SOSM_BlackBody Class Reference

#include <SOSM_BlackBody.hpp>

Public Member Functions
	SOSM_BlackBody ()
virtual	~SOSM_BlackBody ()
virtual bool	ProcessInput (UtInput &aInput)
double	GetTemperature () const
void	SetTemperature (double aTemperature)
double	SpectralRadiantExitance (double aWavelength)
void	ComputeRadiantExitance (std::vector< float > &aExitance, const SOSM_SpectralObject &aRequestor)

Static Public Member Functions
static void	ComputeRadiantExitance (double aTemperature, std::vector< float > &aExitance, const SOSM_SpectralObject &aRequestor)
static double	SpectralRadiantExitance (double aTemperature, double aWavelenth)

Constructor & Destructor Documentation

SOSM_BlackBody()

SOSM_BlackBody::SOSM_BlackBody

(

)

~SOSM_BlackBody()

SOSM_BlackBody::~SOSM_BlackBody ( )

virtual

Member Function Documentation

ComputeRadiantExitance() [1/2]

void SOSM_BlackBody::ComputeRadiantExitance ( double aTemperature, std::vector< float > & aExitance, const SOSM_SpectralObject & aRequestor )

static

Compute the spectral radiant exitance

Parameters

aTemperature	[input] Body temperature in degrees Kelvin
aExitance	[output] The exitance (W/cm^2/um)
aRequestor	[input] The object defining the spectrum of interest.

References SOSM_SpectralObject::Count(), SOSM_SpectralObject::Increment(), SOSM_SpectralObject::Origin(), and SpectralRadiantExitance().

ComputeRadiantExitance() [2/2]

void SOSM_BlackBody::ComputeRadiantExitance ( std::vector< float > & aExitance, const SOSM_SpectralObject & aRequestor )

inline

References ComputeRadiantExitance().

Referenced by ComputeRadiantExitance(), and SOSM_SimpleTarget::ComputeRadiantIntensity().

GetTemperature()

double SOSM_BlackBody::GetTemperature ( ) const

inline

Get the temperature of the body.

Returns

The temperature of the body in deg-K.

ProcessInput()

bool SOSM_BlackBody::ProcessInput ( UtInput & aInput )

virtual

SetTemperature()

void SOSM_BlackBody::SetTemperature ( double aTemperature )

inline

Set the temperature of the body.

Parameters

aTemperature

The body temperature in deg-K.

SpectralRadiantExitance() [1/2]

double SOSM_BlackBody::SpectralRadiantExitance ( double aTemperature, double aWavelength )

static

Compute the spectral radiant exitance for a specified wavelength.

This form uses a specified temperature rather than the internally maintained temperature.

Parameters

aTemperature	The body temperature (deg-K)
aWavelength	The wavelength of interest (um)

Returns

The spectral radiant exitance (W / (cm^2 * um)).

SpectralRadiantExitance() [2/2]

double SOSM_BlackBody::SpectralRadiantExitance ( double aWavelength )

inline

Compute the spectral radiant exitance for a specified wavelength.

This form uses the current temperature of the body (as defined by SetTemperature).

Parameters

aWavelength

The wavelength of interest (um)

Returns

The spectral radiant exitance (W / (cm^2 * um)).

References SpectralRadiantExitance().

Referenced by ComputeRadiantExitance(), and SpectralRadiantExitance().

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

• SOSM_BlackBody.hpp
• SOSM_BlackBody.cpp