Performance Profiling
Analyzes heshamfs file system performance, identifying bottlenecks and suggesting optimizations for improved speed and efficiency.
Install on your platform
We auto-selected Claude Code based on this skill’s supported platforms.
Run in terminal (recommended)
claude mcp add heshamfs-performance-profiling npx -- -y @trustedskills/heshamfs-performance-profiling
Or manually add to ~/.claude/settings.json
{
"mcpServers": {
"heshamfs-performance-profiling": {
"command": "npx",
"args": [
"-y",
"@trustedskills/heshamfs-performance-profiling"
]
}
}
}Requires Claude Code (claude CLI). Run claude --version to verify your install.
About This Skill
What it does
This skill provides performance profiling capabilities for materials simulation workflows. It allows users to identify bottlenecks and optimize code execution within simulations, leading to faster runtimes and more efficient resource utilization. The tool can analyze CPU usage, memory allocation, and other key metrics during the simulation process.
When to use it
- Slow Simulations: When a materials simulation takes an unexpectedly long time to complete.
- Resource Constraints: When running simulations on machines with limited resources (e.g., low RAM or slow CPUs).
- Code Optimization: To pinpoint specific sections of code that are contributing most significantly to performance issues.
- Debugging Performance Problems: When unexpected behavior arises during a simulation, profiling can help identify the root cause.
Key capabilities
- CPU Usage Analysis
- Memory Allocation Tracking
- Performance Bottleneck Identification
- Code Execution Time Measurement
Example prompts
- "Profile the execution time of my LAMMPS script."
- "Show me a breakdown of CPU usage during this simulation run."
- "Identify memory leaks in my materials simulation code."
Tips & gotchas
The skill requires access to the underlying simulation code and environment. Results should be interpreted with domain expertise, as profiling data alone may not always provide clear solutions without understanding the physics being simulated.
Tags
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