(Q - Petit Lu: I had a question about the lines, because you told us that you had redone the lines, and in fact, I would have liked to know if when you had redone them
, you had noticed some approximations, or if on the contrary, you had noticed that everything fell right into place.)
MB: So that’s another thing. What is called approximation? So I heard, I read debates, for example on Bourges, according to the map, according to something, Bourges, it's a small point, it's a big point, it goes through Bourges, it goes next to Bourges, it's not really happening in Bourges, is that the thing?
(Q - Petit Lu: No, that is to say that there are…, on the Michelin map, there are towns which are smaller than Bourges, which are represented by small circular circles, and well, we imagine that there are certain lines which can pass through these points, have you noticed that it passes well through the points or can it pass by? Not far, but a few millimeters.)
MB: A few millimeters? On a millionth map, that's quite a distance, a few millimeters.
(Q - Petit Lu: And precisely!)
MB: I don't think we are at this level of imprecision. That there are inaccuracies, it's certain, it's even inevitable, we can't be 100% precise, otherwise the physicists who listen to us will scream, so there is always a notion of imprecision.
(Q - Petit Lu: I am a physicist.)
MB: Well precisely, so there is always... Oh dear, why am I right to be suspicious, but why am I right to be suspicious. I learned a lot in two years. So indeed, there is always a notion of imprecision, but at this level, we cannot say if we pass within three or four millimeters of the point that you mention, we do not pass over it, all the same.
(Q - Petit Lu: Okay, okay, it's interesting, ok, because when we make certain features in the solution, we will say, commonly accepted, there is a feature in particular which leaves from Carignan, which does not pass far from Dabo, but which does not arrive at Dabo. It still arrives quite far away. So, ok, thank you very much in any case. answer.)
MB: But you’re welcome.
MB: So that’s another thing. What is called approximation? So I heard, I read debates, for example on Bourges, according to the map, according to something, Bourges, it's a small point, it's a big point, it goes through Bourges, it goes next to Bourges, it's not really happening in Bourges, is that the thing?
(Q - Petit Lu: No, that is to say that there are…, on the Michelin map, there are towns which are smaller than Bourges, which are represented by small circular circles, and well, we imagine that there are certain lines which can pass through these points, have you noticed that it passes well through the points or can it pass by? Not far, but a few millimeters.)
MB: A few millimeters? On a millionth map, that's quite a distance, a few millimeters.
(Q - Petit Lu: And precisely!)
MB: I don't think we are at this level of imprecision. That there are inaccuracies, it's certain, it's even inevitable, we can't be 100% precise, otherwise the physicists who listen to us will scream, so there is always a notion of imprecision.
(Q - Petit Lu: I am a physicist.)
MB: Well precisely, so there is always... Oh dear, why am I right to be suspicious, but why am I right to be suspicious. I learned a lot in two years. So indeed, there is always a notion of imprecision, but at this level, we cannot say if we pass within three or four millimeters of the point that you mention, we do not pass over it, all the same.
(Q - Petit Lu: Okay, okay, it's interesting, ok, because when we make certain features in the solution, we will say, commonly accepted, there is a feature in particular which leaves from Carignan, which does not pass far from Dabo, but which does not arrive at Dabo. It still arrives quite far away. So, ok, thank you very much in any case. answer.)
MB: But you’re welcome.