The namespace of the global parameters and constants More...

Variables
static const double	yotta = 1.e24
	conversion factor

static const double	zetta = 1.e21
	conversion factor

static const double	exa = 1.e18
	conversion factor

static const double	peta = 1.e15
	conversion factor

static const double	tera = 1.e12
	conversion factor

static const double	giga = 1.e9
	conversion factor

static const double	mega = 1.e6
	conversion factor

static const double	kilo = 1.e3
	conversion factor

static const double	ecto = 1.e2
	conversion factor

static const double	deca = 10.
	conversion factor

static const double	deci = 1.e-1
	conversion factor

static const double	centi = 1.e-2
	conversion factor

static const double	milli = 1.e-3
	conversion factor

static const double	micro = 1.e-6
	conversion factor

static const double	nano = 1.e-9
	conversion factor

static const double	pico = 1.e-12
	conversion factor

static const double	femto = 1.e-15
	conversion factor

static const double	atto = 1.e-18
	conversion factor

static const double	zepto = 1.e-21
	conversion factor

static const double	yocto = 1.e-24
	conversion factor

static const char	fINT [] = "%i"
	conversion symbol for: int -> std::string

static const char	fLONG [] = "%lli"
	conversion symbol for: long -> std::string

static const char	fDP0 [] = "%1.0f"
	conversion symbol for: double -> std::string

static const char	fDP1 [] = "%2.1f"
	conversion symbol for: double -> std::string

static const char	fDP2 [] = "%3.2f"
	conversion symbol for: double -> std::string

static const char	fDP3 [] = "%4.3f"
	conversion symbol for: double -> std::string

static const char	fDP4 [] = "%5.4f"
	conversion symbol for: double -> std::string

static const char	fDP5 [] = "%6.5f"
	conversion symbol for: double -> std::string

static const char	fDP6 [] = "%7.6f"
	conversion symbol for: double -> std::string

static const char	fDP7 [] = "%8.7f"
	conversion symbol for: double -> std::string

static const char	fDP8 [] = "%9.8f"
	conversion symbol for: double -> std::string

static const char	fDP9 [] = "%10.9f"
	conversion symbol for: double -> std::string

static const char	fDP10 [] = "%11.10f"
	conversion symbol for: double -> std::string

static const char	ee3 [] = "%4.3e"
	conversion symbol for: double -> std::string

static const char	ee4 [] = "%5.4e"
	conversion symbol for: double -> std::string

static const char	ee5 [] = "%6.5e"
	conversion symbol for: double -> std::string

static const char	ee6 [] = "%7.6e"
	conversion symbol for: double -> std::string

static const char	ee7 [] = "%8.7e"
	conversion symbol for: double -> std::string

static const char	ee8 [] = "%9.8e"
	conversion symbol for: double -> std::string

static const char	ee9 [] = "%10.9e"
	conversion symbol for: double -> std::string

static const char	ee10 [] = "%11.10e"
	conversion symbol for: double -> std::string

static const double	pi = 3.1415926535897932
	\(\pi\): the ratio of a circle's circumference to its diameter

static const double	ee = 2.7182818284590452
	e: the Euler's constant, defined as \(\lim_{n \to \infty}\left(1+\frac{1}{n}\right)^n\)

static const double	hbar = 1.054571726e-34
	\(\hbar\): the reduced Planck constant, the quantum of action [J s]

static const double	cc = 299792.458
	\({\it c}\): the speed of light in vacuum (the value is exact) [km/sec]

static const double	kB = 1.3806488e23
	\({\it k_B}\): the Boltzmann constant, the conversion factor relating temperature and energy [eV K^-1]

static const double	sSB = 5.670373e-8
	\(\sigma_{SB}=\frac{\pi^2k_B^4}{60\hbar^3c^2}\): the Stefan-Boltzmann constant, the factor relating the emissive power of a black body to the fourth power of its temperature [W m^-2 K^-4]

static const double	el = 1.602176565e-19
	\({e}\): the electrical charge of the electron [C]

static const double	alpha = 7.2973525698e-3
	\({\alpha}=\frac{e^2}{\hbar c}\): the fine-structure constant

static const double	epsilon0 = 8.854187817e-12
	\({\epsilon_0}\): the electric constant (the value is exact) [F/m]

static const double	mu0 = 12.566370614e-7
	\({\mu_0}\): the magnetic constant (the value is exact) [N A^-2]

static const double	NAv = 6.02214129e23
	\({N_A}\): the Avogadro constant [mol^-1]

static const double	GN = 6.6738480e-11
	\({G_N}\): the Newtonian constant of gravitation [m³ Kg^-1 s^-2]

static const double	gn = 9.80665
	\({g_n}\): the standard gravitational acceleration (the value is exact) [m s^-2]

static const double	lP = 1.616199e-35
	\({l_P}=\sqrt{\hbar G_N/c^3}\): the Planck length [m]

static const double	MP = 2.17651e-8
	\({M_P}=\sqrt{\hbar c/G_N}\): the Planck mass [kg]

static const double	Msol = 1.98855e30
	\({M_\odot}\): the solar mass [kg]

static const double	me = 9.10938291e-31
	\({m_e}\): the mass of the electron [kg]

static const double	mn = 1.674927351e-27
	\({m_n}\): the mass of the neutron [kg]

static const double	mp = 1.672621777e-27
	\({m_p}\): the mass of the proton [kg]

static const double	au = 149597870700
	\({au}\): the astronomical unit (the value is exact) [m]

static const double	pc = 3.0856775814671916e16
	\({pc}\): the parsec, defined as 1au/1arc sec [m]

static const double	TCMB = 2.72548
	\({T_{CMB}}\): the present day CMB temperature [K]

static const double	yr = 31557600
	\({yr}\): one year [s]

static const std::string	col_default = "\033[0m"
	default colour (used when printing something on the screen)

static const std::string	col_red = "\033[0;31m"
	red colour (used when printing something on the screen)

static const std::string	col_bred = "\033[1;91m"
	bold high intensty red colour (used when printing something on the screen)

static const std::string	col_onred = "\033[41m"
	background red colour (used when printing something on the screen)

static const std::string	col_green = "\033[0;32m"
	green colour (used when printing something on the screen)

static const std::string	col_blue = "\033[0;34m"
	blue colour (used when printing something on the screen)

static const std::string	col_yellow = "\033[0;33m"
	yellow colour (used when printing something on the screen)

static const std::string	col_purple = "\033[0;35m"
	purple colour (used when printing something on the screen)

static const std::string	defaultString = "NULL"
	default std::string value

static const int	defaultInt = std::numeric_limits<int>::min()
	default integer value

static const long	defaultLong = std::numeric_limits<long>::min()
	default long value

static const float	defaultFloat = -std::numeric_limits<float>::max()
	default float value

static const double	defaultDouble = -std::numeric_limits<double>::max()
	default double value

static const std::string	ErrorMsg
	header of error messages for internal usage More...

Detailed Description

The namespace of the global parameters and constants

The cblpar namespace contains the global parameters and the mathematical, physical and astronomical constants

Variables

Detailed Description