Namespaces
	detail

Typedefs
using	ModuleData_t = std::array< int, ModuleIdentifierMatchUtil::kAllRows/2 >

Enumerations
enum	EModulePatternPart { kBarrelEndcapSelectRange =0, kLayerRange =2, kEtaRange =4, kPhiRange =6, kColumnStripRange =8, kLength =10, kSideRange =12, kAllRows =14, kNParts =15 }
	The identifier parts used for identifier matching kAllRows denotes the element which contains a flag (0, 1), to specify whether a pattern should match all modules which are connected to the same side of a physical sensor. More...

Functions
template<ModuleDesignConcept T_ModuleDesign>
int	getColumnsOrCells (const T_ModuleDesign &moduleDesign)

template<bool test_order, typename T >
bool	verifyElementCountAndOrder (const std::vector< std::vector< T > > &arr, std::size_t n_expected, [[maybe_unused]] std::size_t test_n=0)
	Test whether the given 2D vector has the expected number of elements, and correct ordering. More...

bool	verifyModulePatternList (const std::vector< std::vector< int > > &arr)
	Verify whether a list of module identifier patterns is consistent. More...

template<typename T >
bool	verifyElementCount (const std::vector< std::vector< T > > &arr, std::size_t n_expected)
	test whether the 2D vector arr has the expected number of elements. More...

void	setModuleData (EModulePatternPart part, int value, std::array< int, kAllRows/2 > &dest)
	Convenience function to set the specified element in the given array. More...

template<class T_ID , class T_ModuleDesign >
void	setModuleData (const T_ID &id_helper, const Identifier &identifier, const T_ModuleDesign &module_design, ModuleData_t &module_data)
	Convenience function to extract various identifier parts and set the given array. More...

void	moduleMatches (const std::vector< std::vector< int > > &module_pattern, const ModuleData_t &module_data, std::vector< unsigned int > &module_pattern_idx)
	Test whether an identifier, which is split into various parts, matches some of the given patterns. More...

bool	matchesBothSides (const std::vector< int > &a_module_pattern)
	Test whether the given pattern matches identifiers which refer to either side of a sensor. More...

bool	isSideMatching (const std::vector< int > &a_module_pattern, int side)
	Test whether the given pattern matches the given side. More...

bool	matchesAllModuleRowsOfSensor (const std::vector< int > &a_module_pattern)
	Test whether a pattern matches all module rows of a sensor or just a single row. More...

Variables
template<typename T_ModuleDesign >
concept	HasColumns = requires(T_ModuleDesign design) { design.columns(); }

template<typename T_ModuleDesign >
concept	HasCells = requires(T_ModuleDesign design) { design.cells(); }

template<typename T_ModuleDesign >
concept	ModuleDesignConcept = HasColumns<T_ModuleDesign> \|\| HasCells<T_ModuleDesign>

Typedef Documentation

◆ ModuleData_t

using InDet::ModuleIdentifierMatchUtil::ModuleData_t = typedef std::array< int, ModuleIdentifierMatchUtil::kAllRows/2 >

Definition at line 67 of file ModuleIdentifierMatchUtil.h.

Enumeration Type Documentation

◆ EModulePatternPart

enum InDet::ModuleIdentifierMatchUtil::EModulePatternPart

The identifier parts used for identifier matching kAllRows denotes the element which contains a flag (0, 1), to specify whether a pattern should match all modules which are connected to the same side of a physical sensor.

Enumerator
kBarrelEndcapSelectRange
kLayerRange
kEtaRange
kPhiRange
kColumnStripRange
kLength
kSideRange
kAllRows
kNParts

Definition at line 55 of file ModuleIdentifierMatchUtil.h.

                               {
          kBarrelEndcapSelectRange=0,
          kLayerRange=2,
          kEtaRange=4,
          kPhiRange=6,
          kColumnStripRange=8,
          kLength=10,
          kSideRange=12,
          kAllRows=14,
          kNParts=15
       };

Function Documentation

◆ getColumnsOrCells()

template<ModuleDesignConcept T_ModuleDesign>

int InDet::ModuleIdentifierMatchUtil::getColumnsOrCells ( const T_ModuleDesign & moduleDesign )

Definition at line 40 of file ModuleIdentifierMatchUtil.h.

                                                                 {
          if constexpr(HasColumns<T_ModuleDesign>) {
             return moduleDesign.columns();
          }
          else {
             return moduleDesign.cells();
          }
       }

◆ isSideMatching()

bool InDet::ModuleIdentifierMatchUtil::isSideMatching	(	const std::vector< int > &	a_module_pattern,
		int	side
	)

inline

Test whether the given pattern matches the given side.

Definition at line 186 of file ModuleIdentifierMatchUtil.h.

                                                                                    {
          assert( ModuleIdentifierMatchUtil::kSideRange+1 < a_module_pattern.size() );
          return    side >= a_module_pattern[ModuleIdentifierMatchUtil::kSideRange]
                 && side <= a_module_pattern[ModuleIdentifierMatchUtil::kSideRange+1];
       }

◆ matchesAllModuleRowsOfSensor()

bool InDet::ModuleIdentifierMatchUtil::matchesAllModuleRowsOfSensor ( const std::vector< int > & a_module_pattern )

inline

Test whether a pattern matches all module rows of a sensor or just a single row.

Parameters

a_module_pattern a module identifier pattern

Returns: true if the pattern matches all module rows connected to a physical sensor. A sensor might be connected to multiple modules where the modules might be connected to the same sensor side in multiple rows. If the given pattern matches all rows, this function returns true.

Definition at line 199 of file ModuleIdentifierMatchUtil.h.

                                                                                        {
          assert(ModuleIdentifierMatchUtil::kAllRows < a_module_pattern.size());
          return a_module_pattern[ModuleIdentifierMatchUtil::kAllRows] != 0;
       }

◆ matchesBothSides()

bool InDet::ModuleIdentifierMatchUtil::matchesBothSides ( const std::vector< int > & a_module_pattern )

inline

Test whether the given pattern matches identifiers which refer to either side of a sensor.

Parameters

a_module_pattern a module identifier pattern

Returns: true if the side range only contains one element A sensor might be connected to multiple modules where the modules might be located on different sides of a sensor. The side range may contain one side only or both sides. In the latter case this function returns true.

Definition at line 179 of file ModuleIdentifierMatchUtil.h.

                                                                            {
          assert( ModuleIdentifierMatchUtil::kSideRange+1 < a_module_pattern.size() );
          return    a_module_pattern[ModuleIdentifierMatchUtil::kSideRange]
                 != a_module_pattern[ModuleIdentifierMatchUtil::kSideRange+1];
       }

◆ moduleMatches()

void InDet::ModuleIdentifierMatchUtil::moduleMatches	(	const std::vector< std::vector< int > > &	module_pattern,
		const ModuleData_t &	module_data,
		std::vector< unsigned int > &	module_pattern_idx
	)

inline

Test whether an identifier, which is split into various parts, matches some of the given patterns.

Parameters

module_pattern	an array which contains ranges for various identifier parts
module_data	an array which contains various parts of an identifier
module_pattern_idx	an output vector which will be filled with the indices of matching patterns Will test all "patterns" in module pattern whether they match the given identifier parts. The patterns contain ranges of identifier parts (start and end of the range are inclusive). For a pattern to match, all identifier parts have to be within the allowed range of a pattern.

Definition at line 150 of file ModuleIdentifierMatchUtil.h.

                                                                         {
          module_pattern_idx.clear();
          for (unsigned int pattern_i=0u; pattern_i<module_pattern.size(); ++pattern_i) {
             const std::vector<int> &pattern = module_pattern[pattern_i];
             unsigned int range_i=0;
             bool match=true;
             for (int module_value : module_data) {
                assert( range_i+1 < pattern.size());
                if (module_value<pattern[range_i] || module_value>pattern[range_i+1]) {
                   match=false;
                   break;
                }
                range_i+=2;
             }
             if (match) {
                module_pattern_idx.push_back(pattern_i);
             }
          }
       }

◆ setModuleData() [1/2]

template<class T_ID , class T_ModuleDesign >

void InDet::ModuleIdentifierMatchUtil::setModuleData	(	const T_ID &	id_helper,
		const Identifier &	identifier,
		const T_ModuleDesign &	module_design,
		ModuleData_t &	module_data
	)

inline

Convenience function to extract various identifier parts and set the given array.

Parameters

id_helper	the ID helper e.g. PixelID, SCT_ID to extract various parts from the given identifier
identifier	the identifier from which the various parts are extracted
n_columns_or_strips	either the number of columns (e.g. for pixel) or strips
module_data	the array which will be filled with the identifier parts Fill an array with identifier parts which can be used to match module identifiers.

Definition at line 129 of file ModuleIdentifierMatchUtil.h.

                                                            {
          setModuleData(kBarrelEndcapSelectRange, id_helper.barrel_ec(identifier), module_data);
          setModuleData(kLayerRange, id_helper.layer_disk(identifier), module_data);
          setModuleData(kEtaRange, id_helper.eta_module(identifier), module_data);
          setModuleData(kPhiRange, id_helper.phi_module(identifier), module_data);
          setModuleData(kColumnStripRange, getColumnsOrCells(module_design), module_data);
          setModuleData(kLength, static_cast<int>(module_design.length()*1e3), module_data);
          setModuleData(kSideRange, detail::getZeroOrSide(id_helper,identifier),module_data);
       }

◆ setModuleData() [2/2]

void InDet::ModuleIdentifierMatchUtil::setModuleData	(	EModulePatternPart	part,
		int	value,
		std::array< int, kAllRows/2 > &	dest
	)

inline

Convenience function to set the specified element in the given array.

Parameters

part	specifies the element to set
value	the value to copy to the array
dest	the array to which the value is copied

Definition at line 116 of file ModuleIdentifierMatchUtil.h.

                                                                                                        {
          assert( part%2==0 && static_cast<unsigned int>(part/2)<dest.size());
          dest[part/2] = value;
       }

◆ verifyElementCount()

template<typename T >

bool InDet::ModuleIdentifierMatchUtil::verifyElementCount	(	const std::vector< std::vector< T > > &	arr,
		std::size_t	n_expected
	)

inline

test whether the 2D vector arr has the expected number of elements.

See verifyElementCountAndOrder

Definition at line 107 of file ModuleIdentifierMatchUtil.h.

                                                                                                 {
          return verifyElementCountAndOrder<false,T>(arr,n_expected, 0);
       }

◆ verifyElementCountAndOrder()

template<bool test_order, typename T >

bool InDet::ModuleIdentifierMatchUtil::verifyElementCountAndOrder	(	const std::vector< std::vector< T > > &	arr,
		std::size_t	n_expected,
		[[maybe_unused] ] std::size_t	test_n = `0`
	)

inline

Test whether the given 2D vector has the expected number of elements, and correct ordering.

Template Parameters

test_order	if true test element order otherwise only test element count
T	element type

Parameters

arr	2D array to be tested
n_expected	number of elements of in each element vector of the top-level vector
test_n	number of elements (not pairs) to test when verifying the correct order of element pairs

Returns: true if arr passes the tests Test whether each element vector of arr, which is a vector, contains the same number of elements n_expected. if test_order is true also test whether the first test_n/2 element pairs of each element vector of arr are in ascending order i.e. arr[..][2*i] < arr[..][2*i+1] for all i..n_test/2

Definition at line 81 of file ModuleIdentifierMatchUtil.h.

                                                                                                                                              {
          for (const auto &sub_arr : arr) {
             if (sub_arr.size() != n_expected) return false;
             if (test_n%2 != 0 || test_n>=n_expected) return false;
             if constexpr(test_order) {
                for (unsigned int i=0; i<test_n; i+=2) {
                   if (sub_arr.at(i)>sub_arr.at(i+1)) return false;
                }
             }
          }
          return true;
       }

◆ verifyModulePatternList()

bool InDet::ModuleIdentifierMatchUtil::verifyModulePatternList ( const std::vector< std::vector< int > > & arr )

inline

Verify whether a list of module identifier patterns is consistent.

The function tests whether the given 2D vector has the correct number of elements and whether the element pairs which represent ranges have the expected ascending order. See verifyElementCountAndOrder

Definition at line 99 of file ModuleIdentifierMatchUtil.h.

                                                                                  {
          return verifyElementCountAndOrder<true,int>(arr,kNParts, kAllRows);
       }

Variable Documentation

◆ HasCells

template<typename T_ModuleDesign >

concept InDet::ModuleIdentifierMatchUtil::HasCells = requires(T_ModuleDesign design) { design.cells(); }

Definition at line 32 of file ModuleIdentifierMatchUtil.h.

◆ HasColumns

template<typename T_ModuleDesign >

concept InDet::ModuleIdentifierMatchUtil::HasColumns = requires(T_ModuleDesign design) { design.columns(); }

Definition at line 30 of file ModuleIdentifierMatchUtil.h.

◆ ModuleDesignConcept

template<typename T_ModuleDesign >

concept InDet::ModuleIdentifierMatchUtil::ModuleDesignConcept = HasColumns<T_ModuleDesign> || HasCells<T_ModuleDesign>

Definition at line 35 of file ModuleIdentifierMatchUtil.h.

Namespaces

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ ModuleData_t

Enumeration Type Documentation

◆ EModulePatternPart

Function Documentation

◆ getColumnsOrCells()

◆ isSideMatching()

◆ matchesAllModuleRowsOfSensor()

◆ matchesBothSides()

◆ moduleMatches()

◆ setModuleData() [1/2]

◆ setModuleData() [2/2]

◆ verifyElementCount()

◆ verifyElementCountAndOrder()

◆ verifyModulePatternList()

Variable Documentation

◆ HasCells

◆ HasColumns

◆ ModuleDesignConcept