Parametric Creature Downloads & RevenueParametric Creature: Lab · App Store
Not in any tracked top chart right now.
Updated 8 Nov 2026 · rankings refresh through the day
DeveloperLatent Cat Inc
CategoryEducation
Price15.00 CNY
Released
Rating★ 4.7 (29)
Version1.0
Age rating4+
First seen by us
24 Oct 2026
24 Oct 2026Parametric Creature: Lab update history & changes
Last change · 3 events since 23 Nov 2021Full timeline ↓Full timeline · 2 events in the last 12 months
- 🆕Parametric Creature: Lab first spotted by AppInsiderChina (found via developer)
- 🆕Parametric Creature: Lab released on the App Store
Collected from the stores by AppInsider since we first spotted the app. Dates are when we saw each change.
Rating
4.7 ★
29 ratings
Measured
Parametric Creature: Lab on the App Store
App details
App ID
1594971770
Publisher
Latent Cat Inc
On the store since
Nov 2021
4 years on the store
Minimum OS
iOS 14.0+
iPhone 6s and later
Devices
iPhone · iPad
Universal purchase
Content rating
4+
Languages
2
EN ZH
Size
149 MB
Also listed in
Graphics & Design
Where it ranks now
Every top chart it appears in across 30 countries.
| Country | Charts | Rank |
|---|---|---|
| Not charting right now. | ||
Ratings
App Store, worldwide.
Rating
4.7 ★
29 ratings
Measured
Ratings
29
Measured
About Parametric Creature: Lab
Cohesion, Alignment, Separation...
In this work, more than 15k particles of three types wander around the screen, each controlled by eight different parameters, together forming a complex and interesting bionic system.
In nature, many life forms are like this system, evolving complex group behavior from individual simple rules. From small cell division and ant pathfinding, to large crowds gathering and dispersing and bird migration.
Advanced GPU parallel algorithms based on the theory of complex systems are used to make this large-scale real-time simulation possible, allowing users to adjust parameters by adjusting knobs to explore the metaphor of life and biodiversity in the work.
In this work, more than 15k particles of three types wander around the screen, each controlled by eight different parameters, together forming a complex and interesting bionic system.
In nature, many life forms are like this system, evolving complex group behavior from individual simple rules. From small cell division and ant pathfinding, to large crowds gathering and dispersing and bird migration.
Advanced GPU parallel algorithms based on the theory of complex systems are used to make this large-scale real-time simulation possible, allowing users to adjust parameters by adjusting knobs to explore the metaphor of life and biodiversity in the work.
Latest updates
1.0
