Solvent Findings > SeaLily Genome Theory

• To learn more about how to build cyan2 bulbs, to help with xenobotany requirements check out Cyans.

For the map of gene hits for the various mutagens.

• http://perl.atitd.wiki/wiki/tale3/Guides/Mutagenics/Clarity
• http://perl.atitd.wiki/wiki/tale3/Guides/Mutagenics/Morning

Original Sea Lily Genomes with Set Arrangement Spacing Delineated

Confirmed:

   Clarity K IRIR IOIO   IYIY  GORR GROR GRRO  GORR GROR GRRO  K
  Delicate K IOIOIO IYIYIY GYOR K
    Energy K VVVVV UYYY UYYY GYYY GYYY GRRO GRRO UROR UROR VVVVV K
  Fracture K ROYG ROYG YORG GOR GOOO K
   Morning K IRRR IYYY IYYY UYYY UYYY UROR UROR GRRR GYYY GORR GRRO K 
   Silken  K RRR OOO YYY GGG UUU III K 
   Vampire K IYIY IOIY IOIO K  

Unconfirmed (Data from T2 wiki with some changes for current best guess)

      Blush K GROR V GOOO V UROO V IO V IOO V IOOO  K
      Crown K UROO UROO V URVOO URVOR UROR UROR K   

• Crown may have suspected flaws and is pending revision with new solvent data

Basics of Color

The information that follows is my current theory based on information from visual observations & genome analysis. These theories hold true as best I can tell, and I have been able to predict mutagened genomes and planted bulbs appearance with some success using them.

The various colors on the sea lily:

• Cyan = R
• Magenta = 0
• Yellow = Y

• Red is equal parts of Yellow + Magenta (Y,O)
• Green is equal parts of Yellow + Cyan (Y,R)
• Blue is equal parts of Cyan + Magenta (R,O)
• Black/Grey is equal parts of Yellow and Magenta and Cyan(R,O,Y)
• Orange is Yellow + Yellow + Magenta

Multiple petal and stamen sets of colors produce denser shades of color.
Notation is Colorx (where x = 1 to 4, 4 being the maximum seen so far. Example: Green2)

There are 3 parts of the flower that can be colored:

• Stamen, gene code I
• Inner Petals, gene code U
• Outer Petals, gene code G

The Stamen has 3 parts, all indicated by gene code I:

• Outer = Ix (where x = R,O or Y)
• Middle = Ixx (where x = R,O or Y)
• Inner = Ixxx (where x = R,O or Y)

The Inner Petals have 2 parts, both indicated by a U:

• The first set is colored by Uxxx (x = R,O or Y) - Common petal set
• The second set is colored by a specific sequence of R's and O's - Uncommon petal set (below)

• UROO = Magenta
• UROR = Yellow
• UORR = Cyan

The Outer Petals have 2 parts, both indicated by a G:

• The first set is colored by Gxxx (x = R,O or Y) - Common petal set
• The second set is colored by a specific sequence of R's and O's - Uncommon petal set (below)

• GROR = Magenta
• GRRO = Yellow
• GORR = Cyan

Size

Normal size = 0.0
Giant gene = ROYG = + 0.5
Dwarf gene = GYOR = - 1.0
Semidwarf = ROYG(Giant) + GYOR(Dwarf) = +0.5 + (-)1.0 = -0.5

See Size Data to build a giantx1 2 and 3.
To see how to make a 4x giant from silken bulbs, see Sea Lily Mutagen Primer.

Bulbing Speed

Bulbing speed = V, it appears that each V in the genome reduces the number of ferts required to get a baby by 2

Return to Solvent Findings.

Special thanks to mommouse for coming to help me identify my muddled colors, Eigam for sharing his mutagen info on Roses and Ariella for breaking all those Silkens. Orchid