Parameters - Element class with booleans. More...

#include <parameters.h>

Inheritance diagram for GMAD::Parameters:

Collaboration diagram for GMAD::Parameters:

Public Member Functions
void	flush ()
	Reset the parameters to defaults and setMap.

void	inherit_properties (const Element &e)

template<typename T >
void	set_value (std::string property, T value)
	Set method by property name and value.

	Parameters ()
	Constructor.

Public Member Functions inherited from GMAD::Element
void	print (int ident=0) const
	print method

void	flush ()
	flush method

bool	isSpecial () const
	check if element is of a special type

double	property_lookup (std::string property_name) const

void	setSamplerInfo (std::string samplerType, std::string samplerName, double samplerRadius, int samplerParticleSetIDIn=-1)
	set sampler info

template<typename T >
void	set_value (std::string property, T value)

	Element ()
	constructor

void	set (const Parameters &params)
	set method from Parameters structure

void	set (const Parameters &params, std::string nameIn, ElementType typeIn)
	set method from Parameters structure

Public Member Functions inherited from GMAD::Published< Element >
bool	NameExists (const std::string &name) const

Published< Element >::template AttributeMap< T > &	attribute_map () const

Data Fields
std::map< std::string, bool >	setMap
	Map that holds booleans for every member of element.

Data Fields inherited from GMAD::Element
ElementType	type
	element enum

std::string	name

std::string	userTypeName
	User component element type name.

std::string	userParameters
	String for passing user parameters through.

double	l
	length in metres

double	scaling
	Overall scaling of field strength.

double	scalingFieldOuter
	Extra arbitrary scaling for outer field - compounded with 'scaling'.

double	ks
	solenoid

double	k1
	quadrupole

double	k2
	sextupole

double	k3
	octupole

double	k4
	decapole

double	angle
	bending angle

double	B
	magnetic field

double	e1
	input pole face rotation for bends

double	e2
	output pole face rotation for bends

double	fint
	fringe field integral at the dipole entrance

double	fintx
	fringe field integral at the dipole exit

double	fintK2
	second fringe field integral at the dipole entrance - for TRANSPORT matching

double	fintxK2
	second fringe field integral at the dipole exit - for TRANSPORT matching

double	hgap
	half distance of pole separation for purposes of fringe fields - 'half gap'

double	h1
	input pole face curvature for bends

double	h2
	output pole face curvature for bends

double	kick
	fractional delta p for either h or v kicker

double	hkick
	fractional delta px for hkicker

double	vkick
	fractional delta py for vkicker

std::list< double >	knl
	multipole expansion coefficients

std::list< double >	ksl
	skew multipole expansion

double	gradient
	for rf cavities in V / m

double	E
	voltage for rf cavities in V that will be assumed over length l

double	frequency
	frequency for rf cavity in Hz

double	phase
	phase of rf cavity (rad)

double	tOffset
	time offset used for phase calculation (ns)

std::string	fieldModulator

std::string	magnetGeometryType

double	horizontalWidth

bool	yokeOnInside

int	hStyle
	-1 = unset; 0 = false (ie c style); 1 = true, use hstyle

double	vhRatio
	ratio of vertial to horizontal for some magnets

double	coilWidthFraction
	Fraction of available h space the coil will take up.

double	coilHeightFraction
	Fraction of availalbe v space the coil will take up.

double	tilt
	tilt

double	xsize

double	ysize
	collimator aperture or laser spotsize for laser

double	xsizeOut

double	ysizeOut
	collimator aperture or laser spotsize for laser

double	xsizeLeft

double	xsizeRight
	individual collimator jaw half widths

double	jawTiltLeft

double	jawTiltRight
	jaw collimator jaw tilts (angle in x-z plane)

double	offsetX
	offset X

double	offsetY
	offset Y

double	tscint
	thickness of scintillating part of screen

double	twindow
	thickness of window

double	tmount
	thickness of the screen mount

double	windowScreenGap
	air gap between window and screen

double	screenXSize

double	screenYSize

double	waveLength
	for laser wire and 3d transforms

double	phi

double	theta

double	psi
	for 3d transforms

double	axisX

double	axisY

double	axisZ

bool	axisAngle

std::list< std::string >	biasMaterialList

std::list< std::string >	biasVacuumList
	physics biasing list for the vacuum

double	minimumKineticEnergy
	minimum kinetic energy for user limits - respected on element by element basis

std::string	samplerName
	name of sampler (default empty)

std::string	samplerType
	element has a sampler of this type (default "none")

double	samplerRadius

int	samplerParticleSetID

std::string	region
	region with range cuts

std::string	fieldOuter
	Outer field.

std::string	fieldVacuum
	Vacuum field.

std::string	fieldAll
	Field for everything.

std::string	geometryFile
	For Element. File for external geometry.

bool	stripOuterVolume
	For Element. Make it an assembly.

bool	autoColour
	Automagically colour the external geometry.

bool	elementLengthIsArcLength
	For Element. Treat the length as arc length, if not chord.

std::string	material

std::string	namedVacuumVolumes
	For imported geometry - identify vacuum volumes.

bool	markAsCollimator

std::string	spec
	Arbitrary specification to pass to beamline builder.

std::string	cavityModel
	Name of geometry model object for rfconstantinz cavities.

std::string	cavityFieldType
	Name for type of field to use in a cavity.

std::string	dicomDataPath
	for CT, file for DICOM construction data

std::string	dicomDataFile
	for CT, file for DICOM construction data

std::string	colour
	Override colour for certain items.

std::string	crystalLeft

std::string	crystalRight

std::string	crystalBoth

double	crystalAngleYAxisLeft

double	crystalAngleYAxisRight

bool	angleSet

bool	scalingFieldOuterSet

std::list< Element > *	lst
	in case the element is a list itself (line)

double	kick1
	rmatrix elements, only 4x4

double	kick2
	rmatrix elements, only 4x4

double	kick3
	rmatrix elements, only 4x4

double	kick4
	rmatrix elements, only 4x4

double	rmat11
	rmatrix elements, only 4x4

double	rmat12
	rmatrix elements, only 4x4

double	rmat13
	rmatrix elements, only 4x4

double	rmat14
	rmatrix elements, only 4x4

double	rmat21
	rmatrix elements, only 4x4

double	rmat22
	rmatrix elements, only 4x4

double	rmat23
	rmatrix elements, only 4x4

double	rmat24
	rmatrix elements, only 4x4

double	rmat31
	rmatrix elements, only 4x4

double	rmat32
	rmatrix elements, only 4x4

double	rmat33
	rmatrix elements, only 4x4

double	rmat34
	rmatrix elements, only 4x4

double	rmat41
	rmatrix elements, only 4x4

double	rmat42
	rmatrix elements, only 4x4

double	rmat43
	rmatrix elements, only 4x4

double	rmat44
	rmatrix elements, only 4x4

double	beampipeThickness
	beampipe information, new aperture model

double	aper1
	beampipe information, new aperture model

double	aper2
	beampipe information, new aperture model

double	aper3
	beampipe information, new aperture model

double	aper4
	beampipe information, new aperture model

std::string	apertureType
	beampipe information, new aperture model

std::string	beampipeMaterial
	beampipe information, new aperture model

std::string	vacuumMaterial
	beampipe information, new aperture model

std::list< double >	layerThicknesses
	for screen

std::list< std::string >	layerMaterials
	for screen

std::list< int >	layerIsSampler
	for screen

double	screenPSize
	for AWAKE spectrometer

double	screenEndZ
	for AWAKE spectrometer

double	poleStartZ
	for AWAKE spectrometer

double	screenWidth
	for AWAKE spectrometer

double	awakeMagnetOffsetX
	for AWAKE spectrometer

std::string	windowmaterial
	for AWAKE spectrometer

std::string	scintmaterial
	for AWAKE spectrometer

std::string	mountmaterial
	for AWAKE spectrometer

double	xdir
	for 3d transform and laser

double	ydir
	for 3d transform and laser

double	zdir
	for 3d transform and laser

int	numberWedges
	for degrader

double	wedgeLength
	for degrader

double	degraderHeight
	for degrader

double	materialThickness
	for degrader

double	degraderOffset
	for degrader

double	wireDiameter
	for wirescanner

double	wireLength
	for wirescanner

double	wireOffsetX
	for wirescanner

double	wireOffsetY
	for wirescanner

double	wireOffsetZ
	for wirescanner

double	wireAngle
	for wirescanner

double	undulatorPeriod
	for undulator

double	undulatorGap
	for undulator

double	undulatorMagnetHeight
	for undulator

std::string	bias
	temporary string for bias setting

std::string	biasMaterial
	temporary string for bias setting

std::string	biasVacuum
	temporary string for bias setting

Additional Inherited Members
Protected Types inherited from GMAD::Published< Element >
using	AttributeMap = typename std::unordered_map< std::string, T C::* >
	Define AttributeMap of string and class member pointer.

Protected Member Functions inherited from GMAD::Element
std::string	getPublishedName (const std::string &name) const
	returns 'official' member name for property

Protected Member Functions inherited from GMAD::Published< Element >
void	publish (const std::string &name, T C::*mp)
	Make pointer to member from class C and type T with accessible with a name.

void	set (Element instance, const Element instance2, const std::string &name)
	Set member with name of class instance to value of second instance.

AttributeMap< T > &	attribute_map () const
	Access method to static map for type T and class C.

T	get (const Element *instance, const std::string &name) const
	Get method for class C.

void	set (Element *instance, const std::string &name, double value)

void	set (Element instance, const std::string &name, GMAD::Array const &value)

void	set (Element *instance, const std::string &name, const T &value)

Detailed Description

Parameters - Element class with booleans.

This is a temporary storage class of the parameters before the actual Element is created. The booleans are needed for inheritance and extension of already created Elements. The class is a singleton.