Same here with the smurfs. I get the idea, but it becomes a bit awkward sometimes when the only reason you can't skip a clue is that the script won't let you.
I think it might be because this format puts the words into a strict hierarchy of clues, meta-clues, etc, while in a traditional crossword puzzle, the words form more sort of a network, where you can choose the order by yourself.
I wonder if you could restore that property somewhat by arranging the clues into a graph structure instead of a hierarchy. E.g.: (slightly nonsensical example)
[#1: Famous software company] Inc announced a revolutionary new implementation of binary search [#2: The #1 does not fall far from the ___]s today, as well as an improved type of cryptographic [#3: algorithm that needs a [#4: origin of #2, purpose of #1], 3 words]. The ideas are said to have originated from a recently discovered high school notebook of [#5: Co-founder of #1, 2 words] himself.
I think it might be because this format puts the words into a strict hierarchy of clues, meta-clues, etc, while in a traditional crossword puzzle, the words form more sort of a network, where you can choose the order by yourself.
I wonder if you could restore that property somewhat by arranging the clues into a graph structure instead of a hierarchy. E.g.: (slightly nonsensical example)
[#1: Famous software company] Inc announced a revolutionary new implementation of binary search [#2: The #1 does not fall far from the ___]s today, as well as an improved type of cryptographic [#3: algorithm that needs a [#4: origin of #2, purpose of #1], 3 words]. The ideas are said to have originated from a recently discovered high school notebook of [#5: Co-founder of #1, 2 words] himself.