Examples for advanced visualizations with dump image in LAMMPS

This folder contains complete input examples for creating visualizations
with the dump image command and various fixes in the GRAPHICS package.
For exploring different options and settings, it is recommended to run
these examples from LAMMPS-GUI and (temporarily) disable FSAA and SSAO.
The simulation can then be conveniently started with CTRL-Enter and
stopped with CTRL-\ and the slideshow viewer will display the images
automatically as they are created.

Here is a list of the inputs and which graphics features they demonstrate

- in.cubes-and-pyramids:    visualization of body particles, uses progress bar
                            https://www.youtube.com/shorts/OYn_VVodnIg

- in.breakable:             using autobond, color-by-property, adding objects and text
                            https://www.youtube.com/watch?v=f4hfPs7aCmI

- in.bpm-fracture:          brittle disk (bonded particle model) shattered by a
                            projectile, coloring each bond by the per-bond force
                            with "dump image ... bond c_ID" and a "bmap" color map

- in.water-arrows:          box of water molecules, uses many kinds of arrows
                            https://www.youtube.com/shorts/4Cm5p0SfgNU

- in.peptide-hbonds:        peptide with surrounding water molecules
                            visualize donated and accepted hydrogen bonds
                            overlay graphics from image without background
                            https://youtube.com/shorts/Q6KBE08AG8c

- in.rhodo-delauney:        transmembrane protein where most atoms are
                            not shown but rather a triangulated surface
                            is shown. Also, the surface is truncated
                            for parts of the system to a region that
                            includes only part of the simulation cell.
                            https://youtube.com/shorts/qywdSfw7z_Q

- in.obstacle-lines         trajectory lines with obstacle flow example
                            https://youtu.be/9HEsGaOsdik
