This volume explores the role of digital tools in contemporary lighting design, framing them as essential instruments for analysis, verification, and visual interpretation within an increasingly complex built environment. Lighting design is addressed as a multidisciplinary process that integrates physical measurement, perceptual evaluation, and design intent, operating across artificial and natural lighting conditions. The book establishes a conceptual distinction between tools developed for quantitative lighting verification and those oriented toward visual communication and rendering, clarifying their respective scopes, limits, and complementarities. Through a progressive structure, the chapters examine the theoretical foundations of digital lighting simulation, the use of Lighting CAD systems for normative evaluation, and the methodological implications of virtual prototyping in the absence of physical mock-ups. Particular attention is given to the integration of lighting design within Building Information Modeling (BIM) workflows, highlighting the differences between Closed BIM and Open BIM approaches, issues of interoperability, and the resilience of lighting data across platforms. The analysis demonstrates that current BIM environments only partially support lighting-specific requirements, often necessitating external or hybrid workflows. The volume also addresses photorealistic rendering as a perceptual and interpretative tool rather than a substitute for quantitative verification, discussing global illumination models, computational strategies, and the inherent limitations of digital representations of light, color, and visual perception. Across case studies and software comparisons, the book emphasizes methodological awareness and informed tool selection as critical competencies for lighting designers. Overall, the volume provides a coherent theoretical and practical framework for understanding digital lighting design as a balance between scientific rigor, technological mediation, and experiential judgment.

Frontiers of Lighting Design with CAD and BIM

Maurizio Rossi
2025-01-01

Abstract

This volume explores the role of digital tools in contemporary lighting design, framing them as essential instruments for analysis, verification, and visual interpretation within an increasingly complex built environment. Lighting design is addressed as a multidisciplinary process that integrates physical measurement, perceptual evaluation, and design intent, operating across artificial and natural lighting conditions. The book establishes a conceptual distinction between tools developed for quantitative lighting verification and those oriented toward visual communication and rendering, clarifying their respective scopes, limits, and complementarities. Through a progressive structure, the chapters examine the theoretical foundations of digital lighting simulation, the use of Lighting CAD systems for normative evaluation, and the methodological implications of virtual prototyping in the absence of physical mock-ups. Particular attention is given to the integration of lighting design within Building Information Modeling (BIM) workflows, highlighting the differences between Closed BIM and Open BIM approaches, issues of interoperability, and the resilience of lighting data across platforms. The analysis demonstrates that current BIM environments only partially support lighting-specific requirements, often necessitating external or hybrid workflows. The volume also addresses photorealistic rendering as a perceptual and interpretative tool rather than a substitute for quantitative verification, discussing global illumination models, computational strategies, and the inherent limitations of digital representations of light, color, and visual perception. Across case studies and software comparisons, the book emphasizes methodological awareness and informed tool selection as critical competencies for lighting designers. Overall, the volume provides a coherent theoretical and practical framework for understanding digital lighting design as a balance between scientific rigor, technological mediation, and experiential judgment.
2025
GdC-Associazione Italiana Colore
978-88-99513-33-7
Digital lighting design, Lighting simulation, Lighting verification, Virtual prototyping, Lighting CAD, BIM, Photorealistic rendering, Lighting performance evaluation
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1308692
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