1 | | If you take the uniform distribution on ~~[0,1] or (0,1), i.e. the Lebesgue measure, and round it to the nearest floating-point number, the distribution on the result is the natural notion of the uniform distribution on floating-point numbers in [0,1~~]. |

| 1 | If you take the uniform distribution on ^^[0,1^^] or (0,1), i.e. the Lebesgue measure, and round it to the nearest floating-point number, the distribution on the result is the natural notion of the uniform distribution on floating-point numbers in ^^[0,1^^]. |