Frivolity Data

Ariella Solvent Data T4

GYRK

GYYYRR 2ROOYYG 2OOYYGG 2GGGGGY GGGGYY GGGYYY YYGGGG GGYYYR YRROOY 2YYYRRO YGGGGG KRROOY OYYGGG GGGGYR

KRROOY
 missing
  ROOYYG
   OOYYGG
    OYYGGG
     YYGGGG
      YGGGGG
        ?
       GGGGGY
        GGGGYY
         GGGYYY
          GGYYYR
           GYYYRR
            YYYRRO
             missing
               YRROOY
                missing
                 ROOYYG
                  OOYYGG
                       ?
                      GGGGYR
                         GYRK

---

T3 Data---------------------

Aperio proposes this vine:

KRROOYYGGGGGGYYYYRROOYYGGGYRK

I found this note on Rauul's page: Rauul#1 (acts exactly like Amusement is a Light red)Amusement-Frivolity (7L chest)

This interests me because it suggests that there was no impact on the tend table after a cross. That tells me that Frivolity's Color trait may be on the right splint and it's just sliding into the long G sequence. It also suggests that the trait information we have on Amusement's right splint is easy to replicate. I'm going to hammer it with milky trials and see what we get. -Aperio

Calen solvent data

YRK

KRRO RROO ROOY GYYY YYGG KROO

Have conflicting data here with two sets starting with 'K' OOYYG YGGGG YGGGY YYYRR YRROO RROOY ROOYY

Aperio solvent data (200 trials)

Just a comment - I've never identified a new triplet after 100 trials and most appear after 50. This number seems sufficient to establish what triplets are present. This vine was the exception to the 50 trial guideline.

(21.5%) (43) GGG - 1111111111111111111111111111111111111111111
(08.0%) (16) GGY - 1111111111111111
(03.0%) (06) GYR - 111111
(04.5%) (09) GYY - 111111111
(05.5%) (11) KRR - 11111111111
(05.0%) (10) OOY - 1111111111
(06.0%) (12) OYY - 111111111111
(06.0%) (12) ROO - 111111111111
(06.0%) (12) RRO - 111111111111
(10.0%) (20) YGG - 11111111111111111111
(02.5%) (05) YRK - 11111
(03.0%) (06) YRR - 111111
(09.5%) (19) YYG - 1111111111111111111
(03.5%) (07) YYR - 1111111
(06.0%) (12) YYY - 111111111111

Frequency bands appear to be +/- 1.5% from 4.5%, 9.0%, 22.5%

YYY? YRR?

YYR and YYG pair with GYY and OYY and YYY has to next in there somewhere
GYR or YYR leads to YRK.  The other leads to YRR
KRR & YRR suggests a second RRO which necessitates a 2nd ROO which creates a 2nd OOY and OYY

One - KRR YRK One - GYR GYY YRR YYR Probably Two - YYY Two (deduction) OOY OYY ROO RRO Two - GGY YGG YYG (Could be 3, the high KRR prohibits me from easily going to 1 lower frequency band for singles) Five - GGG

Post-mortem - looking at the Vine Theory stuff, I'm inclined to think I've got most of this one right. - Aperio The A trait is probably represented by OOY and is expected to appear twice The C trait is probably represented by RR and is expected to appear twice The S trait is represented by YYY and is expected to appear twice

1. 1. 1. Re-analysis Work-In-Progress

Frequency bands appear to be +/- 1.5% from 4.0%, 8.0%, 20.0%

• One - KRR YRK One - GYR GYY YRR YYR
• Two - YYY OOY OYY ROO RRO GGY YGG YYG
• Five - GGG ?

GGY + GYR = GGYR x1
GGY + GYY = GGYY x1
YYG + YGG = YYGG x2
OOY + OYY = OOYY x1
RRO + ROO = RROO x1

KRROOYYGGGGGGYYYYRROOYYGGGYRK
KRR 1
 RRO 1
 RROO
  ROO 1
  ROOY
   OOY 1
KRROOYYGGGGGGYYYYRROOYYGGGYRK
 RROOY
KRROOYYGGGGGGYYYYRROOYYGGGYRK
   OOYYG
    OYY 1
     YYG 1
      YGG 1
     YYGG
KRROOYYGGGGGGYYYYRROOYYGGGYRK
      YGGGG
       GGG 1
        GGG 2
         GGG 3
          GGG 4
           GGY 1
            GYY 1
            GYYY
             YYY 1
              YYY 2
KRROOYYGGGGGGYYYYRROOYYGGGYRK
              YYYRR
KRROOYYGGGGGGYYYYRROOYYGGGYRK
                YRROO
                   OOY 2
                    OYY 2
                     YYG 2
                      YGG 2
                       GGG 5
KRROOYYGGGGGGYYYYRROOYYGGGYRK
                      YGGGY
                        GGY 2
                         GYR 1
                          YRK 1
KRROOYYGGGGGGYYYYRROOYYGGGYRK