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VMD User's Guide
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VMD User's Guide
Index
Contents
List of Figures
List of Tables
Introduction
Contacting the authors
Registering VMD
Citation Reference
Acknowledgments
Copyright and Disclaimer Notices
For information on our other software
Hardware and Software Requirements
Basic Hardware and Software Requirements
Multi-core CPUs and GPU Acceleration
Parallel Computing on Clusters and Supercomputers
Tutorials
Rapid Introduction to VMD
Viewing a molecule: Myoglobin
Rendering an Image
A Quick Animation
An Introduction to Atom Selection
Comparing Two Structures
Some Nice Represenations
Saving your work
Tracking Script Command Versions of the GUI Actions
Loading A Molecule
Notes on common molecular file formats
What happens when a file is loaded?
Babel interface
Raster3D file format
User Interface Components
Using the Mouse in the Graphics Window
Mouse Modes
Pick Modes
Hot Keys
Using the Spaceball in the Graphics Window
Spaceball Driver
Using the Joystick in the Graphics Window
Description of each VMD window
Main Window
Main Window Molecule List browser
Main Window Animation Controls
Molecule File Browser Window
Mouse Menu
Display Menu and Display Settings Window
Graphics Window
Labels Window
Color Window
Material Window
Render Window
Tool Window
IMD Connect Simulation Window
Sequence Window
RamaPlot
Molecular Drawing Methods
Rendering methods
Lines
Bonds
DynamicBonds
HBonds
Points
VDW
CPK
Licorice
Polyhedra
Trace
Tube
Ribbons
NewRibbons
Cartoon
NewCartoon
PaperChain
Twister
QuickSurf
Surf
MSMS
NanoShaper
VolumeSlice
Isosurface
FieldLines
Orbital
Beads
Dotted
Solvent
Coloring Methods
Color categories
Coloring Methods
Coloring by color categories
Color scale
Materials
Selection Methods
Definition of Keywords and Functions
Boolean Keywords
Short Circuiting
Quoting with Single Quotes
Double Quotes and Regular Expressions
Comparison selections
Comparison Operators
Other selections
Viewing Modes
Perspective/Orthographic views
Monoscopic Modes
Stereoscopic Modes
Quad-buffered Stereo
Side-By-Side and Cross-Eyed Stereo
HDTV Side-by-side Stereo
Checkerboard Stereo
Column Interleaved Stereo
Row Interleaved Stereo
Anaglyph Stereo
Stereo Parameters
Scene Export and Rendering
Screen Capture Using Snapshot
Higher Quality Rendering
Caveats
One Step Printing
Making Stereo Images
Making a Movie
Tcl Text Interface
Using text commands
Tcl/Tk
Tcl Text Commands
animate
atomselect
axes
color
colorinfo
display
draw
exit
graphics
gettimestep
help
imd
label
light
logfile
material
mdffi
measure
menu
mol
molecule
molinfo
mouse
parallel
play
quit
render
rock
rotate
scale
stage
tool
translate
user
vmdinfo
volmap
voltool
wait
sleep
Tcl callbacks
Python Text Interface
Using the Python interpreter within VMD
Python modules within VMD
Atom selections in Python
The built-in atomsel type
The AtomSel class (DEPRECATED)
An atom selection example
Changing the selection and the frame
Combining atom selections
RMS example
Python callbacks
Using Tkinter menus in VMD
Controlling VMD from Python
animate
axes
color
display
evaltcl
graphics
imd
label
material
measure
molecule
molrep
render
topology
trans
vmdnumpy
High-level Python Interface
Molecule
MoleculeRep
Draw Style Methods
Saving and Restoring Molecule State
Vectors and Matrices
Vectors
Matrix routines
Multiplying vectors and matrices
Misc. functions and values
Molecular Analysis
Using the molinfo command
Using the atomselect command
Analysis scripts
RMS Fit and Alignment
RMS Fit and Alignment Extension
RMS and scripting
VMD Script Commands for Colors
Changing the color scale definitions
Creating a set of black-and-white color definitions
Revert all RGB values to defaults
Coloring Trick - Override a Coloring Category
Collective Variables Interface (Colvars)
Overview
Writing a Colvars configuration: a crash course
The Colvars dashboard
A mini-tutorial
The Dashboard window
Loading / Saving configuration files
The configuration editor
Plotting and visualizing collective variables
Enabling and controlling the Colvars module in VMD
Units in the Colvars module
Using the cv command to control the Colvars module
Configuration syntax used by the Colvars module
Global keywords
Input state file
Output files
Defining collective variables
Choosing a function
Distances
Angles
Contacts
Collective metrics
Rotations
Protein structure descriptors
Raw data: building blocks for custom functions
Geometric path collective variables
Arithmetic path collective variables
Shared keywords for all components
Periodic components
Non-scalar components
Linear and polynomial combinations of components
Scripted functions
Defining grid parameters
Trajectory output
Extended Lagrangian
Multiple time-step variables
Backward-compatibility
Statistical analysis
Selecting atoms
Atom selection keywords
Moving frame of reference.
Treatment of periodic boundary conditions.
Performance of a Colvars calculation based on group size.
Biasing and analysis methods
Thermodynamic integration
Adaptive Biasing Force
Extended-system Adaptive Biasing Force (eABF)
Metadynamics
Harmonic restraints
Computing the work of a changing restraint
Harmonic wall restraints
Linear restraints
Adaptive Linear Bias/Experiment Directed Simulation
Multidimensional histograms
Probability distribution-restraints
Defining scripted biases
Performance of scripted biases
Scripting interface (Tcl): list of commands
Commands to manage the Colvars module
Commands to manage individual collective variables
Commands to manage individual biases
Syntax changes from older versions
Customizing VMD Sessions
VMD Command-Line Options
Environment Variables
Startup Files
Core Script Files
User Script Files
.vmdrc and vmd.rc Files
Using VMD as a WWW Client (for chemical/* documents)
MIME types
Setting up your .mailcap
Example sites
Bibliography
Index
About this document ...
vmd@ks.uiuc.edu