Units Class Reference

Class used to convert units using a standard convention. More...

#include <fcst_units.h>

Static Public Member Functions
static double	convert (double unitToConvert, double to, double from)
	The conversion routine convert(unitToConvert, X, Y) should be read as: More...
static double	convert (double unitToConvert, int specificCase)
	Convert using on a case by case basis. More...

Static Public Attributes
static const unsigned int	KJ_to_BTU =1
static const unsigned int	BTU_to_KJ =2
static const unsigned int	ATM_to_PA =3
static double	PER_K_UNIT
static double	PER_UNIT
static double	PER_C_UNIT
static double	PER_MILLI_UNIT
static double	PER_MICRO_UNIT
static double	PER_N_UNIT
static double	PER_P_UNIT
static double	PER_UNIT2
static double	PER_C_UNIT2
static double	PER_MILLI_UNIT2
static double	PER_MICRO_UNIT2
static double	PER_N_UNIT2
static double	PER_P_UNIT2
static double	PER_UNIT3
static double	PER_C_UNIT3
static double	PER_MILLI_UNIT3
static double	PER_MICRO_UNIT3
static double	PER_N_UNIT3
static double	PER_P_UNIT3
static double	K_UNIT
static double	UNIT
static double	C_UNIT
static double	MILLI_UNIT
static double	MICRO_UNIT
static double	N_UNIT
static double	P_UNIT
static double	UNIT2
static double	C_UNIT2
static double	MILLI_UNIT2
static double	MICRO_UNIT2
static double	N_UNIT2
static double	P_UNIT2
static double	UNIT3
static double	C_UNIT3
static double	MILLI_UNIT3
static double	MICRO_UNIT3
static double	N_UNIT3
static double	P_UNIT3

Detailed Description

Class used to convert units using a standard convention.

All routines are static, therefore, there is no need to create an object of this class, simply use the Units::convert() to call the class and add the .h file to your header file.

The converstion routine convert(unitToConvert, X, Y) should be read as:

convert quantity unitToConvert to X from Y.

Usage details

*       FcstUtilities::log << "Tests" << std::endl;
*       FcstUtilities::log << "1/m^2 to 1/cm^2: " <<  Units::convert(1, Units::PER_C_UNIT2, Units::PER_UNIT2)<<std::endl;
*       FcstUtilities::log << "1/cm^3 to 1/m^3: " <<Units::convert(1, Units::PER_UNIT3, Units::PER_C_UNIT3)<<  std::endl;
*       FcstUtilities::log << "m^2/a to cm^2/a: " <<  Units::convert(1, Units::C_UNIT2, Units::UNIT2)<<std::endl;
*       FcstUtilities::log << "cm^3/a to m^3/a: " <<Units::convert(1, Units::UNIT3, Units::C_UNIT3)<<  std::endl;
* 

Author

P. Wardlaw

Date

2013

Member Function Documentation

static double Units::convert ( double  unitToConvert, double  to, double  from  )

inlinestatic

The conversion routine convert(unitToConvert, X, Y) should be read as:

convert quantity unitToConvert from Y to X

Referenced by FuelCell::OperatingConditions::get_anode_gas_density(), FuelCell::OperatingConditions::get_cathode_gas_density(), FuelCell::OperatingConditions::get_pa_atm(), FuelCell::OperatingConditions::get_pc_atm(), FuelCellShop::Equation::LiquidSourceEquation< dim >::get_temp_related_parameters(), and FuelCellShop::Equation::CompressibleMultiComponentKGEquationsCoupled< dim >::update_inv_diffusion_coefficients().

Here is the caller graph for this function:

static double Units::convert ( double  unitToConvert, int  specificCase  )

inlinestatic

Convert using on a case by case basis.

In this case, the function should be read as: Convert unitToConvert from KJ to BTU.

References ATM_to_PA, BTU_to_KJ, and KJ_to_BTU.

Member Data Documentation

const unsigned int Units::ATM_to_PA =3

static

Referenced by convert(), FuelCell::OperatingConditions::get_anode_gas_density(), FuelCell::OperatingConditions::get_cathode_gas_density(), FuelCell::OperatingConditions::get_pa_atm(), and FuelCell::OperatingConditions::get_pc_atm().

const unsigned int Units::BTU_to_KJ =2

static

Referenced by convert().

double Units::C_UNIT

static

double Units::C_UNIT2

static

Referenced by FuelCellShop::Equation::CompressibleMultiComponentKGEquationsCoupled< dim >::update_inv_diffusion_coefficients().

double Units::C_UNIT3

static

double Units::K_UNIT

static

const unsigned int Units::KJ_to_BTU =1

static

Referenced by convert().

double Units::MICRO_UNIT

static

double Units::MICRO_UNIT2

static

double Units::MICRO_UNIT3

static

double Units::MILLI_UNIT

static

double Units::MILLI_UNIT2

static

double Units::MILLI_UNIT3

static

double Units::N_UNIT

static

double Units::N_UNIT2

static

double Units::N_UNIT3

static

double Units::P_UNIT

static

double Units::P_UNIT2

static

double Units::P_UNIT3

static

double Units::PER_C_UNIT

static

double Units::PER_C_UNIT2

static

double Units::PER_C_UNIT3

static

Referenced by FuelCellShop::Equation::LiquidSourceEquation< dim >::get_temp_related_parameters().

double Units::PER_K_UNIT

static

double Units::PER_MICRO_UNIT

static

double Units::PER_MICRO_UNIT2

static

double Units::PER_MICRO_UNIT3

static

double Units::PER_MILLI_UNIT

static

double Units::PER_MILLI_UNIT2

static

double Units::PER_MILLI_UNIT3

static

double Units::PER_N_UNIT

static

double Units::PER_N_UNIT2

static

double Units::PER_N_UNIT3

static

double Units::PER_P_UNIT

static

double Units::PER_P_UNIT2

static

double Units::PER_P_UNIT3

static

double Units::PER_UNIT

static

double Units::PER_UNIT2

static

Referenced by FuelCellShop::Equation::LiquidSourceEquation< dim >::get_temp_related_parameters().

double Units::PER_UNIT3

static

double Units::UNIT

static

double Units::UNIT2

static

Referenced by FuelCellShop::Equation::CompressibleMultiComponentKGEquationsCoupled< dim >::update_inv_diffusion_coefficients().

double Units::UNIT3

static

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The documentation for this class was generated from the following file:

• fcst_units.h