Functions
void	plotloc (const char fig, const parms_t parms, loc_t loc, real ht, const char format,...)

void	plotdir (const char fig, const parms_t parms, real totfov, const char *format,...)

void	remove_lock (int fdlock, char fnlock, long seeds, long nseed, long iseed, int success)
	Remove lock file and create Res_seed.done file when maos finishes a seed. More...

void	maos_final (int sig)

int	maos_signal_handler (int sig)

arg_t *	parse_args (int argc, const char *argv[])

void	free_arg (arg_t **parg)

char *	evl_keywords (const parms_t parms, const aper_t aper, int ievl, int iwvl, int isim)

void	apply_fieldstop (dmat opd, const dmat amp, const lmat embed, long nembed, const dmat fieldstop, real wvl)

void	display_server (int sock)

void	plot_setup (const parms_t parms, const powfs_t powfs, const aper_t aper, const recon_t recon)

dmat *	mkamp (const loc_t loc, const map_t ampground, real misregx, real misregy, real D, real Din)

void	maxapriori (real g, const dmat ints, const parms_t parms, const powfs_t powfs, int iwfs, int isa, int noisy, real bkgrnd, real rne)

void	wfslinearity (const parms_t parms, powfs_t powfs, const int iwfs)

void	lgs_wfs_sph_psd (const parms_t parms, powfs_t powfs, recon_t *recon, const int iwfs)

real	wfsfocusadj (sim_t *simu, int iwfs)

void	dither_position (real cs, real ss, int alfsm, int dtrat, int npoint, int isim, real deltam)

void	shwfs_grad (dmat *pgrad, dmat ints[], const parms_t parms, const powfs_t powfs, int iwfs, int phytype)

dcell *	dcellread_prefix (const char file, const parms_t parms, int ipowfs)

real	average_powfs (dmat A, lmat wfsindex, int replace)

void	wfsgrad_llt_tt (real ttx, real tty, sim_t *simu, int iwfs, int isim)

Function Documentation

◆ plotloc()

void plotloc	(	const char *	fig,
		const parms_t *	parms,
		loc_t *	loc,
		real	ht,
		const char *	format,
			...
	)

Plot the loc, together with all beams

◆ plotdir()

void plotdir	(	const char *	fig,
		const parms_t *	parms,
		real	totfov,
		const char *	format,
			...
	)

ploted all the different beam directions as points.

◆ remove_lock()

void remove_lock	(	int *	fdlock,
		char **	fnlock,
		long *	seeds,
		long	nseed,
		long	iseed,
		int	success
	)

Remove lock file and create Res_seed.done file when maos finishes a seed.

Parameters

fdlock
fnlock
seeds
nseed
iseed
success

◆ maos_final()

void maos_final ( int sig )

Rename the log files when simulation exits or when signal is caught.

◆ maos_signal_handler()

int maos_signal_handler ( int sig )

Handles signals.

◆ parse_args()

arg_t* parse_args	(	int	argc,
		const char *	argv[]
	)

Parse command line arguments argc, argv

◆ evl_keywords()

char* evl_keywords	(	const parms_t *	parms,
		const aper_t *	aper,
		int	ievl,
		int	iwvl,
		int	isim
	)

Creates header for saving PSFs.

◆ plot_setup()

void plot_setup	(	const parms_t *	parms,
		const powfs_t *	powfs,
		const aper_t *	aper,
		const recon_t *	recon
	)

Plot grid points, amplitude maps and NCPA.

◆ mkamp()

dmat* mkamp	(	const loc_t *	loc,
		const map_t *	ampground,
		real	misregx,
		real	misregy,
		real	D,
		real	Din
	)

Create WFS amplitude map from coordinate, masked with annular defined by (D,Din).

◆ maxapriori()

void maxapriori	(	real *	g,
		const dmat *	ints,
		const parms_t *	parms,
		const powfs_t *	powfs,
		int	iwfs,
		int	isa,
		int	noisy,
		real	bkgrnd,
		real	rne
	)

Implements MAP tracking algorithm. The polar coordinate is implicitly taken care of in mapfun

◆ wfslinearity()

void wfslinearity	(	const parms_t *	parms,
		powfs_t *	powfs,
		const int	iwfs
	)

Test wfs linearity.

◆ lgs_wfs_sph_psd()

void lgs_wfs_sph_psd	(	const parms_t *	parms,
		powfs_t *	powfs,
		recon_t *	recon,
		const int	iwfs
	)

Compute spherical aberration in LGS WFS gradients for all sodium profile columns.

◆ wfsfocusadj()

real wfsfocusadj	(	sim_t *	simu,
		int	iwfs
	)

Compute the focus adjustment need to apply to OPD of wfs. Used in both CPU and GPU code.

◆ dither_position()

void dither_position	(	real *	cs,
		real *	ss,
		int	alfsm,
		int	dtrat,
		int	npoint,
		int	isim,
		real	deltam
	)

Expected averaged position of dithering signal during WFS integration. Called when (isim+1)dtrat=0

◆ shwfs_grad()

void shwfs_grad	(	dmat **	pgrad,
		dmat *	ints[],
		const parms_t *	parms,
		const powfs_t *	powfs,
		const int	iwfs,
		const int	phytype
	)

Calculate gradients using current specified algorithm

◆ dcellread_prefix()

dcell* dcellread_prefix	(	const char *	file,
		const parms_t *	parms,
		int	ipowfs
	)

Read cell array from file specified by whole name or prefix.

◆ average_powfs()

real average_powfs	(	dmat *	A,
		lmat *	wfsindex,
		int	replace
	)

average per powfs. replace the content when replace is set.

◆ wfsgrad_llt_tt()

void wfsgrad_llt_tt	(	real *	ttx,
		real *	tty,
		sim_t *	simu,
		int	iwfs,
		int	isim
	)

Compute tip/tilt for llt ray trace.

Functions