Originally Posted by
polikujm
quadra m, a-d, value 1-8 (a-d)!
verg style: a / b, g / d, a / d, g / b -- narrator cycle, R1 => S2 => I1 => P2...
rl style: a / g, b / d, a / d, b / d -- taciturn cycle, L1 => T2 => F1 => E2...
style: inverse -- IJ => IP => EP => EJ => IJ2 => IP2...
(verg style / ch(irn)! ) ~ (rl style / irn(ch)) =>
verg style ~ ch(irn)! +, rl style ~ irn(ch) -, or (verg style / ch(irn)! ) ~ (rl style / irn(ch))...
*product of quadra m, a-d => value 1-8 (a-d)!
-
irn1 ILE, EII, IEI, LIE (Nx1, (Fx1/Lx1)!)
ch1 ESI, LSE, SLE, SEI (Nx2, (Fx2/Lx2)!)
verg style
ext/T ~ narr E(tact L)! => E ~ tact S(narr I)!/ext => ext/S ~ narr R(tact P)!...
int/S ~ tact P(narr R)! => P ~ narr T(tact F)!/int => int/T ~ tact L(narr E)!...
P--A--B--G--D-
1--I--T---P--S-
2--S--E---R--I-
3--L--F---T--P-
4--E--T---F--R-
-
irn2 SLE, ESI, SEI, LSE (Nx3, (Fx3/Lx3)!)
ch2 LSI, ESE, SEE, SLI (Nx4, (Fx4/Lx4)!)
rl style
(ext/T)! ~ narr I(tact S) => E ~ (tact S(narr I)/ext)! => ext/S! ~ narr R(tact P)...
(int/S)! ~ tact P(narr R) => P ~ (narr T(tact F)/int)! => int/T! ~ tact L(narr E)...
P--A--B--G--D-
1--L--E---T--R-
2--E--T---F--P-
3--I--L---R--S-
4--S--T---P--I-