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
• dateField
• minTempField
• maxTempField
• radiationField

returns

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]