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  3. A New Expression of Three‐dimensional Light Flow in Architectural Spaces and its Visual Interpretation in the Context of Human‐centric Lighting Design A New Expression of Three‐dimensional Light Flow in Architectural Spaces and its Visual Interpretation in the Context of Human‐centric Lighting Design

A New Expression of Three‐dimensional Light Flow in Architectural Spaces and its Visual Interpretation in the Context of Human‐centric Lighting Design

Analysing the physical light field and its relation to the perceived visual light field in architectural spaces.

Brief information

Status:

Completed

Period:

01.01.2020 - 31.12.2021

Overview

A new method of expressing three-dimensional light flow in architectural spaces is presented using the RADIANCE volume photon mapping extension. This light transport simulation algorithm is not bound to surfaces and can therefore visualise the volumetric light distribution taking into account luminance, direction, and colour. Our method derives a physical light field from this distribution, which will serve as a reference for a series of ongoing experiments at the Tokyo University of Science to evaluate the corresponding visual light field using human observers. The goal of the experiments is to determine the accuracy with which the observers can predict the physical light field in a real scene given visual cues on gauge objects, such as shading, contrast, and reflected colour.

Lightflow in Sunpu church rendered with volume photon mapping, © Schregle, Roland
Lightflow in Villa Müller (Prague) rendered with volume photon mapping, © Schregle, Roland
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Facts

Type of project

Forschung

Internal organisations involved
  • OLD - CC Building Envelope
External project partner
  • Tokyo University of Science
External project funder
  • Japanese Society for the Promotion of Science
Funding
  • Ausland
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Links

  • Projektseite auf C4Science inkl. Git-Repository für Simulationssoftware

  • Projektseite auf ResearchGate

  • RADIANCE-Simulationssoftware im Git-Repository

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Persons involved: internal

Project manager
  • Roland Schregle
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Persons involved: external

External project manager
  • Nozomu Yoshizawa

Publications

  • Artistic work/music (1)

    • Schregle, Roland (Autor/in) & Yoshizawa, Nozomu (2021). Gone in 60 Nanoseconds: Transient Light Transport in Villa Müller Bilbao (ES): https://radiance-online.org/community/workshops/2021-bilbao-spain-2/presentations/20_friday/Radiance2021-GoneIn60Nanosec-8.pdf

  • Article, review; peer reviewed (2)

    • Nozaki, Kaichi; Yoshizawa, Nozomu; Takase, Kozo; Taniguchi, Keiichiro & Schregle, Roland (2022). New Assessment Method for Solar Radiation Effects on Indoor Thermal Comfort based on Scalar Irradiance using Volume Photon Mapping. Building and Environment, ???-???.

    • Yoshizawa, Nozomu; Schregle, Roland; Komazawa, Ken & Otori, Kaira (2022). Photon Flow: A three-dimensional Expression of Light Flow using Volume Photon Mapping. Lighting Research and Technology, ???-???.

  • Presentation (conference/report/lectures) (3)

    • Schregle, Roland; Yoshizawa, Nozomu; Okamoto, Toshihide & Komazawa, Ken (21.08.2019). An Ongoing Visual Assessment of Three-dimensional Light Flow Expressed Through Volume Photon Mapping. 18th International RADIANCE Workshop, New York City, New York, USA.

    • Okamoto, Toshihide; Schregle, Roland & Yoshizawa, Nozomu (14.06.2019). Case Studies of a Three-Dimensional Expression of Coloured Light Flow Using Volume Photon Mapping. 29th Quadrennial Session of the CIE, Washington DC.

    • Okamoto, Toshihide; Schregle, Roland & Yoshizawa, Nozomu (14.06.2019). Case Studies of a Three-Dimensional Expression of Coloured Light Flow using Volume Photon Mapping (Poster). 29th Quadrennial Session of the CIE, Washington DC.

Brief information

Status:

Completed

Period:

01/01/2020 - 12/31/2021

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