[Paraview] Plotting an isosurface at two different density values from a standard gaussian CUBE file

[Marcus D. Hanwell]

Hi Simon,

I think that http://www.paraview.org/paraview/help/documentation.htmlcontains
links to all of the available resources for ParaView. Depending on
what you are doing with ParaView the user's guide (book), wiki, or Doxygen
generated API documentation are all great resources.

There are also training courses, support and consulting with Kitware and
this mailing list. The Source can also provide great updates to new features
in ParaView, and other Kitware projects/products.

Marcus

On Thu, Apr 8, 2010 at 11:25 AM, Simon Su <newsgroup4ssu at gmail.com> wrote:

> Hi Marcus,
>
> Great!! Awesome.  This is probably the most effortless visualization that I
> have created for my user base. I was getting ready to write a loader for it
> when I was approached with a CUBE data format.
>
> You mentioned I can do a lot more with ParaView, is there like a manual to
> help guide me through? other than bugging you for it?
>
> Thanks,
> Simon
>
>
> On Thu, Apr 8, 2010 at 11:10 AM, Marcus D. Hanwell <
> marcus.hanwell at kitware.com> wrote:
>
>> On Thu, Apr 8, 2010 at 10:23 AM, Simon Su <newsgroup4ssu at gmail.com>wrote:
>>
>>> Hi All,
>>>
>>> I am very new to CUBE data format. If I have a standard gaussian cube
>>> file which contains information of lattices, position of atoms and a
>>> spin-density. How can I plot iso surfaces at density value =0.008 and
>>> -0.008?
>>>
>>> Thank you,
>>> Simon
>>>
>>> Hi,
>>
>> You can load the cube file, apply, select gridded data in the pipeline
>> browser, then go to filters, common, contour and specify the value ranges in
>> the properties isosurfaces pane. Then click apply and you will see the
>> isosurfaces. You can also glyph the Output in the pipeline browser to see
>> the atoms.
>>
>> I hope this gets you started - there is lots more that you can do in
>> ParaView with the data.
>>
>> Marcus
>> --
>> Marcus D. Hanwell, Ph.D.
>> R&D Engineer, Kitware Inc.
>> (518) 881-4937
>>
>
>


-- 
Marcus D. Hanwell, Ph.D.
R&D Engineer, Kitware Inc.
(518) 881-4937
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