References
- FontoynontM.R. 1987. Simulation of complex window components using ray-tracing simulation. ISES Solar World Congress.
- PerezR.; IneichenP.; SealsR.; MichalskyJ.; and StewartR. 1990. Modeling daylight availability and irradiance components. Solar Energy 44: 271–289.
- Commission Internationale de l'Eclairage. 1973. Standardization of luminous distribution on clear skies. CIE Publication No. 22. Paris: CIE.
- MoonP. and SpencerD., 1942. Illumination from a nonuniform sky. Illum Eng 37: 707–726.
- MatsuuraK. 1987. Luminance distributions of various reference skies. CIE technical report of TC 3–09 (draft).
- KlecknerE.W.; MichalskyJ.J.; et al. 1981. A multipurpose computer controlled scanning photometer PNL-4081. Richland, WA: Pacific Northwest Laboratory.
- BrungerA.P. 1987. The magnitude, variability, and angular characteristics of the shortwave sky radiance at Toronto. University of Toronto Ph.D. thesis.
- HooperF.C. and BrungerA.P., 1980. A model for the angular distribution of sky radiance. J. Solar Energy Engineering 102: 196–202.
- HarrisonA. W. 1992. Directional luminance versus cloud cover and solar position. Solar Energy 46: 13–20.
- KastenF. and CzeplakG. 1980. Solar and terrestrial radiation dependent on the amount and type of cloud. Solar Energy 34: 177–189.
- KittlerR. 1986. Luminance models of homogeneous skies for design and energy performance predictions. Proc. 2nd International Daylighting Conference. Atlanta, GA: American Society of Heating, Refrigerating and Air-Conditioning Engineers.
- NavvabM., KarayelM., Ne'emanE., and SelkowitzS. 1984. Analysis of turbidity for daylight calculations. Energy and Buildings. 6: 293–303.
- MatsuuraK. and IwataT. 1990. A model of daylight source for the daylight illuminance calculations on the all weather conditions. Proc. 3rd Int. Daylighting Conference, edited by A. Spiridonov.
- PerraudeauM. 1988. Luminance models. National lighting conference and daylighting colloquium, Cambridge, England: Robinson College.
- U. S. National Science Foundation, Research Project # MSM8915165.