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These calculations main\nrefer to Allen et al.(1998, ISBN:92-5-104219-5), Teh (2006,\nISBN:1-58-112-998-X), and Liu et al.(2006)\n.", "License": "GPL (>= 3)", "Encoding": "UTF-8", "LazyData": "true", "RoxygenNote": "7.1.2", "NeedsCompilation": "no", "Packaged": { "Date": "2026-05-23 06:04:35 UTC", "User": "root" }, "Author": "Minguo Liu [aut, cre], Huimin Yang [dtc, fnd]", "Maintainer": "Minguo Liu ", "Config/pak/sysreqs": "cmake make libicu-dev", "Repository": "https://liumiguo.r-universe.dev", "Date/Publication": "2023-08-19 15:30:56 UTC", "RemoteUrl": "https://github.com/cran/simET", "RemoteRef": "HEAD", "RemoteSha": "86aa8e8a5f51ccc195207441ae907246811a4234", "MD5sum": "0313ec98931e7e1843a793202d081661", "_user": "liumiguo", "_type": "src", "_file": "simET_1.0.3.tar.gz", "_fileid": "786d815fc979da29a590ddae1a27a4f19b7d66d5fe00ec2f3dd87a543512dea1", "_filesize": 328224, "_sha256": "786d815fc979da29a590ddae1a27a4f19b7d66d5fe00ec2f3dd87a543512dea1", "_created": 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"cal_Kc_max_for_DualKc", "cal_Kcend_for_singleKc", "cal_Kcini_for_SingleKc", "cal_Kcmid_for_singleKc", "cal_Kr_for_DualKc", "cal_latentHeatFluxesForCrop", "cal_latentHeatFluxesForSoil", "cal_localDolarTime", "cal_meanCanopyFlowToReferenceLevel", "cal_meanSaturationVapourPressure", "cal_netLongwaveRadiation", "cal_netRadiation", "cal_netRadiationForCrop", "cal_netRadiationForSoil", "cal_netRadiationForSystem", "cal_netSolarRadiation", "cal_percolationForExcessWater", "cal_psychrometriCconstant", "cal_reductionFactorForE", "cal_reductionFactorForT", "cal_relativeHumidity", "cal_Rs_from_Na", "cal_saturationVapourPressure", "cal_sensibleHeatFluxesForCrop", "cal_sensibleHeatFluxesForSoil", "cal_skySolarRadiation_withas_bs", "cal_skySolarRadiation_withas_elevation", "cal_slopeOfSaturationVapourPressureCurve", "cal_soilHeatFlux", "cal_soilHeatFlux_day", "cal_soilHeatFlux_general", "cal_soilHeatFlux_hourly", "cal_soilHeatFlux_monthly", "cal_soilSurfaceResistance", "cal_soilSurfaceToMeanCanopyFlow", "cal_solarDeclination", "cal_solarDeclination_in_FAO", "cal_solarInclination", "cal_solarRadiation", "cal_sunsetHourAngle", "cal_sunsetTime", "cal_TemMean", "cal_TEW_for_DualKc", "cal_totalLatentHeatFlux", "cal_WaterStressCoef", "cal_windSpeed_Canopy", "cal_zeroPlaneHeight", "compare_model_plot", "convert_angert_to_radian", "convert_Date_to_dayofyear", "convert_degreesCelsius_to_Fahrenheit", "convert_Fahrenheit_to_degreesCelsius", "convert_Rad_unit", "convert_windSpeed_to_2m", "create_modelDF", "estimate_ea", "estimate_ET0_with_TmaxAndTmin", "estimate_goodnessOfFit", "estimate_LAI_for_alfalfa", "estimate_Rs_for_islandLocations", "estimate_Rs_from_airTemDiff", "Kcb_adj_for_DualKc", "linear_interpolation", "Model_DualKc", "Model_single_Kc", "Model_SW" ], "_datasets": [ { "name": "FIalfalfa", "title": "A example dataset of alfalfa under flood irrigation", "object": "FIalfalfa", "class": [ "data.frame" ], "fields": [ "Year", "Tre1", "Tre2", "Julian", "Cut", "Latitude", "Longitude", "Altitude", "Precipitation", "Na", "Tmax", "Tmin", "Wind", "RHmean", "RHmin", "Rs", "Height", "LAI", "Stage", "Irrigation", "GroundwaterDepth", "SoilWater" ], "rows": 161, "table": true, "tojson": true }, { "name": "SDIalfalfa", "title": "A example dataset of alfalfa under subsurface drip irrigation", "object": "SDIalfalfa", "class": [ "data.frame" ], "fields": [ "Year", "Tre1", "Tre2", "Julian", "Cut", "Latitude", "Longitude", "Altitude", "Precipitation", "Na", "Tmax", "Tmin", "Wind", "RHmean", "RHmin", "Rs", "Height", "LAI", "Stage", "Irrigation", "GroundwaterDepth", "SoilWater" ], "rows": 161, "table": true, "tojson": true } ], "_help": [ { "page": "cal_ActualVapourPressure_for_hourly", "title": "Calculating actual vapour pressure for hourly time step", "topics": [ "cal_ActualVapourPressure_for_hourly" ] }, { "page": "cal_ActualVapourPressure_from_dewPoint", "title": "Actual vapour pressure derived from dewpoint temperature", "topics": [ "cal_ActualVapourPressure_from_dewPoint" ] }, { "page": "cal_ActualVapourPressure_from_psychrometricData", "title": "Actual vapour pressure (ea) derived from psychrometric data", "topics": [ "cal_ActualVapourPressure_from_psychrometricData" ] }, { "page": "cal_ActualVapourPressure_from_RHmax", "title": "Calculating actual vapour pressure derived from RHmax", "topics": [ "cal_ActualVapourPressure_from_RHmax" ] }, { "page": "cal_ActualVapourPressure_from_RHmaxAndRHmin", "title": "Actual vapour pressure derived from RHmax and RHmin", "topics": [ "cal_ActualVapourPressure_from_RHmaxAndRHmin" ] }, { "page": "cal_ActualVapourPressure_from_RHmean", "title": "Calculating actual vapour pressure derived from RHmean", "topics": [ "cal_ActualVapourPressure_from_RHmean" ] }, { "page": "cal_afterRedistribution", "title": "Calculating the volumetric water content after redistribution", "topics": [ "cal_afterRedistribution" ] }, { "page": "cal_airVaporPressureDeficit_meanCanopyflow", "title": "Calculating air vapor pressure deficit at the mean canopy", "topics": [ "cal_airVaporPressureDeficit_meanCanopyflow" ] }, { "page": "cal_angerFromSouth", "title": "Calculating anger from south", "topics": [ "cal_angerFromSouth" ] }, { "page": "cal_atmosphericPressure", "title": "Calculating atmospheric pressure", "topics": [ "cal_atmosphericPressure" ] }, { "page": "cal_bulkBoundaryLayerResistance", "title": "Calculating bulk boundary layer resistance", "topics": [ "cal_bulkBoundaryLayerResistance" ] }, { "page": "cal_canopyPenetrationProbabilityForNetRadiation", "title": "The canopy penetration probability for net radiation", "topics": [ "cal_canopyPenetrationProbabilityForNetRadiation" ] }, { "page": "cal_canopyResistance", "title": "Calculating canopy resistance", "topics": [ "cal_canopyResistance" ] }, { "page": "cal_canopyTem", "title": "Calculating canopy temperature", "topics": [ "cal_canopyTem" ] }, { "page": "cal_capillaryRise", "title": "Calculating capillary rise", "topics": [ "cal_capillaryRise" ] }, { "page": "cal_cropRoughnessLength", "title": "Calculating the crop roughness length", "topics": [ "cal_cropRoughnessLength" ] }, { "page": "cal_daylightHours", "title": "Calculating Daylight hours", "topics": [ "cal_daylightHours" ] }, { "page": "cal_DeepPercolation", "title": "Calculating Deep percolation", "topics": [ "cal_DeepPercolation" ] }, { "page": "cal_Dei_for_DualKc", "title": "calculating the depletion in the topsoil layer at the end of the day", "topics": [ "cal_Dei_for_DualKc" ] }, { "page": "cal_DP_for_singleKc", "title": "Calculating deep percolation", "topics": [ "cal_DP_for_singleKc" ] }, { "page": "cal_DPe_for_DualKc", "title": "Deep percolation loss from the topsoil layer", "topics": [ "cal_DPe_for_DualKc" ] }, { "page": "cal_DPr_for_DualKc", "title": "Deep percolation loss from the root layer", "topics": [ "cal_DPr_for_DualKc" ] }, { "page": "cal_eddyDiffusivity_Canopytop", "title": "Calculating eddy diffusivity at the canopy top", "topics": [ "cal_eddyDiffusivity_Canopytop" ] }, { "page": "cal_eddyDiffusivity_heightZ", "title": "Calculating eddy diffusivity at height z", "topics": [ "cal_eddyDiffusivity_heightZ" ] }, { "page": "cal_ET0_from_PM", "title": "calculating reference evapotranspiration from Penman-Monteith method", "topics": [ "cal_ET0_from_PM" ] }, { "page": "cal_ET0_from_PM_for_daily", "title": "Calculating reference evapotranspiration from Penman-Monteith for daily", "topics": [ "cal_ET0_from_PM_for_daily" ] }, { "page": "cal_ET0_from_PM_for_hourly", "title": "Calculating reference evapotranspiration from Penman-Monteith method for hourly time step", "topics": [ "cal_ET0_from_PM_for_hourly" ] }, { "page": "cal_extraterrestrialRadiation_for_daily", "title": "Calculating extraterrestrial radiation for daily periods", "topics": [ "cal_extraterrestrialRadiation_for_daily" ] }, { "page": "cal_extraterrestrialRadiation_for_shorter", "title": "Calculating extraterrestrial radiation for hourly or shorter periods", "topics": [ "cal_extraterrestrialRadiation_for_shorter" ] }, { "page": "cal_frictionVelocity", "title": "Calculating friction velocity", "topics": [ "cal_frictionVelocity" ] }, { "page": "cal_hourAngle", "title": "Calculating hour angle", "topics": [ "cal_hourAngle" ] }, { "page": "cal_inverseRelativeDistance_Earth_sun", "title": "Calculating inverse relative distance Earth-sun", "topics": [ "cal_inverseRelativeDistance_Earth_sun" ] }, { "page": "cal_Kc_max_for_DualKc", "title": "An upper limit on the evaporation and transpiration from any cropped surface", "topics": [ "cal_Kc_max_for_DualKc" ] }, { "page": "cal_Kcend_for_singleKc", "title": "Crop coefficient for the end of the late season stage", "topics": [ "cal_Kcend_for_singleKc" ] }, { "page": "cal_Kcini_for_SingleKc", "title": "Calculating Kcini value", "topics": [ "cal_Kcini_for_SingleKc" ] }, { "page": "cal_Kcmid_for_singleKc", "title": "Crop coefficient for the mid-season stage", "topics": [ "cal_Kcmid_for_singleKc" ] }, { "page": "cal_Kr_for_DualKc", "title": "Dimensionless evaporation reduction coefficient", "topics": [ "cal_Kr_for_DualKc" ] }, { "page": "cal_latentHeatFluxesForCrop", "title": "Calculating latent heat fluxes for crop", "topics": [ "cal_latentHeatFluxesForCrop" ] }, { "page": "cal_latentHeatFluxesForSoil", "title": "Calculating latent heat fluxes for soil", "topics": [ "cal_latentHeatFluxesForSoil" ] }, { "page": "cal_localDolarTime", "title": "Calculating local solar time", "topics": [ "cal_localDolarTime" ] }, { "page": "cal_meanCanopyFlowToReferenceLevel", "title": "Calculating mean canopy flow to reference level", "topics": [ "cal_meanCanopyFlowToReferenceLevel" ] }, { "page": "cal_meanSaturationVapourPressure", "title": "Calculating mean saturation vapour pressure", "topics": [ "cal_meanSaturationVapourPressure" ] }, { "page": "cal_netLongwaveRadiation", "title": "Calculating net longwave radiation Rnl", "topics": [ "cal_netLongwaveRadiation" ] }, { "page": "cal_netRadiation", "title": "Calculating net radiation Rn", "topics": [ "cal_netRadiation" ] }, { "page": "cal_netRadiationForCrop", "title": "Calculating net radiation available to the crop", "topics": [ "cal_netRadiationForCrop" ] }, { "page": "cal_netRadiationForSoil", "title": "Calculating net radiation available to the soil", "topics": [ "cal_netRadiationForSoil" ] }, { "page": "cal_netRadiationForSystem", "title": "Calculating net radiation available to the system(soil and crop)", "topics": [ "cal_netRadiationForSystem" ] }, { "page": "cal_netSolarRadiation", "title": "Calculating net solar (shortware radiation) Rns", "topics": [ "cal_netSolarRadiation" ] }, { "page": "cal_percolationForExcessWater", "title": "Calculating percolation for excess water", "topics": [ "cal_percolationForExcessWater" ] }, { "page": "cal_psychrometriCconstant", "title": "Calculating psychrometric constant", "topics": [ "cal_psychrometriCconstant" ] }, { "page": "cal_reductionFactorForE", "title": "Calculating reduction factor for evaporation", "topics": [ "cal_reductionFactorForE" ] }, { "page": "cal_reductionFactorForT", "title": "calculating reduction factor for transpiration", "topics": [ "cal_reductionFactorForT" ] }, { "page": "cal_relativeHumidity", "title": "Calculating relative humidity", "topics": [ "cal_relativeHumidity" ] }, { "page": "cal_Rs_from_Na", "title": "Calculating Solar radiation from actual duration of sunshine", "topics": [ "cal_Rs_from_Na" ] }, { "page": "cal_saturationVapourPressure", "title": "Calculating saturation vapour pressure", "topics": [ "cal_saturationVapourPressure" ] }, { "page": "cal_sensibleHeatFluxesForCrop", "title": "Calculating sensible heat fluxes for crop", "topics": [ "cal_sensibleHeatFluxesForCrop" ] }, { "page": "cal_sensibleHeatFluxesForSoil", "title": "Calaulating sensible heat fluxes for soil", "topics": [ "cal_sensibleHeatFluxesForSoil" ] }, { "page": "cal_skySolarRadiation_withas_bs", "title": "Calculating clear sky solar radiation with as and bs", "topics": [ "cal_skySolarRadiation_withas_bs" ] }, { "page": "cal_skySolarRadiation_withas_elevation", "title": "Calculating clear sky solar radiation with elevation", "topics": [ "cal_skySolarRadiation_withas_elevation" ] }, { "page": "cal_slopeOfSaturationVapourPressureCurve", "title": "Calculating slope of saturation vapour pressure curve", "topics": [ "cal_slopeOfSaturationVapourPressureCurve" ] }, { "page": "cal_soilHeatFlux", "title": "Calculating Soil/ground heat flux", "topics": [ "cal_soilHeatFlux" ] }, { "page": "cal_soilHeatFlux_day", "title": "Calculating soil heat flux(G) for day/ten-day periods", "topics": [ "cal_soilHeatFlux_day" ] }, { "page": "cal_soilHeatFlux_general", "title": "Calculating soil heat flux (G) for general", "topics": [ "cal_soilHeatFlux_general" ] }, { "page": "cal_soilHeatFlux_hourly", "title": "Calculating soil heat flux(G) for hourly/shorter periods", "topics": [ "cal_soilHeatFlux_hourly" ] }, { "page": "cal_soilHeatFlux_monthly", "title": "Calculating soil heat flux(G) for monthly periods", "topics": [ "cal_soilHeatFlux_monthly" ] }, { "page": "cal_soilSurfaceResistance", "title": "Calculating soil surface resistance", "topics": [ "cal_soilSurfaceResistance" ] }, { "page": "cal_soilSurfaceToMeanCanopyFlow", "title": "Calculating soil surface to mean canopy flow", "topics": [ "cal_soilSurfaceToMeanCanopyFlow" ] }, { "page": "cal_solarDeclination", "title": "Calculating solar declination", "topics": [ "cal_solarDeclination" ] }, { "page": "cal_solarDeclination_in_FAO", "title": "Calculating solar declination with FAO56 method", "topics": [ "cal_solarDeclination_in_FAO" ] }, { "page": "cal_solarInclination", "title": "Calculating solar inclination", "topics": [ "cal_solarInclination" ] }, { "page": "cal_solarRadiation", "title": "Calculating Solar radiation", "topics": [ "cal_solarRadiation" ] }, { "page": "cal_sunsetHourAngle", "title": "Calculating sunset hour angle", "topics": [ "cal_sunsetHourAngle" ] }, { "page": "cal_sunsetTime", "title": "Calculating the local solar time for sunset/sunrise", "topics": [ "cal_sunsetTime" ] }, { "page": "cal_TemMean", "title": "calculating the mean daily air temperature", "topics": [ "cal_TemMean" ] }, { "page": "cal_TEW_for_DualKc", "title": "calculating total evaporable water", "topics": [ "cal_TEW_for_DualKc" ] }, { "page": "cal_totalLatentHeatFlux", "title": "Calculating total latent heat flux", "topics": [ "cal_totalLatentHeatFlux" ] }, { "page": "cal_WaterStressCoef", "title": "Calculating water stress coefficient", "topics": [ "cal_WaterStressCoef" ] }, { "page": "cal_windSpeed_Canopy", "title": "Calculating wind speed above and within the canopies.", "topics": [ "cal_windSpeed_Canopy" ] }, { "page": "cal_zeroPlaneHeight", "title": "Calculating zero plane displacement height", "topics": [ "cal_zeroPlaneHeight" ] }, { "page": "compare_model_plot", "title": "Show the results of different models", "topics": [ "compare_model_plot" ] }, { "page": "convert_angert_to_radian", "title": "Converting angert to radian", "topics": [ "convert_angert_to_radian" ] }, { "page": "convert_Date_to_dayofyear", "title": "Convert date to day of year", "topics": [ "convert_Date_to_dayofyear" ] }, { "page": "convert_degreesCelsius_to_Fahrenheit", "title": "Convert degrees Celsius to Fahrenheit", "topics": [ "convert_degreesCelsius_to_Fahrenheit" ] }, { "page": "convert_Fahrenheit_to_degreesCelsius", "title": "Convert Fahrenheit to degrees Celsius", "topics": [ "convert_Fahrenheit_to_degreesCelsius" ] }, { "page": "convert_Rad_unit", "title": "Convert radiation unit", "topics": [ "convert_Rad_unit" ] }, { "page": "convert_windSpeed_to_2m", "title": "Convert wind speed to the standard of 2m", "topics": [ "convert_windSpeed_to_2m" ] }, { "page": "create_modelDF", "title": "Create a csv file or a dataframe in R to store the model data", "topics": [ "create_modelDF" ] }, { "page": "estimate_ea", "title": "Estimating 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