Package net.simplace.sim.components.util.helper.diurnal

package net.simplace.sim.components.util.helper.diurnal

Helper methods for calculating diurnal weather values

Overview

The classes of this package define some helper functions and methods to calculate diurnal weather values (e.g. sorting weatherdata, calculating diurnal radiation by different methods etc.)

See individual class documentation for details

Zugehörige Packages

Package	Beschreibung
net.simplace.sim.components.util.helper	Helper classes with auxiliary functions and methods Overview In this package (and it's subpackages) you find helper classes with methods and functions, that are used by SimComponents and transformers.

Klasse	Beschreibung
ComparableWeatherEntry	Objects for sortable weather entries Holds date, minTemp, maxTemp, radiation and key value Implements compareTo by comparing the dates.
DiurnalWeatherCalculator	Abstract class for calculating diurnal weather values.
DiurnalWeatherCalculator.DiurnalValues
DiurnalWeatherCalculatorSinbeta	Calculates diurnal values for temperature and radiation using SinBeta curve Temperature is calculated according to G Radiation is calculated according to G References (G) Goudriaan, Modeling Potential Crop Growth Processes, 1994, (revised version Nov. 2004)
DiurnalWeatherCalculatorSinbetaEffective	Calculates diurnal values for temperature and radiation using SinBeta curve using curve-formula SinBeta*(1+0.4*SinBeta) Temperature is calculated according to G Radiation is calculated according to G References (G) Goudriaan, Modeling Potential Crop Growth Processes, 1994, (revised version Nov. 2004)
DiurnalWeatherCalculatorSine	Calculates diurnal values for temperature and radiation using sine curve Temperature is calculated according to G Radiation is calculated using simple sine curve Reference (G) Goudriaan, Modeling Potential Crop Growth Processes, 1994, (revised version Nov. 2004)
DiurnalWeatherHelper	Methods for calculating daylength and diurnal values Includes methods for integration/normalization/rescaling of piecewise linear functions, as well as methods for calculating diurnal values for radiation and temperature. References (G) Goudriaan, Modeling Potential Crop Growth Processes, 1994, (revised version Nov. 2004)