Talk:Affine space

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Definition: Collection of points, none of which is special; an n-dimensional vector belongs to any pair of points. [d] [e]

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Remarks

As for me, the article is nice enough. Here are some remarks. First, about rigid motion and rotation (near the end): if a linear map is isometric but of determinant (-1), then we'd better not call it "rotation". Second, it could be noted that in fact an isometric map (in Euclidean space, I mean) is necessarily affine (even if linearity was not required). Boris Tsirelson 15:49, 23 July 2009 (UTC)

Talk:Affine space

Remarks

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