Classes
class	Builder
	Builder class for constructing Context objects with a friendly interface. More...

struct	Context
	Structure of parameters consumed by the solver. More...

Typedefs
using	Gravity = ::LobGravity
	Gravity vector. See `LobGravity` for member details.

using	Wind = ::LobWind
	Wind vector. See `LobWind` for member details.

using	Coriolis = ::LobCoriolis
	Coriolis effect parameters. See `LobCoriolis` for member details.

using	Output = ::LobOutput
	Structure holding output results. See `LobOutput` for member details.

Enumerations
enum class	DragFunctionT : LobDragFunctionT { kG1 = ::kLobDragFunctionG1 , kG2 = ::kLobDragFunctionG2 , kG5 = ::kLobDragFunctionG5 , kG6 = ::kLobDragFunctionG6 , kG7 = ::kLobDragFunctionG7 , kG8 = ::kLobDragFunctionG8 }
	Enumerates the supported drag functions. More...

enum class	AtmosphereReferenceT : LobAtmosphereReferenceT { kArmyStandardMetro , kIcao = ::kLobAtmosphereReferenceIcao }
	Enumerates the supported atmosphere reference types. More...

enum class	ClockAngleT : LobClockAngleT { kI = ::kLobClockAngleI , kII = ::kLobClockAngleII , kIII = ::kLobClockAngleIII , kIV = ::kLobClockAngleIV , kV = ::kLobClockAngleV , kVI = ::kLobClockAngleVI , kVII = ::kLobClockAngleVII , kVIII = ::kLobClockAngleVIII , kIX = ::kLobClockAngleIX , kX = ::kLobClockAngleX , kXI = ::kLobClockAngleXI , kXII = ::kLobClockAngleXII }
	Enumerates clock angle positions. More...

enum class	ErrorT : LobErrorT { kNone = ::kLobErrorNone , kAirPressureOOR = ::kLobErrorAirPressureOOR , kAltitudeOfBarometerOOR = ::kLobErrorAltitudeOfBarometerOOR , kAltitudeOfFiringSiteOOR = ::kLobErrorAltitudeOfFiringSiteOOR , kAltitudeOfThermometerOOR = ::kLobErrorAltitudeOfThermometerOOR , kAzimuthOOR = ::kLobErrorAzimuthOOR , kBallisticCoefficientOOR = ::kLobErrorBallisticCoefficientOOR , kBallisticCoefficientRequired = ::kLobErrorBallisticCoefficientRequired , kBaseDiameterOOR = ::kLobErrorBaseDiameterOOR , kBcBandsInvalid = ::kLobErrorBcBandsInvalid , kBcBandsNotMonotonic = ::kLobErrorBcBandsNotMonotonic , kBcBandsTooShort = ::kLobErrorBcBandsTooShort , kDiameterOOR = ::kLobErrorDiameterOOR , kHumidityOOR = ::kLobErrorHumidityOOR , kInitialVelocityRequired = ::kLobErrorInitialVelocityRequired , kInternalError = ::kLobErrorInternalError , kLatitudeOOR = ::kLobErrorLatitudeOOR , kLengthOOR = ::kLobErrorLengthOOR , kMachDragTableInvalid = ::kLobErrorMachDragTableInvalid , kMachDragTableNotMonotonic = ::kLobErrorMachDragTableNotMonotonic , kMachDragTableTooShort = ::kLobErrorMachDragTableTooShort , kMassOOR = ::kLobErrorMassOOR , kMaximumTimeOOR = ::kLobErrorMaximumTimeOOR , kMeplatDiameterOOR = ::kLobErrorMeplatDiameterOOR , kNoseLengthOOR = ::kLobErrorNoseLengthOOR , kNotFormed = ::kLobErrorNotFormed , kOgiveRtROOR = ::kLobErrorOgiveRtROOR , kRangeAngleOOR = ::kLobErrorRangeAngleOOR , kTailLengthOOR = ::kLobErrorTailLengthOOR , kWindHeadingOOR = ::kLobErrorWindHeadingOOR , kZeroAngleOOR = ::kLobErrorZeroAngleOOR , kZeroDataRequired = ::kLobErrorZeroDataRequired , kZeroDistanceOOR = ::kLobErrorZeroDistanceOOR , kZeroUnreachable = ::kLobErrorZeroUnreachable }
	Error codes returned by the builder. More...

Functions
bool	operator== (::LobErrorT a, ErrorT b) noexcept

bool	operator!= (::LobErrorT a, ErrorT b) noexcept

bool	operator== (ErrorT a, ::LobErrorT b) noexcept

bool	operator!= (ErrorT a, ::LobErrorT b) noexcept

size_t	Solve (const Context &ctx, const uint32_t pranges, Output pouts, size_t size)
	Solves the exterior ballistics problem for a given set of ranges. Results contain a forward-solution.

template<size_t N>
size_t	Solve (const Context &ctx, const std::array< uint32_t, N > &ranges, std::array< Output, N > *pouts)
	Solves the exterior ballistics problem for a given set of ranges. Results contain a forward-solution.

size_t	Solve (const Context &ctx, uint32_t range, Output *pout)
	Solves the exterior ballistics problem for a single range. Results contain a forward-solution.

size_t	FastInverse (const Context &ctx, Output *pouts, size_t size)
	Converts forward-solution output to inverse-solution adjustments.

template<size_t N>
size_t	FastInverse (const Context &ctx, std::array< Output, N > *pouts)
	Converts forward-solution output to inverse-solution adjustments.

size_t	FastInverse (const Context &ctx, Output *pout)
	Converts forward-solution output to inverse-solution adjustments for a single output.

size_t	SolveInverse (const Context &ctx, const uint32_t pranges, Output pouts, size_t size)
	Solves the exterior ballistics problem for a given set of ranges. Results contain an inverse-solution.

template<size_t N>
size_t	SolveInverse (const Context &ctx, const std::array< uint32_t, N > &ranges, std::array< Output, N > *pouts)
	Solves the exterior ballistics problem for a given set of ranges. Results contain an inverse-solution.

size_t	SolveInverse (const Context &ctx, uint32_t range, Output *pout)
	Solves the exterior ballistics problem for a single range. Results contain an inverse-solution.

const char *	Version ()
	Gets the library version in major.minor.patch format.

double	MoaToMil (double value)
	Converts minutes of angle (MOA) to milliradians (MIL).

double	MoaToDeg (double value)
	Converts minutes of angle (MOA) to degrees.

double	MoaToIphy (double value)
	Converts minutes of angle (MOA) to inches per hundred yards (IPHY).

double	MoaToInch (double value, double range_ft)
	Converts minutes of angle (MOA) to projected inches at a given range in feet.

double	MilToMoa (double value)
	Converts milliradians (MIL) to minutes of angle (MOA).

double	MilToDeg (double value)
	Converts milliradians (MIL) to degrees.

double	MilToIphy (double value)
	Converts milliradians (MIL) to inches per hundred yards (IPHY).

double	MilToInch (double value, double range_ft)
	Converts milliradians (MIL) to projected inches at a given range in feet.

double	DegToMoa (double value)
	Converts degrees to minutes of angle (MOA).

double	DegToMil (double value)
	Converts degrees to milliradians (MIL).

double	InchToMoa (double value, double range_ft)
	Inches of projection at a given range to minutes of angle (MOA).

double	InchToMil (double value, double range_ft)
	Inches of projection at a given range to milliradians (MIL).

double	InchToDeg (double value, double range_ft)
	Inches of projection at a given range to degrees.

double	JToFtLbs (double value)
	Converts joules to foot-pounds.

double	FtLbsToJ (double value)
	Converts foot-pounds to joules.

double	MToYd (double value)
	Converts meters to yards.

double	YdToFt (double value)
	Converts yards to feet.

double	MToFt (double value)
	Converts meters to feet.

double	FtToIn (double value)
	Converts feet to inches.

double	MmToIn (double value)
	Converts millimeters to inches.

double	CmToIn (double value)
	Converts centimeters to inches.

double	YdToM (double value)
	Converts yards to meters.

double	FtToM (double value)
	Converts feet to meters.

double	FtToYd (double value)
	Converts feet to yards.

double	InToMm (double value)
	Converts inches to millimeters.

double	InToCm (double value)
	Converts inches to centimeters.

double	InToFt (double value)
	Converts inches to feet.

double	PaToInHg (double value)
	Converts pascals to inches of mercury.

double	MbarToInHg (double value)
	Converts millibars to inches of mercury.

double	PsiToInHg (double value)
	Converts pounds per square inch (PSI) to inches of mercury.

double	LbsToGrain (double value)
	Converts pounds to grains.

double	GToGrain (double value)
	Converts grams to grains.

double	KgToGrain (double value)
	Converts kilograms to grains.

double	KgSqMToPmsi (double value)
	Converts kilograms per square meter to pounds mass per square inch.

double	FpsToMps (double value)
	Converts feet per second to meters per second.

double	MpsToFps (double value)
	Converts meters per second to feet per second.

double	KphToMph (double value)
	Converts kilometers per hour to miles per hour.

double	KnToMph (double value)
	Converts Knots to miles per hour.

double	MsToS (double value)
	Converts milliseconds to seconds.

double	UsToS (double value)
	Converts microseconds to seconds.

double	SToMs (double value)
	Converts seconds to milliseconds.

double	SToUs (double value)
	Converts seconds to microseconds.

double	DegCToDegF (double value)
	Converts degrees celsius to degrees fahrenheit.

Variables
constexpr size_t	kLobBuilderBufferSize = 272
	The size in bytes of the builder buffer.

constexpr size_t	kLobCoeffsSize = 15 * static_cast<size_t>(4)
	The size of spline coeffs in Context.

Typedef Documentation

◆ Coriolis

using lob::Coriolis = ::LobCoriolis

Coriolis effect parameters. See LobCoriolis for member details.

◆ Gravity

using lob::Gravity = ::LobGravity

Gravity vector. See LobGravity for member details.

◆ Output

using lob::Output = ::LobOutput

Structure holding output results. See LobOutput for member details.

◆ Wind

using lob::Wind = ::LobWind

Wind vector. See LobWind for member details.

Enumeration Type Documentation

◆ AtmosphereReferenceT

enum class lob::AtmosphereReferenceT : LobAtmosphereReferenceT

strong

Enumerates the supported atmosphere reference types.

Enumerator
kArmyStandardMetro	Army Standard Metro.
kIcao	International Civil Aviation Organization (ICAO)

◆ ClockAngleT

enum class lob::ClockAngleT : LobClockAngleT

strong

Enumerates clock angle positions.

Note: Values are named with Roman numerals. This is used for reasoning about wind direction.

Enumerator
kI	one o'clock
kII	two o'clock
kIII	three o'clock
kIV	four o'clock
kV	five o'clock
kVI	six o'clock
kVII	seven o'clock
kVIII	eight o'clock
kIX	nine o'clock
kX	ten o'clock
kXI	eleven o'clock
kXII	twelve o'clock

◆ DragFunctionT

enum class lob::DragFunctionT : LobDragFunctionT

strong

Enumerates the supported drag functions.

Enumerator
kG1	G1 drag function.
kG2	G2 drag function.
kG5	G5 drag function.
kG6	G6 drag function.
kG7	G7 drag function.
kG8	G8 drag function.

◆ ErrorT

enum class lob::ErrorT : LobErrorT

strong

Error codes returned by the builder.

Enumerator
kNone
kAirPressureOOR
kAltitudeOfBarometerOOR
kAltitudeOfFiringSiteOOR
kAltitudeOfThermometerOOR
kAzimuthOOR
kBallisticCoefficientOOR
kBallisticCoefficientRequired
kBaseDiameterOOR
kBcBandsInvalid
kBcBandsNotMonotonic
kBcBandsTooShort
kDiameterOOR
kHumidityOOR
kInitialVelocityRequired
kInternalError
kLatitudeOOR
kLengthOOR
kMachDragTableInvalid
kMachDragTableNotMonotonic
kMachDragTableTooShort
kMassOOR
kMaximumTimeOOR
kMeplatDiameterOOR
kNoseLengthOOR
kNotFormed
kOgiveRtROOR
kRangeAngleOOR
kTailLengthOOR
kWindHeadingOOR
kZeroAngleOOR
kZeroDataRequired
kZeroDistanceOOR
kZeroUnreachable

Function Documentation

◆ CmToIn()

double lob::CmToIn ( double value )

inline

Converts centimeters to inches.

Parameters

value Length in centimeters.

Returns: Equivalent length in inches.

◆ DegCToDegF()

double lob::DegCToDegF ( double value )

inline

Converts degrees celsius to degrees fahrenheit.

Parameters

value Temperature in degrees celsius.

Returns: Equivalent temperature in degrees fahrenheit.

◆ DegToMil()

double lob::DegToMil ( double value )

inline

Converts degrees to milliradians (MIL).

Parameters

value Angle in degrees.

Returns: Equivalent angle in MIL.

◆ DegToMoa()

double lob::DegToMoa ( double value )

inline

Converts degrees to minutes of angle (MOA).

Parameters

value Angle in degrees.

Returns: Equivalent angle in MOA.

◆ FastInverse() [1/3]

size_t lob::FastInverse	(	const Context &	ctx,
		Output *	pout )

inline

Converts forward-solution output to inverse-solution adjustments for a single output.

Parameters

ctx	Context parameters for the calculation.
pout	Pointer to an output to convert in place.

Returns: The number of successful conversions (0 or 1).

◆ FastInverse() [2/3]

size_t lob::FastInverse	(	const Context &	ctx,
		Output *	pouts,
		size_t	size )

inline

Converts forward-solution output to inverse-solution adjustments.

Note: A one-step approximation. Only convert outputs whose forward solution reached the target range; fall-short trajectories yield meaningless results. Entries with non-finite elevation or deflection are skipped and not counted.

Parameters

ctx	Context parameters for the calculation.
pouts	Pointer to an array of forward-solution outputs to convert in place.
size	The number of outputs to convert.

Returns: The number of successful conversions, or 0 on invalid arguments. Entries with zero range are skipped and not counted.

◆ FastInverse() [3/3]

template<size_t N>

size_t lob::FastInverse	(	const Context &	ctx,
		std::array< Output, N > *	pouts )

inline

Converts forward-solution output to inverse-solution adjustments.

Note: A one-step approximation. Only convert outputs whose forward solution reached the target range; fall-short trajectories yield meaningless results. Entries with non-finite elevation or deflection are skipped and not counted.

Template Parameters

N	The number of outputs to convert.

Parameters

ctx	Context parameters for the calculation.
pouts	Reference to an array of outputs to convert in place.

Returns: The number of successful conversions.

◆ FpsToMps()

double lob::FpsToMps ( double value )

inline

Converts feet per second to meters per second.

Parameters

value Speed in feet per second.

Returns: Equivalent speed in meters per second.

◆ FtLbsToJ()

double lob::FtLbsToJ ( double value )

inline

Converts foot-pounds to joules.

Parameters

value Energy in foot-pounds.

Returns: Equivalent energy in joules.

◆ FtToIn()

double lob::FtToIn ( double value )

inline

Converts feet to inches.

Parameters

value Length in feet.

Returns: Equivalent length in inches.

◆ FtToM()

double lob::FtToM ( double value )

inline

Converts feet to meters.

Parameters

value Length in feet.

Returns: Equivalent length in meters.

◆ FtToYd()

double lob::FtToYd ( double value )

inline

Converts feet to yards.

Parameters

value Length in feet.

Returns: Equivalent length in yards.

◆ GToGrain()

double lob::GToGrain ( double value )

inline

Converts grams to grains.

Parameters

value Mass in grams.

Returns: Equivalent mass in grains.

◆ InchToDeg()

double lob::InchToDeg	(	double	value,
		double	range_ft )

inline

Inches of projection at a given range to degrees.

Parameters

value	Projected inches.
range_ft	Range in feet.

Returns: Equivalent angle in degrees.

◆ InchToMil()

double lob::InchToMil	(	double	value,
		double	range_ft )

inline

Inches of projection at a given range to milliradians (MIL).

Parameters

value	Projected inches.
range_ft	Range in feet.

Returns: Equivalent angle in MIL.

◆ InchToMoa()

double lob::InchToMoa	(	double	value,
		double	range_ft )

inline

Inches of projection at a given range to minutes of angle (MOA).

Parameters

value	Projected inches.
range_ft	Range in feet.

Returns: Equivalent angle in MOA.

◆ InToCm()

double lob::InToCm ( double value )

inline

Converts inches to centimeters.

Parameters

value Length in inches.

Returns: Equivalent length in centimeters.

◆ InToFt()

double lob::InToFt ( double value )

inline

Converts inches to feet.

Parameters

value Length in inches.

Returns: Equivalent length in feet.

◆ InToMm()

double lob::InToMm ( double value )

inline

Converts inches to millimeters.

Parameters

value Length in inches.

Returns: Equivalent length in millimeters.

◆ JToFtLbs()

double lob::JToFtLbs ( double value )

inline

Converts joules to foot-pounds.

Parameters

value Energy in joules.

Returns: Equivalent energy in foot-pounds.

◆ KgSqMToPmsi()

double lob::KgSqMToPmsi ( double value )

inline

Converts kilograms per square meter to pounds mass per square inch.

Parameters

value Sectional density in Kg/m^2.

Returns: Equivalent sectional density in lb/in^2.

◆ KgToGrain()

double lob::KgToGrain ( double value )

inline

Converts kilograms to grains.

Parameters

value Mass in kilograms.

Returns: Equivalent mass in grains.

◆ KnToMph()

double lob::KnToMph ( double value )

inline

Converts Knots to miles per hour.

Parameters

value Speed in Knots.

Returns: Equivalent speed in miles per hour.

◆ KphToMph()

double lob::KphToMph ( double value )

inline

Converts kilometers per hour to miles per hour.

Parameters

value Speed in kilometers per hour.

Returns: Equivalent speed in miles per hour.

◆ LbsToGrain()

double lob::LbsToGrain ( double value )

inline

Converts pounds to grains.

Parameters

value Mass in pounds.

Returns: Equivalent mass in grains.

◆ MbarToInHg()

double lob::MbarToInHg ( double value )

inline

Converts millibars to inches of mercury.

Parameters

value Pressure in millibars.

Returns: Equivalent pressure in inches of mercury.

◆ MilToDeg()

double lob::MilToDeg ( double value )

inline

Converts milliradians (MIL) to degrees.

Parameters

value Angle in MIL.

Returns: Equivalent angle in degrees.

◆ MilToInch()

double lob::MilToInch	(	double	value,
		double	range_ft )

inline

Converts milliradians (MIL) to projected inches at a given range in feet.

Parameters

value	Angle in MIL.
range_ft	Range in feet.

Returns: Equivalent projected inches.

◆ MilToIphy()

double lob::MilToIphy ( double value )

inline

Converts milliradians (MIL) to inches per hundred yards (IPHY).

Parameters

value Angle in MIL.

Returns: Equivalent angle in IPHY.

◆ MilToMoa()

double lob::MilToMoa ( double value )

inline

Converts milliradians (MIL) to minutes of angle (MOA).

Parameters

value Angle in MIL.

Returns: Equivalent angle in MOA.

◆ MmToIn()

double lob::MmToIn ( double value )

inline

Converts millimeters to inches.

Parameters

value Length in millimeters.

Returns: Equivalent length in inches.

◆ MoaToDeg()

double lob::MoaToDeg ( double value )

inline

Converts minutes of angle (MOA) to degrees.

Parameters

value Angle in MOA.

Returns: Equivalent angle in degrees.

◆ MoaToInch()

double lob::MoaToInch	(	double	value,
		double	range_ft )

inline

Converts minutes of angle (MOA) to projected inches at a given range in feet.

Parameters

value	Angle in MOA.
range_ft	Range in feet.

Returns: Equivalent projected inches.

◆ MoaToIphy()

double lob::MoaToIphy ( double value )

inline

Converts minutes of angle (MOA) to inches per hundred yards (IPHY).

Parameters

value Angle in MOA.

Returns: Equivalent angle in IPHY.

◆ MoaToMil()

double lob::MoaToMil ( double value )

inline

Converts minutes of angle (MOA) to milliradians (MIL).

Parameters

value Angle in MOA.

Returns: Equivalent angle in MIL.

◆ MpsToFps()

double lob::MpsToFps ( double value )

inline

Converts meters per second to feet per second.

Parameters

value Speed in meters per second.

Returns: Equivalent speed in feet per second.

◆ MsToS()

double lob::MsToS ( double value )

inline

Converts milliseconds to seconds.

Parameters

value Time in milliseconds.

Returns: Equivalent time in seconds.

◆ MToFt()

double lob::MToFt ( double value )

inline

Converts meters to feet.

Parameters

value Length in meters.

Returns: Equivalent length in feet.

◆ MToYd()

double lob::MToYd ( double value )

inline

Converts meters to yards.

Parameters

value Length in meters.

Returns: Equivalent length in yards.

◆ operator!=() [1/2]

bool lob::operator!=	(	::LobErrorT	a,
		ErrorT	b )

inlinenoexcept

◆ operator!=() [2/2]

bool lob::operator!=	(	ErrorT	a,
		::LobErrorT	b )

inlinenoexcept

◆ operator==() [1/2]

bool lob::operator==	(	::LobErrorT	a,
		ErrorT	b )

inlinenoexcept

◆ operator==() [2/2]

bool lob::operator==	(	ErrorT	a,
		::LobErrorT	b )

inlinenoexcept

◆ PaToInHg()

double lob::PaToInHg ( double value )

inline

Converts pascals to inches of mercury.

Parameters

value Pressure in pascals.

Returns: Equivalent pressure in inches of mercury.

◆ PsiToInHg()

double lob::PsiToInHg ( double value )

inline

Converts pounds per square inch (PSI) to inches of mercury.

Parameters

value Pressure in PSI.

Returns: Equivalent pressure in inches of mercury.

◆ Solve() [1/3]

template<size_t N>

size_t lob::Solve	(	const Context &	ctx,
		const std::array< uint32_t, N > &	ranges,
		std::array< Output, N > *	pouts )

inline

Solves the exterior ballistics problem for a given set of ranges. Results contain a forward-solution.

Template Parameters

N	The number of ranges to solve for.

Parameters

ctx	Context parameters for the calculation.
ranges	Reference to an array of ranges (in feet) to solve for.
pouts	Pointer to an array where the output results will be stored.

Returns: The number of successful solutions.

◆ Solve() [2/3]

size_t lob::Solve	(	const Context &	ctx,
		const uint32_t *	pranges,
		Output *	pouts,
		size_t	size )

inline

Solves the exterior ballistics problem for a given set of ranges. Results contain a forward-solution.

Note: A forward-solution solves for the expected change in elevation and deflection (in inches) at a given range.

Parameters

ctx	Context parameters for the calculation.
pranges	Pointer to an array of ranges (in feet) to solve for.
pouts	Pointer to an array where the output results will be stored.
size	The number of ranges to solve for.

Returns: The number of successful solutions.

◆ Solve() [3/3]

size_t lob::Solve	(	const Context &	ctx,
		uint32_t	range,
		Output *	pout )

inline

Solves the exterior ballistics problem for a single range. Results contain a forward-solution.

Parameters

ctx	Context parameters for the calculation.
range	Ranges (in feet) to solve for.
pout	Pointer to an output where results will be stored.

Returns: The number of successful solutions.

◆ SolveInverse() [1/3]

template<size_t N>

size_t lob::SolveInverse	(	const Context &	ctx,
		const std::array< uint32_t, N > &	ranges,
		std::array< Output, N > *	pouts )

inline

Solves the exterior ballistics problem for a given set of ranges. Results contain an inverse-solution.

Template Parameters

N	The number of ranges to solve for.

Parameters

ctx	Context parameters for the calculation.
ranges	Reference to an array of ranges (in feet) to solve for.
pouts	Pointer to an array where the output results will be stored.

Returns: The number of successful solutions.

◆ SolveInverse() [2/3]

size_t lob::SolveInverse	(	const Context &	ctx,
		const uint32_t *	pranges,
		Output *	pouts,
		size_t	size )

inline

Solves the exterior ballistics problem for a given set of ranges. Results contain an inverse-solution.

Note: An inverse-solution solves for the adjustments (in MOA) required to hit at a given range. Entries with zero range are counted but their adjustments are zeroed. Adjustments for ranges the projectile cannot reach (fall-short solutions) are not produced; solving stops at the first such entry. Unlike FastInverse, a fall-short entry is not silently given a meaningless adjustment.

Parameters

ctx	Context parameters for the calculation.
pranges	Pointer to an array of ranges (in feet) to solve for.
pouts	Pointer to an array where the output results will be stored.
size	The number of ranges to solve for.

Returns: The number of successful solutions.

◆ SolveInverse() [3/3]

size_t lob::SolveInverse	(	const Context &	ctx,
		uint32_t	range,
		Output *	pout )

inline

Solves the exterior ballistics problem for a single range. Results contain an inverse-solution.

Parameters

ctx	Context parameters for the calculation.
range	Range (in feet) to solve for.
pout	Pointer to an output where results will be stored.

Returns: The number of successful solutions (0 or 1).

◆ SToMs()

double lob::SToMs ( double value )

inline

Converts seconds to milliseconds.

Parameters

value Time in seconds.

Returns: Equivalent time in milliseconds.

◆ SToUs()

double lob::SToUs ( double value )

inline

Converts seconds to microseconds.

Parameters

value Time in seconds.

Returns: Equivalent time in microseconds.

◆ UsToS()

double lob::UsToS ( double value )

inline

Converts microseconds to seconds.

Parameters

value Time in microseconds.

Returns: Equivalent time in seconds.

◆ Version()

const char * lob::Version ( )

inline

Gets the library version in major.minor.patch format.

Returns: Version string.

◆ YdToFt()

double lob::YdToFt ( double value )

inline

Converts yards to feet.

Parameters

value Length in yards.

Returns: Equivalent length in feet.

◆ YdToM()

double lob::YdToM ( double value )

inline

Converts yards to meters.

Parameters

value Length in yards.

Returns: Equivalent length in meters.

Variable Documentation

◆ kLobBuilderBufferSize

size_t lob::kLobBuilderBufferSize = 272

constexpr

The size in bytes of the builder buffer.

◆ kLobCoeffsSize

size_t lob::kLobCoeffsSize = 15 * static_cast<size_t>(4)

constexpr

The size of spline coeffs in Context.

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ Coriolis

◆ Gravity

◆ Output

◆ Wind

Enumeration Type Documentation

◆ AtmosphereReferenceT

◆ ClockAngleT

◆ DragFunctionT

◆ ErrorT

Function Documentation

◆ CmToIn()

◆ DegCToDegF()

◆ DegToMil()

◆ DegToMoa()

◆ FastInverse() [1/3]

◆ FastInverse() [2/3]

◆ FastInverse() [3/3]

◆ FpsToMps()

◆ FtLbsToJ()

◆ FtToIn()

◆ FtToM()

◆ FtToYd()

◆ GToGrain()

◆ InchToDeg()

◆ InchToMil()

◆ InchToMoa()

◆ InToCm()

◆ InToFt()

◆ InToMm()

◆ JToFtLbs()

◆ KgSqMToPmsi()

◆ KgToGrain()

◆ KnToMph()

◆ KphToMph()

◆ LbsToGrain()

◆ MbarToInHg()

◆ MilToDeg()

◆ MilToInch()

◆ MilToIphy()

◆ MilToMoa()

◆ MmToIn()

◆ MoaToDeg()

◆ MoaToInch()

◆ MoaToIphy()

◆ MoaToMil()

◆ MpsToFps()

◆ MsToS()

◆ MToFt()

◆ MToYd()

◆ operator!=() [1/2]

◆ operator!=() [2/2]

◆ operator==() [1/2]

◆ operator==() [2/2]

◆ PaToInHg()

◆ PsiToInHg()

◆ Solve() [1/3]

◆ Solve() [2/3]

◆ Solve() [3/3]

◆ SolveInverse() [1/3]

◆ SolveInverse() [2/3]

◆ SolveInverse() [3/3]

◆ SToMs()

◆ SToUs()

◆ UsToS()

◆ Version()

◆ YdToFt()

◆ YdToM()

Variable Documentation

◆ kLobBuilderBufferSize

◆ kLobCoeffsSize