Hamiltonian
哈密顿图
Not in any tracked top chart right now.
Updated 27 Sep 2026 · rankings refresh through the day
Developer奕鑫 史
CategoryEducation
Price1.00 CNY
Released
Rating★ 4.7 (1k)
Version4.3.15
Age rating4+
First seen by us
25 Sep 2026
Installs (est.)50k+ worldwide
Rating
4.7 ★
1k ratings
Measured
Hamiltonian on the App Store
App details
App ID
1309398796
Publisher
奕鑫 史
Minimum OS
iOS 9.0+
Content rating
4+
Languages
3
EN ZH ZH
Size
23 MB
Hamiltonian downloads
Worldwide, per day, and installs to date. The band is open; the exact number is free with an account.
How this is calculated
Apple publishes no download counts. iPhone downloads come from chart positions and daily rating growth per country, calibrated on Google Play install counts; lifetime installs from ratings worldwide × installs per rating. Confidence is the chance the real number is within half to double ours.
Active users
All platforms, worldwide. Free with an account.
Stickiness (DAU / MAU)
how many monthly users open it on a given day
How this is calculated
Monthly users come from lifetime installs across every store, fitted on monthly active user figures companies publish; daily users = monthly × the typical daily/monthly ratio for the category. Confidence is the chance the real number is within half to double ours.
Where it ranks now
Every top chart it appears in across 24 countries.
| Country | Charts | Rank |
|---|---|---|
| Not charting right now. | ||
Ratings
App Store, worldwide.
Rating
4.7 ★
1k ratings
Measured
Ratings
1k
Measured
About Hamiltonian
The design of Hamiltonian is inspired by Hamiltonian graph.
Each level is a Hamiltonian graph, and you need to find a Hamiltonian circuit to pass the level.
However, finding the Hamiltonian circuit is a P versus NP problem - one of the Millennium Prize Problems.
The rule is very simple:
Find a walk in the graph that visits every vertex exactly once without repeating the edges and returns to the starting vertex.
Levels are easy to difficult in design. The front level is designed very simple, and the subsequent level will slowly increase the difficulty.
Each player will eventually be stuck on a level. You'll become smarter when you pass the stuck level.
Who will love it?
• Those who is clever
• Those who love challenges
• Those who want to be clever
• Those who want to know clever people
Each level is a Hamiltonian graph, and you need to find a Hamiltonian circuit to pass the level.
However, finding the Hamiltonian circuit is a P versus NP problem - one of the Millennium Prize Problems.
The rule is very simple:
Find a walk in the graph that visits every vertex exactly once without repeating the edges and returns to the starting vertex.
Levels are easy to difficult in design. The front level is designed very simple, and the subsequent level will slowly increase the difficulty.
Each player will eventually be stuck on a level. You'll become smarter when you pass the stuck level.
Who will love it?
• Those who is clever
• Those who love challenges
• Those who want to be clever
• Those who want to know clever people
Latest updates
4.3.15
Bug fix