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Volume: 35 | Article ID: AVM-116
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The design and validation of a rain model for a simulated automotive environment
  DOI :  10.2352/EI.2023.35.16.AVM-116  Published OnlineJanuary 2023
Abstract
Abstract

This paper presents the design of an accurate rain model for the commercially-available Anyverse automotive simulation environment. The model incorporates the physical properties of rain and a process to validate the model against real rain is proposed. Due to the high computational complexity of path tracing through a particle-based model, a second more computationally efficient model is also proposed. For the second model, the rain is modeled using a combination of a particle-based model and an attenuation field. The attenuation field is fine-tuned against the particle-only model to minimize the difference between the models.

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Tim Brophy, Brian Deegan, Javier Salado, Ángel Tena, Patrick Denny, Martin Glavin, Enda Ward, Jonathan Horgan, Edward Jones, "The design and validation of a rain model for a simulated automotive environmentin Electronic Imaging,  2023,  pp 116-1 - 116-6,  https://doi.org/10.2352/EI.2023.35.16.AVM-116

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