For a zip file containing all the files in this directory, see https://chemapps.stolaf.edu/jmol/zip/Jmol.zip. This test page uses unminified files and can implement the signed Jmol applet, the unsigned Jmol applet, or just JavaScript and HTML5 with or without WebGL. Credits: WebGL interface written by Takanori Nakane. Java2Script written by Zhou Renjian, et al. Jzlib written by Atsuhiko Yamanaka. Jmol code conversion to JavaScript by Bob Hanson.
console image display faster sharper platformSpeed: 8 7 6 5 4 3 2 1 info show clear hide spacefill wire ball&stick cartoons fancy not flat color atomno color cpk color structure isosurface vdw off mep translucent opaque labels on off echo larger smaller | Try various buttons. If anything doesn't work please let me know. Current status: 7 SEP 2013 - Jmol is working completely Java-free, requiring only HTML5. The platformSpeed option (set 1 to 10) allows for rapid rotation of models for platforms that have limited JavaScript capability (iPad/iPhone, tablets). Popup menu, script queuing, animation, spin, vibration, move, moveto, hover, and (guided) navigation, pause/resume are all working; echos/labels working; antialiasDisplay working; synchronous binary and XML file reading working; cartoons, translucency, surfaces -- all are working in a simple HTML5 2D canvas. WebGL is less developed, with just basic shapes and no text. Enter "!" and a command into the search box and press ENTER to execute a script command.
rendering options: unsigned Jmol applet signed Jmol applet JSmol (HTML5 only) JSmol (WebGL) keyword searches =caffeine? (RCSB) =1blu? (RCSB) =1crn? (RCSB) | this-domain calls 2.2MB EDM test local file reading minimize drag-minimize !quit flexible fit PyMOL session - dna estron.cml vasp.xml water.xodydata thread test pause resume !quit !exit moveto delay/hover animation spin/vibration mo homo SQUARED load data/1hxw.png (image) load data/square_planar.spartan load data/water.xyz.gz pmesh "data/sage.pmesh" load data/caffeine.mol isosurface "caffeine.jvxl" load data/1crn.pdb load data/k04041.cif {1 1 1} load data/cl2o.gamess (load +) mo homo mo lumo mesh fill image x 0.5 x 1.0 x 2.0 off on front mid back cyclflip2.spt !quit | direct database calls(unless MSIE) load $caffeine (from NCI) load =1blu (from RCSB) load =1d66 (from RCSB) load =4tra (from RCSB) load :1983 (PubChem CID) load :aspirin (PubChem name) load :smiles:CC/C=C/CC (PubChem SMILES) load $CC/C=C/CC (NCI SMILES) load :caffeine (PubChem, with mep) load $caffeine (NCI, with MMFF94 mep) load ==HEM (RCSB ligand)