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classes |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
289,106,131
| "First, I need to analyze the graph provided. The graph is represented by edges separated by \"|\", (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, let me try to figure out how to solve this problem. So, we have a graph represented by a stri(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, let me try to figure out how to solve this problem. So, the user provided a graph represented(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph represented as a string with pipes separating edges, and I need to find (...TRUNCATED)
|
289, 131
| 3
| false
| 10,857
| true
| "Okay, so I have this problem where I need to find a path from node 289 to node 131 in a graph. The (...TRUNCATED)
|
289,131
| 2
| false
| 2,162
| true
| "Okay, so I have this graph problem here, and I need to find a path from the source node 289 to the (...TRUNCATED)
|
289 \rightarrow 27 \rightarrow 23 \rightarrow 131
| 2
| false
| 12,441
| true
| "Alright, let's tackle this problem step by step. So, the task is to find a path from the source nod(...TRUNCATED)
|
289, 106, 131
| 1
| true
| 10,207
| true
| "Okay, so I have this problem where I need to find a path from the source node 289 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,768
| false
| "To solve the problem of finding the path from node 289 to node 131 in the given graph, I need to fo(...TRUNCATED)
|
289 \rightarrow 235 \rightarrow 227 \rightarrow 197 \rightarrow 155
| 2
| false
| 15,375
| true
| "Alright, so I've got this graph here, and I need to find a path from the source node 289 to the des(...TRUNCATED)
|
289
| 12
| false
| 27,505
| true
| "Okay, so I have this graph problem where I need to find a path from the source node 289 to the dest(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 289 to node 131 in the given graph, I will perform a breadth-fi(...TRUNCATED)
|
289, 184, 131
| 1
| false
| 484
| true
| "Alright, so I have this graph problem where I need to find a path from the source node, which is 28(...TRUNCATED)
|
289,131
| 2
| false
| 7,543
| true
| "Okay, so I have this problem where I need to find a path from the source node 289 to the destinatio(...TRUNCATED)
|
289, 106, 131
| 2
| true
| 7,307
| true
| "Alright, so I've got this problem here where I need to find a path from the source node 289 to the (...TRUNCATED)
|
289,131
| 2
| false
| 2,229
| true
| "Okay, so I have this graph represented by a string where the edges are separated by '|'. I need to (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 289 to node 131 in the given graph, we can use Dijkstra's algor(...TRUNCATED)
|
289, 167, 131
| 1
| false
| 846
| true
| "Alright, so I've been given this problem where I need to find a path from node 289 to node 131 in a(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this graph represented by a long string of numbers and pipes, and I need to find (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the input to extract the list of edges. The graph is separated by '|', so I'(...TRUNCATED)
| "289, 167, 155, 248, 10, 289, 106, 289, 227, 197, 289, 155, 138, 47, 289, 280, 289, 235, 34, 289, 27(...TRUNCATED)
| 1
| false
| 1,143
| true
| "Alright, so I've been given this problem where I need to find a path from node 289 to node 131 in a(...TRUNCATED)
|
289, 184, 23, 131
| 2
| false
| 10,223
| true
| "Okay, so I have this graph problem here, and I need to find a path from the source node 289 to the (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph represented by pipes-separated edges, and I ne(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 289 to node 131 in a graph. The (...TRUNCATED)
|
289
| 2
| false
| 18,720
| true
| "Alright, so I've got this problem here where I'm given a graph represented by a string with pipes s(...TRUNCATED)
|
289, 106, 131
| 1
| true
| 31,389
| true
| "Okay, so I have this problem where I'm given a graph represented by a series of numbers separated b(...TRUNCATED)
|
289,131
| 2
| false
| 7,796
| true
| "Alright, so I have this problem where I need to find a path from the source node 289 to the destina(...TRUNCATED)
| null | 0
| false
| 32,768
| false
| "First, I need to parse the given graph structure to understand the connections between nodes. The g(...TRUNCATED)
|
289,131
| 1
| false
| 572
| true
| "Okay, so I have this problem where I need to find a path from node 289 to node 131 in a graph. The (...TRUNCATED)
|
289,131
| 2
| false
| 4,051
| true
| "Okay, so I have this problem where I need to find a path from node 289 to node 131 in a graph. The (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph that's given as a list of edges separated by pipes. The source node is 2(...TRUNCATED)
| "289 \\rightarrow 167 \\rightarrow 299 \\rightarrow 150 \\rightarrow 20 \\rightarrow 10 \\rightarrow(...TRUNCATED)
| 2
| false
| 9,231
| true
| "Okay, so I have this problem where I need to find a path from the source node 289 to the destinatio(...TRUNCATED)
|
289,131
| 2
| false
| 2,350
| true
| "Okay, so I'm trying to figure out the path from node 289 to node 131 using the given graph. The gra(...TRUNCATED)
|
289,131
| 2
| false
| 6,532
| true
| "Okay, so I've got this problem here where I need to find a path from the source node 289 to the des(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph represented by a string with pipes separating (...TRUNCATED)
| null | 0
| false
| 18,192
| true
| "Alright, so I've got this problem here where I'm given a graph represented by a string of edges tha(...TRUNCATED)
|
289,157,248,104,131
| 2
| false
| 13,301
| true
| "Alright, so I've got this problem where I need to find a path from node 289 to node 131 in a graph (...TRUNCATED)
|
289, 157, 10, 106, 131
| 2
| false
| 14,443
| true
| "Okay, so I have this problem where I'm given a graph represented by pipes (|) separated edges, and (...TRUNCATED)
|
289,167,27,131
| 2
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph that's represented by pipes (|) separating the(...TRUNCATED)
|
289,131
| 2
| false
| 12,858
| true
| "Alright, so I have this problem where I need to find a path from node 289 to node 131 in a graph th(...TRUNCATED)
|
289,131
| 2
| false
| 4,364
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
299,241,181
| "Alright, so I have this problem where I'm given a graph represented by a series of strings separate(...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 numbers separa(...TRUNCATED)
|
299,255
| 2
| false
| 13,710
| true
| "First, I need to parse the given string of edges to understand the structure of the graph. The edge(...TRUNCATED)
|
299,102,241,181
| 1
| false
| 444
| true
| "First, I need to parse the given graph string. The graph is separated by pipes (|), and each edge i(...TRUNCATED)
|
299, 262, 221, 181
| 1
| false
| 476
| true
| "Okay, so I have this problem where I'm given a graph represented by a long string of numbers separa(...TRUNCATED)
|
280
| 1
| false
| 32,769
| false
| "First, I need to parse the given graph data. The edges are separated by pipes, and each edge is a p(...TRUNCATED)
|
299,102,181
| 1
| false
| 395
| true
| "To find the path from the source node 299 to the destination node 181, I need to analyze the given (...TRUNCATED)
|
\text{No path found from 299 to 181
| 1
| false
| 3,016
| true
| "First, I need to parse the input graph. The edges are separated by pipes, so I'll split the string (...TRUNCATED)
|
299,181
| 1
| false
| 368
| true
| "To solve the problem of finding a path from the source node 299 to the destination node 181 in the (...TRUNCATED)
|
299, 241, 181
| 1
| true
| 363
| true
| "First, I need to understand the structure of the graph provided. It's a list of edges where each ed(...TRUNCATED)
|
2048
| 1
| false
| 32,769
| false
| "First, I need to analyze the given graph structure. The graph is represented as a list of edges sep(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to identify the source node, which is 299, and the destination node, which is 181.\n\(...TRUNCATED)
|
299,102,181
| 1
| false
| 633
| true
| "Alright, so I have this graph problem to solve. The graph is given in a specific format where the e(...TRUNCATED)
|
299 \rightarrow 181
| 2
| false
| 11,443
| true
| "First, I need to parse the given edge list to build a graph structure. The edges are separated by t(...TRUNCATED)
|
299,181
| 1
| false
| 459
| true
| "To solve this problem, I need to find a path from the source node 299 to the destination node 181 i(...TRUNCATED)
|
299, 181
| 1
| false
| 241
| true
| "I need to find a path from node 299 to node 181 in the given graph. The graph is represented as a s(...TRUNCATED)
|
299,241,181
| 1
| true
| 712
| true
| "To find the shortest path from node 299 to node 181 in the given graph, I will perform a breadth-fi(...TRUNCATED)
|
297
| 2
| false
| 20,391
| true
| "Okay, so I need to figure out the path from the source node 299 to the destination node 181 in this(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 299 to node 181 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
299
| 1
| false
| 495
| true
| "To solve the problem of finding the shortest path from node 299 to node 181 in the given graph, I s(...TRUNCATED)
|
299, 299, 299, 299, 181
| 1
| false
| 1,029
| true
| "I need to find a path from the source node 299 to the destination node 181 using the given list of (...TRUNCATED)
|
299,221,181
| 1
| false
| 1,268
| true
| "Okay, so I need to figure out the path from the source node 299 to the destination node 181 in the (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from the source node 299 to the destination node 181 in the given graph, I ne(...TRUNCATED)
|
299,19,227,164,181
| 1
| false
| 1,610
| true
| "First, I'll parse the graph structure to understand the connections between nodes. The graph is pre(...TRUNCATED)
| "299,241,299,262,299,102,294,215,193,272,151,52,19,227,284,34,299,11,299,19,299,193,299,83,83,164,13(...TRUNCATED)
| 1
| false
| 1,074
| true
| "To solve the problem, I'll start by analyzing the given graph structure. The graph is represented u(...TRUNCATED)
|
299, 255, 264, 299, 181
| 1
| false
| 1,517
| true
| "To determine the shortest path from the source node 299 to the destination node 181 in the given gr(...TRUNCATED)
|
299, 294, 181
| 1
| false
| 746
| true
| "First, I need to understand the structure of the graph. The graph is provided with edges separated (...TRUNCATED)
|
299,241,181
| 1
| true
| 383
| true
| "Okay, so I have this problem where I need to find a path from the source node 299 to the destinatio(...TRUNCATED)
|
299,241,181
| 1
| true
| 9,249
| true
| "Alright, so I have this problem where I need to find a path from a source node to a destination nod(...TRUNCATED)
|
299, 181
| 2
| false
| 2,284
| true
| "To find the shortest path from node 299 to node 181 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
299, 241, 181
| 1
| true
| 3,074
| true
| "Alright, so I've got this problem here where I'm given a graph represented by a string of numbers s(...TRUNCATED)
|
299,241,181
| 1
| true
| 3,804
| true
| "First, I need to understand the structure of the graph. It appears to be a list of edges separated (...TRUNCATED)
|
299, 102, 181
| 1
| false
| 675
| true
| "First, I need to understand the structure of the graph provided. It seems to be a list of edges sep(...TRUNCATED)
|
299,181
| 1
| false
| 355
| true
| "First, I need to parse the input graph structure. It appears to be a list of nodes separated by pip(...TRUNCATED)
|
299,221
| 1
| false
| 1,557
| true
| "Okay, so I have this graph that's given in a special format, where the edges are separated by the \(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the input graph to identify the edges connected to the source node, which is(...TRUNCATED)
|
299,221,181
| 1
| false
| 1,673
| true
| "Okay, so I'm trying to solve this graph problem where I need to find a path from the source node 29(...TRUNCATED)
| 1
| false
| 32,769
| false
| "To find the shortest path from node 299 to node 181, I'll use Dijkstra's algorithm.\n\n1. **Initial(...TRUNCATED)
|
299,181
| 1
| false
| 391
| true
| "To solve the problem, I'll start by analyzing the given graph. The edges are separated by the '|' s(...TRUNCATED)
| "299, 294, 215, 193, 151, 19, 227, 83, 164, 133, 255, 226, 264, 56, 299, 251, 234, 251, 89, 299, 234(...TRUNCATED)
| 1
| false
| 553
| true
| "First, I need to parse the given graph. The graph is provided as a series of edge representations s(...TRUNCATED)
|
299,299,102,193,272,181
| 1
| false
| 606
| true
|
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
197,122,209
| "Alright, so I have this problem where I need to find a path from node 197 to node 209 in a graph. T(...TRUNCATED)
|
197,138,209
| 2
| false
| 4,500
| true
| "Alright, let's tackle this problem step by step. So, I have a graph represented in a special format(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let me try to figure out how to solve this problem. So, the question is about finding a pa(...TRUNCATED)
|
197,236,17,209
| 1
| false
| 7,211
| true
| "Alright, so I've got this problem where I need to find a path from a source node to a destination n(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I'm looking at this problem where I need to find a path from the source node 197 to the(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from node 197 to node 209 in the given graph, I will analyze the edges and th(...TRUNCATED)
|
197, 205, 197, 122, 209, 209
| 2
| false
| 503
| true
| "First, I'll parse the given graph structure. Each edge is separated by a pipe symbol, and the edges(...TRUNCATED)
|
197, 208, 209
| 1
| false
| 699
| true
| "First, I'll analyze the graph structure provided. The graph is presented with edges separated by th(...TRUNCATED)
|
197, 122, 209
| 1
| true
| 514
| true
| "Alright, so I have this graph that's been given to me, and it's all in this weird '|' separated for(...TRUNCATED)
|
197, 209
| 3
| false
| 7,008
| true
| "Okay, so I've been given this graph represented by a string that shows the edges between nodes. The(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph represented in a special way, and I need to fi(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph string into a structured format that includes both the edges(...TRUNCATED)
| "197, 205, 77, 197, 207, 197, 197, 62, 71, 197, 10, 208, 24, 171, 294, 237, 62, 71, 197, 13, 289, 46(...TRUNCATED)
| 1
| false
| 877
| true
| "Okay, so I've got this graph represented as a string where the edges are separated by pipes \"|\". (...TRUNCATED)
|
\text{The path from source node to destination node does not exist.
| 1
| false
| 15,022
| true
| "First, I need to understand the structure of the graph provided. It's a string where edges are sepa(...TRUNCATED)
|
197,209
| 1
| false
| 385
| true
| "To find the path from node 197 to node 209, I need to identify the edges that connect these nodes. (...TRUNCATED)
|
197, 13, 209
| 1
| false
| 249
| true
| "Alright, so I have this problem where I need to find a path from node 197 to node 209 in a graph. T(...TRUNCATED)
|
197, 122, 209
| 2
| true
| 6,197
| true
| "Alright, so I've got this graph problem here, and I need to find a path from the source node 197 to(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let me try to figure out how to solve this problem. So, the user provided a graph that's p(...TRUNCATED)
|
197, 122, 209
| 1
| true
| 32,769
| false
| "To determine the path from node 197 to node 209 in the given graph, I will perform a depth-first se(...TRUNCATED)
|
197,208,24,171,197
| 2
| false
| 2,282
| true
| "First, I need to parse the given graph structure. The graph is provided as a string with edges sepa(...TRUNCATED)
|
197,122,209
| 1
| true
| 1,747
| true
| "Okay, so I have this problem where I need to find a path from the source node 197 to the destinatio(...TRUNCATED)
|
197,122,209
| 6
| true
| 6,893
| true
| "Okay, so I have this graph represented as a string where the edges are separated by pipes (|). The (...TRUNCATED)
|
197 \rightarrow 171 \rightarrow 138 \rightarrow 13 \rightarrow 209
| 2
| false
| 6,187
| true
| "Alright, let's try to figure out how to find the path from node 197 to node 209 using the given gra(...TRUNCATED)
|
197 \rightarrow 137 \rightarrow 159
| 2
| false
| 12,724
| true
| "To find the shortest path from node 197 to node 209 in the given graph, I'll apply Dijkstra's algor(...TRUNCATED)
|
197,209
| 1
| false
| 319
| true
| "To find the path from node 197 to node 209 in the given graph, we'll use a depth-first search (DFS)(...TRUNCATED)
|
197, 209
| 1
| false
| 251
| true
| "First, I'll start at node 197. I'll follow the edges provided to navigate through the graph step by(...TRUNCATED)
|
197,13,122
| 1
| false
| 356
| true
| "To determine the path from the source node 197 to the destination node 209 in the given graph, I'll(...TRUNCATED)
| null | 0
| false
| 1,263
| true
| "First, I'll parse the input graph to extract all the edges. The edges are provided in a format wher(...TRUNCATED)
|
197,209
| 1
| false
| 937
| true
| "To solve the problem of finding a path from the source node 197 to the destination node 209 in the (...TRUNCATED)
|
197,205,209
| 1
| false
| 1,170
| true
| "Alright, so I have this problem where I'm given a graph represented in a special format, and I need(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let me try to figure out the path from node 197 to node 209 in this graph. So, first, I ne(...TRUNCATED)
| null | 0
| false
| 4,527
| true
| "Okay, so I have this problem where I need to find a path from node 197 to node 209 in a graph that'(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph. It's represented as a series of edges separated by pipes, a(...TRUNCATED)
|
\text{No path exists from 197 to 209
| 1
| false
| 587
| true
| "Okay, so I have this graph problem to solve. The graph is given in a special format where the edges(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve this problem, I need to find a path from the source node 197 to the destination node 209 i(...TRUNCATED)
| "197, 205, 77, 197, 237, 62, 71, 197, 10, 208, 24, 171, 294, 237, 138, 197, 46, 166, 197, 122, 209, (...TRUNCATED)
| 1
| false
| 3,519
| true
| "Alright, so I need to find a path from node 197 to node 209 in this graph. The graph is given in a (...TRUNCATED)
|
197,199,293,294,13,208,205,202,209
| 1
| false
| 3,698
| true
| "Okay, so I need to solve this problem where I'm given a graph represented by a long string of edges(...TRUNCATED)
|
205
| 6
| false
| 32,469
| true
| "Alright, so I have this problem where I need to find a path from node 197 to node 209 in a graph th(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 197 to node 209 in a graph that'(...TRUNCATED)
|
197,10,137,289,13,209
| 2
| false
| 9,729
| true
| "First, I'll analyze the given graph structure, which is represented as a list of edges separated by(...TRUNCATED)
|
199
| 2
| false
| 30,788
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
257,291,198
| "To determine the shortest path from node 257 to node 198, I will analyze the given graph structure.(...TRUNCATED)
|
257,\ 249,\ 6,\ 198
| 1
| false
| 1,023
| true
| "To solve the problem, I need to determine the shortest path from the source node 257 to the destina(...TRUNCATED)
|
257, 259, 258, 256, 198
| 1
| false
| 976
| true
| "First, I need to understand the structure of the given graph. The edges are represented by a format(...TRUNCATED)
|
257, 257, 198
| 2
| false
| 448
| true
| "I need to find a path from node 257 to node 198 in the given graph. I'll start by identifying the e(...TRUNCATED)
|
257, 184, 198
| 1
| false
| 362
| true
| "To determine the shortest path from node 257 to node 198 in the given graph, I can apply a breadth-(...TRUNCATED)
|
257,198
| 1
| false
| 436
| true
| "First, I need to identify the source node, which is 257, and the destination node, which is 198. Ne(...TRUNCATED)
| "257,\\ 257,\\ 249,\\ 173,\\ 6,\\ 257,\\ 291,\\ 251,\\ 164,\\ 57,\\ 257,\\ 290,\\ 253,\\ 257,\\ 184,(...TRUNCATED)
| 1
| false
| 868
| true
| "To solve the problem, I need to find a path from the source node 257 to the destination node 198 in(...TRUNCATED)
|
257, 198
| 1
| false
| 993
| true
| "First, I need to parse the given graph data. The graph is provided as a string with edges separated(...TRUNCATED)
| null | 0
| false
| 16,342
| true
| "To solve the problem of finding the shortest path from node 257 to node 198 in the given graph, I w(...TRUNCATED)
|
257, 154, 198
| 1
| false
| 792
| true
| "Alright, so I have this problem where I need to find a path from node 257 to node 198 in a graph. T(...TRUNCATED)
| null | 0
| false
| 31,935
| true
| "To find the shortest path from the source node 257 to the destination node 198 in the given graph, (...TRUNCATED)
|
257, 249, 198
| 1
| false
| 714
| true
| "Okay, let me try to figure out how to solve this problem. So, the question is about finding a path (...TRUNCATED)
| null | 0
| false
| 32,768
| false
| "Alright, so I've been given this problem where I have a graph represented as a string with pipes se(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the input string to extract the list of edges. The edges are separated by '|(...TRUNCATED)
| 2
| false
| 441
| true
| "I need to determine the path from node 257 to node 198 using the provided edge list. I'll start by (...TRUNCATED)
|
257,198
| 1
| false
| 918
| true
| "To find the path from node 257 to node 198 in the given graph, I'll start by identifying all edges (...TRUNCATED)
| null | 0
| false
| 21,101
| true
| "Alright, so I have this problem where I need to find a path from node 257 to node 198 in a graph th(...TRUNCATED)
|
257, 290, 198
| 3
| false
| 6,151
| true
| "Okay, so I have this problem where I need to find a path from node 257 to node 198 in a graph. The (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve the problem, I need to parse the given graph data and determine the path from the source n(...TRUNCATED)
|
\text{No valid path exists from 257 to 198
| 1
| false
| 603
| true
| "To find the path from node 257 to node 198, I will perform a depth-first search (DFS) starting from(...TRUNCATED)
|
257,291,198
| 1
| true
| 1,014
| true
| "First, I need to understand the graph structure provided. The graph is presented as a series of edg(...TRUNCATED)
|
257,198
| 1
| false
| 1,079
| true
| "I need to find a path from node 257 to node 198 in the given graph.\n\nFirst, I'll start at node 25(...TRUNCATED)
|
257\,249\,254\,198
| 1
| false
| 1,202
| true
| "To find the shortest path from node 257 to node 198 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
257, 173, 198
| 1
| false
| 733
| true
| "Okay, let me try to figure this out. So, I have this graph represented as a string with pipes separ(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from the source node 257 to the destina(...TRUNCATED)
|
257, 291, 198
| 2
| true
| 6,974
| true
| "To determine the path from node 257 to node 198 in the given graph, I first need to parse the edges(...TRUNCATED)
|
154
| 1
| false
| 31,623
| true
| "First, I need to parse the graph information provided. The graph is a comma-separated list of edges(...TRUNCATED)
|
257, 194, 117, 290, 253, 196, 257, 254, 197, 257, 198
| 1
| false
| 665
| true
| "First, I'll parse the input to extract the source and destination nodes. The source node is 257, an(...TRUNCATED)
|
257, 198
| 1
| false
| 373
| true
| "To determine the path from node 257 to node 198 in the given graph, we can apply a breadth-first se(...TRUNCATED)
|
258
| 2
| false
| 21,776
| true
| "Okay, so I have this problem where I need to find a path from node 257 to node 198 in a graph that'(...TRUNCATED)
|
257-291-198
| 2
| false
| 5,430
| true
| "I need to find the path from node 257 to node 198 in the given graph. Starting at 257, I'll follow (...TRUNCATED)
|
257,\,173,\,257,\,291,\,257,\,164,\,198
| 1
| false
| 238
| true
| "Okay, so I've been given this graph represented as a string with edges separated by '|'. The source(...TRUNCATED)
|
257, 198
| 2
| false
| 2,846
| true
| "Alright, so I've got this graph represented as a string with pipes separating the edges. I need to (...TRUNCATED)
|
257, 291, 198
| 2
| true
| 7,841
| true
| "First, I need to parse the given graph data. Each edge is separated by a pipe character \"|\", and (...TRUNCATED)
|
257, 198
| 1
| false
| 734
| true
| "First, I need to identify the source node, which is 257. From the given list of edges, I'll look fo(...TRUNCATED)
|
257,194,198
| 1
| false
| 454
| true
| "To determine the path from the source node 257 to the destination node 198 in the given graph, I ne(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 257 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I need to solve this problem where I'm given a graph represented as a string with edges(...TRUNCATED)
| null | 0
| false
| 32,768
| false
| "First, I need to parse the given edge list to construct the graph. Each edge is separated by a pipe(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph that's been given to me in a special format where the edges are separate(...TRUNCATED)
|
256
| 1
| false
| 32,769
| false
|
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
116,156,182
| "Alright, so I've got this problem where I need to find a path from node 116 to node 182 in a graph (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve the problem of finding a path from node 116 to node 182 in the given graph, I need to unde(...TRUNCATED)
|
116,182
| 1
| false
| 1,059
| true
| "Okay, so I have this problem where I'm given a graph represented as a series of edges separated by (...TRUNCATED)
| "116 \\rightarrow 116 \\rightarrow 116 \\rightarrow 225 \\rightarrow 30 \\rightarrow 167 \\rightarro(...TRUNCATED)
| 1
| false
| 14,300
| true
| "To solve this problem, I need to find a path from the source node 116 to the destination node 182 i(...TRUNCATED)
|
116, 242, 209, 182
| 1
| false
| 460
| true
| "Alright, so I have this problem where I need to find a path from node 116 to node 182 in a graph. T(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from node 116 to node 182 in the given graph, I'll analyze the edges systemat(...TRUNCATED)
|
116, 182
| 1
| false
| 933
| true
| "To find the shortest path from node 116 to node 182 in the given graph, we can apply a breadth-firs(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. It appears to be a list of edges s(...TRUNCATED)
|
116,20,168,14,182
| 1
| false
| 558
| true
| "First, I need to understand the structure of the graph provided. It appears to be a list of edges s(...TRUNCATED)
|
116,168,182
| 1
| false
| 1,238
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by pipes, (...TRUNCATED)
|
116, 259, 34, 116, 156, 116, 168, 212, 258, 182
| 1
| false
| 687
| true
| "To solve this problem, I need to determine a path from the source node 116 to the destination node (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 116 to node 182, I first need to understand the structure of th(...TRUNCATED)
|
116,20,168,182
| 1
| false
| 1,054
| true
| "To solve the problem of finding a path from node 116 to node 182 in the given graph, I need to foll(...TRUNCATED)
|
116,20,125,116,225,287,234,116,259,116,254,156,182,209,56
| 1
| false
| 572
| true
| "First, I'll parse the given graph structure. Each pair of numbers separated by a pipe symbol (|) re(...TRUNCATED)
|
116,\,209,\,182
| 1
| false
| 392
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by pipes, (...TRUNCATED)
|
116, 182
| 1
| false
| 415
| true
| "Alright, so I need to find a path from node 116 to node 182 in this graph. The graph is provided in(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph data. The graph is provided as a series of edges separated b(...TRUNCATED)
|
116, 204, 182
| 1
| false
| 498
| true
| "Alright, so I have this problem where I need to find a path from node 116 to node 182 in a graph. T(...TRUNCATED)
|
116, 116,156, 156,182
| 2
| false
| 8,482
| true
| "Alright, let's tackle this problem step by step. The task is to find a path from the source node 11(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "I need to determine the path from node 116 to node 182 in the given graph. To do this, I'll start b(...TRUNCATED)
|
116-250-242-225-182
| 1
| false
| 842
| true
| "To find the shortest path from node 116 to node 182 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
116-167-182
| 1
| false
| 2,140
| true
| "First, I need to parse the input graph. The graph is given in a format where each pair of numbers s(...TRUNCATED)
|
69
| 2
| false
| 21,092
| true
| "Alright, so I need to figure out a path from node 116 to node 182 in this graph. The graph is provi(...TRUNCATED)
|
116,246,156,182
| 2
| false
| 6,083
| true
| "First, I need to parse the graph structure provided. Each pair of numbers separated by a pipe `|` r(...TRUNCATED)
|
116,\,257,\,182
| 1
| false
| 625
| true
| "To find the path from node 116 to node 182 in the given graph, I'll start by analyzing the structur(...TRUNCATED)
|
116, 182
| 1
| false
| 490
| true
| "First, I need to understand the structure of the graph provided. It's a list of edges separated by (...TRUNCATED)
|
116,20,168,212,116,225,30,167,120,209,258,24,225,30,167,120,246,209,56,18,250,116,254,156,182
| 2
| false
| 1,058
| true
| "Alright, let's try to figure out the path from node 116 to node 182 in this graph. Hmm, so the grap(...TRUNCATED)
|
116
| 11
| false
| 13,457
| true
| "I need to determine a path from node 116 to node 182 in the given graph. The graph is represented a(...TRUNCATED)
|
116, 156, 182
| 1
| true
| 345
| true
| "Okay, so I'm trying to figure out how to get from node 116 to node 182 using the edges provided. Th(...TRUNCATED)
|
116,156,182
| 1
| true
| 2,512
| true
| "To solve the problem of finding a path from node 116 to node 182 in the given graph, I start by und(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. It consists of edges separated by (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. The graph consists of a series of (...TRUNCATED)
|
116,183,182
| 1
| false
| 834
| true
| "First, I need to analyze the given graph structure. The graph is represented by a series of edges s(...TRUNCATED)
|
116-20-182
| 1
| false
| 1,053
| true
| "Alright, so I have this problem where I need to find a path from node 116 to node 182 in a graph th(...TRUNCATED)
| null | 0
| false
| 12,893
| true
| "I need to determine the path from node 116 to node 182 in the given graph. \n\nFirst, I'll identify(...TRUNCATED)
|
116-258-182
| 1
| false
| 366
| true
| "First, I need to parse the given graph structure. The edges are separated by the pipe symbol \"|\",(...TRUNCATED)
|
116,95,242,182
| 1
| false
| 690
| true
| "First, I need to parse the graph provided. It's a list of edges separated by pipes, where each edge(...TRUNCATED)
|
116,20,125,182
| 1
| false
| 507
| true
| "To find the shortest path from node 116 to node 182 in the given graph, we can apply Dijkstra's alg(...TRUNCATED)
|
299
| 2
| false
| 27,973
| true
| "Okay, so I have this problem where I need to find a path from node 116 to node 182 in a graph. The (...TRUNCATED)
|
116, 182
| 3
| false
| 7,509
| true
| "First, I need to parse the given graph data. It appears to be a list of edges where each edge is se(...TRUNCATED)
|
116,204,116,156,168,212,258,5,242,116,156,116,182
| 1
| false
| 930
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
137,277,159
| "Alright, so I've got this problem here where I need to find a path from the source node 137 to the (...TRUNCATED)
|
137, 173, 229, 159
| 1
| false
| 5,666
| true
| "To find the path from node 137 to node 159 in the given graph, we can use a depth-first search (DFS(...TRUNCATED)
|
137,173,159
| 1
| false
| 525
| true
| "I need to find the shortest path from node 137 to node 159 in the given graph. To do this, I will p(...TRUNCATED)
|
137,159
| 1
| false
| 611
| true
| "First, I need to understand the input format and the graph structure. The graph is provided as a st(...TRUNCATED)
|
137,159
| 1
| false
| 907
| true
| "First, I need to parse the given graph structure. The graph is represented by a string where each e(...TRUNCATED)
|
137,159
| 1
| false
| 537
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by the '|'(...TRUNCATED)
|
137, 173, 159
| 1
| false
| 779
| true
| "First, I'll parse the graph data to identify the nodes and their connected edges. The graph is repr(...TRUNCATED)
|
137,95,85,206,159
| 1
| false
| 893
| true
| "First, I need to parse the given graph. The graph is represented as a list of edges separated by \"(...TRUNCATED)
|
137,159
| 1
| false
| 385
| true
| "Alright, so I've got this problem here where I need to find a path from node 137 to node 159 in a g(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 137 to the destinatio(...TRUNCATED)
|
137,242,159
| 2
| false
| 4,853
| true
| "I need to find a path from node 137 to node 159 in the given graph. \n\nStarting at 137, I can visi(...TRUNCATED)
|
137, 95, 156, 277, 105, 159
| 1
| false
| 580
| true
| "I need to find the path from the source node 137 to the destination node 159 in the given graph.\n\(...TRUNCATED)
|
137,\ 156,\ 218,\ 159
| 1
| false
| 263
| true
| "First, I need to parse the given graph string. It consists of multiple edges separated by the \"|\"(...TRUNCATED)
| null | 0
| false
| 26,037
| true
| "First, I need to understand the graph structure provided. It's described as being separated by the (...TRUNCATED)
|
137-95-173-137-176-137-277-159
| 3
| false
| 1,330
| true
| "First, I need to parse the given graph string. The edges are separated by '|', and each edge connec(...TRUNCATED)
|
137, 95, 173, 76, 104, 161, 105, 284, 229, 110, 40, 132
| 1
| false
| 1,950
| true
| "To find the shortest path from node 137 to node 159 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
| null | 0
| false
| 22,318
| true
| "I need to find the shortest path from node 137 to node 159 in the given graph. The graph is represe(...TRUNCATED)
|
137 \rightarrow 129 \rightarrow 242 \rightarrow 159
| 3
| false
| 4,806
| true
| "I need to determine the path from node 137 to node 159 using the given edges. Starting from 137, I'(...TRUNCATED)
|
137, 173, 260, 142, 124, 117, 137, 105, 137, 104, 137, 277, 159
| 1
| false
| 784
| true
| "First, I need to identify the source node, which is 137. I'll start by looking for edges that begin(...TRUNCATED)
|
137, 95, 137, 173, 137, 156, 137, 176, 137, 161, 137, 110, 137, 277, 137, 159
| 1
| false
| 1,035
| true
| "First, I need to parse the input graph. The graph is provided as a string with edges separated by p(...TRUNCATED)
|
137, 176, 161, 40, 132, 159
| 1
| false
| 2,770
| true
| "Alright, so I have this problem where I need to find a path from node 137 to node 159 in a graph. T(...TRUNCATED)
|
137, 229, 159
| 2
| false
| 8,590
| true
| "First, I'll start with the source node, which is 137. I'll mark it with the label \"Source\" and se(...TRUNCATED)
|
137,173,260,242,159
| 1
| false
| 460
| true
| "To find the shortest path from node 137 to node 159 in the given graph, I'll start by analyzing the(...TRUNCATED)
|
137, 105, 206, 277, 159
| 1
| false
| 743
| true
| "Alright, so I've got this graph that's represented in a special format where each edge is separated(...TRUNCATED)
|
137, 277, 159
| 2
| true
| 6,633
| true
| "Okay, so I need to figure out the path from node 137 to node 159 in this graph. Let me start by und(...TRUNCATED)
| null | 0
| false
| 9,782
| true
| "To determine the shortest path from node 137 to node 159 in the given graph, I will perform a bread(...TRUNCATED)
| null | 0
| false
| 19,687
| true
| "First, I need to parse the given graph data. It's provided as a string where each edge is separated(...TRUNCATED)
|
137, 173, 156, 218, 249
| 1
| false
| 931
| true
| "To solve the problem of finding a path from the source node 137 to the destination node 159 in the (...TRUNCATED)
|
137,173,156,229,100,176,80,124,110,277,159
| 1
| false
| 679
| true
| "First, I'll start with the source node, 137, and look for nodes connected to it. From the list, I s(...TRUNCATED)
|
137, 95, 249, 137, 173, 150, 159
| 1
| false
| 546
| true
| "Alright, so I've got this problem where I need to find a path from the source node, which is 137, t(...TRUNCATED)
|
918
| 2
| false
| 31,704
| true
| "Alright, let's tackle this problem step by step. I have a graph represented as a string of numbers (...TRUNCATED)
|
128
| 3
| false
| 30,439
| true
| "Alright, so I have this graph that's represented as a string with pipes separating the edges. My ta(...TRUNCATED)
|
137,277,159
| 3
| true
| 4,881
| true
| "First, I need to parse the given graph structure to understand how nodes are connected. The graph i(...TRUNCATED)
|
137,173,260,159
| 1
| false
| 1,168
| true
| "To solve the problem, I will follow these steps:\n\n1. **Understand the Input:** The graph is provi(...TRUNCATED)
|
137,61,242,173,159
| 1
| false
| 1,805
| true
| "To find the shortest path from node 137 to node 159, I'll use Dijkstra's algorithm. First, I'll rep(...TRUNCATED)
|
137, 173, 159
| 1
| false
| 789
| true
| "Okay, so I need to find a path from the source node 137 to the destination node 159 in this graph. (...TRUNCATED)
|
137,159
| 2
| false
| 5,886
| true
| "First, I need to parse the given graph information. The graph is described as a list of edges separ(...TRUNCATED)
|
137,159
| 1
| false
| 872
| true
| "Okay, so I need to find a path from node 137 to node 159 in this graph. Let me first understand how(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from the source node 137 to the destina(...TRUNCATED)
|
137 \rightarrow 156 \rightarrow 161 \rightarrow 159
| 2
| false
| 20,417
| true
| "First, I need to parse the graph string provided. The graph is separated into edges by pipes (|). E(...TRUNCATED)
|
137,173,260,159
| 1
| false
| 490
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
233,207,108
| "I need to determine the path from node 233 to node 108 in the given graph.\n\nFirst, I'll identify (...TRUNCATED)
|
233, 160, 119, 108
| 1
| false
| 193
| true
| "First, I need to parse the graph data provided. The graph is a comma-separated list of edges, each (...TRUNCATED)
|
233, 167, 133, 167, 229, 69, 188, 233, 207, 108
| 1
| false
| 1,506
| true
| "Alright, so I have this problem where I'm given a graph represented as a string with edges separate(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 233 to node 108 in a graph that'(...TRUNCATED)
|
233, 207, 108
| 3
| true
| 6,749
| true
| "To find the path from node 233 to node 108 in the given graph, I need to analyze the structure of t(...TRUNCATED)
|
233,108
| 1
| false
| 270
| true
| "Okay, so I have this problem where I'm given a graph represented as a string with edges separated b(...TRUNCATED)
| "233 \\rightarrow 4 \\rightarrow 5 \\rightarrow 6 \\rightarrow 7 \\rightarrow 8 \\rightarrow 9 \\rig(...TRUNCATED)
| 2
| false
| 20,499
| true
| "Alright, let's try to figure out the path from the source node 233 to the destination node 108 in t(...TRUNCATED)
| null | 0
| false
| 18,630
| true
| "Alright, so I've got this problem where I need to find a path from the source node 233 to the desti(...TRUNCATED)
| null | 0
| false
| 18,219
| true
| "Okay, so I've been given this graph in a specific format where the edges are separated by the '|' c(...TRUNCATED)
|
233, 108
| 1
| false
| 2,458
| true
| "To determine the path from node 233 to node 108 in the given graph, I will follow a step-by-step ap(...TRUNCATED)
|
233, 167, 108
| 1
| false
| 607
| true
| "To find the path from node 233 to node 108 in the given graph, I start by examining the connections(...TRUNCATED)
|
233, 108
| 1
| false
| 798
| true
| "To find the shortest path from node 233 to node 108 in the given graph, I can use the A* algorithm.(...TRUNCATED)
|
233, 188, 108
| 1
| false
| 984
| true
| "Okay, so I have this problem where I need to find a path from the source node 233 to the destinatio(...TRUNCATED)
| "233 \\rightarrow 188 \\rightarrow 295 \\rightarrow 200 \\rightarrow 233 \\rightarrow 206 \\rightarr(...TRUNCATED)
| 2
| false
| 8,637
| true
| "Alright, so I've got this graph represented as a string with edges separated by pipes (|). The task(...TRUNCATED)
| null | 0
| false
| 7,926
| true
| "I need to find a path from the source node 233 to the destination node 108 in the given graph.\n\nF(...TRUNCATED)
|
233,167,233,135,229,69,289,188,207,108
| 1
| false
| 1,842
| true
| "Alright, so I'm trying to figure out how to find the path from node 233 to node 108 in this graph t(...TRUNCATED)
| "218842125637403253041240853087272821284672507242629461020623026080526203212502022809203202842012702(...TRUNCATED)
| 1
| false
| 32,769
| false
| "Alright, so I've got this problem here where I need to find a path from a source node to a destinat(...TRUNCATED)
|
233, 167, 188, 181, 14, 101, 109, 108
| 2
| false
| 8,123
| true
| "Alright, so I've got this problem where I need to find a path from node 233 to node 108 in a graph.(...TRUNCATED)
|
233, 108
| 2
| false
| 4,136
| true
| "To solve the problem, I first need to parse the given graph structure. The graph is represented by (...TRUNCATED)
| "270, 224, 275, 233, 224, 275, 233, 224, 275, 222, 275, 232, 224, 275, 233, 224, 275, 233, 224, 275,(...TRUNCATED)
| 1
| false
| 32,769
| false
| "Alright, so I have this problem where I'm given a graph represented by a string that's split into e(...TRUNCATED)
| null | 0
| false
| 14,928
| true
| "To solve the problem of finding a path from node 233 to node 108 in the given graph, I first need t(...TRUNCATED)
|
233, 207, 108
| 1
| true
| 616
| true
| "First, I'll parse the input string to extract all the edge tags. Each tag is separated by a pipe ch(...TRUNCATED)
|
233,181,14,108
| 1
| false
| 782
| true
| "First, I need to parse the given edge-separated graph string and identify the nodes and their conne(...TRUNCATED)
|
207,108
| 1
| false
| 1,918
| true
| "Okay, so I have this problem where I need to find a path from a source node to a destination node i(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to analyze the given graph structure. The edges are separated by pipes, so I'll list (...TRUNCATED)
| "233, 167, 188, 167, 233, 200, 233, 206, 233, 279, 275, 233, 243, 233, 107, 229, 201, 206, 233, 181,(...TRUNCATED)
| 1
| false
| 835
| true
| "First, I need to parse the input string into a list of edges separated by pipes. Each edge is a pai(...TRUNCATED)
|
233,167,233,135,233,167,233,229,69,289,188,39,233,207,207,108
| 1
| false
| 1,398
| true
| "First, I need to understand the graph structure provided. It's a list of edges separated by pipes ((...TRUNCATED)
|
233, 167, 233, 135, 233, 167, 233, 135, 233, 229, 69, 289, 188, 39, 233, 207, 207, 108
| 1
| false
| 769
| true
| "Okay, so I need to figure out how to solve this problem. The user provided a graph in a specific fo(...TRUNCATED)
|
233,14,108
| 1
| false
| 2,874
| true
| "First, I need to parse the given graph structure. The graph is represented as a series of edge tags(...TRUNCATED)
|
233,188,295,200,108
| 1
| false
| 656
| true
| "First, I need to analyze the given graph structure. The graph is represented with edges separated b(...TRUNCATED)
|
233, 108
| 1
| false
| 587
| true
| "First, I need to parse the given edge list to identify the connections between nodes. The source no(...TRUNCATED)
|
233,108
| 1
| false
| 507
| true
| "Okay, so I've been given this problem where I need to output a path from a source node to a destina(...TRUNCATED)
|
233, 108
| 2
| false
| 7,923
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by pipes, (...TRUNCATED)
| "233, 167, 233, 135, 233, 229, 233, 69, 289, 188, 39, 233, 207, 135, 249, 233, 181, 233, 14, 141, 23(...TRUNCATED)
| 1
| false
| 1,103
| true
| "First, I'll parse the given graph structure. The graph is represented as a series of edges separate(...TRUNCATED)
|
233, 108
| 1
| false
| 420
| true
| "Okay, so I have this problem where I need to find a path from the source node 233 to the destinatio(...TRUNCATED)
|
233, 207, 108
| 1
| true
| 964
| true
| "To solve this problem, I need to find a path from the source node 233 to the destination node 108 i(...TRUNCATED)
| null | 0
| false
| 19,255
| true
| "To find the path from the source node 233 to the destination node 108 in the given graph, we can us(...TRUNCATED)
|
233, 167, 207, 108
| 1
| false
| 428
| true
| "First, I need to parse the given graph structure. The edges are separated by pipes, so each part in(...TRUNCATED)
|
3
| 2
| false
| 20,804
| true
| "I need to find a path from node 233 to node 108 in the given graph. \n\nI'll start by examining the(...TRUNCATED)
|
233, 200, 108
| 1
| false
| 428
| true
| "First, I need to parse the given graph data, which is a string separated by pipes. Each edge repres(...TRUNCATED)
|
233, 135, 229, 207, 108
| 1
| false
| 1,065
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
255,103,149
| "First, I'll parse the input string to extract all the node pairs separated by '|'. Each pair repres(...TRUNCATED)
|
255,149
| 1
| false
| 1,021
| true
| "Okay, so I have this problem where I need to find a path from the source node 255 to the destinatio(...TRUNCATED)
|
255,149
| 2
| false
| 1,851
| true
| "First, I need to parse the given graph string. The edges are separated by the \"|\" character, and (...TRUNCATED)
|
255, 272, 149
| 1
| false
| 467
| true
| "First, I'll start from the source node, which is 255, and examine its neighbors. The neighbors of 2(...TRUNCATED)
|
255,272,255,265,255,281,255,276,255,265,255,280,255,279,255,285,149
| 1
| false
| 914
| true
| "First, I'll parse the given graph structure. The edges are separated by the '|' character, and each(...TRUNCATED)
| "255, 198, 255, 21, 58, 255, 198, 255, 21, 255, 138, 139, 289, 255, 21, 23, 265, 16, 255, 103, 255, (...TRUNCATED)
| 1
| false
| 2,182
| true
| "Okay, so I have this problem where I need to find a path from the source node 255 to the destinatio(...TRUNCATED)
|
255, 103, 149
| 2
| true
| 10,458
| true
| "Okay, so I have this problem where I'm given a graph that's written out with pipes separating the e(...TRUNCATED)
|
255,149
| 3
| false
| 4,201
| true
| "First, I need to parse the given graph data to understand the structure. The graph is represented b(...TRUNCATED)
|
255, 149
| 1
| false
| 678
| true
| "To determine the shortest path from node 255 to node 149 in the provided graph, I will perform a br(...TRUNCATED)
|
255,255,149
| 1
| false
| 726
| true
| "Okay, so I have this problem where I'm given a graph that's written with pipes separating the edges(...TRUNCATED)
|
255,265,164,65,124,295,120,115,149
| 2
| false
| 3,716
| true
| "To solve the problem of finding the shortest path from the source node 255 to the destination node (...TRUNCATED)
|
255,272,265,116,149
| 1
| false
| 821
| true
| "To determine the shortest path from the source node 255 to the destination node 149 in the given gr(...TRUNCATED)
|
255,272,255,94,255,15,255,138,255,120
| 1
| false
| 1,006
| true
| "To determine the shortest path from node 255 to node 149 in the given graph, I first need to repres(...TRUNCATED)
|
255, 149
| 1
| false
| 2,469
| true
| "To find the shortest path from node 255 to node 149 in the given graph, we can use Dijkstra's algor(...TRUNCATED)
|
255, 149
| 1
| false
| 447
| true
| "To find the shortest path from the source node 255 to the destination node 149 in the given graph, (...TRUNCATED)
|
255,272,285,149
| 1
| false
| 2,623
| true
| "To find the shortest path from node 255 to node 149 in the given graph, we can model it as a graph (...TRUNCATED)
|
255,116,149
| 1
| false
| 1,514
| true
| "First, I need to parse the given edge list and identify the nodes connected by each edge. The sourc(...TRUNCATED)
|
255,149
| 1
| false
| 165
| true
| "Okay, so I have this problem where I'm given a graph represented by a series of edges separated by (...TRUNCATED)
|
255, 103, 149
| 2
| true
| 2,229
| true
| "Alright, let's tackle this problem. So, I have a graph represented by these pipes, and I need to fi(...TRUNCATED)
|
255, 272, 116, 115, 149
| 2
| false
| 6,842
| true
| "To determine the shortest path from node 255 to node 149 in the given graph, I will analyze the edg(...TRUNCATED)
|
255,149
| 1
| false
| 1,727
| true
| "First, I need to understand the structure of the graph provided. The edges are separated by a pipe (...TRUNCATED)
|
255,272,255,265,255,139,255,285,59,141,255,116,272,95,116,33,295,85,120,115,103,149
| 1
| false
| 735
| true
| "First, I need to understand the structure of the graph. It appears to be a list of connected nodes (...TRUNCATED)
|
255, 149
| 1
| false
| 806
| true
| "I need to find a path from the source node 255 to the destination node 149 in the given graph.\n\nF(...TRUNCATED)
|
255, 149
| 1
| false
| 602
| true
| "I need to find the shortest path from the source node 255 to the destination node 149 in the given (...TRUNCATED)
| "255,272,1,272,2,255,255,198,272,166,272,183,272,219,272,21,255,255,138,272,183,272,158,272,158,272,(...TRUNCATED)
| 1
| false
| 1,429
| true
| "Okay, let's tackle this problem step by step. So, I have a graph that's represented by a series of (...TRUNCATED)
|
255,103,149
| 2
| true
| 2,979
| true
| "To determine the path from the source node 255 to the destination node 149 in the given graph, I ne(...TRUNCATED)
|
255, 149
| 1
| false
| 389
| true
| "To solve the problem of finding a path from the source node 255 to the destination node 149 in the (...TRUNCATED)
|
255,272,265,139,219,21,213,65,120,115,103,149,21,213,65
| 1
| false
| 2,882
| true
| "First, I need to identify the source node, which is 255, and the destination node, which is 149. Ne(...TRUNCATED)
|
255,272,255,95,255,116,272,95,116,33,295,255,120,115,255,149
| 1
| false
| 888
| true
| "Okay, let me try to figure this out. So, I have this graph represented by a series of connected edg(...TRUNCATED)
|
255, 272, 149
| 2
| false
| 12,571
| true
| "To determine the path from the source node 255 to the destination node 149 in the given graph, I ne(...TRUNCATED)
|
255
| 1
| false
| 1,176
| true
| "I need to determine the path from the source node 255 to the destination node 149 in the given grap(...TRUNCATED)
|
255
| 1
| false
| 295
| true
| "To find the shortest path from the source node 255 to the destination node 149 in the given graph, (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. The graph is represented as a seri(...TRUNCATED)
|
255,272,255,21,149
| 1
| false
| 993
| true
| "First, I need to parse the input graph structure. The graph is provided as a sequence of pairs sepa(...TRUNCATED)
|
255,149
| 1
| false
| 816
| true
| "To find the shortest path from the source node 255 to the destination node 149 in the given graph, (...TRUNCATED)
|
255,272,255,265,255,139,255,285,255,116,255,149
| 1
| false
| 1,066
| true
| "First, I need to parse the given graph data. The graph is a list of edges separated by '|'. Each ed(...TRUNCATED)
|
255,272,265,139,285,116,149
| 1
| false
| 1,073
| true
| "First, I need to understand the graph structure provided. The graph is represented by a series of e(...TRUNCATED)
|
255, 149
| 1
| false
| 743
| true
| "I need to find the shortest path from node 255 to node 149 in the given graph. The graph is provide(...TRUNCATED)
|
255, 272, 272, 255, 149
| 1
| false
| 648
| true
| "I need to determine a path from node 255 to node 149 in the given graph. The graph is represented b(...TRUNCATED)
| "255 \\rightarrow 272 \\rightarrow 265 \\rightarrow 139 \\rightarrow 285 \\rightarrow 219 \\rightarr(...TRUNCATED)
| 2
| false
| 9,360
| true
| "To find the shortest path from the source node 255 to the destination node 149 in the given graph, (...TRUNCATED)
|
255, 21, 149
| 1
| false
| 410
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
217,85,117
| "First, I need to parse the given graph data. The graph is provided as a series of edges separated b(...TRUNCATED)
|
217, 117
| 1
| false
| 334
| true
| "Okay, so I have this problem where I need to find a path from node 217 to node 117 in a graph. The (...TRUNCATED)
|
217, 117
| 1
| false
| 715
| true
| "To solve this problem, I need to determine a path from node 217 to node 117 in a graph where nodes (...TRUNCATED)
|
1
| 2
| false
| 32,769
| false
| "First, I need to parse the given graph structure to understand the relationships between nodes. The(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from the source node 217 to the destina(...TRUNCATED)
|
217, 117
| 2
| false
| 5,224
| true
| "First, I need to parse the graph data provided. The graph is a list of edges separated by the pipe (...TRUNCATED)
|
217, 117
| 1
| false
| 376
| true
| "First, I need to parse the given graph data. Each edge is separated by a comma, and the source and (...TRUNCATED)
|
217,117
| 1
| false
| 615
| true
| "First, I need to parse the given graph data. The graph is provided as a series of edges separated b(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to identify the source node, which is 217, and the destination node, which is 117.\n\(...TRUNCATED)
|
217, 117
| 1
| false
| 332
| true
| "Alright, so I've been given this problem where I have to find a path from a source node to a destin(...TRUNCATED)
|
217,185,85,210,275,240,104,117
| 1
| false
| 2,082
| true
| "First, I need to understand the structure of the graph provided. It consists of multiple nodes conn(...TRUNCATED)
|
217, 117
| 1
| false
| 498
| true
| "Alright, so I have this problem where I need to find a path from node 217 to node 117 in a graph th(...TRUNCATED)
| null | 0
| false
| 22,149
| true
| "To find the path from node 217 to node 117 in the given graph, I will use a depth-first search (DFS(...TRUNCATED)
|
217, 180, 275, 240, 104, 31, 210, 99, 114, 253, 186, 215, 179, 175, 159, 137, 217
| 1
| false
| 922
| true
| "Okay, so I have this problem where I need to find a path from node 217 to node 117 in a graph. The (...TRUNCATED)
|
217,114,117
| 2
| false
| 10,664
| true
| "Okay, so I've got this problem where I need to find a path from a source node to a destination node(...TRUNCATED)
|
217,117
| 1
| false
| 3,574
| true
| "Okay, so I need to figure out the path from node 217 to node 117 in this graph. The graph is provid(...TRUNCATED)
|
217,117
| 2
| false
| 1,256
| true
| "To solve the problem of finding the shortest path from the source node 217 to the destination node (...TRUNCATED)
|
217, 130, 117
| 1
| false
| 1,560
| true
| "First, I need to understand the structure of the graph provided. The graph is represented as a seri(...TRUNCATED)
|
217, 275, 117
| 1
| false
| 502
| true
| "Okay, so I have this problem where I need to find a path from the source node 217 to the destinatio(...TRUNCATED)
|
217, 85, 117
| 1
| true
| 5,026
| true
| "Okay, so I've got this problem where I need to find a path from a source node to a destination node(...TRUNCATED)
|
217, 117
| 1
| false
| 2,083
| true
| "Alright, so I've got this problem where I need to find a path from a source node to a destination n(...TRUNCATED)
|
217,117
| 1
| false
| 1,239
| true
| "Okay, let me try to figure out how to solve this problem. So, the task is to take a graph that's re(...TRUNCATED)
|
117
| 395
| false
| 30,554
| true
| "Alright, so I have this problem where I'm given a graph represented by a long string of edges, each(...TRUNCATED)
|
217,117
| 1
| false
| 2,483
| true
| "First, I need to parse the graph structure provided. The graph is given in a specific format where (...TRUNCATED)
|
217,130,117
| 1
| false
| 558
| true
| "To determine the path from the source node 217 to the destination node 117, I will analyze the prov(...TRUNCATED)
|
217, 180, 275, 130, 167, 117
| 1
| false
| 498
| true
| "First, I need to parse the given edge list. Each edge is separated by a pipe \"|\", and it appears (...TRUNCATED)
|
217, 130, 117
| 1
| false
| 266
| true
| "First, I need to parse the given graph data. Each edge is separated by a pipe character \"|\", and (...TRUNCATED)
|
217, 180, 117
| 17
| false
| 1,378
| true
| "First, I need to parse the given graph data, which consists of multiple edge tags separated by pipe(...TRUNCATED)
|
1
| 4
| false
| 31,267
| true
| "First, I need to parse the graph data to identify all edges connected to the source node, which is (...TRUNCATED)
|
217, 117
| 1
| false
| 357
| true
| "Alright, let's try to figure out the path from node 217 to node 117 in the given graph. The graph i(...TRUNCATED)
|
217, 117
| 1
| false
| 1,325
| true
| "Alright, so I have this problem where I need to find a path from the source node 217 to the destina(...TRUNCATED)
|
217, 130, 137, 117
| 2
| false
| 5,038
| true
| "To find the shortest path from node 217 to node 117 in the given graph, we can use Dijkstra's algor(...TRUNCATED)
|
217, 130, 131, 117
| 1
| false
| 2,663
| true
| "Alright, so I have this problem where I need to find a path from the source node 217 to the destina(...TRUNCATED)
|
217,117
| 1
| false
| 5,697
| true
| "To determine the shortest path from node 217 to node 117 in the given graph, we'll use the Breadth-(...TRUNCATED)
|
217, 85, 117
| 1
| true
| 572
| true
| "Alright, so I need to figure out the path from node 217 to node 117 in this graph. The graph is giv(...TRUNCATED)
|
217, 117
| 1
| false
| 531
| true
| "I need to find a path from node 217 to node 117 in the given graph. The graph is represented by a s(...TRUNCATED)
|
217, 117
| 1
| false
| 321
| true
| "To find the shortest path from node 217 to node 117 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
217, 117
| 1
| false
| 769
| true
| "To find the path from node 217 to node 117 in the given graph, I will perform a Breadth-First Searc(...TRUNCATED)
|
217, 117, 167, 3, 180, 275, 240, 104, 31, 210, 99, 114, 253, 186, 290, 239
| 1
| false
| 3,711
| true
| "First, I need to parse the given edge list to understand the structure of the graph. The edges are (...TRUNCATED)
|
217, 180, 275, 240, 104, 3, 167
| 2
| false
| 1,456
| true
| "Alright, so I have this problem where I'm given a graph represented by a string that lists edges se(...TRUNCATED)
|
217, 117
| 1
| false
| 1,550
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
210,32,87
| "To determine the path from node 210 to node 87 in the given graph, I need to parse the edge separat(...TRUNCATED)
|
210,4,251,251,87
| 1
| false
| 669
| true
| "I need to find a path from the source node 210 to the destination node 87 in the given graph.\n\nFi(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 210 to node 87, we can use Dijkstra's algorithm, which is effic(...TRUNCATED)
| "210, 4, 219, 210, 210, 210, 210, 210, 210, 210, 210, 210, 210, 210, 210, 210, 210, 210, 210, 210, 2(...TRUNCATED)
| 1
| false
| 840
| true
| "To find the shortest path from node 210 to node 87 in the given graph, we can use Dijkstra's algori(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let me try to figure this out. So, I have this graph that's represented with pipes separat(...TRUNCATED)
|
87, 32
| 5
| false
| 6,121
| true
| "To find the path from the source node 210 to the destination node 87 in the given graph, we'll use (...TRUNCATED)
|
210, 145, 87
| 1
| false
| 459
| true
| "Okay, so I've got this problem where I need to find a path from a source node to a destination node(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given edge-separated graph. The graph is provided as a string of numbers(...TRUNCATED)
|
210,87
| 1
| false
| 883
| true
| "Alright, so I've got this graph that's represented by these strings separated by pipes, like 4,219|(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph represented by a series of pipes separated edg(...TRUNCATED)
|
22001205
| 1
| false
| 32,769
| false
| "Okay, so I have this graph that's given in a special format where the edges are separated by the '|(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I need to figure out a path from node 210 to node 87 in this graph. The graph is given (...TRUNCATED)
| null | 0
| false
| 9,547
| true
| "First, I need to parse the graph structure provided. The edges are separated by the '|' character, (...TRUNCATED)
|
210, 117, 87
| 1
| false
| 564
| true
| "To determine the path from node 210 to node 87 in the given graph, I start by examining the edges c(...TRUNCATED)
|
210, 87
| 1
| false
| 555
| true
| "First, I need to parse the given graph data. The edges are separated by '|', so each node is connec(...TRUNCATED)
|
210,296,107
| 1
| false
| 610
| true
| "I need to find a path from the source node 210 to the destination node 87 using the given edges in (...TRUNCATED)
|
210, 4, 191, 208, 73, 296, 107, 87
| 1
| false
| 440
| true
| "Okay, so I need to solve this problem where I'm given a graph represented as a string with edges se(...TRUNCATED)
|
87
| 2
| false
| 7,637
| true
| "First, I'll parse the given edge list and identify the source node, which is 210. Then, I'll start (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given string of edges to extract the graph structure. The edges are sepa(...TRUNCATED)
|
210,194,8
| 1
| false
| 1,130
| true
| "To find the shortest path from the source node 210 to the destination node 87 in the given graph, I(...TRUNCATED)
|
210, 296, 107, 87
| 1
| false
| 1,127
| true
| "First, I need to parse the given string of edges to understand the structure of the graph. The edge(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to figure out how to find the path from node 210 to node 87 in this graph that's gi(...TRUNCATED)
|
210,87
| 3
| false
| 6,260
| true
| "To determine the path from the source node 210 to the destination node 87 in the given graph, I'll (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to identify the source and destination nodes from the given graph. The source node is(...TRUNCATED)
|
210, 70, 87
| 1
| false
| 321
| true
| "Alright, so I've got this problem here where I need to find a path from the source node 210 to the (...TRUNCATED)
|
210\rightarrow32\rightarrow87
| 1
| false
| 5,694
| true
| "Okay, so I have this problem where I'm given a graph represented by a string in a special format. T(...TRUNCATED)
|
[210, 194, 8]
| 1
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from the source node 210 to the destina(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve the problem of finding the shortest path from the source node 210 to the destination node (...TRUNCATED)
|
4,252
| 1
| false
| 885
| true
| "To find the shortest path from node 210 to node 87 in the given graph, I'll use Dijkstra's algorith(...TRUNCATED)
|
210, 210, 87
| 1
| false
| 775
| true
| "Okay, so I need to figure out how to solve this problem where I have a graph represented by a serie(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let me try to figure out the path from node 210 to node 87 using the given graph structure(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. It is a list of nodes separated by(...TRUNCATED)
|
210,117,87
| 1
| false
| 557
| true
| "First, I need to parse the given graph structure, which is represented as a string of edges separat(...TRUNCATED)
|
210,87
| 1
| false
| 1,381
| true
| "To find the path from node 210 to node 87, I start by examining the given edges of the graph. Each (...TRUNCATED)
|
210,87
| 1
| false
| 226
| true
| "First, I need to parse the given graph string to extract the edges. The graph is separated by the \(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. It appears to be a string where ed(...TRUNCATED)
|
210, 70, 117, 87
| 1
| false
| 2,020
| true
| "Okay, so I have this problem where I need to find a path from the source node, which is 210, to the(...TRUNCATED)
|
210,87
| 2
| false
| 5,802
| true
| "First, I need to identify the source and destination nodes from the given graph. The source node is(...TRUNCATED)
|
210, 210, 70, 117, 173, 251, 113, 252, 121, 65, 210, 4, 210, 109, 194, 8
| 1
| false
| 997
| true
| "First, I need to parse the input string to extract the source and destination nodes. The source nod(...TRUNCATED)
|
210,117,173,251,296,275,296,252,46,210,145,231,168,70,63,87
| 1
| false
| 1,437
| true
| "I need to find a path from node 210 to node 87 in the given graph. The graph is structured with edg(...TRUNCATED)
|
210, 107, 87
| 1
| false
| 685
| true
|
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