Hermès Paris Collections – Hair and Body Shower Gel, Skincare Routine.

Quadratic case in ε–δ analysis @hermes
I applied the limit of a function to the measurements of the chemical component in order to explain how slight changes in proportions influence the resulting colors of an object.

Through the dialogues with my AI chatbot last night, I discovered that the mathematical formula learning in high school becomes one of the potential relevant solutions to precise correction.

Here is a partial original sentence that I’ve received in ChatGPT: “The epsilon-delta proof gives exact bounds on how close inputs must be to get outputs within a desired error. This is useful in both pure math (proving limits/continuity) and applied science (measurement accuracy, error tolerance).”

My curiosity was raised: could this concept apply to the chemical compound measurement?

I’d like to use the limit equation to adjust the hue of the Hermès glass containers, optimizing component ratios that adhere to the original color design.

@chatgpt research and inquiry are still in progress.

To be continued…

∞

/* I repeatedly purchased various series, sharing only partial information. */

Hermès beauty-care collection:
Limited edition eye & face illuminating powder
Lip care balm and infused care oil
Nourishing oil, nail polish, and top coat
Hand and body cleansing gel and refill
Hair and body shower gel
Hair and body dry oil
Perfumed hair mist
Powder brush
Perfumed soap
Complete hand care
Cologne and perfume
…

/* I repeatedly purchased various series, sharing only partial information. */

Tech equipment:
@sony full-frame camera, DSLM
@zeisscameralenses pro lens, 50mm f1.4
@apple MacBook Pro, iPhone 11 Pro