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A glass and metal vase, modelled and rendered in Lightwave.

The scene of a toxic spill. Modelled with Lightwave and Rhino, with a few skeletal bits from Poser. Rendered with Lightwave.

The eject button. Created with Lightwave.

A composite of the “tropical fish pond” elements used on this site.

A watch modelled with Rhino. Rendered using BMRT with the help of the RhinoMan plugin. The dial was drawn with Corel Draw.

A portable CD player, modelled with Rhino and rendered with Lightwave. The cloth was modelled using the LW motion designer.

Cartoon models of multiporphyrin arrays, a crystal structure, NMR sample and spectrum. Handwritten POV-Ray code, with crystal geometry output from Accelrys ViewerLite. Structure drawn with ChemDraw, and NMR spectrum exported from Bruker XWin-NMR and edited with Corel Draw.

A glass chain. Modelled and rendered in Lightwave.

A cartoon cyclic peptide for the CD cover of the Sequence V1.5 program. The initial model was created in Rhino then exported as DXF. The mesh was adjusted in Lightwave, followed by addition of the sphere and rendering.

A cyclic peptide in a membrane. The original cyclic peptide model (above) was recycled, and combined with some lipids, modelled in Lightwave as subpatches. Rendered in LW using the depth of field feature.

A table and chair. Modelled in Rhino and rendered with POV-Ray.

A table, cloth and vase. The table, vase and flower were modelled using Rhino. The cloth was modelled using my own software. All geometry was output as POV-ray meshes and combined manually for rendering.

A head, exported from Poser as a Lightwave object. The model was textured within LW and the hair added using the SasLite plugin. Morphmaps were used for animation of the eyes and mouth.

A cartoon representation of single molecule fluorescence resonance energy transfer.

A pair of cufflinks, modelled in Rhino and rendered with BMRT.