User:Maxywaxy/MaxPages/3

Maxywaxy's Recursive Array Notation
\(|_{A}\) means \(A\)th mark (where marking system is slash, semicolon, asterisk, so on) and # represents an array Okay, that's a bit confusing
 * Base rule: \([a,b,c]\) = \(a\underbrace{\uparrow\uparrow\cdots\uparrow\uparrow}_{c}b\)
 * Trailing rule: \([\#,1]\) = \([\#]\)
 * Recursive rule: \([\#|_{x}m,n]\) = \([\#|_{x}[\#|_{x}m,n-1]]\)
 * Slash rule: \([a/b]\) = \([\underbrace{a,a,\cdots,a,a}_{b}]\)
 * Mark rule: \([a|_{n+1}b]\) = \([\underbrace{a|_{n}a|_{n}\cdots|_{n}a|_{n}a}_{b}]\)
 * Hypermark rule: \([a|^{m+1}_{n}b]\) = \([\underbrace{a|^{m}_{n}a|^{m}_{n}\cdots|^{m}_{n}a|^{m}_{n}}_{b}]\)
 * [a,b,c] = same as beaf, a^^...^^b with c arrows
 * [a,b,c,d] = [a,b,[a,b,[...[a,b,c]...]]] with d layers
 * [a,b,c,d,e] = [a,b,c,[a,b,c,[...[a,b,c,d]...]]] with e layers
 * [a,b,c,d,e,f] = [a,b,c,d,[a,b,c,d,[...[a,b,c,d,e]...]]] with f layers
 * 1) [a/b] = [a,a,...,a,a] with b a's
 * 2) [a/b,c] = [a/[a/[a/...[a/b]...]]] with c layers
 * 3) [a/b,c,d] = [a/b,[a/b,[a/b,...[a/b,c]...]]] with d layers
 * 4) [a/b,c,d,e] = [a/b,c,[a/b,c,[a/b,c,...[a/b,c,d]...]]] with e layers
 * 5) [a/b/c] = [a/b,b,...,b,b] with c b's
 * 6) [a/b/c,d] = [a/b/[a/b/[a/b/...[a/b/c]...]]] with d layers
 * 7) [a/b/c,d,e] = [a/b/c,[a/b/c,[a/b/c,...[a/b/c,d]...]]] with e layers
 * 8) [a/b/c/d] = [a/b/c,c,c...c,c,c] with d c's
 * 9) [a//b] = [a/a/a...a/a/a] with b a's
 * 10) [a//b,c] = [a//[a//[a//...[a//b]...]]] with c layers
 * 11) [a//b/c] = [a//b,b...b,b] with c b's
 * 12) [a//b//c] = [a//b/b/b...b/b] with c b's
 * 13) [a///b] = [a//a//...//a//a] with b a's
 * 14) [a;b] = [a///...///a] with b slashes
 * 15) [a;b,c] = [a;[a;[a;...[a;b]...]]] with c layers
 * 16) [a;b/c] = [a;b,b,...,b,b] with c b's
 * 17) [a;b//c] = [a;b/b/b...b/b] with c b's
 * 18) [a;b;c] = [a;b///...///b] with c slashes
 * 19) [a;;b] = [a;a;...;a;a] with b a's
 * 20) [a*b] = [a;;;...;;;a] with b semicolons
 * 21) define / as the mark 1, ; as mark 2, * as mark 3, so on
 *  = [a(mark b)a]
 *  = ...>>> with c layers
 *  = ...>>> with d layers
 * 1)  yeah you get it... and eventually
 * <> = 
 * 1) <<>> = <>
 * 2) final arrays: ΩRx[stuff] = <<<...<< >>...>>> with x pairs of angle brackets
 * 3) example for final array: ΩR5[10//10] = <<<<<10//10>>>>>