Abstract

Technologies such as cellular automata, genetic algorithms, and artificial intelligence have greatly expanded the range of possible architectural and urban solutions. The challenge is no longer only how to generate form, but how to interpret, evaluate, and select among multiple outcomes produced within computationally open-ended systems. When such generated alternatives are understood as collections, selection can be approached as a curatorial act. This article introduces the concept of algo-scapes: potentially extensive algorithmic landscapes whose meaning emerges only through processes of human discernment, comparison, and choice. To examine the broader logic of such selection, the study adopts a two-phase comparative design based on two parallel surveys. In the first phase, responses from 32 collectors of material objects are used to examine how collections are expanded and evaluated under conditions of differentiation, coherence, and spatial limitation. In the second phase, responses from 50 architects, urban planners, and interior designers are analyzed in order to determine whether analogous patterns can be identified in the ways spatial systems are developed, modified, and brought to temporary states of completion. The findings suggest that the strongest similarity between the two domains lies not in identical criteria of evaluation, but in a shared structure of selective growth based on addition, differentiation, limitation, and temporary completeness. While collectors place greater emphasis on uniqueness, aesthetic value, and personal attachment, architects, urban planners, and interior designers prioritize systemic fit, improvement, and contextual coherence. The article argues that the logic of collection can serve as a useful interpretive model for understanding architectural, urban, and algorithmic design systems, provided that it is understood structurally rather than literally. In this sense, algo-scapes are not meaningful simply because they can generate many alternatives, but because they require meta-level criteria through which meaningful configurations can be selected from potentially open-ended fields of possibility.

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