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@@ -7,4 +7,4 @@ Just like other sorting criteria, smart shuffle can be sorted in ascending or de
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Let's say you have 15 episodes in your queue: 1 from each of podcasts A, B and C, 2 from podcast D and 10 from podcast E. Smart shuffle first takes the podcast with the most episodes (E) and spreads out its episodes in the queue: EE_EE_E_E_EE_EE. It then takes the podcast with the second-most episodes (D) and spreads out those in the available slots: EE_EEDE_EDEE_EE. This continues until we end up with a queue that looks like this: EEBEEDECEDEEAEE.
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Publication dates play a role both _within_ podcasts (in our example, episodes from podcast E are sorted accordingly) and _between_ podcasts (the episode from podcast B gets an earlier spot than the one from podcast A because the former is more recent).
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Publication dates play a role both _within_ podcasts (in our example, episodes from podcast E are sorted accordingly) and _between_ podcasts (the episode from podcast B gets an earlier spot than the one from podcast A because the former is older).
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