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GWpy 3.0.0 documentation
TimeSeries examples
Initializing search
    GWpy
    GWpy
    • What is GWpy?
    • How do I install GWpy?
    • Citing GWpy
      • Time Series data
      • The FrequencySeries class
      • The Spectrogram
      • State vectors
      • Data-quality segments
      • Data tables
      • Signal processing
      • Plotting in GWpy (gwpy.plot)
      • Command line plotting with GWpy
      • The Channel class
      • Times and timestamps
      • Astrophysical modelling
      • Configuring GWpy from the environment
      • TimeSeries examples
        • Accessing and visualising public GW detector data
        • Filtering a TimeSeries with a ZPK filter
        • Whitening a TimeSeries
        • Cross-correlating two TimeSeries
        • Comparing seismic trends between LIGO sites
        • Plotting segments for a StateVector
        • Generate the Q-transform of a TimeSeries
        • Calculating the SNR associated with a given astrophysical signal model
        • Inject a known signal into a TimeSeries
      • TimeSeries examples
        • Accessing and visualising public GW detector data
        • Filtering a TimeSeries with a ZPK filter
        • Whitening a TimeSeries
        • Cross-correlating two TimeSeries
        • Comparing seismic trends between LIGO sites
        • Plotting segments for a StateVector
        • Generate the Q-transform of a TimeSeries
        • Calculating the SNR associated with a given astrophysical signal model
        • Inject a known signal into a TimeSeries
      • Signal processing examples
      • FrequencySeries examples
      • Spectrogram examples
      • Segments examples
      • Tabular data examples
      • Miscellaneous examples
      • Publishing a release

    TimeSeries examples¶

    • 1. Accessing and visualising public GW detector data
    • 2. Filtering a TimeSeries with a ZPK filter
    • 3. Whitening a TimeSeries
    • 4. Cross-correlating two TimeSeries
    • 5. Comparing seismic trends between LIGO sites
    • 6. Plotting segments for a StateVector
    • 7. Generate the Q-transform of a TimeSeries
    • 8. Calculating the SNR associated with a given astrophysical signal model
    • 9. Inject a known signal into a TimeSeries
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