project-development

Plan LLM project architectures, staged pipelines, and cost estimates before implementation.

2|Updated May 30, 2026
One-click install
npx skills add https://github.com/virahitvin8/crafty-gis --skill project-development-virahitvin8
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: project-development
Source: https://github.com/virahitvin8/crafty-gis/tree/main/GIT_STAR/assignment-generator/antigravity-skills-main/antigravity-skills-main/skills/project-development
Command: npx skills add https://github.com/virahitvin8/crafty-gis --skill project-development-virahitvin8

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve? Teams building LLM-powered systems often waste effort on tasks unsuited to language models, over-engineered tool scaffolding, and unbudgeted token costs. This Skill provides a decision methodology for validating task-model fit, structuring multi-stage pipelines, and estimating costs before writing production code. ## Core Features & Use Cases - Task-Model Fit Validation: Checklists and a manual prototype step to decide whether an LLM is the right primitive before any automation is built. - Pipeline Architecture Patterns: A canonical acquire-prepare-process-parse-render structure with file-system state management, idempotent stages, and a runnable Python template. - Cost and Scale Estimation: Token-based cost formulas with buffers, plus guidance on single-agent versus multi-agent architecture choices. - Use Case: Before building a batch job that grades 1,000 support tickets with an LLM, use this Skill to validate the task manually, estimate the dollar cost, and scaffold a staged pipeline with caching and retry logic. ## Quick Start Ask the agent to evaluate whether your task fits an LLM and design a staged batch pipeline with a cost estimate using the project-development methodology.

Frequently Asked Questions about project-development

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

FAQPage Schema
How do I decide if an LLM is right for my task?

Run a manual prototype by pasting one representative input into the model and evaluating output quality. Proceed if the task involves synthesis, subjective judgment, or natural language output; stop if it requires precise computation, real-time latency, or perfect accuracy.

How do I structure an LLM batch processing pipeline?

Use five discrete stages: acquire, prepare, process, parse, render. Only the process stage calls the LLM, so the other deterministic stages can be debugged and re-run independently with file-system-based caching.

When should I use multi-agent instead of single-agent architecture?

Default to single-agent pipelines for batch processing of independent items. Escalate to multi-agent only when you need parallel exploration, the task exceeds one context window, or specialized sub-agents demonstrably improve benchmark quality.

How do I estimate LLM API costs before running a batch job?

Multiply item count by tokens per item by price per token, then add a 20-30 percent buffer for retries and failures. The included pipeline template has an estimate command that projects input tokens, output tokens, and dollar cost from prepared prompts.

Why does my LLM pipeline produce inconsistent parsing results?

LLMs do not follow format instructions perfectly, so prompts need explicit section markers, format examples, and a statement that output will be parsed programmatically. Build parsers with flexible regex, sensible defaults, and error logging instead of strict matching.