IceProcessor Namespace Reference

Namespace containing functions for processing IceCube ice properties from file.

Functions
void	process (ParameterTable *p_dataFile, const boost::property_tree::ptree &p_jsonTree, G4MaterialPropertiesTable *p_MPT)
	Process IceCube ice properties and create corresponding materials. More...
G4double	spiceTemperature (G4double p_depth)
	Calculate temperature of ice depending on the depth. More...
G4double	spiceAbsorption (G4double p_lambda, const std::vector< G4double > &p_spicea400inv, const std::vector< G4double > &p_spiceDepth)
	Calculate absorption length of IceCube's ice for a specific wavelength. More...
G4double	spiceRefraction (G4double p_lambda)
	Calculate refraction index of IceCube's ice for a specific wavelength. More...
G4double	mieScattering (G4double p_lambda, const std::vector< G4double > &p_spicebe400inv)
	Calculate mie scattering length of IceCube's ice for a specific wavelength. More...

Function Documentation

mieScattering()

G4double IceProcessor::mieScattering	(	G4double	p_lambda,
		const std::vector< G4double > &	p_spicebe400inv
	)

Parameters

p_lambda

Wavelength in nm.

Returns

Mie scattering length in m.

process()

void IceProcessor::process	(	ParameterTable *	p_dataFile,
		const boost::property_tree::ptree &	p_jsonTree,
		G4MaterialPropertiesTable *	p_MPT
	)

This function extracts ice properties from the provided data, calculates various optical properties, and sets up the material properties for IceCube ice simulation.

Parameters

p_dataFile	Pointer to the ParameterTable containing file data.
p_jsonTree	The JSON property tree containing ice data.
p_MPT	Pointer to the G4MaterialPropertiesTable to be modified.

spiceAbsorption()

G4double IceProcessor::spiceAbsorption	(	G4double	p_lambda,
		const std::vector< G4double > &	p_spicea400inv,
		const std::vector< G4double > &	p_spiceDepth
	)

Parameters

pLambd

Wavelength in nm.

Returns

Absorption length in m.

spiceRefraction()

G4double IceProcessor::spiceRefraction

(

G4double

p_lambda

)

Parameters

pLambd

Wavelength in nm.

Returns

Refraction index.

spiceTemperature()

G4double IceProcessor::spiceTemperature

(

G4double

p_depth

)

This function is needed for the calculation of scattering and absorption length of the ice.

Parameters

p_depth

Depth in m from where we need the temperature.

Returns

Temperature in Kelvin.