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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_55358",
"problem_id": "3053",
"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_55359",
"problem_id": "1097",
"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_55360",
"problem_id": "216",
"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_55361",
"problem_id": "101",
"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_55362",
"problem_id": "261",
"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_55363",
"problem_id": "871",
"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_55364",
"problem_id": "3012",
"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_55365",
"problem_id": "2627",
"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_55366",
"problem_id": "929",
"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_55367",
"problem_id": "2385",
"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_55368",
"problem_id": "2282",
"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_55369",
"problem_id": "1891",
"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_55370",
"problem_id": "1570",
"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_55371",
"problem_id": "2515",
"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_55372",
"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(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_55373",
"problem_id": "1032",
"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_55374",
"problem_id": "557",
"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_55375",
"problem_id": "2185",
"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_55376",
"problem_id": "2785",
"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_55377",
"problem_id": "213",
"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_55378",
"problem_id": "698",
"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_55379",
"problem_id": "1055",
"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_55380",
"problem_id": "597",
"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_55381",
"problem_id": "2045",
"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_55382",
"problem_id": "2087",
"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_55383",
"problem_id": "2081",
"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_55384",
"problem_id": "2440",
"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_55385",
"problem_id": "2981",
"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_55386",
"problem_id": "2436",
"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_55387",
"problem_id": "2737",
"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_55388",
"problem_id": "675",
"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_55389",
"problem_id": "1117",
"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_55390",
"problem_id": "2635",
"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_55391",
"problem_id": "2569",
"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_55392",
"problem_id": "598",
"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_55393",
"problem_id": "2565",
"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_55394",
"problem_id": "876",
"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_55395",
"problem_id": "2815",
"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_55396",
"problem_id": "1666",
"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_55397",
"problem_id": "2595",
"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_55398",
"problem_id": "1284",
"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_55399",
"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+mlogm)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_55400",
"problem_id": "1741",
"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_55401",
"problem_id": "1881",
"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_55402",
"problem_id": "2087",
"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_55403",
"problem_id": "1174",
"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_55404",
"problem_id": "774",
"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_55405",
"problem_id": "2275",
"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_55406",
"problem_id": "2521",
"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_55407",
"problem_id": "1785",
"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_55408",
"problem_id": "2015",
"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_55409",
"problem_id": "2180",
"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_55410",
"problem_id": "2260",
"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_55411",
"problem_id": "2693",
"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_55412",
"problem_id": "607",
"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_55413",
"problem_id": "1442",
"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_55414",
"problem_id": "1274",
"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_55415",
"problem_id": "372",
"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_55416",
"problem_id": "2955",
"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_55417",
"problem_id": "1663",
"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_55418",
"problem_id": "194",
"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_55419",
"problem_id": "200",
"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_55420",
"problem_id": "549",
"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_55421",
"problem_id": "1787",
"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_55422",
"problem_id": "329",
"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_55423",
"problem_id": "1225",
"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_55424",
"problem_id": "210",
"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_55425",
"problem_id": "2006",
"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_55426",
"problem_id": "1183",
"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_55427",
"problem_id": "1093",
"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_55428",
"problem_id": "649",
"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_55429",
"problem_id": "948",
"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_55430",
"problem_id": "2222",
"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_55431",
"problem_id": "1196",
"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_55432",
"problem_id": "1888",
"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_55433",
"problem_id": "2775",
"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_55434",
"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_55435",
"problem_id": "1281",
"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_55436",
"problem_id": "262",
"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_55437",
"problem_id": "2240",
"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_55438",
"problem_id": "670",
"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_55439",
"problem_id": "1630",
"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_55440",
"problem_id": "2373",
"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_55441",
"problem_id": "91",
"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_55442",
"problem_id": "1860",
"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_55443",
"problem_id": "2135",
"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_55444",
"problem_id": "1157",
"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_55445",
"problem_id": "1457",
"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_55446",
"problem_id": "334",
"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_55447",
"problem_id": "1961",
"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_55448",
"problem_id": "2310",
"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_55449",
"problem_id": "1488",
"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_55450",
"problem_id": "2254",
"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_55451",
"problem_id": "2845",
"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_55452",
"problem_id": "2778",
"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_55453",
"problem_id": "567",
"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_55454",
"problem_id": "808",
"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_55455",
"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_55456",
"problem_id": "1256",
"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_55457",
"problem_id": "444",
"task_type": "tc_direct"
} |
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