SYSTEM DOCUMENTATION & REQUIREMENTS
💡 This Skill requires biopython, pandas, numpy, scikit-learn, mdanalysis, rdkit, pybigwig, pybedtools, pyranges, pysam, cyvcf2, HTSeq, pybigtools, pybbi, loompy, scanpy, pyreadr, rpy2, pyteomics, pymzml, nmrglue, cclib, h5py, pandas, numpy, scipy, pymatplotlib, pyqt5, soundfile, scipy.io, astropy.io.fits, asdf, uproot, pyhdf, gdal, netCDF4, xarray, pygrib, cfgrib, hdf5storage, and includes scripts (resource) and references (resource) and assets (resource) components.
What problem does it solve?
This Skill automates the process of exploring and understanding scientific data files across various formats, saving you time and reducing errors.
Core Features & Use Cases
- File Type Detection: Automatically identifies the format of scientific data files.
- Format-Specific Analysis: Performs in-depth analysis based on the detected file format.
- Data Quality Assessment: Evaluates the quality and integrity of the data.
- Markdown Reporting: Generates comprehensive reports detailing the file's structure, content, and analysis results.
- Use Case: If you have a large dataset in a specific scientific format (e.g., FASTQ, CSV, TIFF), use this Skill to quickly get an overview of the data, check for errors, and make informed decisions about further analysis.
Quick Start
Use the exploratory-data-analysis skill to analyze the file 'dataset.hdf5'.