A PC Level 3D Animation Tool Construction for 3 Dimensional Visualization Supporting Molecular Flow Research
Seizo KATO, Kazuya HIROSE, Masaaki TANI, Naoki Maruyama · Journal of the Visualization Society of Japan · 1999
A PC level 3D animation tool with easy operation and high cost performance is newly constructed here from numerically analyzed data, especially non visual molecular flows. The software is realized by commanding OpenGL library and using the input data automatically ordering scheme built up here. This 3D-CG computer graphics tool is verified by several examples such as (1) chemical reaction of CH4→CH3OH analyzed by the molecular orbital method, (2) plasma process of Ar→ Ar++eanalyzed by the particle monte-carlo method, and(3) plasma CVD process of SiH2+Ar*→ Si+2H+Ar* analyzed by the molecular dynamics method. As a result, these examples can show very well their essential phenomena which are not known yet and this PC level 3D animation tool is found to be significantly useful and widely applicable .