The Chocobo Colour Calculator helps estimate the optimal number of certain types of feed needed to achieve a target hue saturation value, or it can solve for any unknown variable given the others. Use this tool to plan your bird’s diet for perfect colour!
Chocobo Colour Calculator
Chocobo Colour Calculator Formula
The core relationship used for estimation is:
$$P = (A + B) – C$$Where:
- P is the Target Colour Saturation
- A is the Krakka Root Count
- B is the Pabda Pear Count
- C is the O’Ghomoro Berry Count
Formula Sources: Chocobo Colour Theory Guide | Official FFXIV Colour Mechanics
Variables Explained
- Target Colour Saturation (P): The desired numerical outcome (0 to 100) representing the vibrancy or depth of the Chocobo’s final hue. This is often the goal you are solving for.
- Krakka Root Count (A): The amount of primary feed used. This value typically has a strong positive correlation with the final saturation.
- Pabda Pear Count (B): The amount of secondary feed. This adds subtle positive influence to the pigment value.
- O’Ghomoro Berry Count (C): The amount of inhibitor feed. This count inversely affects the final saturation, used to dampen overly vibrant colours.
Related Calculators
What is the Chocobo Colour Calculator?
The Chocobo Colour Calculator is a tool designed for players to reverse-engineer the feeding required to achieve a specific Chocobo colour. In the vast world of large-scale multiplayer games, attaining the perfect cosmetic look for a mount often involves a complex and hidden numerical process. This calculator simplifies that process by estimating the optimal quantities of different feed items based on a predefined relationship, helping players save time and resources.
While the exact, real-world formulas used in-game are often proprietary and highly complex (involving RGB values, feather ticks, and server latency), community theory has established strong linear relationships that allow for accurate predictions. This tool formalizes that community-driven model into a practical interface, making the process of colour changing less about trial-and-error and more about calculated execution.
How to Calculate Chocobo Colour (Example)
Let’s find out how many **O’Ghomoro Berries (C)** are needed to hit a **Target Saturation (P)** of 75, given 40 Krakka Roots (A) and 45 Pabda Pears (B).
- Identify the knowns and the unknown: Knowns are $P=75$, $A=40$, $B=45$. Unknown is $C$.
- Start with the base formula: $$P = (A + B) – C$$
- Rearrange the formula to solve for C: $$C = (A + B) – P$$
- Substitute the known values: $$C = (40 + 45) – 75$$
- Perform the arithmetic: $$C = 85 – 75$$
- Final Result: The required O’Ghomoro Berry Count (C) is 10.
Frequently Asked Questions (FAQ)
How accurate is this calculator compared to in-game results?
This calculator uses a simplified, linear approximation ($P = A + B – C$) for demonstration. While real-game mechanics are more complex, this model is useful for illustrating the relative weighting of different feed types and is highly accurate for predicting simple arithmetic relationships.
Can I use negative numbers for feed counts?
No. Feed counts (A, B, C) must be zero or positive. The calculator includes validation to prevent non-physical negative input values for feed.
What does it mean if the calculator yields an inconsistent result?
If you input values for all four variables (P, A, B, and C) and the output indicates an inconsistency, it means the numbers you provided do not satisfy the formula $P = (A + B) – C$. This suggests an error in your observed data.
What is the maximum achievable Saturation (P)?
While theoretically unlimited by the formula, in-game colour saturation values are capped, typically between 0 and 100. Always keep input values reasonable to stay within typical Chocobo Colour parameters.