Discover @seanth Open Source projects

@seanth

seanth

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Global Rank 373,242 (Top 13 %)
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Registered over 14 years ago
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Python
50.0 %

Fortran
33.3 %

C++
16.7 %
Location 🇺🇸 United States
Country Total Rank 73,063
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676

C++
7,028

Structure-Synth

Structure Synth (originally from http://structuresynth.sourceforge.net/)

Vida

Spatially explicit plant growth simulation

SERA

Software for simulating the growth of individual trees, and how they assemble to form forests

Vida2Maespa

Tool for using Vida outputs to parameterize MAESPA

AoC2021

PyTectonics

PyTectonics is a 3d plate tectonics simulator written in Python to provide realistic terrain generation for enthusiast world builders. PyTectonics is a principled model. It aims to use simple yet scientifically defensible models that may be easily understood by nonexperts and modified by developers. A 3D framework is used to provide a solid foundation for modeling that is grounded in reality. Python is used to allow access from a wider audience of developers. The model is open source and licensed under version 2.0 of the Creative Commons Non Commercial Attribution License.

Maespa-OSU

A soil-plant-atmosphere model based on MAESTRA and SPA Compiles with: Intel Visual Fortran Compiler (version >10). gfortran A Makefile is provided to compile Maes* on a Mac (thanks to Martin de Kauwe and Alejandro Morales).

maestra---1997

MAESTRO/MAESTRA is a model of forest canopy radiation absorption and photosynthesis. The model has a long history, going back to the work of Norman & Jarvis in the 1970's and 80's. Ying Ping Wang improved and tested the model for his PhD thesis, and it was published in Wang & Jarvis (1990) Agric For Meteorol 51:257-280. A lot of other people have worked on the model over the years, and as of 1997 there were several versions of the model in existence, most of which were complicated and difficult to understand or modify. For the purposes of the ECOCRAFT project, I (Belinda Medlyn) have revised a version of the MAESTRO model which I obtained in early 1997 from Ying-Ping Wang. The revised model was renamed to MAESTRA. The major revisions included: (i) removing redundant and ‘spaghetti’ code; (ii) modularising the code to make the program easier to understand and modify; (iii) incorporating standard formulations of physiological sub-modules (Farquhar - von Caemmerer, Ball-Berry).