public void Calculate_energybalance(EnergybalanceState s, EnergybalanceState s1, EnergybalanceRate r, EnergybalanceAuxiliary a)
{
_Diffusionlimitedevaporation.Calculate_diffusionlimitedevaporation(s, s1, r, a);
_Conductance.Calculate_conductance(s, s1, r, a);
_Netradiation.Calculate_netradiation(s, s1, r, a);
_Netradiationequivalentevaporation.Calculate_netradiationequivalentevaporation(s, s1, r, a);
_Priestlytaylor.Calculate_priestlytaylor(s, s1, r, a);
_Penman.Calculate_penman(s, s1, r, a);
_Evapotranspiration.Calculate_evapotranspiration(s, s1, r, a);
_Potentialtranspiration.Calculate_potentialtranspiration(s, s1, r, a);
_Ptsoil.Calculate_ptsoil(s, s1, r, a);
_Soilevaporation.Calculate_soilevaporation(s, s1, r, a);
_Soilheatflux.Calculate_soilheatflux(s, s1, r, a);
_Cropheatflux.Calculate_cropheatflux(s, s1, r, a);
_Canopytemperature.Calculate_canopytemperature(s, s1, r, a);
}