Adaptive Rejection Sampler FAQs

Question 1

How does this skill improve the development workflow?

Accepted Answer

It improves your workflow by preventing common implementation pitfalls such as infinite loops and execution timeouts. By providing procedural approaches for iteration limits and numerical tolerances, it helps Claude generate more reliable, production-ready code that passes rigorous statistical testing.

Question 2

What does the Adaptive Rejection Sampler skill do?

Accepted Answer

This skill provides specialized guidance for Claude to help you implement Adaptive Rejection Sampling (ARS) algorithms. It focuses on the mathematical foundations of log-concave probability distributions, envelope construction, and robust verification strategies to ensure your sampling code is both accurate and efficient.

Question 3

Does this skill help with performance and timeout issues?

Accepted Answer

Yes, a core focus of this skill is optimization. It provides strategies for setting iteration safeguards and managing computational complexity, ensuring that your sampling algorithms perform efficiently within the execution constraints of your development or production environment.

Question 4

When should I use this skill with Claude Code?

Accepted Answer

Use this skill when you are building statistical models from scratch, implementing custom distribution samplers in Python or R, or debugging performance issues in existing rejection sampling code. It is specifically designed for scenarios involving log-concave functions and complex probability density simulations.

Question 5

What specific capabilities does this skill provide?

Accepted Answer

The skill offers guidance on log-concavity verification, adaptive initialization for shifted distributions, piecewise linear envelope construction, and performance-first development strategies. It also includes comprehensive testing checklists to verify the mean, variance, and distribution shape of your samples.

Adaptive Rejection Sampler

Adaptive Rejection Sampler

概要

主な機能

ユースケース

概要

主な機能

ユースケース