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R1-1.5b-Par-Temp-0.7-Ans-40-32768-deg-32-path-3-n-8000-s-7000-e-7100

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prompt stringlengths 766 845	gold_answer stringlengths 8 11	raw_answer_0 stringlengths 504 109k	extracted_answer_0 stringlengths 1 32.4k ⌀	num_boxed_0 int64 0 624	grade_0 bool 2 classes	ans_token_len_0 int64 162 32.8k	finished_0 bool 2 classes	raw_answer_1 stringlengths 1.04k 101k	extracted_answer_1 stringlengths 0 458 ⌀	num_boxed_1 int64 0 283	grade_1 bool 1 class	ans_token_len_1 int64 332 32.8k	finished_1 bool 2 classes	raw_answer_2 stringlengths 874 103k	extracted_answer_2 stringlengths 0 305 ⌀	num_boxed_2 int64 0 9	grade_2 bool 2 classes	ans_token_len_2 int64 231 32.8k	finished_2 bool 2 classes	raw_answer_3 stringlengths 624 95.7k	extracted_answer_3 stringlengths 0 7.38k ⌀	num_boxed_3 int64 0 59	grade_3 bool 2 classes	ans_token_len_3 int64 193 32.8k	finished_3 bool 2 classes	raw_answer_4 stringlengths 649 104k	extracted_answer_4 stringlengths 2 32k ⌀	num_boxed_4 int64 0 551	grade_4 bool 2 classes	ans_token_len_4 int64 183 32.8k	finished_4 bool 2 classes	raw_answer_5 stringlengths 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32.8k	finished_15 bool 2 classes	raw_answer_16 stringlengths 606 99.4k	extracted_answer_16 stringlengths 0 893 ⌀	num_boxed_16 int64 0 98	grade_16 bool 2 classes	ans_token_len_16 int64 213 32.8k	finished_16 bool 2 classes	raw_answer_17 stringlengths 647 85.1k	extracted_answer_17 stringlengths 3 179 ⌀	num_boxed_17 int64 0 1.23k	grade_17 bool 2 classes	ans_token_len_17 int64 210 32.8k	finished_17 bool 2 classes	raw_answer_18 stringlengths 1.12k 82k	extracted_answer_18 stringlengths 0 31.6k ⌀	num_boxed_18 int64 0 245	grade_18 bool 2 classes	ans_token_len_18 int64 287 32.8k	finished_18 bool 2 classes	raw_answer_19 stringlengths 493 113k	extracted_answer_19 stringlengths 1 4.98k ⌀	num_boxed_19 int64 0 315	grade_19 bool 1 class	ans_token_len_19 int64 122 32.8k	finished_19 bool 2 classes	raw_answer_20 stringlengths 628 107k	extracted_answer_20 stringlengths 0 185 ⌀	num_boxed_20 int64 0 232	grade_20 bool 2 classes	ans_token_len_20 int64 208 32.8k	finished_20 bool 2 classes	raw_answer_21 stringlengths 1.05k 91.8k	extracted_answer_21 stringlengths 0 5.13k ⌀	num_boxed_21 int64 0 91	grade_21 bool 2 classes	ans_token_len_21 int64 308 32.8k	finished_21 bool 2 classes	raw_answer_22 stringlengths 921 95.5k	extracted_answer_22 stringlengths 2 27.1k ⌀	num_boxed_22 int64 0 9	grade_22 bool 2 classes	ans_token_len_22 int64 303 32.8k	finished_22 bool 2 classes	raw_answer_23 stringlengths 838 110k	extracted_answer_23 stringlengths 1 208 ⌀	num_boxed_23 int64 0 13	grade_23 bool 2 classes	ans_token_len_23 int64 278 32.8k	finished_23 bool 2 classes	raw_answer_24 stringlengths 867 74.9k	extracted_answer_24 stringlengths 0 483 ⌀	num_boxed_24 int64 0 6	grade_24 bool 2 classes	ans_token_len_24 int64 270 32.8k	finished_24 bool 2 classes	raw_answer_25 stringlengths 712 121k	extracted_answer_25 stringlengths 0 31.8k ⌀	num_boxed_25 int64 0 986	grade_25 bool 2 classes	ans_token_len_25 int64 239 32.8k	finished_25 bool 2 classes	raw_answer_26 stringlengths 1.22k 100k	extracted_answer_26 stringlengths 0 6.65k ⌀	num_boxed_26 int64 0 13	grade_26 bool 2 classes	ans_token_len_26 int64 333 32.8k	finished_26 bool 2 classes	raw_answer_27 stringlengths 536 108k	extracted_answer_27 stringlengths 0 5.51k ⌀	num_boxed_27 int64 0 14	grade_27 bool 2 classes	ans_token_len_27 int64 168 32.8k	finished_27 bool 2 classes	raw_answer_28 stringlengths 975 87.5k	extracted_answer_28 stringlengths 0 900 ⌀	num_boxed_28 int64 0 169	grade_28 bool 2 classes	ans_token_len_28 int64 284 32.8k	finished_28 bool 2 classes	raw_answer_29 stringlengths 610 88.6k	extracted_answer_29 stringlengths 0 31.3k ⌀	num_boxed_29 int64 0 162	grade_29 bool 2 classes	ans_token_len_29 int64 174 32.8k	finished_29 bool 2 classes	raw_answer_30 stringlengths 677 126k	extracted_answer_30 stringlengths 1 2.35k ⌀	num_boxed_30 int64 0 140	grade_30 bool 1 class	ans_token_len_30 int64 208 32.8k	finished_30 bool 2 classes	raw_answer_31 stringlengths 513 88.9k	extracted_answer_31 stringlengths 1 31.9k ⌀	num_boxed_31 int64 0 338	grade_31 bool 2 classes	ans_token_len_31 int64 200 32.8k	finished_31 bool 2 classes	raw_answer_32 stringlengths 675 85.7k	extracted_answer_32 stringlengths 0 348 ⌀	num_boxed_32 int64 0 45	grade_32 bool 2 classes	ans_token_len_32 int64 307 32.8k	finished_32 bool 2 classes	raw_answer_33 stringlengths 1.03k 105k	extracted_answer_33 stringlengths 1 2.49k ⌀	num_boxed_33 int64 0 687	grade_33 bool 2 classes	ans_token_len_33 int64 305 32.8k	finished_33 bool 2 classes	raw_answer_34 stringlengths 744 121k	extracted_answer_34 stringlengths 2 32.6k ⌀	num_boxed_34 int64 0 441	grade_34 bool 2 classes	ans_token_len_34 int64 225 32.8k	finished_34 bool 2 classes	raw_answer_35 stringlengths 957 83.6k	extracted_answer_35 stringlengths 0 32.2k ⌀	num_boxed_35 int64 0 619	grade_35 bool 2 classes	ans_token_len_35 int64 289 32.8k	finished_35 bool 2 classes	raw_answer_36 stringlengths 759 91.3k	extracted_answer_36 stringlengths 0 238 ⌀	num_boxed_36 int64 0 44	grade_36 bool 2 classes	ans_token_len_36 int64 272 32.8k	finished_36 bool 2 classes	raw_answer_37 stringlengths 785 94.2k	extracted_answer_37 stringlengths 0 6.24k ⌀	num_boxed_37 int64 0 1.09k	grade_37 bool 2 classes	ans_token_len_37 int64 213 32.8k	finished_37 bool 2 classes	raw_answer_38 stringlengths 615 98.9k	extracted_answer_38 stringlengths 1 256 ⌀	num_boxed_38 int64 0 4	grade_38 bool 2 classes	ans_token_len_38 int64 227 32.8k	finished_38 bool 2 classes	raw_answer_39 stringlengths 726 81.9k	extracted_answer_39 stringlengths 2 22.7k ⌀	num_boxed_39 int64 0 6	grade_39 bool 2 classes	ans_token_len_39 int64 232 32.8k	finished_39 bool 2 classes
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	152,88,11	"First, I need to identify the source node, which is 152, and the destination node, which is 11.\n\n(...TRUNCATED)	152,178,102,156,88,11	1	false	338	true	"Okay, so I have this problem where I need to find a path from the source node 152 to the destinatio(...TRUNCATED)	152,214,285,88,11	2	false	4,379	true	"Okay, so I'm trying to solve this problem where I have a graph represented as a string of edges sep(...TRUNCATED)	152 \rightarrow 184 \rightarrow 118 \rightarrow 88 \rightarrow 11	1	false	6,705	true	"Okay, so I've got this problem where I need to find a path from the source node 152 to the destinat(...TRUNCATED)	null	0	false	22,925	true	"Okay, so I need to find the path from the source node 152 to the destination node 11 in this graph (...TRUNCATED)	152,11	2	false	10,255	true	"To find the shortest path from node 152 to node 11 in the given graph, I will use Dijkstra's algori(...TRUNCATED)	152, 208, 11	1	false	722	true	"Alright, so I've got this graph problem to solve. It seems like the graph is represented in a speci(...TRUNCATED)	null	0	false	32,631	true	"I need to determine the path from the source node 152 to the destination node 11 using the given gr(...TRUNCATED)	152,125,247,170,132,159	2	false	1,094	true	"To solve the problem of finding the shortest path from node 152 to node 11 in the given graph, we'l(...TRUNCATED)	null	0	false	32,769	false	"I need to find a path from node 152 to node 11 in the given graph. The graph is represented with ed(...TRUNCATED)	152, 2, 150, 228, 192, 271, 230, 202, 208, 219, 223, 193, 152, 213, 230, 11	1	false	1,148	true	"Okay, so I need to figure out how to find a path from the source node 152 to the destination node 1(...TRUNCATED)	null	0	false	32,769	false	"To solve the problem of finding a path from node 152 to node 11 in the given graph, I need to analy(...TRUNCATED)	152,213,276,31,43,11	1	false	741	true	"Alright, so I have this graph problem to solve. The graph is given in a specific format where each (...TRUNCATED)	\text{Subgraph highlighting	1	false	32,769	false	"I need to find a path from node 152 to node 11 in the given graph. \n\n1. Starting at 152: This(...TRUNCATED)	null	0	false	22,284	true	"Alright, so I have this problem where I need to find a path from node 152 to node 11 using the give(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've got this problem where I need to find a path from node 152 to node 11 in a graph that(...TRUNCATED)	152, 288, 110, 11	2	false	4,427	true	"To find the path from node 152 to node 11 in the given graph, I need to traverse the edges systemat(...TRUNCATED)	152,\,213,\,56,\,152,\,120,\,124,\,11	1	false	506	true	"I need to find a path from the source node 152 to the destination node 11 using the given graph str(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I'm trying to find the path from the source node 152 to the destination node 11 in this gr(...TRUNCATED)	15-16	20	false	29,229	true	"First, I need to parse the graph structure from the given input. The graph is represented as a comm(...TRUNCATED)	152,214,208,110,285,2,178,102,156,88,11	1	false	1,712	true	"I need to find a path from node 152 to node 11 using the edges provided in the given graph. \n\nI s(...TRUNCATED)	152,11	1	false	208	true	"I need to find a path from node 152 to node 11 in the given graph. Starting from 152, I'll follow t(...TRUNCATED)	null	0	false	23,484	true	"Okay, so I have this graph represented as a string with edges separated by pipes, and I need to fin(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph represented as a series of \"edges\" separated by \"\|\". The source node(...TRUNCATED)	152, 88, 184, 118, 11	2	false	5,558	true	"Alright, so I've been given this graph problem where I need to find a path from the source node 152(...TRUNCATED)	152, 281, 5, 11	1	false	3,368	true	"Okay, so I've been given this graph represented as a string with edges separated by \"\|\". The task(...TRUNCATED)	124	3	false	27,702	true	"Alright, so I've been given this problem where I need to find a path from the source node 152 to th(...TRUNCATED)	null	0	false	32,769	false	"First, I need to parse the given graph structure. The graph is presented as a series of edges separ(...TRUNCATED)	152,213,10,221,11	1	false	348	true	"Okay, so I have this graph represented as a list of edges separated by '\|', and I need to find a pa(...TRUNCATED)	null	0	false	14,985	true	"Okay, so I have this problem where I need to find a path from the source node 152 to the destinatio(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 152 to node 11 in a graph. The g(...TRUNCATED)	152 \rightarrow 2 \rightarrow 11	2	false	9,105	true	"Okay, so I've got this graph represented as a list of edges separated by \|, and I need to find a pa(...TRUNCATED)	152,110,11	2	false	5,684	true	"Okay, so I have this graph represented as a string where edges are separated by \"\|\" and each edge(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've got this problem where I need to find a path from node 152 to node 11 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 152 to the destinatio(...TRUNCATED)	515	441	false	32,769	false	"Alright, let me try to figure out the path from the source node 152 to the destination node 11 in t(...TRUNCATED)	152,11	1	false	1,019	true	"Alright, so I have this problem where I need to find a path from node 152 to node 11 in a graph. Th(...TRUNCATED)	null	0	false	31,987	true	"To find the path from node 152 to node 11 in the given graph, we can use a breadth-first search (BF(...TRUNCATED)	152,214,208,110,285,152,2,152,178,102,156,88,11	1	false	355	true	"Okay, so I have this problem where I need to find a path from node 152 to node 11 in a graph. The g(...TRUNCATED)	152, 142, 113, 11	1	false	11,408	true	"Alright, so I've got this graph problem to solve. The graph is given as a list of edges separated b(...TRUNCATED)	null	0	false	32,769	false
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	148,121,94	"Alright, so I have this problem where I need to find a path from node 148 to node 94 in a graph tha(...TRUNCATED)	"148\\rightarrow235\\rightarrow244\\rightarrow188\\rightarrow196\\rightarrow296\\rightarrow136\\righ(...TRUNCATED)	1	false	4,677	true	"Okay, so I need to figure out a path from the source node 148 to the destination node 94 using the (...TRUNCATED)	"148 \\rightarrow 271 \\rightarrow 32 \\rightarrow 245 \\rightarrow 188 \\rightarrow 239 \\rightarro(...TRUNCATED)	1	false	8,098	true	"Alright, so I have this problem where I need to find a path from node 148 to node 94 in a graph tha(...TRUNCATED)	null	0	false	3,337	true	"Okay, so I have this graph that's represented as a list of edges separated by the '\|' character. I (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph represented as a list of edges where each edge is separated by a pipe \"(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 148 to node 94 in a graph that's(...TRUNCATED)	null	0	false	32,769	false	"To find the path from node 148 to node 94 in the given graph, I first need to understand the struct(...TRUNCATED)	\text{No path exists from 148 to 94	1	false	641	true	"Okay, so I have this problem where I need to find a path from node 148 to node 94 in a graph that's(...TRUNCATED)	"148, 271, 32, 245, 177, 148, 245, 148, 188, 148, 244, 148, 235, 148, 163, 148, 127, 148, 68, 112, 1(...TRUNCATED)	1	false	2,279	true	"Alright, so I have this problem where I need to find a path from node 148 to node 94 in a graph tha(...TRUNCATED)	148,121,94	3	true	7,150	true	"Okay, so I've got this problem where I need to find a path from node 148 to node 94 in a graph that(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this problem where I need to find a path from node 148 to node 94 in a graph. (...TRUNCATED)	null	0	false	32,012	true	"First, I need to parse the given edge string to extract all the connected nodes and edges. The grap(...TRUNCATED)	"148, 188, 148, 244, 148, 193, 224, 148, 143, 148, 157, 148, 196, 148, 162, 148, 216, 148, 199, 148,(...TRUNCATED)	1	false	32,769	false	"Alright, so I have this graph represented as a list of edges separated by '\|'. Each edge connects t(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I'm trying to figure out how to get from node 148 to node 94 in this graph. The graph is r(...TRUNCATED)	211	2	false	25,142	true	"To determine the path from node 148 to node 94 in the given graph, I first need to understand the s(...TRUNCATED)	148, 173, 148, 94	1	false	864	true	"Alright, so I've got this graph that's represented with these pipes separating the edges. The task (...TRUNCATED)	null	0	false	11,932	true	"Alright, so I've got this problem where I'm given a graph that's represented by a list of edges sep(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 148 to node 94 in a graph that's(...TRUNCATED)	169	1	false	32,768	false	"Alright, let's tackle this problem. So, I've got a graph represented as a list of edges separated b(...TRUNCATED)	148 \rightarrow 94	2	false	13,702	true	"To solve the problem of finding a path from the source node 148 to the destination node 94 in the g(...TRUNCATED)	null	0	false	32,216	true	"Alright, so I've got this problem where I need to find a path from node 148 to node 94 in a graph t(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 148 to node 94 in a graph. The g(...TRUNCATED)	4	2	false	30,201	true	"Okay, so I have this problem where I'm given a graph that's represented by a bunch of strings separ(...TRUNCATED)	null	0	false	8,251	true	"Alright, so I've got this problem here where I need to find a path from node 148 to node 94 in a gr(...TRUNCATED)	7922093	4	false	25,241	true	"To determine the path from node 148 to node 94 in the given graph, I first need to understand the s(...TRUNCATED)	148, 219, 148, 80, 169, 239, 148, 68, 134, 75, 188, 26, 148, 79, 148, 172	1	false	1,301	true	"Alright, so I've got this problem here where I'm given a graph represented by a long list of edges,(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from the source node 148 to the destinatio(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I'm given a graph represented by a list of edges separated by pi(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I need to figure out how to get from node 148 to node 94 using the graph provided. The (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've got this graph represented by a bunch of edges that are separated by the \"\|\" symbol(...TRUNCATED)	148,94	1	false	32,769	false	"Alright, so I need to find a path from the source node 148 to the destination node 94 in the given (...TRUNCATED)	null	0	false	32,769	false	"Alright, let's see. I've been given this problem where I need to find a path from a source node to (...TRUNCATED)	null	0	false	22,199	true	"First, I need to parse the graph data. Each edge is separated by a pipe (\"\|\") and contains two no(...TRUNCATED)	"148,271,32,245,177,148,245,148,188,148,244,148,235,148,163,148,127,79,39,96,166,279,43,148,193,68,1(...TRUNCATED)	1	false	1,634	true	"Okay, so I've been given this problem where I need to find a path from node 148 to node 94 in a gra(...TRUNCATED)	148, 96, 112, 94	2	false	4,812	true	"Okay, so I need to find a path from the source node 148 to the destination node 94 in this graph. T(...TRUNCATED)	null	0	false	32,769	false	"First, I need to parse the given graph representation to identify the edges. The graph is separated(...TRUNCATED)	"148,271,245,177,148,245,148,188,148,163,148,127,79,39,96,166,279,43,148,193,68,112,148,96,218,54,51(...TRUNCATED)	43	false	24,008	true	"Okay, so I have this problem where I need to find a path from node 148 to node 94 in a graph that's(...TRUNCATED)	null	0	false	32,769	false	"To determine the shortest path from node 148 to node 94 in the given graph, I'll start by identifyi(...TRUNCATED)	148, 271, 32, 218, 177, 96, 163, 148, 127, 94	1	false	597	true	"Alright, so I've got this problem where I need to find a path from the source node 148 to the desti(...TRUNCATED)	null	0	false	32,769	false	"First, I need to analyze the graph structure provided. It's a graph where edges are separated by pi(...TRUNCATED)	148, 188, 94	1	false	847	true
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	218,186,189	"Alright, so I have this problem where I need to find a path from the source node 218 to the destina(...TRUNCATED)	null	0	false	32,769	false	"Alright, let's try to figure out how to solve this problem. So, I have this graph that's represente(...TRUNCATED)	218	2	false	22,005	true	"Alright, so I have this problem where I need to find a path from the source node 218 to the destina(...TRUNCATED)	null	0	false	22,277	true	"Alright, so I have this problem where I'm given a graph represented by a string that's separated by(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from the source node 218 to the destina(...TRUNCATED)	218	551	false	32,769	false	"To solve the problem of finding the path from the source node 218 to the destination node 189 in th(...TRUNCATED)	218,189	1	false	682	true	"Okay, so I need to find a path from the source node 218 to the destination node 189 in this graph t(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to find a path from the source node 218 to the destination node 189 in this graph. (...TRUNCATED)	null	0	false	32,769	false	"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	"Okay, so I have this problem where I need to find a path from the source node 218 to the destinatio(...TRUNCATED)	null	0	false	26,775	true	"Okay, so I have this problem where I need to find a path from the source node 218 to the destinatio(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph that's given in a special format where each edge is separated by a pipe (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to figure out a path from the source node 218 to the destination node 189 in this g(...TRUNCATED)	23	3	false	26,581	true	"Okay, so I have this problem where I need to find a path from the source node 218 to the destinatio(...TRUNCATED)	218, 122, 189	2	false	7,497	true	"To find the path from the source node 218 to the destination node 189 in the given graph, I will fo(...TRUNCATED)	218, 23, 118, 189	1	false	631	true	"Alright, so I have this graph represented as a list of edges separated by '\|'. The source node is 2(...TRUNCATED)	218, 189	1	false	920	true	"Alright, so I have this problem where I need to find a path from node 218 to node 189 in a graph. T(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from the source node 218 to the destina(...TRUNCATED)	null	0	false	32,769	false	"To find the path from node 218 to node 189 in the given graph, we can perform a breadth-first searc(...TRUNCATED)	218, 159, 131, 110, 189	2	false	555	true	"First, I need to understand the structure of the graph provided. It's represented as a list of edge(...TRUNCATED)	218, 270, 20, 189	1	false	391	true	"Okay, so I need to figure out a path from the source node 218 to the destination node 189 in this g(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to solve this problem where I'm given a graph that's represented by edges separated(...TRUNCATED)	218,189	1	false	7,020	true	"Alright, so I'm trying to solve this problem where I'm given a graph represented by a list of edges(...TRUNCATED)	1000	3	false	32,769	false	"To determine the path from the source node 218 to the destination node 189 in the given graph, I fi(...TRUNCATED)	218,\ 238,\ 189	1	false	332	true	"To find the path from the source node 218 to the destination node 189 in the given graph, we'll use(...TRUNCATED)	218-189	1	false	281	true	"First, I need to parse the graph data provided, which is a series of edges separated by the '\|' cha(...TRUNCATED)	218, 204, 253, 189	1	false	415	true	"To determine the path from node 218 to node 189 in the given graph, we'll follow these steps:\n\n1.(...TRUNCATED)	218, 189	1	false	420	true	"First, I need to parse the input graph to identify all the edges connected to the source node, whic(...TRUNCATED)	218,147,176,26,218,122,173,204,70,218,112,253,177,201,37,218,110,218,170,186,189	1	false	467	true	"To determine the path from the source node 218 to the destination node 189 in the given graph, we c(...TRUNCATED)	218 \rightarrow 219	2	false	12,174	true	"Alright, so I have this problem where I need to find a path from a source node to a destination nod(...TRUNCATED)	218, 189	2	false	6,257	true	"Alright, so I'm looking at this problem where I need to find a path from the source node 218 to the(...TRUNCATED)	218	2	false	18,538	true	"Okay, so I need to find a path from the source node 218 to the destination node 189 in this graph. (...TRUNCATED)	null	0	false	25,408	true	"Alright, so I've been given this problem where I have to output a path from the source node 218 to (...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 218 to t(...TRUNCATED)	419	687	false	32,769	false	"To solve the problem of finding a path from the source node 218 to the destination node 189 in the (...TRUNCATED)	218, 219, 202, 189	1	false	744	true	"Alright, let me try to figure out how to solve this problem. So, we have a graph that's been repres(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've been given this problem where I have a graph represented as a series of edges separat(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've been given this problem where I have a graph represented as a list of edges, each (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've been given this problem where I have to find a path from a source node to a destinati(...TRUNCATED)	218 \rightarrow 189	1	false	13,736	true	"First, I need to analyze the given graph structure. The graph is represented by a series of edges s(...TRUNCATED)	218,\ 270,\ 189	1	false	405	true
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	222,68,130	"Alright, so I have this graph represented as a string with pipes separating the edges. My task is t(...TRUNCATED)	null	0	false	23,813	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	"First, I need to parse the given graph structure. The graph is provided in a specific format where (...TRUNCATED)	222,130	1	false	1,021	true	"Okay, so I've got this problem where I need to find a path from node 222 to node 130 in a graph tha(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've been given this problem where I need to find a path from the source node 222 to th(...TRUNCATED)	null	0	false	32,769	false	"First, I need to parse the given graph structure. The graph is represented as a list of edges, wher(...TRUNCATED)	222,130	1	false	996	true	"Alright, so I have this problem where I'm given a graph represented by a string of edges that are s(...TRUNCATED)	null	0	false	25,010	true	"First, I need to parse the input string which contains the graph in a specific format. The graph is(...TRUNCATED)	null	0	false	22,563	true	"Alright, so I have this problem where I'm given a graph represented by a string of edges that are s(...TRUNCATED)	222,130	2	false	6,725	true	"Alright, so I've got this graph represented in a special format using pipes to separate edges, and (...TRUNCATED)	222 \rightarrow 130	2	false	12,710	true	"Okay, so I need to figure out how to solve this problem where I'm given a graph represented in a sp(...TRUNCATED)	222,130	2	false	5,086	true	"Okay, so I have this graph represented as a string of edges separated by '\|'. I need to find the pa(...TRUNCATED)	"222 \\rightarrow 274 \\rightarrow 101 \\rightarrow 281 \\rightarrow 194 \\rightarrow 278 \\rightarr(...TRUNCATED)	1	false	7,054	true	"Alright, so I have this problem where I need to find a path from the source node 222 to the destina(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to figure out how to find a path from node 222 to node 130 in this graph. The graph(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've got this graph represented as a string with edges separated by '\|' symbols. The sourc(...TRUNCATED)	222 \rightarrow 130	2	false	7,302	true	"To find the shortest path from node 222 to node 130 in the given graph, I'll use Dijkstra's algorit(...TRUNCATED)	222, 38, 146, 50, 34, 281, 130	1	false	1,091	true	"Alright, so I'm trying to figure out the path from node 222 to node 130 in this graph. The graph is(...TRUNCATED)	null	0	false	27,208	true	"Okay, so I have this problem where I need to find a path from the source node 222 to the destinatio(...TRUNCATED)	"222 \\rightarrow 279 \\rightarrow 52 \\rightarrow 281 \\rightarrow 139 \\rightarrow 256 \\rightarro(...TRUNCATED)	1	false	14,162	true	"To find the shortest path from the source node 222 to the destination node 130 in the given graph, (...TRUNCATED)	222, 222, 130	1	false	909	true	"Alright, so I have this problem where I'm given a graph represented by a string of edges separated (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from node 222 to node 130 in a graph th(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from node 222 to node 130 in a graph. T(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I'm given a graph that's represented in a special format usin(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to figure out the path from node 222 to node 130 in this graph. The graph is descri(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I'm given a graph represented by a string with edges separate(...TRUNCATED)	99	1	false	32,769	false	"To solve the problem of finding the shortest path from node 222 to node 130 in the given graph, I w(...TRUNCATED)	222,130	1	false	1,053	true	"First, I need to understand the structure of the graph provided. The edges are separated by '\|', an(...TRUNCATED)	222, 101, 178, 180	1	false	915	true	"Okay, so I have this problem where I need to find a path from the source node 222 to the destinatio(...TRUNCATED)	"222, 15, 32, 4, 289, 9, 52, 222, 143, 0, 237, 194, 101, 178, 211, 279, 270, 180, 44, 195, 229, 233,(...TRUNCATED)	1	false	9,831	true	"Alright, so I have this problem where I need to find a path from the source node 222 to the destina(...TRUNCATED)	222,279,180,44,195,229,233,215,68,130	2	false	16,352	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	30,955	true	"Okay, so I've got this problem here where I need to find a path from a source node to a destination(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to find a path from node 222 to node 130 in this graph. The graph is given in a spe(...TRUNCATED)	null	0	false	32,145	true	"Okay, so I need to find a path from the source node 222 to the destination node 130 in this graph. (...TRUNCATED)	null	0	false	32,769	false	"First, I need to parse the given graph structure. The graph is represented by a string where each e(...TRUNCATED)	222, 144, 199, 254, 193, 153, 159, 133, 143, 203, 130	1	false	804	true	"Alright, so I have this graph represented as a string with pipes separating the edges, and I need t(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph represented as a string where edges are separated by pipes, like \|. The (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph represented as a string with edges separated by \|, and I need to find a (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from node 222 to node 130 in a graph th(...TRUNCATED)	null	0	false	32,769	false	"To find the shortest path from node 222 to node 130 in the given graph, I will perform a breadth-fi(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to figure out the path from the source node 222 to the destination node 130 in this(...TRUNCATED)	null	0	false	32,769	false
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	295,179,52	"Alright, so I have this graph represented in a special format, and I need to find a path from the s(...TRUNCATED)	null	0	false	32,769	false	"Okay, let's tackle this problem step by step. So, I've been given a graph represented in a specific(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I'm trying to figure out the path from the source node 295 to the destination node 52 in t(...TRUNCATED)	null	0	false	24,600	true	"To find the path from the source node 295 to the destination node 52 in the given graph, I'll use a(...TRUNCATED)	45	4	false	32,768	false	"Alright, so I need to figure out the path from node 295 to node 52 using the given graph. The graph(...TRUNCATED)	null	0	false	32,684	true	"Okay, so I have this problem where I need to find a path from the source node 295 to the destinatio(...TRUNCATED)	null	0	false	32,769	false	"To solve the problem, I start by examining the given graph structure. It's represented as a series (...TRUNCATED)	295, 17, 182, 33, 176, 198, 52	1	false	318	true	"Okay, so I need to figure out the path from the source node 295 to the destination node 52 in this (...TRUNCATED)	null	0	false	32,768	false	"Alright, so I have this problem where I need to find a path from the source node 295 to the destina(...TRUNCATED)	null	0	false	32,769	false	"First, I'll start from the source node, which is 295. I'll look for nodes connected to 295 and foll(...TRUNCATED)	null	0	false	20,293	true	"Okay, so I need to find the path from the source node 295 to the destination node 52 in this graph.(...TRUNCATED)	295,179,52	2	true	22,653	true	"To determine the path from node 295 to node 52 in the given graph, I start by analyzing the structu(...TRUNCATED)	295, 182, 252, 213, 162, 135, 39, 27, 10, 6, 52	1	false	1,539	true	"Okay, so I'm trying to solve this problem where I have a graph represented in a special format with(...TRUNCATED)	295	2	false	22,237	true	"Alright, so I have this problem where I need to find a path from the source node 295 to the destina(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this problem where I need to find a path from a source node, which is 295, to (...TRUNCATED)	null	0	false	21,201	true	"Alright, so I've got this problem where I need to find a path from a source node, which is 295, to (...TRUNCATED)	257	1	false	32,769	false	"First, I need to analyze the provided graph structure, which is represented as a list of edges sepa(...TRUNCATED)	295, 52	1	false	776	true	"Alright, so I need to solve this problem where I'm given a graph represented by a string of edges s(...TRUNCATED)	odd	10	false	32,769	false	"Alright, let's tackle this problem step by step. So, the goal is to find a path from the source nod(...TRUNCATED)	147254	4	false	32,769	false	"Okay, so I have this problem where I need to find a path from the source node 295 to the destinatio(...TRUNCATED)	null	0	false	28,508	true	"To determine the path from node 295 to node 52 in the given graph, I will use Breadth-First Search (...TRUNCATED)	295, 17, 52	1	false	313	true	"Okay, so I need to figure out a path from the source node 295 to the destination node 52 in this gr(...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 represen(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to find a path from the source node 295 to the destination node 52 in this graph th(...TRUNCATED)	null	0	false	31,813	true	"Okay, so I need to figure out how to find the path from node 295 to node 52 in this graph that's gi(...TRUNCATED)	295,52	1	false	4,306	true	"Alright, so I've been given this problem where I have to find a path from the source node 295 to th(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from the source node 295 to the destina(...TRUNCATED)	295\to 52	1	false	6,177	true	"To solve the problem of finding a path from the source node 295 to the destination node 52 in the g(...TRUNCATED)	295, 71, 102, 295, 90, 52	1	false	633	true	"Okay, so I have this problem where I'm given a graph represented by a string of edges separated by (...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)	295,179,52	1	true	3,210	true	"First, I need to parse the given graph structure, which is represented by a list of edges separated(...TRUNCATED)	295, 52	1	false	3,589	true	"Okay, so I have this problem where I'm given a graph represented in a special format, and I need to(...TRUNCATED)	295	2	false	23,859	true	"Alright, so I have this problem where I need to find a path from node 295 to node 52 in a graph. Th(...TRUNCATED)	null	0	false	31,073	true	"Alright, let me try to figure out how to solve this problem. So, we're given a graph that's represe(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to find the path from the source node 295 to the destination node 52 in this graph.(...TRUNCATED)	295 \rightarrow 52	2	false	6,841	true	"First, I need to parse the input graph. The graph is represented by a string with edges separated b(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I'm trying to figure out the path from the source node 295 to the destination node 52 in t(...TRUNCATED)	null	0	false	32,769	false	"To find the path from node 295 to node 52 in the given graph, I will use a depth-first search (DFS)(...TRUNCATED)	295, 52	1	false	467	true	"Okay, so I have this problem where I need to find a path from the source node 295 to the destinatio(...TRUNCATED)	295, 52	2	false	6,554	true	"Alright, so I have this problem where I'm given a graph represented by a long string of edges, and (...TRUNCATED)	null	0	false	32,769	false
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	296,66,293	"Alright, let's tackle this problem step by step. So, I have this graph represented by a list of edg(...TRUNCATED)	null	0	false	32,769	false	"To find the path from node 296 to node 293 in the given graph, I'll use a breadth-first search (BFS(...TRUNCATED)	296, 293	1	false	353	true	"Okay, so I have this graph given in a specific format, and I need to find a path from the source no(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this graph that's given as a list of edges, each separated by a pipe \"\|\". The (...TRUNCATED)	296, 293	2	false	4,556	true	"Okay, so I have this problem where I need to find a path from the source node 296 to the destinatio(...TRUNCATED)	2073	8	false	29,821	true	"First, I need to understand the structure of the graph provided. It appears that the graph is a lis(...TRUNCATED)	296, 182, 293	1	false	534	true	"Okay, so I have this graph represented as a list of edges separated by '\|', and I need to find a pa(...TRUNCATED)	296,293	1	false	2,226	true	"First, I need to parse the given graph data. It's presented as a series of edges separated by pipes(...TRUNCATED)	296,293	1	false	733	true	"Alright, let's try to figure out the path from the source node 296 to the destination node 293 in t(...TRUNCATED)	296, 111, 66, 293	2	false	7,117	true	"Okay, so I need to solve this problem where I have a graph represented by a long string of edges se(...TRUNCATED)	null	0	false	30,438	true	"Okay, so I have this problem where I need to find a path from node 296 to node 293 in a graph. The (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've been given this problem where I need to find a path from the source node 296 to th(...TRUNCATED)	296,182,51,266,226,184,111,293	2	false	4,987	true	"First, I need to identify the source and destination nodes. The source is 296, and the destination (...TRUNCATED)	\text{No path exists from 296 to 293	1	false	571	true	"Okay, so I have this problem where I need to find a path from node 296 to node 293 in a graph that'(...TRUNCATED)	null	0	false	31,875	true	"First, I need to understand the structure of the graph provided. It's a list of edges separated by (...TRUNCATED)	296,182,293	1	false	667	true	"To find the path from node 296 to node 293 in the given graph, I'll follow these steps:\n\n1. **Ide(...TRUNCATED)	296, 293	1	false	474	true	"To determine the path from the source node 296 to the destination node 293 in the given graph, I ne(...TRUNCATED)	296, 293	1	false	860	true	"Okay, so I need to find a path from the source node 296 to the destination node 293 in this graph. (...TRUNCATED)	140	2	false	18,729	true	"First, I need to parse the given graph data. It's provided as a series of edges separated by pipes,(...TRUNCATED)	null	0	false	25,075	true	"Okay, so I have this problem where I'm given a graph represented by a series of edges separated by (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this problem where I need to find a path from node 296 to node 293 in a graph (...TRUNCATED)	null	0	false	20,241	true	"Okay, so I have this graph represented as a list of edges, and I need to find a path from the sourc(...TRUNCATED)	null	0	false	32,769	false	"To find the shortest path from node 296 to node 293 in the given graph, we can employ Dijkstra's al(...TRUNCATED)	296, 223, 293	1	false	566	true	"Alright, so I'm given this graph represented as a list of edges separated by '\|', and I need to fin(...TRUNCATED)	293-296	2	false	10,554	true	"Okay, so I need to figure out how to find the path from node 296 to node 293 in this graph. The gra(...TRUNCATED)	296, 293	3	false	5,497	true	"Okay, so I have this problem where I need to find a path from the source node 296 to the destinatio(...TRUNCATED)	null	0	false	32,213	true	"Okay, let's see. I have this problem where I need to find a path from the source node 296 to the de(...TRUNCATED)	null	0	false	32,769	false	"To find the path from node 296 to node 293, I'll analyze the given edges and follow the connections(...TRUNCATED)	296, 182, 293	1	false	695	true	"First, I need to parse the graph data. Each edge is separated by a pipe `\|`, and each edge is repre(...TRUNCATED)	296, 180, 156, 293	1	false	347	true	"Alright, so I've been given this graph that's represented by a long string of edges separated by th(...TRUNCATED)	null	0	false	32,769	false	"Alright, let's try to figure out how to solve this problem. So, we have a graph represented in a sp(...TRUNCATED)	296,293	1	false	727	true	"Alright, so I need to find a path from node 296 to node 293 in this graph. The graph is described a(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from the source node 296 to the destinatio(...TRUNCATED)	20	1	false	32,673	true	"To find the path from node 296 to node 293 in the given graph, I'll start at node 296 and follow th(...TRUNCATED)	296,182,207,132,151,177,170,171,160,198,191,180,185,203,184,177,176	2	false	1,211	true	"To find the path from node 296 to node 293, I'll start by examining the given graph structure. \n\n(...TRUNCATED)	21	1	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 296 to node 293 in a graph. The (...TRUNCATED)	296, 111, 293	2	false	4,726	true	"First, I'll parse the given graph data to identify the edges connected to the source node, which is(...TRUNCATED)	296,182,245,278,191,160,123,293	1	false	571	true	"Okay, so I have this problem where I need to find a path from the source node 296 to the destinatio(...TRUNCATED)	null	0	false	31,772	true	"Okay, so I have this problem where I need to find a path from node 296 to node 293 in a graph. The (...TRUNCATED)	296 \rightarrow 178 \rightarrow 196 \rightarrow 169 \rightarrow 120 \rightarrow 293	2	false	12,550	true	"Okay, so I'm looking at this problem where I have to find a path from the source node 296 to the de(...TRUNCATED)	null	0	false	32,769	false
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	106,298,68	"Okay, so I need to figure out the path from node 106 to node 68 in this graph. Let me start by unde(...TRUNCATED)	116	14	false	32,769	false	"Alright, so I've been given this problem where I have a graph represented as a list of edges separa(...TRUNCATED)	106	283	false	32,768	false	"Alright, let me try to figure out how to solve this problem. So, the user provided a graph in the f(...TRUNCATED)	106, 144, 68	2	false	8,656	true	"Okay, so I've got this graph that's been represented in a special format using pipes. It's a bit co(...TRUNCATED)	105	1	false	32,769	false	"Okay, so I've got this problem where I need to find a path from node 106 to node 68 in a graph that(...TRUNCATED)	106	14	false	19,618	true	"Okay, so I have this problem where I need to find a path from node 106 to node 68 in a graph that's(...TRUNCATED)	107	538	false	32,769	false	"Alright, let me try to figure out how to solve this problem. So, the user has given me a graph repr(...TRUNCATED)	106,68	2	false	9,042	true	"Alright, let's try to figure this out. So, I have this graph represented in a special format where (...TRUNCATED)	null	0	false	8,694	true	"Okay, so I've got this problem where I need to find a path from the source node 106 to the destinat(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph that's represented by these pipes separated edges, and I need to find a (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to solve this problem where I'm given a graph represented by a bunch of \"edges\" s(...TRUNCATED)	106	1	false	32,769	false	"To solve the problem, I need to determine the path from the source node 106 to the destination node(...TRUNCATED)	"106, 236, 163, 210, 106, 199, 106, 144, 106, 133, 151, 106, 259, 106, 14, 106, 28, 106, 50, 236, 16(...TRUNCATED)	1	false	785	true	"Okay, let's tackle this problem step by step. So, we have a graph represented in a special format u(...TRUNCATED)	312	343	false	32,769	false	"Alright, let's tackle this problem step by step. So, we have a graph represented in a special forma(...TRUNCATED)	null	0	false	15,196	true	"Okay, so I have this problem where I need to find a path from node 106 to node 68 in a graph that's(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this graph represented by a long string of numbers separated by pipes. Each ed(...TRUNCATED)	106, 85, 64, 68	2	false	9,079	true	"Alright, let's tackle this problem step by step. So, I have this graph represented as a list of edg(...TRUNCATED)	null	0	false	32,769	false	"Alright, let me try to figure out how to solve this problem. So, I've got a graph that's described (...TRUNCATED)	null	0	false	32,769	false	"To solve the problem, I first need to parse the input graph. It appears to be a list of edges separ(...TRUNCATED)	106, 245, 264, 81, 236, 242, 163, 26, 85, 106	1	false	1,916	true	"Alright, so I've been given this problem where I have a graph represented by a list of edges separa(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this problem where I need to find a path from node 106 to node 68 in a graph t(...TRUNCATED)	null	0	false	32,769	false	"First, I need to understand the structure of the graph provided. The graph consists of nodes connec(...TRUNCATED)	\text{No path exists from node 106 to node 68	1	false	1,067	true	"Okay, so I have this problem where I'm given a graph that's written in a special format using pipes(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I'm given a graph represented by a string in the form of \"\| sep(...TRUNCATED)	null	0	false	32,768	false	"First, I need to understand the problem. The task is to find a path from the source node 106 to the(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this graph represented as a series of edges separated by \"\|\", and I need to (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this problem where I need to find a path from node 106 to node 68 in a graph t(...TRUNCATED)	245	2	false	17,886	true	"Okay, so I need to find a path from node 106 to node 68 in this graph. The graph is given in a spec(...TRUNCATED)	92	1	false	32,769	false	"Alright, so I'm trying to figure out how to find the path from node 106 to node 68 in this graph. T(...TRUNCATED)	106,236,161,298,68	1	false	4,304	true	"Alright, so I've been given this problem where I have to output a path from the source node 106 to (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph that's represented as a string with edges separated by '\|', and I need t(...TRUNCATED)	106,68	3	false	1,832	true	"Okay, so I have this graph represented in a special format using pipes to separate the edges, and I(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've got this problem here where I need to find a path from node 106 to node 68 in a graph(...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 w(...TRUNCATED)	106, 264, 216, 163, 210, 106, 199, 106, 144, 290, 106, 151, 106, 259, 106, 14, 28, 106, 68	1	false	881	true	"Okay, so I have this problem where I need to find a path from node 106 to node 68 in a graph. The g(...TRUNCATED)	null	0	false	32,769	false	"To determine the shortest path from node 106 to node 68 in the given graph, we can employ Dijkstra'(...TRUNCATED)	"106, 421, 163, 106, 199, 106, 144, 106, 133, 151, 106, 203, 106, 234, 298, 106, 276, 106, 151, 106,(...TRUNCATED)	2	false	1,155	true	"To solve this problem, I need to find a path from node 106 to node 68 in a graph that's represented(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I'm given a graph represented by a string of edges that are s(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 106 to node 68 in a graph. The g(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph represented as a string with edges separated by '\|', and I need to find (...TRUNCATED)	null	0	false	24,769	true
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	57,243,62	"Alright, so I need to figure out the path from node 57 to node 62 in this graph. The graph is given(...TRUNCATED)	57,273,19,22,275,146,62	2	false	5,508	true	"Okay, so I need to figure out how to find a path from the source node 57 to the destination node 62(...TRUNCATED)	null	0	false	32,769	false	"First, I need to parse the input graph to identify the edges. The graph is provided as a list of ed(...TRUNCATED)	57, 182, 207, 62	1	false	1,271	true	"Okay, so I need to find a path from node 57 to node 62 in this graph that's represented by these st(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to solve this problem where I have a graph represented by a list of edges separated(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I'm trying to solve this problem where I have a graph represented in a special format, and(...TRUNCATED)	null	0	false	32,768	false	"Okay, so I'm trying to solve this problem where I have a graph represented by a string with edges s(...TRUNCATED)	57 \rightarrow 17 \rightarrow 258 \rightarrow 0 \rightarrow 159	2	false	12,432	true	"Alright, so I have this problem where I need to find a path from the source node 57 to the destinat(...TRUNCATED)	null	0	false	8,913	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	32,129	true	"Okay, so I have this problem where I'm given a graph represented by a string that's split into edge(...TRUNCATED)	57.7	27	false	28,564	true	"Okay, so I have this problem where I'm given a graph represented in a special way. Instead of using(...TRUNCATED)	null	0	false	32,769	false	"To find the path from the source node 57 to the destination node 62, I need to analyze the structur(...TRUNCATED)	57, 19, 223, 19, 62	1	false	546	true	"Okay, so I have this problem where I need to find a path from the source node 57 to the destination(...TRUNCATED)	57, 177, 279, 146, 62	2	false	6,370	true	"Alright, so I have this problem where I need to find a path from the source node 57 to the destinat(...TRUNCATED)	null	0	false	32,769	false	"To solve this problem, I need to find a path from the source node 57 to the destination node 62 in (...TRUNCATED)	"57,223,19,52,273,57,1,182,206,159,193,169,202,233,108,114,35,296,23,57,114,57,88,94,22,57,223,57,65(...TRUNCATED)	1	false	1,995	true	"To solve the problem of finding a path from node 57 to node 62 in the given graph, I will follow th(...TRUNCATED)	57, 275, 146, 62	1	false	427	true	"Okay, so I've got this problem where I need to find a path from node 57 to node 62 in a graph. The (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I'm given a graph represented by a string that looks like this: (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've been given this problem where I need to find a path from node 57 to node 62 in a g(...TRUNCATED)	null	0	false	7,902	true	"To determine the path from node 57 to node 62 in the given graph, I need to analyze the structure o(...TRUNCATED)	57,275,146,62	1	false	764	true	"Okay, so I have this problem where I need to find a path from the source node 57 to the destination(...TRUNCATED)	null	0	false	24,241	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've been given this problem where I have to work with a graph that's represented in a spe(...TRUNCATED)	null	0	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)	null	0	false	32,769	false	"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	"Alright, let's tackle this problem step by step. So, the user has given me a graph represented in a(...TRUNCATED)	null	0	false	8,845	true	"To determine the path from the source node 57 to the destination node 62 in the given graph, I need(...TRUNCATED)	57, 120, 296, 62	1	false	333	true	"Okay, so I have this graph represented in a specific format where each edge is separated by a pipe (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I'm given a graph that's represented by a string with edges sepa(...TRUNCATED)	null	0	false	32,769	false	"To solve the problem of finding a path from the source node 57 to the destination node 62 in the gi(...TRUNCATED)	null	0	false	32,769	false	"First, I need to parse the given graph, which is represented by a string of edges separated by pipe(...TRUNCATED)	57,62	1	false	386	true	"Okay, so I have this problem where I'm given a graph that's represented by a string of edges separa(...TRUNCATED)	57, 243, 62	2	true	9,313	true	"First, I need to understand the structure of the graph provided. It's a list of edges where each ed(...TRUNCATED)	null	0	false	32,769	false	"Alright, let me try to figure out how to find the path from node 57 to node 62 in this graph. So, t(...TRUNCATED)	57 \rightarrow 36 \rightarrow 62	4	false	31,314	true	"Okay, so I need to figure out a path from the source node 57 to the destination node 62 in the give(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from the source node 57 to the destination(...TRUNCATED)	57 \rightarrow 243 \rightarrow 62	2	false	6,983	true	"First, I need to understand the structure of the graph provided. It's a comma-separated list of edg(...TRUNCATED)	57,223,19,52,273,57,169,202,62	1	false	286	true	"To find the path from node 57 to node 62 in the given graph, I'll perform a breadth-first search (B(...TRUNCATED)	57, 37, 22, 62	1	false	4,153	true	"Alright, so I've got this problem where I'm given a graph represented in a specific format, and I n(...TRUNCATED)	11	2	false	29,736	true	"To determine the path from the source node 57 to the destination node 62 in the given graph, I'll f(...TRUNCATED)	1, 2, 7	1	false	569	true
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	7,193,26	"First, I need to parse the input graph structure. The graph is provided as a comma-separated list o(...TRUNCATED)	7, 98, 6, 256, 26	1	false	1,134	true	"Okay, so I've got this graph here, and I'm supposed to find a path from the source node, which is 7(...TRUNCATED)	f(x) = 10x^2 - 15x - 28	2	false	32,769	false	"Okay, so I have this graph represented as a string with edges separated by \|, and I need to find a (...TRUNCATED)	"7 \\rightarrow 22 \\rightarrow 260 \\rightarrow 203 \\rightarrow 198 \\rightarrow 289 \\rightarrow (...TRUNCATED)	1	false	8,133	true	"Alright, so I have this problem where I need to find a path from node 7 to node 26 in a graph that'(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this graph represented in a specific format where each edge is separated by a (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this problem here where I need to find a path from node 7 to node 26 in a grap(...TRUNCATED)	null	0	false	32,769	false	"First, I need to parse the input graph. The graph is provided as a string of comma-separated values(...TRUNCATED)	7, 98, 6, 22, 167, 49, 226, 26	1	false	1,234	true	"Okay, so I need to find a path from node 7 to node 26 in this graph. The graph is given as a list o(...TRUNCATED)	null	0	false	32,769	false	"First, I need to identify the source node, which is 7, and the destination node, which is 26. The g(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I need to solve this problem where I'm given a graph that's represented in a special fo(...TRUNCATED)	7,260,26	2	false	5,685	true	"Okay, so I have this problem where I'm given a graph represented by a string with edges separated b(...TRUNCATED)	7, 260, 280, 26	2	false	7,998	true	"Alright, so I have this graph represented as a string where each edge is separated by a \"\|\". The (...TRUNCATED)	7,26	2	false	9,659	true	"Okay, so I'm trying to solve this problem where I have to find a path from the source node 7 to the(...TRUNCATED)	7-26	1	false	10,159	true	"Okay, so I need to find a path from the source node 7 to the destination node 26 in this 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 7 to the destination (...TRUNCATED)	null	0	false	30,281	true	"Okay, so I need to figure out a path from the source node 7 to the destination node 26 in this grap(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I'm given a graph represented by a string of edges separated by (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to find a path from the source node 7 to the destination node 26 in this graph. The(...TRUNCATED)	null	0	false	22,959	true	"Okay, so I have this problem where I need to find a path from node 7 to node 26 in a graph that's r(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph represented as a string with edges separated by '\|', and I need to find (...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 7 to node 26 in a graph that's r(...TRUNCATED)	null	0	false	17,140	true	"Okay, so I've been given this problem where I have a graph represented in a specific format, and I (...TRUNCATED)	7 \rightarrow 203 \rightarrow 26	2	false	5,336	true	"Alright, so I have this graph represented as a string with edges separated by '\|'. The task is to f(...TRUNCATED)	7, 26	2	false	6,976	true	"Okay, so I need to find a path from node 7 to node 26 in this graph. The graph is provided in a spe(...TRUNCATED)	\text{No	1	false	32,769	false	"Alright, so I've got this problem where I need to find a path from node 7 to node 26 in a graph. Th(...TRUNCATED)	7 \rightarrow 113 \rightarrow 98 \rightarrow 167 \rightarrow 26	1	false	32,769	false	"Okay, so I have this graph represented in a special format using pipes to separate edges, and I nee(...TRUNCATED)	"7 \\rightarrow 260 \\rightarrow 203 \\rightarrow 198 \\rightarrow 65 \\rightarrow 289 \\rightarrow (...TRUNCATED)	2	false	22,382	true	"First, I need to parse the input string to extract the list of edges. The edges are separated by '\|(...TRUNCATED)	"7, 98, 6, 167, 7, 49, 7, 22, 7, 260, 7, 30, 7, 256, 7, 203, 198, 65, 7, 289, 7, 121, 7, 143, 203, 9(...TRUNCATED)	1	false	1,312	true	"Okay, so I need to figure out a path from the source node 7 to the destination node 26 in this grap(...TRUNCATED)	7, 198, 26	1	false	2,790	true	"First, I need to understand the problem. I have a graph represented as a string of numbers separate(...TRUNCATED)	"7, 98, 6, 167, 7, 49, 7, 22, 7, 260, 7, 30, 7, 256, 7, 203, 198, 65, 7, 289, 7, 121, 7, 143, 203, 9(...TRUNCATED)	1	false	3,015	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	"Alright, so I have this graph represented as a string with edges separated by \"\|\" and each edge i(...TRUNCATED)	7,26	2	false	3,922	true	"To determine the path from node 7 to node 26 in the given graph, I will use a depth-first search (D(...TRUNCATED)	7,2,26	1	false	235	true	"Alright, so I'm trying to solve this graph problem where I have to find a path from node 7 to node (...TRUNCATED)	null	0	false	13,714	true	"Okay, so I have this problem where I need to find a path from the source node 7 to the destination (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I need to figure out a path from the source node 7 to the destination node 26 in this g(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from node 7 to node 26 in a graph that'(...TRUNCATED)	"7 \\rightarrow 260 \\rightarrow 198 \\rightarrow 6 \\rightarrow 113 \\rightarrow 225 \\rightarrow 2(...TRUNCATED)	2	false	13,956	true	"Okay, so I have this graph problem where I need to find a path from node 7 to node 26. The graph is(...TRUNCATED)	null	0	false	25,537	true	"Okay, so I've got this problem where I'm given a graph represented by a string with edges separated(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this graph that's given in a specific format, and I need to find a path from the so(...TRUNCATED)	null	0	false	32,769	false	"Alright, let me try to figure out how to solve this problem. So, I have this graph that's represent(...TRUNCATED)	null	0	false	32,769	false
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '\|' separated edges, output a(...TRUNCATED)	38,29,66	"Okay, so I've been given this problem where I have a graph represented by a long string of numbers (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this graph that's given as a series of pipes separated edges, and I need to find(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I'm given a graph that's represented by a string of edges separa(...TRUNCATED)	40	2	false	32,769	false	"To find the shortest path from node 38 to node 66 in the given graph, I will perform a Breadth-Firs(...TRUNCATED)	38, 17, 86	1	false	580	true	"Alright, let's tackle this problem step by step. So, we have a graph represented in a special forma(...TRUNCATED)	null	0	false	32,769	false	"To find the path from node 38 to node 66 in the given graph, I need to explore each edge systematic(...TRUNCATED)	38, 17, 7, 1, 5, 2, 3, 6, 66	1	false	330	true	"Okay, so I have this problem where I need to find a path from node 38 to node 66 in a graph that's (...TRUNCATED)	null	0	false	32,769	false	"First, I need to parse the given graph structure. The graph is represented using pipes (`\|`) to sep(...TRUNCATED)	\text{No path exists between source node 38 and destination node 66.	1	false	797	true	"Alright, so I have this graph represented as a string where the edges are separated by '\|'. The sou(...TRUNCATED)	"38 \\rightarrow 157 \\rightarrow 58 \\rightarrow 31 \\rightarrow 86 \\rightarrow 177 \\rightarrow 1(...TRUNCATED)	2	false	16,095	true	"Okay, so I have this problem where I need to find a path from node 38 to node 66 in a graph that's (...TRUNCATED)	null	0	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 have this problem where I need to find a path from the source node 38 to the destinat(...TRUNCATED)	"153256561531532516561532516561532516561532516561532516561532516561532516561532516561532516561532516(...TRUNCATED)	1	false	32,769	false	"Alright, so I have this problem where I'm given a graph represented in a specific format, and I nee(...TRUNCATED)		2	false	1,379	true	"Okay, so I have this graph that's represented in a special format where the edges are separated by (...TRUNCATED)	38,177,222,66	2	false	4,837	true	"Okay, let's tackle this problem step by step. The task is to find a path from the source node 38 to(...TRUNCATED)	null	0	false	31,686	true	"Okay, so I need to find a path from node 38 to node 66 in this graph. The graph is given as a list (...TRUNCATED)	null	0	false	32,302	true	"Okay, so I need to find a path from node 38 to node 66 in this graph. Let me start by understanding(...TRUNCATED)	"38 \\rightarrow 129 \\rightarrow 211 \\rightarrow 133 \\rightarrow 177 \\rightarrow 222 \\rightarro(...TRUNCATED)	2	false	6,236	true	"Okay, so I need to figure out how to find a path from node 38 to node 66 in this graph. The graph i(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from node 38 to node 66 in a graph that(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this problem where I need to find a path from node 38 to node 66 in a graph th(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from node 38 to node 66 in a graph that(...TRUNCATED)	\text{No path exists from 38 to 66	1	false	7,430	true	"Okay, so I need to solve this problem where I have a graph represented in a special way, and I need(...TRUNCATED)	null	0	false	32,769	false	"To determine the path from node 38 to node 66, we'll use a depth-first search (DFS) algorithm.\n\n1(...TRUNCATED)	38,\ 17,\ 86,\ 66	1	false	303	true	"Alright, so I have this problem where I need to find a path from node 38 to node 66 in a graph. The(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I need to solve this graph problem. The graph is given as a series of edges separated b(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 38 to node 66 in a graph. The gr(...TRUNCATED)	null	0	false	32,769	false	"Alright, so I have this problem where I need to find a path from the source node 38 to the destinat(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I have this problem where I need to find a path from node 38 to node 66 in a graph that's (...TRUNCATED)	null	0	false	32,769	false	"Alright, so I've got this problem where I need to find a path from node 38 to node 66 in a graph th(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've been given this problem where I have to find a path from a source node to a destinati(...TRUNCATED)	null	0	false	32,769	false	"Alright, let me try to figure out how to solve this problem. So, I have a graph represented as a st(...TRUNCATED)	38,238,267,53,66	2	false	21,436	true	"Okay, so I've got this problem where I need to find a path from node 38 to node 66 in a graph that'(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've got this graph represented in a special format where the edges are separated by the \(...TRUNCATED)	86, 17, 31, 38, 66	2	false	8,136	true	"To solve this problem, I need to find a path from node 38 to node 66 in a graph that's represented (...TRUNCATED)	null	0	false	2,847	true	"Okay, so I need to find a path from the source node 38 to the destination node 66 in this graph. Th(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I've got this graph represented as a string with edges separated by pipes, and I need to f(...TRUNCATED)	null	0	false	7,805	true	"Okay, so I've got this problem where I need to find a path from the source node 38 to the destinati(...TRUNCATED)	null	0	false	32,769	false	"Okay, so I need to figure out a path from node 38 to node 66 in this graph. The graph is given as a(...TRUNCATED)	38,66	2	false	4,260	true	"First, I need to understand the structure of the graph provided. It's described as a graph with edg(...TRUNCATED)	null	0	false	31,999	true	"To find the path from node 38 to node 66 in the given graph, I will use a depth-first search (DFS) (...TRUNCATED)	null	0	false	32,769	false

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