EDHM: Editable distributed hydrological model

# ## write the Description ####
# Des_dataset <- list()
# Des_dataset$Evatrans$RET = 'Reference evapotranspiration'
# Des_dataset$Evatrans$EvaporationCanopy = 'Evaporation from Canopy'
# Des_dataset$Evatrans$AET = 'Actual evapotranspiration'
# Des_dataset$Evatrans$Transpiration = 'Transpiration (water from Root layer of vegetation)'
# Des_dataset$Evatrans$EvaporationLand = 'Evaporation from Landsurface (sometimes cotain the Evaporation from Watersurface like Lake)'
# Des_dataset$Ground$MoistureVolume = 'Moisture volume'
# Des_dataset$Ground$MoistureCapacityMax = 'Maximal Moisture Capacity'
# Des_dataset$Ground$ZoneMoistureVolume = 'Moisture volume, when the Ground is in more than one Layer divided'
# Des_dataset$Ground$ZoneDepth = 'Ground Depth, , when the Ground is in more than one Layer divided'
# Des_dataset$Ground$BaseFlow = 'Base Flow'
# Des_dataset$Ground$MoistureCapacity = 'Moisture Capacity'
# Des_dataset$Ground$Depth = 'Ground Depth'
# Des_dataset$Ground$Overflow = 'Overflow, when the caculated water volume greater than Capacity'
# Des_dataset$Ground$Runoff = 'Runoff, it will be more wert, when the Runoff is in different form divided'
# Des_dataset$Prec$Precipitation = 'Precipitation, summe of rain and snow'
# Des_dataset$Prec$SnowFall = 'Snow'
# Des_dataset$Prec$RainFall = 'Rain'
# Des_dataset$Aerodyna$AerodynaResist = 'Aerodyna Resist'
# Des_dataset$Aerodyna$ArchitecturalResist = 'Architectural Resist'
# Des_dataset$Aerodyna$StomatalResist = 'Stomatal Resist'
# Des_dataset$Canopy$StorageCapacity = 'Canopy Storage Capacity for Intercept and Evaporation from Canopy'
# Des_dataset$Intercept$Interception = 'Interception in Canopy'
# Des_dataset$Infilt$Infiltration = 'Infiltration'
# Des_dataset$Infilt$InfiltrationRat = 'Infiltration Rate (for some INFITRATION Module)'
# Des_dataset$Infilt$InfiltrationRateMax = 'Maximal Infiltration Rate (for some INFITRATION Module)'
# Des_dataset$SoilData$Porosity = 'Soil Porosity, not greater than 1'
# Des_dataset$SoilData$SaturatedConductivity = 'Soil Saturated Conductivity'
# Des_dataset$SoilData$Conductivity = 'Soil actual Conductivity'
# Des_dataset$SoilData$WettingFrontSuction = 'Wetting Front Suction'
# Des_dataset$MetData$TAir = 'Average Air temperature in Timestep'
# Des_dataset$MetData$TMax = 'Maximal Air temperature in one day'
# Des_dataset$MetData$TMin = 'Minimul Air temperature in one day'
# Des_dataset$MetData$Actual_vapor_press = 'Actual vapor press'
# Des_dataset$MetData$RelativeHumidity = 'Relative Humidity, not greater than 100'
# Des_dataset$MetData$WindSpeed = 'Average Wind Speed'
# Des_dataset$MetData$WindH = 'The hight to mess the WindSpeed'
# Des_dataset$MetData$SunHour = 'Sunshine duration in one day'
# Des_dataset$GeoData$Latitude = 'Latitude'
# Des_dataset$GeoData$Elevation = 'Elevation'
# Des_dataset$TimeData$NDay = 'Day nummer in one year'
# Des_dataset$Route$WaterSource = 'Water Source for Routing, sometimes the same Data with the Runoff'
# Des_dataset$Route$UHAll = 'All the UH data for all of the Grids for Routr with IUH'
# Des_dataset$Route$TypeGridID = 'The grids type for Routr with IUH'
# Des_dataset$Route$TransAll = 'All of the transform Matrix for all of the Grids for Routr with IUH'
# Des_dataset$Route$Store = 'Store in the Route (for some Module)'
# Des_dataset$Route$Gr4j_UH1 = 'UH form 1 only for Module ROUTE.Gr4j, made by the function '
# Des_dataset$Route$Gr4j_UH2 = 'UH form 1 only for Module ROUTE.Gr4j'
# Des_dataset$Route$StaFlow = 'Station Flow in the seted grid'
# Des_dataset$Snow$Ice_Volume = 'Soild Ice Volume, not depth'
# Des_dataset$Snow$Liquid_Volume = 'Liquid Volume'
# Des_dataset$Snow$SN17_ATI = '--'
# Des_dataset$Snow$SN17_HD = '--'
# Des_dataset$Snow$Volume = 'Summe Volume of Ice and liquid water, not depth'
#