Dankook Univ. Depart of Physics Solid State Physics Lab. Choi hye jin Introduction openDX Dankook Univ. Depart of Physics Solid State Physics Lab. Choi hye jin
All pictures from www.opendx.org Free & Powerful 3D visualization tool www.opedx.org All pictures from www.opendx.org
Structure of an OpenDX Module Inputs Outputs
Steps to Creating a Visualization Get the data Formulate a scientific strategy. Import the data Create a simple OpenDx network Incrementally embellish the network. Create the output.
The opendx main menu Get into Data Prompter program Run an openDX without seeing the network Run an openDX network and be able to edit the network Create a new opendx network Run the internal openDX tutorial Load, and be able to edit, one of the OpenDX sample network
Nine Categories of Modules Debugging Annotation Realization Rendering Structuring Transfor mation Import & Export Special Interactor
Atom – position.net
FileSelector /. 현재 디렉토리에서의 모든 dx 파일 /.. 상위폴더에서의 모든 dx 파일
Import Active panel : input module
Glyph Input - data Type : sphere . Rocket. Shape Scale : size. Ratio : size between smallest and largest glyphs
Bond – Tube & Ribbon Line : import file Diameter : bond scale
Bond – Tube & Ribbon Ribbon tube
Switch
Selector & Switch
ClipPlane Object : atom position Point : cliping plane point (center of object) Normal : plane normal vector (1 0 0 ) (0 1 0) (0 0 1)
Transmitter & Receiver
Density - MapToPlane
MapToPlane z ∙ z y x y x
colormap
color Contour line – color MapToPlane – color , colormap, colorbar
colorbar image 1 1
Translate Translation : [ 0 0 0 ] original state [ 0 10 0 ] translate state
RubberSheet
IsoSurface page
Isosurface
ShowConnections
Valuelist
Format
Caption IsoSurface : [5 , 5.1 , 5.2] Valuelist→Format→Caption
Gradient_page
Gradient & Sample
Total image page Receiver Input tab : Ctrl + A
Animation_page
Sequencer
Autoaxes
View control
Regular grid – data file
Regular grid
Wavefuction ( Import X) Wavefuction compute Box compute
Quantum-number n = 3 l = 2 m = 3
Compute
Atom 1s n=1 , l=0, m=0
Atom 2s, 2p n=2 , l=0, m=0 n=2 , l=1, m=0 n=2 , l=1, m=1
Atom 3s,3p n=3 , l=0, m=0 n=3 , l=1, m=0 n=3 , l=1, m=1
Atom 3d n=3 , l=2, m=0 n=3 , l=2, m=1 n=3 , l=2, m=2