Below, the Clarity genome is written vertically with each needed gene change shown to convert it into our Peppermint genome. WARNING: KEEP RECORDS OF YOUR CROSSES, YOU WILL MAKE MISTAKES. It will be easier to see and correct your errors.
I --> U #1/#2 K15 green,prickly,smelly Silken-4O/Silken-13U, #3/#4 K17 dry,fuzzy,hairy #1-4U/Clarity-1I
R
I --> O #5/#6 LE27 green,prickly,spotted #4-3I/Fracture-6O
R
I
O
I --> O #7/#8 7L1 ret,smelly,striped Fracture-2O/#5-7I
O
I
Y
I --> Y #9/#10 LE5 prickly,slimy,striped #8-11I/Energy-21Y
Y
G
O
R --> O #11/#12 K8 calico,spotted #9-15R/Fracture-18O
R --> O #13/#14 LE9 phos,spongy #11-16R/Clarity-24O
G
R --> Y #15/#16 K13 calico,green,spotted #14-18R/Energy-12Y
O
R
G
R --> Y #17/#18 UE1 mottled,prickly #15-22R/Clarity-35Y
R --> Y #19/#20 UE8 crackly,hairy,ret Vampire-12O/Vampire-8Y, #21/#22 UE8 crackly,hairy,ret #19-12Y/#17-23R
O --> Y #23/#24 LE9 phos,spongy Silken-8Y/#22-24O
G
O --> Y #25/#26 K25 fuzzy,phos,slimy Morning-34Y/#24-26O
R
R
G
R --> Y #27/#28 LE11 hairy,mottled,phos #26-30R/Silken-8Y
O
R
G --> U #29/#30 LE2 hairy,striped Silken-15#U/Silken-11G, #31/#32 K9 crackly,spongy,spotted #27-33G/#30-11U
R
R --> O #33/#34 K2 mottled,ret,spongy Silken-5O/#31-35R
O
Collect all the bulbs and mutagens you'll need (4 Clarity, 4-Fracture, 1-Morning,7-Silken, 2-Vampire)
The first thing you will notice is that most mutagen crosses only require one mutagen to move the desired color gene in position. But the first mutagen cross is a good example of needing a two step process to do this. You need to move a 'U' into position 1 of a Clarity bulb. Look at GenePlaces the first row, column 'CL' under 'Sea Lilies'. K17 and LE15 under the 'CL' column can move color genes into gene 1 of Clarity when you put Clarity into the 'right splint' or 'B' cross in the greenhouse under 'Crossbreeding'. We need to see if 'U' or the Blue Color Gene can be moved from a lily when using the 'left splint' or 'A' cross. Find the other K17 listing. Only I,G,O and Y can be moved. Blush (column 'BL') using LE15 mutagen as a left splint or A cross could move a 'U'. But we'll use this as an example of a two step process.
Go back to row K17 A. Vampire hits gene 3. You'll see that mutagens K26 B through K3 B also hit gene 3 on Vampire. We need to see if the other cross will move a 'U'. You could start looking at K26 A to see if something moves a 'U', which it doesn't. To speed this up, Silken (under column 'SI') using K15 B moves a 'U'. So K15 can move a 'U' from Silken's gene 13 in the B or right splint to Silken's gene 4 in the A or left splint, thus the notation:
#1/#2 K15 green,prickly,smelly Silken-4O/Silken-13U.
Click on the greenhouse. Choose 'Crossbreeding'. Put a Silken in both left and right splints. Choose 'Apply Mutagen' and green,prickly,smelly. Wait one minute and check in the Main tab to see that it finished. 'Take' child bulbs out.
The #1/#2 are the pretend child bulb numbers resulting from the cross. They will vary according to how many crosses you have previously made, but for this example you can see how we track the bulbs used from cross to cross. You could have used Vampire in the A or left splint to move the U into gene 3 of Vampire just so you know there are alternatives if you have more bulbs of one type than another.
#3/#4 K17 dry,fuzzy,hairy #1-4U/Clarity-1I
Put the #1 child bulb into the Left Splint, a Clarity bulb in the Right Splint. Click 'Apply Mutagen' and choose dry,fuzzy,hairy. Wait one minute and remove the child bulbs. You have now moved a 'U' from Silken's gene 4 in the left splint and put it in your base building bulb at gene 1 to replace the 'I'.
I recommend test planting as you change colors. Plant the #4 child bulb. Reference Solvent Findings Clarity row under Sea Lilies and Color column. Visual results should be a red outer stamen instead of black and a shade 1 yellow inner petal set instead of white. Black is cyan+magenta+yellow. IR is the cyan part of that stamen. You removed the two shades of cyan to leave two shades of magenta and yellow which is red. You built in its place UROR which is a yellow inner petal set. Reference SeaLily Genome Theory.
Continue on repeating the building, test planting procedure.
Plant bulb #34. Go to Step 4 on Flower Building 101.
Special Note: We will need to 'kill' the GORR petal color set so it does not interfere with our pretty red and white flower. We could replace the 'G' in the Clarity GORR with a 'Y' or 'V' or 'O' or 'R' to make it meaningless. Note that if you replaced the 'G' with an 'I' you would get IORR, which would translate into IO-RR where IO would color the outer stamen (the tip of the stamen) with another tone of magenta. Also, if we use a 'U' to replace the 'G' it would make UORR which would add a cyan uncommon inner petal set. Refer to SeaLily Genome Theory to understand. So instead we will replace the 'O' in GORR with 'Y' to be safer.