Aperio now favors this genome
KYROGYROGYROGGGGGGGGGGGGGGK
Calen solvent data
| OGYRO | GYROG | GGGGG |
Aperio Solvent Data (just to get acquainted)
I will continue to track multiples because they are the best clue to repeats in the string and this one is supposed to be (KKK) of which the K trait is expected to be YRO (I hope to debunk the OGG string as the K trait).
(45) GGG IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII (07) GGK IIIIIII (04) GYR IIII (01) KYR I (07) OGG IIIIIII (13) OGY IIIIIIIIIIIII (12) ROG IIIIIIIIIIII (10) YRO IIIIIIIIII
I propose:
KYROGYROGGGGGGGGK
KYR
YRO 1
ROG 1
OGY 1
GYR 1
YRO 2
ROG 2
OGG 1
GGG 1
GGG 2
GGG 3
GGG 4
GGG 5
GGG 6
GGK 1
Two possibilities suggest themselves to me:
Ariella Solvent Data to test theory
| GYROGYR - 3 | YROGYRO - 2 | OGYROGY | GGGGGGK |
Aperio Solvent Data (Second Run)
(49) GGG 1111111111111111111111111111111111111111111111111 (03) GGK 111 (04) GYR 1111 (04) KYR 1111 (04) OGG 1111 (11) OGY 11111111111 (11) ROG 11111111111 (13) YRO 1111111111111
Just a note about my technique here. One of the concerns being addressed is to minimize a perceptibly non-random random number generator. Between my recording the results and clicking the close on the popup, I will also vary my clicks (in case it's is time-hashed) by manually counting to 3-7 and then clicking. I will duplicate numbers, go back to a number I just did or pick a new number. It's not perfect, but it's the thought that counts.
By convention, I'm now alphabetizing the substrings.
Aperio Solvent Data (200 combined trials)
(47.0%) (94) GGG 1111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111 (05.0%) (10) GGK 1111111111 (04.0%) (08) GYR 11111111 (02.5%) (05) KYR 11111 (05.5%) (11) OGG 11111111111 (12.0%) (24) OGY 111111111111111111111111 (11.5%) (23) ROG 11111111111111111111111 (11.5%) (23) YRO 11111111111111111111111
The frequency bands appear to be 4%, 12% and 48%
I propose:
KYROGYROGYROGGGGGGGGGGGGGGK
KYR
YROGYRO
YRO 1
ROG 1
OGY 1
KYROGYROGYROGGGGGGGGGGGGGGK
OGYRO
OGYROGY
GYROG
GYR 1
YRO 2
KYROGYROGYROGGGGGGGGGGGGGGK
ROG 2
OGY 2
KYROGYROGYROGGGGGGGGGGGGGGK
GYROGYR
GYR 2 (?!)
OGYRO
YROGYRO
YRO
KYROGYROGYROGGGGGGGGGGGGGGK
GYROG
ROG
OGG 1
GGGGG
GGG 1
GGG 2
GGG 3
GGG 4
GGG 5
GGG 6
GGG 7
GGG 8
GGG 9
GGG 10
GGG 11
GGG 12
GGGGGGK
GGK 1
KYROGYROGYROGGGGGGGGGGGGGGK