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177
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12.7k
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27.8k
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259
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32.8k
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969
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2.39k
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17.8k
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32.8k
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stringlengths 848
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stringlengths 2
2.22k
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stringlengths 899
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stringlengths 0
265
⌀ | num_boxed_17
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32.8k
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stringlengths 337
104k
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stringlengths 0
30.7k
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stringlengths 466
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stringlengths 0
181
⌀ | num_boxed_19
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int64 162
32.8k
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stringlengths 819
87.5k
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stringlengths 2
48.1k
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1.17k
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int64 310
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stringlengths 509
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31.7k
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29.2k
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32.8k
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stringlengths 889
75.1k
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225
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32k
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stringlengths 893
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31.3k
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stringlengths 797
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30.3k
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| extracted_answer_27
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147
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stringlengths 937
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stringlengths 0
3.65k
⌀ | num_boxed_28
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32.2k
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classes |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
248,280,294
| "First, I need to understand the structure of the graph provided. The edges are separated by pipes ((...TRUNCATED)
|
248,\ 268,\ 294
| 1
| false
| 584
| true
| "Alright, so I have this problem where I need to find a path from the source node 248 to the destina(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, let's tackle this problem step by step. I'm given a graph represented in a specific format wh(...TRUNCATED)
|
248
| 142
| false
| 32,769
| false
| "Okay, so I need to solve this problem where I have a graph represented by a long string of edges se(...TRUNCATED)
|
248,294
| 2
| false
| 6,990
| true
| "First, I need to parse the given edge list to identify the connections between nodes. The source no(...TRUNCATED)
|
244
| 46
| false
| 22,860
| true
| "To find the path from the source node 248 to the destination node 294 in the given graph, I need to(...TRUNCATED)
|
248,243,248,248,248,294
| 1
| false
| 397
| true
| "Alright, so I've got this graph problem to solve. The graph is given as a series of edges separated(...TRUNCATED)
|
248 \rightarrow 242 \rightarrow 292 \rightarrow 152 \rightarrow 248
| 2
| false
| 15,637
| true
| "I need to find a path from node 248 to node 294 in the given graph. Starting from node 248, I'll ex(...TRUNCATED)
|
\text{No path exists from 248 to 294
| 1
| false
| 310
| true
| "To find the path from node 248 to node 294, I will use a breadth-first search (BFS) algorithm to ex(...TRUNCATED)
|
248, 294
| 1
| false
| 646
| true
| "I need to find a path from the source node 248 to the destination node 294 in the given graph. To d(...TRUNCATED)
|
248, 259, 242, 26, 294
| 1
| false
| 753
| true
| "To find the path from the source node 248 to the destination node 294 in the given graph, I'll use (...TRUNCATED)
|
248, 248, 294
| 1
| false
| 300
| true
| "To determine the path from the source node 248 to the destination node 294, I will analyze the give(...TRUNCATED)
|
248, 280, 294
| 1
| true
| 1,111
| true
| "To find the shortest path from node 248 to node 294 in the given graph, I'll use Dijkstra's algorit(...TRUNCATED)
|
248, 103, 21, 96, 232, 268, 259, 242, 280, 268, 242, 222, 148, 149, 199, 232, 98, 268, 248, 294
| 1
| false
| 1,369
| true
| "I need to determine the shortest path from the source node 248 to the destination node 294 in the g(...TRUNCATED)
|
[248, 280, 294]
| 1
| false
| 2,125
| true
| "Alright, so I have this problem where I'm given a graph represented by a string of edges that are s(...TRUNCATED)
|
23
| 2
| false
| 26,909
| true
| "First, I need to parse the given string of edges to understand the structure of the graph. The edge(...TRUNCATED)
|
\text{No path exists between 248 and 294
| 1
| false
| 578
| true
| "To determine the shortest path from node 248 to node 294, I will apply the Breadth-First Search (BF(...TRUNCATED)
|
26
| 5
| false
| 32,769
| false
| "I need to determine the shortest path from node 248 to node 294 in the given graph. The graph is re(...TRUNCATED)
|
248, 248,280, 294
| 1
| false
| 602
| true
| "Okay, so I have this problem where I need to find a path from the source node 248 to the destinatio(...TRUNCATED)
|
[248, 256, 294]
| 2
| false
| 13,766
| true
| "First, I need to parse the given edge list and construct an adjacency list representation of the gr(...TRUNCATED)
|
248, 268, 294
| 1
| false
| 1,510
| true
| "I need to find a path from node 248 to node 294 in the given graph. I'll start by identifying all e(...TRUNCATED)
|
248,\ 106,\ 192,\ 294
| 1
| false
| 687
| true
| "I need to find a path from the source node 248 to the destination node 294 in the given graph. \n\n(...TRUNCATED)
|
248, 294
| 1
| false
| 399
| true
| "Okay, so I have this problem where I need to find a path from the source node 248 to the destinatio(...TRUNCATED)
|
248, 294
| 2
| false
| 4,643
| true
| "Alright, so I've got this graph here that's represented by a bunch of lines separated by pipes. Eac(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I'm given a graph represented by a long string of edges separ(...TRUNCATED)
| "212 \\rightarrow 123 \\rightarrow 222 \\rightarrow 223 \\rightarrow 8 \\rightarrow 152 \\rightarrow(...TRUNCATED)
| 2
| false
| 31,243
| true
| "Okay, so I've got this problem where I'm given a graph represented in a special format. The edges a(...TRUNCATED)
|
248,280,294
| 2
| true
| 3,538
| true
| "First, I need to understand the structure of the graph provided. It appears to be a list of edges s(...TRUNCATED)
|
248,246,242,294
| 1
| false
| 842
| true
| "First, I need to analyze the given graph, which is represented by a series of edges separated by th(...TRUNCATED)
|
248,294
| 1
| false
| 661
| true
| "Okay, so I have this problem where I need to find a path from the source node 248 to the destinatio(...TRUNCATED)
|
248, 294
| 2
| false
| 3,472
| true
| "Okay, so I need to figure out a path from the source node 248 to the destination node 294 in this g(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph represented by a long string of edges separate(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from node 248 to node 294 in the given graph, I start by identifying all edges con(...TRUNCATED)
|
248, 268, 294
| 1
| false
| 482
| true
| "To find the shortest path from node 248 to node 294, we'll use Dijkstra's algorithm. Starting from (...TRUNCATED)
|
248,103,21,294
| 1
| false
| 627
| true
| "To determine the path from node 248 to node 294 in the given graph, I'll start by examining the str(...TRUNCATED)
|
248, 294
| 1
| false
| 201
| true
| "Okay, so I have this graph represented as a string with edges separated by pipes, and I need to fin(...TRUNCATED)
|
248, 280, 294
| 2
| true
| 5,094
| true
| "Alright, so I have this graph represented as a string with edges separated by \"|\" and I need to f(...TRUNCATED)
|
248,280,294
| 1
| true
| 1,475
| true
| "First, I need to parse the given graph edges. The edges are separated by pipes, so I'll split the s(...TRUNCATED)
|
248, 242, 294
| 1
| false
| 387
| true
| "To find the shortest path from node 248 to node 294 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
248, 243, 248, 294
| 1
| false
| 690
| true
| "Okay, so I need to figure out the path from the source node 248 to the destination node 294 in this(...TRUNCATED)
|
248, 294
| 2
| false
| 5,084
| true
| "Alright, so I have this problem where I need to find a path from the source node 248 to the destina(...TRUNCATED)
| "248 \\rightarrow 149 \\rightarrow 199 \\rightarrow 230 \\rightarrow 297 \\rightarrow 242 \\rightarr(...TRUNCATED)
| 2
| false
| 18,528
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
236,154,211
| "Alright, so I've got this problem where I need to find a path from a source node to a destination n(...TRUNCATED)
|
236, 211
| 2
| false
| 15,838
| true
| "Okay, so I need to find a path from node 236 to node 211 in this graph. The graph is given in a spe(...TRUNCATED)
|
236,89,183,154,211
| 1
| false
| 3,307
| true
| "First, I need to parse the input string to extract the source and destination nodes. The source nod(...TRUNCATED)
|
236,154,211
| 1
| true
| 703
| true
| "First, I need to parse the given graph to identify the edges. Each line in the graph is separated b(...TRUNCATED)
|
236, 211
| 1
| false
| 183
| true
| "Okay, so I need to solve this problem where I'm given a graph represented by a long string of edges(...TRUNCATED)
|
236, 102, 203, 279, 154, 118, 211
| 2
| false
| 10,689
| true
| "First, I need to parse the input graph data. The graph is provided as a series of lines separated b(...TRUNCATED)
|
236, 154, 211
| 1
| true
| 282
| true
| "To determine the path from node 236 to node 211 in the given graph, I'll use a Breadth-First Search(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the graph data. The graph is given as a series of edges separated by the \"|(...TRUNCATED)
|
236,102,196,89,154,211
| 1
| false
| 710
| true
| "To determine the shortest path from node 236 to node 211 in the given graph, I'll employ the A* alg(...TRUNCATED)
|
236, 196, 199, 183, 211
| 2
| false
| 1,086
| true
| "First, I need to understand the structure of the graph provided. It appears to be a list of edges s(...TRUNCATED)
|
236, 89, 211
| 1
| false
| 782
| true
| "First, I'll parse the given graph string. It is a comma-separated list of edges, each starting with(...TRUNCATED)
|
236, 102, 196, 89, 154, 211
| 1
| false
| 1,290
| true
| "First, I need to parse the given graph data and represent it in a structure that allows me to perfo(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from the source node 236 to the destina(...TRUNCATED)
|
236, 154, 211
| 1
| true
| 830
| true
| "First, I need to parse the given graph string. The graph is separated by the \"|\" character, so I'(...TRUNCATED)
|
236,154,211
| 1
| true
| 386
| true
| "To determine the shortest path from node 236 to node 211 in the given graph, I'll use the Breadth-F(...TRUNCATED)
|
236, 196, 211
| 1
| false
| 641
| true
| "I'll parse the given graph and identify the source node as 236.\n\nNext, I'll examine all edges ori(...TRUNCATED)
|
236,196,23,211
| 1
| false
| 487
| true
| "To determine the path from node 236 to node 211 in the given graph, I will analyze the edge list st(...TRUNCATED)
|
236,196,183,155,118,179,219,119
| 1
| false
| 982
| true
| "Okay, so I have this graph represented as a string with pipes separating the edges, and I need to f(...TRUNCATED)
|
6
| 3
| false
| 27,295
| true
| "To find the path from the source node 236 to the destination node 211, I'll use the breadth-first s(...TRUNCATED)
|
236, 102, 196, 211
| 1
| false
| 475
| true
| "To find the path from node 236 to node 211 in the given graph, I need to traverse the graph using a(...TRUNCATED)
|
236, 211
| 1
| false
| 426
| true
| "I need to find a path from node 236 to node 211 in the given graph. I'll start at node 236 and expl(...TRUNCATED)
|
236, 211
| 1
| false
| 412
| true
| "Okay, so I've been given this problem where I need to find a path from the source node, which is 23(...TRUNCATED)
|
236,211
| 4
| false
| 4,729
| true
| "To determine the path from node 236 to node 211 in the given graph, I'll follow these steps:\n\n1. (...TRUNCATED)
|
236, 211
| 2
| false
| 430
| true
| "First, I need to parse the given graph structure. The graph is provided as a string with edges sepa(...TRUNCATED)
|
236,154,211
| 1
| true
| 743
| true
| "To find the path from node 236 to node 211 in the given graph, I'll use a depth-first search (DFS) (...TRUNCATED)
|
236, 154, 211
| 1
| true
| 286
| true
| "To find the path from node 236 to node 211 in the given graph, we'll perform a breadth-first search(...TRUNCATED)
|
236, 154, 211
| 2
| true
| 437
| true
| "First, I need to identify the source node, which is 236, and the destination node, 211. The graph i(...TRUNCATED)
|
236, 154, 211
| 1
| true
| 196
| true
| "Okay, so I have this problem where I need to find a path from the source node 236 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this graph represented as a string with edges separated by '|'. My task is to fi(...TRUNCATED)
|
236,154,211
| 2
| true
| 4,382
| true
| "To find the shortest path from node 236 to node 211 in the given graph, we'll use Dijkstra's algori(...TRUNCATED)
|
236-196-154-211
| 1
| false
| 990
| true
| "Alright, so I have this problem where I need to find a path from node 236 to node 211 in a graph. T(...TRUNCATED)
|
236, 211
| 2
| false
| 2,705
| true
| "First, I need to understand the structure of the graph provided. The graph is presented as a sequen(...TRUNCATED)
|
236,154,211
| 1
| true
| 936
| true
| "First, I'll parse the input to understand the structure of the graph. The graph is represented as a(...TRUNCATED)
|
236,211
| 1
| false
| 510
| true
| "First, I need to understand the structure of the graph provided. The graph is represented as a list(...TRUNCATED)
| null | 0
| false
| 24,516
| true
| "Okay, so I've got this problem where I'm given a graph represented by a long string of edges separa(...TRUNCATED)
|
236, 154, 211
| 2
| true
| 8,155
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by '|', an(...TRUNCATED)
|
9
| 62
| false
| 30,621
| true
| "Okay, so I have this graph represented as a string with pipes separating the edges. My task is to f(...TRUNCATED)
|
236,154,211
| 2
| true
| 1,120
| true
| "To determine the path from node 236 to node 211 in the given graph, I'll start by analyzing the str(...TRUNCATED)
|
236,154,211
| 1
| true
| 635
| true
| "To find the path from node 236 to node 211, I'll use a breadth-first search (BFS) algorithm.\n\n1. (...TRUNCATED)
|
236, 102, 236, 89, 199, 236, 179, 211
| 2
| false
| 1,444
| true
| "First, I need to analyze the given graph structure. It appears that the graph is provided in a form(...TRUNCATED)
|
236,154,211
| 1
| true
| 982
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
37,35,163
| "Alright, let me try to figure out how to solve this problem. So, the problem is about finding a pat(...TRUNCATED)
|
12
| 4
| false
| 29,875
| true
| "Alright, so I have this problem where I need to find a path from a source node to a destination nod(...TRUNCATED)
| null | 0
| false
| 29,236
| true
| "Alright, so I've got this problem where I need to find a path from the source node 37 to the destin(...TRUNCATED)
|
37 \rightarrow 163
| 2
| false
| 14,110
| true
| "To find the path from node 37 to node 163 in the given graph, we can model the graph as a tree and (...TRUNCATED)
|
37, 27, 99, 236, 37, 283, 24, 59, 166, 37, 171, 178, 37, 297, 35, 163
| 1
| false
| 305
| true
| "I need to find a path from the source node 37 to the destination node 163 in the given graph. The g(...TRUNCATED)
|
37,163
| 1
| false
| 594
| true
| "To solve this problem, I need to find a path from the source node 37 to the destination node 163 in(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph string to extract the adjacency list representation. The gra(...TRUNCATED)
|
37,4,271,24,297,171,246,269,27,217,190,99,73,166,178,181,41
| 1
| false
| 2,089
| true
| "First, I need to parse the given graph string to extract the edges. The edges are separated by pipe(...TRUNCATED)
|
37,163
| 1
| false
| 549
| true
| "Alright, so I need to figure out the path from node 37 to node 163 in this graph. The graph is give(...TRUNCATED)
|
37,179,279,163
| 2
| false
| 4,851
| true
| "Okay, so I need to figure out the path from the source node 37 to the destination node 163 in this (...TRUNCATED)
|
37,35,163
| 3
| true
| 3,116
| true
| "Okay, so I have this problem where I'm given a graph represented as a string with edges separated b(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. It consists of nodes connected by (...TRUNCATED)
|
37,23,163
| 1
| false
| 725
| true
| "Okay, so I need to find a path from node 37 to node 163 in this graph that's given as a sequence of(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph structure. Each edge is separated by a pipe (|). The graph i(...TRUNCATED)
| 2
| false
| 935
| true
| "To find the shortest path from node 37 to node 163 in the given graph, I will perform a depth-first(...TRUNCATED)
|
37, 27, 99, 237, 99, 99, 99, 237, 99, 163
| 1
| false
| 1,435
| true
| "First, I need to parse the given edge list and construct the graph structure. Each edge is separate(...TRUNCATED)
|
37,73,27,99,24,59,166,200,181,35,163
| 1
| false
| 1,876
| true
| "Alright, let me try to figure out how to solve this problem. So, the user provided a graph in a spe(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve the problem of finding a path from node 37 to node 163 in the given graph, I will follow t(...TRUNCATED)
|
37,27,99,23,37,283,24,59,166,200,181,171,178,297,35,163
| 1
| false
| 591
| true
| "To determine the path from the source node 37 to the destination node 163 in the given graph, we ne(...TRUNCATED)
|
37, 163
| 1
| false
| 323
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by the cha(...TRUNCATED)
|
4,27,73,163
| 1
| false
| 1,290
| true
| "Okay, so I've got this problem here where I need to find a path from node 37 to node 163 in a graph(...TRUNCATED)
|
37, 35, 163
| 2
| true
| 6,104
| true
| "Okay, so I have this problem where I need to find a path from the source node 37 to the destination(...TRUNCATED)
| null | 0
| false
| 5,271
| true
| "First, I need to parse the given graph data. The graph is represented as a series of edges separate(...TRUNCATED)
| 2
| false
| 947
| true
| "To determine the shortest path from node 37 to node 163 in the given graph, I will apply Dijkstra's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from the source node 37 to the destination node 163 in the given graph, we'll use (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph string. It appears to be a sequence of edges separated by \"(...TRUNCATED)
|
37,163
| 1
| false
| 699
| true
| "To find the shortest path from node 37 to node 163 in the given graph, I will use the Breadth-First(...TRUNCATED)
|
37, 179, 163
| 1
| false
| 586
| true
| "First, I need to parse the given graph edges. Each edge is separated by a '|', and the nodes are co(...TRUNCATED)
|
37, 276, 237, 24, 59, 166, 200, 181, 171, 178, 297, 35, 163
| 1
| false
| 335
| true
| "To determine the path from node 37 to node 163 in the given graph, I first need to parse the edge r(...TRUNCATED)
|
37, 99, 27, 37, 99, 27, 37, 283, 200, 181, 171, 178, 181, 190, 297, 283, 163
| 1
| false
| 895
| true
| "To find the path from node 37 to node 163 in the given graph, I need to analyze the structure of th(...TRUNCATED)
|
37,\,276,\,37,\,181,\,171,\,178,\,181,\,283,\,163
| 1
| false
| 818
| true
| "First, I need to parse the input string to extract the list of edges. The edges are separated by th(...TRUNCATED)
|
37,9923,374,37283,24,59,166,200,181,171,178,297,269,37246,241,37241
| 1
| false
| 1,655
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by the cha(...TRUNCATED)
|
178
| 2
| false
| 18,781
| true
| "First, I'll parse the input string to extract the edges. The edges are separated by the '|' charact(...TRUNCATED)
| "37, 27, 73, 276, 99, 236, 37, 283, 24, 59, 166, 200, 181, 171, 178, 37, 241, 37, 141, 108, 37, 179,(...TRUNCATED)
| 1
| false
| 1,416
| true
| "First, I need to parse the given edge list into a graph structure. The edges are separated by pipes(...TRUNCATED)
| 2
| false
| 1,515
| true
| "To determine the path from node 37 to node 163 in the given graph, we will use a depth-first search(...TRUNCATED)
| "37, 283, 258, 37, 179, 37, 4, 271, 179, 208, 37, 179, 37, 41, 33, 37, 179, 37, 4, 271, 179, 208, 37(...TRUNCATED)
| 1
| false
| 300
| true
| "To determine the path from node 37 to node 163 in the given graph, I need to analyze the structure (...TRUNCATED)
|
37\,163
| 1
| false
| 762
| true
| "To find the shortest path from the source node 37 to the destination node 163 in the given graph, I(...TRUNCATED)
| 2
| false
| 665
| true
| "Alright, so I have this problem where I need to find a path from a source node to a destination nod(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve the problem, I need to understand the structure of the graph provided. It seems to be a li(...TRUNCATED)
| "37, 283, 258, 37, 179, 190, 37, 27, 4, 271, 179, 190, 37, 241, 37, 179, 190, 37, 4, 271, 179, 190, (...TRUNCATED)
| 2
| false
| 1,508
| true
| "First, I'll parse the input string to extract all the edges from the graph. Each edge is separated (...TRUNCATED)
|
37,163
| 1
| false
| 615
| true
|
||||
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
281,293,119
| "To determine the path from the source node 281 to the destination node 119 in the given graph, we'l(...TRUNCATED)
|
281, 119
| 1
| false
| 562
| true
| "Alright, so I have this problem where I need to find a path from node 281 to node 119 in a graph. T(...TRUNCATED)
|
281, 20, 119
| 2
| false
| 10,980
| true
| "First, I need to parse the given graph structure to find the source node, which is 281. I'll examin(...TRUNCATED)
|
281,20,10,119
| 1
| false
| 624
| true
| "I need to determine the path from node 281 to node 119 using the provided graph structure.\n\n**Ste(...TRUNCATED)
|
281, 119
| 2
| false
| 433
| true
| "To solve the problem of finding a path from node 281 to node 119 in the given graph, I need to anal(...TRUNCATED)
|
281, 178, 10, 119
| 1
| false
| 412
| true
| "First, I need to parse the given graph string to extract the adjacency list. The graph is separated(...TRUNCATED)
|
281,119
| 1
| false
| 778
| true
| "To solve the problem of finding a path from node 281 to node 119 in the given graph, I will follow (...TRUNCATED)
|
281 \rightarrow 232 \rightarrow 119
| 4
| false
| 21,917
| true
| "First, I need to parse the given graph structure. The graph is represented as a sequence of edges s(...TRUNCATED)
| "281,20,10,244,178,203,281,267,293,281,2,290,84,215,19,281,293,15,72,267,45,2,48,288,227,281,148,281(...TRUNCATED)
| 1
| false
| 2,034
| true
| "To find the path from node 281 to node 119, I'll use a depth-first search algorithm, exploring each(...TRUNCATED)
|
281,107,119
| 1
| false
| 865
| true
| "Alright, let's tackle this problem. So, I have a graph represented in a specific format, and I need(...TRUNCATED)
|
\text{No path from 281 to 119 exists
| 1
| false
| 11,300
| true
| "Okay, so I have this problem where I'm given a graph represented in a specific format, and I need t(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem here where I need to find a path from node 281 to node 119 in a grap(...TRUNCATED)
| null | 0
| false
| 19,161
| true
| "Alright, so I've got this problem where I need to find a path from node 281 to node 119 in a graph (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the graph data, which consists of lines separated by '|' and containing comm(...TRUNCATED)
| null | 0
| false
| 20,542
| true
| "I need to determine the path from node 281 to node 119 using the provided graph structure. The grap(...TRUNCATED)
|
281\,107\,23\,119
| 1
| false
| 288
| true
| "To solve the problem of finding a path from the source node 281 to the destination node 119 in the (...TRUNCATED)
|
281,119
| 2
| false
| 558
| true
| "Alright, let's tackle this problem. I'm given a graph represented as a string with edges separated (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I'm trying to solve this problem where I need to find a path from the source node 281 to t(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 281 to node 119 in the given graph, I'll use Dijkstra's algorit(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 281 to node 119, I'll start by examining the given graph struct(...TRUNCATED)
|
281,15,18,281,267,293,119
| 1
| false
| 467
| true
| "Alright, so I'm trying to solve this problem where I have a graph represented by a string that's sp(...TRUNCATED)
|
281,119
| 2
| false
| 2,656
| true
| "Alright, so I've got this graph here that's represented as a string with pipes separating the edges(...TRUNCATED)
|
281, 119
| 2
| false
| 10,130
| true
| "To determine the path from the source node 281 to the destination node 119 in the given graph, I wi(...TRUNCATED)
| null | 0
| false
| 19,358
| true
| "Okay, so I've got this problem where I'm given a graph that's represented in a specific format. The(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this graph represented in a specific format where the edges are separated by pip(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the shortest path from node 281 to node 119 in the given graph, I will use Dijkstra's (...TRUNCATED)
|
281,119
| 1
| false
| 743
| true
| "First, I need to understand the structure of the graph provided. It's represented using pipes (`|`)(...TRUNCATED)
|
281,\ 267,\ 244,\ 215,\ 119
| 1
| false
| 1,025
| true
| "Okay, so I need to find a path from node 281 to node 119 in this graph. The graph is given as a ser(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 281 to node 119 in the given graph, I will apply the Breadth-Fi(...TRUNCATED)
|
281,\ 215,\ 88,\ 267,\ 119
| 1
| false
| 430
| true
| "Okay, so I've got this problem where I need to find a path from the source node 281 to the destinat(...TRUNCATED)
|
281, 119
| 3
| false
| 6,974
| true
| "Alright, so I have this problem where I'm given a graph represented by a string that lists edges se(...TRUNCATED)
|
281,272,293,119
| 2
| false
| 8,149
| true
| "Okay, so I've got this problem where I need to find a path from a source node to a destination node(...TRUNCATED)
|
281, 267, 293, 119
| 1
| false
| 1,990
| true
| "Alright, so I've got this problem where I need to find a path from the source node, which is 281, t(...TRUNCATED)
|
119281228113
| 2
| false
| 30,395
| true
| "First, I'll start from the source node, which is 281, and follow the path indicated by the edges in(...TRUNCATED)
|
281, 10, 244, 178, 203, 281, 119
| 1
| false
| 469
| true
| "First, I need to parse the given graph data. Each edge is represented as a string like \"| 281,10|2(...TRUNCATED)
|
281,10,119
| 1
| false
| 338
| true
| "Okay, so I need to figure out the path from node 281 to node 119 using the given graph. Let me star(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this graph problem to solve. The graph is given in a specific format where the ed(...TRUNCATED)
|
281,119
| 2
| false
| 2,412
| true
| "Alright, so I have this problem where I need to find a path from a source node to a destination nod(...TRUNCATED)
|
281,267,293,119
| 1
| false
| 2,812
| true
| "To find the shortest path from node 281 to node 119, I'll perform a breadth-first search (BFS) star(...TRUNCATED)
|
281, 267, 119
| 1
| false
| 861
| true
| "Okay, so I need to figure out how to get from node 281 to node 119 in this graph. The graph is give(...TRUNCATED)
|
281, 20, 10, 272, 244, 178, 203, 267, 293, 119
| 1
| false
| 6,058
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
158,50,134
| "Alright, let me try to figure out how to solve this problem. So, the task is to find a path from no(...TRUNCATED)
|
158,50,134
| 1
| true
| 2,148
| true
| "To find the path from node 158 to node 134, I need to traverse the graph step by step. Starting fro(...TRUNCATED)
|
158, 177, 134
| 1
| false
| 647
| true
| "Okay, so I've got this problem here where I need to find a path from the source node 158 to the des(...TRUNCATED)
|
158,50,134
| 2
| true
| 3,256
| true
| "To find the shortest path from node 158 to node 134 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
158-134
| 1
| false
| 1,810
| true
| "Alright, let me try to figure out how to find the path from node 158 to node 134 in this graph. Fir(...TRUNCATED)
|
158, 134
| 2
| false
| 7,377
| true
| "To find the shortest path from node 158 to node 134, I will perform a breadth-first search (BFS) st(...TRUNCATED)
|
134
| 1
| false
| 4,530
| true
| "To find the shortest path from node 158 to node 134 in the given graph, I'll use Dijkstra's algorit(...TRUNCATED)
|
158,\ 129,\ 134
| 1
| false
| 608
| true
| "First, I need to understand the structure of the graph provided. It seems to be a list of edges whe(...TRUNCATED)
|
158,265,250,142,177,287,158,202,189,136,287,158,144,202,189,136,287,158,181,154,136
| 1
| false
| 467
| true
| "First, I need to parse the input graph. It's a string that represents edges separated by the '|' ch(...TRUNCATED)
|
158, 120, 53, 134
| 1
| false
| 1,205
| true
| "First, I need to parse the graph structure. The graph is provided with edges separated by \"|\", an(...TRUNCATED)
|
158,129,134
| 1
| false
| 598
| true
| "To find the path from node 158 to node 134 in the given graph, I'll use a depth-first search (DFS) (...TRUNCATED)
|
158, 134
| 1
| false
| 4,115
| true
| "To find the shortest path from the source node 158 to the destination node 134 in the given graph, (...TRUNCATED)
|
158,120,134
| 1
| false
| 747
| true
| "To solve the problem, I will analyze the given graph structure and follow a systematic approach to (...TRUNCATED)
|
158,120,53,181,15,96,15,137,142,130,134
| 1
| false
| 1,202
| true
| "First, I need to identify the source node, which is 158, and the destination node, which is 134. I'(...TRUNCATED)
|
158, 134
| 1
| false
| 374
| true
| "First, I need to parse the given graph structure, which is a list of edges separated by '|'. Each e(...TRUNCATED)
| 2
| false
| 871
| true
| "Alright, so I have this graph represented as a string with edges separated by pipes. The source nod(...TRUNCATED)
|
134
| 122
| false
| 27,787
| true
| "First, I need to parse the given edge list to construct the graph. The graph is represented by a st(...TRUNCATED)
|
158,120,44,281,158,54,129,40,134
| 1
| false
| 1,758
| true
| "Alright, so I'm trying to figure out how to get from node 158 to node 134 using the given graph. Th(...TRUNCATED)
|
158, 54, 144
| 2
| false
| 4,487
| true
| "Alright, let's try to figure out the path from node 158 to node 134 in this graph. The graph is giv(...TRUNCATED)
|
158,136,50,134
| 2
| false
| 3,459
| true
| "I need to find a path from node 158 to node 134 in the given graph. I'll start by examining the edg(...TRUNCATED)
|
158,265,177,96,287,136,158,44,158,137,202,189,154,144,54,134
| 1
| false
| 898
| true
| "To find the path from node 158 to node 134 in the given graph, we'll use a breadth-first search (BF(...TRUNCATED)
| "158 \\rightarrow 157 \\rightarrow 156 \\rightarrow 155 \\rightarrow 154 \\rightarrow 153 \\rightarr(...TRUNCATED)
| 1
| false
| 14,028
| true
| "First, I'll parse the given edge list to construct the graph. Each edge is separated by a pipe \"|\(...TRUNCATED)
|
158
| 1
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from node 158 to node 134 in a graph th(...TRUNCATED)
|
244
| 1
| false
| 32,171
| true
| "First, I need to parse the given graph data. Each edge is separated by a pipe (`|`), and the edges (...TRUNCATED)
|
158,120,134
| 1
| false
| 482
| true
| "To find the path from node 158 to node 134 in the given graph, I'll use a depth-first search (DFS) (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph structure. It's represented as a string with edges separated(...TRUNCATED)
|
158,129,43,212,50,134
| 1
| false
| 703
| true
| "Alright, so I have this problem where I need to find a path from node 158 to node 134 in a graph th(...TRUNCATED)
|
158, 134
| 2
| false
| 7,876
| true
| "I need to determine the path from the source node 158 to the destination node 134 in the given grap(...TRUNCATED)
|
158,134
| 1
| false
| 371
| true
| "Okay, so I'm trying to solve this problem where I have to find a path from the source node 158 to t(...TRUNCATED)
|
158, 152, 50, 134
| 2
| false
| 6,979
| true
| "Okay, so I need to find a path from node 158 to node 134 in this graph. The graph is given as a lis(...TRUNCATED)
|
158,142,136
| 1
| false
| 3,531
| true
| "First, I'll parse the input graph to identify the edges. Each edge is represented by two numbers se(...TRUNCATED)
|
158, 142, 134
| 1
| false
| 1,999
| true
| "First, I need to analyze the given graph structure, which is represented as a string of edges separ(...TRUNCATED)
|
158-265-134
| 1
| false
| 595
| true
| "First, I need to parse the given graph string to extract the edges. The graph is represented using (...TRUNCATED)
|
158,134
| 1
| false
| 593
| true
| "Alright, let me try to figure out how to solve this problem. So, the question is about finding a pa(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "I need to find a path from node 158 to node 134 in the provided graph. Starting at 158, I follow th(...TRUNCATED)
|
158,134
| 1
| false
| 524
| true
| "First, I need to parse the given graph string and identify the source and destination nodes. The so(...TRUNCATED)
|
158,134
| 1
| false
| 453
| true
| "First, I need to parse the given graph data and construct an adjacency list. Each edge is separated(...TRUNCATED)
| 2
| false
| 3,135
| true
| "To solve the problem of finding a path from node 158 to node 134 in the given graph, we can use Bre(...TRUNCATED)
|
158, 129, 134
| 1
| false
| 482
| true
| "Okay, so I have this problem where I need to find a path from the source node, which is 158, to the(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given edge string to extract the connections between nodes. The edges ar(...TRUNCATED)
|
158, 120, 134
| 1
| false
| 495
| true
|
||
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
238,237,189
| "Alright, let's tackle this problem step by step. I've been given a graph represented as a string wi(...TRUNCATED)
|
238, 237, 189
| 1
| true
| 7,816
| true
| "To determine the path from node 238 to node 189 in the given graph, I will analyze the structure of(...TRUNCATED)
|
238, 189
| 1
| false
| 591
| true
| "I need to find a path from node 238 to node 189 in the given graph. The graph is represented with e(...TRUNCATED)
|
238,25,292,63,29,233,189
| 1
| false
| 478
| true
| "First, I need to parse the given graph structure. It's represented as a series of edges separated b(...TRUNCATED)
|
238, 20, 189
| 9
| false
| 918
| true
| "First, I need to understand the structure of the graph provided. It seems to be a list of edges whe(...TRUNCATED)
|
\text{No path exists
| 1
| false
| 2,183
| true
| "First, I need to understand the structure of the given graph. It appears to be represented as a ser(...TRUNCATED)
|
238,20,155,170,25,270,102,233,246,90,285,238,99,275,292,196,78,101,183,237,143,190,29,189
| 1
| false
| 960
| true
| "First, I need to parse the given graph structure. The graph is represented by a series of edges sep(...TRUNCATED)
|
238, 155, 257, 290, 275, 29, 237, 143, 190, 189
| 1
| false
| 6,226
| true
| "First, I'll parse the input string to extract the list of edges. The graph is provided as a string (...TRUNCATED)
|
238,25,189
| 1
| false
| 1,216
| true
| "Alright, so I have this problem where I need to find a path from the source node, which is 238, to (...TRUNCATED)
|
6
| 5
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from a source node to a destination node i(...TRUNCATED)
|
238 \rightarrow 25 \rightarrow 270 \rightarrow 189
| 5
| false
| 14,677
| true
| "I need to find a path from node 238 to node 189 in the given graph. I'll start by examining the edg(...TRUNCATED)
|
238,20,152,155,245,292,233,192,66,189
| 1
| false
| 848
| true
| "I need to find the path from node 238 to node 189 in the given graph. The graph is represented with(...TRUNCATED)
|
238,20,15,50,90,189
| 2
| false
| 1,031
| true
| "First, I need to analyze the given graph structure, which is represented as a string of edges separ(...TRUNCATED)
|
292
| 2
| false
| 23,886
| true
| "Okay, so I need to figure out the path from the source node 238 to the destination node 189 in this(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph data. The graph is represented by a string where each edge i(...TRUNCATED)
|
238,20,195,189
| 1
| false
| 534
| true
| "To find the shortest path from node 238 to node 189 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
238,20,195,63,292,289,273,196,238,270,102,237,189
| 1
| false
| 2,208
| true
| "I need to find a path from node 238 to node 189 in the given graph. The graph is structured with ed(...TRUNCATED)
|
\text{No path exists from node 238 to node 189
| 1
| false
| 1,165
| true
| "I need to find a path from node 238 to node 189 in the given graph. I'll start at node 238 and expl(...TRUNCATED)
|
238,\ 90,\ 189
| 1
| false
| 429
| true
| "I need to find a path from the source node 238 to the destination node 189 in the given graph. The (...TRUNCATED)
|
238,289,196,25,270,102,233,246,90,285,292,237,189
| 1
| false
| 1,062
| true
| "First, I need to parse the given graph structure. The edges are separated by pipes, and each edge c(...TRUNCATED)
|
238,189
| 1
| false
| 543
| true
| "Alright, let me try to figure out how to find the path from node 238 to node 189 in this graph. The(...TRUNCATED)
|
238, 20, 233, 195, 189
| 1
| false
| 6,012
| true
| "First, I need to parse the given graph structure. The graph is represented as a string with edges s(...TRUNCATED)
|
238, 20, 189
| 1
| false
| 694
| true
| "To solve this problem, I need to determine a path from the source node 238 to the destination node (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let me try to figure out how to solve this problem. So, the task is to find a path from th(...TRUNCATED)
|
238, 237, 189
| 2
| true
| 5,687
| true
| "Okay, so I'm trying to figure out how to solve this problem where I have a graph represented as a s(...TRUNCATED)
|
238 \rightarrow 237 \rightarrow 189
| 1
| false
| 10,113
| true
| "Okay, let's see. I have this problem where I need to find a path from the source node 238 to the de(...TRUNCATED)
| 4
| false
| 5,581
| true
| "Okay, so I need to figure out the path from the source node 238 to the destination node 189 in this(...TRUNCATED)
|
238,237,189
| 1
| true
| 2,345
| true
| "To solve this problem, I need to find the shortest path from the source node 238 to the destination(...TRUNCATED)
|
238,25,102,233,189
| 1
| false
| 530
| true
| "First, I'll start by identifying the source node, which is 238. Then, I'll follow the edges from 23(...TRUNCATED)
|
238,195,63,292,285,238,99,275,189
| 1
| false
| 401
| true
| "Alright, so I have this graph problem here, and I need to find a path from the source node 238 to t(...TRUNCATED)
| null | 0
| false
| 4,416
| true
| "Alright, so I have this problem where I need to find a path from the source node 238 to the destina(...TRUNCATED)
|
238 \rightarrow 237 \rightarrow 189
| 2
| false
| 10,586
| true
| "Alright, so I need to find the shortest path from node 238 to node 189 in this graph. The graph is (...TRUNCATED)
| null | 0
| false
| 32,768
| false
| "First, I need to parse the given graph to identify the connections between nodes. The graph is repr(...TRUNCATED)
| "238,20,155,170,25,270,102,233,246,90,285,238,99,275,238,196,78,101,183,238,195,170,196,137,143,289,(...TRUNCATED)
| 2
| false
| 854
| true
| "To find the path from node 238 to node 189 in the given graph, we'll use a depth-first search (DFS)(...TRUNCATED)
|
238, 20, 155, 290, 189
| 1
| false
| 949
| true
| "To determine the path from node 238 to node 189 in the given graph, we can use a breadth-first sear(...TRUNCATED)
|
238, 246, 192, 195, 189
| 1
| false
| 1,645
| true
| "Okay, so I need to find a path from node 238 to node 189 in this graph. The graph is provided as a (...TRUNCATED)
|
238,190,189
| 3
| false
| 8,523
| true
| "First, I need to interpret the input graph structure, which is represented as a string with edges s(...TRUNCATED)
|
238,20,189
| 1
| false
| 1,196
| true
| "Okay, so I have this problem where I need to find a path from node 238 to node 189 in a graph. The (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node, which is 238, to the(...TRUNCATED)
| null | 0
| false
| 32,765
| true
| "First, I need to parse the given graph structure, which is separated by the '|' character. This mea(...TRUNCATED)
|
238, 189, 233, 246, 237
| 1
| false
| 741
| true
|
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
56,173,214
| "I need to find the shortest path from node 56 to node 214 in the given graph. I'll start by identif(...TRUNCATED)
|
56, 238, 171, 114, 214
| 1
| false
| 1,282
| true
| "First, I need to parse the given graph data. Each edge is represented as a pair of numbers separate(...TRUNCATED)
| "56,199,89,206,134,285,56,199,56,42,56,171,94,261,56,233,56,15,135,184,56,188,171,1,233,288,41,286,5(...TRUNCATED)
| 1
| false
| 2,322
| true
| "Alright, so I need to find a path from the source node 56 to the destination node 214 in this graph(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to find a path from the source node 56 to the destination node 214 in this graph. T(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from node 56 to node 214 in the given graph, I start by identifying all edges(...TRUNCATED)
|
56, 199, 1, 135, 214
| 1
| false
| 556
| true
| "Okay, so I have this problem where I need to find a path from a source node to a destination node i(...TRUNCATED)
|
56, 42, 171, 214
| 2
| false
| 7,257
| true
| "Alright, let me try to figure out how to solve this problem. So, we have a graph represented by a s(...TRUNCATED)
| null | 0
| false
| 16,528
| true
| "Alright, so I've got this problem here where I need to find a path from node 56 to node 214 in a gr(...TRUNCATED)
|
56 \rightarrow 173 \rightarrow 214
| 2
| false
| 13,456
| true
| "First, I need to parse the given graph string. The graph is separated by pipes, and each edge is re(...TRUNCATED)
|
159
| 2
| false
| 23,682
| true
| "To find the shortest path from node 56 to node 214 in the given graph, I will use Dijkstra's algori(...TRUNCATED)
|
56, 199, 206, 134, 188, 214
| 1
| false
| 1,243
| true
| "To find the shortest path from node 56 to node 214 in the given graph, we can use a breadth-first s(...TRUNCATED)
|
56, 214
| 1
| false
| 320
| true
| "To solve the problem of finding a path from the source node 56 to the destination node 214 in the g(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 56 to node 214 in a graph that's(...TRUNCATED)
|
56,214
| 2
| false
| 8,376
| true
| "Alright, so I've got this problem here where I need to find a path from the source node 56 to the d(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "I need to find a path from node 56 to node 214 in the given graph. The graph is represented by a se(...TRUNCATED)
|
\text{No path exists
| 1
| false
| 520
| true
| "Alright, let me try to figure out the path from node 56 to node 214 in this graph. So, the graph is(...TRUNCATED)
|
56
| 9
| false
| 18,807
| true
| "Alright, so I've got this problem where I need to find a path from the source node, which is 56, to(...TRUNCATED)
|
56, 196, 214
| 2
| false
| 2,683
| true
| "Alright, so I have this problem where I need to find a path from node 56 to node 214 in a graph. Th(...TRUNCATED)
|
199
| 6
| false
| 31,536
| true
| "To solve the problem, I'll start by parsing the input string to extract the list of edges. Each edg(...TRUNCATED)
|
56,199,135,114,214
| 1
| false
| 903
| true
| "Alright, so I've got this problem here where I need to find a path from node 56 to node 214 in a gr(...TRUNCATED)
|
56,214
| 1
| false
| 1,530
| true
| "To determine the path from node 56 to node 214, I'll use a Breadth-First Search (BFS) algorithm to (...TRUNCATED)
|
15
| 1,167
| false
| 32,769
| false
| "First, I need to parse the given graph data. The graph is structured with edges separated by pipes,(...TRUNCATED)
|
56, 206, 134, 285, 238, 56, 42, 171, 94, 261, 15, 135, 184, 56, 288, 41, 286, 56, 173, 214
| 1
| false
| 1,070
| true
| "First, I need to parse the given graph data. It is structured as a string with each edge represente(...TRUNCATED)
| null | 0
| false
| 8,984
| true
| "Okay, so I have this graph represented as a string with edges separated by commas. The edges are in(...TRUNCATED)
|
60
| 11
| false
| 31,888
| true
| "First, I need to understand the structure of the graph. The graph is provided with edges separated (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. The graph is represented as a list(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph structure. The graph is defined by edges separated by '|', a(...TRUNCATED)
|
56, 285, 134, 214
| 1
| false
| 391
| true
| "Okay, let's see. I have this graph represented as a string with edges separated by the \"|\" symbol(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph data. The graph is structured with edges separated by pipes (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph structure. The graph is provided as a comma-separated string(...TRUNCATED)
|
56,134,285,173,214
| 1
| false
| 1,543
| true
| "First, I need to parse the given graph string to identify all edges. The graph is represented by ed(...TRUNCATED)
|
56, 199, 206, 233, 214
| 1
| false
| 617
| true
| "Okay, so I have this graph represented as a string with edges separated by '|', and I need to find (...TRUNCATED)
|
700
| 2
| false
| 29,439
| true
| "First, I need to interpret the given graph structure. The graph is provided in a comma-separated fo(...TRUNCATED)
|
56, 135, 214
| 1
| false
| 944
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by the cha(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 56 to node 214 in a graph. The g(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve the problem, I need to parse the given graph string and identify the path from the source (...TRUNCATED)
|
56,206,134,238,214
| 1
| false
| 2,269
| true
| "To solve the problem, I'll start by understanding the structure of the given graph. The graph consi(...TRUNCATED)
|
56, 136, 261, 214
| 1
| false
| 1,085
| true
| "First, I need to identify the source and destination nodes. The source node is 56, and the destinat(...TRUNCATED)
|
56, 135, 214
| 1
| false
| 364
| true
| "To determine the path from the source node 56 to the destination node 214 in the given graph, I wil(...TRUNCATED)
|
56, 214
| 1
| false
| 252
| true
| "First, I need to parse the input graph and identify all the nodes and their connected edges. The gr(...TRUNCATED)
| null | 0
| false
| 32,769
| false
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
225,44,284
| "First, I need to parse the given graph structure to understand the connections between nodes. The g(...TRUNCATED)
| "225-276-227-228-257-259-220-221-219-218-217-216-215-214-213-212-211-210-209-208-207-206-205-204-203(...TRUNCATED)
| 1
| false
| 3,365
| true
| "Okay, so I've got this graph represented by a long string of numbers separated by pipes, and I need(...TRUNCATED)
| "225 \\rightarrow 4157 \\rightarrow 225 \\rightarrow 276 \\rightarrow 225 \\rightarrow 258 \\rightar(...TRUNCATED)
| 2
| false
| 14,808
| true
| "First, I need to parse the given graph structure. The graph is represented as a series of edges sep(...TRUNCATED)
|
225, 225, 284
| 1
| false
| 478
| true
| "First, I need to parse the given graph to determine the structure. The graph is provided as a serie(...TRUNCATED)
| null | 0
| false
| 22,942
| true
| "First, I need to parse the given graph data. It appears to be a list of edges separated by the '|' (...TRUNCATED)
|
225,\,276,\,284
| 1
| false
| 813
| true
| "Okay, so I have this problem where I need to find a path from node 225 to node 284 in a graph. The (...TRUNCATED)
|
252.2
| 1
| false
| 17,928
| true
| "Okay, so I have this problem where I need to find a path from node 225 to node 284 in a graph that'(...TRUNCATED)
| null | 0
| false
| 32,767
| false
| "First, I'll parse the input graph into a structured format. The graph is provided as a series of co(...TRUNCATED)
| "225,4,225,276,225,258,202,225,56,225,293,70,225,28,225,225,0,225,247,128,225,258,39,225,76,0,225,13(...TRUNCATED)
| 1
| false
| 1,224
| true
| "To determine the path from node 225 to node 284 in the given graph, I need to understand the struct(...TRUNCATED)
|
225, 225, 225, 225, 225, 225, 225, 225, 225, 28, 225, 284
| 1
| false
| 1,605
| true
| "Okay, so I have this problem where I'm given a graph that's represented in a specific format. The g(...TRUNCATED)
|
225,276,258,202,56,293,70,284,249
| 1
| false
| 5,142
| true
| "To solve the problem of finding a path from node 225 to node 284 in the given graph, I will follow (...TRUNCATED)
| 2
| false
| 3,111
| true
| "To solve the problem of finding a path from the source node 225 to the destination node 284 in the (...TRUNCATED)
|
225, 56, 284
| 1
| false
| 604
| true
| "To solve the problem of finding the shortest path from node 225 to node 284 in the given graph, I w(...TRUNCATED)
|
258
| 2
| false
| 21,696
| true
| "To determine the shortest path from node 225 to node 284 in the given graph, we first need to under(...TRUNCATED)
|
\text{No direct path from 225 to 284
| 1
| false
| 965
| true
| "To find the path from the source node 225 to the destination node 284, we'll analyze the given grap(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from node 225 to node 284 in the given graph, I will start by identifying the init(...TRUNCATED)
|
225,276,258,224,284
| 1
| false
| 355
| true
| "First, I need to understand the structure of the graph provided. It's a series of connected edges s(...TRUNCATED)
|
225,276,284
| 1
| false
| 973
| true
| "Okay, so I have this problem where I'm given a graph that's written in a specific format with edges(...TRUNCATED)
|
225,415,284
| 1
| false
| 1,041
| true
| "Alright, so I have this problem where I need to find a path from node 225 to node 284 in a graph th(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from node 225 to node 284, I'll perform a BFS (Breadth-First Search) starting from(...TRUNCATED)
|
225, 13, 276, 284
| 1
| false
| 241
| true
| "First, I need to parse the graph data to identify the connected components. This will help me under(...TRUNCATED)
|
225,157,276,225,258,258,202,225,56,225,293,70,28,53,128,225,0,225,95,225,64,44,284
| 1
| false
| 1,156
| true
| "First, I need to parse the given graph string to extract the edges. Each edge is separated by a pip(...TRUNCATED)
|
225,284
| 1
| false
| 1,786
| true
| "I need to find a path from the source node 225 to the destination node 284 using the edges provided(...TRUNCATED)
|
225,\ 4,\ 157,\ 258,\ 284
| 1
| false
| 616
| true
| "I need to find a path from the source node 225 to the destination node 284 in the given graph. The (...TRUNCATED)
| "225,4,156,174,172,168,166,162,160,152,148,146,142,140,136,134,132,128,126,124,120,118,116,114,112,1(...TRUNCATED)
| 1
| false
| 8,890
| true
| "Okay, so I'm looking at this problem where I have a graph represented as a string with pipes separa(...TRUNCATED)
| null | 0
| false
| 32,766
| true
| "To find the shortest path from node 225 to 284 in the given graph, we can use Dijkstra's algorithm.(...TRUNCATED)
|
225, 56, 284
| 1
| false
| 609
| true
| "To find the shortest path from node 225 to node 284 in the given graph, I can use Dijkstra's algori(...TRUNCATED)
|
225,\ 56,\ 284
| 1
| false
| 763
| true
| "First, I need to parse the given edge string to construct the graph. The edge separators are pipes,(...TRUNCATED)
| 1
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 225 to node 284 in a graph that'(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve the problem of finding a path from node 225 to node 284 in the given graph, I need to firs(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "I need to find a path from the source node 225 to the destination node 284 in the given graph. The (...TRUNCATED)
| null | 0
| false
| 24,085
| true
| "To find the shortest path from node 225 to node 284 in the given graph, we can use Dijkstra's algor(...TRUNCATED)
|
225,276,258,284
| 2
| false
| 513
| true
| "First, I need to parse the given graph structure, which is separated by the '|' character. Each seg(...TRUNCATED)
|
225, 56, 284
| 1
| false
| 314
| true
| "First, I need to parse the given graph string into a structured format. The graph is separated by \(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve this problem, I need to find a path from node 225 to node 284 in a graph where the edges a(...TRUNCATED)
| null | 0
| false
| 789
| true
| "First, I need to parse the graph structure from the given input. The graph is represented as a seri(...TRUNCATED)
|
202
| 28
| false
| 30,854
| true
| "First, I need to parse the given graph structure and identify the source and destination nodes.\n\n(...TRUNCATED)
|
225,44,284
| 1
| true
| 283
| true
| "I need to find the path from node 225 to node 284 using the edges provided in the graph. I'll start(...TRUNCATED)
|
225, 157, 276, 258, 202, 56, 71, 284
| 1
| false
| 547
| true
| "I need to find the path from node 225 to node 284 in the given graph. I'll start at node 225 and ex(...TRUNCATED)
|
225, 56, 28, 258, 276, 225, 157, 44
| 1
| false
| 463
| true
| "To determine the path from node 225 to node 284, I will perform a Depth-First Search (DFS) traversa(...TRUNCATED)
| "225, 4157, 225276, 225258, 258202, 225276, 2250225, 22595225, 22564225, 225441325, 225249225, 22541(...TRUNCATED)
| 1
| false
| 24,426
| true
|
||
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
65,15,260
| "First, I need to parse the given string of edges. The graph is separated by pipes, so each edge is (...TRUNCATED)
|
65,260
| 1
| false
| 555
| true
| "Okay, so I've been given this problem where I have to find a path from the source node 65 to the de(...TRUNCATED)
|
220
| 2
| false
| 32,348
| true
| "To find the shortest path from node 65 to node 260 in the given graph, we can use Dijkstra's algori(...TRUNCATED)
|
65, 163, 140, 104, 260
| 1
| false
| 822
| true
| "First, I need to parse the given edge string and construct a graph structure. The edge string is se(...TRUNCATED)
| "65,149,136,257,7,136,240,132,258,122,113,65,74,65,132,65,14,116,130,74,196,246,254,65,246,65,143,65(...TRUNCATED)
| 1
| false
| 2,022
| true
| "Alright, so I've got this problem where I need to find a path from the source node 65 to the destin(...TRUNCATED)
|
65,15,260
| 2
| true
| 2,338
| true
| "First, I need to parse the given edge list to construct a graph representation. Each edge is separa(...TRUNCATED)
|
65, 163, 260
| 1
| false
| 3,207
| true
| "First, I need to parse the given graph structure. Each edge is separated by a pipe \"|\", and each (...TRUNCATED)
|
65, 163, 260
| 1
| false
| 1,995
| true
| "First, I need to interpret the given graph structure. It appears to be a list of edges separated by(...TRUNCATED)
|
2
| 2
| false
| 29,946
| true
| "First, I need to understand the structure of the given graph. The edges are separated by the charac(...TRUNCATED)
|
65,136,122,132,260
| 1
| false
| 775
| true
| "Alright, so I've got this problem where I need to find a path from the source node, which is 65, to(...TRUNCATED)
|
65, 15, 260
| 2
| true
| 8,745
| true
| "First, I need to parse the graph string and extract the edges. The graph is provided in a format wh(...TRUNCATED)
|
65, 163, 19, 122, 113, 15, 260
| 1
| false
| 645
| true
| "Alright, so I need to find a path from node 65 to node 260 in this graph. The graph is given as a s(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from the source node 65 to the destination node 260 in the given graph, I wil(...TRUNCATED)
|
65\,163\,257\,136\,240\,132\,258\,122\,113\,65
| 1
| false
| 1,848
| true
| "Okay, so I have this problem where I need to find a path from the source node 65 to the destination(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 65 to node 260 in a graph that's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 65 to node 260 in a graph. The g(...TRUNCATED)
|
162
| 2
| false
| 30,403
| true
| "To find the shortest path from node 65 to node 260 in the given graph, I will perform a breadth-fir(...TRUNCATED)
| "\\text{All pairs of 140, 240, and 254 that have a Manhattan distance of 104 from 140 and 114 from 1(...TRUNCATED)
| 1
| false
| 19,366
| true
| "First, I need to parse the given graph data and construct an adjacency list representation. Each ed(...TRUNCATED)
|
65, 136, 240, 260
| 1
| false
| 423
| true
| "Okay, so I'm trying to solve this problem where I have a graph represented as a string with edges s(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 65 to the destination(...TRUNCATED)
|
12\%\,133333311112
| 3
| false
| 29,524
| true
| "Alright, let me try to figure this out. So, the problem is about finding a path from the source nod(...TRUNCATED)
|
65,163,260
| 3
| false
| 5,622
| true
| "Okay, so I have this problem where I need to find a path from the source node 65 to the destination(...TRUNCATED)
|
65,143,260
| 2
| false
| 5,482
| true
| "First, I need to parse the given graph string. It appears to be a comma-separated list of edge pair(...TRUNCATED)
|
65, 146, 132, 260
| 1
| false
| 585
| true
| "First, I need to parse the graph structure from the given string. The graph is represented with edg(...TRUNCATED)
|
65, 163, 260
| 1
| false
| 623
| true
| "To find the shortest path from node 65 to node 260 in the given graph, I'll use the Breadth-First S(...TRUNCATED)
|
65,\ 136,\ 260
| 1
| false
| 482
| true
| "First, I need to parse the input string into a structured graph. The graph is separated by pipes (|(...TRUNCATED)
|
\text{No path exists from 65 to 260
| 1
| false
| 3,595
| true
| "First, I need to parse the graph structure from the given string. The graph is represented by a seq(...TRUNCATED)
|
65
| 2
| false
| 4,079
| true
| "First, I need to parse the given edge list. It consists of pairs separated by pipes, representing d(...TRUNCATED)
|
65,163,260
| 1
| false
| 330
| true
| "First, I need to parse the given graph structure. The edges are separated by pipes (|), which indic(...TRUNCATED)
|
65,143,246,260
| 1
| false
| 488
| true
| "Alright, so I have this problem where I need to find a path from a source node to a destination nod(...TRUNCATED)
|
1, 2, 3, \ldots, 163, 260
| 2
| false
| 27,678
| true
| "Alright, let me try to figure out how to find the path from node 65 to node 260 in this graph. I'm (...TRUNCATED)
|
65, 132, 122, 113, 146, 258, 260
| 1
| false
| 8,007
| true
| "To find the path from the source node 65 to the destination node 260 in the given graph, I need to (...TRUNCATED)
|
65,\,163,\,136,\,240,\,132,\,113,\,260
| 1
| false
| 330
| true
| "Alright, so I have this problem where I need to find a path from the source node 65 to the destinat(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 65 to node 260 in the given graph, I will perform a Breadth-Fir(...TRUNCATED)
| null | 0
| false
| 32,670
| true
| "Alright, so I have this problem where I need to find a path from a source node to a destination nod(...TRUNCATED)
|
65,14,130,15,260
| 1
| false
| 9,062
| true
| "I need to solve the problem of finding a path from the source node 65 to the destination node 260 i(...TRUNCATED)
|
65,163,260
| 1
| false
| 821
| true
| "To find the path from the source node 65 to the destination node 260 in the given graph, I need to (...TRUNCATED)
|
65,260
| 1
| false
| 343
| true
| "To determine the path from node 65 to node 260 in the given graph, we'll apply the Depth-First Sear(...TRUNCATED)
|
65,\ 146,\ 209,\ 65,\ 163,\ 260
| 1
| false
| 414
| true
| "First, I need to parse the graph string to extract the edge connections. The graph is given as a se(...TRUNCATED)
| "65, 163, 257, 7, 136, 240, 132, 258, 122, 113, 65, 163, 257, 7, 136, 240, 132, 258, 122, 113, 65, 1(...TRUNCATED)
| 1
| false
| 1,014
| true
| "Alright, so I have this problem where I'm given a graph represented as a string with edges separate(...TRUNCATED)
|
65,15,260
| 2
| true
| 3,383
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
147,190,222
| "To determine the shortest path from node 147 to node 222 in the given graph, I will employ Dijkstra(...TRUNCATED)
| "147,285,241,162,147,147,147,147,147,147,147,147,147,147,147,147,147,147,147,147,147,147,147,147,147(...TRUNCATED)
| 1
| false
| 25,337
| true
| "I need to find the path from node 147 to node 222 in the given graph. I'll start at 147 and follow (...TRUNCATED)
|
147,122,222
| 1
| false
| 152
| true
| "To determine the shortest path from node 147 to node 222 in the given graph, I'll apply a breadth-f(...TRUNCATED)
| "147-122-169-147-182-147-285-147-241-106-147-28-182-67-147-122-167-121-147-159-251-115-190-222-147-3(...TRUNCATED)
| 1
| false
| 1,152
| true
| "To solve this problem, I need to find a path from the source node 147 to the destination node 222 i(...TRUNCATED)
|
147, 222
| 1
| false
| 711
| true
| "Alright, so I've got this graph problem to solve. The graph is given in a specific format where eac(...TRUNCATED)
|
147,190,222
| 1
| true
| 4,037
| true
| "To determine the path from node 147 to node 222 in the given graph, I will use the BFS (Breadth-Fir(...TRUNCATED)
| "147, 244, 147, 285, 147, 241, 106, 147, 159, 251, 115, 147, 106, 147, 190, 284, 52, 241, 292, 171, (...TRUNCATED)
| 1
| false
| 823
| true
| "Okay, so I have this problem where I need to find a path from node 147 to node 222 in a graph. The (...TRUNCATED)
| null | 0
| false
| 32,129
| true
| "First, I need to parse the given graph structure. The graph is provided as a series of edges separa(...TRUNCATED)
|
147, 248, 222
| 1
| false
| 711
| true
| "Alright, let's try to figure out how to solve this problem. So, I have this graph represented by th(...TRUNCATED)
|
147, 190, 222
| 2
| true
| 3,526
| true
| "Okay, so I have this problem where I need to find a path from the source node 147 to the destinatio(...TRUNCATED)
|
147, 222
| 2
| false
| 14,226
| true
| "Okay, so I need to figure out a path from the source node 147 to the destination node 222 in this g(...TRUNCATED)
|
147,190,222
| 2
| true
| 3,852
| true
| "Alright, so I have this problem where I need to find a path from the source node 147 to the destina(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I'll analyze the graph structure provided. The graph is represented as a series of edges sep(...TRUNCATED)
|
147, 222
| 1
| false
| 431
| true
| "To find the shortest path from the source node 147 to the destination node 222 in the given graph, (...TRUNCATED)
|
147, 159, 251, 222
| 1
| false
| 1,222
| true
| "First, I need to parse the given graph string to extract the connected edges. The graph is separate(...TRUNCATED)
|
147,285,244,147,84,122,162,147,182,147,28,67,147,122,167,147,171,147,284,241,292,171,36
| 1
| false
| 847
| true
| "I'll parse the given edge list to construct the graph. The source node is 147, and the destination (...TRUNCATED)
|
147, 28, 122, 222
| 1
| false
| 828
| true
| "Okay, so I have this problem where I'm given a graph that's represented as a series of edges separa(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to analyze the given graph structure. The edges are separated by pipes, and each edge(...TRUNCATED)
|
\text{No path exists from 147 to 222 in the given graph.
| 1
| false
| 1,029
| true
| "First, I need to parse the graph data into an adjacency list format. This involves identifying all (...TRUNCATED)
|
147, 222
| 1
| false
| 818
| true
| "To determine the path from node 147 to node 222 in the given graph, we'll follow these steps:\n\n1.(...TRUNCATED)
|
147, 122, 222
| 1
| false
| 384
| true
| "First, I'll parse the given graph string to extract all the edges. The string is structured as pair(...TRUNCATED)
|
147,222
| 1
| false
| 808
| true
| "Okay, so I have this problem where I'm given a graph represented as a long string of edges, each se(...TRUNCATED)
|
147,190,222
| 2
| true
| 4,762
| true
| "To find the path from the source node 147 to the destination node 222 in the given graph, I'll star(...TRUNCATED)
|
147,285,244,122,169,222
| 1
| false
| 387
| true
| "I need to find a path from node 147 to node 222 using the provided graph structure. The graph is re(...TRUNCATED)
|
147,222
| 1
| false
| 623
| true
| "Alright, so I have this problem where I need to find a path from the source node 147 to the destina(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph represented as a string with edges separated by pipes, and I need to fin(...TRUNCATED)
|
147, 222
| 3
| false
| 8,014
| true
| "Alright, so I've got this problem here where I need to find a path from a source node to a destinat(...TRUNCATED)
|
147, 222
| 2
| false
| 13,659
| true
| "To find the shortest path from node 147 to node 222 in the given graph, I will perform a breadth-fi(...TRUNCATED)
|
147,122,167,222
| 1
| false
| 810
| true
| "To solve the problem of finding the shortest path from node 147 to node 222 in the given graph, I'l(...TRUNCATED)
|
147,182,68,140,222
| 1
| false
| 1,066
| true
| "Okay, so I need to find a path from node 147 to node 222 in this graph. The graph is given with edg(...TRUNCATED)
|
147 \rightarrow 84 \rightarrow 15 \rightarrow 190 \rightarrow 222
| 2
| false
| 10,069
| true
| "Alright, so I've been given this problem where I need to find a path from node 147 to node 222 in a(...TRUNCATED)
|
147,190,222
| 2
| true
| 2,784
| true
| "First, I need to parse the given graph structure, which consists of edges separated by pipes (|). E(...TRUNCATED)
|
147,285,244,122,147
| 1
| false
| 690
| true
| "First, I'll identify the source node, which is 147. Next, I'll examine the edges connected to 147. (...TRUNCATED)
|
147,285,248,222
| 1
| false
| 422
| true
| "To solve the problem of finding a path from the source node 147 to the destination node 222 in the (...TRUNCATED)
|
147
| 46
| false
| 29,102
| true
| "First, I need to parse the given graph structure and identify the source and destination nodes. The(...TRUNCATED)
|
147,222
| 1
| false
| 515
| true
| "First, I need to parse the given graph data. The graph is provided as a string where each edge is s(...TRUNCATED)
| "147,285,222,161,147,147,106,147,190,251,115,190,222,147,39,68,57,299,147,167,28,116,68,140,39,166,1(...TRUNCATED)
| 1
| false
| 1,694
| true
| "Okay, so I have this problem where I'm given a graph represented as a list of edges separated by \"(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph data. It's a string where each edge is separated by a pipe c(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph structure. The graph is represented as a series of edge pair(...TRUNCATED)
|
147,222
| 1
| false
| 340
| true
| "I need to find a path from node 147 to node 222 in the given graph. The graph is structured with ed(...TRUNCATED)
|
147,122,222
| 1
| false
| 380
| true
|
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