options.hpp File Reference

#include <string>
#include "common/style.hpp"
#include "common/spatial/attitude-utils.hpp"
#include "providers/converters.hpp"
#include "datafile/datafile.hpp"
#include "datafile/serialization.hpp"

Include dependency graph for options.hpp:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Classes
class	CalibrationOptions
class	DistanceOptions
class	OrbitOptions

Macros
#define	emptyDFVer   0U
	Version for an empty/null Data File.
#define	defaultDFHead   {{'L','O','S','T'}, emptyDFVer}
	Header for an empty/null Data File.
#define	CALIBRATION
	Calibration Flags.
#define	SEDA   "SEDA"
	Distance Algorithms.
#define	SDDA   "SDDA"
#define	ISDDA   "ISDDA"
#define	DISTANCE
	Distance Flags.
#define	ORBIT
#define	FOUND_CLI_OPTION(name, type, prop, defaultVal, converter, defaultArg, ASSIGN, doc)    type prop = defaultVal;
#define	FOUND_CLI_OPTION(name, type, prop, defaultVal, converter, defaultArg, ASSIGN, doc)    type prop = defaultVal;
#define	FOUND_CLI_OPTION(name, type, prop, defaultVal, converter, defaultArg, ASSIGN, doc)    type prop = defaultVal;

Macro Definition Documentation

CALIBRATION

#define CALIBRATION

Value:

FOUND_CLI_OPTION("local-orientation"    , found::EulerAngles, lclOrientation    , found::EulerAngles(0, 0, 0), found::strtoea(optarg)  , kNoDefaultArgument, REQ_ASSIGN, "The local orientation (deg)"    ) \
FOUND_CLI_OPTION("reference-orientation", found::EulerAngles, refOrientation    , found::EulerAngles(0, 0, 0), found::strtoea(optarg)  , kNoDefaultArgument, REQ_ASSIGN, "The reference orientation (deg)") \
FOUND_CLI_OPTION("output-file"          , std::string       , outputFile        , ""                         , optarg                  , kNoDefaultArgument, REQ_ASSIGN, "The output file (*.found)"      )

Calibration Flags.

defaultDFHead

#define defaultDFHead   {{'L','O','S','T'}, emptyDFVer}

Header for an empty/null Data File.

DISTANCE

#define DISTANCE

Value:

FOUND_CLI_OPTION("image"                   , found::Image      , image           , {}                         , found::strtoimage(optarg)  , kNoDefaultArgument, REQ_ASSIGN, "The image to process (JPG, PNG, TGA, BMP, PSD, GIF, HDR, PIC)") \
FOUND_CLI_OPTION("calibration-data"        , found::DataFile   , calibrationData , {defaultDFHead}            , found::strtodf(optarg)     , kNoDefaultArgument, REQ_ASSIGN, "The calibration data (*.found)"                               ) \
FOUND_CLI_OPTION("reference-as-orientation", bool              , refAsOrientation, false                      , found::strtobool(optarg)   , true              , OPT_ASSIGN, "Use reference-orientation as the orientation of the camera"   ) \
FOUND_CLI_OPTION("camera-focal-length"     , decimal           , focalLength     , 0.012                      , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The camera focal length (m)"                                  ) \
FOUND_CLI_OPTION("camera-pixel-size"       , decimal           , pixelSize       , 20E-6                      , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The camera pixel size (m)"                                    ) \
FOUND_CLI_OPTION("reference-orientation"   , found::EulerAngles, refOrientation  , found::EulerAngles(0, 0, 0), found::strtoea(optarg)     , kNoDefaultArgument, REQ_ASSIGN, "The reference orientation (deg)"                              ) \
FOUND_CLI_OPTION("relative-orientation"    , found::EulerAngles, relOrientation  , found::EulerAngles(0, 0, 0), found::strtoea(optarg)     , kNoDefaultArgument, REQ_ASSIGN, "The relative orientation to use (if no calibration) (deg)"    ) \
FOUND_CLI_OPTION("planetary-radius"        , decimal           , radius          , DECIMAL_M_R_E              , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The planetary radius to use (m)"                              ) \
FOUND_CLI_OPTION("seda-threshold"          , unsigned char     , SEDAThreshold   , 25                         , found::strtouc(optarg)     , kNoDefaultArgument, REQ_ASSIGN, "Threshold for the SEDA Algorithm ([0,255])"                   ) \
FOUND_CLI_OPTION("seda-border-len"         , int               , SEDABorderLen   , 1                          , atoi(optarg)               , kNoDefaultArgument, REQ_ASSIGN, "The border thickness for SEDA (pixels)"                       ) \
FOUND_CLI_OPTION("seda-offset"             , decimal           , SEDAOffset      , 0.0                        , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The edge offset for SEDA (pixels)"                            ) \
FOUND_CLI_OPTION("distance-algo"           , std::string       , distanceAlgo    , SDDA                       , optarg                     , kNoDefaultArgument, REQ_ASSIGN, "The distance algorithm to use (SDDA or ISDDA)"                ) \
FOUND_CLI_OPTION("isdda-min-iterations"    , size_t            , ISDDAMinIters   , 0                          , found::strtosize(optarg)   , kNoDefaultArgument, REQ_ASSIGN, "The number of iterations for ISDDA"                           ) \
FOUND_CLI_OPTION("isdda-dist-ratio"        , decimal           , ISDDADistRatio  , DECIMAL_INF                , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The distance ratio for calculated positions for ISDDA (m)"    ) \
FOUND_CLI_OPTION("isdda-discrim-ratio"     , decimal           , ISDDADiscimRatio, DECIMAL_INF                , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The loss discrimination ratio for ISSDA"                      ) \
FOUND_CLI_OPTION("isdda-pdf-order"         , int               , ISDDAPdfOrd     , 2                          , atoi(optarg)               , kNoDefaultArgument, REQ_ASSIGN, "The Probability Density Function Order for ISSDA (even int)"  ) \
FOUND_CLI_OPTION("isdda-radius-loss-order" , int               , ISDDARadLossOrd , 4                          , atoi(optarg)               , kNoDefaultArgument, REQ_ASSIGN, "The Radius Loss Order ISSDA (even int)"                       ) \
FOUND_CLI_OPTION("output-file"             , std::string       , outputFile      , ""                         , optarg                     , kNoDefaultArgument, REQ_ASSIGN, "The output file (*.found)"                                    ) \

Distance Flags.

emptyDFVer

#define emptyDFVer   0U

Version for an empty/null Data File.

FOUND_CLI_OPTION [1/3]

#define FOUND_CLI_OPTION	(		name,
			type,
			prop,
			defaultVal,
			converter,
			defaultArg,
			ASSIGN,
			doc
	)		type prop = defaultVal;

FOUND_CLI_OPTION [2/3]

#define FOUND_CLI_OPTION	(		name,
			type,
			prop,
			defaultVal,
			converter,
			defaultArg,
			ASSIGN,
			doc
	)		type prop = defaultVal;

FOUND_CLI_OPTION [3/3]

#define FOUND_CLI_OPTION	(		name,
			type,
			prop,
			defaultVal,
			converter,
			defaultArg,
			ASSIGN,
			doc
	)		type prop = defaultVal;

ISDDA

#define ISDDA   "ISDDA"

ORBIT

#define ORBIT

Value:

FOUND_CLI_OPTION("position-data", found::LocationRecords, positionData, {}           , found::strtolr(optarg)     , kNoDefaultArgument, REQ_ASSIGN, "The position data (*.found)"                   ) \
FOUND_CLI_OPTION("output-form"  , std::string           , output      , ""           , optarg                     , kNoDefaultArgument, REQ_ASSIGN, "The desired form of the output"                ) \
FOUND_CLI_OPTION("total-time"   , decimal               , totalTime   , 3600.0       , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The total time to predict for (s)"             ) \
FOUND_CLI_OPTION("time-step"    , decimal               , dt          , 0.01         , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The time step to use (s)"                      ) \
FOUND_CLI_OPTION("radius"       , decimal               , radius      , DECIMAL_M_R_E, found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The planetary radius to use (m)"               ) \
FOUND_CLI_OPTION("mu"           , decimal               , mu          , 398600.4418  , found::strtodecimal(optarg), kNoDefaultArgument, REQ_ASSIGN, "The standard gravitational parameter (m^3/s^2)")

SDDA

#define SDDA   "SDDA"

SEDA

#define SEDA   "SEDA"

Distance Algorithms.