V.Bulatov's VRML corner

I have tryed to investigate variouse techniques of representing mathematiacal surfaces in VRML (Virtual Reality Modelling Language) format. In particulary almost all of them have variouse kind of colour texture, which may be used to represents additional information on surface. If your VRML browsers doesn't support textures, you can get larger still picture by clicking on corresponding icon.

Uncompressed VRML files are quite large (some up to 500K in size), therefore they are compressed using gzip. If your browser doesn't understand it, that means that something is wrong with you browser :-).

	VRML 67K	Moebus strip (one side surface)
	VRML 152K	Boy's surface.
	VRML 105K	Transformation of Boy's surface (Venus).
	VRML 119K	Another transformation of Boy's surface.
	VRML 70K	Eight shaped Klein bottle.
	VRML 104K	Roman surface.
	VRML 51K	Enneper's surface (minimal surface - surface with zero mean curvature)
	VRML 36K	Crumpled torus (color corresponds to direction of normal).
	VRML 53K	Unshaved torus (normals itself are shown).
	VRML 207K	Coloured torus.

Comments, opinions, suggestions, questions are welcome. More graphics and animation you can find at my home page. What about MPEG movies?