This is a front-end for the Online Encyclopedia of Integer Sequences, made by Christian Perfect. The idea is to provide OEIS entries in non-ancient HTML, and then to think about how they're presented visually. The source code is on GitHub.
%I A330427 #30 Sep 08 2022 08:46:24 %S A330427 38501,58831,153191,203713,206699,232259,247141,250543,268343,279269, %T A330427 286927,302053,330509,362521,362801,404597,413353,421559,430193, %U A330427 438091,479081,479701,485263,504727,512207,515041,539573,539993,546781,569369,574859,590489,624917 %N A330427 Primes P where the nearest prime is greater than 3*log(P) away. %C A330427 The author suggests that these numbers be called Triple Frogger Primes because three times the distance as the average distance to the nearest neighbor (the log) has to be hopped. %H A330427 Robert Israel, <a href="/A330427/b330427.txt">Table of n, a(n) for n = 1..1000</a> %p A330427 q:= 3: state:= false: count:= 0: Res:= NULL: %p A330427 while count < 100 do %p A330427 p:= nextprime(q); %p A330427 newstate:= is(p-q > 3*log(q)); %p A330427 if state and newstate then %p A330427 count:= count+1; Res:= Res, q; %p A330427 fi; %p A330427 q:= p; state:= newstate; %p A330427 od: %p A330427 Res; # _Robert Israel_, Dec 18 2019 %t A330427 Select[Prime@ Range[10^5], Min@ Abs[# - NextPrime[#, {-1, 1}]] > 3 Log[#] &] (* _Michael De Vlieger_, Dec 15 2019 *) %o A330427 (Magma) f:=func<p|Abs(p-NextPrime(p)) gt 3*Log(p) and Abs(p-PreviousPrime(p)) gt 3*Log(p)>; [p:p in PrimesUpTo(630000)|f(p)];// _Marius A. Burtea_, Dec 18 2019 %o A330427 (PARI) lista(nn) = {my(x=2, y=3); forprime(p=5, nn, if(min(p-y, y-x)>3*log(y), print1(y, ", ")); x=y; y=p); } \\ _Jinyuan Wang_, Mar 03 2020 %Y A330427 Cf. A288908 (with 1*log(P)), A330426 (with 2*log(P)), A330428 (Lowest Frogger Primes). %K A330427 nonn %O A330427 1,1 %A A330427 _Steven M. Altschuld_, Dec 14 2019 %E A330427 More terms from _Michael De Vlieger_, Dec 15 2019