1RB1RF 0LC1RC 1RD1LC 1RZ0RE 1RA1LF 1RA0LE

1RB1RF_0LC1RC_1RD1LC_---0RE_1RA1LF_1RA0LE (bbch)

Analysis by Shawn Ligocki

https://discord.com/channels/960643023006490684/1239205785913790465/1430590536825442384

1RB1RF_0LC1RC_1RD1LC_---0RE_1RA1LF_1RA0LE

A> 10 -> 11 A>
0 1^n A> 00 -> 11 A> 1^n 0   for n >= 1
0 1^2k+3 A> 11 -> 1^4 0 1^2k+1 A>
0 1 A> 1^2 0 -> 1^5 Z>  (Halt)
0 1 A> 1^3 0 -> 1^4 0 1 A>
0 1 A> 1^4   -> 1^5 A> 1
0 1^2k A> 11 -> 1^2k+3 A>


A(a,b,c) = 0^inf 1^a 0 1^b A> 1^c 0^inf

A(a,b,1) -> A(a,b+2,0)
A(a,b,0) -> A(0,a+2,b)
A(a,2k+3,c+2) -> A(a+4,2k+1,c)
A(a,1,2) -> Halt(a+5)
A(a,1,3) -> A(a+4,1,0)
A(a,1,c+4) -> A(0,a+5,c+1)
A(a,2k,c+2) -> A(0,a+2k+3,c)


if b >= c:
  A(0, 2n+1, 2m)   -> A(0, 4m+5, 2(n-m)-1)   if n >= m + 1
  A(0, 2n+1, 2m+1) -> A(0, 4m+5, 2(n-m)+1)   if n >= m
  A(0, 2n+1, 2n)   -> A(0, 5, 4n+2)
if b < c:
  A(0, 2n+1, c) -> A(0, 4n+5, c-2n-3)   if c >= 2n + 4
  A(0, 2n+1, 2n+3) -> A(0, 5, 4n+6)
  A(0, 2n+1, 2n+2) -> Halt(4n+5)