Evidence collection
v1.2.0-evidences-1195.json ebb903ba
Collected 4 weeks ago
Release notes
[1.2.0] 2025-03-20
Light
- Reinhart sky discretization scheme is in a new module sky_model in a new class ReinhartSky. Its only input is multiplying factor MF (see new field in INPUTS/SCENARIOS yaml config file), that is used to multiply the 145 patches from the "original" Tregenza sky subdivision scheme into as many patches (e.g. MF = 4 subdivides each of the patches of the Tregenza scheme in 4). Only the top patch is not subdivided like the others, but its size decreases as MF increases. The feature was developed and tested with help of the literature on the subject and the patches' organization seems consistent with the references, mainly : Subramaniam, Sarith & Mistrick, Richard. (2017). A more accurate approach for calculating illuminance with daylight coefficients.
- Conversion function from spherical to cartesian coordinates is in new file conversion_functions.py. Inputs are documented in the function docstring. Conversion functions should be stored there and reused as much as possible to reduce risks of errors.
Crops
- Clip minimal water content to zero. It was clipped to wilting point, which underestimates drought
Misc
- Function to save crop yield as csv
Contributors
- Louis Lemaire louis.lemaire@uliege.be
- Arnaud Bouvry abouvry@uliege.be
Evidence collection
v1.1.0-evidences-1187.json fb849cb1
Collected 1 month ago
Release notes
[1.1.0] 2025-03-05
Light
- Add cosine correction to the computation of diffuse irradiance at ground level
Crops
- Refactor of GrasSim Python implementation
- Refactor of Crop model choice and parametrization through config files
Misc
- Add a conversion_functions.py for functions that can be used in different contexts/classes (for now : conversion from Cartesian to spherical coordinates)
Contributors
- Louis Lemaire louis.lemaire@uliege.be
- Arnaud Bouvry abouvry@uliege.be
Evidence collection
v1.0.0-evidences-1155.json 34d27109
Collected 2 months ago
Release notes
Version of the PASE framework used for the publication of the paper "Modelling light-sharing in agrivoltaics: the open-source Python Agrivoltaic Simulation Environment (PASE 1.0)"