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pyspeckit v0.1.21.dev2754
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ExamplesΒΆ

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  • Build a spectrum from scratch (and fit a gaussian)
  • Build a spectrum from scratch (and fit the continuum)
  • Minimal gaussian cube fitting
  • Build a cube from scratch and fit many gaussians
  • Radio H2CO
  • Radio H2CO mm lines
  • Radio NH3: shows hyperfine fitting with fixed amplitude, width
  • Radio NH3 cube
  • Radio NH3 - fit N hyperfines with no temperature
  • Radio N2H+
  • Radio N2H+ cube
  • Radio HCN: shows hyperfine with varying amplitude & width
  • Radio HCO+
  • Near IR cube
  • Optical SDSS
  • Optical Vega Echelle
  • Optical INTERACTIVE
  • Optical Supernova (?) H-alpha multi-component voigt
  • Optical MUSE Spectral Cube
  • Template Fitting
  • Monte Carlo
  • Monte Carlo for NH3

Additionally, here are some real-world examples. They are not guaranteed to work, but they show the use of pyspeckit in pipelines and paper-producing code.

  • Fit each spectrum in a VLA NH3 6-6 cube (Goddi, Ginsburg, Zhang 2016)
  • Fit each spectrum in an Arecibo H2CO 1-1 cube (Ginsburg et al, 2015)
  • Crop an ALMA CH3CN cube, then fit each spectrum
  • Fit each spectrum in an APEX H2CO 3-2 cube with 1 and 2 components (Ginsburg et al, 2016)
  • Compute moments, then fit each spectrum in a MUSE cube (McCleod et al, 2015)
  • Fit H2 and BrG in a TripleSpec NIR cube (Youngblood et al, 2016)
  • Fit NH3 1-1 and 2-2 spectra for the GBT Ammonia Survey (Pineda, Friesen et al)

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Table Of Contents

  • Index
  • Installation and Requirements
  • Models
  • Fitting
  • Basic Plotting Guide
  • Class Features
  • File Readers
  • High-Level Wrappers
  • Examples
    • Build a spectrum from scratch (and fit a gaussian)
    • Build a spectrum from scratch (and fit the continuum)
    • Minimal gaussian cube fitting
    • Build a cube from scratch and fit many gaussians
    • Radio H2CO
    • Radio H2CO mm lines
    • Radio NH3: shows hyperfine fitting with fixed amplitude, width
    • Radio NH3 cube
    • Radio NH3 - fit N hyperfines with no temperature
    • Radio N2H+
    • Radio N2H+ cube
    • Radio HCN: shows hyperfine with varying amplitude & width
    • Radio HCO+
    • Near IR cube
    • Optical SDSS
    • Optical Vega Echelle
    • Optical INTERACTIVE
    • Optical Supernova (?) H-alpha multi-component voigt
    • Optical MUSE Spectral Cube
    • Template Fitting
    • Monte Carlo
    • Monte Carlo for NH3
    • CLASS Guide
    • IRAF Guide
    • Student Projects
  • Interactive Use
  • FAQ

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© Copyright 2018, Adam Ginsburg. Last updated on May 06, 2018. Created using Sphinx 1.7.4.