Review the problem statement from Codeforces (link will open a new tab). When you've matched your problem, go to the solutions.
Get exact match for tags using this format, eg: [u'brute force', 'dp']
Solved |
Name |
Tags |
Solutions |
Index |
Contest |
Type |
Points |
Tutorial |
Rating Level |
|---|---|---|---|---|---|---|---|---|---|
| 341 | Stars | constructive algorithms geometry | Statement | D | Codeforces Round 131 (Div. 1) {213} | PROGRAMMING | Codeforces Round #131 Tutorial | 2200 | |
| 811 | Set of Points | constructive algorithms geometry | Statement | B | Codeforces Round 170 (Div. 1) {277} | PROGRAMMING | Codeforces Round #170 Tutorial | 2400 | |
| 284 | Polygon | constructive algorithms geometry | Statement | D | Testing Round 6 {306} | PROGRAMMING | 2300 | ||
| 5631 | Coat of Anticubism | constructive algorithms geometry | Statement | B | Codeforces Round 349 (Div. 2) {667} | PROGRAMMING | 1100 | ||
| 2825 | Timofey and rectangles | constructive algorithms geometry | Statement | B | Codeforces Round 395 (Div. 1) {763} | PROGRAMMING | Codeforces Round #395 [Editorial] | 2200 | |
| 234 | Ancient civilizations | constructive algorithms geometry | Statement | E | Bubble Cup 11 - Finals [Online Mirror, Div. 1] {1045} | PROGRAMMING | E | 2800 | |
| 69 | Algoland and Berland | constructive algorithms divide and conquer geometry | Statement | M | 2018-2019 ICPC, NEERC, Southern Subregional Contest (Online Mirror, ACM-ICPC Rules, Teams Preferred) {1070} | PROGRAMMING | Solution to problem M. Algoland and Berland of 2018-2019 ICPC, NEERC | 3100 |