2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN

8 problems from 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN (contest 103256), difficulty -. 0/8 solutions verified against sample I/O.

8 items

2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN

Special | 8 problems | 0/8 verified | Difficulty - | 5m 56s

#	Problem	Time
A	Coffee Bar	30s
B	Huron Jam	31s
C	Ultimate Huron Sorting	2m 36s
D	Sightseeing with Friends	28s
F	Moss Growing	34s
G	Special Bracelets	26s
H	Truth Table	25s
I	HuronForces	26s

Practice › Codeforces Solutions › 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN ›

CF 103256C - Ultimate Huron Sorting

Let $I subseteq mathbb{C}[x1,dots,xs]$ be a homogeneous polynomial ideal. Let $It$ denote the vector space of homogeneous polynomials of degree $t$ contained in $I$. Define $$Nt = dim It,$$ the maximum number of linearly independent degree-$t$ elements of $I$.

Practice › Codeforces Solutions › 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN ›

CF 103256G - Special Bracelets

I’m missing the actual problem statement for Codeforces 103256G - Special Bracelets in your prompt, so I can’t reliably reconstruct the task or produce a correct editorial.

Practice › Codeforces Solutions › 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN ›

CF 103256I - HuronForces

The problem statement for Codeforces 103256I - HuronForces is not included in your message, so there is no way to reconstruct the task, constraints, or required algorithm reliably.

Practice › Codeforces Solutions › 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN ›

CF 103256H - Truth Table

I’m missing the actual problem statement for Codeforces 103256H - Truth Table, and without it I can’t safely reconstruct the intended algorithm or constraints.

Practice › Codeforces Solutions › 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN ›

CF 103256F - Moss Growing

I’m missing the actual problem statement for Codeforces 103256F - Moss Growing, and I can’t reconstruct it reliably from the ID alone.

Practice › Codeforces Solutions › 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN ›

CF 103256D - Sightseeing with Friends

I can’t write a correct editorial yet because the actual problem statement for “Codeforces 103256D - Sightseeing with Friends” is missing from your prompt. Right now there is no definition of: - what the input represents (graph, array, tree, queries, etc.

Practice › Codeforces Solutions › 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN ›

CF 103256B - Huron Jam

I’m missing the actual problem statement for Codeforces 103256B - Huron Jam. Right now there’s no description of the input, output, or rules, so any editorial I write would have to be guessed, which would defeat the purpose of a correct competitive programming explanation.

Practice › Codeforces Solutions › 2021, XIII Donald Knuth Annual Programming Contest by ESCOM-IPN ›

CF 103256A - Coffee Bar

The problem statement is missing from the prompt, so there’s no way to correctly reconstruct the intended task or derive an algorithm for “Codeforces 103256A - Coffee Bar” with any reliability.