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+mlogm)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7558",
"problem_id": "254",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7559",
"problem_id": "2938",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7560",
"problem_id": "2516",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7561",
"problem_id": "286",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7562",
"problem_id": "2209",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7563",
"problem_id": "2053",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7564",
"problem_id": "2081",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n*m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7565",
"problem_id": "685",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7566",
"problem_id": "1855",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7567",
"problem_id": "2782",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7568",
"problem_id": "535",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7569",
"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+m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7570",
"problem_id": "1275",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7571",
"problem_id": "1376",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7572",
"problem_id": "1299",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7573",
"problem_id": "1294",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7574",
"problem_id": "1441",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7575",
"problem_id": "2474",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7576",
"problem_id": "2832",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7577",
"problem_id": "1845",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7578",
"problem_id": "341",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7579",
"problem_id": "2447",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7580",
"problem_id": "177",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7581",
"problem_id": "1357",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7582",
"problem_id": "664",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7583",
"problem_id": "1543",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7584",
"problem_id": "2058",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7585",
"problem_id": "1826",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7586",
"problem_id": "2193",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7587",
"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(n*m)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7588",
"problem_id": "3053",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7589",
"problem_id": "2626",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7590",
"problem_id": "1368",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7591",
"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)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7592",
"problem_id": "1361",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7593",
"problem_id": "2019",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7594",
"problem_id": "800",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7595",
"problem_id": "2903",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7596",
"problem_id": "2215",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7597",
"problem_id": "572",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7598",
"problem_id": "2170",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7599",
"problem_id": "549",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7600",
"problem_id": "1259",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7601",
"problem_id": "1589",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n**2)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7602",
"problem_id": "871",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7603",
"problem_id": "955",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7604",
"problem_id": "2174",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7605",
"problem_id": "1340",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7606",
"problem_id": "2487",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time complexity is linear, then reply with \\boxed{O(n)}.\nAny other format will be considered inval... | tc_direct | {
"extraction_method": "boxed",
"ground_truth": "O(n)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7607",
"problem_id": "2450",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7608",
"problem_id": "666",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7609",
"problem_id": "1259",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7610",
"problem_id": "1425",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7611",
"problem_id": "2621",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7612",
"problem_id": "510",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7613",
"problem_id": "2875",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7614",
"problem_id": "1824",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7615",
"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(1)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7616",
"problem_id": "1058",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7617",
"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(nlogn)",
"style": "rule"
} | {
"comp": "time",
"idx": "tc_direct_7618",
"problem_id": "706",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7619",
"problem_id": "2905",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7620",
"problem_id": "1192",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7621",
"problem_id": "534",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7622",
"problem_id": "555",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7623",
"problem_id": "2267",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7624",
"problem_id": "1686",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7625",
"problem_id": "21",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7626",
"problem_id": "1776",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7627",
"problem_id": "592",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7628",
"problem_id": "1656",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7629",
"problem_id": "3041",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7630",
"problem_id": "879",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7631",
"problem_id": "619",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7632",
"problem_id": "2492",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7633",
"problem_id": "105",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7634",
"problem_id": "2300",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7635",
"problem_id": "288",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7636",
"problem_id": "379",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7637",
"problem_id": "1002",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7638",
"problem_id": "2259",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7639",
"problem_id": "761",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7640",
"problem_id": "172",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7641",
"problem_id": "2948",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7642",
"problem_id": "2620",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7643",
"problem_id": "2145",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7644",
"problem_id": "3073",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7645",
"problem_id": "1971",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7646",
"problem_id": "2404",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7647",
"problem_id": "1621",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7648",
"problem_id": "1798",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7649",
"problem_id": "539",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7650",
"problem_id": "1048",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7651",
"problem_id": "1737",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7652",
"problem_id": "2884",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7653",
"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_7654",
"problem_id": "2733",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7655",
"problem_id": "972",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7656",
"problem_id": "2527",
"task_type": "tc_direct"
} |
time_complexity | [
{
"content": "You are an expert coding professional. Given a code snippet, your task is to predict its time complexity.\nReply with the time complexity of the code within \\boxed{}. For example, if you think the time 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_7657",
"problem_id": "849",
"task_type": "tc_direct"
} |
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