include/flaglet_axisym.h File Reference

#include <complex.h>

Go to the source code of this file.

Functions
void	flaglet_axisym_allocate_f_wav_lmp (complex double **f_wav_lmp, complex double **f_scal_lmp, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_allocate_f_wav_multires_lmp (complex double **f_wav_lmp, complex double **f_scal_lmp, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_allocate_f_wav (complex double **f_wav, complex double **f_scal, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_allocate_f_wav_real (double **f_wav, double **f_scal, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_allocate_f_wav_multires (complex double **f_wav, complex double **f_scal, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_allocate_f_wav_multires_real (double **f_wav, double **f_scal, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_allocate_wav_lmp (double **wav_lmp, double **scal_lmp, int B_l, int B_p, int L, int P)
void	flaglet_axisym_wav_lmp (double *wav_lmp, double *scal_lmp, int B_l, int B_p, int J_min_l, int J_min_p, int L, int P)
void	flaglet_axisym_wav_analysis_lmp (complex double *f_wav_lmp, complex double *f_scal_lmp, const complex double *flmp, const double *wav_lmp, const double *scal_lmp, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_synthesis_lmp (complex double *flmp, const complex double *f_wav_lmp, const complex double *f_scal_lmp, const double *wav_lmp, const double *scal_lmp, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_analysis_multires_lmp (complex double *f_wav_lmp, complex double *f_scal_lmp, const complex double *flmp, const double *wav_lmp, const double *scal_lmp, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_synthesis_multires_lmp (complex double *flmp, const complex double *f_wav_lmp, const complex double *f_scal_lmp, const double *wav_lmp, const double *scal_lmp, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_analysis (complex double *f_wav, complex double *f_scal, const complex double *f, double R, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_synthesis (complex double *f, const complex double *f_wav, const complex double *f_scal, double R, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_analysis_real (double *f_wav, double *f_scal, const double *f, double R, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_synthesis_real (double *f, const double *f_wav, const double *f_scal, double R, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_analysis_multires (complex double *f_wav, complex double *f_scal, const complex double *f, double R, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_synthesis_multires (complex double *f, const complex double *f_wav, const complex double *f_scal, double R, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_analysis_multires_real (double *f_wav, double *f_scal, const double *f, double R, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
void	flaglet_axisym_wav_synthesis_multires_real (double *f, const double *f_wav, const double *f_scal, double R, int B_l, int B_p, int L, int P, int J_min_l, int J_min_p)
int	jjlmp2ind (int jl, int jn, int l, int m, int n, int J_l, int J_p, int L, int P)
int	lmp2ind (int l, int m, int n, int L)

---

Function Documentation

void flaglet_axisym_allocate_f_wav	(	complex double **	f_wav,
		complex double **	f_scal,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Allocates 3D Wavelet transform in real space.

Parameters:

[out]	f_wav	wavelets contributions of f.
[out]	f_scal	scaling function contribution of f.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 121 of file flaglet_axisym.c.

void flaglet_axisym_allocate_f_wav_lmp	(	complex double **	f_wav_lmp,
		complex double **	f_scal_lmp,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Allocates 3D Wavelet transform in FLAG space.

Parameters:

[out]	f_wav_lmp	FLAG transform of wavelets contributions of f.
[out]	f_scal_lmp	FLAG transform of scaling function contribution of f.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 100 of file flaglet_axisym.c.

void flaglet_axisym_allocate_f_wav_multires	(	complex double **	f_wav,
		complex double **	f_scal,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Allocates multiresolution 3D Wavelet transform in real space.

Parameters:

[out]	f_wav	wavelets contributions of f.
[out]	f_scal	scaling function contribution of f.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 192 of file flaglet_axisym.c.

void flaglet_axisym_allocate_f_wav_multires_lmp	(	complex double **	f_wav_lmp,
		complex double **	f_scal_lmp,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Allocates multiresolution 3D Wavelet transform in FLAG space.

Parameters:

[out]	f_wav_lmp	FLAG transform of wavelets contributions of f.
[out]	f_scal_lmp	FLAG transform of scaling function contribution of f.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 163 of file flaglet_axisym.c.

void flaglet_axisym_allocate_f_wav_multires_real	(	double **	f_wav,
		double **	f_scal,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Allocates multiresolution real 3D Wavelet transform in real space.

Parameters:

[out]	f_wav	wavelets contributions of f.
[out]	f_scal	scaling function contribution of f.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 221 of file flaglet_axisym.c.

void flaglet_axisym_allocate_f_wav_real	(	double **	f_wav,
		double **	f_scal,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Allocates real 3D Wavelet transform in real space.

Parameters:

[out]	f_wav	wavelets contributions of f.
[out]	f_scal	scaling function contribution of f.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 142 of file flaglet_axisym.c.

void flaglet_axisym_allocate_wav_lmp	(	double **	wav_lmp,
		double **	scal_lmp,
		int	B_l,
		int	B_p,
		int	L,
		int	P
	)

Allocates arrays for the kernels of the wavelets and the scaling functions (in FLAG space).

Parameters:

[out]	wav_lmp	Wavelet kernels.
[out]	scal_lmp	Scaling function kernels.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.

Return values:

none

Definition at line 24 of file flaglet_axisym.c.

void flaglet_axisym_wav_analysis	(	complex double *	f_wav,
		complex double *	f_scal,
		const complex double *	f,
		double	R,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in real space (from scratch, gives pixel space components). Sampling scheme : MW sampling. 3D spherical wavelets : analysis in real space.

Parameters:

[out]	f_wav	Wavelet transform (wavelet contribution in real space).
[out]	f_scal	Wavelet transform (scaling contribution in real space).
[in]	f	Input function (MW sampling).
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 732 of file flaglet_axisym.c.

void flaglet_axisym_wav_analysis_lmp	(	complex double *	f_wav_lmp,
		complex double *	f_scal_lmp,
		const complex double *	flmp,
		const double *	wav_lmp,
		const double *	scal_lmp,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in FLAG space (from precomputed kernels, gives FLAG coefficients). 3D spherical wavelets : analysis in FLAG-harmonic space.

Parameters:

[out]	f_wav_lmp	FLAG transform of wavelets contributions of f.
[out]	f_scal_lmp	FLAG transform of scaling function contribution of f.
[in]	flmp	FLAG transform of the input function.
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 359 of file flaglet_axisym.c.

void flaglet_axisym_wav_analysis_multires	(	complex double *	f_wav,
		complex double *	f_scal,
		const complex double *	f,
		double	R,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in real space (from scratch, gives pixel space components). Sampling scheme : MW sampling. 3D spherical wavelets : analysis in real space.

Parameters:

[out]	f_wav	Wavelet transform (wavelet contribution in real space).
[out]	f_scal	Wavelet transform (scaling contribution in real space).
[in]	f	Input function (MW sampling).
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 459 of file flaglet_axisym.c.

void flaglet_axisym_wav_analysis_multires_lmp	(	complex double *	f_wav_lmp,
		complex double *	f_scal_lmp,
		const complex double *	flmp,
		const double *	wav_lmp,
		const double *	scal_lmp,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform multiresolution wavelet transform in FLAG space (from precomputed kernels, gives FLAG coefficients). 3D spherical wavelets : analysis in FLAG-harmonic space.

Parameters:

[out]	f_wav_lmp	FLAG transform of wavelets contributions of f.
[out]	f_scal_lmp	FLAG transform of scaling function contribution of f.
[in]	flmp	FLAG transform of the input function.
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 254 of file flaglet_axisym.c.

void flaglet_axisym_wav_analysis_multires_real	(	double *	f_wav,
		double *	f_scal,
		const double *	f,
		double	R,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in real space (from scratch, gives pixel space components). Real input function and real wavelet contributions. Sampling scheme : MW sampling. 3D spherical wavelets : analysis in real space.

Parameters:

[out]	f_wav	Wavelet transform (wavelet contribution in real space).
[out]	f_scal	Wavelet transform (scaling contribution in real space).
[in]	f	Input function (MW sampling).
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 595 of file flaglet_axisym.c.

void flaglet_axisym_wav_analysis_real	(	double *	f_wav,
		double *	f_scal,
		const double *	f,
		double	R,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in real space (from scratch, gives pixel space components). Real input function and real wavelet contributions. Sampling scheme : MW sampling. 3D spherical wavelets : analysis in real space.

Parameters:

[out]	f_wav	Wavelet transform (wavelet contribution in real space).
[out]	f_scal	Wavelet transform (scaling contribution in real space).
[in]	f	Input function (MW sampling).
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 864 of file flaglet_axisym.c.

void flaglet_axisym_wav_lmp	(	double *	wav_lmp,
		double *	scal_lmp,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Computes the kernels of the wavelets and the scaling functions (in FLAG space).

Parameters:

[out]	wav_lmp	Wavelet kernels.
[out]	scal_lmp	Scaling function kernels.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 45 of file flaglet_axisym.c.

void flaglet_axisym_wav_synthesis	(	complex double *	f,
		const complex double *	f_wav,
		const complex double *	f_scal,
		double	R,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in real space (from scratch, gives pixel space components). Sampling scheme : MW sampling. 3D spherical wavelets : synthesis in real space.

Parameters:

[out]	f	Input function (MW sampling).
[in]	f_wav	Wavelet transform (wavelet contribution in real space).
[in]	f_scal	Wavelet transform (scaling contribution in real space).
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 798 of file flaglet_axisym.c.

void flaglet_axisym_wav_synthesis_lmp	(	complex double *	flmp,
		const complex double *	f_wav_lmp,
		const complex double *	f_scal_lmp,
		const double *	wav_lmp,
		const double *	scal_lmp,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in FLAG space (from precomputed kernels, gives FLAG coefficients). 3D spherical wavelets : synthesis in FLAG-harmonic space.

Parameters:

[out]	flmp	FLAG transform of the input function.
[in]	f_wav_lmp	FLAG transform of wavelets contributions of f.
[in]	f_scal_lmp	FLAG transform of scaling function contribution of f.
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 407 of file flaglet_axisym.c.

void flaglet_axisym_wav_synthesis_multires	(	complex double *	f,
		const complex double *	f_wav,
		const complex double *	f_scal,
		double	R,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in real space (from scratch, gives pixel space components). Sampling scheme : MW sampling. 3D spherical wavelets : synthesis in real space.

Parameters:

[out]	f	Input function (MW sampling).
[in]	f_wav	Wavelet transform (wavelet contribution in real space).
[in]	f_scal	Wavelet transform (scaling contribution in real space).
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 525 of file flaglet_axisym.c.

void flaglet_axisym_wav_synthesis_multires_lmp	(	complex double *	flmp,
		const complex double *	f_wav_lmp,
		const complex double *	f_scal_lmp,
		const double *	wav_lmp,
		const double *	scal_lmp,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform multiresolution wavelet transform in FLAG space (from precomputed kernels, gives FLAG coefficients). 3D spherical wavelets : synthesis in FLAG-harmonic space.

Parameters:

[out]	flmp	FLAG transform of the input function.
[in]	f_wav_lmp	FLAG transform of wavelets contributions of f.
[in]	f_scal_lmp	FLAG transform of scaling function contribution of f.
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 305 of file flaglet_axisym.c.

void flaglet_axisym_wav_synthesis_multires_real	(	double *	f,
		const double *	f_wav,
		const double *	f_scal,
		double	R,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in real space (from scratch, gives pixel space components). Real input function and real wavelet contributions. Sampling scheme : MW sampling. 3D spherical wavelets : synthesis in real space.

Parameters:

[out]	f	Input function (MW sampling).
[in]	f_wav	Wavelet transform (wavelet contribution in real space).
[in]	f_scal	Wavelet transform (scaling contribution in real space).
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 665 of file flaglet_axisym.c.

void flaglet_axisym_wav_synthesis_real	(	double *	f,
		const double *	f_wav,
		const double *	f_scal,
		double	R,
		int	B_l,
		int	B_p,
		int	L,
		int	P,
		int	J_min_l,
		int	J_min_p
	)

Perform wavelet transform in real space (from scratch, gives pixel space components). Real input function and real wavelet contributions. Sampling scheme : MW sampling. 3D spherical wavelets : synthesis in real space.

Parameters:

[out]	f	Input function (MW sampling).
[in]	f_wav	Wavelet transform (wavelet contribution in real space).
[in]	f_scal	Wavelet transform (scaling contribution in real space).
[in]	wav_lmp	Wavelet kernel in FLAG space.
[in]	scal_lmp	Scaling function kernel in FLAG space.
[in]	B_l	Wavelet parameter for angular harmonic space.
[in]	B_p	Wavelet parameter for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.
[in]	J_min_l	First wavelet scale to be used in angular space.
[in]	J_min_p	First wavelet scale to be used in radial space.

Return values:

none

Definition at line 931 of file flaglet_axisym.c.

int jjlmp2ind	(	int	jl,
		int	jp,
		int	l,
		int	m,
		int	n,
		int	J_l,
		int	J_p,
		int	L,
		int	P
	)

Indice corresponding to a quintuplet (jl, jp, l, m, n) in the wavelets kernels.

Parameters:

[in]	jl	Angular scale indice.
[in]	jp	Radial scale indice.
[in]	l	Multipole indice.
[in]	m	Order indice.
[in]	n	Laguerre order indice.
[in]	J_l	Maximum scale for angular harmonic space.
[in]	J_p	Maximum scale for radial harmonic space.
[in]	L	Angular harmonic band-limit.
[in]	P	Radial harmonic band-limit.

Return values:

Indice

Definition at line 992 of file flaglet_axisym.c.

int lmp2ind	(	int	l,
		int	m,
		int	n,
		int	L
	)

Indice corresponding to a triplet (l, m, n) in the FLAG basis.

Parameters:

[in]	l	Multipole indice.
[in]	m	Order indice.
[in]	n	Laguerre order indice.
[in]	L	Angular harmonic band-limit.

Return values:

Indice

Definition at line 1006 of file flaglet_axisym.c.