Sununary Theoretical methods for interior lighting calculations are surveyed with particular reference to modern methods. Developments in personal computer technology have enabled the interreflection method to become the best means for accurate and comprehensive illuminance and luminance calculations for the common case of the rectangular non-obstructed interior.
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References
1.
Harrison W. and Anderson E.A Coefficients of utilisationTrans. Illum. Eng. Soc.15(2) 97 (March 1920)
2.
Jones J.R. and Neidhart J.J.Coefficients of utilisation for luminaires with concentrating distributionsIlluminating Eng.46(12) 601 (December 1951)
3.
Jones J.R. and Neidhart J.J.The zonal method of computing coefficients of utilisation and illumination on room surfacesIllum. Eng.48(3) 141 (March 1953)
4.
Lighting Design Practice Committee of the IES Calculating coefficients of utilisationIllum. Eng.51(5) 385 (May 1956)
5.
Lighting Design Practice Committee of the IES Zonal cavity method of calculating and using coefficients of utilisationIllum. Eng.59(5) 309 (May 1964)
6.
CIE Committee TC-1.5 Calculations for interior lighting —Basic Method Publication 40 (Paris: Commission Internationale de l'Eclairage) (1978)
7.
Calculation Procedures Committee of the IES Recommended procedure for calculating coefficients of utilisation, wall exitance coefficients, and ceiling cavity exitance coefficientsJ. Illum. Eng. Soc.12(1) 3 (October 1982)
8.
CIE Committee TC-1.5 Calculations for interior lighting — Applied Method Publication 52 (Paris: Commission Internationale de l'Eclairage) (1982)
9.
DiLaura D.L.On the computation of equivalent sphere illuminationJ. Illum. Eng. Soc.4(2) 129 (January 1975)
Committee on Lighting Design PracticeThe determination of illumination at a point in interior spaces parts I and IIJ. Illum. Eng. Soc.3(1) 170 (January 1974)
12.
Kostic M.B. and RadovanovicN S Calculation of the indirect component of the horizontal illuminanceLighting Res. Technol.26(2) 107 ( 1994)
13.
O'Brien P.F.Luminous transfer in discrete spacesAppl. Opt.6(x) 1469x(1967)
14.
Meshkov V.V. Fundamentals of illumination engineering (English translation) (Moscow: MIR Publishers ) ( 1981)
15.
Kaufman J E and Haynes H (eds) IES Lighting Handbook - Reference Volume (New York: Illuminating Engineering Society) (1984)
16.
Goral C.M., Torrance K.E., Greenberg D.P. and Battaille B. Modelling interreflections between diffuse surfaces C omputer Graphics (Proc. SIG-GRAPH 1984) 18(3) 213 (1984)
17.
Sillion F.X. and PuechC Radiosity and global illumination (San Francisco, CA : Morgan Kaufmann) (1994)
18.
Hanrahan P. , Saltzman D. and Aupperle L.A rapid hierarchical radiosity algorithmComputer Graphics25(4) 197 (August 1991)
19.
Cohen M.F. and WallaceJ R Radiosity and realistic image synthesis (Boston: Academic Press) (1993)
20.
Baum D.R. and Winget J.M. Real time radiosity through parallel processing and hardware acceleration Computer Graphics24(2) 67 (March 1990)
21.
Puech C., Sillion F. and Vedel C. Improving interaction with radiosity-based lighting simulation programs Computer Graphics24(2) 51 (March 1990)
22.
Campbell A.T. III and. Fussell D.S. Adaptive mesh generation for global diffuse illumination Computer Graphics24(4) 155 (August 1990)
23.
Heckbert P.Discontinuity meshing for radiosityProc. Third Eurographics Workshop on Rendering, Bristol , UK p203 (May 1992)
24.
Lischinski D., Tampieri F. and Greenberg D.P.Discontinuity meshing for accurate radiosityIEEE Computer Graphics and Applications12(6) 25 (November 1992)
25.
Kajiya J. The rendering equation Computer Graphics (Proc. IGGRAPH 1986) 20(4) 143 (1986)
26.
Wallace J.R. , Cohen M.F. and Greenberg D.P.A two-pass solution to the rendering equation: A synthesis of ray-tracing and radiosity methodsComputer Graphics23(3) 315 (July 1989)
27.
Chen S.E., Rushmeier H.E., Miller G. and Turner D.A progressive multi-pass method for global illuminationComputer Graphics (Proc. SIG-. GRAPH 1991) 25(4) 165 (1991)
28.
Rushmeier H. , Patterson C. and Veerasamy A. Geometric simplification for indirect illumination calculation Internal report GIT-GVU-92-01 (Georgia Institute of Technology ) (February 1992)
29.
Lumen-Micro Version 6.0 User's Guide (Boulder, CO 80301, USA: Lighting Technologies Inc)
30.
Facet Manual (St Albans, England: Facet Ltd)
31.
Lupton M.J. , Leung A S M and Cuter D.J. Advances in lighting design methods for non-empty interiors Lighting Res Tecknol.28(1) 29-41 (1995)
32.
The calculation and use of utilisation factors TM5 ( London: Chartered Institution of Building Services )(1980)
33.
Hisano K (ed. Moon P) Illum Eng.(NY) 41232 (1946)
34.
Levin R.E.Cavities, coefficients, and direct ratios J. Illum. Eng Soc . 11(3) 178 (April 1982)