qso
================================================

Compute the likelihood of eBOSS DR14 D_v from QSO

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| File      | likelihood/eboss/qso/eboss_dr14_qso.py |
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| URL       |                                        |
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| Citations | Ata et al MNRAS 473 1365-2966 (2017)   |
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This module computed the likelihood of D_v using eBOSS DR14 measurement from QSO.  This class inherits from the lrg likelihood class. We assume the likelihood on D_v is Gaussian.


Assumptions
-----------

 - Gaussian likelihood



Setup Parameters
----------------

.. list-table::
   :header-rows: 1

   * - Name
     - Type
     - Default
     - Description

   * - feedback
     - int
     - 0
     - Amount of output to print. 0 for no feedback. 1 for basic.


Input values
----------------

.. list-table::
   :header-rows: 1

   * - Section
     - Name
     - Type
     - Default
     - Description

   * - distances
     - z
     - real 1d
     - 
     - Redshifts of samples
   * - 
     - d_m
     - real 1d
     - 
     - Physical angular diameter distance in Mpc
   * - 
     - h
     - real 1d
     - 
     - Hubble parameter with in units of Mpc
   * - 
     - rs_zdrag
     - real
     - 
     - Value of predicted drag redshift


Output values
----------------


.. list-table:: Output values
   :header-rows: 1

   * - Section
     - Name
     - Type
     - Description

   * - likelihoods
     - eboss14_qso_like
     - real
     - likelihood of Dv(z=1.52)