net.simplace.client.simulation.lap.util.helper.diurnal.DiurnalWeatherHelper

public static TreeSet sortWeather(Set entrySet, FWSimResourceCache cache,
String dateField, String minTempField, String maxTempField, String
radiationField);

Extracts radiation and temperature information from resource and add it to a sorted TreeSet of weather entries.

• entrySet
• cache resource cache
• dateField name of date field
• minTempField name of minimum temperature field
• maxTempField name of maximum temperature field
• radiationField name of radiation field
• aHasSimpleKey

returns

public static HashMap AstronomicParameters(int doy, double latitude);

Calculates day length and other parameters from DOY and latitude

• doy Day of year (from 1 to 366)
• latitude Latitude in degrees

returns HashMap with values for DAYL, DDLP, SC, SINLD, DSINB, DSINBE

public static HashMap AstronomicParameters(int doy, double latitude, double
inclination);

Calculates day length and other parameters from DOY, latitude and sun inclination

• doy Day of year (from 1 to 366)
• latitude Latitude in degrees
• inclination Sun inclination in degrees

returns HashMap with values for DAYL, DDLP, SC, SINLD, DSINB, DSINBE

public static double RadiationIntensitySinBeta(double t, double radiation,
double daylength, int doy, double a, double b, double integral);

Calculates the radiation intensity [radiation per hour] at a specified hour using SinBeta curve Uses SinBeta curve as defined in (G), eq. 3.2

• t the hour (decimal from 0 to 24) [h]
• daylength day length in hours [h]
• radiation daily total radiation [J m^-2, kJ m^-2 or MJ m^-2]
• doy day of year [day]
• a shift of SinBeta curve, (G) eq. 3.3 [-]
• b amplitude of SinBeta curve, (G) eq. 3.3 [-]
• integral surface under the SinBeta curve, (G) eq. 3.7 [h]

returns radiation intensity [J m^-2 h^-1, kJ m^-2 h^-1 or MJ m^-2 h^-1]

public static double RadiationIntensitySine(double t, double radiation,
double daylength);

Calculates the radiation intensity [radiation per hour] at a specified hour using simple sine curve

• t the hour (decimal from 0 to 24) [h]
• daylength day length in hours [h]
• radiation daily total radiation [J m^-2, kJ m^-2 or MJ m^-2]

returns radiation intensity [J m^-2 h^-1, kJ m^-2 h^-1 or MJ m^-2 h^-1]

public static double RadiationSinBeta(double t, double radiation, double
daylength, int doy, double a, double b, double integral);

Calculates the radiation accumulated from beginning of day till a specified hour using SinBeta curve Uses SinBeta curve as defined in (G), eq. 3.2

• t the hour (decimal from 0 to 24) [h]
• radiation daily total radiation [J m^-2, kJ m^-2 or MJ m^-2]
• daylength day length in hours [h]
• doy day of year [day]
• a shift of SinBeta curve, (G) eq. 3.3 [-]
• b amplitude of SinBeta curve, (G) eq. 3.3 [-]
• integral surface under the SinBeta curve, (G) eq. 3.7 [h]

returns radiation from begin of day until hour t [J m^-2, kJ m^-2 or MJ m^-2]

public static double RadiationSinBetaFromTo(double t1, double t2, double
radiation, double daylength, int doy, double a, double b, double
integral);

Calculates the radiation that is accumulated within the time span from a to b using SinBeta curve Uses SinBeta curve as defined in (G), eq. 3.2

• t1 begin of interval (hour as decimal from 0 to 24) [h]
• t2 end of interval (hour as decimal from 0 to 24) [h]
• radiation daily total radiation [J m^-2, kJ m^-2 or MJ m^-2]
• daylength in hours [h]
• doy
• a shift of SinBeta curve, (G) eq. 3.3 [-]
• b amplitude of SinBeta curve, (G) eq. 3.3 [-]
• integral surface under the SinBeta curve, (G) eq. 3.7 [h]

returns radiation accumulated during time span from a to b [J m^-2, kJ m^-2 or MJ m^-2]

public static double RadiationSine(double t, double radiation, double
daylength);

Calculates the radiation accumulated from beginning of day till a specified hour using simple sine curve

• t the hour (decimal from 0 to 24) [h]
• radiation daily total radiation [J m^-2, kJ m^-2 or MJ m^-2]
• daylength day length in hours [h]

returns radiation from begin of day until hour t [J m^-2, kJ m^-2 or MJ m^-2]

public static double RadiationSineFromTo(double t1, double t2, double
radiation, double daylength);

Calculates the radiation that is accumulated within the time span from t1 to t2 using simple sine curve

• t1 begin of interval (hour as decimal from 0 to 24)
• t2 end of interval (hour as decimal from 0 to 24)
• radiation daily total radiation [J m^-2, kJ m^-2 or MJ m^-2]
• daylength in hours [h]

returns radiation accumulated during time span from t1 to t2 [J m^-2, kJ m^-2 or MJ m^-2]

public static double Temperature(double t, double ptmax, double tmin, double
tmax, double ntmin, double daylength, double p, double tc);

Calculates temperature at hour t Calculates the temperature during day and night according to (G) eq. 3.9, 3.10

• t the hour (decimal from 0 to 24) [h]
• ptmax daily maximum temperature of previous day [°C]
• tmin daily minimum temperature [°C]
• tmax daily maximum temperature [°C]
• ntmin daily minimum temperature of next day [°C]
• daylength in hours [h]
• p time duration between solar noon and maximum temperature [h]
• tc nocturnal time coefficient [h]

returns temperature at hour t [°C]