Program for calculating F-stat values for different time segments and combining them semi-coherently using the Hough transform, and following up candidates using a longer coherent integration. More...

Prototypes
static int	smallerHough (const void a, const void b)

void	ComputeStackNoiseWeights (LALStatus status, REAL8Vector out, FstatInputVector Fstat_in_vec)
	Calculate noise weight for each stack. More...

void	ComputeStackNoiseAndAMWeights (LALStatus status, REAL8Vector out, FstatInputVector *Fstat_in_vec, SkyPosition skypos)
	Calculate noise and AM weight for each stack for a given sky position. More...

void	GetStackVelPos (LALStatus status, REAL8VectorSequence velStack, REAL8VectorSequence posStack, FstatInputVector Fstat_in_vec)
	Calculate average velocity and position of detector network during each stack. More...

void	SetUpSFTs (LALStatus status, FstatInputVector p_Fstat_in_vec, UsefulStageVariables in)
	Set up stacks, read SFTs, calculate SFT noise weights and calculate detector-state. More...

void	PrintFstatVec (LALStatus status, REAL4FrequencySeries in, FILE fp, PulsarDopplerParams thisPoint, LIGOTimeGPS refTime, INT4 stackIndex)
	Print Fstat vectors. More...

void	PrintHoughGrid (LALStatus status, HOUGHPatchGrid patch, HOUGHDemodPar parDem, CHAR fnameOut, INT4 iHmap)

void	PrintSemiCohCandidates (LALStatus status, SemiCohCandidateList in, FILE *fp, LIGOTimeGPS refTime)
	Print Hough candidates. More...

void	PrintHoughHistogram (LALStatus status, UINT8Vector hist, CHAR *fnameOut)
	Print hough histogram to a file. More...

void	PrintCatalogInfo (LALStatus status, const SFTCatalog catalog, FILE *fp)
	Print some sft catalog info. More...

void	PrintStackInfo (LALStatus status, const SFTCatalogSequence catalogSeq, FILE *fp)
	Print some stack info from sft catalog sequence. More...

void	GetSemiCohToplist (LALStatus status, toplist_t list, SemiCohCandidateList *in, REAL8 meanN, REAL8 sigmaN)
	Get SemiCoh candidates toplist. More...

void	ComputeNumExtraBins (LALStatus status, SemiCoherentParams par, REAL8 fdot, REAL8 f0, REAL8 deltaF)
	Optimized calculation of Fstat overhead. More...

void	DumpLUT2file (LALStatus status, HOUGHptfLUT lut, HOUGHPatchGrid patch, CHAR basename, INT4 ind)
	Print single Hough map to a specified output file. More...

void	ValidateHoughLUT (LALStatus status, HOUGHptfLUT lut, HOUGHPatchGrid patch, CHAR basename, INT4 ind, REAL4 alpha, REAL4 delta, REAL4 weight)

void	GetXiInSingleStack (LALStatus status, HOUGHSizePar size, HOUGHDemodPar *par)

int	MAIN (int argc, char *argv[])

void	ComputeFstatHoughMap (LALStatus status, SemiCohCandidateList out, HOUGHPeakGramVector pgV, SemiCoherentParams params)
	Function for calculating Hough Maps and candidates. More...

void	FstatVectToPeakGram (LALStatus status, HOUGHPeakGramVector pgV, REAL4FrequencySeriesVector *FstatVect, REAL4 thr)
	Function for selecting frequency bins from a set of Fstatistic vectors. More...

void	SetUpStacks (LALStatus status, SFTCatalogSequence out, REAL8 tStack, SFTCatalog *in, UINT4 nStacksMax)
	Breaks up input sft catalog into specified number of stacks. More...

void	PrintHmap2file (LALStatus status, HOUGHMapTotal ht, CHAR *fnameOut, INT4 iHmap)
	Print single Hough map to a specified output file. More...

void	GetHoughCandidates_toplist (LALStatus status, toplist_t list, HOUGHMapTotal ht, HOUGHPatchGrid patch, HOUGHDemodPar *parDem)
	Get Hough candidates as a toplist. More...

void	GetHoughCandidates_threshold (LALStatus status, SemiCohCandidateList out, HOUGHMapTotal ht, HOUGHPatchGrid patch, HOUGHDemodPar *parDem, REAL8 threshold)
	Get Hough candidates as a toplist using a fixed threshold. More...

void	GetFstatCandidates_toplist (LALStatus status, toplist_t list, REAL8FrequencySeries *in, REAL8 alpha, REAL8 delta, REAL8 fdot)

void	GetChkPointIndex (LALStatus status, INT4 loopindex, const CHAR *fnameChkPoint)
	Read checkpointing file This does not (yet) check any consistency of the existing results file. More...

Detailed Description

Program for calculating F-stat values for different time segments and combining them semi-coherently using the Hough transform, and following up candidates using a longer coherent integration.

Author: Badri Krishnan, Alicia Sintes, Reinhard Prix, Bernd Machenschalk

Description

This code implements a hierarchical strategy to look for unknown gravitational wave pulsars. It scans through the parameter space using a less sensitive but computationally inexpensive search and follows up the candidates using more sensitive methods.

Algorithm

Currently the code does a single stage hierarchical search using the Hough algorithm and follows up the candidates using a full coherent integration.

The user specifies a directory containing SFTs, and the number of stacks that this must be broken up into. Stacks are chosen by breaking up the total time spanned by the sfts into equal portions, and then choosing the sfts which lie in each stack portion. The SFTs can be from multiple IFOs.
The user specifies a region in parameter space to search over. The code sets up a grid (the "coarse" grid) in this region and calculates the F-statistic for each stack at each point of the coarse grid, for the entire frequency band. Alternatively, the user can specify a sky-grid file.
The different Fstat vactors for each stack are combined using a semi-coherent method such as the Hough transform or stack slide algorithms.
For Hough, a threshold is set on the F-statistic to convert the F-statistic vector into a vector of 0s and 1s known as a peakgram – there is one peakgram for each stack and for each grid point. These peakgrams are combined using the Hough algorithm.
For stack-slide, we add the different Fstatistic values to get the summed Fstatistic power.
The semi-coherent part of the search constructs a grid (the "fine" grid) in a small patch around every coarse grid point, and combines the different stacks following the master equation
\[ f(t) - F_0(t) = \xi(t).(\hat{n} - \hat{n}_0) \]
where
\[ F_0 = f_0 + \sum \Delta f_k \frac{(\Delta t)^k}{k!} \]
Here \( \hat{n}_0 \) is the sky-point at which the F-statistic is calculated and \( \Delta f_k \) is the residual spindown parameter. For details see Phys.Rev.D 70, 082001 (2004). The size of the patch depends on the validity of the above master equation.
The output of the Hough search is a number count at each point of the grid. A threshold is set on the number count, leading to candidates in parameter space. For stack slide, instead of the number count, we get the summed Fstatistic power. Alternatively, the user can specify exactly how many candidates should be followed up for each coarse grid point.
These candidates are followed up using a second set of SFTs (also specified by the user). The follow up consists of a full coherent integration, i.e. the F-statistic is calculated for the whole set of SFTs without breaking them up into stacks. The user can choose to output the N highest significance candidates.

Questions/To-do

Should we over-resolve the Fstat calculation to reduce loss in signal power? We would still calculate the peakgrams at the 1/T resolution, but the peak selection would take into account Fstat values over several over-resolved bins.
What is the best grid for calculating the F-statistic? At first glance, the Hough patch and the metric F-statistic patch do not seem to be compatible. If we use the Hough patches to break up the sky, it could be far from optimal. What is the exact connection between the two grids?
Implement multiple semi-coherent stages
Get timings and optimize the pipeline parameters
Checkpointing for running on Einstein@Home
Incorporate stack slide as an alternative to Hough in the semi-coherent stages
....

Definition in file HierarchicalSearch.c.

Go to the source code of this file.

Data Structures
struct	UsefulStageVariables
	useful variables for each hierarchical stage More...

Macros
#define	TRUE (1==1)

#define	FALSE (1==0)

#define	HS_CHECKPOINTING 0 /* no checkpointing in the non-BOINC case (yet) */

#define	GET_CHECKPOINT(toplist, total, count, outputname, cptname) *total=0;

#define	INSERT_INTO_HOUGHFSTAT_TOPLIST insert_into_houghFstat_toplist

#define	SHOW_PROGRESS(rac, dec, tpl_count, tpl_total, freq, fband)

#define	SET_CHECKPOINT

#define	MAIN main

#define	COMPUTEFSTATHOUGHMAP ComputeFstatHoughMap

#define	GPUREADY_DEFAULT 0

#define	REARRANGE_SFT_DATA

#define	INITIALIZE_COPROCESSOR_DEVICE

#define	UNINITIALIZE_COPROCESSOR_DEVICE

#define	HSMAX(x, y) ( (x) > (y) ? (x) : (y) )

#define	HSMIN(x, y) ( (x) < (y) ? (x) : (y) )

#define	BLOCKSIZE_REALLOC 50

#define	FSTART 310.0
	Default Start search frequency. More...

#define	FBAND 0.01
	Default search band. More...

#define	FDOT 0.0
	Default value of first spindown. More...

#define	DFDOT 0.0
	Default range of first spindown parameter. More...

#define	SKYREGION "allsky"
	default sky region to search over – just a single point More...

#define	NFDOT 10
	Default size of hough cylinder of look up tables. More...

#define	MISMATCH 0.2
	Default for metric grid maximal mismatch value. More...

#define	DALPHA 0.001
	Default resolution for isotropic or flat grids. More...

#define	DDELTA 0.001
	Default resolution for isotropic or flat grids. More...

#define	FSTATTHRESHOLD 2.6
	Default threshold on Fstatistic for peak selection. More...

#define	NCAND1 5
	Default number of candidates to be followed up from first stage. More...

#define	FNAMEOUT "./out/HS.dat"
	Default output file basename. More...

#define	PIXELFACTOR 2.0

#define	LAL_INT4_MAX 2147483647

Variables
int	gpu_device_id

BOOLEAN	uvar_printMaps = FALSE
	global variable for printing Hough maps More...

BOOLEAN	uvar_printGrid = FALSE
	global variable for printing Hough grid More...

BOOLEAN	uvar_printStats = FALSE
	global variable for calculating Hough map stats More...

BOOLEAN	uvar_dumpLUT = FALSE
	global variable for printing Hough look-up-tables for debugging More...

BOOLEAN	uvar_validateLUT = FALSE

LALStatus *	global_status

int	alloc_len

Macro Definition Documentation

◆ TRUE

#define TRUE (1==1)

Definition at line 125 of file HierarchicalSearch.c.

◆ FALSE

#define FALSE (1==0)

Definition at line 126 of file HierarchicalSearch.c.

◆ HS_CHECKPOINTING

#define HS_CHECKPOINTING 0 /* no checkpointing in the non-BOINC case (yet) */

Definition at line 129 of file HierarchicalSearch.c.

◆ GET_CHECKPOINT

#define GET_CHECKPOINT	(	toplist,
		total,
		count,
		outputname,
		cptname
	)	*total=0;

Definition at line 130 of file HierarchicalSearch.c.

◆ INSERT_INTO_HOUGHFSTAT_TOPLIST

#define INSERT_INTO_HOUGHFSTAT_TOPLIST insert_into_houghFstat_toplist

Definition at line 131 of file HierarchicalSearch.c.

◆ SHOW_PROGRESS

#define SHOW_PROGRESS	(	rac,
		dec,
		tpl_count,
		tpl_total,
		freq,
		fband
	)

Definition at line 132 of file HierarchicalSearch.c.

◆ SET_CHECKPOINT

#define SET_CHECKPOINT

Definition at line 133 of file HierarchicalSearch.c.

◆ MAIN

#define MAIN main

Definition at line 134 of file HierarchicalSearch.c.

◆ COMPUTEFSTATHOUGHMAP

#define COMPUTEFSTATHOUGHMAP ComputeFstatHoughMap

Definition at line 138 of file HierarchicalSearch.c.

◆ GPUREADY_DEFAULT

#define GPUREADY_DEFAULT 0

Definition at line 141 of file HierarchicalSearch.c.

◆ REARRANGE_SFT_DATA

#define REARRANGE_SFT_DATA

Definition at line 144 of file HierarchicalSearch.c.

◆ INITIALIZE_COPROCESSOR_DEVICE

#define INITIALIZE_COPROCESSOR_DEVICE

Definition at line 147 of file HierarchicalSearch.c.

◆ UNINITIALIZE_COPROCESSOR_DEVICE

#define UNINITIALIZE_COPROCESSOR_DEVICE

Definition at line 150 of file HierarchicalSearch.c.

◆ HSMAX

#define HSMAX	(	x,
		y
	)	( (x) > (y) ? (x) : (y) )

Definition at line 166 of file HierarchicalSearch.c.

◆ HSMIN

#define HSMIN	(	x,
		y
	)	( (x) < (y) ? (x) : (y) )

Definition at line 167 of file HierarchicalSearch.c.

◆ BLOCKSIZE_REALLOC

#define BLOCKSIZE_REALLOC 50

Definition at line 169 of file HierarchicalSearch.c.

◆ FSTART

#define FSTART 310.0

Default Start search frequency.

Definition at line 246 of file HierarchicalSearch.c.

◆ FBAND

#define FBAND 0.01

Default search band.

Definition at line 248 of file HierarchicalSearch.c.

◆ FDOT

#define FDOT 0.0

Default value of first spindown.

Definition at line 249 of file HierarchicalSearch.c.

◆ DFDOT

#define DFDOT 0.0

Default range of first spindown parameter.

Definition at line 250 of file HierarchicalSearch.c.

◆ SKYREGION

#define SKYREGION "allsky"

default sky region to search over – just a single point

Definition at line 251 of file HierarchicalSearch.c.

◆ NFDOT

#define NFDOT 10

Default size of hough cylinder of look up tables.

Definition at line 252 of file HierarchicalSearch.c.

◆ MISMATCH

#define MISMATCH 0.2

Default for metric grid maximal mismatch value.

Definition at line 253 of file HierarchicalSearch.c.

◆ DALPHA

#define DALPHA 0.001

Default resolution for isotropic or flat grids.

Definition at line 254 of file HierarchicalSearch.c.

◆ DDELTA

#define DDELTA 0.001

Default resolution for isotropic or flat grids.

Definition at line 255 of file HierarchicalSearch.c.

◆ FSTATTHRESHOLD

#define FSTATTHRESHOLD 2.6

Default threshold on Fstatistic for peak selection.

Definition at line 256 of file HierarchicalSearch.c.

◆ NCAND1

#define NCAND1 5

Default number of candidates to be followed up from first stage.

Definition at line 257 of file HierarchicalSearch.c.

◆ FNAMEOUT

#define FNAMEOUT "./out/HS.dat"

Default output file basename.

Definition at line 258 of file HierarchicalSearch.c.

◆ PIXELFACTOR

#define PIXELFACTOR 2.0

Definition at line 259 of file HierarchicalSearch.c.

◆ LAL_INT4_MAX

#define LAL_INT4_MAX 2147483647

Definition at line 261 of file HierarchicalSearch.c.

Function Documentation

◆ smallerHough()

static int smallerHough	(	const void *	a,
		const void *	b
	)

static

Definition at line 196 of file HierarchicalSearch.c.

◆ ComputeStackNoiseWeights()

void ComputeStackNoiseWeights	(	LALStatus *	status,
		REAL8Vector **	out,
		FstatInputVector *	Fstat_in_vec
	)

Calculate noise weight for each stack.

Definition at line 3233 of file HierarchicalSearch.c.

◆ ComputeStackNoiseAndAMWeights()

void ComputeStackNoiseAndAMWeights	(	LALStatus *	status,
		REAL8Vector *	out,
		FstatInputVector *	Fstat_in_vec,
		SkyPosition	skypos
	)

Calculate noise and AM weight for each stack for a given sky position.

Definition at line 3297 of file HierarchicalSearch.c.

◆ GetStackVelPos()

void GetStackVelPos	(	LALStatus *	status,
		REAL8VectorSequence **	velStack,
		REAL8VectorSequence **	posStack,
		FstatInputVector *	Fstat_in_vec
	)

Calculate average velocity and position of detector network during each stack.

Definition at line 3142 of file HierarchicalSearch.c.

◆ SetUpSFTs()

void SetUpSFTs	(	LALStatus *	status,
		FstatInputVector **	p_Fstat_in_vec,
		UsefulStageVariables *	in
	)

Set up stacks, read SFTs, calculate SFT noise weights and calculate detector-state.

Parameters

status	pointer to LALStatus structure
p_Fstat_in_vec	pointer to vector of Fstat input data structures for XLALComputeFstat(), one per stack
in	input params

Definition at line 1249 of file HierarchicalSearch.c.

◆ PrintFstatVec()

void PrintFstatVec	(	LALStatus *	status,
		REAL4FrequencySeries *	in,
		FILE *	fp,
		PulsarDopplerParams *	thisPoint,
		LIGOTimeGPS	refTime,
		INT4	stackIndex
	)

Print Fstat vectors.

Definition at line 2905 of file HierarchicalSearch.c.

◆ PrintHoughGrid()

void PrintHoughGrid	(	LALStatus *	status,
		HOUGHPatchGrid *	patch,
		HOUGHDemodPar *	parDem,
		CHAR *	fnameOut,
		INT4	iHmap
	)

Definition at line 2292 of file HierarchicalSearch.c.

◆ PrintSemiCohCandidates()

void PrintSemiCohCandidates	(	LALStatus *	status,
		SemiCohCandidateList *	in,
		FILE *	fp,
		LIGOTimeGPS	refTime
	)

Print Hough candidates.

Definition at line 2870 of file HierarchicalSearch.c.

◆ PrintHoughHistogram()

void PrintHoughHistogram	(	LALStatus *	status,
		UINT8Vector *	hist,
		CHAR *	fnameOut
	)

Print hough histogram to a file.

Definition at line 2990 of file HierarchicalSearch.c.

◆ PrintCatalogInfo()

void PrintCatalogInfo	(	LALStatus *	status,
		const SFTCatalog *	catalog,
		FILE *	fp
	)

Print some sft catalog info.

Definition at line 3022 of file HierarchicalSearch.c.

◆ PrintStackInfo()

void PrintStackInfo	(	LALStatus *	status,
		const SFTCatalogSequence *	catalogSeq,
		FILE *	fp
	)

Print some stack info from sft catalog sequence.

Definition at line 3052 of file HierarchicalSearch.c.

◆ GetSemiCohToplist()

void GetSemiCohToplist	(	LALStatus *	status,
		toplist_t *	list,
		SemiCohCandidateList *	in,
		REAL8	meanN,
		REAL8	sigmaN
	)

Get SemiCoh candidates toplist.

Definition at line 3372 of file HierarchicalSearch.c.

◆ ComputeNumExtraBins()

void ComputeNumExtraBins	(	LALStatus *	status,
		SemiCoherentParams *	par,
		REAL8	fdot,
		REAL8	f0,
		REAL8	deltaF
	)

Optimized calculation of Fstat overhead.

Definition at line 3428 of file HierarchicalSearch.c.

◆ DumpLUT2file()

void DumpLUT2file	(	LALStatus *	status,
		HOUGHptfLUT *	lut,
		HOUGHPatchGrid *	patch,
		CHAR *	basename,
		INT4	ind
	)

Print single Hough map to a specified output file.

Definition at line 2487 of file HierarchicalSearch.c.

◆ ValidateHoughLUT()

void ValidateHoughLUT	(	LALStatus *	status,
		HOUGHptfLUT *	lut,
		HOUGHPatchGrid *	patch,
		CHAR *	basename,
		INT4	ind,
		REAL4	alpha,
		REAL4	delta,
		REAL4	weight
	)

Definition at line 2356 of file HierarchicalSearch.c.

◆ GetXiInSingleStack()

void GetXiInSingleStack	(	LALStatus *	status,
		HOUGHSizePar *	size,
		HOUGHDemodPar *	par
	)

Definition at line 3649 of file HierarchicalSearch.c.

◆ MAIN()

int MAIN	(	int	argc,
		char *	argv[]
	)

fix frequency-quantization offset bug #147, by applying a fixed frequency-correction to all candidates

Definition at line 278 of file HierarchicalSearch.c.

◆ ComputeFstatHoughMap()

void ComputeFstatHoughMap	(	LALStatus *	status,
		SemiCohCandidateList *	out,
		HOUGHPeakGramVector *	pgV,
		SemiCoherentParams *	params
	)

Function for calculating Hough Maps and candidates.

This function takes a peakgram as input. This peakgram was constructed by setting a threshold on a sequence of Fstatistic vectors. The function produces a Hough map in the sky for each value of the frequency and spindown. The Hough nummber counts are then used to select candidates in parameter space to be followed up in a more refined search. This uses DriveHough_v3.c as a prototype suitably modified to work on demodulated data instead of SFTs.

Parameters

status	pointer to LALStatus structure
out	Candidates from thresholding Hough number counts
pgV	HOUGHPeakGramVector obtained after thresholding Fstatistic vectors
params	pointer to HoughParams – parameters for calculating Hough maps

Definition at line 1490 of file HierarchicalSearch.c.

◆ FstatVectToPeakGram()

void FstatVectToPeakGram	(	LALStatus *	status,
		HOUGHPeakGramVector *	pgV,
		REAL4FrequencySeriesVector *	FstatVect,
		REAL4	thr
	)

Function for selecting frequency bins from a set of Fstatistic vectors.

Input is a vector of Fstatistic vectors. It allocates memory for the peakgrams based on the frequency span of the Fstatistic vectors and fills tyem up by setting a threshold on the Fstatistic. Peakgram must be deallocated outside the function.

Parameters

status	pointer to LALStatus structure
pgV	a vector of peakgrams
FstatVect	sequence of Fstatistic vectors
thr	REAL8 threshold for selecting frequency bins

Definition at line 2048 of file HierarchicalSearch.c.

◆ SetUpStacks()

void SetUpStacks	(	LALStatus *	status,
		SFTCatalogSequence *	out,
		REAL8	tStack,
		SFTCatalog *	in,
		UINT4	nStacksMax
	)

Breaks up input sft catalog into specified number of stacks.

Breaks up input sft catalog into specified number of stacks Loops over elements of the catalog, assigns a bin index and allocates memory to the output catalog sequence appropriately.

Loops over elements of the catalog, assigns a bin index and allocates memory to the output catalog sequence appropriately. If there are long gaps in the data, then some of the catalogs in the output catalog sequence may be of zero length.

Parameters

status	pointer to LALStatus structure
out	Output catalog of sfts – one for each stack
tStack	Output duration of each stack
in	Input sft catalog to be broken up into stacks (ordered in increasing time)
nStacksMax	User specified number of stacks

Definition at line 2152 of file HierarchicalSearch.c.

◆ PrintHmap2file()

void PrintHmap2file	(	LALStatus *	status,
		HOUGHMapTotal *	ht,
		CHAR *	fnameOut,
		INT4	iHmap
	)

Print single Hough map to a specified output file.

Definition at line 2253 of file HierarchicalSearch.c.

◆ GetHoughCandidates_toplist()

void GetHoughCandidates_toplist	(	LALStatus *	status,
		toplist_t *	list,
		HOUGHMapTotal *	ht,
		HOUGHPatchGrid *	patch,
		HOUGHDemodPar *	parDem
	)

Get Hough candidates as a toplist.

Definition at line 2614 of file HierarchicalSearch.c.

◆ GetHoughCandidates_threshold()

void GetHoughCandidates_threshold	(	LALStatus *	status,
		SemiCohCandidateList *	out,
		HOUGHMapTotal *	ht,
		HOUGHPatchGrid *	patch,
		HOUGHDemodPar *	parDem,
		REAL8	threshold
	)

Get Hough candidates as a toplist using a fixed threshold.

Definition at line 2675 of file HierarchicalSearch.c.

◆ GetFstatCandidates_toplist()

void GetFstatCandidates_toplist	(	LALStatus *	status,
		toplist_t *	list,
		REAL8FrequencySeries *	in,
		REAL8	alpha,
		REAL8	delta,
		REAL8	fdot
	)

Definition at line 2950 of file HierarchicalSearch.c.

◆ GetChkPointIndex()

void GetChkPointIndex	(	LALStatus *	status,
		INT4 *	loopindex,
		const CHAR *	fnameChkPoint
	)

Read checkpointing file This does not (yet) check any consistency of the existing results file.

Definition at line 3088 of file HierarchicalSearch.c.

Variable Documentation

◆ gpu_device_id

int gpu_device_id

Definition at line 156 of file HierarchicalSearch.c.

◆ uvar_printMaps

BOOLEAN uvar_printMaps = FALSE

global variable for printing Hough maps

Definition at line 160 of file HierarchicalSearch.c.

◆ uvar_printGrid

BOOLEAN uvar_printGrid = FALSE

global variable for printing Hough grid

Definition at line 161 of file HierarchicalSearch.c.

◆ uvar_printStats

BOOLEAN uvar_printStats = FALSE

global variable for calculating Hough map stats

Definition at line 162 of file HierarchicalSearch.c.

◆ uvar_dumpLUT

BOOLEAN uvar_dumpLUT = FALSE

global variable for printing Hough look-up-tables for debugging

Definition at line 163 of file HierarchicalSearch.c.

◆ uvar_validateLUT

BOOLEAN uvar_validateLUT = FALSE

Definition at line 164 of file HierarchicalSearch.c.

◆ global_status

LALStatus* global_status

Definition at line 266 of file HierarchicalSearch.c.

◆ alloc_len

int alloc_len

Definition at line 268 of file HierarchicalSearch.c.

Prototypes

Detailed Description

Data Structures

Macros

Variables

Macro Definition Documentation

◆ TRUE

◆ FALSE

◆ HS_CHECKPOINTING

◆ GET_CHECKPOINT

◆ INSERT_INTO_HOUGHFSTAT_TOPLIST

◆ SHOW_PROGRESS

◆ SET_CHECKPOINT

◆ MAIN

◆ COMPUTEFSTATHOUGHMAP

◆ GPUREADY_DEFAULT

◆ REARRANGE_SFT_DATA

◆ INITIALIZE_COPROCESSOR_DEVICE

◆ UNINITIALIZE_COPROCESSOR_DEVICE

◆ HSMAX

◆ HSMIN

◆ BLOCKSIZE_REALLOC

◆ FSTART

◆ FBAND

◆ FDOT

◆ DFDOT

◆ SKYREGION

◆ NFDOT

◆ MISMATCH

◆ DALPHA

◆ DDELTA

◆ FSTATTHRESHOLD

◆ NCAND1

◆ FNAMEOUT

◆ PIXELFACTOR

◆ LAL_INT4_MAX

Function Documentation

◆ smallerHough()

◆ ComputeStackNoiseWeights()

◆ ComputeStackNoiseAndAMWeights()

◆ GetStackVelPos()

◆ SetUpSFTs()

◆ PrintFstatVec()

◆ PrintHoughGrid()

◆ PrintSemiCohCandidates()

◆ PrintHoughHistogram()

◆ PrintCatalogInfo()

◆ PrintStackInfo()

◆ GetSemiCohToplist()

◆ ComputeNumExtraBins()

◆ DumpLUT2file()

◆ ValidateHoughLUT()

◆ GetXiInSingleStack()

◆ MAIN()

◆ ComputeFstatHoughMap()

◆ FstatVectToPeakGram()

◆ SetUpStacks()

◆ PrintHmap2file()

◆ GetHoughCandidates_toplist()

◆ GetHoughCandidates_threshold()

◆ GetFstatCandidates_toplist()

◆ GetChkPointIndex()

Variable Documentation

◆ gpu_device_id

◆ uvar_printMaps

◆ uvar_printGrid

◆ uvar_printStats

◆ uvar_dumpLUT

◆ uvar_validateLUT

◆ global_status

◆ alloc_len