Behave (Algorithms 1.0.3 API)

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wf.rothermel
Class Behave

java.lang.Object
  wf.rothermel.Behave

public class Behave
extends java.lang.Object
extends java.lang.Object

Field Summary
`double`	`A`
`double`	`al`
`double`	`alDeg`
`double`	`alRad`
`double`	`asp`
`double`	`asp_r`
`double`	`B`
`double`	`beta`
`double`	`beta_opt`
`double`	`beta_ratio`
`double`	`C`
`boolean`	`canDerive`
`double`	`cos_asp`
`double`	`cos_splitRad`
`double`	`cos_wdr`
`double`	`dead`
`double`	`depth`
`double`	`E`
`double`	`ecc`
`double`	`efw`
`double`	`eps_d1`
`double`	`eps_d2`
`double`	`eps_d3`
`double`	`eps_lh`
`double`	`eps_lw`
`double`	`eta_M`
`double`	`eta_Md`
`double`	`eta_Ml`
`double`	`eta_s`
`double`	`fli`
`double`	`fln`
`int`	`fuelModel`
`double`	`fzd`
`double`	`gamma`
`double`	`gamma_max`
`double`	`heat`
`double`	`hn_d1`
`double`	`hn_d2`
`double`	`hn_d3`
`double`	`hn_lh`
`double`	`hn_lw`
`double`	`hpa`
`double`	`hsk`
`double`	`hskz`
`double`	`I_r`
`boolean`	`isCalculated` INSTANCE VARS
`double`	`live`
`double`	`m_d1`
`double`	`m_d2`
`double`	`m_d3`
`double`	`m_lh`
`double`	`m_lw`
`double`	`Mf_dead`
`double`	`mx`
`double`	`Mx_live`
`double`	`phi_s`
`double`	`phi_t`
`double`	`phi_w`
`double`	`q_d1`
`double`	`q_d2`
`double`	`q_d3`
`double`	`q_lh`
`double`	`q_lw`
`double`	`rho_b`
`double`	`rho_p`
`double`	`rm_d`
`double`	`rm_l`
`double`	`ros`
`double`	`s_e`
`double`	`s_t`
`double`	`s2w_d`
`double`	`s2w_l`
`double`	`s2w_t`
`double`	`sdr`
`double`	`sdr_r`
`double`	`sigma`
`double`	`sin_asp`
`double`	`sin_splitRad`
`double`	`sin_wdr`
`double`	`slp`
`double`	`slp_r`
`double`	`splitDeg`
`double`	`splitRad`
`double`	`sumhd`
`double`	`sumhdm`
`double`	`sumhl`
`double`	`sv_d1`
`double`	`sv_d2`
`double`	`sv_d3`
`double`	`sv_lh`
`double`	`sv_lw`
`double`	`sw_d`
`double`	`sw_d1`
`double`	`sw_d2`
`double`	`sw_d3`
`double`	`sw_l`
`double`	`sw_lh`
`double`	`sw_lw`
`double`	`sw_t`
`double`	`sw2_d`
`double`	`sw2_l`
`double`	`sw2_t`
`double`	`swm_d`
`double`	`swm_l`
`double`	`swm_t`
`double`	`tan_slp`
`double`	`tau`
`double`	`vl`
`double`	`vx`
`double`	`vy`
`double`	`W`
`double`	`w_n`
`double`	`w0`
`double`	`w0_d1`
`double`	`w0_d2`
`double`	`w0_d3`
`double`	`w0_lh`
`double`	`w0_lw`
`double`	`wdr`
`double`	`wdr_r`
`double`	`wn_d`
`double`	`wn_d1`
`double`	`wn_d2`
`double`	`wn_d3`
`double`	`wn_l`
`double`	`wn_lh`
`double`	`wn_lw`
`double`	`wsp`
`double`	`xi`

Constructor Summary
`Behave()`

Method Summary
`void`	`calc()`
`protected void`	`calcFuel()` calcFuel calculates: - characteristic surface-to-volume ration (sigma) - bulk densities (rho_b) - packing ratios (beta, beta_opt, beta_ratio) - net fuel loadings (wn_..)
`protected void`	`combinedWindAndSlopeFactor()` phi combined wind and slope factor assumptions: wsp > 0. and/or slp > 0. -> phi_t
`static double`	`getRosInDir(double dRos, double dMaxDirection, double dDirection, double dEcc)`
`protected void`	`heatSink()` heat sink term Rothermel (1972): eq. (77) + (78)
`protected void`	`moistureDamping()` moistureDamping ********************************************************************* calculate the moisture damping coefficients for dead and live fuel Exceptions thrown if mx <= 0.
`protected void`	`reactionVelocity()` gamma': reaction velocity
`void`	`setAspect(double aspect)`
`void`	`setDeadMoisture1(double moisture)`
`void`	`setDeadMoisture10(double moisture)`
`void`	`setDeadMoisture100(double moisture)`
`boolean`	`setFuelModel(int model)`
`void`	`setHerbMoisture(double moisture)`
`void`	`setSlope(double slope)`
`void`	`setWindDir(double dir)`
`void`	`setWindSpeed(double speed)`
`void`	`setWoodyMoisture(double moisture)`
`protected void`	`slopeFactor()` phi_s: slope factor called from combinedWindAndSlopeFactor()
`protected void`	`windFactor()` phi_w: wind factor called from combinedWindAndSlopeFactor() conversion: sigma [1/ft] = sigma[1/m] * 0.3048!

Methods inherited from class java.lang.Object
`clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait`

Field Detail

A

public double A

al

public double al

alDeg

public double alDeg

alRad

public double alRad

asp

public double asp

asp_r

public double asp_r

B

public double B

beta

public double beta

beta_opt

public double beta_opt

beta_ratio

public double beta_ratio

C

public double C

canDerive

public boolean canDerive

cos_asp

public double cos_asp

cos_splitRad

public double cos_splitRad

cos_wdr

public double cos_wdr

dead

public double dead

depth

public double depth

E

public double E

ecc

public double ecc

efw

public double efw

eps_d1

public double eps_d1

eps_d2

public double eps_d2

eps_d3

public double eps_d3

eps_lh

public double eps_lh

eps_lw

public double eps_lw

eta_M

public double eta_M

eta_Md

public double eta_Md

eta_Ml

public double eta_Ml

eta_s

public double eta_s

fli

public double fli

fln

public double fln

fuelModel

public int fuelModel

fzd

public double fzd

gamma

public double gamma

gamma_max

public double gamma_max

heat

public double heat

hn_d1

public double hn_d1

hn_d2

public double hn_d2

hn_d3

public double hn_d3

hn_lh

public double hn_lh

hn_lw

public double hn_lw

hpa

public double hpa

hsk

public double hsk

hskz

public double hskz

I_r

public double I_r

isCalculated

public boolean isCalculated

INSTANCE VARS

live

public double live

m_d1

public double m_d1

m_d2

public double m_d2

m_d3

public double m_d3

m_lh

public double m_lh

m_lw

public double m_lw

Mf_dead

public double Mf_dead

mx

public double mx

Mx_live

public double Mx_live

phi_s

public double phi_s

phi_t

public double phi_t

phi_w

public double phi_w

q_d1

public double q_d1

q_d2

public double q_d2

q_d3

public double q_d3

q_lh

public double q_lh

q_lw

public double q_lw

rho_b

public double rho_b

rho_p

public double rho_p

rm_d

public double rm_d

rm_l

public double rm_l

ros

public double ros

s_e

public double s_e

s_t

public double s_t

s2w_d

public double s2w_d

s2w_l

public double s2w_l

s2w_t

public double s2w_t

sdr

public double sdr

sdr_r

public double sdr_r

sigma

public double sigma

sin_asp

public double sin_asp

sin_splitRad

public double sin_splitRad

sin_wdr

public double sin_wdr

slp

public double slp

slp_r

public double slp_r

splitDeg

public double splitDeg

splitRad

public double splitRad

sumhd

public double sumhd

sumhdm

public double sumhdm

sumhl

public double sumhl

sv_d1

public double sv_d1

sv_d2

public double sv_d2

sv_d3

public double sv_d3

sv_lh

public double sv_lh

sv_lw

public double sv_lw

sw_d

public double sw_d

sw_d1

public double sw_d1

sw_d2

public double sw_d2

sw_d3

public double sw_d3

sw_l

public double sw_l

sw_lh

public double sw_lh

sw_lw

public double sw_lw

sw_t

public double sw_t

sw2_d

public double sw2_d

sw2_l

public double sw2_l

sw2_t

public double sw2_t

swm_d

public double swm_d

swm_l

public double swm_l

swm_t

public double swm_t

tan_slp

public double tan_slp

tau

public double tau

vl

public double vl

vx

public double vx

vy

public double vy

W

public double W

w_n

public double w_n

w0

public double w0

w0_d1

public double w0_d1

w0_d2

public double w0_d2

w0_d3

public double w0_d3

w0_lh

public double w0_lh

w0_lw

public double w0_lw

wdr

public double wdr

wdr_r

public double wdr_r

wn_d

public double wn_d

wn_d1

public double wn_d1

wn_d2

public double wn_d2

wn_d3

public double wn_d3

wn_l

public double wn_l

wn_lh

public double wn_lh

wn_lw

public double wn_lw

wsp

public double wsp

xi

public double xi

Constructor Detail

Behave

public Behave()

Method Detail

calc

public void calc()

calcFuel

protected void calcFuel()

calcFuel calculates: - characteristic surface-to-volume ration (sigma) - bulk densities (rho_b) - packing ratios (beta, beta_opt, beta_ratio) - net fuel loadings (wn_..) Exceptions are thrown if - w0 <= 0. no fuel specified - sw_t <= 0. surface-to-voume-ratios not properly specified - depth <= 0. depth of fuel bed not properly specified

combinedWindAndSlopeFactor

protected void combinedWindAndSlopeFactor()

phi combined wind and slope factor assumptions: wsp > 0. and/or slp > 0. -> phi_t

getRosInDir

public static double getRosInDir(double dRos,
                                 double dMaxDirection,
                                 double dDirection,
                                 double dEcc)

heatSink

protected void heatSink()

heat sink term Rothermel (1972): eq. (77) + (78)

moistureDamping

protected void moistureDamping()

moistureDamping ********************************************************************* calculate the moisture damping coefficients for dead and live fuel Exceptions thrown if mx <= 0.

reactionVelocity

protected void reactionVelocity()

gamma': reaction velocity

setAspect

public void setAspect(double aspect)

setDeadMoisture1

public void setDeadMoisture1(double moisture)

setDeadMoisture10

public void setDeadMoisture10(double moisture)

setDeadMoisture100

public void setDeadMoisture100(double moisture)

setFuelModel

public boolean setFuelModel(int model)

setHerbMoisture

public void setHerbMoisture(double moisture)

setSlope

public void setSlope(double slope)

setWindDir

public void setWindDir(double dir)

setWindSpeed

public void setWindSpeed(double speed)

setWoodyMoisture

public void setWoodyMoisture(double moisture)

slopeFactor

protected void slopeFactor()

phi_s: slope factor called from combinedWindAndSlopeFactor()

windFactor

protected void windFactor()

phi_w: wind factor called from combinedWindAndSlopeFactor() conversion: sigma [1/ft] = sigma[1/m] * 0.3048! original formulae in Rothermel 1972, eq. XXXXX B = 0.013298 * Math.pow(sigma,0.54); C = 7.47 * Math.exp(-0.06919 * Math.pow(sigma,0.55)); E = 0.715 * Math.exp(0.0001094 * sigma);