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js3ds is a javascript library to read .3ds files.

The library is inspired by lib3ds : http://code.google.com/p/lib3ds/, so,
if you have experience with lib3ds, many objects will look familiar (Lib3dsMesh etc.).

At the moment only meshes are read: vertices, faces, texels, and some material properties.

NOTE:
I didn't actually test this, so... one thing: Endian.
Default is now little endian, You might want to pass 'false' as
the 4th argumang to the jDataView constructor to setup big endian.

CREDITS
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This library couldn't have been created without Jonas Raoni Soares Silva's BinaryParser: http://jsfromhell.com/classes/binary-parser.
Although recent version have started using jDataVew, a big thank you to Jonas to let us get the ball rolling.

Speaking of jDataView, thanks to Christopher Chedeau for implementing it: https://github.com/vjeux/jDataView.

TODO
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Much :-)
I suspect that especially the chunk reading code could be much smarter.

USAGE
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Loading a 3ds file
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/**
 * Load up a 3DS file
 * @param url
 */
function loadFile(url) {
	var req = new XMLHttpRequest();

	if(req.overrideMimeType) {
		req.overrideMimeType("text/plain; charset=x-user-defined"); // urgh, that took a while to google
	}

	req.onreadystatechange = function() {
		if(req.readyState == 4) {
			if(req.status == 0 || req.status == 200) {
				// @debugDiv is some div to log some stuff, ie: document.getElementById("myDebugDiv")
			  	// @bDebugging is a boolean indicating whether to log
				var lib3ds = new Lib3ds(debugDiv, bDebugging);

				// read the 3DS
				lib3ds.readFile(req.responseText);
			}
		}
	}
	req.open("GET", url, true);
	req.send(null);
}
-------------------------------------------------------
After lib3ds.readFile() was called:

// loop over the parsed meshes
var i, j;
for (i = 0; i < lib3ds.meshes.length; i++) {

	var mesh = lib3ds.meshes[i]; // a mesh is of type Lib3dsMesh

	// vertices
	for (j = 0; j < mesh.points; j++) {
		var vert = mesh.pointL[j]; // a vert is an Array(3)
	}

	// faces
	for (j = 0; j < mesh.faces; j++) {
		var face = mesh.faceL[j] // a face is of type Lib3dsFace

		// indices into the vert array above
		var idx0 = face.points[0];
		var idx1 = face.points[1];
		var idx2 = face.points[2];

		// so the face vertices are:
		var v0 = mesh.pointL[ idx0 ];
		var v1 = mesh.pointL[ idx1 ];
		var v2 = mesh.pointL[ idx2 ];

		// and the material for the face is:
		var materialName = face.material;
		var material = lib3ds.materials[materialName];
		var ambientColor = material.ambientColor;
		// etc....
	}

	// texels / uv: guess you can use the face indices above
	for (j = 0; j < mesh.texels; j++) {
		var uv = mesh.texelL[j];

		var u = uv[0];
		var v = uv[1];
	}
}