Title :
AMAPstudio: A software suite for plants architecture modelling
Author :
Griffon, S. ; de Coligny, F.
Author_Institution :
Cirad, UMR AMAP, Montpellier, France
fDate :
Oct. 31 2012-Nov. 3 2012
Abstract :
AMAPstudio is a user-friendly software suite designed for botanists and agronomists to edit, visualize, explore and simulate multi-scale plant architecture. It contains interactive tools to handle the topology (e.g. organs addition or deletion), the geometry (e.g. 3D selection, edition, rotation) and the dynamics (i.e. time line, scenarios) of plants at the individual or scene scale. AMAPstudio is based on the Multi-scale Tree Graph (MTG) data structure, which is commonly used to represent plant topology. Users can explore this data structure to test or to improve hypotheses on plant development. Specific data can be extracted with combinations of criteria and can be visualized in tables and graphs. Simple analysis functions can be launched or data can be exported to external tools, e.g. R, or any other statistical computing environment, for more specific analyses. AMAPstudio is also a framework in which modellers can integrate their own plant simulation models. Different scenarios can be computed for a growth model by interactively modifying model parameters or plant structure (e.g. by pruning) at particular time steps.
Keywords :
biology computing; botany; data visualisation; digital simulation; interactive systems; solid modelling; statistical analysis; tree data structures; 3D selection; AMAPstudio; MTG data structure; Multiscale Tree Graph; agronomist; analysis function; botanist; geometry; growth model; interactive tools; multiscale plant architecture; organ addition; organ deletion; plant architecture exploration; plant architecture modelling; plant architecture simulation; plant architecture visualization; plant development; plant simulation model; plant structure; plant topology representation; statistical computing environment; topology handling; user-friendly software suite; 3D; framework; modelling; plant architecture; simulation; software;
Conference_Titel :
Plant Growth Modeling, Simulation, Visualization and Applications (PMA), 2012 IEEE Fourth International Symposium on
Conference_Location :
Shanghai
Print_ISBN :
978-1-4673-0067-4
DOI :
10.1109/PMA.2012.6524825