The Helios simulation system is a versatile modeling framework that handles tasks such as managing geometry and associated data structures through a C++ API. Plug-ins build off of the Helios core engine, and access the geometry and data via the Helios context. The sytem comes with a visualization plug-in that can produce stunning renderings of model geometry and data with relatively little effort.
Added new temperature response functions for the rates in the Farquhar-von Caemmerer-Berry model that match the original Arrhenius equations but have an optimum at a given temperature and subsequent decline (Medlyn et al. 2002).
Added helper functions to assist setting the parameters for the temperature response functions
Added non-rectangular hyperbolic light response to the Farquhar-von Caemmerer-Berry model (Medlyn et al. 2002)
Added library of Farquhar-von Caemmerer-Berry model parameters derived from field-collected data (PhotosynthesisModel::getModelCoefficient)
[1.3.19] 2024-09-10
Photosynthesis