 air_dens | AIR_DENS: computes computes the density of moist air. |
| albedo | ALBEDO: computes sea surface albedo following Payne (1972). |
| as_consts | AS_CONSTS: returns values of many constants used in AIR_SEA TOOLBOX |
| binave | BINAVE: averages vector data in bins of length r. |
| blwhf | BLWHF: estimates net long-wave heat flux using bulk formulas |
| cdnlp | CDNLP: computes neutral drag coefficient following Large&Pond (1981). |
| cdntc | CTDTC: computes the neutral drag coefficient following Smith (1988). |
| cdnve | CDNVE: computes neutral drag coefficient following Vera (1983). |
| cloudcor | CLOUDCOR: computes cloud correction factor for bulk long-wave flux. |
| clskswr | CLSKSWR: computes clear sky insolation following Seckel&Beaudry (1973). |
| contents | Contents of AIR_SEA TOOLBOX, Version 2.0 |
| cool_skin | COOL_SKIN: compute the cool-skin parameters. |
| delq | DELQ: computes air-sea specific humidity difference. |
| ep | EP: computes evap and precip accumulation |
| greg2 | GREG2: converts decimal yearday to standard Gregorian time. |
| hfbulktc | HFBULKTC: computes sensible and latent heat fluxes and other variables. |
| hms2h | HMS2H: converts hours, minutes, and seconds to hours. |
| julianmd | JULIANMD: converts Gregorian calendar time to decimal Julian day. |
| lwhf | LWHF: computes net longwave heat flux following Dickey et al (1994). |
| omegalmc | OMEGALMC: estimates wind log profile correction due to surface waves. |
| qsat | QSAT: computes specific humidity at saturation. |
| rain_flux | RAIN_FLUX: computes heat and momentum flux due to rain. |
| readme | AIR_SEA: Introduction to the AIR_SEA TOOLBOX |
| reedcf | REEDCF: computes daily mean cloud cover following Reed (1977). |
| relhumid | RELHUMID: finds relative humidity from wet/dry thermometer readings. |
| rhadj | RHADJ: rescales RH to have a maximum of 100%. |
| s2hms | S2HMS: converts seconds to interger hour, minute, and seconds. |
| satvap | SATVAP: computes saturation vapor pressure |
| slhftc | SLHFTC: computes sensible and latent heat flux following TOGA/COARE. |
| soradna1 | SORADNA1: computes no-sky solar radiation and solar altitude. |
| spshftlp | SPSHFTTC: adjusts wind speed from z1 to z2 following Large&Pond (1981). |
| spshfttc | SPSHFTTC: adjusts wind speed from z1 to z2 following Smith (1988). |
| spshftve | SPSHFTVE: adjusts wind speed from z1 to z2 following Vera (1983). |
| stresslp | STRESSLP: computes neutral wind stress following Large and Pond (1981). |
| stresstc | STRESSTC: computes the neutral wind stress following Smith (1988). |
| stressve | STRESSVE: computes stress using Vera (1983) neutral drag law. |
| sunrise | SUNRISE: computes sunrise and sunset times for specified day and location. |
| sw_tcond | SW_TCOND thermal conductivity |
| sw_visc | SW_VISC kinematic viscosity |
| swhf | SWHF: computes net shortwave heat flux into the ocean and albedo. |
| t_hfbulktc | T_HFBULKTC: a program to test hfbulktc.m using COARE test data |
| vapor | VAPOR calculates heat of evaporation for pure water |
| viscair | VISCAIR: computes viscosity of air |
| wavdist1 | WAVDIST1: estimates wave effects on wind speed measured at za. |
| wavdist2 | WAVDIST2: plots wave distortion effects on wind at za. |
| wavedist | WAVEDIST: estimates wind speed distortion due to surface waves. |
| wdnotes | WDNOTES: notes on estimating wave effects on wind measurements. |
| yearday | YEARDAY: converts calender month and day into yearday. |
Master index