Package pycosmicstar :: Module structures
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Module structures

source code


Version: 1.0.1

Author: Eduardo dos Santos Pereira

License: GPLV3

Classes [hide private]
  structures
This class was contructed based in the like Press-Schechter formalism that provides characteristis like numerical density of dark matter halos into the range m_h, m_h + dm_h, the fraction of barionic matter, and, the accretion rate of barions into structures and the total number of dark halos.
Variables [hide private]
  __email__ = 'pereira.somoza@gmail.com'
  __credits__ = ['Eduardo dos Santos Pereira']
  __maintainer__ = 'Eduardo dos Santos Pereira'
  __status__ = 'Stable'
Cosmological Dark Halos History From the formalism of Reed et al (MNRAS, 346, 565-572, 2003) it is calculated the mass fraction of dark matter halos.
  pyversion = sys.version_info(major=2, minor=7, micro=6, releas...
  __package__ = 'pycosmicstar'
Variables Details [hide private]

__status__

Cosmological Dark Halos History From the formalism of Reed et al (MNRAS, 346, 565-572, 2003) it is calculated the mass fraction of dark matter halos. The code obtain the mass density of dark halos and the fraction of brions into structures as a function of the time. Here is used the Transfer function from Efstathiou, Bond & White -- (MNRAS, 258, 1P, 1992). The current version it is assumed the normalization of WMAP (withou gravitational waves) adapted from Eisenstein e Hu (ApJ 511, 5, 1999) that in the way that return sigma_8 = 0,84. The fraction of mass of dark halos is obtained by the work of Sheth e Tormen (MNRAS 308, 119, 1999). All models consider Omega_Total = Omega_M + Omega_L = 1,0

This file is part of pystar. copyright : Eduardo dos Santos Pereira

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Value:
'Stable'

pyversion

Value:
sys.version_info(major=2, minor=7, micro=6, releaselevel='final', seri\
al=0)