References
- KittlerR. and RuckN. 1984. Definition of typical and average exterior daylight conditions in different climatic zones. Energy and Buildings 6 (no. 3): 253–259.
- International Commission on Illumination. 1970. Daylight: International recommendations for the calculation of daylight. CIE publication No. 16 (E-3.2).
- MurdochJ.B. 1985. Illumination engineering from Edison's lamp to the laser. New York: Macmillan.
- GilletteG. 1983. A daylight model for building energy simulation. BSS-152 National Bureau of Standards.
- GilletteG. and KusudaT. 1983. A daylight computation procedure for use in DOE-2 and other dynamic building energy programs. J of the IES 12 (no. 2): 78–85.
- FarellR. 1974. The use of the perspective techniques in the calculation of illumination levels from clear skies. J of the IES 3 (no. 1): 153–156.
- FarellR. 1976. Calculating direct illumination from the sky under clear sky conditions. J of the IES 5 (no.2): 218–222.
- HopkinsonR.G.;PetherbridgeP.; and LongmoreJ. 1966. Daylighting. London: Heinemann.
- BoerK.W. 1977. The solar spectrum at typical clear weather days. Solar Energy 19 (no. 5): 525–538.
- KastenF. 1977. Daily and yearly time variation of solar and terrestrial radiaton fluxes as deduced from many years records at Hamburg. Solar Energy 19 (no. 5): 589–593.
- International Commission on Illumination. 1973. Standardization of luminance distribution of clear skies. CIE Publication No. 22 (TC-4.2).
- El DiastyR.;ShapiroM.M.; and FazioP. 1989. A time-dependent concept for daylight calculation; II: The reflected component. J of the IES 18 (no. 2).
- GriffithG.W.;ArnerW.J.; and ConoverE.W. 1955. Modified Lumen Method for daylighting design. Ilium Eng 50 (no. 3): 103–112.
- DaveJ.V. 1975. A direct solution to the spherical harmonics approximation to the radiative transfer equations for an arbitrary solar elevation. Atmospheric Science Journal 32: 790–798.
- HopkinsonR.G. 1954. An empirical formula for the comparison of the indirect component of daylighting factor, Trans. Ilium Eng 19: 201–219.
- KaufmanJ.E., ed. 1981. IES lighting handbook: 1981 reference volume. New York: IESNA.
- PierpointW. 1983. A simple model for day-lighting calculations. General Proceedings of the 1983 International Daylight Conference: 47–51.
- ParentM.D. and MurdochJ.B. 1988. The expansion of the Zonal Cavity Method of interior lighting design to include skylights. J of the IES 17 (no.2): 141–173.
- BlackburnW.J. 1982. Estimation of diffuse radiation components under partial cumulus cloud cover. Solar Energy 29 (no. 5): 441–443.
- BrinsfieldR.;YaramanogluM.; and WheatonF. 1984. Ground level solar radiation prediction model including cloud cover effects. Solar Energy 33 (no. 6): 493–499.
- LynesJ.A. 1968. Principles of natural lighting. London: Elsevier Publishing Company.
- NakamuraH. and OkiM. 1983. Calculation of daylight factor by intermediate sky. Proceedings of the 1983 International Daylighting Conference: 57–59.
- LittlefairP.J. 1981. The luminance distribution of an average sky. Lighting Research and Technology 13 (no. 4): 192–198.
- TregenzaP.R. 1982. Horizontal illuminance from a cloudy sky. Building and Environment 17 (no. 3): 217–222.
- TregenzaP.R. 1980. The daylight factor and actual illuminance ratios. Lighting Research & Technology 12 (no. 3): 121–128.
- TregenzaP.R. and WatersI.M. 1984. Predicting daylight from cloudy skies. Energy and Buildings 6 (no. 3): 261–266.
- BuddeW. 1979. Measurements of the spectral distribution of solar and global radiation. Ottawa: PO-535 Physics Division, NRCC.
- LimB.P.;RaoK.R.; and MattarA.M. 1979. Environmental factors in the design of building fenestration. London: Applied Science Publisher.
- IESNA. 1984. Recommended practice of daylight availability. J of the IES 13 (no. 4): 381–392.
- IESNA. 1979. Recommended practice of daylighting. LD + A 9 (no. 2): 25–61.
- KittlerR. 1967. Standardisation of outdoor conditions for the calculation of daylight factor with clear skies. Proceedings of the CIE Conference: Sunlight in Buildings: 273–285.
- El DiastyR. 1986. Prediction of illumination using radiation measurements. Building and Environment 21 (no. 1): 3–10.
- El DiastyR. 1988. A study on zenith luminance in Montreal, Canada. J of the IES 17 (no. 2): 3–7.
- KrochmanJ. 1967. The calculation of daylight factor for clear sky conditions. Proceedings of the CIE Conference: Sunlight in Buildings: 287–301.