Preference-based Design in ArchitectureArchitectural design is a complex process as a result of two prominent characteristicsof choice making 1 multiple designs can fit into one intended purpose, which raisesthe question how to choose the design that fits best, and 2 a multitude of dec |
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100k flight movements 40 60 Decision 60 Decision variable addition and multiplication affine geometry affine space applicable Barzilai Belton and Stewart beslissers Bézier curve Binnekamp Chapter combinations of decision constraint method control points coordinates criterion cubic spline decision maker’s preferences decision makers decision theory decision variable values defined design alternatives Design B Design design constraints design methodology dis-concordance domain of architecture end and control end points evaluation existing building feasible alternatives Figure floorspace goal programming group decision Gunsteren interval scales kilometers Lagrange polynomials Linear Programming LMOP mathematical foundation MAVF MCDA objective function Open Design operations of addition optimization outranking relation overall preference rating overall preference scale pairwise comparisons PBD procedure PFM algorithm Preference curve preference measurement preference rating associated PROMETHEE ratio reference alternatives renovation result shown in Table solution obtained synthetic alternative Tilburg value function Value measurement methodologies VPRO weights Xt yt Xt yield an overall yt Xt Yt