data_source string | prompt list | ability string | reward_model dict | extra_info dict |
|---|---|---|---|---|
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52858",
"problem_id": "2984",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52859",
"problem_id": "2792",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52860",
"problem_id": "2808",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52861",
"problem_id": "1197",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52862",
"problem_id": "1502",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52863",
"problem_id": "923",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52864",
"problem_id": "2882",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52865",
"problem_id": "2829",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52866",
"problem_id": "795",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n*m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52867",
"problem_id": "2303",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52868",
"problem_id": "713",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52869",
"problem_id": "2977",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n*m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52870",
"problem_id": "2951",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52871",
"problem_id": "917",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52872",
"problem_id": "109",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52873",
"problem_id": "2221",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52874",
"problem_id": "2346",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52875",
"problem_id": "1771",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52876",
"problem_id": "1698",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52877",
"problem_id": "839",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52878",
"problem_id": "1240",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52879",
"problem_id": "1404",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n*m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52880",
"problem_id": "806",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52881",
"problem_id": "1603",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52882",
"problem_id": "512",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52883",
"problem_id": "2611",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52884",
"problem_id": "2067",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52885",
"problem_id": "8",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+mlogm)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52886",
"problem_id": "576",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52887",
"problem_id": "2272",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52888",
"problem_id": "2829",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52889",
"problem_id": "2487",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52890",
"problem_id": "1998",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52891",
"problem_id": "3068",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52892",
"problem_id": "1808",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52893",
"problem_id": "1589",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52894",
"problem_id": "386",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52895",
"problem_id": "1534",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(logn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52896",
"problem_id": "1596",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(logn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52897",
"problem_id": "1880",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+mlogm)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52898",
"problem_id": "1646",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52899",
"problem_id": "2670",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52900",
"problem_id": "2197",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+mlogm)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52901",
"problem_id": "1197",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(logn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52902",
"problem_id": "1335",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52903",
"problem_id": "81",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52904",
"problem_id": "2988",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52905",
"problem_id": "92",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52906",
"problem_id": "1507",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52907",
"problem_id": "3009",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52908",
"problem_id": "722",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+mlogm)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52909",
"problem_id": "1338",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+mlogm)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52910",
"problem_id": "2975",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52911",
"problem_id": "572",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52912",
"problem_id": "530",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52913",
"problem_id": "2270",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52914",
"problem_id": "1176",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52915",
"problem_id": "2022",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52916",
"problem_id": "1840",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52917",
"problem_id": "1270",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52918",
"problem_id": "1929",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52919",
"problem_id": "2975",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52920",
"problem_id": "1101",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52921",
"problem_id": "1273",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52922",
"problem_id": "2892",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52923",
"problem_id": "328",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52924",
"problem_id": "1750",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52925",
"problem_id": "247",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52926",
"problem_id": "1272",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52927",
"problem_id": "830",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52928",
"problem_id": "1498",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52929",
"problem_id": "441",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52930",
"problem_id": "2903",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52931",
"problem_id": "1505",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52932",
"problem_id": "2573",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52933",
"problem_id": "2424",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52934",
"problem_id": "314",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52935",
"problem_id": "1563",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52936",
"problem_id": "2351",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52937",
"problem_id": "3060",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52938",
"problem_id": "2388",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n*m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52939",
"problem_id": "1092",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52940",
"problem_id": "165",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52941",
"problem_id": "1919",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52942",
"problem_id": "1980",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52943",
"problem_id": "2721",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52944",
"problem_id": "1685",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52945",
"problem_id": "488",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52946",
"problem_id": "3020",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n*m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52947",
"problem_id": "224",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52948",
"problem_id": "2559",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52949",
"problem_id": "825",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52950",
"problem_id": "430",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52951",
"problem_id": "286",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52952",
"problem_id": "2890",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52953",
"problem_id": "2752",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+mlogm)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52954",
"problem_id": "1004",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52955",
"problem_id": "2846",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52956",
"problem_id": "756",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(nlogn+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_52957",
"problem_id": "280",
"task_type": "tc_direct"
} |
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