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You can now use >> for pipes for distributions. For example, sq.norm(1, 2) >> dist_ceil
Distributions can now be compared with >, <, >=, and <=.
dist_max can be used to get the maximum value between two distributions. This family of functions are not evaluated until the distribution is sampled and they work with pipes.
dist_min can be used to get the minimum value between two distributions.
dist_round can be used to round the final output of a distribution. This makes the distribution discrete.
dist_ceil can be used to ceiling round the final output of a distribution. This makes the distribution discrete.
dist_floor can be used to floor round the final output of a distribution. This makes the distribution discrete.
lclip can be used to clip a distribution to a lower bound. This is the same functionality that is available within the distribution and the sample method.
rclip can be used to clip a distribution to an upper bound. This is the same functionality that is available within the distribution and the sample method.
clip can be used to clip a distribution to both an upper bound and a lower bound. This is the same functionality that is available within the distribution and the sample method.
sample can now be used directly on numbers. This makes const functionally obsolete, but const is maintained for backwards compatibility and in case it is useful.
sample(None) now returns None instead of an error.