#include <Constants.h>

Static Public Member Functions
static void	set_time_accuracy (double acc)

static void	set_horizontal_accuracy (double acc)

static void	set_vertical_accuracy (double acc)

static double	get_time_accuracy ()

static double	get_horizontal_accuracy ()

static double	get_vertical_accuracy ()

static double	get_latlon_accuracy ()

static int	get_output_precision ()

static void	set_output_precision (int i)

static void	set_trailing_zeros (bool b)

static bool	get_trailing_zeros ()

static bool	almost_equals_time (double t1, double t2)

static bool	almost_equals_xy (double x1, double y1, double x2, double y2)

static bool	almost_equals_distance (double d)

static bool	almost_equals_radian (double d1, double d2)

static bool	almost_equals_radian (double d)

static bool	almost_equals_alt (double a1, double a2)

Static Public Attributes
static const std::string	separatorPattern = ",;"

static const std::string	wsPatternBase = "[\t ,;]+"

static const std::string	wsPatternBaseNoRegex = " \t,;"

static const std::string	wsPatternParens = "() \t,;"

static const std::string	wsPatternBraces = "[] \t,;"

static const std::string	version = larcfm::FormalATM_version

static const std::string	build_date = __DATE__

static const std::string	build_time = __TIME__

static const double	GPS_LIMIT_HORIZONTAL = larcfm::FormalATM_GPS_LIMIT_HORIZONTAL

static const double	GPS_LIMIT_VERTICAL = larcfm::FormalATM_GPS_LIMIT_VERTICAL

static const double	TIME_LIMIT_EPSILON = larcfm::FormalATM_TIME_LIMIT_EPSILON

static const double	NO_TIME_LIMIT_EPSILON = FormalATM_NO_TIME_LIMIT_EPSILON

static const double	NO_TIME = FormalATM_NO_TIME

Static Private Attributes
static double	HORIZONTAL_ACCURACY = 1E-7

static double	VERTICAL_ACCURACY = 1E-7

static double	HORIZONTAL_ACCURACY_RAD = Units::to("NM", Constants::HORIZONTAL_ACCURACY) * M_PI / (180.0 * 60.0)

static double	TIME_ACCURACY = 1E-7

static int	OUTPUT_PRECISION = 6

static bool	TRAILING_ZEROS = true

Detailed Description

Key parameters for all of Util. Despite the name, not everything is a constant.

Member Function Documentation

◆ almost_equals_alt()

bool larcfm::Constants::almost_equals_alt	(	double	a1,
		double	a2
	)

static

Return true, if these two altitudes are within the vertical accuracy of each other

Parameters

a1	an altitude
a2	another altitude

Returns: true, if almost equals

◆ almost_equals_distance()

bool larcfm::Constants::almost_equals_distance ( double d )

static

Return true, if this distance [m] is within the horizontal accuracy of zero

Parameters

d distance

Returns: true, if almost equals

◆ almost_equals_radian() [1/2]

bool larcfm::Constants::almost_equals_radian ( double d )

static

Return true, if this angle [rad] is within the horizontal accuracy of zero

Parameters

d distance

Returns: true, if almost equals

◆ almost_equals_radian() [2/2]

bool larcfm::Constants::almost_equals_radian	(	double	d1,
		double	d2
	)

static

Return true, if these two angles [rad] are within the horizontal accuracy of each other

Parameters

d1	a distance
d2	another distance

Returns: true, if almost equals

◆ almost_equals_time()

bool larcfm::Constants::almost_equals_time	(	double	t1,
		double	t2
	)

static

Return true, if these two times are within the time accuracy of each other

Parameters

t1	a time
t2	another time

Returns: true, if almost equals

◆ almost_equals_xy()

bool larcfm::Constants::almost_equals_xy	(	double	x1,
		double	y1,
		double	x2,
		double	y2
	)

static

Return true, if these two positions [m] within the horizontal accuracy of each other

Parameters

x1	x coordinate for first value
y1	y coordinate for first value
x2	x coordinate for second value
y2	y coordinate for second value

Returns: true, if xy values are almost equals

◆ get_horizontal_accuracy()

double larcfm::Constants::get_horizontal_accuracy ( )

static

Return the horizontal accuracy value (in meters)

Returns: horizontal accuracy

◆ get_latlon_accuracy()

double larcfm::Constants::get_latlon_accuracy ( )

static

Return the horizontal accuracy value (in radians)

Returns: horizontal accuracy

◆ get_output_precision()

int larcfm::Constants::get_output_precision ( )

static

return default precision for output values

Returns: number of digits of precision

◆ get_time_accuracy()

double larcfm::Constants::get_time_accuracy ( )

static

Return the time accuracy value (in seconds)

Returns: time accuracy

◆ get_trailing_zeros()

bool larcfm::Constants::get_trailing_zeros ( )

static

return true if trailing zeros are enabled

Returns: true, if trailing zeros

return true if trailing zeros are enabled

◆ get_vertical_accuracy()

double larcfm::Constants::get_vertical_accuracy ( )

static

Return the vertical accuracy value (in meters)

Returns: vertical accuracy

◆ set_horizontal_accuracy()

void larcfm::Constants::set_horizontal_accuracy ( double acc )

static

Set the horizontal accuracy value. This value means any two positions that are within this value of each other are considered the same [m].

Parameters

acc accuracy

◆ set_output_precision()

void larcfm::Constants::set_output_precision ( int i )

static

set default precision for output values (0-16)

Parameters

i	number of digits of precision

◆ set_time_accuracy()

void larcfm::Constants::set_time_accuracy ( double acc )

static

Set the time accuracy value. This value means any two times that are within this value of each other are considered the same [s].

Parameters

acc accuracy

◆ set_trailing_zeros()

void larcfm::Constants::set_trailing_zeros ( bool b )

static

set default trailing zeros in format printing

Parameters

b	enable/disable trailing zeros

◆ set_vertical_accuracy()

void larcfm::Constants::set_vertical_accuracy ( double acc )

static

Set the vertical accuracy value. This value means any two positions that are within this value of each other are considered the same [m].

Parameters

acc accuracy

Member Data Documentation

◆ build_date

const std::string larcfm::Constants::build_date = __DATE__

static

String indicating the build date. Note this only changes if Constants is recompiled (e.g. during a full build). Partial compilations may not update this value.

◆ build_time

const std::string larcfm::Constants::build_time = __TIME__

static

String indicating the build time. Note this only changes if Constants is recompiled (e.g. during a full build). Partial compilations may not update this value.

◆ GPS_LIMIT_HORIZONTAL

const double larcfm::Constants::GPS_LIMIT_HORIZONTAL = larcfm::FormalATM_GPS_LIMIT_HORIZONTAL

static

WAAS specification requirements (25 ft) for horizontal accuracy, 95% of the time. In practice, the actual accuracy is much better.

◆ GPS_LIMIT_VERTICAL

const double larcfm::Constants::GPS_LIMIT_VERTICAL = larcfm::FormalATM_GPS_LIMIT_VERTICAL

static

WAAS specification requirements (25 ft) for vertical accuracy, 95% of the time.

◆ TIME_LIMIT_EPSILON

const double larcfm::Constants::TIME_LIMIT_EPSILON = larcfm::FormalATM_TIME_LIMIT_EPSILON

static

Most GPS units update with a frequency of at least 1 HZ.

◆ version

const std::string larcfm::Constants::version = larcfm::FormalATM_version

static

String indicating the version

◆ wsPatternBase

const std::string larcfm::Constants::wsPatternBase = "[\t ,;]+"

static

Default pattern string representing whitespace in input files. This does not include parentheses or braces.

◆ wsPatternBaseNoRegex

const std::string larcfm::Constants::wsPatternBaseNoRegex = " \t,;"

static

Default pattern string representing whitespace in input files. This does not include parentheses or braces.

◆ wsPatternBraces

const std::string larcfm::Constants::wsPatternBraces = "[] \t,;"

static

Default pattern string representing whitespace in input files. This includes square braces.

◆ wsPatternParens

const std::string larcfm::Constants::wsPatternParens = "() \t,;"

static

Default pattern string representing whitespace in input files. This includes parentheses.

The documentation for this class was generated from the following files:

Modules/ACCoRD/inc/Constants.h
Modules/ACCoRD/src/Constants.cpp

Static Public Member Functions

Static Public Attributes

Static Private Attributes

Detailed Description

Member Function Documentation

◆ almost_equals_alt()

◆ almost_equals_distance()

◆ almost_equals_radian() [1/2]

◆ almost_equals_radian() [2/2]

◆ almost_equals_time()

◆ almost_equals_xy()

◆ get_horizontal_accuracy()

◆ get_latlon_accuracy()

◆ get_output_precision()

◆ get_time_accuracy()

◆ get_trailing_zeros()

◆ get_vertical_accuracy()

◆ set_horizontal_accuracy()

◆ set_output_precision()

◆ set_time_accuracy()

◆ set_trailing_zeros()

◆ set_vertical_accuracy()

Member Data Documentation

◆ build_date

◆ build_time

◆ GPS_LIMIT_HORIZONTAL

◆ GPS_LIMIT_VERTICAL

◆ TIME_LIMIT_EPSILON

◆ version

◆ wsPatternBase

◆ wsPatternBaseNoRegex

◆ wsPatternBraces

◆ wsPatternParens