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Documentation for the main branch · package 3.0.2

pygrnwang 3.0.2

  • Installation
  • Quickstart: QSEIS2025
  • 中文入门
  • Choose a backend
  • Scientific conventions
    • Operating guides
    • Command-line entry points
    • API reference
    • Tutorial validation record
    • Development and documentation maintenance
    • Changelog
    • References and citation
  • GitHub
  • Installation
  • Quickstart: QSEIS2025
  • 中文入门
  • Choose a backend
  • Scientific conventions
  • Operating guides
  • Command-line entry points
  • API reference
  • Tutorial validation record
  • Development and documentation maintenance
  • Changelog
  • References and citation
  • GitHub

Section Navigation

  • Prepare an Earth model
  • Read, interpolate and process results
  • Comparing backend waveforms
  • Travel times with TauP
  • Parallel execution and resuming
  • Library layout and data formats
  • Troubleshooting and known limitations
  • Operating guides

Operating guides#

Start with a complete backend tutorial, then use these guides to prepare your own models, read results and expand a calculation.

  • Prepare an Earth model
    • Propagation input
    • Extent and row selection
    • Material values
    • Travel-time input
    • Before scaling up
  • Read, interpolate and process results
    • Choose an observable
    • Select a grid point
    • Rotate components
    • Time axis and optional arrival adjustment
    • Filtering and resampling
    • Export with meaning
  • Comparing backend waveforms
    • Common physical and frequency settings
    • Displacement at 300, 600 and 900 km
    • Six-component stress
    • QSEIS Gaussian smoothing controls
    • Matching the effective source time function
    • Recorded data and verification
    • Replot the documented result
  • Travel times with TauP
    • Setup and selection
    • Single-location queries
    • Custom models
    • Distance tables
  • Parallel execution and resuming
    • Single-node multiprocessing
    • Multi-node MPI
    • Resuming a calculation
    • Record a useful run
  • Library layout and data formats
    • Backend directories
    • ASCII and binary
    • Conversion and cleanup
    • Travel-time files and trusted libraries
    • Tutorial artifacts
  • Troubleshooting and known limitations
    • Installation or executable failures
    • Java or model failures
    • Missing files, reshape errors or zero results
    • Arrival and waveform alignment
    • Known implementation limitations
    • Report a reproducible issue

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Scientific conventions

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Prepare an Earth model

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