I see you caplitalized the name already. In your README, consider including the information you give here: ".. but this latter code would create a heap-allocated array as a temporary variable and hence would presumably be less efficient." For me, that's the marketing message.
On Sunday, August 16, 2015 at 2:16:39 PM UTC-4, Jeffrey Sarnoff wrote: > > I have immediate use for this. Thanks. Please follow Tony's advice, so I > can keep up to date with any modifications. > > On Saturday, August 15, 2015 at 8:13:57 PM UTC-4, [email protected] > wrote: >> >> I wrote a short macro for Julia 0.4 to generate fixed-length tuples using >> comprehension-like syntax. This is useful in code where tuples are used to >> represent fixed-length arrays. Here is an example: >> >> v = @tuplegen [(i==2)? i * 6 : i for i = 1 : 3] >> >> macro-expands to >> >> v = (1, 2*6, 3) >> >> which would yield (1,12,3). You could get the same result via the >> standard code: >> v = tuple( [ <comprehension goes here> ] ...) >> but this latter code would create a heap-allocated array as a temporary >> variable and hence would presumably be less efficient. >> >> The metaprogramming to make this work is similar to the metaprogramming >> for my unroll macro, so I put them in the same package. You can get >> @tuplegen (and @unroll) via: >> >> Pkg.clone("https://github.com/StephenVavasis/Unroll.jl";) >> >>
