Mapping out Chocobo Dye

[AttacKat]

Information and theories so far:

6) There is definitely RNG involved. Your 'feather proc' can RNG (RNG feather proc?) and you can receive a colour that is either 'uncommon'
or you can skip a step (when using 1 type of fruit).

Speculation:
1) Stable condition may influence amount of fruit needed - Does not seem to be the case so far
4) Theories about colour loops are showing up - This may be due to RNG feather procs?
5) 'Rare' colours start to show up in a fruits colour-tree. For example, Lilac Purple in the O'Ghomorro Berry group and Mesa Red in Xelphatol Apples. Is more RNG feather proc?
6) Amount of fruits vary somewhat. Not sure what threshold there is to get the proper 'beginning to grow new feathers!' message for a colour change
7) 'Deepening fruit will decrease the RGB value. ''Lightening fruit will increase the RGB value. Mainly apply this to the colour you are looking for. This is an estimate.
8) Does the RNG feather proc also make you 'skip' to a colour normally received from another type of fruit? But still stays within in the same range to go down
the normal line.
9) Colours (or colour range) obtained from fruits are presets with an element of RNG. Yes, presets are based on RGB but they are still presets.
10) In following #9, the further colours are from each other the more fruit it might take to get to the next one in line?
12) If there is an RNG feather proc that makes you skip ahead, then it wouls stand to reason that there's an RNG bust feather proc. Maybe an RNG feather proc
that sets you back a step?

First of all, I highly suggest we start by doing all these test with a clearly defined set of RGB code.

As I have stated back in my experiment post, the old RGB code is off because it was screen capture, and you can have as much as +/-16 for the same color block on the RGB value. We will not see any clear results when the base colors are all over the place.

The following is *all* based on my own defined RGB that is set to the 8th scale (rounded up or down based on general avg value observed), and I am throwing the dataset in to further the discussion that may answer some of the questions you have bough up

Xelphatol

COLOR | RGB | RGB Δ
Desert Yellow (D) (223, 183, 87)
Millioncorn Yellow (231, 159, 55) Δ(-8, 24, 32)
Pumpkin Orange (199, 119, 39) Δ(32, 40, 16)
Sunset Orange ( 183, 95, 55) Δ(16, 24, -16)
Blood Red (143, 63, 39) Δ(40, 32, 16)

O'Ghomoro (1)

COLOR | RGB | RGB Δ
Desert Yellow (D) (223, 183, 87)
Ul Brown (183, 167, 119) Δ(40, 16, -32)
Gobbiebag Brown (191, 167, 135) Δ(-8, 0, -16)
Shale Brown (151, 135, 111) Δ(40, 32, 24)
Goobbue Grey (135, 135, 135) Δ(16, 0, -24)
Lavender Blue (143, 135, 175) Δ(-8, 0, -40)
Raptor Blue (95, 135, 199) Δ(48, 0, -24)
Othard Blue (55, 95, 143) Δ(40, 40, 56)

O'Ghomoro (2)

COLOR | RGB | RGB Δ
Desert Yellow (D) (223, 183, 87)
Cork Brown (207, 151, 87 (16, 32, 0)
Ul Brown (183, 167, 119) Δ(24, -16, -32)
Aldgoat Brown (167, 135, 103 (16, 32, 16)
Gobbiebag Brown (191, 167, 135) Δ(-24, -32, -32)
Shale Brown (151, 135, 111) Δ(40, 32, 24)
Goobbue Grey (135, 135, 135) Δ(16, 0, -24)
Lavender Blue (143, 135, 175) Δ(-8, 0, -40)
Othard Blue (55, 95, 143) Δ(88, 40, 32)

O'Ghomoro (me)

COLOR | RGB | RGB Δ
Desert Yellow (D) (223, 183, 87)
Cork Brown (207, 151, 87) Δ(16, 32, 0)
Ul Brown (183, 167, 119) Δ(24, -16, -32)
Aldgoat Brown (167, 135, 103) Δ(16, 32, 16)
Shale Brown (151, 135, 111) Δ(16, 0, -8)
Lilac Purple (135, 111, 111) Δ(16, 24, 0)
Plum Purple (127, 87, 111) Δ(8, 24, 0)
Gloom Purple (79, 71, 103) Δ(48, 16, 8)
Othard Blue (55, 95, 143) Δ(24, -24, -40)
*** following is to obtain Royal Blue ***
1 apple fed, loop back to Gloom purple
Gloom Purple (79, 71, 103) Δ(-24, 24, 40)
1 berry
Othard Blue (55, 95, 143) Δ(24, -24, -40)
1 berry
Royal Blue (39, 47, 103) Δ(16, 48, 40)

DISCUSSION:
T6: The RNG is within the range of value |48|, and from here the next preset RGB code is selected based on the fruit behavior.
FACT:
The game must follow 3 behaviors,
1. Fruit behavior
2. Use pre-set values
3. Follow real color behavior

Possible RGB value within the |48| range.
+48 103 143 191
+40 95 135 183
+32 87 127 175
+24 79 119 167
+16 71 111 159
+8 63 103 151
0 55 95 143 (Othard Blue)
-8 47 87 135
-16 39 79 127
-24 31 71 119
-32 23 63 111
-40 15 55 103
-48 7 47 95

Possible Pre-set RGB values
103 135 167 Seafog Blue
79 87 103 Ceruleam Blue
71 119 119 Turquoise Green
63 111 143 Peacock Blue
47 63 87 Woad Blue
39 71 119 Storm Blue
39 47 103 Royal Blue

S1: Weather/Stable condition has nothing to do with any of this, as 6 hrs of RLT cycles thru many days in game time. If any of these affects the outcome, there would be many chances of RNG.

S4-S12: Same as T6

[Snootles]

-snip number crunching-
Possible Pre-set RGB values
S1: Weather/Stable condition has nothing to do with any of this, as 6 hrs of RLT cycles thru many days in game time. If any of these affects the outcome, there would be many chances of RNG.

S4-S12: Same as T6

Finally, a number cruncher! You're more than welcome to be added to my sheet and change all the RGB values to your calculations. I like how you consolidated the RGB + preset theories and made it into one plausible theory.
I am no number cruncher by any means but you actually make sense.