Dataset Viewer
prompt
stringlengths 775
847
| gold_answer
stringlengths 7
11
| raw_answer_0
stringlengths 1.33k
107k
| extracted_answer_0
stringlengths 0
5.25k
⌀ | num_boxed_0
int64 0
170
| grade_0
bool 2
classes | ans_token_len_0
int64 394
32.8k
| finished_0
bool 2
classes | raw_answer_1
stringlengths 962
97k
| extracted_answer_1
stringlengths 0
32.2k
⌀ | num_boxed_1
int64 0
20
| grade_1
bool 2
classes | ans_token_len_1
int64 304
32.8k
| finished_1
bool 2
classes | raw_answer_2
stringlengths 809
109k
| extracted_answer_2
stringlengths 1
6.83k
⌀ | num_boxed_2
int64 0
6
| grade_2
bool 2
classes | ans_token_len_2
int64 235
32.8k
| finished_2
bool 2
classes | raw_answer_3
stringlengths 682
89.1k
| extracted_answer_3
stringlengths 0
365
⌀ | num_boxed_3
int64 0
23
| grade_3
bool 2
classes | ans_token_len_3
int64 203
32.8k
| finished_3
bool 2
classes | raw_answer_4
stringlengths 1.01k
110k
| extracted_answer_4
stringlengths 1
378
⌀ | num_boxed_4
int64 0
8
| grade_4
bool 2
classes | ans_token_len_4
int64 307
32.8k
| finished_4
bool 2
classes | raw_answer_5
stringlengths 806
106k
| extracted_answer_5
stringlengths 2
283
⌀ | num_boxed_5
int64 0
137
| grade_5
bool 2
classes | ans_token_len_5
int64 248
32.8k
| finished_5
bool 2
classes | raw_answer_6
stringlengths 980
94.1k
| extracted_answer_6
stringlengths 0
5.88k
⌀ | num_boxed_6
int64 0
25
| grade_6
bool 2
classes | ans_token_len_6
int64 313
32.8k
| finished_6
bool 2
classes | raw_answer_7
stringlengths 884
115k
| extracted_answer_7
stringlengths 0
365
⌀ | num_boxed_7
int64 0
12
| grade_7
bool 2
classes | ans_token_len_7
int64 272
32.8k
| finished_7
bool 2
classes | raw_answer_8
stringlengths 733
117k
| extracted_answer_8
stringlengths 0
711
⌀ | num_boxed_8
int64 0
136
| grade_8
bool 2
classes | ans_token_len_8
int64 277
32.8k
| finished_8
bool 2
classes | raw_answer_9
stringlengths 830
90.2k
| extracted_answer_9
stringlengths 1
32.2k
⌀ | num_boxed_9
int64 0
6
| grade_9
bool 2
classes | ans_token_len_9
int64 219
32.8k
| finished_9
bool 2
classes | raw_answer_10
stringlengths 812
84.6k
| extracted_answer_10
stringlengths 1
140
⌀ | num_boxed_10
int64 0
12
| grade_10
bool 2
classes | ans_token_len_10
int64 198
32.8k
| finished_10
bool 2
classes | raw_answer_11
stringlengths 893
123k
| extracted_answer_11
stringlengths 1
3k
⌀ | num_boxed_11
int64 0
326
| grade_11
bool 1
class | ans_token_len_11
int64 267
32.8k
| finished_11
bool 2
classes | raw_answer_12
stringlengths 540
118k
| extracted_answer_12
stringlengths 1
32k
⌀ | num_boxed_12
int64 0
10
| grade_12
bool 2
classes | ans_token_len_12
int64 153
32.8k
| finished_12
bool 2
classes | raw_answer_13
stringlengths 1.37k
98.3k
| extracted_answer_13
stringlengths 1
794
⌀ | num_boxed_13
int64 0
56
| grade_13
bool 2
classes | ans_token_len_13
int64 371
32.8k
| finished_13
bool 2
classes | raw_answer_14
stringlengths 740
93.1k
| extracted_answer_14
stringlengths 3
298
⌀ | num_boxed_14
int64 0
2
| grade_14
bool 2
classes | ans_token_len_14
int64 228
32.8k
| finished_14
bool 2
classes | raw_answer_15
stringlengths 897
120k
| extracted_answer_15
stringlengths 2
449
⌀ | num_boxed_15
int64 0
9
| grade_15
bool 2
classes | ans_token_len_15
int64 342
32.8k
| finished_15
bool 2
classes | raw_answer_16
stringlengths 866
106k
| extracted_answer_16
stringlengths 1
1.81k
⌀ | num_boxed_16
int64 0
67
| grade_16
bool 2
classes | ans_token_len_16
int64 252
32.8k
| finished_16
bool 2
classes | raw_answer_17
stringlengths 887
90.7k
| extracted_answer_17
stringlengths 0
3.96k
⌀ | num_boxed_17
int64 0
293
| grade_17
bool 2
classes | ans_token_len_17
int64 224
32.8k
| finished_17
bool 2
classes | raw_answer_18
stringlengths 792
78k
| extracted_answer_18
stringlengths 0
144
⌀ | num_boxed_18
int64 0
11
| grade_18
bool 2
classes | ans_token_len_18
int64 256
32.8k
| finished_18
bool 2
classes | raw_answer_19
stringlengths 782
82.3k
| extracted_answer_19
stringlengths 0
32.4k
⌀ | num_boxed_19
int64 0
6
| grade_19
bool 2
classes | ans_token_len_19
int64 234
32.8k
| finished_19
bool 2
classes | raw_answer_20
stringlengths 712
93.6k
| extracted_answer_20
stringlengths 0
31.8k
⌀ | num_boxed_20
int64 0
63
| grade_20
bool 2
classes | ans_token_len_20
int64 243
32.8k
| finished_20
bool 2
classes | raw_answer_21
stringlengths 793
90.9k
| extracted_answer_21
stringlengths 2
339
⌀ | num_boxed_21
int64 0
137
| grade_21
bool 2
classes | ans_token_len_21
int64 231
32.9k
| finished_21
bool 2
classes | raw_answer_22
stringlengths 1k
116k
| extracted_answer_22
stringlengths 2
388
⌀ | num_boxed_22
int64 0
380
| grade_22
bool 2
classes | ans_token_len_22
int64 282
32.8k
| finished_22
bool 2
classes | raw_answer_23
stringlengths 888
137k
| extracted_answer_23
stringlengths 0
973
⌀ | num_boxed_23
int64 0
239
| grade_23
bool 2
classes | ans_token_len_23
int64 318
32.8k
| finished_23
bool 2
classes | raw_answer_24
stringlengths 824
95.5k
| extracted_answer_24
stringlengths 0
22k
⌀ | num_boxed_24
int64 0
246
| grade_24
bool 2
classes | ans_token_len_24
int64 264
32.8k
| finished_24
bool 2
classes | raw_answer_25
stringlengths 720
98.6k
| extracted_answer_25
stringlengths 0
32.3k
⌀ | num_boxed_25
int64 0
151
| grade_25
bool 2
classes | ans_token_len_25
int64 255
32.8k
| finished_25
bool 2
classes | raw_answer_26
stringlengths 595
101k
| extracted_answer_26
stringlengths 1
29.7k
⌀ | num_boxed_26
int64 0
11
| grade_26
bool 2
classes | ans_token_len_26
int64 185
32.8k
| finished_26
bool 2
classes | raw_answer_27
stringlengths 1.04k
71.9k
| extracted_answer_27
stringlengths 3
286
⌀ | num_boxed_27
int64 0
259
| grade_27
bool 2
classes | ans_token_len_27
int64 298
32.8k
| finished_27
bool 2
classes | raw_answer_28
stringlengths 653
94.8k
| extracted_answer_28
stringlengths 0
2.63k
⌀ | num_boxed_28
int64 0
252
| grade_28
bool 2
classes | ans_token_len_28
int64 181
32.8k
| finished_28
bool 2
classes | raw_answer_29
stringlengths 1.16k
91.3k
| extracted_answer_29
stringlengths 3
27.3k
⌀ | num_boxed_29
int64 0
52
| grade_29
bool 2
classes | ans_token_len_29
int64 360
32.8k
| finished_29
bool 2
classes | raw_answer_30
stringlengths 612
88.2k
| extracted_answer_30
stringlengths 1
577
⌀ | num_boxed_30
int64 0
4
| grade_30
bool 2
classes | ans_token_len_30
int64 214
32.8k
| finished_30
bool 2
classes | raw_answer_31
stringlengths 1.03k
109k
| extracted_answer_31
stringlengths 0
30.1k
⌀ | num_boxed_31
int64 0
283
| grade_31
bool 2
classes | ans_token_len_31
int64 323
32.8k
| finished_31
bool 2
classes | raw_answer_32
stringlengths 610
90.6k
| extracted_answer_32
stringlengths 1
32.4k
⌀ | num_boxed_32
int64 0
100
| grade_32
bool 2
classes | ans_token_len_32
int64 196
32.8k
| finished_32
bool 2
classes | raw_answer_33
stringlengths 755
107k
| extracted_answer_33
stringlengths 0
1.54k
⌀ | num_boxed_33
int64 0
1.1k
| grade_33
bool 2
classes | ans_token_len_33
int64 282
32.8k
| finished_33
bool 2
classes | raw_answer_34
stringlengths 729
93.6k
| extracted_answer_34
stringlengths 1
2.07k
⌀ | num_boxed_34
int64 0
184
| grade_34
bool 2
classes | ans_token_len_34
int64 231
32.8k
| finished_34
bool 2
classes | raw_answer_35
stringlengths 858
98.1k
| extracted_answer_35
stringlengths 0
21.8k
⌀ | num_boxed_35
int64 0
40
| grade_35
bool 2
classes | ans_token_len_35
int64 251
32.8k
| finished_35
bool 2
classes | raw_answer_36
stringlengths 791
75.3k
| extracted_answer_36
stringlengths 2
504
⌀ | num_boxed_36
int64 0
216
| grade_36
bool 2
classes | ans_token_len_36
int64 285
32.8k
| finished_36
bool 2
classes | raw_answer_37
stringlengths 590
86.8k
| extracted_answer_37
stringlengths 1
267
⌀ | num_boxed_37
int64 0
25
| grade_37
bool 2
classes | ans_token_len_37
int64 148
32.8k
| finished_37
bool 2
classes | raw_answer_38
stringlengths 859
86.3k
| extracted_answer_38
stringlengths 0
72.1k
⌀ | num_boxed_38
int64 0
459
| grade_38
bool 2
classes | ans_token_len_38
int64 282
32.8k
| finished_38
bool 2
classes | raw_answer_39
stringlengths 564
90.5k
| extracted_answer_39
stringlengths 2
211
⌀ | num_boxed_39
int64 0
536
| grade_39
bool 2
classes | ans_token_len_39
int64 167
32.8k
| finished_39
bool 2
classes |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
193,263,121
| "Okay, so I need to solve this problem where I'm given a graph represented in a specific format, and(...TRUNCATED)
|
193,121
| 3
| false
| 8,176
| true
| "Okay, so I have this problem where I need to find a path from the source node 193 to the destinatio(...TRUNCATED)
|
193,121
| 2
| false
| 2,186
| true
| "Okay, so I need to solve this problem where I'm given a graph represented by a string with edges se(...TRUNCATED)
| null | 0
| false
| 6,580
| true
| "Okay, so I have this problem where I need to find a path from the source node 193 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this graph that's given as a list of edges, each separated by a pipe \"|\". The s(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 193 to node 121 in a graph that'(...TRUNCATED)
|
193,121
| 2
| false
| 4,644
| true
| "Alright, so I'm trying to figure out how to get from node 193 to node 121 in this graph. The graph (...TRUNCATED)
|
100
| 2
| false
| 25,217
| true
| "Okay, so I've got this graph represented as a series of edges separated by the '|' character, and I(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let's tackle this problem step by step. So, I have this graph represented as a list of edg(...TRUNCATED)
| null | 0
| false
| 20,824
| true
| "Alright, so I've been given this problem where I need to find a path from node 193 to node 121 in a(...TRUNCATED)
|
193, 121
| 2
| false
| 4,344
| 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
| "Alright, let me try to figure this out. So, the problem is about a graph represented by pipes separ(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I've got this problem where I need to find a path from node 193 to node 121 in a graph.(...TRUNCATED)
|
193, 121
| 2
| false
| 2,082
| true
| "Okay, so I've been given this problem where I need to find a path from the source node 193 to the d(...TRUNCATED)
| null | 0
| false
| 18,656
| true
| "Alright, so I have this problem where I need to find a path from node 193 to node 121 in a graph th(...TRUNCATED)
| null | 0
| false
| 25,442
| true
| "Okay, so I need to find a path from node 193 to node 121 in this graph. Let me see how to approach (...TRUNCATED)
|
193,121
| 2
| false
| 4,502
| true
| "Okay, so I have this problem where I'm given a graph represented by a string of edges separated by (...TRUNCATED)
|
193,121
| 2
| false
| 1,326
| true
| "Alright, so I have this problem where I need to find a path from node 193 to node 121 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 193 to node 121 in a graph that'(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem where I need to find a path from node 193 to node 121 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 the source node 193 to the destinatio(...TRUNCATED)
|
[193, 255]
| 2
| false
| 9,614
| true
| "Okay, so I've been given this problem where I need to find a path from node 193 to node 121 in a gr(...TRUNCATED)
| null | 0
| false
| 29,493
| true
| "Okay, so I have this problem where I need to find a path from node 193 to node 121 in a graph that'(...TRUNCATED)
|
193,121
| 2
| false
| 11,098
| true
| "Okay, so I have this problem where I need to find a path from the source node 193 to the destinatio(...TRUNCATED)
|
'194
| 239
| false
| 32,767
| false
| "Alright, so I have this problem where I'm given a graph represented by a list of edges separated by(...TRUNCATED)
|
\dfrac{1
| 6
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph represented by a series of \"edges\" separated(...TRUNCATED)
|
[193, 121]
| 4
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 193 to node 121 in a graph that'(...TRUNCATED)
|
121
| 6
| false
| 7,190
| true
| "Alright, so I've got this problem where I need to find a path from the source node 193 to the desti(...TRUNCATED)
|
121
| 6
| false
| 28,609
| true
| "Okay, so I have this problem where I need to find a path from the source node 193 to the destinatio(...TRUNCATED)
| null | 0
| false
| 7,935
| true
| "Okay, so I need to find a path from the source node 193 to the destination node 121 in this graph. (...TRUNCATED)
|
193, 121
| 2
| false
| 3,308
| true
| "Okay, so I've got this problem where I need to find a path from node 193 to node 121 in a graph tha(...TRUNCATED)
|
193,121
| 2
| false
| 1,962
| 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
| 32,067
| true
| "Okay, so I need to find a path from node 193 to node 121 in this graph. The graph is given as a lis(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 193 to node 121 in a graph that'(...TRUNCATED)
|
193, 121
| 2
| false
| 6,773
| true
| "Okay, so I have this problem where I need to find a path from the source node 193 to the destinatio(...TRUNCATED)
|
193, 121
| 2
| false
| 2,193
| true
| "Alright, so I need to solve this problem where I'm given a graph in the form of edges separated by (...TRUNCATED)
| null | 0
| false
| 21,733
| true
| "Alright, so I have this problem where I'm given a graph structured in a specific format, and I need(...TRUNCATED)
|
193, 121
| 2
| false
| 3,529
| true
| "Okay, so I have this graph represented as a list of edges separated by |, and I need to find a path(...TRUNCATED)
|
193, 121
| 1
| false
| 1,003
| true
| "Okay, so I have this problem where I'm given a graph represented by a list 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 193 to node 121 in a graph.(...TRUNCATED)
| null | 0
| false
| 32,769
| false
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
189,231,188
| "Okay, so I have this problem where I need to find a path from the source node 189 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've been given this problem where I have a graph represented as a list 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 189 to node 188 in a graph th(...TRUNCATED)
| null | 0
| false
| 2,809
| true
| "Okay, so I have this graph that's represented in a special format using pipes to separate edges. Th(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph represented as a series of pipes separated edges, and I need to find a p(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph that's represented by a series of \"edges\" se(...TRUNCATED)
|
189, 129, 188
| 2
| false
| 4,607
| true
| "To find the shortest path from node 189 to node 188 in the given graph, I will use Dijkstra's algor(...TRUNCATED)
|
189, 188
| 1
| false
| 531
| true
| "Okay, let's try to figure out how to solve this problem. So, I have this graph represented as a lis(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I've got this problem where I'm given a graph that's represented by lines of numbers se(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph that's represented in a specific format where the edges are separated by(...TRUNCATED)
|
189 \rightarrow 66 \rightarrow 231 \rightarrow 188
| 2
| false
| 7,657
| true
| "Okay, so I've got this problem where I need to find a path from node 189 to node 188 in a graph tha(...TRUNCATED)
|
1
| 12
| false
| 31,328
| true
| "Okay, so I've got this problem here where I need to find a path from node 189 to node 188 in a grap(...TRUNCATED)
| null | 0
| false
| 24,242
| true
| "Alright, let me try to figure out how to solve this problem. So, we have a graph represented in a s(...TRUNCATED)
| "189 \\rightarrow 114 \\rightarrow 3 \\rightarrow 171 \\rightarrow 103 \\rightarrow 143 \\rightarrow(...TRUNCATED)
| 1
| false
| 18,788
| true
| "Okay, so I've got this problem where I need to find a path from node 189 to node 188 in a graph tha(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from node 189 to node 188 in the given graph, I need to trace the shortest path by(...TRUNCATED)
|
189, 188
| 1
| false
| 228
| true
| "Alright, so I have this problem where I need to find a path from node 189 to node 188 in a graph th(...TRUNCATED)
|
189,188
| 1
| false
| 1,267
| true
| "Okay, so I need to find a path from node 189 to node 188 in this graph. The graph is given in a spe(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 189 to node 188 in a graph. The (...TRUNCATED)
|
11
| 293
| false
| 32,698
| true
| "Alright, so I have this problem where I need to find a path from node 189 to node 188 in a graph th(...TRUNCATED)
|
189-188
| 2
| false
| 6,473
| true
| "To determine the path from node 189 to node 188 in the given graph, we start by examining the struc(...TRUNCATED)
|
189, 188
| 1
| false
| 300
| true
| "Alright, so I have this problem where I need to find a path from node 189 to node 188 in a graph th(...TRUNCATED)
| null | 0
| false
| 19,425
| true
| "Okay, so I need to find a path from node 189 to node 188 using the given graph. The graph is descri(...TRUNCATED)
|
189, 129, 113, 143, 269, 188
| 2
| false
| 16,543
| true
| "Okay, so I've got this problem where I need to find a path from node 189 to node 188 in a graph tha(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from node 189 to node 188 in a graph. T(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from the source node 189 to the destination node 188 in the given graph, I will us(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from the source node 189 to the destina(...TRUNCATED)
|
189, 118, 206, 188
| 3
| false
| 8,920
| true
| "Okay, so I have this problem where I need to find a path from node 189 to node 188 in a graph. The (...TRUNCATED)
|
189, 188
| 2
| false
| 9,953
| true
| "Okay, so I have this problem where I need to find a path from the source node 189 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 189 to node 188 in a graph that'(...TRUNCATED)
|
189, 231, 188
| 2
| true
| 8,009
| true
| "Okay, so I have this problem where I need to find a path from node 189 to node 188 in a graph that'(...TRUNCATED)
|
189,108,188
| 1
| false
| 3,062
| true
| "Alright, let's tackle this problem step by step. So, I have this graph that's represented in a spec(...TRUNCATED)
| null | 0
| false
| 11,504
| true
| "Alright, so I need to find a path from the source node 189 to the destination node 188 in this grap(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph structure. The graph is represented by edges separated by pi(...TRUNCATED)
| null | 0
| false
| 30,636
| true
| "Okay, so I have this problem where I'm given a graph represented in a specific format, and I need t(...TRUNCATED)
| null | 0
| false
| 14,078
| true
| "Okay, so I have this problem where I need to find a path from node 189 to node 188 in a graph. The (...TRUNCATED)
|
189, 21, 188
| 2
| false
| 9,924
| true
| "First, I need to analyze the given graph structure. The graph is represented by a list of edges sep(...TRUNCATED)
|
189, 113, 188
| 1
| false
| 294
| true
| "Okay, so I have this graph represented in a special way, where the edges are separated by the pipe (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from node 189 to node 188, I start by examining the given graph structure. The gra(...TRUNCATED)
|
189,210,189,164,189,208,189,162,189,188
| 1
| false
| 888
| true
| "Alright, so I have this graph represented as a list of edges where each edge is separated by a pipe(...TRUNCATED)
|
189,129,188
| 2
| false
| 3,351
| true
| "First, I need to understand the structure of the graph. It's given as a list of edges separated by (...TRUNCATED)
|
189, 188
| 1
| false
| 461
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
50,190,42
| "Alright, so I've been given this problem where I have a graph represented by a long string of edges(...TRUNCATED)
|
1311
| 1
| false
| 32,769
| false
| "Alright, so I've got this problem here where I need to find a path from the source node 50 to the d(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I've got this graph represented as a string with edges separated by pipes (|). The task(...TRUNCATED)
|
50, 42
| 2
| false
| 11,993
| true
| "Alright, so I've got this graph here, and I need to find a path from the source node 50 to the dest(...TRUNCATED)
|
50,51,42
| 1
| false
| 6,118
| true
| "Alright, so I have this graph that's represented by these pipes separated edges, and I need to find(...TRUNCATED)
|
50, 140, 190, 42
| 2
| false
| 6,792
| true
| "Alright, so I've got this graph problem here, and I'm supposed to find a path from node 50 to node (...TRUNCATED)
|
50\%
| 24
| false
| 30,372
| true
| "Okay, so I've been given this problem where I have to find a path from a source node to a destinati(...TRUNCATED)
|
76
| 3
| false
| 27,356
| true
| "Okay, so I have this problem where I need to find a path from node 50 to node 42 in a graph that's (...TRUNCATED)
|
50, 268, 42
| 2
| false
| 19,681
| true
| "Alright, let me try to figure out how to solve this problem. So, the question is about finding a pa(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 50 to the destination(...TRUNCATED)
|
331811200
| 1
| false
| 28,903
| true
| "Okay, so I have this problem where I'm given a graph that's described as a series of \"50, somethin(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to solve this problem where I'm given a graph represented by these pipes separated (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to solve this problem where I'm given a graph represented by a series of edges sepa(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph that's written in a specific format with edges(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from node 50 to node 42 in a graph that(...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)
|
50,190,42
| 1
| true
| 6,594
| true
| "Alright, let's try to figure out the path from node 50 to node 42 in this graph. Hmm, the graph is (...TRUNCATED)
|
50, 264, 42
| 2
| false
| 7,782
| true
| "Alright, let's tackle this problem. So, I have this graph represented in a special format where eac(...TRUNCATED)
|
50,42
| 2
| false
| 6,879
| true
| "Okay, so I have this problem where I need to find a path from node 50 to node 42 in a graph that's (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 50 to node 42 in a graph that's (...TRUNCATED)
|
50,136,287,13,43,234,207,23,16,290,140,18,264,199,283,291,262,227,220,270,113,108,139
| 2
| false
| 9,677
| true
| "Okay, so I have this problem where I'm given a graph represented by a long string of edges, each se(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem where I need to find a path from the source node 50 to the destinati(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from node 50 to node 42 in a graph that(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem where I'm given a graph represented by a long list of edges, each se(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from the source node 50 to the destination node 42, I need to analyze the given gr(...TRUNCATED)
|
50, 150, 234, 150, 26, 42
| 1
| false
| 400
| true
| "Okay, so I've got this problem where I need to find a path from node 50 to node 42 in a graph that'(...TRUNCATED)
| "50,136,287,287,57,13,43,207,234,207,50,151,22,16,290,23,140,18,264,199,50,283,50,108,50,105,50,72,5(...TRUNCATED)
| 2
| false
| 6,845
| true
| "To determine the path from node 50 to node 42 in the given graph, we'll use a breadth-first search (...TRUNCATED)
|
50,\ 13,\ 1,\ 2,\ 3,\ 4,\ 5,\ 42
| 1
| false
| 339
| true
| "First, I need to parse the given graph. It's a list of edges separated by pipes (|), which means ea(...TRUNCATED)
|
50,13,234,42
| 1
| false
| 456
| true
| "To determine the path from node 50 to node 42 in the given graph, I will use a depth-first search ((...TRUNCATED)
|
50, 287, 13, 42
| 1
| false
| 254
| true
| "Alright, so I've got this problem where I need to find a path from node 50 to node 42 in a graph. T(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I'm trying to solve this problem where I have a graph represented in a specific format,(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph represented in a specific format, and I need t(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let me try to figure out how to solve this problem. So, I have this graph that's described(...TRUNCATED)
| null | 0
| false
| 32,770
| false
| "Okay, so I've got this problem here where I need to find a path from node 50 to node 42 in a graph.(...TRUNCATED)
|
2666
| 8
| false
| 31,358
| true
| "To find the path from node 50 to node 42, I need to analyze the provided graph structure. The graph(...TRUNCATED)
|
50, 42
| 1
| false
| 331
| true
| "Alright, so I've been given this problem where I need to find a path from node 50 to node 42 in a g(...TRUNCATED)
| 1
| false
| 3,473
| true
| "Okay, so I need to figure out a path from the source node 50 to the destination node 42 in this gra(...TRUNCATED)
| "50 \\rightarrow 235 \\rightarrow 11 \\rightarrow 58 \\rightarrow 121 \\rightarrow 285 \\rightarrow (...TRUNCATED)
| 1
| false
| 10,300
| true
| "Alright, so I've got this graph represented as a list of edges separated by pipes, and I need to fi(...TRUNCATED)
|
155
| 2
| false
| 24,567
| true
| "Okay, so I'm trying to solve this problem where I have a graph that's given in a specific format. T(...TRUNCATED)
|
\text{No path exists from 50 to 42
| 1
| false
| 17,096
| true
| "Alright, so I've got this problem where I need to find a path from a source node to a destination n(...TRUNCATED)
| "50 \\rightarrow 264 \\rightarrow 296 \\rightarrow 290 \\rightarrow 51 \\rightarrow 204 \\rightarrow(...TRUNCATED)
| 2
| false
| 24,547
| true
|
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
68,238,154
| "To determine the path from node 68 to node 154 in the given graph, I will use a depth-first search (...TRUNCATED)
| "68, 286, 194, 24, 42, 236, 203, 184, 129, 114, 252, 97, 172, 252, 101, 121, 248, 286, 194, 24, 47, (...TRUNCATED)
| 1
| false
| 526
| true
| "Alright, so I have this problem where I'm given a graph represented by a series of edges separated (...TRUNCATED)
|
68
| 2
| false
| 30,453
| true
| "First, I need to identify the source node, which is 68, and the destination node, which is 154.\n\n(...TRUNCATED)
|
68, 154
| 1
| false
| 389
| true
| "Okay, so I have this problem where I need to find a path from the source node 68 to the destination(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from node 68 to node 154 in a graph. Th(...TRUNCATED)
|
5
| 6
| false
| 24,735
| true
| "First, I need to parse the given graph structure, which consists of edges separated by pipes. The s(...TRUNCATED)
|
68,\ 194,\ 248,\ 172,\ 114,\ 154
| 1
| false
| 516
| true
| "To solve the problem of finding a path from the source node 68 to the destination node 154 in the g(...TRUNCATED)
|
68,194,172,72,101,121,248,286,203,264,42,4,154
| 1
| false
| 967
| true
| "First, I need to identify the source node, which is 68, and the destination node, which is 154. \n\(...TRUNCATED)
|
68,154
| 1
| false
| 288
| true
| "Alright, let's try to figure out how to solve this problem. So, I have this graph represented by a (...TRUNCATED)
|
68 \rightarrow 129 \rightarrow 154
| 2
| false
| 10,893
| true
| "Alright, so I'm given this problem where I need to find a path from the source node 68 to the desti(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 68 to the destination(...TRUNCATED)
|
68 \rightarrow 100 \rightarrow 245 \rightarrow 129 \rightarrow 252
| 1
| 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
| "Alright, so I'm trying to solve this problem where I have a graph represented by a long string of e(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph data. The graph is represented by a string where edges are s(...TRUNCATED)
|
68, 286, 194, 154
| 1
| false
| 624
| true
| "Okay, so I need to figure out how to find a path from node 68 to node 154 in this graph that's give(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 68 to node 154 in the given graph, I will use Dijkstra's algori(...TRUNCATED)
|
68, 24, 101, 121, 262, 154
| 1
| false
| 1,102
| true
| "Alright, so I have this problem where I'm given a graph represented by a long string of numbers sep(...TRUNCATED)
|
68, 228, 238, 154
| 1
| false
| 10,924
| true
| "Okay, so I have this problem where I need to find a path from the source node 68 to the destination(...TRUNCATED)
|
168
| 267
| false
| 32,769
| false
| "To determine the path from the source node 68 to the destination node 154 in the given graph, I nee(...TRUNCATED)
|
68, 24, 154
| 1
| false
| 293
| true
| "To solve the problem, I need to find a path from the source node 68 to the destination node 154 usi(...TRUNCATED)
|
68, 194, 24, 154
| 1
| false
| 234
| true
| "Alright, so I have this problem where I need to find a path from the source node 68 to the destinat(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from the source node 68 to the destinat(...TRUNCATED)
|
68,154
| 3
| false
| 10,924
| true
| "To determine the path from node 68 to node 154 in the given graph, we can employ a breadth-first se(...TRUNCATED)
|
68, 126, 154
| 1
| false
| 282
| true
| "Okay, so I have this problem where I need to find a path from the source node 68 to the destination(...TRUNCATED)
| null | 0
| false
| 31,123
| true
| "Alright, so I have this problem where I need to find a path from the source node 68 to the destinat(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from node 68 to node 154 in the given graph, we can use a depth-first search (DFS)(...TRUNCATED)
|
68, 236, 198, 247, 154
| 1
| false
| 255
| true
| "First, I need to understand the structure of the graph provided. It seems to be a list of edges whe(...TRUNCATED)
|
68,\ 236,\ 154
| 1
| false
| 392
| true
| "Okay, so I have this problem where I'm given a graph that's represented in a special format. The gr(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from node 68 to node 154 in the given graph, we can perform a breadth-first s(...TRUNCATED)
|
68, 194, 154
| 1
| false
| 425
| true
| "Okay, so I need to solve this problem where I'm given a graph that's represented as a list of edges(...TRUNCATED)
|
68, 228, 154
| 2
| false
| 11,235
| true
| "Okay, so I have this problem where I need to find a path from the source node 68 to the destination(...TRUNCATED)
|
68
| 2
| false
| 17,059
| true
| "Okay, so I have this problem where I need to find a path from node 68 to node 154 in a graph that's(...TRUNCATED)
|
68 \rightarrow 154
| 3
| false
| 29,720
| true
| "Okay, so I have this problem where I need to find a path from node 68 to node 154 in a graph that's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given graph data to identify the connections between the nodes. The grap(...TRUNCATED)
|
68,\ 226,\ 232,\ 194,\ 154
| 1
| false
| 414
| true
| "First, I need to analyze the given graph data. It's provided as a list of edges separated by vertic(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem where I need to find a path from the source node 68 to the destinati(...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, each separated(...TRUNCATED)
|
265
| 2
| false
| 32,769
| false
| "Alright, so I have this graph that's given in a specific format where the edges are separated by pi(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To solve the problem of finding the shortest path from node 68 to node 154 in the given graph, I wi(...TRUNCATED)
| "68, 228, 194, 172, 101, 248, 286, 194, 172, 72, 101, 248, 286, 194, 172, 72, 101, 248, 286, 194, 17(...TRUNCATED)
| 1
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 68 to node 154 in a graph that's(...TRUNCATED)
| null | 0
| false
| 16,229
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
143,265,86
| "Alright, so I have this problem where I need to find a path from node 143 to node 86 in a graph tha(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem where I need to find a path from node 143 to node 86 in a graph that(...TRUNCATED)
|
223
| 1
| false
| 32,769
| false
| "Okay, so I need to find a path from node 143 to node 86 in this graph that's given in a special for(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 143 to node 86 in the given graph, we can use Dijkstra's algori(...TRUNCATED)
| "143, 167, 143, 225, 234, 167, 208, 143, 281, 296, 27, 93, 117, 186, 79, 205, 174, 150, 172, 151, 12(...TRUNCATED)
| 1
| false
| 1,242
| true
| "Alright, so I have this problem where I'm given a graph represented by a list of edges, each separa(...TRUNCATED)
|
174^\circ
| 8
| false
| 30,139
| true
| "Okay, so I have this problem where I need to find a path from node 143 to node 86 in a graph. The g(...TRUNCATED)
|
143, 265, 86
| 1
| true
| 7,187
| true
| "Okay, so I have this problem where I need to find a path from node 143 to node 86 in a graph that's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph represented as a list of edges separated by the \"|\" character. The tas(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I'm trying to solve this graph problem where I need to find a path from the source node(...TRUNCATED)
|
26
| 10
| false
| 28,445
| true
| "Okay, so I need to figure out a path from the source node 143 to the destination node 86 in this gr(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to find a path from node 143 to node 86 in this graph. The graph is given as a list(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I've got this graph represented in a special format where each edge is separated by a p(...TRUNCATED)
|
143
| 4
| false
| 27,633
| true
| "Okay, so I have this problem where I need to find a path from the source node 143 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I'm given a graph that's represented in a specific format, an(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I need to figure out a path from node 143 to node 86 in this graph that's been given. T(...TRUNCATED)
|
143,75,132,265,86
| 2
| false
| 5,094
| true
| "Alright, let's tackle this problem step by step. So, we have a graph represented by a long string o(...TRUNCATED)
| null | 0
| false
| 15,785
| true
| "First, I need to parse the given graph structure. The graph is presented as a list of edges separat(...TRUNCATED)
|
143,167,75,132,5,64,25,86
| 1
| false
| 565
| true
| "Alright, let me try to figure out how to solve this problem. So, the user provided a graph structur(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I'm given a graph represented in a special format using pipes(...TRUNCATED)
|
143,265,86
| 2
| true
| 5,239
| true
| "Okay, so I'm trying to find a path from node 143 to node 86 in this graph. The graph is given with (...TRUNCATED)
|
143,17,225,234,86
| 1
| false
| 648
| true
| "To find the path from node 143 to node 86 in the given graph, I'll start by examining the connectio(...TRUNCATED)
|
143, 225, 86
| 1
| false
| 333
| true
| "Okay, so I have this graph represented as a string with pipes separating the edges. The source node(...TRUNCATED)
|
143, 167, 86
| 1
| false
| 12,338
| true
| "Alright, so I have this problem where I need to find a path from node 143 to node 86 in a graph. Th(...TRUNCATED)
|
143,257,228,173,150,87
| 1
| false
| 1,307
| true
| "Okay, so I have this problem where I need to find a path from the source node 143 to the destinatio(...TRUNCATED)
|
[143, 265, 86]
| 2
| false
| 7,854
| true
| "Okay, so I have this problem where I need to find a path from node 143 to node 86 in a graph that's(...TRUNCATED)
|
86
| 4
| false
| 4,832
| true
| "Alright, let's tackle this problem step by step. So, we have this graph represented in a specific f(...TRUNCATED)
|
143,86
| 1
| false
| 1,769
| true
| "Alright, so I have this problem where I need to find a path from node 143 to node 86 in a graph. Th(...TRUNCATED)
|
2
| 11
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 143 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to find a path from node 143 to node 86 in this graph. The graph is given with edge(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 143 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the problem. The graph is provided in a specific format, and I need to (...TRUNCATED)
|
143,\ 25,\ 231,\ 225,\ 86
| 1
| false
| 292
| true
| "Okay, so I have this problem where I need to find a path from node 143 to node 86 in a graph that's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this graph represented as a list of edges, and I need to find a path from the so(...TRUNCATED)
|
143, 265, 86
| 2
| true
| 8,711
| true
| "Alright, so I've got this graph here, and I need to find a path from node 143 to node 86. The graph(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 143 to node 86 in a graph that's(...TRUNCATED)
| null | 0
| false
| 14,561
| true
| "First, I need to parse the given graph representation to identify the connected nodes. The graph is(...TRUNCATED)
|
143,167,86
| 1
| false
| 602
| true
| "Okay, so I have this problem where I need to find a path from the source node 143 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 143 to node 86 in a graph. The g(...TRUNCATED)
| null | 0
| false
| 5,048
| true
| "Okay, so I have this graph represented as a list of edges separated by pipes, and I need to find a (...TRUNCATED)
|
143,86
| 1
| false
| 1,469
| true
| "Alright, let's tackle this problem step by step. So, the task is to find a path from the source nod(...TRUNCATED)
| null | 0
| false
| 32,769
| false
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
144,275,66
| "Alright, so I need to find a path from the source node 144 to the destination node 66 in this graph(...TRUNCATED)
| null | 0
| false
| 18,888
| true
| "To find the path from the source node 144 to the destination node 66 in the given graph, we will us(...TRUNCATED)
|
144, 66
| 1
| false
| 304
| true
| "Okay, so I need to figure out a path from node 144 to node 66 in this graph. The graph is given as (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I'm given a graph represented by a series of strings separate(...TRUNCATED)
|
66
| 2
| false
| 14,445
| true
| "Okay, so I'm trying to figure out how to get from node 144 to node 66 using the given graph. The gr(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to understand the structure of the graph provided. It consists of multiple edges, eac(...TRUNCATED)
|
144, 160, 24, 103, 48, 27, 66
| 1
| false
| 479
| true
| "Okay, so I have this problem where I'm given a graph represented in a specific format. The graph is(...TRUNCATED)
|
144, 275, 66
| 1
| true
| 10,134
| true
| "Alright, so I have this problem where I need to find a path from node 144 to node 66 in a graph tha(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I've been given this problem where I have a graph represented in a special format. The (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to find a path from node 144 to node 66 in this graph that's represented by these e(...TRUNCATED)
|
144,275,66
| 3
| true
| 4,268
| true
| "Okay, so I have this problem where I need to find a path from the source node 144 to the destinatio(...TRUNCATED)
| null | 0
| false
| 27,168
| true
| "Alright, so I have this problem where I need to find a path from the source node 144 to the destina(...TRUNCATED)
| null | 0
| false
| 32,558
| true
| "First, I need to parse the input graph data, which consists of lines separated by pipes (|). Each l(...TRUNCATED)
|
144, 191, 66
| 1
| false
| 560
| true
| "Okay, so I've been given this problem where I have to write a program that takes a graph represente(...TRUNCATED)
|
144,275,66
| 1
| true
| 2,938
| true
| "Okay, so I have this graph represented as a list of edges separated by pipes, and I need to find a (...TRUNCATED)
|
71103
| 2
| false
| 29,270
| true
| "Alright, so I need to find the path from the source node 144 to the destination node 66 in the give(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph represented by a list of edges where each edge is separated by a vertica(...TRUNCATED)
|
[144, 66]
| 2
| false
| 19,850
| true
| "Okay, so I have this problem where I need to find a path from the source node 144 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I'm trying to solve this problem where I have a graph represented as a string with edge(...TRUNCATED)
| null | 0
| false
| 32,535
| true
| "Okay, so I have this problem where I need to find a path from the source node 144 to the destinatio(...TRUNCATED)
|
\text{Path determined through BFS from 66 to 144
| 2
| false
| 7,266
| true
| "Alright, let's tackle this problem step by step. The user has provided a list of nodes connected by(...TRUNCATED)
|
144,66
| 1
| false
| 1,179
| true
| "Okay, so I have this problem where I need to find a path from node 144 to node 66 in a graph that's(...TRUNCATED)
|
144,66
| 2
| false
| 1,329
| true
| "Okay, so I've been given this problem where I need to find a path from the source node 144 to the d(...TRUNCATED)
|
144,27,66
| 2
| false
| 3,758
| true
| "Alright, so I need to find a path from node 144 to node 66 in this graph that's given in a specific(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 144 to node 66 in a graph that's(...TRUNCATED)
|
144,66
| 2
| false
| 1,693
| true
| "Okay, so I have this graph represented in a special format using pipes, like |, 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 144 to node 66 in a graph that's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from node 144 to node 66 using the provided list of edges, I'll follow these (...TRUNCATED)
| "144, 191, 277, 144, 109, 71, 144, 191, 144, 292, 226, 195, 144, 30, 160, 24, 162, 144, 286, 144, 25(...TRUNCATED)
| 1
| false
| 1,229
| true
| "Okay, so I have this problem where I need to find a path from node 144 to node 66 in a graph. The g(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I've got this problem where I need to find a path from node 144 to node 66 in a graph. (...TRUNCATED)
|
144,275,66
| 2
| true
| 4,994
| true
| "Alright, so I've been given this problem where I need to find a path from the source node 144 to th(...TRUNCATED)
|
275
| 2
| false
| 31,030
| true
| "Alright, so I've got this graph represented in a specific format, and I need to find a path from th(...TRUNCATED)
|
144,66
| 2
| false
| 9,056
| true
| "Okay, so I have this problem where I'm given a graph that's described in a special format. It's usi(...TRUNCATED)
| null | 0
| false
| 16,194
| true
| "Okay, so I have this graph that's represented by a bunch of lines separated by '|', and I need to f(...TRUNCATED)
|
144, 66
| 1
| false
| 13,358
| true
| "To determine the path from the source node 144 to the destination node 66 in the given graph, I'll (...TRUNCATED)
|
144,109,156,66
| 1
| false
| 629
| true
| "Okay, so I have this problem where I need to find a path from node 144 to node 66 in a graph that's(...TRUNCATED)
| 2
| false
| 931
| true
| "Alright, so I've got this problem where I need to find a path from node 144 to node 66 in a graph t(...TRUNCATED)
|
144, 145, 66
| 2
| false
| 7,518
| true
| "Okay, so I have this problem where I'm given a graph represented as a list of edges separated by pi(...TRUNCATED)
|
144, 66
| 1
| false
| 2,354
| true
| "Okay, so I have this problem where I need to find a path from the source node 144 to the destinatio(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to figure out how to find a path from the source node 144 to the destination node 6(...TRUNCATED)
| null | 0
| false
| 32,769
| false
|
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
113,174,38
| "Okay, so I've been given this graph that's represented in a specific format where the edges are sep(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I've got this problem where I need to find a path from node 113 to node 38 in a graph. (...TRUNCATED)
|
113,38
| 2
| false
| 2,306
| true
| "Alright, so I've got this graph represented as a series of edges separated by pipes, and I need to (...TRUNCATED)
|
113,38
| 2
| false
| 1,916
| true
| "Okay, so I need to find a path from node 113 to node 38 in this graph. The graph is given with edge(...TRUNCATED)
|
113,38
| 2
| false
| 5,310
| true
| "Okay, so I have this graph represented as a string with edges separated by \"|\". Each edge is like(...TRUNCATED)
| null | 0
| false
| 32,462
| true
| "Okay, so I have this graph represented as a string with edges separated by pipes, and I need to fin(...TRUNCATED)
|
113,174,38
| 2
| true
| 3,975
| true
| "Alright, so I have this problem where I'm given a graph that's represented in a special format usin(...TRUNCATED)
|
113, 25, 38
| 2
| false
| 4,703
| true
| "Alright, so I have this graph represented as a string with pipes separating the edges. The source n(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 113 to node 38 in a graph that's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from node 113 to node 38, I first need to identify all the edges connected to node(...TRUNCATED)
|
113, 113, 113, 113, 113, 113, 113, 113, 113, 38
| 1
| false
| 1,131
| true
| "To solve the problem of finding a path from node 113 to node 38 in the given graph, I will use the (...TRUNCATED)
|
113,38
| 1
| false
| 554
| true
| "To find the path from node 113 to node 38, I will follow these steps:\n\n1. **Identify the Starting(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem where I need to find a path from node 113 to node 38 in a graph that(...TRUNCATED)
|
113, 174, 38
| 2
| true
| 6,472
| true
| "Alright, so I have this problem where I need to find a path from node 113 to node 38 in a graph tha(...TRUNCATED)
| null | 0
| false
| 31,900
| true
| "Okay, so I have this problem where I need to find a path from node 113 to node 38 in a graph that's(...TRUNCATED)
|
113,38
| 2
| false
| 1,975
| true
| "Alright, so I'm trying to figure out how to find a path from node 113 to node 38 in this graph. The(...TRUNCATED)
|
113,3,38
| 2
| false
| 1,559
| true
| "Alright, so I need to find a path from node 113 to node 38 in this graph that's been split into pai(...TRUNCATED)
|
113 \rightarrow 174 \rightarrow 38
| 2
| false
| 8,813
| true
| "Alright, so I have this graph that's represented in a special format where each edge is separated b(...TRUNCATED)
| null | 0
| false
| 32,007
| true
| "To determine the path from node 113 to node 38, I need to analyze the given graph structure. The ed(...TRUNCATED)
|
113,38
| 1
| false
| 347
| true
| "Alright, let me try to figure out how to solve this problem. So, the user provided a graph in a spe(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the shortest path from the source node 113 to the destination node 38 in the given gra(...TRUNCATED)
|
113, 14, 38
| 1
| false
| 795
| true
| "First, I need to understand the problem. I have a graph represented by a string of edges in the for(...TRUNCATED)
| "113,85,25,113,3,111,82,83,147,7,136,113,93,29,220,197,21,113,138,135,73,113,156,124,82,224,113,191,(...TRUNCATED)
| 1
| false
| 2,273
| true
| "Okay, so I have this problem where I need to find a path from node 113 to node 38 in a graph that's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I'm trying to solve this problem where I have a graph represented as a series of pipes sep(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the given edge representation to construct an adjacency list for the graph. (...TRUNCATED)
|
113,254,113,101,217,113,143,113,288,294,113,114,14,98,113,167,138,129,113,14,38
| 1
| false
| 704
| true
| "Alright, let me try to figure out the path from node 113 to node 38 using the given graph. The grap(...TRUNCATED)
| null | 0
| false
| 5,394
| true
| "Alright, so I have this problem where I need to find a path from node 113 to node 38 in a graph tha(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph problem to solve. The graph is given as a series of edges separated by 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 113 to the destina(...TRUNCATED)
| null | 0
| false
| 13,687
| true
| "Alright, let's tackle this problem step by step. So, the task is to find a path from node 113 to no(...TRUNCATED)
|
113,174,38
| 2
| true
| 2,919
| true
| "Okay, so I have this problem where I need to find a path from node 113 to node 38 in a graph. The g(...TRUNCATED)
|
113 \rightarrow 174 \rightarrow 38
| 1
| false
| 9,387
| true
| "Okay, so I've been given this problem where I need to find a path from node 113 to node 38 in a gra(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 113 to node 38 in a graph. The g(...TRUNCATED)
| "113 \\rightarrow 82 \\rightarrow 83 \\rightarrow 147 \\rightarrow 7 \\rightarrow 9 \\rightarrow 184(...TRUNCATED)
| 2
| false
| 12,672
| true
| "First, I need to parse the given graph data. The graph is provided in a format where each edge is s(...TRUNCATED)
|
113, 38
| 2
| false
| 818
| true
| "Okay, so I've got this graph represented by these pipes separated edges, and I need to find a path (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the shortest path from node 113 to node 38 in the given graph, I will use Dijkstra's algori(...TRUNCATED)
|
38
| 1
| false
| 3,889
| true
| "To find the path from the source node 113 to the destination node 38 using the given graph, I'll us(...TRUNCATED)
|
113, 85, 38
| 1
| false
| 515
| true
| "To find the shortest path from node 113 to node 38 in the given graph, I can use Dijkstra's algorit(...TRUNCATED)
|
113, 133, 38
| 1
| false
| 538
| true
| "Okay, so I've got this problem here where I need to find a path from node 113 to node 38 in a graph(...TRUNCATED)
|
113, 38
| 1
| false
| 2,970
| true
| "Okay, so I have this problem where I need to find a path from node 113 to node 38 in a graph that's(...TRUNCATED)
|
113, 38
| 2
| false
| 13,153
| true
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
61,48,105
| "Alright, so I have this graph represented in a special format using pipes (|) to separate edges. Th(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to figure out the path from the source node 61 to the destination node 105 in this (...TRUNCATED)
|
61, 105
| 1
| false
| 843
| true
| "First, I need to understand the structure of the graph provided. The graph is represented using pip(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph represented as a string with pipes separating the edges, and I need to f(...TRUNCATED)
|
61 \rightarrow 105
| 2
| false
| 13,849
| 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
| "Okay, so I have this problem where I'm given a graph represented by strings separated by pipes, lik(...TRUNCATED)
| null | 0
| false
| 13,416
| true
| "Okay, so I have this graph represented in a special format where the edges are separated by pipes. (...TRUNCATED)
|
61, 48, 105
| 2
| true
| 9,355
| true
| "Alright, so I have this problem where I need to find a path from the source node 61 to the destinat(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph that's represented as a string with edges separated by the '|' character(...TRUNCATED)
| null | 0
| false
| 7,230
| true
| "Okay, so I have this graph problem where the edges are labeled with pipes, like |. I need to find a(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to find a path from node 61 to node 105 in this graph. The graph is given in a spec(...TRUNCATED)
|
\text{No path exists
| 1
| false
| 6,789
| true
| "Okay, so I have this graph that's given in a special format where each edge is separated by a verti(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I'm given a graph represented by edges separated by pipes, and I(...TRUNCATED)
|
61, 263, 105
| 2
| false
| 12,919
| true
| "Alright, so I have this problem where I'm given a graph represented by edges separated by pipes, an(...TRUNCATED)
|
61,105
| 2
| false
| 2,308
| true
| "To find the path from node 61 to node 105 in the given graph, I'll start by examining the structure(...TRUNCATED)
|
61,101
| 1
| false
| 461
| true
| "To find the path from node 61 to node 105 in the given graph, I'll use the BFS (Breadth-First Searc(...TRUNCATED)
|
61, 14, 105
| 1
| false
| 934
| true
| "Okay, so I need to find a path from the source node 61 to the destination node 105 in this graph. T(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 61 to the destination(...TRUNCATED)
|
166
| 2
| false
| 25,411
| true
| "Alright, so I have this problem where I need to find a path from the source node 61 to the destinat(...TRUNCATED)
|
61,105
| 2
| false
| 2,889
| true
| "To find the path from node 61 to node 105 in the given graph, I'll perform a breadth-first search ((...TRUNCATED)
|
61,212,148,215
| 1
| false
| 834
| true
| "Okay, so I need to figure out the path from the source node 61 to the destination node 105 in this (...TRUNCATED)
| 12
| false
| 12,877
| true
| "Okay, so I've got this graph represented as a string with pipes separating the edges, and I need to(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from the source node 61 to the destination(...TRUNCATED)
|
61,105
| 2
| false
| 11,037
| true
| "Okay, so I need to figure out a path from the source node 61 to the destination node 105 in this gr(...TRUNCATED)
|
61 \to 101 \to 263 \to 197 \to 22 \to 123 \to 66 \to 16 \to 253 \to 14 \to 134 \to 105
| 2
| false
| 10,491
| true
| "Okay, so I have this graph represented as a string where the edges are separated by vertical bars \(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from the source node 61 to the destinat(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from the source node 61 to the destination node 105, we'll follow these steps(...TRUNCATED)
|
61, 263, 105
| 1
| false
| 379
| true
| "Okay, so I have this problem where I need to find a path from a source node to a destination node i(...TRUNCATED)
|
61,105
| 1
| false
| 2,663
| true
| "Okay, so I have this graph that's given as a list of edges separated by pipes. The source node is 6(...TRUNCATED)
|
61, 105
| 1
| false
| 1,102
| true
| "To find the path from node 61 to node 105 in the given graph, I'll use the BFS algorithm, which sys(...TRUNCATED)
|
61, 140, 200, 183, 105
| 1
| false
| 782
| true
| "First, I need to parse the graph structure from the given string. The graph is represented as a ser(...TRUNCATED)
|
61, 104, 105
| 1
| false
| 984
| true
| "Okay, so I need to figure out the path from node 61 to node 105 in this graph. The graph is given w(...TRUNCATED)
|
61, 242, 105
| 2
| false
| 5,055
| true
| "First, I need to identify the structure of the graph provided. The edges are separated by the pipe (...TRUNCATED)
| "61,\\ 263,\\ 71,\\ 83,\\ 176,\\ 61,\\ 225,\\ 66,\\ 262,\\ 61,\\ 264,\\ 277,\\ 196,\\ 61,\\ 62,\\ 61(...TRUNCATED)
| 1
| false
| 710
| true
| "Alright, so I need to figure out how to get from node 61 to node 105 in this graph. The graph is gi(...TRUNCATED)
|
61,105
| 2
| false
| 2,905
| true
| "Okay, so I have this graph that's represented by edges separated by pipes. Each edge seems to conne(...TRUNCATED)
|
x
| 13
| false
| 31,501
| true
| "Okay, so I have this problem where I need to find a path from the source node 61 to the destination(...TRUNCATED)
|
61,105
| 1
| false
| 3,109
| true
| "First, I'll start with the source node, which is 61. I'll write down the value and then add a comma(...TRUNCATED)
|
61, 263, 71, 105
| 1
| false
| 285
| true
| "Okay, so I'm trying to solve this problem where I have a graph represented by a bunch of edges sepa(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let's try to figure out how to get from the source node 61 to the destination node 105 usi(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from node 61 to node 105 in the given graph, I need to analyze the structure (...TRUNCATED)
|
61, 105
| 1
| false
| 399
| true
|
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
190,130,64
| "First, I need to parse the given graph data. The graph is represented with edges separated by pipes(...TRUNCATED)
|
190,64
| 1
| false
| 463
| true
| "Okay, so I have this graph represented as a list of edges, each separated by a pipe \"|\", and I ne(...TRUNCATED)
| null | 0
| false
| 10,842
| true
| "Okay, so I need to figure out a path from node 190 to node 64 using the edges provided. The graph i(...TRUNCATED)
|
4
| 2
| false
| 31,246
| true
| "Alright, so I have this problem where I need to find a path from node 190 to node 64 in a graph tha(...TRUNCATED)
|
400
| 2
| false
| 24,807
| true
| "Alright, so I have this problem where I need to find a path from node 190 to node 64 in a graph. Th(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let me try to figure out how to solve this problem. So, the user has given me a graph in a(...TRUNCATED)
|
190,64
| 1
| false
| 3,484
| true
| "First, I need to identify the source node, which is 190. I will traverse the graph starting from 19(...TRUNCATED)
|
\text{No path exists from node 190 to node 64
| 1
| false
| 1,550
| true
| "Alright, so I'm trying to solve this problem where I'm given a graph represented by these special e(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "First, I need to parse the input graph structure, which consists of edges separated by pipes (`|`).(...TRUNCATED)
|
190, 24, 123, 265, 103, 190, 29, 130, 64
| 1
| false
| 535
| true
| "Alright, so I need to figure out the path from node 190 to node 64 in this graph. The graph is give(...TRUNCATED)
|
64
| 3
| false
| 25,642
| true
| "Okay, so I've got this problem here where I need to find a path from node 190 to node 64 in a graph(...TRUNCATED)
|
\text{No path exists from 190 to 64
| 1
| false
| 13,346
| true
| "Alright, so I've got this problem where I need to find a path from node 190 to node 64 in a graph t(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem where I need to find a path from node 190 to node 64 in a graph that(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I need to figure out how to solve this problem where I'm given a graph represented as a li(...TRUNCATED)
| null | 0
| false
| 16,685
| true
| "Okay, let me try to figure out how to solve this problem. So, the task is to find a path from the s(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this graph here, and I need to find a path from the source node 190 to the destin(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem here where I need to find a path from node 190 to node 64 in a graph(...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 that's repr(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph represented as a list of edges separated by '|', and I need to find a pa(...TRUNCATED)
| 5
| false
| 8,020
| true
| "Okay, so I need to find a path from node 190 to node 64 in this graph. The graph is given in a spec(...TRUNCATED)
| null | 0
| false
| 27,095
| true
| "Okay, so I have this problem where I need to find a path from node 190 to node 64 in a graph that's(...TRUNCATED)
| null | 0
| false
| 13,948
| true
| "Okay, so I have this problem where I need to find a path from the source node 190 to the destinatio(...TRUNCATED)
|
12
| 5
| false
| 30,266
| true
| "Alright, let's tackle this problem step by step. I have a graph represented as a series of edges se(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 190 to node 64 in a graph. The g(...TRUNCATED)
| null | 0
| false
| 4,938
| true
| "Alright, so I've got this problem here where I need to find a path from node 190 to node 64 in a gr(...TRUNCATED)
| null | 0
| 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)
|
190 \rightarrow 20 \rightarrow 64
| 5
| false
| 15,909
| true
| "Alright, so I've got this problem where I need to find a path from the source node 190 to the desti(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this graph that's laid out with pipes (|) separating the edges. The task is to fi(...TRUNCATED)
| null | 0
| false
| 12,053
| true
| "First, I need to understand the structure of the graph provided. It is a list of edges where each e(...TRUNCATED)
| "190,221,190,140,190,226,190,162,190,190,249,190,130,190,186,84,190,178,180,250,199,102,190,297,190,(...TRUNCATED)
| 1
| false
| 1,418
| true
| "Alright, so I've got this graph represented as a list of edges, each separated by a pipe '|'. My ta(...TRUNCATED)
| null | 0
| false
| 32,767
| false
| "Alright, so I have this graph represented as a list of edges separated by the \"|\" character, and (...TRUNCATED)
| null | 0
| false
| 2,284
| true
| "To determine the shortest path from the source node 190 to the destination node 64 in the given gra(...TRUNCATED)
|
190, 162, 226, 190, 64
| 1
| false
| 656
| true
| "Alright, so I have this problem where I need to find a path from node 190 to node 64 in a graph. Th(...TRUNCATED)
| "190,140,190,221,190,221,190,249,190,184,190,188,190,178,190,20,190,211,190,76,190,86,190,245,24,123(...TRUNCATED)
| 2
| false
| 2,210
| true
| "Okay, so I've got this problem where I need to find a path from node 190 to node 64 in a graph that(...TRUNCATED)
| null | 0
| false
| 13,331
| true
| "Alright, so I have this graph represented as a series of pipes (|) separating the edges, and I need(...TRUNCATED)
| null | 0
| 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)
|
190,184,64
| 4
| false
| 5,572
| true
| "Okay, so I need to figure out a path from node 190 to node 64 in this graph. The graph is given as (...TRUNCATED)
|
190, 245, 24, 64
| 2
| false
| 4,278
| true
| "Okay, so I have this problem where I'm given a graph that's represented by edges separated by pipes(...TRUNCATED)
| "190 \\rightarrow 140 \\rightarrow 221 \\rightarrow 178 \\rightarrow 180 \\rightarrow 250 \\rightarr(...TRUNCATED)
| 2
| false
| 29,192
| true
| "Okay, so I'm trying to solve this problem where I have a graph represented as a series of pipes sep(...TRUNCATED)
|
100
| 100
| false
| 26,068
| true
| "Alright, so I've got this problem where I need to find a path from node 190 to node 64 in a graph. (...TRUNCATED)
|
190, 130, 64
| 2
| true
| 8,775
| true
|
|
"<｜begin▁of▁sentence｜><｜User｜>Given a graph in the form of '|' separated edges, output a(...TRUNCATED)
|
126,280,213
| "To solve the problem of finding a path from node 126 to node 213 in the given graph, I will use a b(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, let's try to figure out the path from node 126 to node 213 in this graph. Hmm, the graph i(...TRUNCATED)
|
126,213
| 1
| false
| 1,011
| true
| "Okay, so I need to find a path from node 126 to node 213 in this graph that's described as a list o(...TRUNCATED)
|
126, 213
| 1
| false
| 704
| true
| "To find the path from node 126 to node 213 in the given graph, we'll perform a breadth-first search(...TRUNCATED)
|
126, 266, 213
| 1
| false
| 508
| true
| "Alright, let's try to figure out the path from node 126 to node 213 in this graph. I'm a bit new to(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from node 126 to node 213 in the given graph, we'll follow these steps:\n\n1.(...TRUNCATED)
|
126, 213
| 1
| false
| 604
| true
| "Okay, so I have this problem where I need to find a path from the source node 126 to the destinatio(...TRUNCATED)
|
126-280-213
| 1
| false
| 4,564
| true
| "First, I need to parse the graph structure provided. Each edge is separated by a pipe \"|\", and th(...TRUNCATED)
|
126, 171, 291, 247, 206, 266, 213
| 1
| false
| 914
| true
| "Alright, so I have this problem where I need to find a path from the source node 126 to the destina(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph problem to solve, and the task is to find a path from node 126 to node 2(...TRUNCATED)
|
126,213
| 2
| false
| 10,508
| true
| "Okay, so I have this problem where I need to find a path from node 126 to node 213 in a graph. The (...TRUNCATED)
|
126,280,213
| 2
| true
| 5,194
| true
| "Alright, let's tackle this problem step by step. So, I have this graph represented as a string of e(...TRUNCATED)
| null | 0
| false
| 1,910
| true
| "Alright, so I've got this problem here where I need to find a path from node 126 to node 213 in a g(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To find the path from node 126 to node 213 in the given graph, I'll perform a breadth-first search (...TRUNCATED)
|
126, 213
| 2
| false
| 602
| true
| "Okay, so I have this problem where I need to find a path from node 126 to node 213 in a graph that'(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I've got this problem where I need to find a path from node 126 to node 213 in a graph tha(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 126 to node 213 in a graph that'(...TRUNCATED)
|
126,213
| 2
| false
| 6,064
| true
| "Okay, so I have this problem where I'm given a graph that's represented in a special format using p(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this problem where I need to find a path from node 126 to node 213 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 126 to node 213 in a graph. T(...TRUNCATED)
|
126, 213
| 2
| false
| 6,774
| true
| "Alright, so I'm trying to solve this problem where I have a graph represented by a string with edge(...TRUNCATED)
|
111100
| 3
| false
| 30,544
| true
| "Okay, so I need to find a path from node 126 to node 213 in this graph. The graph is given as a lis(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the shortest path from node 126 to node 213 in the given graph, I can apply Dijkstra's(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "To determine the path from node 126 to node 213 in the given graph, I need to analyze the structure(...TRUNCATED)
|
126, 213
| 1
| false
| 334
| true
| "Alright, let me try to figure out how to solve this problem. So, I have a graph that's represented (...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
| "Alright, so I have this problem where I need to find a path from the source node 126 to the destina(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this problem where I need to find a path from node 126 to node 213 in a graph. The (...TRUNCATED)
|
126 \rightarrow 237 \rightarrow 280 \rightarrow 213
| 2
| false
| 7,687
| true
| "Alright, so I've got this graph problem to solve. The graph is given in a special format where each(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I have this graph represented as a string where each edge is separated by a vertical bar \(...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Alright, so I have this graph here, and I need to find a path from the source node, which is 126, t(...TRUNCATED)
|
126,280,213
| 2
| true
| 4,449
| true
| "Okay, so I've got this problem where I need to find a path from node 126 to node 213 in a graph. Th(...TRUNCATED)
| null | 0
| false
| 7,959
| true
| "Okay, so I have this graph represented in a special format where the edges are separated by pipes, (...TRUNCATED)
|
126,213
| 2
| false
| 5,020
| true
| "To solve the problem of finding a path from the source node 126 to the destination node 213 in the (...TRUNCATED)
| "126, 198, 171, 291, 247, 208, 108, 53, 268, 126, 237, 229, 126, 28, 28, 126, 75, 118, 275, 224, 243(...TRUNCATED)
| 1
| false
| 1,388
| true
| "Okay, so I need to figure out a path from node 126 to node 213 in this graph. The graph is provided(...TRUNCATED)
|
126
| 1
| false
| 32,731
| true
| "Okay, so I need to find a path from the source node 126 to the destination node 213 in this graph. (...TRUNCATED)
| null | 0
| false
| 32,769
| false
| "Okay, so I'm trying to figure out how to find a path from node 126 to node 213 in this graph. The g(...TRUNCATED)
|
126 \rightarrow 280 \rightarrow 213
| 2
| false
| 7,411
| true
| "Okay, so I have this problem where I need to find a path from the source node 126 to the destinatio(...TRUNCATED)
|
126, 70, 53, 268, 237, 229, 213
| 1
| false
| 8,123
| true
| "First, I'll start at the source node, 126.\n\nNext, I'll look at the edges connected to 126. There (...TRUNCATED)
|
126, 108, 198, 171, 291, 247, 208, 213
| 1
| false
| 349
| true
| "To find the path from the source node 126 to the destination node 213 in the given graph, we'll per(...TRUNCATED)
|
126, 213
| 1
| false
| 357
| true
|
End of preview. Expand
in Data Studio
README.md exists but content is empty.
- Downloads last month
- 7