A Wide Spectral Range Sky Radiance Model Petr Vévoda Thomas Bashford-Rogers Monika Kolářová Alexander Wilkie October 2022 Proceedings of Pacific Graphics • Computer Graphics Forum Code available
A Wide Spectral Range Sky Radiance Model Petr Vévoda Thomas Bashford-Rogers Monika Kolářová Alexander Wilkie October 2022 Proceedings of Pacific Graphics • Computer Graphics Forum Code available
Predicting Sky Dome Appearance on Earth-like Extrasolar Worlds Alexander Wilkie Lukáš Hošek May 2013 SCCG
Predicting Sky Dome Appearance on Earth-like Extrasolar Worlds Alexander Wilkie Lukáš Hošek May 2013 SCCG
Adding a Solar-Radiance Function to the Hošek-Wilkie Skylight Model Lukáš Hošek Alexander Wilkie May 2013 IEEE Computer Graphics and Applications
Adding a Solar-Radiance Function to the Hošek-Wilkie Skylight Model Lukáš Hošek Alexander Wilkie May 2013 IEEE Computer Graphics and Applications
An Analytic Model for Full Spectral Sky-Dome Radiance Lukáš Hošek Alexander Wilkie August 2012 Proceedings of SIGGRAPH • ACM Transactions on Graphics
An Analytic Model for Full Spectral Sky-Dome Radiance Lukáš Hošek Alexander Wilkie August 2012 Proceedings of SIGGRAPH • ACM Transactions on Graphics
Interactive Cloud Rendering Using Temporally-Coherent Photon Mapping Oskar Elek Tobias Ritschel Alexander Wilkie Hans-Peter Seidel May 2012 Graphics Interface
Interactive Cloud Rendering Using Temporally-Coherent Photon Mapping Oskar Elek Tobias Ritschel Alexander Wilkie Hans-Peter Seidel May 2012 Graphics Interface
A Fitted Radiance and Attenuation Model for Realistic Atmospheres Alexander Wilkie Petr Vévoda Lukáš Hošek Thomas Bashford-Rogers Tomáš Iser Monika Kolářová Tobias Rittig Jaroslav Křivánek August 2021 Proceedings of SIGGRAPH • ACM Transactions on Graphics Code available
A Fitted Radiance and Attenuation Model for Realistic Atmospheres Alexander Wilkie Petr Vévoda Lukáš Hošek Thomas Bashford-Rogers Tomáš Iser Monika Kolářová Tobias Rittig Jaroslav Křivánek August 2021 Proceedings of SIGGRAPH • ACM Transactions on Graphics Code available