ISWR all sky parametrization.
Using air temperature (TA) and relative humidity (RH) and optionnally cloud transmissivity (TAU_CLD), this computes the potential incoming solar radiation, based on the position of the sun in the sky (as a function of the location and the date) on the horizontal at ground level. If a cloud transmissivity (TAU_CLD) has been provided, or if an incoming long wave measurement is available, it corrects the generated iswr for cloudiness (basically doing like UnsworthGenerator in reverse), otherwise this assumes clear sky! If no TA or RH is available, average values will be used (in order to get an average value for the precipitable water vapor).
#include <AllSkySWGenerator.h>
Public Member Functions | |
| AllSkySWGenerator (const std::vector< std::string > &vecArgs, const std::string &i_algo) | |
| bool | generate (const size_t ¶m, MeteoData &md) |
| bool | create (const size_t ¶m, std::vector< MeteoData > &vecMeteo) |
Public Member Functions inherited from mio::GeneratorAlgorithm | |
| GeneratorAlgorithm (const std::vector< std::string > &, const std::string &i_algo) | |
| virtual | ~GeneratorAlgorithm () |
| std::string | getAlgo () const |
Additional Inherited Members | |
Protected Attributes inherited from mio::GeneratorAlgorithm | |
| const std::string | algo |
Static Protected Attributes inherited from mio::GeneratorAlgorithm | |
| static const double | soil_albedo = .23 |
| static const double | snow_albedo = .85 |
| static const double | snow_thresh = .1 |
|
inline |
|
virtual |
Implements mio::GeneratorAlgorithm.
|
virtual |
Implements mio::GeneratorAlgorithm.