perf-profile

Analyze CPU, memory, rendering, and I/O systems to identify performance bottlenecks.

Updated Jul 16, 2026
One-click install
npx skills add https://github.com/johnatas-henrique/overdrive --skill perf-profile-johnatas-henrique
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: perf-profile
Source: https://github.com/johnatas-henrique/overdrive/tree/main/.opencode/skills/perf-profile
Command: npx skills add https://github.com/johnatas-henrique/overdrive --skill perf-profile-johnatas-henrique

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Unoptimized game performance leads to missed frame rate budgets, poor player experience, and unnecessary hardware requirements, leaving teams without a clear, structured way to identify root causes and prioritize high-impact fixes.

Core Features & Use Cases

  • Structured Performance Profiling: Analyzes CPU, memory, rendering, and I/O systems in game codebases to identify performance hotspots across full project or targeted systems.
  • Budget Validation: Measures estimated performance against defined targets (FPS, memory, load time, draw calls) to flag areas that exceed allowed performance limits.
  • Prioritized Optimization Recommendations: Generates actionable fix suggestions with impact estimates, effort ratings, and scope/timeline decision support for high-effort items.
  • Use Case: For a 90s F1-style racing game like Overdrive, use this skill to profile frame rate drops during race start sequences, identify the root cause (e.g. unoptimized particle effects or expensive per-frame physics queries), and get a prioritized list of fixes to implement first.

Quick Start

Use the perf-profile skill to run a full performance profile of the Overdrive racing game to identify frame rate bottlenecks and prioritized optimization recommendations.

Frequently Asked Questions about perf-profile

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I identify performance bottlenecks in my game codebase?

To identify performance bottlenecks, analyze CPU, memory, rendering, and I/O systems in your game codebase to locate hotspots and flag areas exceeding frame rate, memory, and load time targets.

What causes frame rate drops during specific game sequences?

Frame rate drops during specific game sequences are caused by unoptimized particle effects or expensive per-frame physics queries, identified through structured profiling of race start sequences.

How do I prioritize game optimization fixes?

Prioritize game optimization fixes by generating actionable recommendations with impact estimates, effort ratings, and scope decision support to address performance budget overruns effectively.

Can I validate game performance budgets without runtime profiling tools?

You can validate performance budgets without upfront runtime profiling tooling by measuring estimated performance against defined FPS, memory, load time, and draw call targets.

Does structured performance profiling work for both 2D and 3D game titles?

Structured performance profiling applies to both 2D and 3D game titles, analyzing full project or targeted systems to prevent missed performance budgets across various game types.

When should I profile memory optimization and draw calls in my game?

You should profile memory optimization and draw calls when validating performance against defined limits, ensuring your game meets frame time, memory, and load time targets to avoid poor player experience.