DMOL_to_field - This modules reads the graphical output files generated
by DMol from Biosym[see REFERENCES], and generates an
AVS field. This field can then be manipulated to
display an isosurface of the electronic charge or use
slicers to view the data. An example network is given
below.
DMOL_to_field - This modules reads the graphical output files generated
by DMol from Biosym[see REFERENCES], and generates an
AVS field. This field can then be manipulated to
display an isosurface of the electronic charge or use
slicers to view the data. An example network is given
below.
Name
DMOL_to_field - This modules reads the graphical output files generated
by DMol from Biosym[see REFERENCES], and generates an
AVS field. This field can then be manipulated to
display an isosurface of the electronic charge or use
slicers to view the data. An example network is given
below.
Summary
Name DMOL_to_field
Type Data Input
Inputs None
Outputs field rectilinear 3D 3-space scalar float
Parameters Name Type Default Min Max
---- ---- ------- --- ---
File_Name string 0 0 0
Description
The density functional computer program DMol outputs graphical data
(Molecular orbitals, density and electrostatic potential, etc.) each to a
different file. This module reads this data and converts it to a 3D field.
Inputs
None
Parameters
File_Name
name of the input data file
Outputs
the output field is a 3D grid which contains the scalar value
of the DMol graphical data.
Example network
---------------------
| display_mopac |
---------------------
|
|
--------------------- | ---------------------
| generate colormap | | | coord2geom |
--------------------- | ---------------------
| | |
| |-----|-------------| |
| | | |
--------------------- ---------------------
| isosurface | | tube |
--------------------- ---------------------
| |
| |
|-------------------+---------------------|
|
|
---------------------
| geometry viewer |
---------------------
References
B. Delly, J. Chem. Phys., Vol. 92, p. 508, (1990)
DMol is available from BIOSYM Technologies, Inc.,
9685 Scranton Road San Diego, CA 92121
Related modules
display_gaussian
display_mopac
coord2geom
See also
K.M. Flurchick and Lee Bartolotti, "Visualizing Properties of
Atomic and Molecular Systems", accepted by Journal of Molecular
Graphics.
Ken Flurchick, Lee Bartolotti and Mark Reed, "Visualizing
Atomic and Molecular Properties Using AVS", AVS'94 Proceedings.
|