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e1_code_fasttext_phi

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ML Foundations Development 131

"\nTask\nAny one of these two:\n\nDetermine if a given position (an ordered non-empty collection of (...TRUNCATED)

"The problem requires a comprehensive understanding of the constraints governing valid chess positio(...TRUNCATED)

"We are Phi and mathematic can generate answer but we must answer in some text form that describes t(...TRUNCATED)

"Question: \nTask\nAny one of these two:\n\nDetermine if a given position (an ordered non-empty coll(...TRUNCATED)

"Given an xxd hexdump such as this one:\n00000000: 1f8b 0808 4920 2258 0003 7069 6c6c 6f77 ....I \"(...TRUNCATED)

"The problem requires knowledge of data representation in hexadecimal format and bit manipulation to(...TRUNCATED)

"We are asked: \"Reverse it to produce the original input:\" Actually it's likely a challenge to wri(...TRUNCATED)

"Question: Given an xxd hexdump such as this one:\n00000000: 1f8b 0808 4920 2258 0003 7069 6c6c 6f77(...TRUNCATED)

"You are given a connected undirected weighted graph consisting of n vertices and m edges.\n\nYou ne(...TRUNCATED)

"<think>\nOkay, let's see. The problem is to find the k-th smallest shortest path in an undirected w(...TRUNCATED)

"import heapq\n\ndef main():\n import sys\n input = sys.stdin.read\n data = input().split()(...TRUNCATED)

"The problem involves finding the k-th smallest shortest path in a connected undirected weighted gra(...TRUNCATED)

"We are given a problem: \"You are given a connected undirected weighted graph consisting of n verti(...TRUNCATED)

"Question: You are given a connected undirected weighted graph consisting of n vertices and m edges.(...TRUNCATED)

"Let $F(a,d)$ denote an arithmetic progression (AP) with first term $\\boldsymbol{\\alpha}$ and comm(...TRUNCATED)

"<think>\nOkay, let's tackle this problem. Hmm. The task is to find the smallest k such that the k-t(...TRUNCATED)

"import sys\nMOD = 1000003\n\nclass RangeBIT:\n def __init__(self, size):\n self.n = size\(...TRUNCATED)

"The problem involves understanding arithmetic progressions and their products, dealing with differe(...TRUNCATED)

"We have a sequence defined as the product of n sequences. Each sequence is F'(a,d,p) = a^p, (a+d)^p(...TRUNCATED)

"Question: Let $F(a,d)$ denote an arithmetic progression (AP) with first term $\\boldsymbol{\\alpha}(...TRUNCATED)

"You are given an undirected weighted connected graph with n vertices and m edges without loops and (...TRUNCATED)

"<think>\nOkay, I need to solve this programming problem. Let's read the problem carefully.\n\nThe t(...TRUNCATED)

"import sys\nfrom collections import deque\n\ndef main():\n n, m = map(int, sys.stdin.readline().(...TRUNCATED)

"This problem involves a deep understanding of graph theory, specifically concepts related to Minimu(...TRUNCATED)

"We are given: \"You can modify the graph by increasing weights of some edges by arbitrary number (h(...TRUNCATED)

"Question: You are given an undirected weighted connected graph with n vertices and m edges without (...TRUNCATED)

"Background\nThe so-called \"Urinal Protocol\", describing the order in which individual urinals are(...TRUNCATED)

"The problem involves combinatorial arrangements of people in urinals based on a specific protocol, (...TRUNCATED)

"The problem description:\n\nThe background describes \"Urinal Protocol\": There's n urinals with n (...TRUNCATED)

"Question: Background\nThe so-called \"Urinal Protocol\", describing the order in which individual u(...TRUNCATED)

"Task\nThe letters spell out actual words, but if you replace each letter with a digit from 0–9, i(...TRUNCATED)

"The problem requires solving a cryptarithm where letters represent digits in arithmetic equations. (...TRUNCATED)

"We are given description of a problem that allowed linking letters to digits and the equation is ar(...TRUNCATED)

"Question: Task\nThe letters spell out actual words, but if you replace each letter with a digit fro(...TRUNCATED)

"Everyone knows what the Fibonacci sequence is. This sequence can be defined by the recurrence relat(...TRUNCATED)

"<think>\nOkay, let's see. I need to compute the sum of A_i(k) from i=1 to n, where A_i(k) is F_i mu(...TRUNCATED)

"MOD = 10**9 + 7\n\nn, k = map(int, input().split())\n\nif n == 1:\n print(1 % MOD)\n exit()\n(...TRUNCATED)

"This problem requires a deep understanding of the Fibonacci sequence and how it can be utilized in (...TRUNCATED)

"We are given: \"Everyone knows what the Fibonacci sequence is\", but note: \"This sequence can be d(...TRUNCATED)

"Question: Everyone knows what the Fibonacci sequence is. This sequence can be defined by the recurr(...TRUNCATED)

"Conways' Game of Life is a well known cellular automaton \"played\" on an infinite grid, filled wit(...TRUNCATED)

"The problem requires deep understanding of cellular automata and the Game of Life mechanics, with a(...TRUNCATED)

"User prompt: \"Conways' Game of Life is ...\". Let's digest content. The text describes Conway's Ga(...TRUNCATED)

"Question: Conways' Game of Life is a well known cellular automaton \"played\" on an infinite grid, (...TRUNCATED)

"Well I think it is about time we have another proof-golf question.\nThis time we are going to prove(...TRUNCATED)

"This problem requires extensive knowledge of advanced algorithms and mathematical concepts, particu(...TRUNCATED)

"We are Phi. The question is \"Well I think it is about time we have another proof-golf question.\" (...TRUNCATED)

"Question: Well I think it is about time we have another proof-golf question.\nThis time we are goin(...TRUNCATED)