Acts::VolumeConfig Struct Reference

VolumeConfig struct to understand the layer config. More...

#include <Acts/Geometry/CylinderVolumeBuilder.hpp>

Collaboration diagram for Acts::VolumeConfig:

Public Member Functions
	VolumeConfig ()
	Default constructor.
void	adapt (const VolumeConfig &lConfig)
	Adapt to the dimensions of another config it will take the maximum/minimum values and just overwrite them.
void	adaptR (const VolumeConfig &lConfig)
	Adapt to the dimensions of another config in R it will take the maximum/minimum values and just overwrite them.
void	adaptZ (const VolumeConfig &lConfig)
	Adapt to the dimensions of another config in Z it will take the maximum/minimum values and just overwrite them.
void	attachZ (const VolumeConfig &lConfig)
	Attach method - const it attaches the one volume config to the other one.
bool	contains (const VolumeConfig &vConfig) const
	Check if contained full set.
bool	containsInR (const VolumeConfig &vConfig) const
	Check if contained radially.
bool	containsInZ (const VolumeConfig &vConfig) const
	Check if contained longitudinally.
void	midPointAttachZ (VolumeConfig &lConfig)
	Attach method - non-const it attaches the one volume config to the other one in Z this is the non-cost method, i.e.
bool	overlapsInR (const VolumeConfig &vConfig) const
	Overlap check radially.
bool	overlapsInZ (const VolumeConfig &vConfig) const
	Overlap check longitudinally.
std::string	toString () const
	Method for output formatting.
bool	wraps (const VolumeConfig &vConfig) const
	Compatibility check full set.

Public Attributes
LayerVector	layers
	the layers you have
bool	present {false}
	layers are present
double	rMax
	max parameter r
double	rMin
	min parameter r
MutableTrackingVolumeVector	volumes
	the confined volumes you have
bool	wrapping {false}
	in what way they are binned
double	zMax
	max parameter z
double	zMin
	min parameter z

Detailed Description

VolumeConfig struct to understand the layer config.

Constructor & Destructor Documentation

VolumeConfig()

Acts::VolumeConfig::VolumeConfig

(

)

Default constructor.

Member Function Documentation

adapt()

void Acts::VolumeConfig::adapt

(

const VolumeConfig &

lConfig

)

Adapt to the dimensions of another config it will take the maximum/minimum values and just overwrite them.

Parameters

[in]

lConfig

is the config to which it should be adapted

adaptR()

void Acts::VolumeConfig::adaptR

(

const VolumeConfig &

lConfig

)

Adapt to the dimensions of another config in R it will take the maximum/minimum values and just overwrite them.

Parameters

[in]

lConfig

is the config to which it should be adapted

adaptZ()

void Acts::VolumeConfig::adaptZ

(

const VolumeConfig &

lConfig

)

Adapt to the dimensions of another config in Z it will take the maximum/minimum values and just overwrite them.

Parameters

[in]

lConfig

is the config to which it should be adapted

attachZ()

void Acts::VolumeConfig::attachZ

(

const VolumeConfig &

lConfig

)

Attach method - const it attaches the one volume config to the other one.

Parameters

[in]

lConfig

is the confit to which it should be attached

contains()

bool Acts::VolumeConfig::contains

(

const VolumeConfig &

vConfig

)

const

Check if contained full set.

Parameters

[in]

vConfig

is the config against which is checked

Returns

True if the given config is fully contained by this one

containsInR()

bool Acts::VolumeConfig::containsInR

(

const VolumeConfig &

vConfig

)

const

Check if contained radially.

Parameters

[in]

vConfig

is the config against which is checked

Returns

True if the given config is contained radially

containsInZ()

bool Acts::VolumeConfig::containsInZ

(

const VolumeConfig &

vConfig

)

const

Check if contained longitudinally.

Parameters

[in]

vConfig

is the config against which is checked

Returns

True if the given config is contained longitudinally

midPointAttachZ()

void Acts::VolumeConfig::midPointAttachZ

(

VolumeConfig &

lConfig

)

Attach method - non-const it attaches the one volume config to the other one in Z this is the non-cost method, i.e.

the mid point is used

Parameters

[in]

lConfig

is the config to which it should be attached

Note

lConfig will be changed

overlapsInR()

bool Acts::VolumeConfig::overlapsInR

(

const VolumeConfig &

vConfig

)

const

Overlap check radially.

Parameters

[in]

vConfig

is the config against which is checked

Returns

boolean if the overlap in r exists

overlapsInZ()

bool Acts::VolumeConfig::overlapsInZ

(

const VolumeConfig &

vConfig

)

const

Overlap check longitudinally.

Parameters

[in]

vConfig

is the config against which is checked

Returns

boolean if the overlap in z exists

toString()

std::string Acts::VolumeConfig::toString

(

)

const

Method for output formatting.

Returns

String representation of this volume config

wraps()

bool Acts::VolumeConfig::wraps

(

const VolumeConfig &

vConfig

)

const

Compatibility check full set.

Parameters

[in]

vConfig

is the config against which is checked

Returns

boolean if the current volume wraps the vConfig fully

Member Data Documentation

layers

LayerVector Acts::VolumeConfig::layers

the layers you have

present

bool Acts::VolumeConfig::present {false}

layers are present

rMax

double Acts::VolumeConfig::rMax

max parameter r

rMin

double Acts::VolumeConfig::rMin

min parameter r

volumes

MutableTrackingVolumeVector Acts::VolumeConfig::volumes

the confined volumes you have

wrapping

bool Acts::VolumeConfig::wrapping {false}

in what way they are binned

zMax

double Acts::VolumeConfig::zMax

max parameter z

zMin

double Acts::VolumeConfig::zMin

min parameter z