Would a sphere with a interior of mirrors show a objects possible positions within simple movements

I haven't put much thought into this but if you have a inner lite sphere , with an entire interior of mirrors, tiles all along it's surface, square tiles, and a stationary object in the center can you speculate that the reflections show possible positions the object could turn and be positioned, within a few simple movements? Different angles, different positions? Would the curves show the object climbing up the curved interior? I don't suggest you would see it moving, or legs or anything , but positioned along the curve, perhaps?

Could you make a sphere like this where you could capture reflections from every angle and some how possibly show the object at different angles of light and having it appear to be different positions or angles the object could possibly take within those range of angles and light?

NO , I know that I don't make sense...I'm a graphic designer.

You can simulate this by creating a circle of mirrors around an object. My main problem with visualizing your question is ... if the object is in the center, where is the viewer? Are we talking zero gravity here?

If the viewer was the object, you could picture this as you would if you were between two parallel mirrors. Each reflection getting smaller and smaller as far as you can see. This would be duplicated in all directions around the sphere.