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# Changelog | ||
All notable changes to this project will be documented in this file. | ||
All notable changes to this project are documented in this file. | ||
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The format is based on [Keep a Changelog](https://keepachangelog.com/en/1.0.0/). | ||
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## [Unreleased] | ||
### Added | ||
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### Changed | ||
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## [v1.1.0] | ||
### Added | ||
- Strong Expansion theory is now implemented in SMRT (see Picard et al. 2022 TC) | ||
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- volumetric_liquid_water is a new (and recommended) way to set the amount of water in a layer using make_snowpack. | ||
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- the 'emmodel' argument in make_model can now be a dict mapping of different emmodels for each sort of layer medium. Useful for snow + sea-ice for instance when the emmodels must be different for snow and ice. | ||
- the 'emmodel' argument in make_model can now be a dict mapping different emmodels for each sort of layer medium. Useful for snow + sea-ice for instance when the emmodels must be different for snow and ice. | ||
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- a new function in make_medium.py to create a water body (lake or open ocean): from smrt import make_water_body | ||
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### Changed | ||
- Fresnel coefficients for the reflection and transmission on flat interface are now calculated with a more rigorous equation for (very) lossly materials. This could affect some simulations but with very little effect 60°. | ||
- Fresnel coefficients for the reflection and transmission on flat interface are now calculated with a more rigorous equation for (very) lossly materials. This could affect some simulations with water but the effect is most > 60° incidence angle. | ||
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