detray::homogeneous_volume_material_builder< detector_t > Class Template Reference

Build a volume with homogeneous volume material. More...

#include <detray/builders/homogeneous_volume_material_builder.hpp>

Inheritance diagram for detray::homogeneous_volume_material_builder< detector_t >:

Collaboration diagram for detray::homogeneous_volume_material_builder< detector_t >:

Public Types
using	scalar_type = dscalar<typename detector_t::algebra_type>
	Scalar type used by the detector's material definitions.
Public Types inherited from detray::volume_decorator< detector_t >
using	scalar_t = dscalar<typename detector_t::algebra_type>
	Scalar type used by the detector's algebra.
Public Types inherited from detray::volume_builder_interface< detector_t >
using	algebra_type = typename detector_t::algebra_type
	Algebra type used by the detector.
using	scalar_type = dscalar<algebra_type>
	Scalar type used by the detector's algebra.

Public Member Functions
	homogeneous_volume_material_builder (std::unique_ptr< volume_builder_interface< detector_t > > vol_builder)
auto	build (detector_t &det, const volume_builder_options &opt, typename detector_t::geometry_context ctx={}) -> typename detector_t::volume_type *override
	Add the volume and the material to the detector det.
void	set_material (material< scalar_type > mat)
	Add all necessary components for the volume material.
Public Member Functions inherited from detray::volume_decorator< detector_t >
	volume_decorator (std::unique_ptr< volume_builder_interface< detector_t > > vol_builder)
	Wraps a volume builder.
void	add_surfaces (std::shared_ptr< surface_factory_interface< detector_t > > sf_factory, typename detector_t::geometry_context ctx={}) override
	Adds surfaces through the wrapped builder's factory interface.
void	add_volume_placement (const typename detector_t::point3_type &t) override
	Adds a placement using a translation and identity rotation.
void	add_volume_placement (const typename detector_t::point3_type &t, const typename detector_t::vector3_type &x, const typename detector_t::vector3_type &z) override
	Adds a placement using a translation and its x- and z-axes.
void	add_volume_placement (const typename detector_t::transform3_type &trf={}) override
	Adds a placement transform to the wrapped builder.
auto	build (detector_t &det, const volume_builder_options &opt, typename detector_t::geometry_context={}) -> typename detector_t::volume_type *override
	Builds the wrapped volume in the detector.
bool	has_accel () const override
	Returns whether sensitive surfaces are added to brute force lookup.
void	has_accel (bool toggle) override
	Forwards the brute-force acceleration setting to the wrapped builder.
std::string_view	name () override
	Returns the wrapped volume's name.
auto	operator() () -> typename detector_t::volume_type &override
	Returns the mutable volume being built.
auto	operator() () const -> const typename detector_t::volume_type &override
	Returns const access to the wrapped volume.
void	set_name (std::string volume_name) override
	Sets the wrapped volume's name.
auto	vol_index () const -> dindex override
	Returns the index assigned by the wrapped builder.
Public Member Functions inherited from detray::volume_builder_interface< detector_t >
virtual void	add_volume_placement (const dpoint3D< algebra_type > &t)=0
	Add the transform for the volume placement from the translation t.
virtual void	add_volume_placement (const dpoint3D< algebra_type > &t, const dvector3D< algebra_type > &x, const dvector3D< algebra_type > &z)=0
	Add the transform for the volume placement from the translation t , the new x- and z-axis (x, z).
virtual void	add_volume_placement (const dtransform3D< algebra_type > &trf={})=0
	Add the transform for the volume placement - copy.

Additional Inherited Members
Protected Member Functions inherited from detray::volume_decorator< detector_t >
volume_builder_interface< detector_t > *	get_builder ()
	Access to underlying builderReturns a pointer to the wrapped builder.
detector_t::surface_lookup_container &	surfaces () override
	Returns mutable access to the wrapped builder's surface lookup container.
detector_t::transform_container &	transforms () override
	Returns mutable access to the wrapped builder's transforms.
detector_t::mask_container &	masks () override
	Returns mutable access to the wrapped builder's masks.
Protected Member Functions inherited from detray::volume_builder_interface< detector_t >

Detailed Description

template<typename detector_t>
class detray::homogeneous_volume_material_builder< detector_t >

Build a volume with homogeneous volume material.

Decorator class to a volume builder that adds the material data to the volume while building the volume.

Constructor & Destructor Documentation

homogeneous_volume_material_builder()

template<typename detector_t>

detray::homogeneous_volume_material_builder< detector_t >::homogeneous_volume_material_builder ( std::unique_ptr< volume_builder_interface< detector_t > > vol_builder )

explicit

Parameters

vol_builder

volume builder that should be decorated with volume material

Member Function Documentation

build()

template<typename detector_t>

auto detray::homogeneous_volume_material_builder< detector_t >::build ( detector_t & det, const volume_builder_options & opt, typename detector_t::geometry_context ctx = {} )->typenamedetector_t::volume_type *

overridevirtual

Add the volume and the material to the detector det.

Parameters

det	Detector that receives the volume and material.
opt	Options controlling volume construction.
ctx	Geometry context used by the decorated builder.

Returns

Pointer to the constructed volume.

Implements detray::volume_builder_interface< detector_t >.

set_material()

template<typename detector_t>

void detray::homogeneous_volume_material_builder< detector_t >::set_material

(

material< scalar_type >

mat

)

Add all necessary components for the volume material.

Parameters

mat	the material parameters