ComPWA::Physics::HelicityFormalism::WignerD Namespace Reference

Angular distribution based on WignerD functions. More...

Functions
double	dynamicalFunction (double J, double muPrime, double mu, double beta)
std::complex< double >	dynamicalFunction (double J, double muPrime, double mu, double alpha, double beta, double gamma)
std::shared_ptr< ComPWA::FunctionTree::TreeNode >	createFunctionTree (double J, double MuPrime, double Mu, std::shared_ptr< ComPWA::FunctionTree::Value< std::vector< double >>> Theta, std::shared_ptr< ComPWA::FunctionTree::Value< std::vector< double >>> Phi)

Detailed Description

Angular distribution based on WignerD functions.

Function Documentation

createFunctionTree()

std::shared_ptr< ComPWA::FunctionTree::TreeNode > ComPWA::Physics::HelicityFormalism::WignerD::createFunctionTree	(	double	J,
		double	MuPrime,
		double	Mu,
		std::shared_ptr< ComPWA::FunctionTree::Value< std::vector< double >>>	Theta,
		std::shared_ptr< ComPWA::FunctionTree::Value< std::vector< double >>>	Phi
	)

Definition at line 13 of file WignerD.cpp.

dynamicalFunction() [1/2]

double ComPWA::Physics::HelicityFormalism::WignerD::dynamicalFunction ( double  J, double  muPrime, double  mu, double  beta  )

inline

Definition at line 25 of file WignerD.hpp.

dynamicalFunction() [2/2]

std::complex<double> ComPWA::Physics::HelicityFormalism::WignerD::dynamicalFunction ( double  J, double  muPrime, double  mu, double  alpha, double  beta, double  gamma  )

inline

Definition at line 43 of file WignerD.hpp.