Graphical user interface for Gaussian software

Used for setting up, running, and analyzing quantum chemistry calculations

Simplifies the process of creating input files

Visualizes molecular structures and computational results

Starting the program

Opening a new or existing project

Using the drawing tools

Editing molecular geometry

Choosing the computational method

Setting up job type

Ensuring correct atom types and charges

Checking for any errors or warnings

Naming the file appropriately

Saving in the correct format for Gaussian

Using GaussView's interface to Gaussian

Monitoring the job status

Checking for input file errors

Resolving convergence problems

Navigating through the output

Locating key results such as energies and geometries

Using GaussView's visualization tools

Interpreting graphical data

Saving time by reusing settings

Running several calculations simultaneously

Using builtin scripting capabilities for complex tasks

Shortcuts and best practices for efficiency

Documentation

Online forums and communities

Misinterpreting results

Incorrect setup of computational parameters