{"name":"bcmcpher-local","owner":{"name":"ClaudePluginHub"},"plugins":[{"name":"bcmcpher-project-init-plugins-project-init","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"Scaffold and configure new projects for use with Claude Code — project structure, environment setup, and Claude-specific tooling for coding tools, data analysis, and information management.","version":"0.2.0","strict":true,"keywords":["project","scaffold","venv","environment","python","node","rust","go","r","data-analysis","info-management","claude-config","lsp","hooks","mcp"],"category":"productivity"},{"name":"bcmcpher-bids-plugins-bids","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"BIDS (Brain Imaging Data Structure) conventions — naming rules, entity ordering, sidecar fields, and dataset structure for neuroimaging datasets.","version":"0.1.0","strict":true,"keywords":["bids","neuroimaging","mri","fmri","dwi","eeg","pet"],"category":"data"},{"name":"bcmcpher-boutiques-plugins-boutiques","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"Generate a Boutiques JSON descriptor for a CLI tool by inspecting its --help output","version":"0.1.0","strict":true,"keywords":["boutiques","descriptor","cli","neuroimaging","reproducibility"],"category":"deployment"},{"name":"bcmcpher-datalad-cli-plugins-datalad-cli","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"Route data processing and file changes through DataLad for provenance tracking (datalad create, run, save). Follows YODA principles for reproducible local analysis projects.","version":"0.1.0","strict":true,"keywords":["datalad","provenance","reproducibility","yoda","data-management"],"category":"deployment"},{"name":"bcmcpher-git-workflow-plugins-git-workflow","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"Git workflow best practices and PR lifecycle commands for Claude Code sessions: when to use worktrees vs branches, commit conventions, parallel-agent coordination, conflict resolution, and slash commands for commit, push, PR creation, PR review, and branch cleanup.","version":"0.2.0","strict":true,"keywords":["git","workflow","worktree","parallel","branches","commit","pr","review"],"category":"productivity"},{"name":"bcmcpher-modular-analysis-plugins-modular-analysis","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"Design and refactor repeated analysis scripts using five-layer architecture.","version":"0.1.0","strict":true,"keywords":[],"category":"utilities"},{"name":"bcmcpher-nipoppy-cli-plugins-nipoppy-cli","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"Assist with nipoppy neuroimaging dataset management: initializing datasets, organizing DICOM files, BIDS conversion, running processing pipelines, tracking status, and extracting IDPs.","version":"0.1.0","strict":true,"keywords":["nipoppy","neuroimaging","bids","dicom","fmriprep","mriqc","hpc","pipeline"],"category":"data"},{"name":"bcmcpher-programming-tools-plugins-programming-tools","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"Testing and code quality toolkit: TDD and retrofit-tests skills for writing tests; code-reviewer, pr-test-analyzer, code-simplifier, comment-analyzer, silent-failure-hunter, and type-design-analyzer agents for pre-commit review; and a /code-check command to orchestrate them.","version":"0.1.0","strict":true,"keywords":["testing","tdd","unit-tests","coverage","retrofit","code-review","simplify","error-handling","types"],"category":"testing"},{"name":"bcmcpher-stat-analysis-plugins-stat-analysis","source":{"source":"github","repo":"bcmcpher/my-skills"},"description":"Language-agnostic statistical analysis workflows: merge input data into an analysis-ready dataframe, select and plan the right statistical test with QC checks, and scaffold a jupytext report.","version":"0.1.0","strict":true,"keywords":["statistics","data-analysis","R","python","julia","jupytext"],"category":"productivity"}]}