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_5758",
"problem_id": "921",
"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_5759",
"problem_id": "2769",
"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_5760",
"problem_id": "868",
"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_5761",
"problem_id": "83",
"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_5762",
"problem_id": "57",
"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_5763",
"problem_id": "1567",
"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_5764",
"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(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5765",
"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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5766",
"problem_id": "411",
"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_5767",
"problem_id": "2674",
"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_5768",
"problem_id": "66",
"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_5769",
"problem_id": "3083",
"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_5770",
"problem_id": "2918",
"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_5771",
"problem_id": "2213",
"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_5772",
"problem_id": "1560",
"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_5773",
"problem_id": "1098",
"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_5774",
"problem_id": "400",
"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_5775",
"problem_id": "2574",
"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_5776",
"problem_id": "1391",
"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_5777",
"problem_id": "1296",
"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_5778",
"problem_id": "148",
"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_5779",
"problem_id": "1546",
"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_5780",
"problem_id": "3040",
"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_5781",
"problem_id": "1412",
"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_5782",
"problem_id": "784",
"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_5783",
"problem_id": "236",
"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_5784",
"problem_id": "2327",
"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_5785",
"problem_id": "2992",
"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_5786",
"problem_id": "1420",
"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_5787",
"problem_id": "1248",
"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_5788",
"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(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5789",
"problem_id": "1341",
"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_5790",
"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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5791",
"problem_id": "2572",
"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_5792",
"problem_id": "326",
"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_5793",
"problem_id": "2144",
"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_5794",
"problem_id": "1818",
"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_5795",
"problem_id": "1328",
"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_5796",
"problem_id": "3051",
"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_5797",
"problem_id": "860",
"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_5798",
"problem_id": "1952",
"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_5799",
"problem_id": "682",
"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_5800",
"problem_id": "527",
"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_5801",
"problem_id": "1458",
"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_5802",
"problem_id": "1161",
"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_5803",
"problem_id": "2108",
"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_5804",
"problem_id": "709",
"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_5805",
"problem_id": "3089",
"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_5806",
"problem_id": "604",
"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_5807",
"problem_id": "2101",
"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_5808",
"problem_id": "1742",
"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_5809",
"problem_id": "2615",
"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_5810",
"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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5811",
"problem_id": "2401",
"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_5812",
"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(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5813",
"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(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5814",
"problem_id": "1475",
"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_5815",
"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(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5816",
"problem_id": "2014",
"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_5817",
"problem_id": "1070",
"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_5818",
"problem_id": "851",
"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_5819",
"problem_id": "2490",
"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_5820",
"problem_id": "691",
"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_5821",
"problem_id": "1623",
"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_5822",
"problem_id": "1258",
"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_5823",
"problem_id": "1625",
"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_5824",
"problem_id": "2257",
"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_5825",
"problem_id": "2411",
"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_5826",
"problem_id": "1212",
"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_5827",
"problem_id": "1370",
"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_5828",
"problem_id": "1709",
"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_5829",
"problem_id": "2952",
"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_5830",
"problem_id": "2685",
"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_5831",
"problem_id": "1986",
"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_5832",
"problem_id": "2312",
"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_5833",
"problem_id": "57",
"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_5834",
"problem_id": "2031",
"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_5835",
"problem_id": "2467",
"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_5836",
"problem_id": "1348",
"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_5837",
"problem_id": "1440",
"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_5838",
"problem_id": "1598",
"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_5839",
"problem_id": "988",
"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_5840",
"problem_id": "1254",
"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_5841",
"problem_id": "1280",
"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_5842",
"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(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5843",
"problem_id": "1401",
"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_5844",
"problem_id": "531",
"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_5845",
"problem_id": "197",
"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_5846",
"problem_id": "1387",
"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_5847",
"problem_id": "10",
"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_5848",
"problem_id": "1684",
"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_5849",
"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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_5850",
"problem_id": "2497",
"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_5851",
"problem_id": "2530",
"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_5852",
"problem_id": "2754",
"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_5853",
"problem_id": "1593",
"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_5854",
"problem_id": "1397",
"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_5855",
"problem_id": "2821",
"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_5856",
"problem_id": "1431",
"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_5857",
"problem_id": "2572",
"task_type": "tc_direct"
} |
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