No, in
the 0.2 is the lower bound for prior truncation, and the 1 is the upper bound. The 1 is the prior mean and 0.2 is the standard deviation. Therefore,
is the best way as it allows to only set the lower and upper bound of the distribution.
No, in
the 0.2 is the lower bound for prior truncation, and the 1 is the upper bound. The 1 is the prior mean and 0.2 is the standard deviation. Therefore,
is the best way as it allows to only set the lower and upper bound of the distribution.