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edited Oct 18, 2022 at 12:35

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Fig, \$14\log_{256}(96)\approx\$ 11\$13\log_{256}(96)\approx\$ 10.524701 bytes

}S*tFmC@pLxS*-x9x9tFmC@pL

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}S*tFmC@pLx-x9 F Filter mC All natural numbers @p For primes. t Lx Take len(input) items from that. * Vectorizing multiply by -x9 Subtracting each item in the input from 9. S Sum } And increment.

-1 character thanks to Seggan

Fig, \$14\log_{256}(96)\approx\$ 11.524 bytes

}S*tFmC@pLx-x9

Try it online!

}S*tFmC@pLx-x9 F Filter mC All natural numbers @p For primes. t Lx Take len(input) items from that. * Vectorizing multiply by -x9 Subtracting each item in the input from 9. S Sum } And increment.

Fig, \$13\log_{256}(96)\approx\$ 10.701 bytes

}S*-x9tFmC@pL

Try it online!

-1 character thanks to Seggan

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answered Oct 15, 2022 at 20:28

naffetS

13.1k
2
22
54

Fig, \$14\log_{256}(96)\approx\$ 11.524 bytes

}S*tFmC@pLx-x9

Try it online!

}S*tFmC@pLx-x9 F Filter mC All natural numbers @p For primes. t Lx Take len(input) items from that. * Vectorizing multiply by -x9 Subtracting each item in the input from 9. S Sum } And increment.