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astro.stars

Alexander Krassilchtchikov edited this page Oct 2, 2023 · 2 revisions

Description

The astro.stars package contains functions related to stellar classification and photospheric parameters

Functions

  • astro.stars.ang_radius_from_color - Estimate angular radius and color temperature from a set of magnitudes
  • astro.stars.ang_radius_from_temp - Calculate the angular size of a star given its mag, extinction and temp
  • astro.stars.equipot - Calculate the gravitational potential of a binary star on a grid
  • astro.stars.star_ang_rad - Calculate empirical angular radii of stars from magnitude and colors
  • astro.stars.star_sptype_color - Spectral type to color
  • astro.stars.stellar_imf - The stellar initial mass function
  • astro.stars.stellar_tracks - Geneva stellar tracks as a function of time
  • astro.stars.tlogg2picklesClass - spectral class and luminosity class to be used with AstroSpec.specStarsPickles

Selected examples:

Given a star's effective temperature and log(g), model its spectrum with a closest match from the Pickles' library:

Teff = 6e3; LogG = 4.6; % parameters of a star
R = astro.stars.tlogg2picklesClass(Teff,LogG);
Spec = AstroSpec.specStarsPickles(R.class,R.lumclass);

LAST Data Products:

Image Processing

Background

Image processing classes

High-level image processing tools

Spectra processing

Pipelines

Start-to-end examples

Celestial coordinates and mechanics

Astrophysics

Time series analysis

  • [timeSeries - Time series analysis tools]
    • [arma]
    • [bin]
    • [detrend]
    • [fit]
    • [fold]
    • [interp]
    • [period]
    • [rand]
    • [stat]
    • [time]
    • [xcorr]
    • [timeDelay]

Telescopes

Virtual observatory and catalogs

General tools

MEX (matlab executable)

For developers

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