zELDA Logo
latest

Contents:

  • Introduction
  • Installation
  • About the LyaRT data grids
  • Tutorial : Computing ideal line profiles
  • Tutorial : Computing mock line profiles
  • Tutorial : Fitting a line profile using deep learning
  • Tutorial : Train your own neural network
  • Tutorial : Fitting a line profile using Monte Carlo Markov Chains
  • Tutorial : Computing Lyman-alpha escape fractions
  • funcs module
zELDA
  • »
  • zELDA’s documentation
  • Edit on GitHub

_images/fig_log_DOUBLE_COOL_SHELL_EDGE_r_2.0_s_30_WHITE_False.png

zELDA’s documentation¶

Contents:

  • Introduction
    • Authors
    • Publication links
    • Origins and motivation
  • Installation
    • Python package
    • LyaRT data grids
    • Partial installation for testing
  • About the LyaRT data grids
    • Getting started
    • Line profile LyaRT data grids
    • Line profile grids with smaller RAM occupation
  • Tutorial : Computing ideal line profiles
    • Computing one ideal line profile
    • Computing many ideal line profile
  • Tutorial : Computing mock line profiles
    • Mocking Lyman-alpha line profiles
    • Plotting cooler line profiles
  • Tutorial : Fitting a line profile using deep learning
    • Getting started
    • Using the DNN in the un-perturbed line profile
    • Using the DNN with Monte Carlo perturbations
  • Tutorial : Train your own neural network
    • Generating data sets for the training
    • Get your DNN ready!
    • Using your custom DNN
  • Tutorial : Fitting a line profile using Monte Carlo Markov Chains
    • Getting started
    • The MCMC anlysis
    • Tool to make corraltion plots
  • Tutorial : Computing Lyman-alpha escape fractions
    • Default computation of escape fractions
    • Deeper options on predicting the escape fraction
  • funcs module

Indices and tables¶

  • Index

Next

© Copyright 2021, Gurung-Lopez, Siddhartha. Revision 09f7df57.

Built with Sphinx using a theme provided by Read the Docs.