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The resulting model was visualized in different orientations, using a 3D data visualization software package, for a better perception of the results.
To facilitate the development of normative landscape scenarios, the output of a land-use decision model was visualized in 3D, establishing a relationship between policy influence factors (as model drivers) and the 3D visualizations.
The CYP3A45 model was visualized using Pymol (http://www.pymol.org).org
The resulting model was visualized as a journal network that outlines the relationships between various scientific domains and clarifies the connection of the social sciences and humanities to the natural sciences.
The three-dimensional structure of Vmn1r67 was modeled using the PHYRE 0.2 threading program (http://www.sbg.bio.ic.ac.uk/phyre/), and the resulting model was visualized using PYMOL (open-source 1.2.8; http://www.pymol.org/).org/
Each model was visualized with a heatmap.
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A third‐order nested Tucker model is visualized in Figure1. Figure 1 Visualization of a third‐order nested Tucker model.
The resulting model is visualized to assist the assembly process.
As such, the basic step model is visualized at each instance from a first-person perspective.
Finally, graphically, the model is visualized by drawing 2D contour plots (Figure 4).
A third‐order block PARALIND/CONFAC model is visualized in Figure2.
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