Timecomplexity

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Timecomplexity

Analyze Your Code's Runtime Complexity with AI

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About Timecomplexity

TimeComplexity.ai is an innovative tool designed to analyze your code's runtime complexity with unparalleled ease. By leveraging the AI-based capabilities of GPT-3.5 Turbo, it supports analyses in any programming language without requiring headers, imports, or a main statement—just the code itself. This makes it an invaluable resource for developers looking to understand the efficiency of their algorithms quickly and accurately. Whether you're a student needing to breakdown the performance of different algorithms or a seasoned developer aiming to optimize your code, TimeComplexity.ai provides the clarity you need. One of the most striking features of TimeComplexity.ai is its ability to handle a variety of code complexities—from simple linear operations to more intricate exponential and polynomial time algorithms. The precision of the tool helps users pinpoint performance bottlenecks, facilitating code improvements and teaching new ways to think about problem-solving in programming. Additionally, the platform includes various example outputs to assist users in interpreting the results, ranging from basic O(n) complexities to more advanced constructs such as O(n*sqrt(n)). TimeComplexity.ai offers several subscription tiers to meet the needs of different users. Non-logged-in users can perform up to 20 free queries per day, while authenticated users are granted 50 free queries daily. For those requiring more extensive usage, the Pro plan offers unlimited queries for just $5 per month. This tiered pricing structure ensures that whether you're an occasional user or a heavy-duty developer, TimeComplexity.ai has a plan to suit your needs. With secure payment processing via Stripe and a simple cancellation policy, upgrading to Pro is straightforward and risk-free.

Key Features

  • AI-powered runtime complexity analysis
  • Supports multiple programming languages
  • No need for headers or main statement in code
  • Anonymous users: 20 free queries/day
  • Authenticated users: 50 free queries/day
  • Pro users: Unlimited queries for $5/month
  • Secure payment processing via Stripe
  • Sign-in options include GitHub, Google, and email
  • Magic link email option available
  • Future updates may include private uploads for signed-in users

Tags

AIcoderuntime complexityGPT-3.5 Turboanalyzing codeprogramming languagesSupabaseStripe

FAQs

What is TimeComplexity.ai?
TimeComplexity.ai is an AI-powered platform that analyzes the runtime complexity of your code using GPT-3.5 Turbo. It supports multiple programming languages.
How accurate are the complexity analyses?
While the analyses provided by TimeComplexity.ai are generally accurate, they can sometimes be incorrect or incomplete. Use them at your own risk.
What are the pricing plans?
Anonymous users get 20 free queries per day, authenticated users get 50 free queries per day, and Pro users have unlimited queries for $5 per month.
Is my code kept private?
Uploaded code is assigned an ID for sharing results publicly. Future updates may allow signed-in users to keep their uploads private.
How secure are payments?
Payments are processed through Stripe, which follows bank-level security standards. TimeComplexity.ai does not store card information.
Can I cancel my Pro plan?
Yes, you can cancel your Pro plan at any time from the Account page. The plan remains active until the end of the current billing period.
How do I sign in?
You can sign in using your GitHub or Google account, or by providing an email address and password. A magic link email option is also available.
What if I forget my password?
If you forget your password, you can reset it by clicking on the 'Forgot your password?' link on the sign-in page.
How can I provide feedback?
You can submit feature requests or bug reports through a form on the website or via Twitter.
What kind of algorithms can TimeComplexity.ai analyze?
TimeComplexity.ai can analyze common algorithms such as evenOdd(), maxSubArray(), binarySearch(), mergeSort(), bubbleSort(), and threeSum() among others.