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Hits since May 20th 2011 

 

last update 10/03/2013  

WinXMorph™

 by Werner Kaminsky

 Research Associate Professor
 Office (206) 543-7585  Lab (206) 543-0210
 kaminsky@chem.washington.edu

  interactive diamond don't see? 

WinXMorph is a software program for creating realistic still or animated crystal shapes (morphologies) from crystallographic data (metric, (hkl) - Miller indices and central distances) as input and *.wrl (VRML V2.0 utf8) files as output, that can be inserted on web pages (see publications in J. Appl. Cryst. 2005 and J.Appl. Cryst. 2007)

An executable version is available free to end users.
Please consider making a donation of $30 to support
the lab and software.


WinXMorph works on Windows 98, 2000, XP, VISTA, -7.
(see requirements)

Features summary of current version (1.54), published 3rd October/2013:  

go to download here

   

  • Editing of Miller-indices, central distances, colors, transparency, animation

  • Crystal point groups and icosahedral symmetry

  • Full data import / export in *.mor and *.wrl formats

  • Export of 3-D *.stl filed for three dimensional printing

  • Limited data import / export in IUCr - *.cif format

  • Simulation of crystal twinning

  • Bravais-Friedel, Donnay-Harker model to predict morphologies

  • Import of images for faces to simulate textures

  • {hkl} or {hkil} indices mode, overline-listing of negative indices in model

  • Angles, surface, volume calculations

  • Crystallographic to/from physical reference transformation of indices

  • Simulation of cleavage or crystal cuts

  • Growth-sector drawing and projection to crystal cleavage planes

  • VRML-File compression *.wrz, 

  • Image export to file or clipboard as windows bitmap

  • Quick-recall of most recent documents

  • Full redo / undo / cancel capability for all actions

  • 'New Model' feature

  • Automatic update of newer versions at program start  (since 1/10/06)

  • Detailed help manual

VRML-Examples

quartz

quartz-handpiece

rosequartz

smokyquartz

amethyst-handpiece

K2SO4 dyed with Trypan Blue

pyrit{001}

pyrit{210}

pyrit-handpiece

Truncated Icosahedron

  

  

best viewed with R98 Renderer

 

Requirements

Windows 98/2000/NT/XP/VISTA/-7, high-color capable video card, 16MB disk space

DOWNLOAD Download free WinXMorph here  (3.15MB)
Plugin-alternative Download this (Logo-free) VRML client  if you experience problems with the Cortona 5.1 VRML client on older computers. Uninstall the newer version, install this one, and restart computer. This Browser is well suited for presentations.
Download windows html-help to see what the program does (1.39MB). (after download, open properties to the file and unblock)
 

Tutorial on how to add virtual reality to a PowerPoint presentation

  Virtual Reality in Powerpoint (VRML and Java; Presentation at the ACA 2007 meeting)
diamond.wrl Download the diamond example from this page

 

Below an example screenshot

 

About WinXMorph and the author

Author of the program and this text is Werner Kaminsky. He has a research faculty position in the Department for Chemistry of the University of Washington, Seattle in Washington, USA. Born in Germany in 1959 going to school and after studying physics and then crystallography under Professor Siegfried Haussuehl, a PhD and a ‘Habilitation’ in  Cologne he moved first to Oxford to work at the Clarendon Laboratory in the Physical Crystallography Research Group of Professor Mike Glazer where he got a call to join Professor Bart Kahr in his research on dyed crystals and related phenomena. Half of the time is now spend in solving X-ray structures for the Department. The other half is dedicated to research and on rare occasions to projects like this: writing programs mainly for educational use. This is what Werner has to say about this program.

“This Program was started during my vacation over the holidays in Cologne, Germany, winter 2003/2004. As such, it did not waste salary or other funding while working on this program and I want to share my pleasure of writing and using WinXMorph with members of educational institutions and friends of crystal in generals.

My reason of writing a program to generate *.wrl files of crystal morphologies is simple: there are almost no such files on the internet (August.2004).  This will most likely change soon, and the beauty of crystal shapes will, so I hope, attract many.”



Department of Chemistry
University of Washington
Box 351700
Seattle, Washington, 98195-1700
Voice: (206)543-1610
FAX: (206)685-8665
 

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