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(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9458",
"problem_id": "1380",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9459",
"problem_id": "3009",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9460",
"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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9461",
"problem_id": "2336",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9462",
"problem_id": "1205",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9463",
"problem_id": "406",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9464",
"problem_id": "2070",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9465",
"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(logn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9466",
"problem_id": "1699",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9467",
"problem_id": "1025",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9468",
"problem_id": "1872",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9469",
"problem_id": "383",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9470",
"problem_id": "1782",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9471",
"problem_id": "2",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9472",
"problem_id": "1815",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9473",
"problem_id": "1591",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9474",
"problem_id": "2849",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9475",
"problem_id": "1832",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9476",
"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(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9477",
"problem_id": "1628",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9478",
"problem_id": "2419",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9479",
"problem_id": "2787",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9480",
"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(logn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9481",
"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(n+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9482",
"problem_id": "1001",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9483",
"problem_id": "926",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9484",
"problem_id": "2931",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9485",
"problem_id": "625",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9486",
"problem_id": "826",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9487",
"problem_id": "201",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9488",
"problem_id": "2471",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9489",
"problem_id": "2664",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9490",
"problem_id": "1693",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9491",
"problem_id": "1187",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9492",
"problem_id": "2656",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9493",
"problem_id": "2578",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9494",
"problem_id": "1813",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9495",
"problem_id": "2041",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9496",
"problem_id": "585",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9497",
"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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9498",
"problem_id": "1316",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9499",
"problem_id": "669",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9500",
"problem_id": "2725",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9501",
"problem_id": "2501",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9502",
"problem_id": "1954",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9503",
"problem_id": "2051",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9504",
"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)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9505",
"problem_id": "517",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9506",
"problem_id": "1534",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9507",
"problem_id": "283",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9508",
"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(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9509",
"problem_id": "2424",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9510",
"problem_id": "836",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9511",
"problem_id": "2511",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9512",
"problem_id": "2709",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9513",
"problem_id": "2844",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9514",
"problem_id": "1158",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9515",
"problem_id": "333",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9516",
"problem_id": "1712",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9517",
"problem_id": "1970",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9518",
"problem_id": "1990",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9519",
"problem_id": "2239",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9520",
"problem_id": "2342",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9521",
"problem_id": "1446",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9522",
"problem_id": "1193",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9523",
"problem_id": "2452",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9524",
"problem_id": "1249",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9525",
"problem_id": "1927",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9526",
"problem_id": "3042",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9527",
"problem_id": "2844",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9528",
"problem_id": "208",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9529",
"problem_id": "1455",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9530",
"problem_id": "2405",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9531",
"problem_id": "99",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9532",
"problem_id": "1810",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9533",
"problem_id": "2653",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9534",
"problem_id": "3028",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9535",
"problem_id": "1864",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9536",
"problem_id": "13",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9537",
"problem_id": "614",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9538",
"problem_id": "695",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9539",
"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)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9540",
"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(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9541",
"problem_id": "779",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9542",
"problem_id": "1365",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9543",
"problem_id": "1695",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9544",
"problem_id": "1366",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9545",
"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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9546",
"problem_id": "517",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9547",
"problem_id": "2437",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9548",
"problem_id": "717",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9549",
"problem_id": "1995",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9550",
"problem_id": "3030",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9551",
"problem_id": "958",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9552",
"problem_id": "469",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9553",
"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(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9554",
"problem_id": "1555",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9555",
"problem_id": "1422",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_9556",
"problem_id": "224",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_9557",
"problem_id": "1949",
"task_type": "tc_direct"
} |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.