Abstract

Summary

This paper presents an extension to the open-source Lark simulation tool (plugin for Grasshopper/Rhino) that enables designers to model ipRGC-influenced light responses during the building design phase, incorporating spectral, temporal, and spatial lighting characteristics. Practically, this gives architects and lighting designers a computational workflow to evaluate and optimize circadian and alertness-relevant lighting conditions before construction.
Abstract

Key Findings

  • The Lark extension incorporates currently available knowledge on ipRGC-influenced light (IIL) responses including spectral sensitivity, temporal dynamics, and spatial distribution of light
  • The tool is open-access and integrates as a plugin to Grasshopper for Rhino, demonstrated via a simulation workflow for building and lighting design
  • No quantitative experimental findings reported; paper is a methodological/tool development contribution
Categories

Categories

The Science of Light: Presents a simulation tool incorporating ipRGC-influenced light responses including spectral, temporal, and spatial characteristics relevant to melanopic lighting standards.
Sleep & Circadian Health: Tool enables anticipation of circadian and alertness effects during building design phase, supporting evidence-based circadian lighting implementation.
Workplace Performance: Simulation workflow supports building and office lighting design optimized for alertness and human-centric lighting outcomes.
Authors

Author(s)

M Gkaintatzi-Masouti, C Pierson
Publication Date

Publication Year

2022
Citations

Number of Citations

5
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