KVArgType Namespace Reference

Classes
class	ArgType
	Base class for explicit argument types. More...
class	ArgTypeClass
	Base class for explicit argument types (class types) More...

Typedefs
typedef Energy	Mass

Functions
	DeclareNewClassType (FourMomentum, TLorentzVector)
	DeclareNewNumericType (AOverZ, Double_t)
	DeclareNewNumericType (AtomicNumber, Int_t)
	DeclareNewNumericType (AzimuthalAngle, Double_t)
	DeclareNewNumericType (BindingEnergy, Double_t)
	DeclareNewNumericType (BindingEnergyPerNucleon, Double_t)
	DeclareNewNumericType (ChargeAsymmetry, Double_t)
	DeclareNewNumericType (Distance, Double_t)
	geometry More...
	DeclareNewNumericType (Energy, Double_t)
	DeclareNewNumericType (ExcitationEnergy, Double_t)
	particles & nuclei More...
	DeclareNewNumericType (ExcitationEnergyPerNucleon, Double_t)
	DeclareNewNumericType (KineticEnergy, Double_t)
	kinematics More...
	DeclareNewNumericType (KineticEnergyPerNucleon, Double_t)
	DeclareNewNumericType (Lifetime, Double_t)
	DeclareNewNumericType (MassNumber, Int_t)
	DeclareNewNumericType (NeutronExcess, Int_t)
	DeclareNewNumericType (NeutronNumber, Int_t)
	DeclareNewNumericType (NOverZ, Double_t)
	DeclareNewNumericType (Number, Int_t)
	basic properties More...
	DeclareNewNumericType (PolarAngle, Double_t)
	DeclareNewStringType (AngularDistributionType)
	DeclareNewStringType (MomentumComponentType)
	DeclareNewStringType (Name)
	DeclareNewVectorType (AngularMomentum)
	DeclareNewVectorType (Direction)
	DeclareNewVectorType (Momentum)
	DeclareNewVectorType (RelativeVelocity)
	DeclareNewVectorType (Spin)
	DeclareNewVectorType (Velocity)
	DeclareNumericTypeAddition (MassNumber, NeutronNumber, AtomicNumber)
	Special operations. More...
	DeclareNumericTypeDivision (AOverZ, MassNumber, AtomicNumber)
	DeclareNumericTypeDivision (BindingEnergyPerNucleon, BindingEnergy, MassNumber)
	DeclareNumericTypeDivision (ChargeAsymmetry, NeutronExcess, MassNumber)
	DeclareNumericTypeDivision (ExcitationEnergyPerNucleon, ExcitationEnergy, MassNumber)
	DeclareNumericTypeDivision (KineticEnergyPerNucleon, KineticEnergy, MassNumber)
	DeclareNumericTypeDivision (NOverZ, NeutronNumber, AtomicNumber)
	DeclareNumericTypeSubtraction (NeutronExcess, NeutronNumber, AtomicNumber)
	ImplementNumericTypeAddition (MassNumber, NeutronNumber, AtomicNumber) ImplementNumericTypeSubtraction(NeutronExcess
AtomicNumber	ImplementNumericTypeDivision (ChargeAsymmetry, NeutronExcess, MassNumber) ImplementNumericTypeDivision(NOverZ
AtomicNumber AtomicNumber	ImplementNumericTypeDivision (ExcitationEnergyPerNucleon, ExcitationEnergy, MassNumber) ImplementNumericTypeDivision(BindingEnergyPerNucleon
AtomicNumber AtomicNumber MassNumber	ImplementNumericTypeDivision (KineticEnergyPerNucleon, KineticEnergy, MassNumber) RelativeVelocity operator-(Velocity a
RelativeVelocity	operator- (Velocity, Velocity)

Variables
AtomicNumber AtomicNumber MassNumber Velocity	b
AtomicNumber AtomicNumber	BindingEnergy
	NeutronNumber

Typedef Documentation

Mass

typedef Energy KVArgType::Mass

Definition at line 215 of file KVArgType.h.

Function Documentation

DeclareNewClassType()

KVArgType::DeclareNewClassType	(	FourMomentum	,
		TLorentzVector
	)

DeclareNewNumericType() [1/19]

KVArgType::DeclareNewNumericType	(	AOverZ	,
		Double_t
	)

DeclareNewNumericType() [2/19]

KVArgType::DeclareNewNumericType	(	AtomicNumber	,
		Int_t
	)

DeclareNewNumericType() [3/19]

KVArgType::DeclareNewNumericType	(	AzimuthalAngle	,
		Double_t
	)

DeclareNewNumericType() [4/19]

KVArgType::DeclareNewNumericType	(	BindingEnergy	,
		Double_t
	)

DeclareNewNumericType() [5/19]

KVArgType::DeclareNewNumericType	(	BindingEnergyPerNucleon	,
		Double_t
	)

DeclareNewNumericType() [6/19]

KVArgType::DeclareNewNumericType	(	ChargeAsymmetry	,
		Double_t
	)

DeclareNewNumericType() [7/19]

KVArgType::DeclareNewNumericType	(	Distance	,
		Double_t
	)

geometry

DeclareNewNumericType() [8/19]

KVArgType::DeclareNewNumericType	(	Energy	,
		Double_t
	)

DeclareNewNumericType() [9/19]

KVArgType::DeclareNewNumericType	(	ExcitationEnergy	,
		Double_t
	)

particles & nuclei

DeclareNewNumericType() [10/19]

KVArgType::DeclareNewNumericType	(	ExcitationEnergyPerNucleon	,
		Double_t
	)

DeclareNewNumericType() [11/19]

KVArgType::DeclareNewNumericType	(	KineticEnergy	,
		Double_t
	)

kinematics

DeclareNewNumericType() [12/19]

KVArgType::DeclareNewNumericType	(	KineticEnergyPerNucleon	,
		Double_t
	)

DeclareNewNumericType() [13/19]

KVArgType::DeclareNewNumericType	(	Lifetime	,
		Double_t
	)

DeclareNewNumericType() [14/19]

KVArgType::DeclareNewNumericType	(	MassNumber	,
		Int_t
	)

DeclareNewNumericType() [15/19]

KVArgType::DeclareNewNumericType	(	NeutronExcess	,
		Int_t
	)

DeclareNewNumericType() [16/19]

KVArgType::DeclareNewNumericType	(	NeutronNumber	,
		Int_t
	)

DeclareNewNumericType() [17/19]

KVArgType::DeclareNewNumericType	(	NOverZ	,
		Double_t
	)

DeclareNewNumericType() [18/19]

KVArgType::DeclareNewNumericType	(	Number	,
		Int_t
	)

basic properties

DeclareNewNumericType() [19/19]

KVArgType::DeclareNewNumericType	(	PolarAngle	,
		Double_t
	)

DeclareNewStringType() [1/3]

KVArgType::DeclareNewStringType

(

AngularDistributionType

)

DeclareNewStringType() [2/3]

KVArgType::DeclareNewStringType

(

MomentumComponentType

)

DeclareNewStringType() [3/3]

KVArgType::DeclareNewStringType

(

Name

)

DeclareNewVectorType() [1/6]

KVArgType::DeclareNewVectorType

(

AngularMomentum

)

DeclareNewVectorType() [2/6]

KVArgType::DeclareNewVectorType

(

Direction

)

DeclareNewVectorType() [3/6]

KVArgType::DeclareNewVectorType

(

Momentum

)

DeclareNewVectorType() [4/6]

KVArgType::DeclareNewVectorType

(

RelativeVelocity

)

DeclareNewVectorType() [5/6]

KVArgType::DeclareNewVectorType

(

Spin

)

DeclareNewVectorType() [6/6]

KVArgType::DeclareNewVectorType

(

Velocity

)

DeclareNumericTypeAddition()

KVArgType::DeclareNumericTypeAddition	(	MassNumber	,
		NeutronNumber	,
		AtomicNumber
	)

Special operations.

DeclareNumericTypeDivision() [1/6]

KVArgType::DeclareNumericTypeDivision	(	AOverZ	,
		MassNumber	,
		AtomicNumber
	)

DeclareNumericTypeDivision() [2/6]

KVArgType::DeclareNumericTypeDivision	(	BindingEnergyPerNucleon	,
		BindingEnergy	,
		MassNumber
	)

DeclareNumericTypeDivision() [3/6]

KVArgType::DeclareNumericTypeDivision	(	ChargeAsymmetry	,
		NeutronExcess	,
		MassNumber
	)

DeclareNumericTypeDivision() [4/6]

KVArgType::DeclareNumericTypeDivision	(	ExcitationEnergyPerNucleon	,
		ExcitationEnergy	,
		MassNumber
	)

DeclareNumericTypeDivision() [5/6]

KVArgType::DeclareNumericTypeDivision	(	KineticEnergyPerNucleon	,
		KineticEnergy	,
		MassNumber
	)

DeclareNumericTypeDivision() [6/6]

KVArgType::DeclareNumericTypeDivision	(	NOverZ	,
		NeutronNumber	,
		AtomicNumber
	)

DeclareNumericTypeSubtraction()

KVArgType::DeclareNumericTypeSubtraction	(	NeutronExcess	,
		NeutronNumber	,
		AtomicNumber
	)

ImplementNumericTypeAddition()

KVArgType::ImplementNumericTypeAddition	(	MassNumber	,
		NeutronNumber	,
		AtomicNumber
	)

ImplementNumericTypeDivision() [1/3]

AtomicNumber KVArgType::ImplementNumericTypeDivision	(	ChargeAsymmetry	,
		NeutronExcess	,
		MassNumber
	)

ImplementNumericTypeDivision() [2/3]

AtomicNumber AtomicNumber KVArgType::ImplementNumericTypeDivision	(	ExcitationEnergyPerNucleon	,
		ExcitationEnergy	,
		MassNumber
	)

ImplementNumericTypeDivision() [3/3]

AtomicNumber AtomicNumber MassNumber KVArgType::ImplementNumericTypeDivision	(	KineticEnergyPerNucleon	,
		KineticEnergy	,
		MassNumber
	)

operator-()

RelativeVelocity KVArgType::operator-	(	Velocity	,
		Velocity
	)

Variable Documentation

b

AtomicNumber AtomicNumber MassNumber Velocity KVArgType::b

Initial value:

{
      return (const TVector3&)a - (const TVector3&)b

Definition at line 19 of file KVArgType.cpp.

BindingEnergy

AtomicNumber AtomicNumber KVArgType::BindingEnergy

Definition at line 13 of file KVArgType.cpp.

NeutronNumber

AtomicNumber KVArgType::NeutronNumber

Definition at line 9 of file KVArgType.cpp.