OMSimMaterialHandler Class Reference

Handles the creation and processing of materials from json files. More...

Collaboration diagram for OMSimMaterialHandler:

Detailed Description

This class is responsible for extracting data from json files, creating new materials, processing optical surfaces, and handling special material types such as IceCube ice and scintillators.

Public Member Functions
	OMSimMaterialHandler (const G4String &filename)
void	processMaterial ()
	Process the material defined in the input file.
G4OpticalSurface *	processSurface ()
	Process and return an optical surface defined in the input file. More...
void	processExtraProperties ()
	Process extra properties for an existing material. More...
void	processSpecial (ProcessorFunction *processor)
	Process special material types using a provided function. More...
G4String	GetName ()

Private Member Functions
void	readJsonFile ()
void	createMaterial ()
	Create a new Geant4 material based on the input data.
void	processProperties ()
	Process the properties defined in the input file and add them to the material. More...
void	processConstProperties ()
	Process constant properties defined in the input file and add them to the material. More...
void	findMaterialPropertyTable (G4String p_name)
	Find the material property table for an existing material. More...
void	addProperty (const G4String &key, G4double energyUnit, G4double valueUnit, bool invertX, const boost::property_tree::ptree &propertyTree)
	Add a property to the material properties table. More...
G4OpticalSurfaceFinish	getOpticalSurfaceFinish (const std::string &finish)
	Get the G4OpticalSurfaceFinish enum value from a string. More...
G4OpticalSurfaceModel	getOpticalSurfaceModel (const std::string &model)
	Get the G4OpticalSurfaceModel enum value from a string. More...
G4SurfaceType	getSurfaceType (const std::string &type)
	Get the G4SurfaceType enum value from a string. More...
G4State	getState (const std::string &type)
	Get the G4State enum value from a string. More...

Private Attributes
ParameterTable *	m_fileData
G4double	m_hc_eVnm = h_Planck * c_light / nm
G4String	m_filePath
G4String	m_objectName
boost::property_tree::ptree	m_jsonTree
G4Material *	m_material
G4MaterialPropertiesTable *	m_MPT
G4OpticalSurface *	m_opticalSurface

Member Function Documentation

addProperty()

void OMSimMaterialHandler::addProperty ( const G4String &  p_propertyName, G4double  p_xUnit, G4double  p_yUnit, bool  p_invertX, const boost::property_tree::ptree &  p_propertyTree  )

private

Parameters

p_propertyName	Name of the property.
p_xUnit	Unit conversion factor for energy values.
p_yUnit	Unit conversion factor for property values.
p_invertX	Whether to invert the x-axis values.
p_propertyTree	Property tree containing the property data.

findMaterialPropertyTable()

void OMSimMaterialHandler::findMaterialPropertyTable ( G4String  p_name )

private

Parameters

p_name

Name of the material whose property table is to be found.

getOpticalSurfaceFinish()

G4OpticalSurfaceFinish OMSimMaterialHandler::getOpticalSurfaceFinish ( const std::string &  p_finish )

private

Parameters

finish

String representation of the finish.

getOpticalSurfaceModel()

G4OpticalSurfaceModel OMSimMaterialHandler::getOpticalSurfaceModel ( const std::string &  p_model )

private

Parameters

p_model

String representation of the model.

getState()

G4State OMSimMaterialHandler::getState ( const std::string &  p_state )

private

Parameters

p_state

String representation of the state.

getSurfaceType()

G4SurfaceType OMSimMaterialHandler::getSurfaceType ( const std::string &  p_type )

private

Parameters

p_type

String representation of the surface type.

processConstProperties()

void OMSimMaterialHandler::processConstProperties ( )

private

The json files that contain a key "jConstProperties", will have a list of properties with a constant

processExtraProperties()

void OMSimMaterialHandler::processExtraProperties

(

)

This method is used to add additional properties to a material that has already been defined.

processProperties()

void OMSimMaterialHandler::processProperties ( )

private

In the json file there is a jProperties key containing one ore more keys (which will be the name of the property in the material property table). Each of these keys contains two arrays, one in key jWavelength and the other in jValues.

processSpecial()

void OMSimMaterialHandler::processSpecial

(

ProcessorFunction *

p_processor

)

Parameters

p_processor

Function pointer to the processor function.

This method is used for processing special material types like IceCube ice or scintillators, which require custom handling.

processSurface()

G4OpticalSurface * OMSimMaterialHandler::processSurface

(

)

Returns

Pointer to the created G4OpticalSurface.

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

• OMSimMaterialHandler.hh
• OMSimMaterialHandler.cc