Quelle: Schnell berechnen (Visualisierung & Wahrscheinlichkeitsmodell), AAO, Weltatlas, Medizinische Nachrichten heute.
Werkzeuge: Canvas-basiertes prozedurales Iris-Rendering. Jede Iris wird individuell mit radialen Fasertexturen und Farbvariationen erzeugt. 1 Iris = 1 % von etwa 8 Milliarden Menschen. Vor 10.000 Jahren wäre alles davon braun gewesen.
Von CalculateQuick
8 Kommentare
Source: [CalculateQuick](https://calculatequick.com/biology/baby-eye-color-calculator/) (visualization & probability model), **AAO**, **World Atlas**, **Medical News Today**.
Tools: Canvas-based procedural iris rendering. Each iris generated individually with radial fiber textures and color variation. 1 iris = 1% of ~8 billion people. 10,000 years ago, every one of these would have been brown.
There’s something to be said here about racism, diversity, etc…..
A global map would be insightful in presenting the distribution
There aren’t really any hazel eyes here. The kind with the really clear brown/green outer and an explosion of blue in the center.
Are these supposed to represent different shades of brown? Looks more like a set of samples rather than a distribution.
This is tough, because while the rendering and display is nice in terms of quality, it doesn’t really convey the data effectively at all – I can’t tell the relative distributions at a glance, I can’t easily tell apart the shades of brown, and so it turns kind of muddled in the aggregate.
I think grouping it by eye color would be a start, and maybe further breaking down by region would make the data itself more interesting.
It’s hard for me to see the difference between the brown and hazel eyes, which is funny, because I’m actually not sure whether my eyes are brown or hazel.
Ok so… isn’t that 50 strangers eyes?