Rube Goldberg Code

[James_W]

If I recall the ARINC init code correctly that comes with the cards correctly, it creates a warning when run to say that it passed ok (error code = 1, boolean = F) but actually errors with a different value if the code failure. This seems to be fairly common practice for programmers in some industries and can be very annoying if you are merging errors because the first "warning" on the error cluster in a mergre may not be the reason for the VI not behaving as intended. I would guess that the code is definitely written to perform as you see on purpose!

James

[Yamaeda]

Just found this golden nugget:

I'll just replace it with a simple Increment. 🙂

/Y

[Hooovahh]

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@Yamaeda wrote:

I'll just replace it with a simple Increment. 🙂

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Which is exactly what the compiler would do.  Of course that does nothing for the readability.

[JÞB]

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@Yamaeda wrote:

Just found this golden nugget:

I'll just replace it with a simple Increment. 🙂

/Y

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nevermind

[PaulG.]

[James_W]

I just hope that wasn't me! that looks just like the sort of thing I would have written just to be sure!

[altenbach]

Granted, the problem description was a bit vague but here are two different solutions offered by the community.

One is arguably simpler that the other. 😄

Solution A:

19k of code, 60k of block diagram objects, four loops, three case structures, clusters, building arrays, bundling, unbundling, concatenating tunnels, a rainbow of datatypes (orange, green, blue, pink, ...). etc... 😮

Solution B:

5.7k of code, 16k of block diagram objects, two loops, one case structure, 100% I32. 😄

So... who can simplify it even more? 😉

[altenbach]

Comparing if two 2x2 2D arrays are equal. (seen here).

[PaulG.]

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@altenbach wrote:

Comparing if two 2x2 2D arrays are equal. (seen here).

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Should this be set to "compare aggregates"? There should be an indicator on the equal prim if it is ... sounds like an idea for the exchange.

[Todd_Lesher]

Compare elements would have a 2d wire coming out instead of a scalar.