xbx-factors-modify

Design and modify COIN quantitative factors for crypto trading frameworks.

Updated Apr 28, 2026
One-click install
npx skills add https://github.com/phanTian2026/mobiletrading --skill xbx-factors-modify
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: xbx-factors-modify
Source: https://github.com/phanTian2026/mobiletrading/tree/main/trae/skills/xbx-factors-modify
Command: npx skills add https://github.com/phanTian2026/mobiletrading --skill xbx-factors-modify

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill guides how to design and modify COIN quantitative factors so that factor files are compatible with the COIN workspace, reducing future maintenance and mis-implementation.

Core Features & Use Cases

  • Placement guidance for factor files in position-mgmt_v2.1.0/factors and use of the factor_template.py.
  • Clear requirements for signal and optional signal_multi_params interfaces, and optional external data integration.
  • Data column conventions and best practices for avoiding look-ahead bias and data leakage.

Quick Start

Place a new factor under position-mgmt_v2.1.0/factors and implement a signal function following the template.

Frequently Asked Questions about xbx-factors-modify

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

FAQPage Schema
How do I define custom crypto trading signals for the position-mgmt framework?

To define crypto trading signals, place a new factor file under position-mgmt_v2.1.0/factors and implement the standardized signal interface using factor_template.py. This ensures your quantitative factors are compatible with the COIN workspace and ready for production.

What is the correct file placement for COIN quantitative factors to avoid integration errors?

COIN quantitative factors must be placed under the position-mgmt_v2.1.0/factors directory. Following this placement guidance ensures the factor files are recognized by the COIN workspace, reducing future maintenance overhead and preventing mis-implementation.

How does multi-parameter signal implementation work for crypto trading frameworks?

Multi-parameter signal implementation uses the optional signal_multi_params interface alongside the standard signal function. This allows crypto factors to process multiple parameters simultaneously while maintaining standardized interfaces and safe computation within the trading framework.

How to avoid look-ahead bias and data leakage when designing crypto factors?

To avoid look-ahead bias and data leakage when designing crypto factors, follow the established data column conventions and best practices. The skill enforces standardized interfaces and provides guidance on data alignment to ensure safe, production-ready factor computation.

Can I integrate external data sources into COIN factor signals?

Yes, you can integrate external data sources into COIN factor signals through the optional external data integration capability. This allows you to supplement standard crypto trading data while maintaining the required signal and signal_multi_params interface standards.

What frontmatter metadata is required for a COIN factor file to be valid?

A valid COIN factor file requires frontmatter metadata containing at least the name and description fields. This metadata is enforced by the skill to ensure proper identification and documentation of quantitative factors within the position-mgmt_v2.1.0 workspace.