An FBP fuel type. More...

#include <FuelType.h>

Inheritance diagram for fs::fuel::FuelType:

[legend]

Public Member Functions
virtual MathSize	cfl () const =0
	Crown fuel load (kg/m^2) [ST-X-3 table 8].

constexpr	FuelType (const FuelCodeSize &code, const char *name, const bool can_crown) noexcept
	Fuel type.

	FuelType (FuelType &&rhs) noexcept=delete

	FuelType (const FuelType &rhs) noexcept=delete

FuelType &	operator= (FuelType &&rhs) noexcept=delete

FuelType &	operator= (const FuelType &rhs) noexcept=delete

constexpr bool	canCrown () const
	Whether or not this fuel can have a crown fire.

virtual MathSize	grass_curing (const int, const wx::FwiWeather &) const
	Grass curing.

virtual MathSize	cbh () const =0
	Crown base height (m) [ST-X-3 table 8].

virtual MathSize	crownFractionBurned (MathSize rss, MathSize rso) const noexcept=0
	Crown Fraction Burned (CFB) [ST-X-3 eq 58].

virtual MathSize	probabilityPeat (MathSize mc_fraction) const noexcept=0
	Calculate probability of burning [Anderson eq 1].

virtual ThresholdSize	survivalProbability (const wx::FwiWeather &wx) const noexcept=0
	Survival probability calculated using probability of ony survival based on multiple formulae.

virtual MathSize	buiEffect (MathSize bui) const =0
	BUI Effect on surface fire rate of spread [ST-X-3 eq 54].

virtual MathSize	crownConsumption (MathSize cfb) const =0
	Crown Fuel Consumption (CFC) (kg/m^2) [ST-X-3 eq 66].

virtual MathSize	calculateRos (int nd, const wx::FwiWeather &wx, MathSize isi) const =0
	Calculate rate of spread (m/min)

virtual MathSize	calculateIsf (const SpreadInfo &spread, MathSize isi) const =0
	Calculate ISI with slope influence and zero wind (ISF) [ST-X-3 eq 41/42].

virtual MathSize	surfaceFuelConsumption (const SpreadInfo &spread) const =0
	Surface fuel consumption (SFC) (kg/m^2) [ST-X-3 eq 9-25].

virtual MathSize	lengthToBreadth (MathSize ws) const =0
	Length to Breadth ratio [ST-X-3 eq 79].

virtual MathSize	finalRos (const SpreadInfo &spread, MathSize isi, MathSize cfb, MathSize rss) const =0
	Final rate of spread (m/min)

virtual MathSize	criticalSurfaceIntensity (const SpreadInfo &spread) const =0
	Critical Surface Fire Intensity (CSI) [ST-X-3 eq 56].

constexpr const char *	name () const
	Name of the fuel.

constexpr FuelCodeSize	code () const
	Code for this fuel type.

Static Public Member Functions
static constexpr FuelCodeSize	safeCode (const FuelType *fuel)
	Convert FuelType to its code, or 0 if nullptr.

static constexpr const char *	safeName (const FuelType *fuel)
	Convert FuelType to its name, or 0 if nullptr.

static constexpr MathSize	criticalRos (const MathSize sfc, const MathSize csi)
	Critical rate of spread (m/min)

static constexpr bool	isCrown (const MathSize csi, const MathSize sfi)
	Whether or not this is a crown fire.

Private Attributes
const char *	name_
	Name of the fuel.

const bool	can_crown_
	Whether or not this fuel can have a crown fire.

FuelCodeSize	code_
	Code to identify fuel with.

Detailed Description

An FBP fuel type.

Constructor & Destructor Documentation

◆ FuelType()

fs::fuel::FuelType::FuelType	(	const FuelCodeSize &	code,
		const char *	name,
		const bool	can_crown )

inlineconstexprnoexcept

Fuel type.

Parameters

code	Code to identify fuel with
name	Name of the fuel
can_crown	Whether or not this fuel can have a crown fire

Member Function Documentation

◆ buiEffect()

virtual MathSize fs::fuel::FuelType::buiEffect ( MathSize bui ) const

nodiscardpure virtual

BUI Effect on surface fire rate of spread [ST-X-3 eq 54].

Parameters

bui	Build-up Index

Returns: BUI Effect on surface fire rate of spread [ST-X-3 eq 54]

Implemented in fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, fs::fuel::InvalidFuel, fs::fuel::StandardFuel< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::StandardFuel< A, B, C, 1, 0, 0, 0, 0, static_cast< int >(DUFF_FFMC_DEPTH *10.0)>, and fs::fuel::StandardFuel< A, B, C, Bui0, 6, 80, BulkDensity, InorganicPercent, DuffDepth >.

Here is the caller graph for this function:

◆ calculateIsf()

virtual MathSize fs::fuel::FuelType::calculateIsf	(	const SpreadInfo &	spread,
		MathSize	isi ) const

nodiscardpure virtual

Calculate ISI with slope influence and zero wind (ISF) [ST-X-3 eq 41/42].

Parameters

spread	SpreadInfo to use
isi	Initial Spread Index

Returns: ISI with slope influence and zero wind (ISF) [ST-X-3 eq 41/42]

Implemented in fs::fuel::FuelGrass< A, B, C >, fs::fuel::FuelGrass< 190, 310, 140 >, fs::fuel::FuelGrass< 250, 350, 170 >, fs::fuel::FuelMixed< A, B, C, Bui0, RosMultiplier, PercentMixed, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelMixed< 110, 282, 150, 50, RosMultiplier, RatioMixed, 108, 25, 50 >, fs::fuel::FuelMixed< A, B, C, Bui0, RosMultiplier, PercentDeadFir, 61, 15, 75 >, fs::fuel::FuelNonMixed< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelNonMixed< 30, 232, 160, 32, 0, 0, 61, 59, 24 >, fs::fuel::FuelNonMixed< 6, 232, 160, 32, 0, 0, 61, 59, 24 >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, and fs::fuel::InvalidFuel.

Here is the caller graph for this function:

◆ calculateRos()

virtual MathSize fs::fuel::FuelType::calculateRos	(	int	nd,
		const wx::FwiWeather &	wx,
		MathSize	isi ) const

nodiscardpure virtual

Calculate rate of spread (m/min)

Parameters

nd	Difference between date and the date of minimum foliar moisture content
wx	FwiWeather to use for calculation
isi	Initial Spread Index (may differ from wx because of slope)

Returns: Rate of spread (m/min)

Implemented in fs::fuel::fbp::FuelD2, fs::fuel::FuelGrass< A, B, C >, fs::fuel::FuelGrass< 190, 310, 140 >, fs::fuel::FuelGrass< 250, 350, 170 >, fs::fuel::FuelMixed< A, B, C, Bui0, RosMultiplier, PercentMixed, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelMixed< 110, 282, 150, 50, RosMultiplier, RatioMixed, 108, 25, 50 >, fs::fuel::FuelMixed< A, B, C, Bui0, RosMultiplier, PercentDeadFir, 61, 15, 75 >, fs::fuel::FuelNonMixed< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelNonMixed< 30, 232, 160, 32, 0, 0, 61, 59, 24 >, fs::fuel::FuelNonMixed< 6, 232, 160, 32, 0, 0, 61, 59, 24 >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, and fs::fuel::InvalidFuel.

Here is the caller graph for this function:

◆ canCrown()

bool fs::fuel::FuelType::canCrown ( ) const

inlinenodiscardconstexpr

Whether or not this fuel can have a crown fire.

Returns: Whether or not this fuel can have a crown fire

◆ cbh()

virtual MathSize fs::fuel::FuelType::cbh ( ) const

nodiscardpure virtual

Crown base height (m) [ST-X-3 table 8].

Returns: Crown base height (m) [ST-X-3 table 8]

Implemented in fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, fs::fuel::InvalidFuel, fs::fuel::StandardFuel< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::StandardFuel< A, B, C, 1, 0, 0, 0, 0, static_cast< int >(DUFF_FFMC_DEPTH *10.0)>, and fs::fuel::StandardFuel< A, B, C, Bui0, 6, 80, BulkDensity, InorganicPercent, DuffDepth >.

Here is the caller graph for this function:

◆ cfl()

virtual MathSize fs::fuel::FuelType::cfl ( ) const

nodiscardpure virtual

Crown fuel load (kg/m^2) [ST-X-3 table 8].

Returns: Crown fuel load (kg/m^2) [ST-X-3 table 8]

Implemented in fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, fs::fuel::InvalidFuel, fs::fuel::StandardFuel< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::StandardFuel< A, B, C, 1, 0, 0, 0, 0, static_cast< int >(DUFF_FFMC_DEPTH *10.0)>, and fs::fuel::StandardFuel< A, B, C, Bui0, 6, 80, BulkDensity, InorganicPercent, DuffDepth >.

Here is the caller graph for this function:

◆ code()

FuelCodeSize fs::fuel::FuelType::code ( ) const

inlinenodiscardconstexpr

Code for this fuel type.

Returns: Code for this fuel type

Here is the caller graph for this function:

◆ criticalRos()

static constexpr MathSize fs::fuel::FuelType::criticalRos	(	const MathSize	sfc,
		const MathSize	csi )

inlinestaticnodiscardconstexpr

Critical rate of spread (m/min)

Parameters

sfc	Surface fuel consumption (SFC) (kg/m^2) [ST-X-3 eq 9-25]
csi	Critical Surface Fire Intensity (CSI) (kW/m) [ST-X-3 eq 56]

Returns: Critical rate of spread (m/min)

◆ criticalSurfaceIntensity()

virtual MathSize fs::fuel::FuelType::criticalSurfaceIntensity ( const SpreadInfo & spread ) const

nodiscardpure virtual

Critical Surface Fire Intensity (CSI) [ST-X-3 eq 56].

Parameters

spread SpreadInfo to use in calculation

Returns: Critical Surface Fire Intensity (CSI) [ST-X-3 eq 56]

Implemented in fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, fs::fuel::InvalidFuel, fs::fuel::StandardFuel< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::StandardFuel< A, B, C, 1, 0, 0, 0, 0, static_cast< int >(DUFF_FFMC_DEPTH *10.0)>, and fs::fuel::StandardFuel< A, B, C, Bui0, 6, 80, BulkDensity, InorganicPercent, DuffDepth >.

Here is the caller graph for this function:

◆ crownConsumption()

virtual MathSize fs::fuel::FuelType::crownConsumption ( MathSize cfb ) const

nodiscardpure virtual

Crown Fuel Consumption (CFC) (kg/m^2) [ST-X-3 eq 66].

Parameters

cfb	Crown Fraction Burned (CFB) [ST-X-3 eq 58]

Returns: Crown Fuel Consumption (CFC) (kg/m^2) [ST-X-3 eq 66]

Implemented in fs::fuel::FuelMixed< A, B, C, Bui0, RosMultiplier, PercentMixed, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelMixed< 110, 282, 150, 50, RosMultiplier, RatioMixed, 108, 25, 50 >, fs::fuel::FuelMixed< A, B, C, Bui0, RosMultiplier, PercentDeadFir, 61, 15, 75 >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, fs::fuel::InvalidFuel, fs::fuel::StandardFuel< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::StandardFuel< A, B, C, 1, 0, 0, 0, 0, static_cast< int >(DUFF_FFMC_DEPTH *10.0)>, and fs::fuel::StandardFuel< A, B, C, Bui0, 6, 80, BulkDensity, InorganicPercent, DuffDepth >.

Here is the caller graph for this function:

◆ crownFractionBurned()

virtual MathSize fs::fuel::FuelType::crownFractionBurned	(	MathSize	rss,
		MathSize	rso ) const

nodiscardpure virtualnoexcept

Crown Fraction Burned (CFB) [ST-X-3 eq 58].

Parameters

rss	Surface Rate of spread (ROS) (m/min) [ST-X-3 eq 55]
rso	Critical surface fire spread rate (RSO) [ST-X-3 eq 57]

Returns: Crown Fraction Burned (CFB) [ST-X-3 eq 58]

Implemented in fs::fuel::FuelBase< BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, and fs::fuel::InvalidFuel.

Here is the caller graph for this function:

◆ finalRos()

virtual MathSize fs::fuel::FuelType::finalRos	(	const SpreadInfo &	spread,
		MathSize	isi,
		MathSize	cfb,
		MathSize	rss ) const

nodiscardpure virtual

Final rate of spread (m/min)

Parameters

spread	SpreadInfo to use
isi	Initial Spread Index (may differ from wx because of slope)
cfb	Crown Fraction Burned (CFB) [ST-X-3 eq 58]
rss	Surface Rate of spread (ROS) (m/min) [ST-X-3 eq 55]

Returns: Final rate of spread (m/min)

Implemented in fs::fuel::fbp::FuelC6, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, fs::fuel::InvalidFuel, fs::fuel::StandardFuel< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::StandardFuel< A, B, C, 1, 0, 0, 0, 0, static_cast< int >(DUFF_FFMC_DEPTH *10.0)>, and fs::fuel::StandardFuel< A, B, C, Bui0, 6, 80, BulkDensity, InorganicPercent, DuffDepth >.

Here is the caller graph for this function:

◆ grass_curing()

virtual MathSize fs::fuel::FuelType::grass_curing	(	const int	,
		const wx::FwiWeather &	) const

inlinenodiscardvirtual

Grass curing.

Returns: Grass curing (or -1 if invalid for this fuel type)

Reimplemented in fs::fuel::FuelGrass< A, B, C >, fs::fuel::FuelGrass< 190, 310, 140 >, fs::fuel::FuelGrass< 250, 350, 170 >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, and fs::fuel::InvalidFuel.

Here is the caller graph for this function:

◆ isCrown()

static constexpr bool fs::fuel::FuelType::isCrown	(	const MathSize	csi,
		const MathSize	sfi )

inlinestaticnodiscardconstexpr

Whether or not this is a crown fire.

Parameters

csi	Critical Surface Fire Intensity (CSI) (kW/m) [ST-X-3 eq 56]
sfi	Surface Fire Intensity (kW/m)

Returns: Whether or not this is a crown fire

◆ lengthToBreadth()

virtual MathSize fs::fuel::FuelType::lengthToBreadth ( MathSize ws ) const

nodiscardpure virtual

Length to Breadth ratio [ST-X-3 eq 79].

Parameters

ws	Wind Speed (km/h)

Returns: Length to Breadth ratio [ST-X-3 eq 79]

Implemented in fs::fuel::FuelGrass< A, B, C >, fs::fuel::FuelGrass< 190, 310, 140 >, fs::fuel::FuelGrass< 250, 350, 170 >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, fs::fuel::InvalidFuel, fs::fuel::StandardFuel< A, B, C, Bui0, Cbh, Cfl, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::StandardFuel< A, B, C, 1, 0, 0, 0, 0, static_cast< int >(DUFF_FFMC_DEPTH *10.0)>, and fs::fuel::StandardFuel< A, B, C, Bui0, 6, 80, BulkDensity, InorganicPercent, DuffDepth >.

Here is the caller graph for this function:

◆ name()

const char * fs::fuel::FuelType::name ( ) const

inlinenodiscardconstexpr

Name of the fuel.

Returns: Name of the fuel

Here is the caller graph for this function:

◆ probabilityPeat()

virtual MathSize fs::fuel::FuelType::probabilityPeat ( MathSize mc_fraction ) const

nodiscardpure virtualnoexcept

Calculate probability of burning [Anderson eq 1].

Parameters

mc_fraction moisture content (% / 100)

Returns: Calculate probability of burning [Anderson eq 1]

Implemented in fs::fuel::FuelBase< BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, and fs::fuel::InvalidFuel.

Here is the caller graph for this function:

◆ safeCode()

static constexpr FuelCodeSize fs::fuel::FuelType::safeCode ( const FuelType * fuel )

inlinestaticnodiscardconstexpr

Convert FuelType to its code, or 0 if nullptr.

Parameters

fuel	FuelType to convert

Returns: Code for FuelType, or 0 if nullptr

Here is the call graph for this function:

Here is the caller graph for this function:

◆ safeName()

static constexpr const char * fs::fuel::FuelType::safeName ( const FuelType * fuel )

inlinestaticnodiscardconstexpr

Convert FuelType to its name, or 0 if nullptr.

Parameters

fuel	FuelType to convert

Returns: Name for FuelType, or "NULL" if nullptr

Here is the call graph for this function:

Here is the caller graph for this function:

◆ surfaceFuelConsumption()

virtual MathSize fs::fuel::FuelType::surfaceFuelConsumption ( const SpreadInfo & spread ) const

nodiscardpure virtual

Surface fuel consumption (SFC) (kg/m^2) [ST-X-3 eq 9-25].

Parameters

spread SpreadInfo to use

Returns: Surface fuel consumption (SFC) (kg/m^2) [ST-X-3 eq 9-25]

Implemented in fs::fuel::fbp::FuelC1, fs::fuel::fbp::FuelC2, fs::fuel::fbp::FuelC7, fs::fuel::fbp::FuelD1, fs::fuel::fbp::FuelD2, fs::fuel::FuelGrass< A, B, C >, fs::fuel::FuelGrass< 190, 310, 140 >, fs::fuel::FuelGrass< 250, 350, 170 >, fs::fuel::FuelJackpine< A, B, C, Bui0, Cbh, Cfl, BulkDensity, DuffDepth >, fs::fuel::FuelJackpine< 110, 293, 150, 66, 4, 120, 31, 62 >, fs::fuel::FuelJackpine< 110, 444, 300, 62, 8, 115, 20, 65 >, fs::fuel::FuelMixed< A, B, C, Bui0, RosMultiplier, PercentMixed, BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelMixed< 110, 282, 150, 50, RosMultiplier, RatioMixed, 108, 25, 50 >, fs::fuel::FuelMixed< A, B, C, Bui0, RosMultiplier, PercentDeadFir, 61, 15, 75 >, fs::fuel::FuelMixedWood< RosMultiplier, RatioMixed >, fs::fuel::FuelMixedWood< 10, PercentConifer >, fs::fuel::FuelMixedWood< 2, PercentConifer >, fs::fuel::FuelPine< A, B, C, Bui0, Cbh, Cfl, BulkDensity, DuffDepth >, fs::fuel::FuelPine< 30, 697, 400, 56, 18, 120, 93, 46 >, fs::fuel::FuelPine< 30, 800, 300, 62, 7, 180, 50, 50 >, fs::fuel::FuelSlash< A, B, C, Bui0, FfcA, FfcB, WfcA, WfcB, BulkDensity >, fs::fuel::FuelSlash< 40, 438, 170, 63, 10, -130, 6, -600, 132 >, fs::fuel::FuelSlash< 55, 829, 320, 31, 12, -166, 20, -210, 100 >, fs::fuel::FuelSlash< 75, 297, 130, 38, 4, -250, 4, -340, 78 >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, and fs::fuel::InvalidFuel.

Here is the caller graph for this function:

◆ survivalProbability()

virtual ThresholdSize fs::fuel::FuelType::survivalProbability ( const wx::FwiWeather & wx ) const

nodiscardpure virtualnoexcept

Survival probability calculated using probability of ony survival based on multiple formulae.

Parameters

wx	FwiWeather to calculate survival probability for

Returns: Chance of survival (% / 100)

Implemented in fs::fuel::FuelBase< BulkDensity, InorganicPercent, DuffDepth >, fs::fuel::FuelVariable< FuelSpring, FuelSummer >, fs::fuel::FuelVariable< FuelD1, FuelD2 >, fs::fuel::FuelVariable< FuelM1< PercentConifer >, FuelM2< PercentConifer > >, fs::fuel::FuelVariable< FuelM3< PercentDeadFir >, FuelM4< PercentDeadFir > >, fs::fuel::FuelVariable< FuelO1A, FuelO1B >, and fs::fuel::InvalidFuel.

Here is the caller graph for this function:

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

firestarr/src/cpp/FuelType.h

Public Member Functions

Static Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ FuelType()

Member Function Documentation

◆ buiEffect()

◆ calculateIsf()

◆ calculateRos()

◆ canCrown()

◆ cbh()

◆ cfl()

◆ code()

◆ criticalRos()

◆ criticalSurfaceIntensity()

◆ crownConsumption()

◆ crownFractionBurned()

◆ finalRos()

◆ grass_curing()

◆ isCrown()

◆ lengthToBreadth()

◆ name()

◆ probabilityPeat()

◆ safeCode()

◆ safeName()

◆ surfaceFuelConsumption()

◆ survivalProbability()