Browse animal types without a frequency ranking and learn to distinguish classification rules, worked examples and fictional character concepts.
What this guide covers
This is not a report of animal-result frequencies. Instead of ranking types as common or rare, it explains what you can find in the encyclopedia. Listing order and tier numbers do not represent occurrence probabilities, appearance value or ability rankings.
Start with types that have comparison examples
- Cat and fox: Read their required gates and detail rules, then check which conditions pass in the worked examples.
- Dog and wolf: Look beyond the animal names and compare the number of matched conditions for the same input.
- Rabbit and deer: Read the pass/fail results and scores in the comparison table. These inputs are constructed examples, not observations collected from users.
The comparisons explain two profiles' rules. Actual analysis compares all profiles, so a result is not guaranteed to be one of the two animals shown.
Choose other characters too
Explore the images and fictional concepts for lion, dinosaur, hamster and penguin. This is not a selection of harder-to-get or more special results. Choose a character you like and use it in a story.
Three kinds of content to distinguish
- Classification rules: programmed conditions applied to measurements calculated from a photo.
- Worked examples: constructed inputs that demonstrate how the rules and scores operate.
- Character concepts: fiction built from animal names and keywords, not the personality or habits of people receiving that result.
What a frequency claim would need
A frequency comparison needs a collection period, analysis count, treatment of repeated analyses, classifier version and sample scope. Analysis events are not the same as individual people, and site results cannot be treated as the facial distribution of the whole population. This article does not provide such a dataset and therefore does not designate a most common or rarest type.
Pose and expression can change rule matches, and a highest-score tie can change the result through random selection. Read the analysis guide and browse the full encyclopedia for types that interest you.