User:Ariella

Funerary Temple

Tiles Used:

    2443 Alice Blue
    1596 Antique White
    1170 Aquamarine
    2343 Azure
     743 Beige
    1544 Bisque
    1552 Black
     397 Blanched Almond
     701 Blue
    2235 Blue Violet
    2143 Brown
    2265 Burly Wood
       1 Cadet Blue
     686 Carrot
     637 Chocolate
     688 Coral
    2403 Cornflower Blue
     741 Crimson
     814 Dark Blue
    2475 Dark Cyan
     856 Dark Golden Rod
    1048 Dark Gray
    2401 Dark Green
     401 Dark Khaki
    2443 Dark Magenta
     663 Dark Olive Green
    2443 Dark Orchid
    1734 Dark Red
     358 Dark Salmon
    1666 Dark Sea Green
    2385 Dark Slate Blue
    1704 Dark Slate Gray
    1065 Dark Turquoise
     993 Dark Violet
     201 Deep Sky Blue
     897 Dim Gray
    1453 Dodger Blue
    1743 Feldspar
    1226 Fire Brick
    1114 Floral White
    1609 Forest Green
    1497 Gainsboro
    1381 Ghost White
    2443 Golden Rod
    2369 Gray
     752 Honey Dew
    2443 Hot Pink
    1924 Indian Red
    1482 Indigo
     343 Khaki
    1941 Lavender
    2421 Lavender Blush
    1529 Light Blue
     528 Light Coral
     819 Light Cyan
    1491 Light Golden Rod Yellow
    1940 Light Green
     851 Light Grey
    2443 Light Pink
     688 Light Salmon
    1533 Light Sea Green
    2138 Light Sky Blue
    2443 Light Slate Blue
    2443 Light Slate Gray
     877 Light Steel Blue
     827 Lime Green
    1825 Linen
    2401 Maroon
    1436 Medium Aqua Marine
    1069 Medium Blue
    2442 Medium Orchid
    1757 Medium Purple
    2443 Medium Sea Green
    1294 Medium Slate Blue
      51 Medium Spring Green
    2483 Medium Turquoise
    2308 Medium Violet Red
     558 Midnight Blue
    2488 Mint Cream
    1049 Misty Rose
    2443 Moccasin
     701 Navy
     815 Old Lace
    1130 Olive
    1692 Olive Drab
     637 Orange Red
    2443 Orchid
     359 Pale Golden Rod
    2176 Pale Green
    1105 Pale Turquoise
     946 Pale Violet Red
     686 Peach Puff
     845 Peru
     777 Pink
    2418 Plum
    1701 Powder Blue
    2080 Purple
     743 Rosy Brown
    2443 Royal Blue
    1884 Saddle Brown
     840 Salmon
    2443 Sea Green
    2443 Sea Shell
     567 Sienna
    2443 Silver
    1007 Sky Blue
     424 Slate Blue
    1725 Snow
    2443 Steel Blue
    1449 Tan
    2484 Teal
    1390 Thistle
    2443 Tomato
     840 Turquoise
    1143 Violet Red
    1601 Wheat
    2443 White
     918 White Smoke
     968 Yellow Green

Flax Solvent data

Ariella#5 NG/OE 3 0 1 2 1 (Cross #17-20 3 flax genes on left)

• expected length 32-34
• ORGR OYGR RRRG GYRK YGYG RYRR ROYG RRGG RRYO GYOR YOOY YGRR RGRG GYGY RGYG RGGR KORG YRRR YGYO
• genome: KORGRGYGYGY|G|YORYRRRGGROYGRRYOOYGYRK, length 33

Default 5 weeds - 2 weeds(2 OR) and -2 weeds(3 Flax or twice GYGYGY)
Default -1 water +3 water(3 Flax) or possible default 0 + 2GYGYGY
GYGYGYGY = 3 flax

Ariella#8 OE/NG 2 1 1 2 0 (Cross #17-20 rotten genes on right)

• expected length 32-34
• RYYO OYYO RRGY GYOR 2YYRG 2GYGY ORRK RGYO ORYY ORRG RGYG KRYY YOGY 2GRGY OGYG
• genome: KRYYOGYGYO|R|R|GYGYGYGRGYORYYRGROYYORRK, length 34 (R added) (if old theory is correct, this would be 3 flax, so the shortened genome is probably the right one)
• or genome: KRYYOGYGYORR|GYGYGRGYORYYRGROYYORRK, length 32 (gene dropped)
• other combos would be too long or too short (presuming baby is average length with gene added or dropped)
• flax: 2(GYGY)
• rotten flax: 1(RRGY)
• seeds: 1(RO)
• weeds: 5(default) - 3(OR) - 1(2 flax - 1) = 1 BUT WE HAVE 2
  • we might conclude: weeds is not dimished by (# flax -1) but by (# of GYGYGY strings) resulting in 5 - 3 - 0 = 2
• water: -1(default) + 2(flax) - 0(ROGY) = 1 BUT WE HAVE 0
  • we might conclude: hard to tell yet, could be add of(# of GYGYGY strings) so that GYGYGY converts a weed to water resulting in -1 + 0 = -1 thus 0; also would explain why high flax producers still can have 0 water like seen in Tale 3; would put the ROGY which was uncertain still in big doubt

Tedra #297 4 3 6 1 0 Flax/Rotten/Seeds/Weed/Water

7GYRR 5YGYY ROGY 5GYGY 6YROK 4OROY RRRG 3YRRG OROR YORR 2GYOR 2ROYR 4RORO 2RGYG 3RRGY YRRR OROO 4YGYR ORRG 2KRRO YGYG 2GYYG 3OORO 3OGYG 2RGYR 2YGYO RROG Need ROO?(probably R) OYR?(probably O or R ?YRO(probably G or O) ?OOR(probably R) YYG?(expecting Y)

• genome: KRROGYGY G|R|Y ... RG|YG|RO YROK

  R|Y GYRR G|R
  O|R|Y GYGYYG YY|YR|YG|YO
  O|R OROYR OK|RG|RR
  R|Y GYRRRGY G|R
  O|R ORORO O|R|Y
  O|R|Y GYGYORRGY G|R
  O|R|Y RRGYGY G|R|Y
  O|R OROO RO O|R|Y
  O|R OR OORO O|R|Y
  O|Y|R GYGYRR G|R
  O|R|Y GYGYGY G|R|Y

                            RGYG
                             GYGY
                              YGYG
KRRO                           GYGY
 RROG          RGYR             YGYR
  ROGY           YRRR            GYRR
   OGYG           RRRG            YRRG     OROO
    GYGY
     YGYO          RRGY            RRGY      OORO
      GYOR                 YGYY               OROR        
       YORR                 GYYG               RORO
        ORRG                                    OROY       
         RRGY                                    ROYR         
          RGYG or RGYR                             YROK
                                                                 

• the OK at end indicates there has been a full left part taken once in ascendents, since NE and NG do not have OK at end, unless 2 genes of NG were dropped in history (a conclusion that helps us no further)
• we expect: 4 GYGY, 3 RRGY, 6 RO (4 RO's certain from tests), 4 OR (3 OR's certain from tests) and/or GYGYGY, max 1 GYGYGY (unless ROGY diminishes water)

Tedra #253 5 2 6 0 1 Flax/Rotten/Seeds/Weed/Water

2OROR 2YGYG ORRG RRRR GYOR 4GYGY RRGY 2RORO 2GYYG KRRO ROGY RRRO YGYY

• genome: KRRO... (impossible to make a prediction with these data, probably need longer strings)

      OROR
            YGYG
        ORRG
              RRRR
           GYOR
           GYGY
         RRGY
     RORO
           GYYG
   KRRO
                 ROGY
               RRRO
             YGYY

• we expect: 5 GYGY, 2 RRGY, 6 RO (4 RO's certain from tests), at least 5 OR (3 OR's certain from tests) and/or GYGYGY, minimum 2 GYGYGY (unless ROGY diminishes water)

Tedra #246 3 3 7 1 0

ORRG 3YORR 2ORRG RGYR RGYG OROY YRRG 4RORO RROG RRGY YGYR KRRO RRRO RROO

• genome: KRRO... (impossible to make a prediction with these data, probably need longer strings)

   KRRO
    RROG

• we expect: 3 GYGY, 3 RRGY, 7 RO (4 RO's certain from tests), 4 OR (3 OR's certain from tests) and/or GYGYGY, max 1 GYGYGY (unless ROGY diminishes water)

Zaniac #390 4 2 5 1 0

2YRGY 3YOGY 5YRRG 5RORO 2GYRG 2YROK 5GYGY 6GYRR 2OGYG 3YGYY RYYO 2ORRG 3RRGY OROY RROR 3OROR YGYG 2RGYR RGYG YGYO YORR ROYR 3YGYR KRYY 2GYOR OYRO YYOG Need GYY?(O expected) ?RRO(O or Y expected)

• genome: KRYYOGYGY ... ROROYROK (impossible to make a prediction with these data, probably need longer strings)

  R|Y GYRGY G|R
  KRYYOGYGY G|O|R|Y
  R|Y GYRRGY G|R
  O|R RORO R|Y
  O|R ROROYROK
  O|R|Y GYGYY OGYGY G|O|R|Y
  O|R|Y GYGYORRGY G|R
  O|Y RRGY G|R
  GY|YO RRORO R|Y
  O|R RORORO R|Y
  O|R|Y GYGYGY G|O|R|Y
  R|Y RGYR G|R
  R|Y RGYGY G|O|R|Y
  O|R|Y GYGYR G|R
  
  

KRYY           YRGY              RROR       RORO
 RYYO           RGYR or RGYG                 OROY
  YYOG                                        ROYR
   YOGY                                        OYRO
    OGYG                                        YROK

• we expect: 4 GYGY, 2 RRGY, 5 RO (3 RO's certain from tests), 4 OR (2 OR's certain from tests) and/or GYGYGY, max 1 GYGYGY (unless ROGY diminishes water)

Expectations when elongating OE and shortening NG

• OE elongations (RYYOG YGYOR RYORY OGYOR YRRRG GROYG RRYOO YGYR)
  • duplicated genes without effect: all except 6 and 7
  • duplicated genes that cause 0 flax: 6, 7
    • this is BAD NEWS (would cost a fortune in solvents to study each and every cross result), so might be better to get full genome of a more proficient seed that is pretty long, and have elongations often show in characteristics

• NG shortening (ORGRG YGYGY GRGYO RYYRG ROYYO RR)
  • lost genes without effect: 10, 11, 12, 13, 14, 17, 18, 19, 20, 23, 24, 27
  • lost gene causing FATAL seed loss: 21 and 22
  • flax (and probably watering) less: 4,5,6,7,8,9
  • extra weed: 1, 2, 15, 16, 25, 26
  • rotten flax add: 3
    • estimate 1/6 * 13/27 of the non-fatal crosses show a difference that COULD indicate shortening, some changes can indicate lengthening, therefore we'll look at what lengthening could cause:
      • add rotten flax (2 chances), flax (and probably watering) less (4 chances); meaning some same type of effects
    • estimate of crosses that show a difference (fatal seed loss included): 1/6 (9/27 + 13/27) = 13.6%

Mutagenics is researchable after Advanced Chemistry, Advanced Glassblowing, Viticulture and Gardening -> Crossbreeding, Herbiculture. (See the Talk:Mutagens page for the full path.)

Missing Mutagen Moss Alerts

A mutagenic moss must have all the positive attributes listed but cannot have any of the three negative attributes listed. Besides must having all of the positive attributes, it can also have any other attributes that are not one of the three negatives.

Example: Positives: Hairy, Mottled, Striped Negatives: Calico, Spongy, Spotted A correct moss could be Dry, Hairy, Mottled, Striped or Hairy, Fuzzy, Mottled, Reticulated, Striped. A wrong moss would be Hairy, Mottled (it is missing Striped) or Hairy, Mottled, Spotted, Striped (it has a negative Spotted in it).

Saqqarah Positives: Crackly, Slimy, Smelly  Negatives: Fuzzy, Hairy, Mottled  Contact Ariella

Using a Mutagen

• A mutagen is applied to the left and right splint plants in a greenhouse.
• The mutagen will target a gene on the left splint plant and a gene on the right splint plant and switch them.
• Two child plants are produced. The child plant with the lowest number is the modified left splint plant, the child plant with the highest number is the modified right splint plant.

Example: (See Genomes_and_Phenome_Theories_Links for genome info)

• In the greenhouse, put Vampire Sea Lily in left splint, Fracture Sea Lily in right splint.
• Apply imaginary mutagen crackly,spongy that theoretically switches the two genes which are in bolded type.
  

Left Splint--> IYIYIOIYIOIO (Vampire genome)
Right Splint--> ROYGROYGYORGORGOOO (Fracture genome)

• Two child bulbs result.
  

Avatar #112 IGIYIOIYIOIO
Avatar #113 ROYGROYGYORYORGOOO

Mutagen Recipes In Progress

Region	# Moss att	Moss Quantity	Positive Moss att	Negative Moss att	# Shroom Types	Recipe Shrooms	Shroom Bulk	Avatar	Lab coords
Meroe	#	#	+	-	~	#	x	#
Saqqarah	3		Crackly, Slimy, Smelly	Fuzzy, Hairy, Mottled				Ariella

Mutagens Discovered

Basic Mutagen info

When applying a mutagen to a plant that is not listed in a subsequent table you can calculate the targeted genes with the left and right target min. and max. percentages applied to the genome lengths (K.s not included).

  Note: substitute 100% by 99.99% to make formulas in the example below work all the time

Example 1 (adventurous use and target % determination)

• we put a plant with length 30 genome in left splint
• we put a plant with length 20 genome in the right splint
• we apply a mutagen with left percentages 10.02-11.52 and right percentages 53.11-55.30
• targeted gene calculation
  • left splint lowest possible impact 10.02 * 30 / 100 + 1 = 4.006, truncated --> 4
  • left splint highest possible impact 11.52 * 30 / 100 + 1 = 4.456, truncated --> 4
  • right splint lowest possible impact 53.11 * 20 / 100 + 1 = 11.622, truncated --> 11
  • right splint highest possible impact 55.30 * 20 / 100 + 1 = 12.060, truncated --> 12
• so the mutagen will target the 4th gene of the left splint plant and the 11th or 12th gene of the right splint plant (looking at the numbers shows a higher probability to hit the 11th)
• we proceed with the experiment and hope to hit the 11th
• we are lucky and hit the 11th !!!
• this means we can narrow down the right target zone max. % as follows: 11 * 100 / 20 = 55.00 (round down for min. %, round up for max. %)

Example 2 (planning for a correct hit)

• we want to hit (= replace) the 7th gene of a length 27 genome
• target min. % = (7-1) * 100 / 27 = 22.222
• target max. % = 7 * 100 / 27 = 25.926
• we look at the mutagen table and sort the table on Left target min. %
• mutagens with Left min. % >= 22.23 and Left max. % <= 25.92 are candidates to be goodies
• for each goodie, look at the possibilities of with the Right target values, you will likely find a plant with the genome you want in the perfect spot, especially when using short genomes
• if no goodies found yet (or if you are brave enough to look for other solutions) look at the mutagen table and sort the table on Right target min. %
• mutagens with Right min. % >= 22.23 and Right max. % <= 25.92 are candidates to be goodies
• for each goodie, look at the possibilities of with the Left target values, you will likely find a plant with the genome you want in the perfect spot, especially when using short genomes

  Feel free to contact Ariella or Pascalito with questions and with data updates you don't dare to apply or hesitate about -- accurate data is of EXTREME importance

Known Recipes

Mutagen Name	Recipe	Negative Moss att	Avatar	Region	Left splint target zone min. %	Left splint target zone max. %	Right splint target zone min. %	Right splint target zone max. %
Mottled, Phosphorescent and Reticulated	5 Mottled, Phosphorescent, Reticulated; 6 Acorn's Cap, 7 Dueling Serpents, 1 Dung Rot, 5 Eye of Osiris, 1 Hairy Tooth, 1 Heaven's Torrent	Prickly, Slimy, Spotted	Ariella	Saqqarah 1	0%	33.34%	33.33%	66.67%
Calico, Reticulated and Spotted	5 Calico, Reticulated, Spotted; 6 Bleeding Hand	Crackly, Mottled, Phosphorescent	Ariella	Saqqarah 2	0.00%	33.34%	91.66%	99.99%
Hairy, Mottled and Striped	6 Hairy, Mottled, Striped; 4 Brain, 1 Cobra Hood, 7 Earth Light, 4 Fish Hook, 5 Iron Knot, 1 Toad Skin	Calico, Spongy, Spotted	Eldrad/Ariella	Saqqarah 3	L-%	L+%	R-%	R+%
Mottled, Smelly and Spotted	3 Mottled, Smelly, Spotted; 3 Spiderlings	Dry, Phosphorescent, Spongy	Ariella	Saqqarah 4	L-%	L+%	R-%	R+%

Practical Tables

The following tables show which gene is hit by a mutagen on each splint side. Gene colors indicated with a CAPITAL character have been actually seen, those in lowercase have just been calculated based on the hit zone percentages.

Practical Sea Lily table

These tables show which gene is substituted, along with gene number (if available) counting genes from left to right starting at 1 just after the K.

L = left, R = right, numbers designate the targeted gene.
Genome lengths: Bl 26, Cl 36, Cr 29, De 16, Du 73, En 42, Fr 18, Mo 44, Si 18, Va 12

Mutagen Name	Bl L	Cl L	Cr L	De L	Du L	En L	Fr L	Mo L	Si L	Va L	Bl R	Cl R	Cr R	De R	Du R	En R	Fr R	Mo R	Si R	Va R
template row	Bl	Cl	Cr	De	Du	En	Fr	Mo	Si	Va	Bl	Cl	Cr	De	Du	En	Fr	Mo	Si	Va

Practical Orchid table

L = left, R = right, numbers designate the targeted gene.
Genome lengths: AN 30, Sa 28, SL 31, HD 34

Mutagen Name	AN L	Sa L	SL L	HD L	AN R	Sa R	SL R	HD R
template row	AN	Sa	SL	HD	AN	Sa	SL	HD

Practical Rose of Ra table

L = left, R = right, numbers designate the targeted gene.
Genome lengths: Bl 8, Go 12 HB 24, HoD ?, NB 45, OS 25, Pa 16, PG, 17, RD ?, WG 12

Mutagen Name	Bl L	Go L	HB L	HoD L	NB L	OS L	Pa L	PG L	RD L	WG L	Bl R	Go R	HB R	HoD R	NB R	OS R	Pa R	PG R	RD R	WG R
template row	Bl	Go	HB	HoD	NB	OS	Pa	PG	RD	WG	Bl	Go	HB	HoD	NB	OS	Pa	PG	RD	WG

Practical Sand Bloom table

L = left, R = right, numbers designate the targeted gene.
Genome lengths: Ca 34, Co 26, LD 18, LT 19, PM 29, Pr 23, Sa 24, Su 13

Mutagen Name	Ca L	Co L	LD L	LT L	PM L	Pr L	Sa L	Su L	Ca R	Co R	LD R	LT R	PM R	Pr R	Sa R	Su R
template row	Ca	Co	LD	LT	PM	Pr	Sa	Su	Ca	Co	LD	LT	PM	Pr	Sa	Su

Practical Flax table

L = left, R = right, numbers designate the targeted gene.
Genome lengths: NG 27, OE 39

Mutagen Name	MG L	OE L	MG R	OE R
template row	NG	OE	NG	OE

Practical Wheat table

L = left, R = right, numbers designate the targeted gene.
Genome lengths: Ab 19, Dr 14, Ma ?, Sa 22, Wi 19

Mutagen Name	Ab L	Dr L	Ma L	Sa L	Wi L	Ab R	Dr R	Ma R	Sa R	Wi R
template row	Ab	Dr	Ma	Sa	Wi	Ab	Dr	Ma	Sa	Wi

Practical Grape Vine table

L = left, R = right, numbers designate the targeted gene.
Genome lengths: Am 31, Ap 12, Ba 31, Co 18, Di ?, Fr 27?, Wi 25?

Mutagen Name	Am L	Ap L	Ba L	Co L	Di L	Fr L	Wi L	Am R	Ap R	Ba R	Co R	Di R	Fr R	Wi R
Mottled, Phosphorescent and Reticulated	R	Y	G	Y	G	O	O	G	Y	Y	Y	G	G	O
template row	Am	Ap	Ba	Co	Di	Fr	Wi	Am	Ap	Ba	Co	Di	Fr	Wi