Macros
#define	ngciracqH1_MIN_DIM (1024 * 1024)

Functions
int	ngciracqH1SetMap (int *map, int nx, int ny)

int	ngciracqH1InitStDev (ngcppFRAME sdvFrame, float buf, double Sq2, int numBuf, int numPix, int nx, int ny, char erms)

void	ngciracqH1StDev (float res, double Sq2, int *s, int n, int size)

void	ngciracqH1SumSquare (ngcpp_t data, double sum, int size, int init)

void	ngciracqH1Sum2Square (ngcpp_t data1, ngcpp_t data2, double *sum, int size, int init)

void	ngciracqH1Sum21Square (ngcpp_t data, ngcpp_t dataStore, double *suum, int size, int nx2, int init)

void	ngciracqH1Sub (ngcpp_t data, int sum, int size, int sub, int init)

void	ngciracqH1Add (ngcpp_t data, int sum, ngcpp_t *tmp, int size, int init)

void	ngciracqH1Add2 (ngcpp_t data1, ngcpp_t data2, int sum, int tmp, int size, int init)

void	ngciracqH1Add21 (ngcpp_t data, ngcpp_t dataStore, int sum, int tmp, int size, int nx2, int init)

void	ngciracqH1Add4 (ngcpp_t data, double sum1, double sum2, int nSat, int size, int sampCnt, int satLevel, int init)

void	ngciracqH1Add4Int (int data, double sum1, double sum2, int nSat, int size, int sampCnt, int satLevel, int init)

void	ngciracqH1AddPix (ngcpp_t data, int pix, int size, int nSamp, int nc, int init)

void	ngciracqH1SubPix (ngcpp_t data, int pix, int size, int nSamp, int nc, int init)

Variables
int	ngciracqH1NumDet

int	ngciracqH1NumChan

Detailed Description

Copyright: SPDX-FileCopyrightText: 2026 European Southern Observatory (ESO) SPDX-License-Identifier: LGPL-3.0-only

Macro Definition Documentation

◆ ngciracqH1_MIN_DIM

#define ngciracqH1_MIN_DIM (1024 * 1024)

Minimum dimension of output queue size

Function Documentation

◆ ngciracqH1Add()

void ngciracqH1Add	(	ngcpp_t *	data,
		int *	sum,
		ngcpp_t *	tmp,
		int	size,
		int	init )

Add frame

◆ ngciracqH1Add2()

void ngciracqH1Add2	(	ngcpp_t *	data1,
		ngcpp_t *	data2,
		int *	sum,
		int *	tmp,
		int	size,
		int	init )

Add frame (Reset-Read-Read)

◆ ngciracqH1Add21()

void ngciracqH1Add21	(	ngcpp_t *	data,
		ngcpp_t *	dataStore,
		int *	sum,
		int *	tmp,
		int	size,
		int	nx2,
		int	init )

Add frame (Read-Reset-Read)

◆ ngciracqH1Add4()

void ngciracqH1Add4	(	ngcpp_t *	data,
		double *	sum1,
		double *	sum2,
		int *	nSat,
		int	size,
		int	sampCnt,
		int	satLevel,
		int	init )

Compute sums for least square fit

◆ ngciracqH1Add4Int()

void ngciracqH1Add4Int	(	int *	data,
		double *	sum1,
		double *	sum2,
		int *	nSat,
		int	size,
		int	sampCnt,
		int	satLevel,
		int	init )

Compute sums for least square fit (32-bit integer data)

◆ ngciracqH1AddPix()

void ngciracqH1AddPix	(	ngcpp_t *	data,
		int *	pix,
		int	size,
		int	nSamp,
		int	nc,
		int	init )

Add pixels

◆ ngciracqH1InitStDev()

int ngciracqH1InitStDev	(	ngcppFRAME *	sdvFrame,
		float **	buf,
		double **	Sq2,
		int	numBuf,
		int	numPix,
		int	nx,
		int	ny,
		char *	erms )

Standard deviation frame setup

◆ ngciracqH1SetMap()

int ngciracqH1SetMap	(	int *	map,
		int	nx,
		int	ny )

Set pixel array sorting map

◆ ngciracqH1StDev()

void ngciracqH1StDev	(	float *	res,
		double *	Sq2,
		int *	s,
		int	n,
		int	size )

Compute standard deviation frame

◆ ngciracqH1Sub()

void ngciracqH1Sub	(	ngcpp_t *	data,
		int *	sum,
		int	size,
		int	sub,
		int	init )

Subtract frame

◆ ngciracqH1SubPix()

void ngciracqH1SubPix	(	ngcpp_t *	data,
		int *	pix,
		int	size,
		int	nSamp,
		int	nc,
		int	init )

Subtract pixels

◆ ngciracqH1Sum21Square()

void ngciracqH1Sum21Square	(	ngcpp_t *	data,
		ngcpp_t *	dataStore,
		double *	suum,
		int	size,
		int	nx2,
		int	init )

Compute sum of squares (Read-Reset-Read)

◆ ngciracqH1Sum2Square()

void ngciracqH1Sum2Square	(	ngcpp_t *	data1,
		ngcpp_t *	data2,
		double *	sum,
		int	size,
		int	init )

Compute sum of squares (Reset-Read-Read)

◆ ngciracqH1SumSquare()

void ngciracqH1SumSquare	(	ngcpp_t *	data,
		double *	sum,
		int	size,
		int	init )

Compute sum of squares

Variable Documentation

◆ ngciracqH1NumChan

int ngciracqH1NumChan

extern

number of detector channels

◆ ngciracqH1NumDet

int ngciracqH1NumDet