ActsTrk::DevicePixelMeasurement< BASE > Class Template Reference

Interface for the DeviceMeasurementContainer type. More...

#include <DeviceMeasurementContainers.h>

Inheritance diagram for ActsTrk::DevicePixelMeasurement< BASE >:

Collaboration diagram for ActsTrk::DevicePixelMeasurement< BASE >:

Public Member Functions
Measurement Information
TRACCC_HOST_DEVICE auto &	identifier ()
TRACCC_HOST_DEVICE const auto &	identifier () const
TRACCC_HOST_DEVICE auto &	local_position ()
TRACCC_HOST_DEVICE const auto &	local_position () const
TRACCC_HOST_DEVICE auto &	local_variance ()
TRACCC_HOST_DEVICE const auto &	local_variance () const
TRACCC_HOST_DEVICE auto &	global_position ()
TRACCC_HOST_DEVICE const auto &	global_position () const
TRACCC_HOST_DEVICE auto &	module_id_hash ()
	Athena module identifier hash where the measurement belongs (non-const).
TRACCC_HOST_DEVICE const auto &	module_id_hash () const
	Athena module identifier hash where the measurement belongs (const).
Utility functions
template<typename T>
TRACCC_HOST_DEVICE bool	operator== (const DevicePixelMeasurement< T > &other) const
	Equality operator.
template<typename T>
TRACCC_HOST_DEVICE std::partial_ordering	operator<=> (const DevicePixelMeasurement< T > &other) const
	Comparison operator.

Friends
TRACCC_HOST friend std::ostream &	operator<< (std::ostream &os, const DevicePixelMeasurement &m)

Detailed Description

template<typename BASE>
class ActsTrk::DevicePixelMeasurement< BASE >

Interface for the DeviceMeasurementContainer type.

It provides the API that users would interact with, while using the columns/arrays of the SoA containers, or the variables of the AoS proxies created on top of the SoA containers.

Definition at line 24 of file DeviceMeasurementContainers.h.

Member Function Documentation

global_position() [1/2]

template<typename BASE>

TRACCC_HOST_DEVICE auto & ActsTrk::DevicePixelMeasurement< BASE >::global_position ( )

inline

Returns

A non-const array of 3 floats

Definition at line 63 of file DeviceMeasurementContainers.h.

{ return BASE::template get<3>(); }

global_position() [2/2]

template<typename BASE>

TRACCC_HOST_DEVICE const auto & ActsTrk::DevicePixelMeasurement< BASE >::global_position ( ) const

inline

Returns

A const array of 3 floats

Definition at line 66 of file DeviceMeasurementContainers.h.

{ return BASE::template get<3>(); }

identifier() [1/2]

template<typename BASE>

TRACCC_HOST_DEVICE auto & ActsTrk::DevicePixelMeasurement< BASE >::identifier ( )

inline

Returns

A non-const long unsigned int

Definition at line 42 of file DeviceMeasurementContainers.h.

{ return BASE::template get<0>(); }

identifier() [2/2]

template<typename BASE>

TRACCC_HOST_DEVICE const auto & ActsTrk::DevicePixelMeasurement< BASE >::identifier ( ) const

inline

Returns

A const long unsigned int

Definition at line 45 of file DeviceMeasurementContainers.h.

{ return BASE::template get<0>(); }

local_position() [1/2]

template<typename BASE>

TRACCC_HOST_DEVICE auto & ActsTrk::DevicePixelMeasurement< BASE >::local_position ( )

inline

Returns

A non-const array of 2 floats

Definition at line 49 of file DeviceMeasurementContainers.h.

{ return BASE::template get<1>(); }

local_position() [2/2]

template<typename BASE>

TRACCC_HOST_DEVICE const auto & ActsTrk::DevicePixelMeasurement< BASE >::local_position ( ) const

inline

Returns

A const array of 2 floats

Definition at line 52 of file DeviceMeasurementContainers.h.

{ return BASE::template get<1>(); }

local_variance() [1/2]

template<typename BASE>

TRACCC_HOST_DEVICE auto & ActsTrk::DevicePixelMeasurement< BASE >::local_variance ( )

inline

Returns

A non-const array of 4 floats

Definition at line 56 of file DeviceMeasurementContainers.h.

{ return BASE::template get<2>(); }

local_variance() [2/2]

template<typename BASE>

TRACCC_HOST_DEVICE const auto & ActsTrk::DevicePixelMeasurement< BASE >::local_variance ( ) const

inline

Returns

A const array of 4 floats

Definition at line 59 of file DeviceMeasurementContainers.h.

{ return BASE::template get<2>(); }

module_id_hash() [1/2]

template<typename BASE>

TRACCC_HOST_DEVICE auto & ActsTrk::DevicePixelMeasurement< BASE >::module_id_hash ( )

inline

Athena module identifier hash where the measurement belongs (non-const).

Returns

A non-const unsigned integer

Definition at line 71 of file DeviceMeasurementContainers.h.

{ return BASE::template get<4>(); }

module_id_hash() [2/2]

template<typename BASE>

TRACCC_HOST_DEVICE const auto & ActsTrk::DevicePixelMeasurement< BASE >::module_id_hash ( ) const

inline

Athena module identifier hash where the measurement belongs (const).

Returns

A const unsigned integer

Definition at line 75 of file DeviceMeasurementContainers.h.

{ return BASE::template get<4>(); }

operator<=>()

template<typename BASE>

template<typename T>

TRACCC_HOST_DEVICE std::partial_ordering ActsTrk::DevicePixelMeasurement< BASE >::operator<=>

(

const DevicePixelMeasurement< T > &

other

)

const

Comparison operator.

Note

This function must only be used on proxy objects, not on containers!

Parameters

[in]

other

The object to compare with

Returns

A weak ordering object, describing the relation between the two objects

operator==()

template<typename BASE>

template<typename T>

TRACCC_HOST_DEVICE bool ActsTrk::DevicePixelMeasurement< BASE >::operator==

(

const DevicePixelMeasurement< T > &

other

)

const

Equality operator.

Note

This function must only be used on proxy objects, not on containers!

Parameters

[in]

other

The object to compare with

Returns

true if the objects are equal, false otherwise

Friends And Related Symbol Documentation

operator<<

template<typename BASE>

TRACCC_HOST friend std::ostream & operator<< ( std::ostream & os, const DevicePixelMeasurement< BASE > & m )

friend

Returns

a string stream that prints the measurement details

Definition at line 111 of file DeviceMeasurementContainers.h.

                                                                                   {
        os << "id = " << m.identifier()
            << ", ";
        os << "module_hash = " << m.module_id_hash()
            << ", ";
        os << "local_pos = [" << m.local_position()[0]
            << ", " << m.local_position()[1]
            << "], ";
        os << "local_var = [" << m.local_variance()[0]
            << ", " << m.local_variance()[1]
            << "], ";
        os << "global_pos = [" << m.global_position()[0]
            << ", " << m.global_position()[1]
            << ", " << m.global_position()[2]
            << "]";
        return os;
    }

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

• DeviceMeasurementContainers.h