Python 3d model visualization
[DOC File]Date: Mon, 25 Apr 2005 15:31:18 -0400
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Students in introductory physics courses have been using VPython to do computer modeling. VPython lets students focus on the physics computations without having to write explicit graphics statements yet obtain 3D visualization. Students can do true vector computations, which improves their understanding of the utility of vectors and vector ...
[DOC File]Creating 3 Dimensional Animations of Laboratory ...
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Hence, our first design goal is to use 3D visualization to enable the user to easily understand the experiment. Incorporating relevant animation in the 3D models created: The procedure of the experiment often includes motion of various components. A static 3D model is insufficient to capture the moving aspects of the experiment.
[DOCX File]Multiform Glyph Based Web Search Result Visualization
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Oct 11, 2012 · being active all modifications in the 3D (2D) view port would be documented in the “Node Editor”; nodes would be automatically inserted while the user is modeling in the 3D view or drawing in the 2D view. The modifier settings could still be displayed in the “Properties Window” but the data flow would be controlled with a node setup.
[DOC File]1 - University of Washington
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Figure 1. Augmented computational model and physical model with tracking markers. 3.1. Haptic Rendering Framework. Haptic feedback is integrated within PMV as a device-independent software module selectable at runtime. A device-specific interface to the Python module was created using SWIG [10].
[DOC File]Purification of Epsilon15 phage: A 1 liter culture of ...
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An image of a single particle with a pronounced tail density was chosen to generate a cylindrically averaged 3D model. The tail from this model was computationally extracted and grafted on one of the five-fold vertices of an icosahedral reconstruction. The combined capsid/tail was used as the initial non-icosahedral model.
[DOC File]TEXTAL: Artificial Intelligence Techniques for
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An initial approximate structure can be determined from the typically noisy and blurred electron density map, with the help of 3D visualization and model-building computer graphic systems such as O (Jones, Zou, and Cowtan 1991). The resulting structure can be used to improve the phases, and create a better map, which can be re-interpreted.
[DOCX File]OpenPTV
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OpenPTV is a 3D-PTV software based on the core algorithms developed at ETH Zurich. The branches of the Zurich code have been developed independently by the Eindhoven University of Technology (TU/e) group of Turbulence and Vortex Dynamics (C++ version with Tcl/Tk and few new algorithms of general coordinate transformation) and by the Turbulence ...
[DOC File]Rowan University - Personal Web Sites
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The trailer model was created in Autodesk Maya 8.5. The model was then broken into component parts and exported as object (obj) files to Autodesk 3D Studio Max. This program was utilized because of an exporting feature available that would make the model completely compatible with the rendering program. The models were converted into .OSG files.
[DOC File]MOLECULAR VISUALIZATION SOFTWARE
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PyMOL is a molecular graphics system with an embedded Python interpreter designed for real-time visualization and rapid generation of high-quality molecular graphics images and animations. rasmol RasMol is a free program which displays molecular structure.
[DOC File]Introduction
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Listing 13 Adding extra visualization fields in the main Python script DeltaNotch.py in the Delta-Notch model. In the steppable file (Listing 14, DeltaNotch_Step.py) we use setScalarFields() to set the variables self.scalarField1 and self.scalarField2 to point to the fields DeltaField and NotchField, respectively.
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