Prototypes
int	XLALSimInspiralEOBPostAdiabatic (REAL8Array *dynamics, const REAL8 m1, const REAL8 m2, const REAL8 spin1z, const REAL8 spin2z, const REAL8Vector initVals, UINT4 SpinAlignedEOBversion, SpinEOBParams seobParams, EOBNonQCCoeffs nqcCoeffs, LALDict PAParams)
	This function generates post-adiabatic inspiral for spin-aligned binary in the SEOB formalism. More...

REAL8	XLALSimInspiralEOBPACalculateMassRatio (const REAL8 m1, const REAL8 m2)
	Function which calculates the mass ratio q from the masses m1 and m2. More...

REAL8	XLALSimInspiralEOBPACalculateSymmetricMassRatio (const REAL8 q)
	Function which calculates the symmetric mass ratio nu from the mass ratio q. More...

REAL8	XLALSimInspiralEOBPACalculateX1 (const REAL8 nu)
	Function which calculates the parameter X1 from the symmetric mass ratio nu. More...

REAL8	XLALSimInspiralEOBPACalculateX2 (const REAL8 nu)
	Function which calculates the parameter X2 from the symmetric mass ratio nu. More...

REAL8	XLALSimInspiralEOBPACalculatea (REAL8 X, REAL8 chi)
	Function which calculates the spin parameter a. More...

REAL8	XLALSimInspiralEOBPACalculateSstar (REAL8 X1, REAL8 X2, REAL8 chi1, REAL8 chi2)
	Function which calculates the spin parameter Sstar (S*) More...

REAL8	XLALSimInspiralEOBPostAdiabaticFinalRadiusAlternative (REAL8 a)
	Function which calculates the final radius at which the post-adiabatic routine stops. More...

REAL8	XLALSimInspiralEOBPACalculatedr (REAL8 rStart, REAL8 rFinal, UINT4 rSize)
	Function which calculates the spacing of the radial grid. More...

int	XLALSimInspiralEOBPACalculateRadialGrid (REAL8Vector rVec, LALDict LALParams)
	Function which comstructs the radial grid on which the post-adiabatic approximation will be computed. More...

int	XLALSimInspiralEOBPACalculateAdiabaticDynamics (REAL8Vector rVec, REAL8Vector phiVec, REAL8Vector prstarVec, REAL8Vector pphiVec, REAL8Vector pphi0Vec, REAL8Vector dpphiBydrVec, REAL8Vector csiVec, REAL8Vector omegaVec, SpinEOBParams seobParams, LALDict LALParams)
	This function calculates the adiabatic (0th order PA) approximation of the inspiral dynamics. More...

int	XLALSimInspiralEOBPACalculatePostAdiabaticDynamics (REAL8Vector rVec, REAL8Vector phiVec, REAL8Vector dphiBydrVec, REAL8Vector prstarVec, REAL8Vector dprstarBydrVec, REAL8Vector pphiVec, REAL8Vector dpphiBydrVec, REAL8Vector dtBydrVec, REAL8Vector csiVec, REAL8Vector omegaVec, SpinEOBParams seobParams, EOBNonQCCoeffs nqcCoeffs, LALDict *LALParams)
	This function calculates the (n-th order) post-adiabatic approximation of the inspiral dynamics. More...

REAL8	XLALSimIMRSpinAlignedEOBPACalculateOmega (REAL8 polarDynamics[], REAL8 dr, SpinEOBParams seobParams, LALDict LALParams)
	Function which calculates the frequency Omega. More...

double	XLALSimInspiralEOBPostAdiabaticdprstarFunc (REAL8 prstar_sol, void *params)
	Function which implements eq. More...

double	XLALSimInspiralEOBPostAdiabaticdpphiFunc (REAL8 pphi_sol, void *params)
	Function which implements eq. More...

double	XLALSimInspiralEOBPostAdiabaticj0Func (REAL8 j0_sol, void *params)
	Function which implements eq. More...

int	XLALSimInspiralEOBPostAdiabaticRootFinder (struct PostAdiabaticRoot result, double(Func)(REAL8, void ), struct PostAdiabaticRootSolveParams params, REAL8 x_lower, REAL8 x_upper, REAL8 absTol, REAL8 relTol, INT2 parity)
	Root finder function which is used for computing the adiabatic and post-adiabatic approximations. More...

int	XLALReverseREAL8Vector (REAL8Vector Vec, REAL8Vector reverseVec)
	Function which reverses a 1D array. More...

int	XLALOffsetREAL8Vector (REAL8Vector Vec, REAL8 offset, REAL8Vector offsetVec)
	Function which add a constant to each element of an array. More...

int	XLALRescaleREAL8Vector (REAL8Vector Vec, REAL8 factor, REAL8Vector offsetVec)
	This function rescales each element of an array by a given factor. More...

int	XLALFDDerivative1Order2 (REAL8Vector XVec, REAL8Vector YVec, REAL8Vector *derivativeVec)
	Function which calculates the 2-order first finite difference derivative of a numerical function. More...

int	XLALFDDerivative1Order4 (REAL8Vector XVec, REAL8Vector YVec, REAL8Vector *derivativeVec)
	Function which calculates the 4-order first finite difference derivative of a numerical function. More...

int	XLALFDDerivative1Order6 (REAL8Vector XVec, REAL8Vector YVec, REAL8Vector *derivativeVec)
	Function which calculates the 6-order first finite difference derivative of a numerical function. More...

int	XLALFDDerivative1Order8 (REAL8Vector XVec, REAL8Vector YVec, REAL8Vector *derivativeVec)
	Function which calculates the 8-order first finite difference derivative of a numerical function. More...

int	XLALCumulativeIntegral3 (REAL8Vector XVec, REAL8Vector YVec, REAL8Vector *integralVec)
	Function which calculates the 3-order cumulative derivative of a numerical function. More...

REAL8	XLALSimInspiralEOBPAHamiltonianWrapper (REAL8 r, REAL8 prstar, REAL8 pphi, SpinEOBHCoeffs seobCoeffs, LALDict LALParams)
	A wrapper for the SEOB Hamiltonian, depending on the user choices. More...

REAL8	XLALSimInspiralEOBPAPartialHByPartialr (REAL8 h, REAL8 r, REAL8 prstar, REAL8 pphi, SpinEOBParams seobParams, LALDict LALParams)
	Function which calculates the partial derivative dH/dr. More...

REAL8	XLALSimInspiralEOBPAPartialHByPartialprstar (REAL8 h, REAL8 r, REAL8 prstar, REAL8 pphi, SpinEOBParams seobParams, LALDict LALParams)
	Function which calculates the partial derivative dH/dprstar. More...

int	XLALSimInspiralEOBPAMeanValueOrder8 (REAL8Vector inputVec, REAL8Vector meanVec)
	Function which performs an 8-order mean smoothing of a vector. More...

REAL8	XLALSimInspiralEOBPAFluxWrapper (REAL8 r, REAL8 prstar, REAL8 pphi, REAL8 omega, SpinEOBParams seobParams, EOBNonQCCoeffs nqcCoeffs, LALDict *LALParams)
	A wrapper for the factorized flux, depending on the user choices. More...

REAL8	XLALSimInspiralEOBPACalculateNewtonianj0 (REAL8 r)
	Function which calculates the circular angular momentum j0. More...

Data Structures
struct	PostAdiabaticRootSolveParams

struct	PostAdiabaticRoot

Function Documentation

◆ XLALSimInspiralEOBPostAdiabatic()

int XLALSimInspiralEOBPostAdiabatic	(	REAL8Array **	dynamics,
		REAL8	m1,
		REAL8	m2,
		REAL8	spin1z,
		REAL8	spin2z,
		const REAL8Vector	initVals,
		UINT4	SpinAlignedEOBversion,
		SpinEOBParams *	seobParams,
		EOBNonQCCoeffs *	nqcCoeffs,
		LALDict *	PAParams
	)

This function generates post-adiabatic inspiral for spin-aligned binary in the SEOB formalism.

The procedure is described in https://arxiv.org/abs/2105.06983 (or https://journals.aps.org/prd/abstract/10.1103/PhysRevD.104.124087) STEP 0) Initialise variables and set up a radial grid on which the post-adiabatic routine will be done. STEP 1) Compute the (quasi-circular) adiabatic approximation according to eq. (2.5) of arXiv:2105.06983. STEP 2) Perform the post-adiabatic routine, by computing improvements to prstar and pphi in alternating order, according to eqs. (2.6) and (2.7) of arXiv:2105.06983. STEP 3) The time t and orbital phase phi are computed via cubic quadrature using eqs. (2.10) from arXiv:2105.06983.

Parameters

dynamics	< OUTPUT, real part of the modes
m1	< mass-1
m2	< mass-2
spin1z	< z-component of spin-1, dimensionless
spin2z	< z-component of spin-2, dimensionless
initVals	< initial values (r, phi, pr, pphi) for the post-adiabatic routine
SpinAlignedEOBversion	< 1 for SEOBNRv1, 2 for SEOBNRv2, 4 for SEOBNRv4, 201 for SEOBNRv2T, 401 for SEOBNRv4T, 41 for SEOBNRv4HM
seobParams	< SEOB parameters
nqcCoeffs	< NQC coefficients
PAParams	< Pointer to a dictionary containing parameters for the post-adiabatic routine

Definition at line 1386 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPACalculateMassRatio()

REAL8 XLALSimInspiralEOBPACalculateMassRatio	(	const REAL8	m1,
		const REAL8	m2
	)

Function which calculates the mass ratio q from the masses m1 and m2.

Parameters

m1	< Mass of the primary
m2	< Mass of the secondary

Definition at line 30 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPACalculateSymmetricMassRatio()

REAL8 XLALSimInspiralEOBPACalculateSymmetricMassRatio ( const REAL8 q )

Function which calculates the symmetric mass ratio nu from the mass ratio q.

Parameters

q	< Mass ratio

Definition at line 54 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPACalculateX1()

REAL8 XLALSimInspiralEOBPACalculateX1 ( const REAL8 nu )

Function which calculates the parameter X1 from the symmetric mass ratio nu.

Parameters

nu	< Symmetric mass ratio

Definition at line 74 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPACalculateX2()

REAL8 XLALSimInspiralEOBPACalculateX2 ( const REAL8 nu )

Function which calculates the parameter X2 from the symmetric mass ratio nu.

Parameters

nu	< Symmetric mass ratio

Definition at line 102 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPACalculatea()

REAL8 XLALSimInspiralEOBPACalculatea	(	REAL8	X,
		REAL8	chi
	)

Function which calculates the spin parameter a.

Parameters

X	< Parameter X for the binary component
chi	< Spin of the binary component

Definition at line 118 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPACalculateSstar()

REAL8 XLALSimInspiralEOBPACalculateSstar	(	REAL8	X1,
		REAL8	X2,
		REAL8	chi1,
		REAL8	chi2
	)

Function which calculates the spin parameter Sstar (S*)

Parameters

X1	< Parameter X1
X2	< Parameter X2
chi1	< Spin of the primary component
chi2	< Spin of the secondary component

Definition at line 135 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPostAdiabaticFinalRadiusAlternative()

REAL8 XLALSimInspiralEOBPostAdiabaticFinalRadiusAlternative ( REAL8 a )

Function which calculates the final radius at which the post-adiabatic routine stops.

Parameters

a	< Spin parameter a

Definition at line 197 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPACalculatedr()

REAL8 XLALSimInspiralEOBPACalculatedr	(	REAL8	rStart,
		REAL8	rFinal,
		UINT4	rSize
	)

Function which calculates the spacing of the radial grid.

Parameters

rStart	< The starting radius
rFinal	< The final radius
rSize	< The number of points along the post-adiabatic inspiral

Definition at line 220 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPACalculateRadialGrid()

int XLALSimInspiralEOBPACalculateRadialGrid	(	REAL8Vector *	rVec,
		LALDict *	LALParams
	)

Function which comstructs the radial grid on which the post-adiabatic approximation will be computed.

Parameters

rVec	< OUTPUT, the computed radial grid
LALParams	< Pointer to a dictionary containing parameters for the post-adiabatic routine

Definition at line 42 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPACalculateAdiabaticDynamics()

int XLALSimInspiralEOBPACalculateAdiabaticDynamics	(	REAL8Vector *	rVec,
		REAL8Vector *	phiVec,
		REAL8Vector *	prstarVec,
		REAL8Vector *	pphiVec,
		REAL8Vector *	pphi0Vec,
		REAL8Vector *	dpphiBydrVec,
		REAL8Vector *	csiVec,
		REAL8Vector *	omegaVec,
		SpinEOBParams *	seobParams,
		LALDict *	LALParams
	)

This function calculates the adiabatic (0th order PA) approximation of the inspiral dynamics.

The procedure is: Step 1) At each point along the inspiral, calculate the circular value for the orbital angular momentum j0 Step 2) At each point along the inspiral, improve j0 by solving eq. (2.5) of arXiv:2105.06983 for pphi.

Parameters

rVec	< Pointer to the vector containing the radial grid
phiVec	< Pointer to the vector containing the phi values
prstarVec	< Pointer to the vector containing the prstar values
pphiVec	< Pointer to the vector containing the pphi values
pphi0Vec	< Pointer to the vector containing the initial pphi values
dpphiBydrVec	< Pointer to the vector containing the dpphi/dr values
csiVec	< Pointer to the vector containing the csi values
omegaVec	< Pointer to the vector containing the omega values
seobParams	< SEOB parameters
LALParams	< Pointer to a dictionary containing parameters for the post-adiabatic routine

Definition at line 534 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPACalculatePostAdiabaticDynamics()

int XLALSimInspiralEOBPACalculatePostAdiabaticDynamics	(	REAL8Vector *	rVec,
		REAL8Vector *	phiVec,
		REAL8Vector *	dphiBydrVec,
		REAL8Vector *	prstarVec,
		REAL8Vector *	dprstarBydrVec,
		REAL8Vector *	pphiVec,
		REAL8Vector *	dpphiBydrVec,
		REAL8Vector *	dtBydrVec,
		REAL8Vector *	csiVec,
		REAL8Vector *	omegaVec,
		SpinEOBParams *	seobParams,
		EOBNonQCCoeffs *	nqcCoeffs,
		LALDict *	LALParams
	)

This function calculates the (n-th order) post-adiabatic approximation of the inspiral dynamics.

The procedure is: Step 0) Initialise all necessary variables and allocate memory space. Step 1) Iterate the PA order n from 1 to 8. Step 2) At odd n (orders 1, 3, 5, 7) improve the approximation for prstar (pr*) by solving eq. (2.6) of arXiv:2105.06983. Step 3) At even n (orders 2, 4, 6, 8) improve the approximation for pphi by solving eq. (2.7) of arXiv:2105.06983. Step 4) Compute the derivative dt/dr and dphi/dr which will be needed for computing the quantities t(r) and phi(r).

Parameters

rVec	< Pointer to the vector containing the radial grid
phiVec	< Pointer to the vector containing the phi values
dphiBydrVec	< Pointer to the vector containing the dphi/dr values
prstarVec	< Pointer to the vector containing the prstar (pr*) values
dprstarBydrVec	< Pointer to the vector containing the dprstar/dr values
pphiVec	< Pointer to the vector containing the pphi values
dpphiBydrVec	< Pointer to the vector containing the dpphi/dr values
dtBydrVec	< Pointer to the vector containing the dt/dr values
csiVec	< Pointer to the vector containing the csi values
omegaVec	< Pointer to the vector containing the omega values
seobParams	< SEOB parameters
nqcCoeffs	< Input NQC coeffs
LALParams	< Pointer to a dictionary containing parameters for the post-adiabatic routine

Definition at line 678 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimIMRSpinAlignedEOBPACalculateOmega()

REAL8 XLALSimIMRSpinAlignedEOBPACalculateOmega	(	REAL8	polarDynamics[],
		REAL8	dr,
		SpinEOBParams *	seobParams,
		LALDict *	LALParams
	)

Function which calculates the frequency Omega.

Parameters

polarDynamics	< The polar coordinates of a point along the binary inspiral
dr	< The spacing of the radial grid
seobParams	< Struct of additional parameters
LALParams	< Pointer to a dictionary containing additional

Definition at line 156 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

◆ XLALSimInspiralEOBPostAdiabaticdprstarFunc()

double XLALSimInspiralEOBPostAdiabaticdprstarFunc	(	REAL8	prstar_sol,
		void *	params
	)

Function which implements eq.

(2.6) of arXiv:2105.06983 for the purposes of root solving

Parameters

prstar_sol	< The value of prstar (pr*)
params	< Struct of parameters necessary for evaluating the function

Definition at line 111 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPostAdiabaticdpphiFunc()

double XLALSimInspiralEOBPostAdiabaticdpphiFunc	(	REAL8	pphi_sol,
		void *	params
	)

Function which implements eq.

(2.7) of arXiv:2105.06983 for the purposes of root solving

Parameters

pphi_sol	< The value of pphi
params	< Struct of parameters necessary for evaluating the function

Definition at line 213 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPostAdiabaticj0Func()

double XLALSimInspiralEOBPostAdiabaticj0Func	(	REAL8	j0_sol,
		void *	params
	)

Function which implements eq.

(2.5) of arXiv:2105.06983 for the purposes of root solving

Parameters

j0_sol	< The value of j0 = pphi
params	< Struct of parameters necessary for evaluating the function

Definition at line 75 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPostAdiabaticRootFinder()

int XLALSimInspiralEOBPostAdiabaticRootFinder	(	struct PostAdiabaticRoot *	result,
		double()(REAL8, void )	Func,
		struct PostAdiabaticRootSolveParams *	params,
		REAL8	x_lower,
		REAL8	x_upper,
		REAL8	absTol,
		REAL8	relTol,
		INT2	parity
	)

Root finder function which is used for computing the adiabatic and post-adiabatic approximations.

Parameters

result	< OUTPUT, a structure containing the result of the root finding
Func	< The function which needs to be solved
params	< Struct of parameters necessary for evaluating the function
x_lower	< Lower end of the interval in which the finding will be done
x_upper	< Upper end of the interval in which the finding will be done
absTol	< Absolute tolerance for the root finding
relTol	< Relative tolerance for the root finding
parity	< Parity indicating which variable is being solved for

Definition at line 341 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALReverseREAL8Vector()

int XLALReverseREAL8Vector	(	REAL8Vector *	Vec,
		REAL8Vector *	reverseVec
	)

Function which reverses a 1D array.

Parameters

Vec	< The vector which will be reversed
reverseVec	< OUTPUT, the reversed vector

Definition at line 453 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALOffsetREAL8Vector()

int XLALOffsetREAL8Vector	(	REAL8Vector *	Vec,
		REAL8	offset,
		REAL8Vector *	offsetVec
	)

Function which add a constant to each element of an array.

Parameters

Vec	< The vector which will be shifted
offset	< The constant offset
offsetVec	< OUTPUT, the offset vector

Definition at line 477 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALRescaleREAL8Vector()

int XLALRescaleREAL8Vector	(	REAL8Vector *	Vec,
		REAL8	factor,
		REAL8Vector *	offsetVec
	)

This function rescales each element of an array by a given factor.

Parameters

Vec	< The vector which will be rescaled
factor	< The rescaling factor
offsetVec	< OUTPUT, the rescaled vector

Definition at line 503 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALFDDerivative1Order2()

int XLALFDDerivative1Order2	(	REAL8Vector *	XVec,
		REAL8Vector *	YVec,
		REAL8Vector *	derivativeVec
	)

Function which calculates the 2-order first finite difference derivative of a numerical function.

Parameters

XVec	< An array of X values
YVec	< An array of Y values
derivativeVec	< OUTPUT, the derivative dY/dX

Definition at line 111 of file LALSimInspiralEOBPANumericalFuncs.c.

◆ XLALFDDerivative1Order4()

int XLALFDDerivative1Order4	(	REAL8Vector *	XVec,
		REAL8Vector *	YVec,
		REAL8Vector *	derivativeVec
	)

Function which calculates the 4-order first finite difference derivative of a numerical function.

Parameters

XVec	< An array of X values
YVec	< An array of Y values
derivativeVec	< OUTPUT, the derivative dY/dX

Definition at line 26 of file LALSimInspiralEOBPANumericalFuncs.c.

◆ XLALFDDerivative1Order6()

int XLALFDDerivative1Order6	(	REAL8Vector *	XVec,
		REAL8Vector *	YVec,
		REAL8Vector *	derivativeVec
	)

Function which calculates the 6-order first finite difference derivative of a numerical function.

Parameters

XVec	< An array of X values
YVec	< An array of Y values
derivativeVec	< OUTPUT, the derivative dY/dX

Definition at line 177 of file LALSimInspiralEOBPANumericalFuncs.c.

◆ XLALFDDerivative1Order8()

int XLALFDDerivative1Order8	(	REAL8Vector *	XVec,
		REAL8Vector *	YVec,
		REAL8Vector *	derivativeVec
	)

Function which calculates the 8-order first finite difference derivative of a numerical function.

Parameters

XVec	< An array of X values
YVec	< An array of Y values
derivativeVec	< OUTPUT, the derivative dY/dX

Definition at line 283 of file LALSimInspiralEOBPANumericalFuncs.c.

◆ XLALCumulativeIntegral3()

int XLALCumulativeIntegral3	(	REAL8Vector *	XVec,
		REAL8Vector *	YVec,
		REAL8Vector *	integralVec
	)

Function which calculates the 3-order cumulative derivative of a numerical function.

Parameters

XVec	< An array of X values
YVec	< An array of Y values
integralVec	< OUTPUT, the integral of Y dX

Definition at line 409 of file LALSimInspiralEOBPANumericalFuncs.c.

◆ XLALSimInspiralEOBPAHamiltonianWrapper()

REAL8 XLALSimInspiralEOBPAHamiltonianWrapper	(	REAL8	r,
		REAL8	prstar,
		REAL8	pphi,
		SpinEOBHCoeffs *	seobCoeffs,
		LALDict *	LALParams
	)

A wrapper for the SEOB Hamiltonian, depending on the user choices.

Parameters

r	< Value of the radial coordinate r
prstar	< Value of the radial momentum in tortoise coordinates prstar
pphi	< Value of the angular momentum pphhi
seobCoeffs	< SEOB parameters
LALParams	< Pointer to a dictionary containing parameters for the post-adiabatic routine

Definition at line 1205 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPAPartialHByPartialr()

REAL8 XLALSimInspiralEOBPAPartialHByPartialr	(	REAL8	h,
		REAL8	r,
		REAL8	prstar,
		REAL8	pphi,
		SpinEOBParams *	seobParams,
		LALDict *	LALParams
	)

Function which calculates the partial derivative dH/dr.

Parameters

h	< Value of the differentiation step h
r	< Value of the radial coordinate r
prstar	< Value of the radial momentum in tortoise coordinates prstar
pphi	< Value of the angular momentum pphhi
seobParams	< SEOB parameters
LALParams	< Pointer to a dictionary containing parameters for the post-adiabatic routine

Definition at line 956 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPAPartialHByPartialprstar()

REAL8 XLALSimInspiralEOBPAPartialHByPartialprstar	(	REAL8	h,
		REAL8	r,
		REAL8	prstar,
		REAL8	pphi,
		SpinEOBParams *	seobParams,
		LALDict *	LALParams
	)

Function which calculates the partial derivative dH/dprstar.

Parameters

h	< Value of the differentiation step h
r	< Value of the radial coordinate r
prstar	< Value of the radial momentum in tortoise coordinates prstar
pphi	< Value of the angular momentum pphhi
seobParams	< SEOB parameters
LALParams	< Pointer to a dictionary containing parameters for the post-adiabatic routine

Definition at line 1031 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPAMeanValueOrder8()

int XLALSimInspiralEOBPAMeanValueOrder8	(	REAL8Vector *	inputVec,
		REAL8Vector *	meanVec
	)

Function which performs an 8-order mean smoothing of a vector.

Parameters

inputVec	< The vector which should be smoothed
meanVec	< OUTPUT, the vector after mean smoothing

Definition at line 1099 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPAFluxWrapper()

REAL8 XLALSimInspiralEOBPAFluxWrapper	(	REAL8	r,
		REAL8	prstar,
		REAL8	pphi,
		REAL8	omega,
		SpinEOBParams *	seobParams,
		EOBNonQCCoeffs *	nqcCoeffs,
		LALDict *	LALParams
	)

A wrapper for the factorized flux, depending on the user choices.

Parameters

r	< Value of the radial coordinate r
prstar	< Value of the radial momentum in tortoise coordinates prstar
pphi	< Value of the angular momentum pphhi
omega	< Value of the orbital frequency omega
seobParams	< SEOB parameters
nqcCoeffs	< Input NQC coeffs
LALParams	< Pointer to a dictionary containing parameters for the post-adiabatic routine

Definition at line 1293 of file LALSimInspiralEOBPostAdiabatic.c.

◆ XLALSimInspiralEOBPACalculateNewtonianj0()

REAL8 XLALSimInspiralEOBPACalculateNewtonianj0 ( REAL8 r )

Function which calculates the circular angular momentum j0.

Parameters

r	< Value of the radius

Definition at line 240 of file LALSimInspiralEOBPAAuxiliaryFuncs.c.

Prototypes

Data Structures

Function Documentation

◆ XLALSimInspiralEOBPostAdiabatic()

◆ XLALSimInspiralEOBPACalculateMassRatio()

◆ XLALSimInspiralEOBPACalculateSymmetricMassRatio()

◆ XLALSimInspiralEOBPACalculateX1()

◆ XLALSimInspiralEOBPACalculateX2()

◆ XLALSimInspiralEOBPACalculatea()

◆ XLALSimInspiralEOBPACalculateSstar()

◆ XLALSimInspiralEOBPostAdiabaticFinalRadiusAlternative()

◆ XLALSimInspiralEOBPACalculatedr()

◆ XLALSimInspiralEOBPACalculateRadialGrid()

◆ XLALSimInspiralEOBPACalculateAdiabaticDynamics()

◆ XLALSimInspiralEOBPACalculatePostAdiabaticDynamics()

◆ XLALSimIMRSpinAlignedEOBPACalculateOmega()

◆ XLALSimInspiralEOBPostAdiabaticdprstarFunc()

◆ XLALSimInspiralEOBPostAdiabaticdpphiFunc()

◆ XLALSimInspiralEOBPostAdiabaticj0Func()

◆ XLALSimInspiralEOBPostAdiabaticRootFinder()

◆ XLALReverseREAL8Vector()

◆ XLALOffsetREAL8Vector()

◆ XLALRescaleREAL8Vector()

◆ XLALFDDerivative1Order2()

◆ XLALFDDerivative1Order4()

◆ XLALFDDerivative1Order6()

◆ XLALFDDerivative1Order8()

◆ XLALCumulativeIntegral3()

◆ XLALSimInspiralEOBPAHamiltonianWrapper()

◆ XLALSimInspiralEOBPAPartialHByPartialr()

◆ XLALSimInspiralEOBPAPartialHByPartialprstar()

◆ XLALSimInspiralEOBPAMeanValueOrder8()

◆ XLALSimInspiralEOBPAFluxWrapper()

◆ XLALSimInspiralEOBPACalculateNewtonianj0()