gIMRPhenomP
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template<class T>
class gIMRPhenomPv2 : public IMRPhenomPv2<T> - #include <gIMRPhenomP.h>
Public Functions
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virtual T phase_ins(T f, source_parameters<T> *param, T *pn_coeff, lambda_parameters<T> *lambda, useful_powers<T> *pow)
Calculates the inspiral phase for frequency f with precomputed powers of MF and PI for speed.
return a T
extra argument of precomputed powers of MF and pi, contained in the structure useful_powers<T>
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virtual T Dphase_ins(T f, source_parameters<T> *param, T *pn_coeff, lambda_parameters<T> *lambda)
Calculates the derivative of the inspiral phase for frequency f.
For phase continuity and smoothness return a T
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virtual void assign_lambda_param(source_parameters<T> *source_param, lambda_parameters<T> *lambda)
Wrapper for the Lambda parameter assignment that handles the looping.
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virtual void assign_static_pn_phase_coeff(source_parameters<T> *source_param, T *coeff)
Calculates the static PN coeffecients for the phase - coeffecients 0,1,2,3,4,7.
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virtual T phase_ins(T f, source_parameters<T> *param, T *pn_coeff, lambda_parameters<T> *lambda, useful_powers<T> *pow)