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Analysing the physical light field and its relation to the perceived visual light field in architectural spaces.
Abgeschlossen
01.01.2020 - 31.12.2021
Forschung
Projektseite auf C4Science inkl. Git-Repository für Simulationssoftware
Projektseite auf ResearchGate
RADIANCE-Simulationssoftware im Git-Repository
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
Schliessen
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, ???-???.
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.
