SHiPGeometry::CalorimeterFactory Class Reference

Factory for the Calorimeter (ECAL + HCAL) geometry. More...

#include <CalorimeterFactory.h>

Public Member Functions
	CalorimeterFactory (SHiPMaterials &materials, std::string configPath="calo.toml")
	~CalorimeterFactory ()=default
GeoPhysVol *	build ()
	Build and return the calorimeter container volume.

Static Public Member Functions
static double	totalStackZ (const CalorimeterConfig &cfg)
	Compute the total Z extent of one ECAL+gap+HCAL stack (mm).

Detailed Description

Factory for the Calorimeter (ECAL + HCAL) geometry.

Creates a fixed-size container volume matching the SHiP envelope (3.00 × 3.50 × 1.45 m half-sizes, centred at Z = 98 320 mm) and fills it with the real layer-by-layer geometry driven by calo.toml.

The config file is resolved at build() time:

1. "calo.toml" relative to the current working directory (works when running from the build directory, where CMake stages the file).
2. The absolute source-tree path baked in at compile time via CALO_TOML_DEFAULT_PATH (always valid during development).

Constructor & Destructor Documentation

CalorimeterFactory()

SHiPGeometry::CalorimeterFactory::CalorimeterFactory ( SHiPMaterials &  materials, std::string  configPath = "calo.toml"  )

explicit

~CalorimeterFactory()

SHiPGeometry::CalorimeterFactory::~CalorimeterFactory ( )

default

Member Function Documentation

build()

GeoPhysVol * SHiPGeometry::CalorimeterFactory::build

(

)

Build and return the calorimeter container volume.

totalStackZ()

double SHiPGeometry::CalorimeterFactory::totalStackZ ( const CalorimeterConfig &  cfg )

static

Compute the total Z extent of one ECAL+gap+HCAL stack (mm).

Public so tests and placement code can query the stack thickness independently of a full build().

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

• subsystems/Calorimeter/include/Calorimeter/CalorimeterFactory.h
• subsystems/Calorimeter/src/CalorimeterFactory.cpp