Package namespace. More...

Namespaces
	detector
	Detector support.

	dust
	Dust models.

	graybody
	Detector support.

Classes
class	Detector
	Detector base class. More...

class	Dust
	Dust model. More...

class	Fcost_gray
	Ceres solver graybody cost model. More...

class	Graybody
	Graybody emission model. More...

struct	GrayData
	Observation fitting data structure. More...

class	PACS
	PACS detector class. More...

class	SPIRE
	SPIRE detector class. More...

Typedefs
using	mapDataType = std::valarray< float >
	Output FITS maps data type (cf. mapDataCode). More...

using	tableType = std::vector< std::pair< double, double > >
	Basic table data. More...

Functions
std::string	asctime ()
	Current time a la std::asctime(). More...

void	calcStats (double stats[], const double x0[], unsigned n)
	Computes median (and arithmetic) statistics on an input vector. More...

void	ccfCheck ()

unsigned	findMedianModel (const double pstats[][6], unsigned nParam, const double *pdata, unsigned nModels, unsigned nCols)
	Finds optimal model from a set of alternatives. More...

template<unsigned NP>
void	findParameters (const std::vector< mapDataType > &bandData, const std::vector< mapDataType > &bandError, const mapDataType &tempMap, const mapDataType &chi2Map, const mu::CommandLine &cli, const GrayData &gdata0, unsigned id, unsigned nThreads)
	Finds best-fit model parameters. More...

int	getBand (const CCfits::HDU &hdu)
	Returns nominal band center (microns) from an HDU. More...

mapDataType	getError (const mapDataType &data, CCfits::PHDU &hdu, const mu::CommandLine &cli, const std::vector< long > &ll, const std::vector< long > &ur, const std::vector< long > &st)
	Generates image error map. More...

mapDataType	getError (const mapDataType &data, CCfits::PHDU &hdu, const mutils::CommandLine &cli)

mapDataType	getSingleMap (const mu::CommandLine &cli, const std::vector< long > &ll, const std::vector< long > &ur, const std::vector< long > &st, const std::string &hduName)
	Read a map plane from the `--single-temp` FITS file. More...

double	gridSample (double data, double err, unsigned iBand, unsigned iCycle, unsigned nSamp)
	Sample random data errors on a fixed grid. More...

gsl_spline *	initSpline (const tableType &table, bool ln, unsigned stride)
	Initializes cubic spline interpolator. More...

void	makeModelMap (std::vector< mapDataType > &bandData, std::vector< mapDataType > &bandError, const GrayData &gdata, unsigned nParam)
	Replace input observations with theoretical model. More...

void	printVersion ()
	Prints version information to the log. More...

void	process (const mu::CommandLine &cli)
	Processes multi-wavelength maps into temperature/column density maps. More...

void	resetRefPix (CCfits::HDU &hdu, const std::vector< long > &ll)
	Reset cutout header coordinates. More...

int	robustFit (ceres::Problem &prob, ceres::Solver::Summary &sum, ceres::Solver::Options &opts, const ceres::CostFunction *cost, double p[], const double dp[], const double pmin[], const double pmax[], unsigned NP, double minCost=0.25, double maxCost=25.0, bool refit=false)
	Non-linear fit with robustness checking. More...

std::vector< std::string >	setInstruments (const std::vector< const Detector * > &band)
	Set unique instrument types. More...

void	setKeys (CCfits::ExtHDU &hdu, const CCfits::PHDU &hdu0, const mu::CommandLine &cli, const std::vector< long > &ll)
	Sets header keywords for an output map. More...

void	solve (std::vector< mapDataType > &outMap, std::vector< CCfits::ExtHDU * > &outHDU, CCfits::FITS outFITS, const std::vector< mapDataType > &bandData, const std::vector< mapDataType > &bandError, const std::vector< CCfits::PHDU > &bandHDU, const std::vector< long > &axis, const mu::CommandLine &cli, const std::vector< long > &ll, const std::vector< long > &ur, const std::vector< long > &st)
	Performs least-squares fitting of band SEDs. More...

double	sysSample (double data, unsigned iBand, unsigned iCycle, const std::vector< std::string > &instr, const std::vector< const Detector * > &bands)
	Sample systematic data errors on a fixed grid. More...

int	trialFit (ceres::Problem &prob, ceres::Solver::Summary &sum, ceres::Solver::Options &opts, const ceres::CostFunction cost, double p[], unsigned NP, const double p0[]=nullptr, const ceres::Solver::Summary sum0=nullptr)
	Trial fit with rejection check. More...

Variables
constexpr double	c_light = 2.99792458e10
	Speed of light (cm/s). More...

constexpr double	h_Planck = 6.626070040e-27
	Planck's constant (erg*s). More...

const double	imu_g = 1.0/mu_g
	Inverse mean molecular weight. More...

constexpr double	k_Boltzman = 1.38064852e-16
	Planck's constant (erg/K). More...

constexpr double	m_H = 1.6737237e-24
	Mass of hygdrogen atom (g). More...

constexpr int	mapDataCode = FLOAT_IMG
	Output FITS maps data code (cf. mapDataType). More...

constexpr long	modelMapLen = 961L
	One-dimensional length of model map image. More...

const double	mu_g = (2.75*m_H)
	Mean molecular weight. More...

constexpr const char *const	reldate = "Jan 15 2020"
	Release date (if any). More...

constexpr const char *const	version = "1.5.3"
	Version string. More...

Detailed Description

Package namespace.

Typedef Documentation

◆ mapDataType

using manticore::mapDataType = typedef std::valarray<float>

Output FITS maps data type (cf. mapDataCode).

Definition at line 12 of file manticore.h.

◆ tableType

using manticore::tableType = typedef std::vector<std::pair<double,double> >

Basic table data.

Definition at line 21 of file manticore.h.

Function Documentation

◆ asctime()

std::string manticore::asctime ( )

Current time a la std::asctime().

Definition at line 182 of file solve.cc.

References std::string::pop_back(), and std::time().

Referenced by findParameters().

◆ calcStats()

void manticore::calcStats	(	double	stats[],
		const double	x0[],
		unsigned	n
	)

Computes median (and arithmetic) statistics on an input vector.

The input vector is copied, sorted and analyzed to determine the median, quantile-based deviation, arithmtic mean, sample standard deviation, minimum and maximum, which are written to stats in that order. Hence stats must contain at least six elements.

Parameters

[out]	stats	Statistics storage.
[in]	x0	Data samples.
[in]	n	Number of data samples.

Definition at line 323 of file solve.cc.

References std::sort().

Referenced by findParameters().

◆ ccfCheck()

void manticore::ccfCheck ( )

Definition at line 17 of file manticore.cc.

References c_light, manticore::Detector::ccf(), manticore::Graybody::dF_dS(), manticore::Graybody::dF_dT(), manticore::Graybody::F(), manticore::Detector::freqWidth(), manticore::PACS::init(), manticore::Graybody::Inu(), manticore::Dust::setModel(), and mutils::Log::stream.

Referenced by main().

◆ findMedianModel()

unsigned manticore::findMedianModel	(	const double	pstats[][6],
		unsigned	nParam,
		const double *	pdata,
		unsigned	nModels,
		unsigned	nCols
	)

Finds optimal model from a set of alternatives.

The optimal model is considered the one with minimum deviation from the median model parameters, taking also its \(\chi^2\) into account.

Parameters

[in]	pstats	Parameters statistics from calcStats().
[in]	nParam	Number of parameters.
[in]	pdata	Model parameter storage array.
[in]	nModels	Number of models (cannot exceed nCols).
[in]	nCols	Number of columns per row in pdata.

Returns: Index of optimal model.

Definition at line 354 of file solve.cc.

Referenced by findParameters().

◆ findParameters()

template<unsigned NP>

void manticore::findParameters	(	const std::vector< mapDataType > &	bandData,
		const std::vector< mapDataType > &	bandError,
		const mapDataType &	tempMap,
		const mapDataType &	chi2Map,
		const mu::CommandLine &	cli,
		const GrayData &	gdata0,
		unsigned	id,
		unsigned	nThreads
	)

Finds best-fit model parameters.

Solves the non-linear least-squares problem to find the best-fit temperature and surface density for up to two gas components. The one-component model consists of a single "hot"/"halo" slab of gas. The two-component model consists of a "cold"/"core" slab sandwiched between two identical "hot"/"halo" slabs, for a total of four parameters (two temperatures and surface densities). Optionally, the halo temperature can be prescribed and held fixed (NP = 1 or NP = 3).

Template Parameters

NP	Number of (active) parameters.

Parameters

[in]	bandData	Input band data.
[in]	bandError	Input band (1-sigma) uncertainties.
[in]	tempMap	Single-component temperature map (can be empty).
[in]	chi2Map	Single-component reduced \(\chi^2\) map (can be empty).
[in]	cli	Command line options and arguments.
[in]	gdata0	Model parameters.
[in]	id	Thread ID number (0-based).
[in]	nThreads	Number of threads.

Note: When using the –sys-error option, the random error maps should probably be systematically rescaled the same as the data, but this has not been implemented.

Definition at line 540 of file solve.cc.

References asctime(), manticore::GrayData::band, calcStats(), mutils::Log::DEBUG, std::vector::emplace_back(), findMedianModel(), mutils::CommandLine::getDouble(), mutils::CommandLine::getInteger(), mutils::CommandLine::getOption(), manticore::GrayData::gray, gridSample(), imu_g, std::isfinite(), mutils::Log::level, std::max(), std::min(), MU_DEBUG, MU_ERROR, mu_g, MU_INFO, MU_INFO_IF, MU_WARN, manticore::GrayData::nBands, manticore::GrayData::outMap, robustFit(), setInstruments(), std::vector::size(), mutils::Log::stream, and sysSample().

◆ getBand()

int manticore::getBand ( const CCfits::HDU & hdu )

Returns nominal band center (microns) from an HDU.

Definition at line 105 of file manticore.cc.

Referenced by getError(), process(), and solve().

◆ getError() [1/2]

mapDataType manticore::getError	(	const mapDataType &	data,
		CCfits::PHDU &	hdu,
		const mu::CommandLine &	cli,
		const std::vector< long > &	ll,
		const std::vector< long > &	ur,
		const std::vector< long > &	st
	)

Generates image error map.

If any --error-map options were supplied and an entry matching the BAND and TELESCOP keywords of the input is found, the error map is read from the corresponding image. Otherwise, the value of --error-pct (default: 3.0) is multiplied by data to create the error map.

Parameters

[in]	data	Input image map data.
[in]	hdu	Input image map FITS header.
[in]	cli	Command line options and arguments.
[in]	ll	Cutout lower-left vertex.
[in]	ur	Cutout upper-right vertex.
[in]	st	Cutout stride (cutout disabled if st[0] = 0).

Returns: Image 1-sigma error map.

Definition at line 33 of file process.cc.

References getBand(), mutils::CommandLine::getDouble(), mutils::CommandLine::getOption(), MU_EXCEPTION_IF, and MU_INFO.

◆ getError() [2/2]

mapDataType manticore::getError	(	const mapDataType &	data,
		CCfits::PHDU &	hdu,
		const mutils::CommandLine &	cli
	)

Referenced by process().

◆ getSingleMap()

mapDataType manticore::getSingleMap	(	const mu::CommandLine &	cli,
		const std::vector< long > &	ll,
		const std::vector< long > &	ur,
		const std::vector< long > &	st,
		const std::string &	hduName
	)

Read a map plane from the --single-temp FITS file.

If the --single-temp option was given, extract the HDU named hduName from the FITS file.

A 'T' map can be used to define the halo temperature for 1- or 3-parameter fits.

A 'Chi2/DOF' map can be used in masking evaluation of the stage 2 (3- or 4-parameter) fitter for individual pixels. The corresponding cut-off is specified via the --chi2-max option.

Parameters

[in]	cli	Command line options and arguments.
[in]	ll	Cutout lower-left vertex.
[in]	ur	Cutout upper-right vertex.
[in]	st	Cutout stride (cutout disabled if st[0] = 0).
[in]	hduName	Map HDU name to extract.

Returns: Single-temperature reduced \(\chi^2\) map.

Definition at line 953 of file solve.cc.

References std::string::front(), mutils::CommandLine::getOption(), and MU_WARN.

Referenced by solve().

◆ gridSample()

double manticore::gridSample	(	double	data,
		double	err,
		unsigned	iBand,
		unsigned	iCycle,
		unsigned	nSamp
	)

Sample random data errors on a fixed grid.

To empirically explore the effects of data uncertainty on parameter results, this method returns an effective data value using the sample index to cycle through \( data \pm err \) values for each band. For this, bit iBand of iCycle is used as the sign bit of error offset (nSamp = 2). For nSamp = 3, the unaltered data sample is also included in the cycle.

Parameters

[in]	data	Band data sample.
[in]	err	Sample uncertainty.
[in]	iBand	Band index.
[in]	iCycle	Cycle index.
[in]	nSamp	Total samples per band per cycle.

Definition at line 255 of file solve.cc.

Referenced by findParameters(), and solve().

◆ initSpline()

gsl_spline * manticore::initSpline	(	const tableType &	table,
		bool	ln,
		unsigned	stride
	)

Initializes cubic spline interpolator.

Note: The input table is not required for interpolation following initialization.

Parameters

[in]	table	Interpolation table.
[in]	ln	Whether to take natural logarithm of the table ordinates.
[in]	stride	Table data stride (for reducing table length).

Returns: Initialized GSL spline instance.

Definition at line 81 of file manticore.cc.

References std::vector::push_back(), and std::vector::size().

Referenced by manticore::Detector::init(), and manticore::Dust::setModel().

◆ makeModelMap()

void manticore::makeModelMap	(	std::vector< mapDataType > &	bandData,
		std::vector< mapDataType > &	bandError,
		const GrayData &	gdata,
		unsigned	nParam
	)

Replace input observations with theoretical model.

Parameters

[in,out]	bandData	Band data storage.
[in,out]	bandError	Band error storage.
[in]	gdata	Model parameters.
[in]	nParam	Number of parameters.

The model varies the parameters Tc, Sc, Th, Sh on a regular grid, core parameters varying along each row (temperature first) and the halo parameters varying along the columns.

Precondition: The input maps must be at least modelMapLen on a side.

Definition at line 208 of file solve.cc.

References manticore::GrayData::band, manticore::GrayData::dnu0, manticore::GrayData::gray, modelMapLen, MU_DEBUG, mu_g, and std::vector::size().

Referenced by solve().

◆ printVersion()

void manticore::printVersion ( )

Prints version information to the log.

Definition at line 94 of file manticore.cc.

References std::string::c_str(), reldate, mutils::Log::stream, and version.

Referenced by main().

◆ process()

void manticore::process ( const mu::CommandLine & cli )

Processes multi-wavelength maps into temperature/column density maps.

This routine handles the higher-level management required to generate mass and temperature images from the input continuum data, including:

reading the input FITS images and headers
reading or generating input map uncertainties
performing input compatibility checks
populating the output FITS header and data structures
writing the output FITS file to disk

Parameters

[in] cli Command line options and arguments.

Definition at line 104 of file process.cc.

References mutils::CommandLine::arguments(), std::vector::at(), std::vector::back(), std::vector::emplace_back(), std::vector::front(), std::unique_ptr::get(), getBand(), getError(), mutils::CommandLine::getOption(), mutils::CommandLine::getString(), std::string::insert(), mapDataCode, manticore::dust::modelMap, modelMapLen, MU_ERROR_IF, MU_EXCEPTION_IF, MU_INFO, mutils::nullStr, std::vector::push_back(), resetRefPix(), setKeys(), std::vector::size(), solve(), and std::to_string().

Referenced by main().

◆ resetRefPix()

void manticore::resetRefPix	(	CCfits::HDU &	hdu,
		const std::vector< long > &	ll
	)

Reset cutout header coordinates.

Parameters

[in,out]	hdu	Input image map FITS header.
[in]	ll	Lower-left cutout vertex (cutout disabled if zero).

Definition at line 82 of file process.cc.

Referenced by process(), and setKeys().

◆ robustFit()

int manticore::robustFit	(	ceres::Problem &	prob,
		ceres::Solver::Summary &	sum,
		ceres::Solver::Options &	opts,
		const ceres::CostFunction *	cost,
		double	p[],
		const double	dp[],
		const double	pmin[],
		const double	pmax[],
		unsigned	NP,
		double	minCost = `0.25`,
		double	maxCost = `25.0`,
		bool	refit = `false`
	)

Non-linear fit with robustness checking.

If the initial fit fails by one of several criteria, or if explicitly requested, the parameters are perturbed and refit; if more successful, the refit replaces the original solution. Parameter perturbations are set by the dp[] uncertainties, with signs interleaved between component parameters to account for typical covariance between them. If dp is null, a relative error of 10% is used.

Parameters

[in,out]	prob	Ceres problem.
[in,out]	sum	Ceres summary.
[in,out]	opts	Ceres options.
[in]	cost	Ceres cost function.
[in]	p	Parameters.
[in]	dp	Parameter uncertainties (for refit use; can be null).
[in]	pmin	Parameter lower bounds.
[in]	pmax	Parameter upper bounds.
[in]	NP	Number of parameters.
[in]	minCost	Cost below which refit option is ignored.
[in]	maxCost	Cost above which a refit is forced.
[in]	refit	Whether to force refit.

Returns: Total fitter iterations consumed.

Definition at line 433 of file solve.cc.

References std::max(), std::min(), and trialFit().

Referenced by findParameters().

◆ setInstruments()

std::vector<std::string> manticore::setInstruments ( const std::vector< const Detector * > & band )

Set unique instrument types.

This is used to associate correlated systematic errors with the appropriate set of detector bands. It is assumed band names follow the INSTRUMENT-BAND convention, e.g., PACS-160.

Parameters

[in] band Detector bands.

Definition at line 497 of file solve.cc.

References std::vector::push_back().

Referenced by findParameters().

◆ setKeys()

void manticore::setKeys	(	CCfits::ExtHDU &	hdu,
		const CCfits::PHDU &	hdu0,
		const mu::CommandLine &	cli,
		const std::vector< long > &	ll
	)

Sets header keywords for an output map.

Combines information from the input FITS headers and the command line arguments to populate keywords in the output FITS file.

Parameters

[in,out]	hdu	Output FITS header.
[in]	hdu0	Fiducial input image header.
[in]	cli	Command line options and arguments.
[in]	ll	Lower-left cutout vertex (ignored if zero).

Definition at line 241 of file process.cc.

References std::string::find(), mutils::CommandLine::getOption(), MU_EXCEPTION, resetRefPix(), and version.

Referenced by process().

◆ solve()

void manticore::solve	(	std::vector< mapDataType > &	outMap,
		std::vector< CCfits::ExtHDU * > &	outHDU,
		CCfits::FITS *	outFITS,
		const std::vector< mapDataType > &	bandData,
		const std::vector< mapDataType > &	bandError,
		const std::vector< CCfits::PHDU * > &	bandHDU,
		const std::vector< long > &	axis,
		const mu::CommandLine &	cli,
		const std::vector< long > &	ll,
		const std::vector< long > &	ur,
		const std::vector< long > &	st
	)

Performs least-squares fitting of band SEDs.

Given input band continuum fluxes and uncertainties, calculates the best-fit temperature and column density maps (including uncertainties and reduced chi-square information).

For one component the output FITS file will contain the following named image extensions:

T (gas temperature)
dT (1-sigma uncertainty in T)
N(H2) (N(H2) gas column density)
dN(H2) (1-sigma uncertainty in N)
Chi2 (fit chi-squared per degree of freedom)

Parameters

[out]	outMap	Output result data.
[in,out]	outHDU	Output FITS headers.
[in,out]	outFITS	Output FITS file.
[in]	bandData	Input band data.
[in]	bandError	Input band (1-sigma) uncertainties.
[in]	bandHDU	Input band FITS headers.
[in]	axis	Images dimensions.
[in]	cli	Command line options and arguments.
[in]	ll	Cutout lower-left vertex.
[in]	ur	Cutout upper-right vertex.
[in]	st	Cutout stride (cutout disabled if st[0] = 0).

Definition at line 1006 of file solve.cc.

References std::vector::back(), bandData1, std::string::c_str(), std::vector::emplace_back(), std::string::find(), getBand(), mutils::CommandLine::getDouble(), mutils::CommandLine::getInteger(), mutils::CommandLine::getOption(), getSingleMap(), mutils::CommandLine::getString(), gridSample(), makeModelMap(), mapDataCode, std::max(), manticore::dust::modelMap, MU_INFO, MU_INFO_IF, manticore::Dust::name(), mutils::npos, std::vector::push_back(), manticore::Dust::rho(), std::vector::size(), std::stod(), and std::to_string().

Referenced by process().

◆ sysSample()

double manticore::sysSample	(	double	data,
		unsigned	iBand,
		unsigned	iCycle,
		const std::vector< std::string > &	instr,
		const std::vector< const Detector * > &	bands
	)

Sample systematic data errors on a fixed grid.

Detector objects contain information on instrument systematic errors, both correlated and uncorrelated between bands. This routine cycles through all possibilities of \( data \pm err \)—up to \(2^{NB+NI}\), where NB is the number of bands and NI the number of unique instruments between them. If any of the systematic errors is zero, the number of possibilities is reduced. This is indicated by setting the output fluxes to NAN.

Parameters

[in]	data	Band data sample.
[in]	iBand	Band index.
[in]	iCycle	Cycle index.
[in]	instr	Unique instruments.
[in]	bands	Detector bands.

Definition at line 286 of file solve.cc.

References MU_DEBUG, and std::vector::size().

Referenced by findParameters().

◆ trialFit()

int manticore::trialFit	(	ceres::Problem &	prob,
		ceres::Solver::Summary &	sum,
		ceres::Solver::Options &	opts,
		const ceres::CostFunction *	cost,
		double	p[],
		unsigned	NP,
		const double	p0[] = `nullptr`,
		const ceres::Solver::Summary *	sum0 = `nullptr`
	)

Trial fit with rejection check.

Performs a trial fit and compares it to a previous fit (if provided). Restores the old fit if that was better.

Parameters

[in,out]	prob	Ceres problem.
[in,out]	sum	Ceres summary.
[in,out]	opts	Ceres options.
[in]	cost	Ceres cost function.
[in]	p	Parameters.
[in]	NP	Number of parameters.
[in]	p0	Previous parameters (can be null).
[in]	sum0	Previous Ceres summary (can be null).

Returns: Number of fitter iterations.

Definition at line 387 of file solve.cc.

Referenced by robustFit().

Variable Documentation

◆ c_light

constexpr double manticore::c_light = 2.99792458e10

Speed of light (cm/s).

Definition at line 24 of file manticore.h.

Referenced by manticore::Detector::calcWidth(), ccfCheck(), manticore::SPIRE::init(), manticore::PACS::init(), manticore::Detector::init(), and main().

◆ h_Planck

constexpr double manticore::h_Planck = 6.626070040e-27

Planck's constant (erg*s).

Definition at line 27 of file manticore.h.

Referenced by manticore::Graybody::Bnu(), and manticore::Graybody::dBnu_dT().

◆ imu_g

const double manticore::imu_g = 1.0/mu_g

Inverse mean molecular weight.

Definition at line 40 of file solve.cc.

Referenced by findParameters().

◆ k_Boltzman

constexpr double manticore::k_Boltzman = 1.38064852e-16

Planck's constant (erg/K).

Definition at line 30 of file manticore.h.

Referenced by manticore::Graybody::Bnu(), and manticore::Graybody::dBnu_dT().

◆ m_H

constexpr double manticore::m_H = 1.6737237e-24

Mass of hygdrogen atom (g).

Definition at line 33 of file manticore.h.

◆ mapDataCode

constexpr int manticore::mapDataCode = FLOAT_IMG

Output FITS maps data code (cf. mapDataType).

Definition at line 15 of file manticore.h.

Referenced by process(), and solve().

◆ modelMapLen

constexpr long manticore::modelMapLen = 961L

One-dimensional length of model map image.

Definition at line 18 of file manticore.h.

Referenced by makeModelMap(), and process().

◆ mu_g

const double manticore::mu_g = (2.75*m_H)

Mean molecular weight.

Definition at line 39 of file solve.cc.

Referenced by findParameters(), and makeModelMap().

◆ reldate

constexpr const char* const manticore::reldate = "Jan 15 2020"

Release date (if any).

Definition at line 7 of file version.h.

Referenced by printVersion().

◆ version

constexpr const char* const manticore::version = "1.5.3"

Version string.

Definition at line 6 of file version.h.

Referenced by printVersion(), and setKeys().

Namespaces

Classes

Typedefs

Functions

Variables

Detailed Description

Typedef Documentation

◆ mapDataType

◆ tableType

Function Documentation

◆ asctime()

◆ calcStats()

◆ ccfCheck()

◆ findMedianModel()

◆ findParameters()

◆ getBand()

◆ getError() [1/2]

◆ getError() [2/2]

◆ getSingleMap()

◆ gridSample()

◆ initSpline()

◆ makeModelMap()

◆ printVersion()

◆ process()

◆ resetRefPix()

◆ robustFit()

◆ setInstruments()

◆ setKeys()

◆ solve()

◆ sysSample()

◆ trialFit()

Variable Documentation

◆ c_light

◆ h_Planck

◆ imu_g

◆ k_Boltzman

◆ m_H

◆ mapDataCode

◆ modelMapLen

◆ mu_g

◆ reldate

◆ version