Currently supported models:

• Cn2:
  • AFGL AMOS Cn2 = AFGLAMOS(h)
  • Clear1Night Cn2 = Clear1Night(h)
  • Clear2Night Cn2 = Clear2Night(h)
  • DLRmodHV57 Cn2 = DLRmodHV57(h,meanRefract)
  • dynamicPiecewiseMaritimeAIRS Cn2 = dynamicPiecewiseMaritimeAIRS( ... h,[Cn2_0],[locale],[ht],[Cn2_ht]);
  • GreenwoodCn2 Cn2 = GreenwoodCn2(h)
  • Hufnagel-Valley Cn2 = HufnagelValley(h,V,A)
  • Hufnagel-Valley (5/7) Cn2 = HV57(h)
  • LEEDRAtmos* Cn2 = LEEDRAtmos(h,'C')
  • Maui 3 Cn2 = Maui3Cn2(h)
  • Modified Hufnagel-Valley Cn2 = ModHufnagelValley(h)
  • Random Cn2 Cn2 = RandCn2(h,x,dx,'model',Params)
  • SLC Day Cn2 = SLCDay(h)
  • SLC Night Cn2 = SLCNight(h)
  • Uniform Cn2 Cn2 = UniformCn2(h,C0)
  • WMSR Cn2 Cn2 = WSMRCn2(h,ModelType,GroundAlt)
  • NSLOT Cn2 = NSLOT_v2(zref,u,tair,tsea, ... rh,pr,zu,zt,zq,zp,lambda)

• InnerScale:
  • InnerScale Lin = InnerScale(h)

• OuterScale:
  • OuterScale Lout = OuterScale(h,m)

• Wind:
  • Bufton w = Bufton(h)
  • Clear-2 Wind w = Clear2Wind(h)
  • LEEDRAtmos* w = LEEDRAtmos(h,'W')
  • SOR Wind w = SORWind(h,season)
  • WSMR Wind w = WSMRWind(h)

• WindHeading:
  • LEEDRAtmos* wh = LEEDRAtmos(h,'WH')
  • WSMR Wind Heading wh = WSMRWindHeading(h)

• Scattering:
  • AFRLDE_Atmos scat = AFRLDE_Atmos(h,'S',lambda)
  • GADSAtmos* scat = GADSAtmos(h,'S',lambda,Site)
  • LEEDRAtmos* scat = LEEDRAtmos(h,'S',lambda)
  • MODFAS scat = MODFAS(h,'S',lambda)
  • OceanAtmos* scat = OceanAtmos(h,'S',lambda,[Lat Lon])

• Absorption:
  • AFRLDE_Atmos abs = AFRLDE_Atmos(h,'A',lambda)
  • GADSAtmos* abs = GADSAtmos(h,'A',lambda,Site)
  • LEEDRAtmos* abs = LEEDRAtmos(h,'A',lambda)
  • MODFAS abs = MODFAS(h,'A',lambda)
  • OceanAtmos* abs = OceanAtmos(h,'A',lambda,[Lat Lon])

• Extinction:
  • AFRLDE_Atmos ext = AFRLDE_Atmos(h,'E',lambda)
  • GADSAtmos* ext = GADSAtmos(h,'E',lambda,Site)
  • LEEDRAtmos* ext = LEEDRAtmos(h,'E',lambda)
  • MODFAS ext = MODFAS(h,'E',lambda)
  • OceanAtmos* ext = OceanAtmos(h,'E',lambda,[Lat Lon])

• Temperature:
  • GADSAtmos* T = GADSAtmos(h,'T',lambda,Site)
  • LEEDRAtmos* T = LEEDRAtmos(h,'T')
  • OceanAtmos* T = OceanAtmos(h,'T',lambda,[Lat Lon])
  • US_Standard76 T = US_Standard76(h,'TEMPERATURE')

• Pressure:
  • GADSAtmos* P = GADSAtmos(h,'P',lambda,Site)
  • LEEDRAtmos* P = LEEDRAtmos(h,'P')
  • OceanAtmos* P = OceanAtmos(h,'P',lambda,[Lat Lon])
  • US_Standard76 P = US_Standard76(h,'PRESSURE')

• Relative Humidity:
  • GADSAtmos* RH = GADSAtmos(h,'R',lambda,Site)
  • LEEDRAtmos* RH = LEEDRAtmos(h,'R')
  • OceanAtmos* RH = OceanAtmos(h,'R',lambda,[Lat Lon])

• Dew Point:
  • GADSAtmos* Dpt = GADSAtmos(h,'D',lambda,Site)
  • LEEDRAtmos* Dpt = LEEDRAtmos(h,'D')
  • OceanAtmos* Dpt = OceanAtmos(h,'D',lambda,[Lat Lon])

• Density:
  • US_Standard76 D = US_Standard76(h,'DENSITY')

• General:
  • LogScaling Model = LogScaling(h,base,A,B) [A*base^(-h/B)]
  • LUTAtm Model = LUTAtm(h,var,fileName)
  • UniformAtm Model = UniformAtm(h, ModelValue)

(*) Indicates model functions which make use additional data, available only by request.

Atmospheric Models