics::c, calcEmittance(), calcEnergyChirp(), dEdt_m, E_m, Einc_m, Physics::EMASS, emtn_m, Ez_m, I_m, Irms_m, maxP_m, maxX_m, minP_m, minX_m, norm_emtn_m, numSlices_m, nValid_m, Physics::pi, Px_m, Py_m, Physics::q_e, Q_m, runStats(), Rx_m, RxMax_m, RxMin_m, Ry_m, RyMax_m, RyMin_m, sigmap_m, sigmax_m, solver_m, sp_beta, sp_I, sp_Px, sp_Py, sp_Pz, sp_Rx, sp_Ry, sp_x0, sp_y0, sp_z, sqrt(), IpplTimings::startTimer(), PartBunchBase< double, 3 >::statParamTimer_m, IpplTimings::stopTimer(), sv_offaxis, sv_radial, tau_m, Physics::two_pi, x0_m, x0Max_m, x0Min_m, y0_m, y0Max_m, y0Min_m, and z0_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope(), ParallelSliceTracker::updateSpaceOrientation(), StatWriter::write(), and H5PartWrapperForPS::writeStepHeader().

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void EnvelopeBunch::calcEmittance	(	double *	emtnx,
		double *	emtny,
		double *	emtx,
		double *	emty,
		int *	nValid
	)

private

calculate bunch emittance

Parameters

emtnx	normalized emittance x
emtny	normalized emittance y
emtx	emittance x
emty	emittance y
nValid	number of valid slices

Definition at line 294 of file EnvelopeBunch.cpp.

References Physics::c, emtbx0_m, emtby0_m, emtnx0_m, emtny0_m, numMySlices_m, reduce(), SLI_beta, SLI_px, SLI_py, SLI_x, SLI_y, SLI_z, slices_m, solver_m, sqrt(), sv_radial, and zCat_m.

Referenced by calcBeamParameters().

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void EnvelopeBunch::calcEnergyChirp	(	double *	g0,
		double *	dgdt,
		double *	gInc,
		int *	nValid
	)

private

calculate the energy chirp and uncorrelated energy spread

Parameters

g0	average gamma
dgdt	chirp
gInc	incoherent energy spread
nValid	number of valid slices

Definition at line 373 of file EnvelopeBunch.cpp.

References Physics::c, IpplInfo::Comm, IpplInfo::getComm(), Communicate::getNodes(), gt(), linfit(), numMySlices_m, pow(), reduce(), SLI_beta, SLI_z, slices_m, sqrt(), zAvg(), and zCat_m.

Referenced by calcBeamParameters().

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void EnvelopeBunch::calcI ( )

private

calculates the current current distribution

Normalize profile to match bunch charge as a constant However, only normalize for sufficient beam energy

Definition at line 714 of file EnvelopeBunch.cpp.

References b_m, Physics::c, IpplInfo::Comm, currentProfile_m, ds_currentCalculated, dStat_m, endl(), fabs(), IpplInfo::getComm(), itype_lin, mySliceEndOffset_m, mySliceStartOffset_m, numSlices_m, Physics::q_e, Q_m, sgSmooth(), sqrt(), z_m, zHead(), and zTail().

Referenced by computeSpaceCharge().

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void EnvelopeBunch::computeSpaceCharge ( )

Definition at line 1165 of file EnvelopeBunch.cpp.

References calcI(), calcITimer_m, cSpaceCharge(), currentProfile_m, Q_m, PartBunchBase< double, 3 >::selfFieldTimer_m, spaceChargeTimer_m, IpplTimings::startTimer(), IpplTimings::stopTimer(), and synchronizeSlices().

Referenced by ParallelSliceTracker::computeSpaceChargeFields().

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void EnvelopeBunch::createBunch ( )

create and initialize local num slices

Definition at line 491 of file EnvelopeBunch.cpp.

References b_m, BF, Bz0_m, currentProfile_m, dfi_x_m, dfi_y_m, ds_fieldsSynchronized, ds_slicesSynchronized, dStat_m, dx0_m, dy0_m, EF, emtbx0_m, emtby0_m, emtnx0_m, emtny0_m, Esct_m, Exw_m, Eyw_m, Ezw_m, G_m, getLocalNum(), I0avg_m, KR, KT, numSlices_m, Q_m, slices_m, solver_m, sv_lwakes, sv_offaxis, sv_radial, sv_twakes, t_m, t_offset_m, and z_m.

Referenced by Distribution::doRestartOpalE(), and initialize().

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void EnvelopeBunch::cSpaceCharge ( )

private

culates space-charge fields Calculate longitudinal-, and transverse space-charge fields for bunch Output is stored in the global class arrays Esct and G, respectively.

Definition at line 927 of file EnvelopeBunch.cpp.

References BETA_MIN1, Physics::c, currentProfile_m, endl(), Physics::epsilon_0, Esct_m, fabs(), G_m, getBeta(), IpplInfo::getComm(), getGamma(), itype_lin, mySliceStartOffset_m, numMySlices_m, numSlices_m, Physics::pi, Q_m, PartBunchBase< double, 3 >::R, SLI_beta, SLI_x, SLI_y, SLI_z, slices_m, sqrt(), Physics::two_pi, z_m, zHead(), and zTail().

Referenced by computeSpaceCharge().

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void EnvelopeBunch::derivs	(	double	tc,
		double	Y[],
		double	dYdt[]
	)

helper function to calculate derivatives need in RH equation

Parameters

tc	time
Y[]	in/out array of slice parameters
dYdt[]	derivation wrt to time of slice parameters

derivs for RK routine

Definition of equation set:

Y[SLI_z] = z dz/dt = beta*c*cos(a) cos(a) = 1 - (px0^2 + py0^2)/c2 Y[SLI_beta] = beta db/dt = (e0/mc)*(E_acc + E_sc)/gamma^3 Y[SLI_x] = x dx/dt = px = Y[SLI_px] Y[SLI_px] = px dpx/dt = f(x,beta) - (beta*gamma^2(db/dt)*px + Kr*x) Y[SLI_y] = y dy/dt = py = Y[SLI_py] Y[SLI_py] = py dpy/dt = f(y,beta) - (beta*gamma^2(db/dt)*py + Kr*y) Y[SLI_x0] = x0 dx0/dt = px0 = Y[SLI_px0] Y[SLI_px0] = px0 dpx0/dt= -(beta*gamma^2(db/dt)*px0) + Kt*x0 Y[SLI_y0] = y0 dy0/dt = py0 = Y[SLI_py0] Y[SLI_py0] = py0 dpy0/dt= -(beta*gamma^2(db/dt)*py0) + Kt*y0

Transversal space charge blowup: f(x,beta) = c^2*I/(2Ia)/(x*beta*gamma^3)

ALT: SLI_z (commented by Rene) dYdt[SLI_z] = Y[SLI_beta]*c*sqrt(1.0 - (pow(Y[SLI_px0],2) + pow(Y[SLI_py0],2))/pow(c*Y[SLI_beta],2)); dYdt[SLI_z] = Y[SLI_beta]*c*cos(Y[SLI_px0]/Y[SLI_beta]/c)*cos(Y[SLI_py0]/Y[SLI_beta]/c);

\[ \dot{z} = \beta c cos(\alpha) \]

minimum spot-size due to emittance

\[ \left(\frac{\epsilon_n c}{\gamma}\right)^2 \]

\[ \dot{\sigma} = p \]

\[ \ddot{\sigma} = -\gamma^2\beta\dot{\beta}\dot{\sigma} - K\sigma + 2c^2\left(\frac{I}{2I_0}\right)\frac{G}{\beta R^2}(1-\beta)^2 \sigma + \left(\frac{\epsilon_n c}{\gamma}\right)^2 \frac{1}{\sigma^3} \]

\[ \dot{\sigma} = p \]

Definition at line 1092 of file EnvelopeBunch.cpp.

References activeSlices_m, Physics::alpha, Physics::c, cos(), currentProfile_m, currentSlice_m, curZHead_m, curZTail_m, Physics::e0m, Physics::e0mc, emtbx0_m, emtby0_m, emtnx0_m, emtny0_m, Esct_m, Esl_m, Exw_m, Eyw_m, Ezw_m, G_m, Physics::Ia, KRsl_m, KTsl_m, numSlices_m, pow(), Q_m, SLI_beta, SLI_px, SLI_px0, SLI_py, SLI_py0, SLI_x, SLI_x0, SLI_y, SLI_y0, SLI_z, solver_m, sqrt(), sv_offaxis, and sv_radial.

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void EnvelopeBunch::distributeSlices ( int nSlice = 101 )

distributes nSlice amongst processors and initializes slices

Definition at line 464 of file EnvelopeBunch.cpp.

References IpplInfo::Comm, Communicate::getNodes(), Communicate::myNode(), mySliceEndOffset_m, mySliceStartOffset_m, numMySlices_m, and numSlices_m.

Referenced by Distribution::doRestartOpalE(), and initialize().

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double EnvelopeBunch::Eavg ( )

calculate the average energy of the bunch

Definition at line 1429 of file EnvelopeBunch.cpp.

References Physics::c, Physics::EMASS, IpplInfo::getComm(), numMySlices_m, Physics::q_e, SLI_z, slices_m, sum(), and zCat_m.

Referenced by ParallelSliceTracker::execute(), get_meanKineticEnergy(), and ParallelSliceTracker::switchElements().

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Vector_t EnvelopeBunch::emtn ( )

inline

returns vector with emittance

Definition at line 178 of file EnvelopeBunch.h.

References emtn_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope().

void EnvelopeBunch::get_bounds	(	Vector_t &	min,
		Vector_t &	max
	)

inline

returns bounds of envelope bunch

Definition at line 357 of file EnvelopeBunch.h.

References zHead(), and zTail().

Referenced by ParallelSliceTracker::computeExternalFields(), ParallelSliceTracker::execute(), ParallelSliceTracker::writeLastStepPhaseSpace(), and ParallelSliceTracker::writePhaseSpace().

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double EnvelopeBunch::get_dEdt ( )

inline

returns the energy spread

Definition at line 172 of file EnvelopeBunch.h.

References dEdt_m.

Referenced by StatWriter::write().

double EnvelopeBunch::get_meanKineticEnergy ( )

inline

returns the mean energy

Definition at line 170 of file EnvelopeBunch.h.

References Eavg().

Referenced by slprint(), H5PartWrapperForPS::stashPhaseSpaceEnvelope(), StatWriter::write(), and H5PartWrapperForPS::writeStepHeader().

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Vector_t EnvelopeBunch::get_norm_emit ( )

inline

returns vector with normalized emittance

Definition at line 180 of file EnvelopeBunch.h.

References norm_emtn_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope(), StatWriter::write(), and H5PartWrapperForPS::writeStepHeader().

Vector_t EnvelopeBunch::get_prms ( )

inline

returns RMSP x,y,z

Definition at line 194 of file EnvelopeBunch.h.

References sigmap_m.

Referenced by StatWriter::write(), and H5PartWrapperForPS::writeStepHeader().

Vector_t EnvelopeBunch::get_rrms ( )

inline

returns RMS x,y,z

Definition at line 192 of file EnvelopeBunch.h.

References sigmax_m.

Referenced by StatWriter::write(), and H5PartWrapperForPS::writeStepHeader().

double EnvelopeBunch::get_sPos ( )

return reference position

Definition at line 1444 of file EnvelopeBunch.cpp.

References IpplInfo::getComm(), numMySlices_m, SLI_z, and slices_m.

Referenced by ParallelSliceTracker::dumpStats(), ParallelSliceTracker::execute(), H5PartWrapperForPS::stashPhaseSpaceEnvelope(), and H5PartWrapperForPS::writeStepHeader().

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double EnvelopeBunch::getBeta ( int i )

inlinevirtual

returns beta of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 215 of file EnvelopeBunch.h.

References numMySlices_m, SLI_beta, and slices_m.

Referenced by cSpaceCharge(), and H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getChargePerParticle ( )

inline

returns charge per slice

Definition at line 190 of file EnvelopeBunch.h.

References numSlices_m, and Q_m.

Referenced by Distribution::doRestartOpalE(), H5PartWrapperForPS::stashPhaseSpaceEnvelope(), and StatWriter::write().

void EnvelopeBunch::getExternalFields	(	int	i,
		Vector_t &	EF,
		Vector_t &	BF,
		Vector_t &	KR,
		Vector_t &	KT
	)		const

inline

Definition at line 150 of file EnvelopeBunch.h.

double EnvelopeBunch::getGamma ( int i )

inlinevirtual

returns gamma of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 209 of file EnvelopeBunch.h.

References numMySlices_m, and slices_m.

Referenced by cSpaceCharge().

int EnvelopeBunch::getLocalNum ( )

inline

returns the number of local slices

Definition at line 164 of file EnvelopeBunch.h.

References numMySlices_m.

Referenced by ParallelSliceTracker::changeDT(), ParallelSliceTracker::computeExternalFields(), createBunch(), H5PartWrapperForPS::stashPhaseSpaceEnvelope(), and H5PartWrapperForPS::writeStepData().

Vector_t EnvelopeBunch::getP ( int i )

inline

Definition at line 248 of file EnvelopeBunch.h.

References numMySlices_m, PartBunchBase< double, 3 >::P, SLI_beta, SLI_px, SLI_py, and slices_m.

Referenced by ParallelSliceTracker::computeExternalFields().

double EnvelopeBunch::getPx ( int i )

inlinevirtual

returns X momenta of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 311 of file EnvelopeBunch.h.

References numMySlices_m, SLI_px, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getPx0 ( int i )

inlinevirtual

returns angular deflection centroid in x of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 337 of file EnvelopeBunch.h.

References numMySlices_m, SLI_px0, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getPy ( int i )

inlinevirtual

returns Y momenta of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 321 of file EnvelopeBunch.h.

References numMySlices_m, SLI_py, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getPy0 ( int i )

inlinevirtual

returns angular deflection centroid in y of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 347 of file EnvelopeBunch.h.

References numMySlices_m, SLI_py0, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getPz ( int i )

inlinevirtual

returns Z momenta of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 331 of file EnvelopeBunch.h.

References Physics::m_e, numMySlices_m, SLI_beta, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

Vector_t EnvelopeBunch::getR ( int i )

inline

Definition at line 231 of file EnvelopeBunch.h.

References numMySlices_m, PartBunchBase< double, 3 >::R, SLI_x, SLI_y, SLI_z, and slices_m.

Referenced by ParallelSliceTracker::computeExternalFields().

double EnvelopeBunch::getT ( )

inline

returns the current time of the bunch

Definition at line 168 of file EnvelopeBunch.h.

References t_m.

Referenced by ParallelSliceTracker::autophaseCavities(), ParallelSliceTracker::computeExternalFields(), ParallelSliceTracker::execute(), ParallelSliceTracker::setTime(), H5PartWrapperForPS::stashPhaseSpaceEnvelope(), ParallelSliceTracker::switchElements(), ParallelSliceTracker::updateReferenceParticle(), StatWriter::write(), ParallelSliceTracker::writePhaseSpace(), and H5PartWrapperForPS::writeStepHeader().

int EnvelopeBunch::getTotalNum ( )

inline

returns the total number of slices

Definition at line 166 of file EnvelopeBunch.h.

References numSlices_m.

Referenced by ParallelSliceTracker::execute(), slprint(), H5PartWrapperForPS::stashPhaseSpaceEnvelope(), and StatWriter::write().

double EnvelopeBunch::getX ( int i )

inlinevirtual

returns X coordinate of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 271 of file EnvelopeBunch.h.

References numMySlices_m, SLI_x, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getX0 ( int i )

inlinevirtual

returns X coordinate of the centroid of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 291 of file EnvelopeBunch.h.

References numMySlices_m, SLI_x0, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getY ( int i )

inlinevirtual

returns Y coordinate of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 281 of file EnvelopeBunch.h.

References numMySlices_m, SLI_y, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getY0 ( int i )

inlinevirtual

returns Y coordinate of the centroid of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 301 of file EnvelopeBunch.h.

References numMySlices_m, SLI_y0, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

double EnvelopeBunch::getZ ( int i )

inlinevirtual

returns Z coordinate of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 265 of file EnvelopeBunch.h.

References numMySlices_m, SLI_z, and slices_m.

Referenced by H5PartWrapperForPS::writeStepData().

void EnvelopeBunch::initialize	(	int	sli,
		double	charge,
		double	energy,
		double	width,
		double	te,
		double	frac,
		double	current,
		double	center,
		double	bX,
		double	bY,
		double	mX,
		double	mY,
		double	Bz,
		int	nbin
	)

Definition at line 1374 of file EnvelopeBunch.cpp.

References activeSlices_m, bsRect, createBunch(), distributeSlices(), emission_time_step_m, endl(), lastEmittedBin_m, nebin_m, setBinnedLShape(), setCharge(), setEnergy(), setSolverParameter(), and setTShape().

Referenced by Distribution::createOpalE().

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bool EnvelopeBunch::isOffaxis ( )

inline

check if solver includes off-axis tracking

Definition at line 98 of file EnvelopeBunch.h.

References solver_m, and sv_offaxis.

bool EnvelopeBunch::isRadial ( )

inline

check if solver includes radial

Definition at line 95 of file EnvelopeBunch.h.

References solver_m, and sv_radial.

Vector_t EnvelopeBunch::maxP ( )

inline

returns vector with the max momentum of the bunch

Definition at line 186 of file EnvelopeBunch.h.

References maxP_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope(), and H5PartWrapperForPS::writeStepHeader().

Vector_t EnvelopeBunch::maxX ( )

inline

returns vector with the max spatial extends of the bunch

Definition at line 182 of file EnvelopeBunch.h.

References maxX_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope().

Vector_t EnvelopeBunch::minP ( )

inline

returns vector with the min momentum of the bunch

Definition at line 188 of file EnvelopeBunch.h.

References minP_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope(), and H5PartWrapperForPS::writeStepHeader().

Vector_t EnvelopeBunch::minX ( )

inline

returns vector with the min spatial extends of the bunch

Definition at line 184 of file EnvelopeBunch.h.

References minX_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope().

double EnvelopeBunch::moveZ0 ( double zC )

private

move the complete bunch forward such that the head of the bunch matches the cahtode position

Definition at line 1041 of file EnvelopeBunch.cpp.

References backup(), endl(), numMySlices_m, SLI_z, slices_m, zCat_m, and zHead().

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size_t EnvelopeBunch::mySliceEndOffset ( )

inline

Definition at line 197 of file EnvelopeBunch.h.

References mySliceEndOffset_m.

Referenced by Distribution::doRestartOpalE().

size_t EnvelopeBunch::mySliceStartOffset ( )

inline

Definition at line 196 of file EnvelopeBunch.h.

References mySliceStartOffset_m.

Referenced by Distribution::doRestartOpalE().

size_t EnvelopeBunch::numMySlices ( )

inline

Definition at line 198 of file EnvelopeBunch.h.

References numMySlices_m.

void EnvelopeBunch::runStats	(	EnvelopeBunchParameter	sp,
		double *	xAvg,
		double *	xMax,
		double *	xMin,
		double *	rms,
		int *	nValid
	)

private

run statistics on slices

Parameters

sp	parameter to run statistics on
xAvg	average
xMax	max
xMin	min
rms	rms
nValid	number of valid slices

Definition at line 159 of file EnvelopeBunch.cpp.

References BETA_MIN1, IpplInfo::getComm(), max(), min(), numMySlices_m, SLI_beta, SLI_px, SLI_px0, SLI_py, SLI_py0, SLI_x, SLI_x0, SLI_y, SLI_y0, SLI_z, slices_m, sp_beta, sp_gamma, sp_I, sp_Px, sp_px0, sp_Py, sp_py0, sp_Pz, sp_Rx, sp_Ry, sp_x0, sp_y0, sp_z, sqrt(), and zCat_m.

Referenced by calcBeamParameters().

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void EnvelopeBunch::setBeta	(	int	i,
		double	val
	)

inline

Definition at line 219 of file EnvelopeBunch.h.

References numMySlices_m, SLI_beta, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setBinnedLShape	(	EnvelopeBunchShape	shape,
		double	z0,
		double	w,
		double	frac
	)

private

set longitudinal shape of bunch (initial distribution)

Parameters

shape	of bunch (currently rectangular or Gauss)
z0	center of the bunch [m]
w	length of the bunch [m]
frac	fraction of Gauss (length) used

Definition at line 570 of file EnvelopeBunch.cpp.

References backup(), bins_m, bsGauss, bsRect, Physics::c, IpplInfo::Comm, Physics::e, fabs(), findRoot(), firstBinWithValue_m, Communicate::getNodes(), hbin_m, I0avg_m, mySliceEndOffset_m, mySliceStartOffset_m, nebin_m, numMySlices_m, numSlices_m, Q_m, reduce(), SLI_beta, SLI_z, slices_m, and sqrt().

Referenced by initialize().

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void EnvelopeBunch::setCharge ( double _Q )

inline

set the charge of the bunch

Definition at line 203 of file EnvelopeBunch.h.

References abs(), Q_m, and sign_m.

Referenced by Distribution::doRestartOpalE(), initialize(), and TrackRun::setupSliceTracker().

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void EnvelopeBunch::setEnergy	(	double	E0,
		double	dE = `0.0`
	)

Definition at line 686 of file EnvelopeBunch.cpp.

References backup(), Physics::c, Physics::EMASS, fabs(), numMySlices_m, Physics::q_e, SLI_beta, SLI_z, slices_m, sqrt(), and zAvg().

Referenced by initialize().

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void EnvelopeBunch::setEx ( double emi )

inline

set emittance X

Definition at line 135 of file EnvelopeBunch.h.

References emtnx0_m.

void EnvelopeBunch::setExternalFields	(	int	i,
		const Vector_t &	EF,
		const Vector_t &	BF,
		const Vector_t &	KR,
		const Vector_t &	KT
	)

inline

Definition at line 143 of file EnvelopeBunch.h.

References BF, EF, KR, and KT.

Referenced by ParallelSliceTracker::computeExternalFields().

void EnvelopeBunch::setEy ( double emi )

inline

set emittance Y

Definition at line 137 of file EnvelopeBunch.h.

References emtny0_m.

void EnvelopeBunch::setP	(	int	i,
		const Vector_t &	P
	)

inline

Definition at line 241 of file EnvelopeBunch.h.

References numMySlices_m, SLI_beta, SLI_px, SLI_py, slices_m, and sqrt().

Referenced by ParallelSliceTracker::computeExternalFields().

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void EnvelopeBunch::setPx	(	int	i,
		double	val
	)

inline

Definition at line 315 of file EnvelopeBunch.h.

References numMySlices_m, SLI_px, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setPx0	(	int	i,
		double	val
	)

inline

Definition at line 341 of file EnvelopeBunch.h.

References numMySlices_m, SLI_px0, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setPy	(	int	i,
		double	val
	)

inline

Definition at line 325 of file EnvelopeBunch.h.

References numMySlices_m, SLI_py, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setPy0	(	int	i,
		double	val
	)

inline

Definition at line 351 of file EnvelopeBunch.h.

References numMySlices_m, SLI_py0, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setR	(	int	i,
		const Vector_t &	R
	)

inline

Definition at line 224 of file EnvelopeBunch.h.

References numMySlices_m, SLI_x, SLI_y, SLI_z, and slices_m.

Referenced by ParallelSliceTracker::computeExternalFields().

void EnvelopeBunch::setSolverParameter ( int s )

inline

set the DE solver flag

Definition at line 139 of file EnvelopeBunch.h.

References solver_m.

Referenced by initialize().

void EnvelopeBunch::setTOffset	(	double	x0,
		double	px0,
		double	y0,
		double	py0
	)

private

set transverse offset of bunch

Parameters

x0	coordinate [m]
px0	divergence [rad]
y0	coordinate [m]
py0	divergence [rad]

Definition at line 677 of file EnvelopeBunch.cpp.

References numMySlices_m, SLI_px0, SLI_py0, SLI_x0, SLI_y0, and slices_m.

void EnvelopeBunch::setTShape	(	double	enx,
		double	eny,
		double	rx,
		double	ry,
		double	b0
	)

private

set transverse shape of bunch (initial distribution)

Parameters

enx	normalized emittance x [m rad]
eny	normalized emittance y [m rad]
rx	radius x [m]
ry	radius y [m]
b0	Bz0 [T]

Definition at line 651 of file EnvelopeBunch.cpp.

References backup(), Bz0_m, Physics::c, Physics::EMASS, emtbx0_m, emtby0_m, emtnx0_m, emtny0_m, numMySlices_m, Physics::q_e, SLI_px, SLI_py, SLI_x, SLI_y, and slices_m.

Referenced by initialize().

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void EnvelopeBunch::setX	(	int	i,
		double	val
	)

inline

Definition at line 275 of file EnvelopeBunch.h.

References numMySlices_m, SLI_x, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setX0	(	int	i,
		double	val
	)

inline

Definition at line 295 of file EnvelopeBunch.h.

References numMySlices_m, SLI_x0, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setY	(	int	i,
		double	val
	)

inline

Definition at line 285 of file EnvelopeBunch.h.

References numMySlices_m, SLI_y, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setY0	(	int	i,
		double	val
	)

inline

Definition at line 305 of file EnvelopeBunch.h.

References numMySlices_m, SLI_y0, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

void EnvelopeBunch::setZ	(	int	i,
		double	coo
	)

inlinevirtual

set Z coordinate of slice i

Reimplemented from PartBunchBase< double, 3 >.

Definition at line 259 of file EnvelopeBunch.h.

References numMySlices_m, SLI_z, and slices_m.

Referenced by H5PartWrapperForPS::readStepData().

Vector_t EnvelopeBunch::sigmap ( )

inline

returns vector with rms momenta

Definition at line 176 of file EnvelopeBunch.h.

References sigmap_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope().

Vector_t EnvelopeBunch::sigmax ( )

inline

returns vector with rms position

Definition at line 174 of file EnvelopeBunch.h.

References sigmax_m.

Referenced by H5PartWrapperForPS::stashPhaseSpaceEnvelope().

Inform & EnvelopeBunch::slprint ( Inform & os )

Definition at line 1523 of file EnvelopeBunch.cpp.

References Physics::e, endl(), get_meanKineticEnergy(), PartBunchBase< double, 3 >::getdT(), getTotalNum(), Q_m, and zAvg().

Referenced by operator<<().

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void EnvelopeBunch::synchronizeSlices ( )

private

synchronize z position and betas of all slices (needed in calcI and space charge calculation)

Definition at line 699 of file EnvelopeBunch.cpp.

References b_m, IpplInfo::getComm(), mySliceStartOffset_m, numMySlices_m, numSlices_m, SLI_beta, SLI_z, slices_m, and z_m.

Referenced by computeSpaceCharge().

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double EnvelopeBunch::time ( )

inline

read time-stamp of bunch

Definition at line 132 of file EnvelopeBunch.h.

References t_m.

void EnvelopeBunch::timeStep	(	double	tStep,
		double	zCat = `0.0`
	)

performs a time-step for all active slices (also handles emission)

Parameters

tStep	dt for timestep
zCat	position of cathode (default: 0.0)

mark calling of this function + update vars

subtract average orbit for when tracking along the s-axis

Definition at line 1198 of file EnvelopeBunch.cpp.

References activeSlice_m, activeSlices_m, backup(), BF, Bsl_m, Physics::c, currentSlice_m, curZHead_m, curZTail_m, dfi_x_m, dfi_y_m, ds_slicesSynchronized, ds_spaceCharge, dStat_m, dx0_m, dy0_m, EF, endl(), Esl_m, isValid_m, KR, KRsl_m, KT, KTsl_m, numMySlices_m, numSlices_m, odeint(), pow(), reduce(), rk4(), sin(), SLI_beta, SLI_px0, SLI_py0, SLI_x0, SLI_y0, SLI_z, slices_m, SLNPAR, solver_m, sqrt(), sv_fixedStep, sv_s_path, t_m, zCat_m, zHead(), and zTail().

Referenced by ParallelSliceTracker::timeIntegration().

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double EnvelopeBunch::tReset ( double dt = 0.0 )

private

reset time of bunch (returns the offset applied) time difference (0.0 - auto-sync)

Definition at line 1055 of file EnvelopeBunch.cpp.

References PartBunchBase< double, 3 >::dt, t_m, t_offset_m, and zAvg().

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double EnvelopeBunch::zAvg ( )

calculate <z> [m]

Definition at line 1460 of file EnvelopeBunch.cpp.

References IpplInfo::getComm(), isValid_m, numMySlices_m, SLI_z, slices_m, and sum().

Referenced by calcEnergyChirp(), ParallelSliceTracker::execute(), setEnergy(), slprint(), and tReset().

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double EnvelopeBunch::zHead ( )

calculate the head of the bunch [m]

Definition at line 1502 of file EnvelopeBunch.cpp.

References IpplInfo::getComm(), isValid_m, max(), numMySlices_m, SLI_z, and slices_m.

Referenced by calcI(), cSpaceCharge(), get_bounds(), moveZ0(), ParallelSliceTracker::switchElements(), and timeStep().

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double EnvelopeBunch::zTail ( )

calculate tail of bunch [m]

Definition at line 1481 of file EnvelopeBunch.cpp.

References IpplInfo::getComm(), isValid_m, min(), numMySlices_m, SLI_z, and slices_m.

Referenced by calcI(), cSpaceCharge(), get_bounds(), ParallelSliceTracker::switchElements(), and timeStep().

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Member Data Documentation

unsigned int EnvelopeBunch::activeSlice_m

private

Definition at line 431 of file EnvelopeBunch.h.

Referenced by timeStep().

int EnvelopeBunch::activeSlices_m

private

number of active slices

Definition at line 389 of file EnvelopeBunch.h.

Referenced by derivs(), initialize(), and timeStep().

std::vector<double> EnvelopeBunch::b_m

private

synchronized betas for parallel tracker

Definition at line 379 of file EnvelopeBunch.h.

Referenced by calcI(), createBunch(), and synchronizeSlices().

std::unique_ptr<Vector_t[]> EnvelopeBunch::BF

private

external B fields

Definition at line 428 of file EnvelopeBunch.h.

Referenced by AvBField(), createBunch(), setExternalFields(), and timeStep().

std::vector< std::vector<int> > EnvelopeBunch::bins_m

private

bins for emission

Definition at line 381 of file EnvelopeBunch.h.

Referenced by setBinnedLShape().

Vector_t EnvelopeBunch::Bsl_m

private

magnetic field

Definition at line 416 of file EnvelopeBunch.h.

Referenced by timeStep().

double EnvelopeBunch::Bz0_m

private

magnetic field on cathode [T]

Definition at line 408 of file EnvelopeBunch.h.

Referenced by createBunch(), and setTShape().

double EnvelopeBunch::Bz_m

private

Definition at line 478 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

IpplTimings::TimerRef EnvelopeBunch::calcITimer_m

Definition at line 86 of file EnvelopeBunch.h.

Referenced by computeSpaceCharge(), and EnvelopeBunch().

std::unique_ptr<Profile> EnvelopeBunch::currentProfile_m

current profile of bunch (fit)

Definition at line 84 of file EnvelopeBunch.h.

Referenced by calcI(), computeSpaceCharge(), createBunch(), cSpaceCharge(), and derivs().

int EnvelopeBunch::currentSlice_m

private

current Slice set in run() & cSpaceCharge() and used in derivs() & zcsI()

Definition at line 435 of file EnvelopeBunch.h.

Referenced by derivs(), and timeStep().

double EnvelopeBunch::curZHead_m

private

Definition at line 491 of file EnvelopeBunch.h.

Referenced by derivs(), and timeStep().

double EnvelopeBunch::curZTail_m

private

Definition at line 492 of file EnvelopeBunch.h.

Referenced by derivs(), and timeStep().

double EnvelopeBunch::dEdt_m

private

Definition at line 454 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), and get_dEdt().

double EnvelopeBunch::dfi_x_m

private

rotation of coordinate system when tracking along the s-axis [rad]

Definition at line 406 of file EnvelopeBunch.h.

Referenced by createBunch(), and timeStep().

double EnvelopeBunch::dfi_y_m

private

Definition at line 406 of file EnvelopeBunch.h.

Referenced by createBunch(), and timeStep().

int EnvelopeBunch::dStat_m

private

see enum DataStatus

Definition at line 394 of file EnvelopeBunch.h.

Referenced by calcI(), createBunch(), and timeStep().

double EnvelopeBunch::dx0_m

private

offset of the coordinate system when tracking along the s-axis [m]

Definition at line 404 of file EnvelopeBunch.h.

Referenced by createBunch(), and timeStep().

double EnvelopeBunch::dy0_m

private

Definition at line 404 of file EnvelopeBunch.h.

Referenced by createBunch(), and timeStep().

double EnvelopeBunch::E_m

private

Definition at line 453 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

std::unique_ptr<Vector_t[]> EnvelopeBunch::EF

private

external E fields

Definition at line 426 of file EnvelopeBunch.h.

Referenced by AvEField(), createBunch(), setExternalFields(), and timeStep().

double EnvelopeBunch::Einc_m

private

Definition at line 455 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::emission_time_step_m

private

Definition at line 451 of file EnvelopeBunch.h.

Referenced by initialize().

double EnvelopeBunch::emtbx0_m

private

intrinsic normalized emittance Bush effect [m rad]

Definition at line 402 of file EnvelopeBunch.h.

Referenced by calcEmittance(), createBunch(), derivs(), and setTShape().

double EnvelopeBunch::emtby0_m

private

Definition at line 402 of file EnvelopeBunch.h.

Referenced by calcEmittance(), createBunch(), derivs(), and setTShape().

Vector_t EnvelopeBunch::emtn_m

private

Definition at line 485 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), and emtn().

double EnvelopeBunch::emtnx0_m

private

intrinsic normalized emittance of slice [m rad]

Definition at line 400 of file EnvelopeBunch.h.

Referenced by calcEmittance(), createBunch(), derivs(), setEx(), and setTShape().

double EnvelopeBunch::emtny0_m

private

Definition at line 400 of file EnvelopeBunch.h.

Referenced by calcEmittance(), createBunch(), derivs(), setEy(), and setTShape().

std::vector<double> EnvelopeBunch::Esct_m

private

Longitudinal Space-charge field.

Definition at line 445 of file EnvelopeBunch.h.

Referenced by createBunch(), cSpaceCharge(), and derivs().

Vector_t EnvelopeBunch::Esl_m

private

electric field

Definition at line 414 of file EnvelopeBunch.h.

Referenced by derivs(), and timeStep().

std::vector<double> EnvelopeBunch::Exw_m

private

transverse wake field x

Definition at line 439 of file EnvelopeBunch.h.

Referenced by createBunch(), and derivs().

std::vector<double> EnvelopeBunch::Eyw_m

private

transverse wake field y

Definition at line 441 of file EnvelopeBunch.h.

Referenced by createBunch(), and derivs().

double EnvelopeBunch::Ez_m

private

Definition at line 477 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

std::vector<double> EnvelopeBunch::Ezw_m

private

longitudinal wake field

Definition at line 443 of file EnvelopeBunch.h.

Referenced by createBunch(), and derivs().

int EnvelopeBunch::firstBinWithValue_m

private

first bin on processor containing slices

Definition at line 387 of file EnvelopeBunch.h.

Referenced by setBinnedLShape().

std::vector<double> EnvelopeBunch::G_m

private

Transverse Space-charge term: Eq.(9)

Definition at line 447 of file EnvelopeBunch.h.

Referenced by createBunch(), cSpaceCharge(), and derivs().

double EnvelopeBunch::hbin_m

private

emission bin width

Definition at line 383 of file EnvelopeBunch.h.

Referenced by setBinnedLShape().

double EnvelopeBunch::I0avg_m

private

average current on creation of bunch (see setLshape)

Definition at line 412 of file EnvelopeBunch.h.

Referenced by createBunch(), and setBinnedLShape().

double EnvelopeBunch::I_m

private

Definition at line 457 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::Irms_m

private

Definition at line 458 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

bool EnvelopeBunch::isValid_m

Definition at line 81 of file EnvelopeBunch.h.

Referenced by EnvelopeBunch(), timeStep(), ParallelSliceTracker::writeLastStepPhaseSpace(), zAvg(), zHead(), and zTail().

std::unique_ptr<Vector_t[]> EnvelopeBunch::KR

private

define value of radial kick for each slice

Definition at line 422 of file EnvelopeBunch.h.

Referenced by createBunch(), setExternalFields(), and timeStep().

Vector_t EnvelopeBunch::KRsl_m

private

radial focussing term beam

Definition at line 418 of file EnvelopeBunch.h.

Referenced by derivs(), and timeStep().

std::unique_ptr<Vector_t[]> EnvelopeBunch::KT

private

define value of transversal kick for each slice

Definition at line 424 of file EnvelopeBunch.h.

Referenced by createBunch(), setExternalFields(), and timeStep().

Vector_t EnvelopeBunch::KTsl_m

private

transverse kick of beam

Definition at line 420 of file EnvelopeBunch.h.

Referenced by derivs(), and timeStep().

size_t EnvelopeBunch::lastEmittedBin_m

private

Definition at line 452 of file EnvelopeBunch.h.

Referenced by initialize().

Vector_t EnvelopeBunch::maxP_m

private

Definition at line 481 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), and maxP().

Vector_t EnvelopeBunch::maxX_m

private

Definition at line 479 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), and maxX().

Vector_t EnvelopeBunch::minP_m

private

Definition at line 482 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), and minP().

Vector_t EnvelopeBunch::minX_m

private

Definition at line 480 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), and minX().

size_t EnvelopeBunch::mySliceEndOffset_m

private

last global slice on this processor

Definition at line 375 of file EnvelopeBunch.h.

Referenced by calcI(), distributeSlices(), mySliceEndOffset(), and setBinnedLShape().

size_t EnvelopeBunch::mySliceStartOffset_m

private

first global slice on this processor

Definition at line 373 of file EnvelopeBunch.h.

Referenced by calcI(), cSpaceCharge(), distributeSlices(), mySliceStartOffset(), setBinnedLShape(), and synchronizeSlices().

int EnvelopeBunch::nebin_m

private

number of bins for emission

Definition at line 385 of file EnvelopeBunch.h.

Referenced by initialize(), and setBinnedLShape().

Vector_t EnvelopeBunch::norm_emtn_m

private

Definition at line 486 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), and get_norm_emit().

int EnvelopeBunch::numMySlices_m

private

number of my slices in bunch

Definition at line 371 of file EnvelopeBunch.h.

Referenced by AvBField(), AvEField(), calcEmittance(), calcEnergyChirp(), cSpaceCharge(), distributeSlices(), Eavg(), get_sPos(), getBeta(), getGamma(), getLocalNum(), getP(), getPx(), getPx0(), getPy(), getPy0(), getPz(), getR(), getX(), getX0(), getY(), getY0(), getZ(), moveZ0(), numMySlices(), runStats(), setBeta(), setBinnedLShape(), setEnergy(), setP(), setPx(), setPx0(), setPy(), setPy0(), setR(), setTOffset(), setTShape(), setX(), setX0(), setY(), setY0(), setZ(), synchronizeSlices(), timeStep(), zAvg(), zHead(), and zTail().

int EnvelopeBunch::numSlices_m

private

number of total slices in bunch

Definition at line 369 of file EnvelopeBunch.h.

Referenced by AvBField(), AvEField(), calcBeamParameters(), calcI(), createBunch(), cSpaceCharge(), derivs(), distributeSlices(), getChargePerParticle(), getTotalNum(), setBinnedLShape(), synchronizeSlices(), and timeStep().

int EnvelopeBunch::nValid_m

private

Definition at line 449 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::Px_m

private

Definition at line 465 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::Py_m

private

Definition at line 466 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::Q_m

private

total bunch charge [C]

Definition at line 410 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), calcI(), computeSpaceCharge(), createBunch(), cSpaceCharge(), derivs(), getChargePerParticle(), setBinnedLShape(), setCharge(), and slprint().

double EnvelopeBunch::Rx_m

private

Definition at line 459 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::RxMax_m

private

Definition at line 461 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::RxMin_m

private

Definition at line 463 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::Ry_m

private

Definition at line 460 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::RyMax_m

private

Definition at line 462 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::RyMin_m

private

Definition at line 464 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

Vector_t EnvelopeBunch::sigmap_m

private

Definition at line 484 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), get_prms(), and sigmap().

Vector_t EnvelopeBunch::sigmax_m

private

Definition at line 483 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), get_rrms(), and sigmax().

int EnvelopeBunch::sign_m

private

gives the sign of charge Q

Definition at line 433 of file EnvelopeBunch.h.

Referenced by setCharge().

std::vector< std::shared_ptr<EnvelopeSlice> > EnvelopeBunch::slices_m

private

array of slices

Definition at line 430 of file EnvelopeBunch.h.

Referenced by backup(), calcEmittance(), calcEnergyChirp(), createBunch(), cSpaceCharge(), Eavg(), get_sPos(), getBeta(), getGamma(), getP(), getPx(), getPx0(), getPy(), getPy0(), getPz(), getR(), getX(), getX0(), getY(), getY0(), getZ(), moveZ0(), runStats(), setBeta(), setBinnedLShape(), setEnergy(), setP(), setPx(), setPx0(), setPy(), setPy0(), setR(), setTOffset(), setTShape(), setX(), setX0(), setY(), setY0(), setZ(), synchronizeSlices(), timeStep(), zAvg(), zHead(), and zTail().

int EnvelopeBunch::solver_m

private

see enum SolverParameters

Definition at line 392 of file EnvelopeBunch.h.

Referenced by calcBeamParameters(), calcEmittance(), createBunch(), derivs(), isOffaxis(), isRadial(), setSolverParameter(), and timeStep().

IpplTimings::TimerRef EnvelopeBunch::spaceChargeTimer_m

Definition at line 87 of file EnvelopeBunch.h.

Referenced by computeSpaceCharge(), and EnvelopeBunch().

double EnvelopeBunch::t_m

private

local time in bunch [s]

Definition at line 396 of file EnvelopeBunch.h.

Referenced by createBunch(), getT(), time(), timeStep(), and tReset().

double EnvelopeBunch::t_offset_m

private

accumulated time offset by tReset function

Definition at line 398 of file EnvelopeBunch.h.

Referenced by createBunch(), and tReset().

double EnvelopeBunch::tau_m

private

Definition at line 456 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::x0_m

private

Definition at line 467 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::x0Max_m

private

Definition at line 469 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::x0Min_m

private

Definition at line 471 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::y0_m

private

Definition at line 468 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::y0Max_m

private

Definition at line 470 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::y0Min_m

private

Definition at line 472 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

double EnvelopeBunch::z0_m

private

Definition at line 450 of file EnvelopeBunch.h.

Referenced by calcBeamParameters().

std::vector<double> EnvelopeBunch::z_m

private

synchronized z positions for parallel tracker

Definition at line 377 of file EnvelopeBunch.h.

Referenced by calcI(), createBunch(), cSpaceCharge(), and synchronizeSlices().

double EnvelopeBunch::zCat_m

private

cathode position

Definition at line 437 of file EnvelopeBunch.h.

Referenced by calcEmittance(), calcEnergyChirp(), Eavg(), moveZ0(), runStats(), and timeStep().

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

src/Algorithms/bet/EnvelopeBunch.h
src/Algorithms/bet/EnvelopeBunch.cpp

Public Member Functions

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Private Member Functions

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