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Public Types | Public Member Functions | Private Types | Private Attributes | List of all members
L1CaloReadoutConfigContainer Class Reference

#include <L1CaloReadoutConfigContainer.h>

Inheritance diagram for L1CaloReadoutConfigContainer:
Collaboration diagram for L1CaloReadoutConfigContainer:

Public Types

using const_iterator = std::vector<L1CaloReadoutConfig>::const_iterator

Public Member Functions

 L1CaloReadoutConfigContainer ()
 L1CaloReadoutConfigContainer (const std::string &folderKey)
virtual ~L1CaloReadoutConfigContainer ()
virtual void makeTransient (const std::map< std::string, const CondAttrListCollection * > &)
virtual DataObject * makePersistent () const
virtual std::vector< std::string > coolInputKeys () const
virtual std::string coolOutputKey () const
virtual void clear ()
const L1CaloReadoutConfig * readoutConfig (unsigned int channelId) const
const L1CaloReadoutConfig * readoutConfig (const L1CaloCoolChannelId &channelId) const
const_iterator begin () const
const_iterator end () const
void addReadoutConfig (const L1CaloReadoutConfig &readoutConfig)
virtual void makeTransient (const std::map< std::string, const AthenaAttributeList * > &condAttributeList)
std::string specificationName (int specId) const
std::string specificationType (int specId) const
void addSpecification (int specId, const std::string &specName, const std::string &specType)
coral::AttributeListSpecification * createAttributeListSpecification () const
virtual std::string conditionType () const

Private Types

enum  eAttrSpecification {
  edescription , ebaselinePointer , enumFadcSlices , el1aFadcSlice ,
  enumLutSlices , el1aLutSlice , enumProcSlices , el1aProcSlice ,
  enumTopoSlices , el1aTopoSlice , elatencyPpmFadc , elatencyPpmLut ,
  elatencyCpmInput , elatencyCpmHits , elatencyCpmRoi , elatencyJemInput ,
  elatencyJemRoi , elatencyCpCmxBackplane , elatencyCpCmxLocal , elatencyCpCmxCable ,
  elatencyCpCmxSystem , elatencyCpCmxInfo , elatencyJetCmxBackplane , elatencyJetCmxLocal ,
  elatencyJetCmxCable , elatencyJetCmxSystem , elatencyJetCmxInfo , elatencyJetCmxRoi ,
  elatencyEnergyCmxBackplane , elatencyEnergyCmxLocal , elatencyEnergyCmxCable , elatencyEnergyCmxSystem ,
  elatencyEnergyCmxInfo , elatencyEnergyCmxRoi , elatencyTopo , einternalLatencyJemJet ,
  einternalLatencyJemSum , ebcOffsetJemJet , ebcOffsetJemSum , ebcOffsetCmx ,
  ebcOffsetTopo , eformatTypePpm , eformatTypeCpJep , eformatTypeTopo ,
  ecompressionThresholdPpm , ecompressionThresholdCpJep , ecompressionThresholdTopo , ecompressionBaselinePpm ,
  ereadout80ModePpm
}
typedef std::map< int, std::string > AttrSpecificationMap

Private Attributes

std::vector< L1CaloReadoutConfig > m_readoutConfigs
std::string m_coolFolderKey = "/TRIGGER/L1Calo/V2/Configuration/ReadoutConfig"
AttrSpecificationMap m_attrSpecificationNameMap
AttrSpecificationMap m_attrSpecificationTypeMap
std::string m_strConditionType

Detailed Description

Definition at line 24 of file L1CaloReadoutConfigContainer.h.

Member Typedef Documentation

◆ AttrSpecificationMap

typedef std::map<int, std::string> AbstractL1CaloPersistentCondition::AttrSpecificationMap
privateinherited

Definition at line 50 of file AbstractL1CaloPersistentCondition.h.

◆ const_iterator

using L1CaloReadoutConfigContainer::const_iterator = std::vector<L1CaloReadoutConfig>::const_iterator

Definition at line 47 of file L1CaloReadoutConfigContainer.h.

Member Enumeration Documentation

◆ eAttrSpecification

enum L1CaloReadoutConfigContainer::eAttrSpecification
private
Enumerator
edescription 
ebaselinePointer 
enumFadcSlices 
el1aFadcSlice 
enumLutSlices 
el1aLutSlice 
enumProcSlices 
el1aProcSlice 
enumTopoSlices 
el1aTopoSlice 
elatencyPpmFadc 
elatencyPpmLut 
elatencyCpmInput 
elatencyCpmHits 
elatencyCpmRoi 
elatencyJemInput 
elatencyJemRoi 
elatencyCpCmxBackplane 
elatencyCpCmxLocal 
elatencyCpCmxCable 
elatencyCpCmxSystem 
elatencyCpCmxInfo 
elatencyJetCmxBackplane 
elatencyJetCmxLocal 
elatencyJetCmxCable 
elatencyJetCmxSystem 
elatencyJetCmxInfo 
elatencyJetCmxRoi 
elatencyEnergyCmxBackplane 
elatencyEnergyCmxLocal 
elatencyEnergyCmxCable 
elatencyEnergyCmxSystem 
elatencyEnergyCmxInfo 
elatencyEnergyCmxRoi 
elatencyTopo 
einternalLatencyJemJet 
einternalLatencyJemSum 
ebcOffsetJemJet 
ebcOffsetJemSum 
ebcOffsetCmx 
ebcOffsetTopo 
eformatTypePpm 
eformatTypeCpJep 
eformatTypeTopo 
ecompressionThresholdPpm 
ecompressionThresholdCpJep 
ecompressionThresholdTopo 
ecompressionBaselinePpm 
ereadout80ModePpm 

Definition at line 27 of file L1CaloReadoutConfigContainer.h.

27{ edescription, ebaselinePointer, enumFadcSlices, el1aFadcSlice, enumLutSlices, el1aLutSlice, enumProcSlices, el1aProcSlice, enumTopoSlices, el1aTopoSlice, elatencyPpmFadc, elatencyPpmLut, elatencyCpmInput, elatencyCpmHits, elatencyCpmRoi, elatencyJemInput, elatencyJemRoi, elatencyCpCmxBackplane, elatencyCpCmxLocal, elatencyCpCmxCable, elatencyCpCmxSystem, elatencyCpCmxInfo, elatencyJetCmxBackplane, elatencyJetCmxLocal, elatencyJetCmxCable, elatencyJetCmxSystem, elatencyJetCmxInfo, elatencyJetCmxRoi, elatencyEnergyCmxBackplane, elatencyEnergyCmxLocal, elatencyEnergyCmxCable, elatencyEnergyCmxSystem, elatencyEnergyCmxInfo, elatencyEnergyCmxRoi, elatencyTopo, einternalLatencyJemJet, einternalLatencyJemSum, ebcOffsetJemJet, ebcOffsetJemSum, ebcOffsetCmx, ebcOffsetTopo, eformatTypePpm, eformatTypeCpJep, eformatTypeTopo, ecompressionThresholdPpm, ecompressionThresholdCpJep, ecompressionThresholdTopo, ecompressionBaselinePpm, ereadout80ModePpm };

Constructor & Destructor Documentation

◆ L1CaloReadoutConfigContainer() [1/2]

L1CaloReadoutConfigContainer::L1CaloReadoutConfigContainer ( )

Definition at line 14 of file L1CaloReadoutConfigContainer.cxx.

15 : AbstractL1CaloPersistentCondition("CondAttrListCollection")
16{
17 this->addSpecification(edescription, "description", "string");
18 this->addSpecification(ebaselinePointer, "baselinePointer", "unsigned int");
19 this->addSpecification(enumFadcSlices, "numFadcSlices", "unsigned int");
20 this->addSpecification(el1aFadcSlice, "l1aFadcSlice", "unsigned int");
21 this->addSpecification(enumLutSlices, "numLutSlices", "unsigned int");
22 this->addSpecification(el1aLutSlice, "l1aLutSlice", "unsigned int");
23 this->addSpecification(enumProcSlices, "numProcSlices", "unsigned int");
24 this->addSpecification(el1aProcSlice, "l1aProcSlice", "unsigned int");
25 this->addSpecification(enumTopoSlices, "numTopoSlices", "unsigned int");
26 this->addSpecification(el1aTopoSlice, "l1aTopoSlice", "unsigned int");
27 this->addSpecification(elatencyPpmFadc, "latencyPpmFadc", "unsigned int");
28 this->addSpecification(elatencyPpmLut, "latencyPpmLut", "unsigned int");
29 this->addSpecification(elatencyCpmInput, "latencyCpmInput", "unsigned int");
30 this->addSpecification(elatencyCpmHits, "latencyCpmHits", "unsigned int");
31 this->addSpecification(elatencyCpmRoi, "latencyCpmRoi", "unsigned int");
32 this->addSpecification(elatencyJemInput, "latencyJemInput", "unsigned int");
33 this->addSpecification(elatencyJemRoi, "latencyJemRoi", "unsigned int");
34 this->addSpecification(elatencyCpCmxBackplane, "latencyCpCmxBackplane", "unsigned int");
35 this->addSpecification(elatencyCpCmxLocal, "latencyCpCmxLocal", "unsigned int");
36 this->addSpecification(elatencyCpCmxCable, "latencyCpCmxCable", "unsigned int");
37 this->addSpecification(elatencyCpCmxSystem, "latencyCpCmxSystem", "unsigned int");
38 this->addSpecification(elatencyCpCmxInfo, "latencyCpCmxInfo", "unsigned int");
39 this->addSpecification(elatencyJetCmxBackplane, "latencyJetCmxBackplane", "unsigned int");
40 this->addSpecification(elatencyJetCmxLocal, "latencyJetCmxLocal", "unsigned int");
41 this->addSpecification(elatencyJetCmxCable, "latencyJetCmxCable", "unsigned int");
42 this->addSpecification(elatencyJetCmxSystem, "latencyJetCmxSystem", "unsigned int");
43 this->addSpecification(elatencyJetCmxInfo, "latencyJetCmxInfo", "unsigned int");
44 this->addSpecification(elatencyJetCmxRoi, "latencyJetCmxRoi", "unsigned int");
45 this->addSpecification(elatencyEnergyCmxBackplane, "latencyEnergyCmxBackplane", "unsigned int");
46 this->addSpecification(elatencyEnergyCmxLocal, "latencyEnergyCmxLocal", "unsigned int");
47 this->addSpecification(elatencyEnergyCmxCable, "latencyEnergyCmxCable", "unsigned int");
48 this->addSpecification(elatencyEnergyCmxSystem, "latencyEnergyCmxSystem", "unsigned int");
49 this->addSpecification(elatencyEnergyCmxInfo, "latencyEnergyCmxInfo", "unsigned int");
50 this->addSpecification(elatencyEnergyCmxRoi, "latencyEnergyCmxRoi", "unsigned int");
51 this->addSpecification(elatencyTopo, "latencyTopo", "unsigned int");
52 this->addSpecification(einternalLatencyJemJet, "internalLatencyJemJet", "unsigned int");
53 this->addSpecification(einternalLatencyJemSum, "internalLatencyJemSum", "unsigned int");
54 this->addSpecification(ebcOffsetJemJet, "bcOffsetJemJet", "unsigned int");
55 this->addSpecification(ebcOffsetJemSum, "bcOffsetJemSum", "unsigned int");
56 this->addSpecification(ebcOffsetCmx, "bcOffsetCmx", "int");
57 this->addSpecification(ebcOffsetTopo, "bcOffsetTopo", "int");
58 this->addSpecification(eformatTypePpm, "formatTypePpm", "string");
59 this->addSpecification(eformatTypeCpJep, "formatTypeCpJep", "string");
60 this->addSpecification(eformatTypeTopo, "formatTypeTopo", "string");
61 this->addSpecification(ecompressionThresholdPpm, "compressionThresholdPpm", "unsigned int");
62 this->addSpecification(ecompressionThresholdCpJep, "compressionThresholdCpJep", "unsigned int");
63 this->addSpecification(ecompressionThresholdTopo, "compressionThresholdTopo", "unsigned int");
64 this->addSpecification(ecompressionBaselinePpm, "compressionBaselinePpm", "unsigned int");
65 this->addSpecification(ereadout80ModePpm, "readout80ModePpm", "unsigned int");
66}
AbstractL1CaloPersistentCondition::AbstractL1CaloPersistentCondition
AbstractL1CaloPersistentCondition(const std::string &condType)
Definition AbstractL1CaloPersistentCondition.h:45
AbstractL1CaloPersistentCondition::addSpecification
void addSpecification(int specId, const std::string &specName, const std::string &specType)
Definition AbstractL1CaloPersistentCondition.cxx:26

◆ L1CaloReadoutConfigContainer() [2/2]

L1CaloReadoutConfigContainer::L1CaloReadoutConfigContainer ( const std::string & folderKey)

Definition at line 68 of file L1CaloReadoutConfigContainer.cxx.

69 : L1CaloReadoutConfigContainer() // delegating constructor
70{
71 // cppcheck-suppress useInitializationList
72 m_coolFolderKey = folderKey;
73}

◆ ~L1CaloReadoutConfigContainer()

virtual L1CaloReadoutConfigContainer::~L1CaloReadoutConfigContainer ( )
inlinevirtual

Definition at line 31 of file L1CaloReadoutConfigContainer.h.

31{}

Member Function Documentation

◆ addReadoutConfig()

void L1CaloReadoutConfigContainer::addReadoutConfig ( const L1CaloReadoutConfig & readoutConfig)

Definition at line 221 of file L1CaloReadoutConfigContainer.cxx.

222{
223 // insert into the correct position mainting the sorted vector
224 m_readoutConfigs.insert(std::lower_bound(std::begin(m_readoutConfigs),
225 std::end(m_readoutConfigs),
226 readoutConfig.channelId(),
227 [](const L1CaloReadoutConfig& el, unsigned int va) -> bool {
228 return el.channelId() < va;
229 }),
230 readoutConfig);
231}
L1CaloReadoutConfigContainer::m_readoutConfigs
std::vector< L1CaloReadoutConfig > m_readoutConfigs
Definition L1CaloReadoutConfigContainer.h:55
L1CaloReadoutConfigContainer::readoutConfig
const L1CaloReadoutConfig * readoutConfig(unsigned int channelId) const
Definition L1CaloReadoutConfigContainer.cxx:209

◆ addSpecification()

void AbstractL1CaloPersistentCondition::addSpecification ( int specId,
const std::string & specName,
const std::string & specType )
inherited

Definition at line 26 of file AbstractL1CaloPersistentCondition.cxx.

26 {
27 m_attrSpecificationNameMap[specId] = specName;
28 m_attrSpecificationTypeMap[specId] = specType;
29}

◆ begin()

const_iterator L1CaloReadoutConfigContainer::begin ( ) const
inline

Definition at line 48 of file L1CaloReadoutConfigContainer.h.

48{ return m_readoutConfigs.begin(); }

◆ clear()

virtual void L1CaloReadoutConfigContainer::clear ( )
inlinevirtual

Reimplemented from AbstractL1CaloPersistentCondition.

Definition at line 39 of file L1CaloReadoutConfigContainer.h.

39{ m_readoutConfigs.clear(); }

◆ conditionType()

virtual std::string AbstractL1CaloPersistentCondition::conditionType ( ) const
inlinevirtualinherited

Implements IL1CaloPersistenceCapable.

Definition at line 37 of file AbstractL1CaloPersistentCondition.h.

37{ return m_strConditionType; };

◆ coolInputKeys()

virtual std::vector< std::string > L1CaloReadoutConfigContainer::coolInputKeys ( ) const
inlinevirtual

Reimplemented from AbstractL1CaloPersistentCondition.

Definition at line 37 of file L1CaloReadoutConfigContainer.h.

37{ return {m_coolFolderKey}; }

◆ coolOutputKey()

virtual std::string L1CaloReadoutConfigContainer::coolOutputKey ( ) const
inlinevirtual

Reimplemented from AbstractL1CaloPersistentCondition.

Definition at line 38 of file L1CaloReadoutConfigContainer.h.

38{ return m_coolFolderKey; }

◆ createAttributeListSpecification()

coral::AttributeListSpecification * AbstractL1CaloPersistentCondition::createAttributeListSpecification ( ) const
inherited

Definition at line 31 of file AbstractL1CaloPersistentCondition.cxx.

31 {
32
33 coral::AttributeListSpecification* attrSpecification = new coral::AttributeListSpecification();
34
35 AttrSpecificationMap::const_iterator it_name = m_attrSpecificationNameMap.begin();
36 AttrSpecificationMap::const_iterator it_type = m_attrSpecificationTypeMap.begin();
37
38 for(;it_name!=m_attrSpecificationNameMap.end();++it_name,++it_type) {
39 attrSpecification->extend(it_name->second, it_type->second);
40 }
41 return attrSpecification;
42}

◆ end()

const_iterator L1CaloReadoutConfigContainer::end ( ) const
inline

Definition at line 49 of file L1CaloReadoutConfigContainer.h.

49{ return m_readoutConfigs.end(); }

◆ makePersistent()

DataObject * L1CaloReadoutConfigContainer::makePersistent ( ) const
virtual

Reimplemented from AbstractL1CaloPersistentCondition.

Definition at line 76 of file L1CaloReadoutConfigContainer.cxx.

77{
78 using std::make_unique;
79
80 if(m_coolFolderKey.empty()) return nullptr;
81
82 auto* attrSpecification = this->createAttributeListSpecification();
83 if(!attrSpecification || !attrSpecification->size()) return nullptr;
84
85 auto attrListCollection = make_unique<CondAttrListCollection>(true);
86 for(const auto& item : m_readoutConfigs) {
87 AthenaAttributeList attrList(*attrSpecification);
88 attrList[specificationName(edescription)].setValue(item.description());
89 attrList[specificationName(ebaselinePointer)].setValue(item.baselinePointer());
90 attrList[specificationName(enumFadcSlices)].setValue(item.numFadcSlices());
91 attrList[specificationName(el1aFadcSlice)].setValue(item.l1aFadcSlice());
92 attrList[specificationName(enumLutSlices)].setValue(item.numLutSlices());
93 attrList[specificationName(el1aLutSlice)].setValue(item.l1aLutSlice());
94 attrList[specificationName(enumProcSlices)].setValue(item.numProcSlices());
95 attrList[specificationName(el1aProcSlice)].setValue(item.l1aProcSlice());
96 attrList[specificationName(enumTopoSlices)].setValue(item.numTopoSlices());
97 attrList[specificationName(el1aTopoSlice)].setValue(item.l1aTopoSlice());
98 attrList[specificationName(elatencyPpmFadc)].setValue(item.latencyPpmFadc());
99 attrList[specificationName(elatencyPpmLut)].setValue(item.latencyPpmLut());
100 attrList[specificationName(elatencyCpmInput)].setValue(item.latencyCpmInput());
101 attrList[specificationName(elatencyCpmHits)].setValue(item.latencyCpmHits());
102 attrList[specificationName(elatencyCpmRoi)].setValue(item.latencyCpmRoi());
103 attrList[specificationName(elatencyJemInput)].setValue(item.latencyJemInput());
104 attrList[specificationName(elatencyJemRoi)].setValue(item.latencyJemRoi());
105 attrList[specificationName(elatencyCpCmxBackplane)].setValue(item.latencyCpCmxBackplane());
106 attrList[specificationName(elatencyCpCmxLocal)].setValue(item.latencyCpCmxLocal());
107 attrList[specificationName(elatencyCpCmxCable)].setValue(item.latencyCpCmxCable());
108 attrList[specificationName(elatencyCpCmxSystem)].setValue(item.latencyCpCmxSystem());
109 attrList[specificationName(elatencyCpCmxInfo)].setValue(item.latencyCpCmxInfo());
110 attrList[specificationName(elatencyJetCmxBackplane)].setValue(item.latencyJetCmxBackplane());
111 attrList[specificationName(elatencyJetCmxLocal)].setValue(item.latencyJetCmxLocal());
112 attrList[specificationName(elatencyJetCmxCable)].setValue(item.latencyJetCmxCable());
113 attrList[specificationName(elatencyJetCmxSystem)].setValue(item.latencyJetCmxSystem());
114 attrList[specificationName(elatencyJetCmxInfo)].setValue(item.latencyJetCmxInfo());
115 attrList[specificationName(elatencyJetCmxRoi)].setValue(item.latencyJetCmxRoi());
116 attrList[specificationName(elatencyEnergyCmxBackplane)].setValue(item.latencyEnergyCmxBackplane());
117 attrList[specificationName(elatencyEnergyCmxLocal)].setValue(item.latencyEnergyCmxLocal());
118 attrList[specificationName(elatencyEnergyCmxCable)].setValue(item.latencyEnergyCmxCable());
119 attrList[specificationName(elatencyEnergyCmxSystem)].setValue(item.latencyEnergyCmxSystem());
120 attrList[specificationName(elatencyEnergyCmxInfo)].setValue(item.latencyEnergyCmxInfo());
121 attrList[specificationName(elatencyEnergyCmxRoi)].setValue(item.latencyEnergyCmxRoi());
122 attrList[specificationName(elatencyTopo)].setValue(item.latencyTopo());
123 attrList[specificationName(einternalLatencyJemJet)].setValue(item.internalLatencyJemJet());
124 attrList[specificationName(einternalLatencyJemSum)].setValue(item.internalLatencyJemSum());
125 attrList[specificationName(ebcOffsetJemJet)].setValue(item.bcOffsetJemJet());
126 attrList[specificationName(ebcOffsetJemSum)].setValue(item.bcOffsetJemSum());
127 attrList[specificationName(ebcOffsetCmx)].setValue(item.bcOffsetCmx());
128 attrList[specificationName(ebcOffsetTopo)].setValue(item.bcOffsetTopo());
129 attrList[specificationName(eformatTypePpm)].setValue(item.formatTypePpm());
130 attrList[specificationName(eformatTypeCpJep)].setValue(item.formatTypeCpJep());
131 attrList[specificationName(eformatTypeTopo)].setValue(item.formatTypeTopo());
132 attrList[specificationName(ecompressionThresholdPpm)].setValue(item.compressionThresholdPpm());
133 attrList[specificationName(ecompressionThresholdCpJep)].setValue(item.compressionThresholdCpJep());
134 attrList[specificationName(ecompressionThresholdTopo)].setValue(item.compressionThresholdTopo());
135 attrList[specificationName(ecompressionBaselinePpm)].setValue(item.compressionBaselinePpm());
136 attrList[specificationName(ereadout80ModePpm)].setValue(item.readout80ModePpm());
137
138 attrListCollection->add(item.channelId(), attrList);
139 }
140 return static_cast<DataObject*>(attrListCollection.release());
141}
AbstractL1CaloPersistentCondition::createAttributeListSpecification
coral::AttributeListSpecification * createAttributeListSpecification() const
Definition AbstractL1CaloPersistentCondition.cxx:31

◆ makeTransient() [1/2]

void AbstractL1CaloPersistentCondition::makeTransient ( const std::map< std::string, const AthenaAttributeList * > & condAttributeList)
virtual

Reimplemented from AbstractL1CaloPersistentCondition.

Definition at line 30 of file AbstractL1CaloPersistentCondition.cxx.

21 {
22 std::cout << "ERROR - The makeTransient(const map<std::string, const AthenaAttributeList*>) method you are calling is not implemented by the current class !" << std::endl;
23 return;
24}

◆ makeTransient() [2/2]

void L1CaloReadoutConfigContainer::makeTransient ( const std::map< std::string, const CondAttrListCollection * > & condAttrListCollectionMap)
virtual

Reimplemented from AbstractL1CaloPersistentCondition.

Definition at line 143 of file L1CaloReadoutConfigContainer.cxx.

144{
145 clear();
146
147 auto it = condAttrListCollectionMap.find(m_coolFolderKey);
148 if(it == std::end(condAttrListCollectionMap)) return;
149
150 auto attrListCollection = it->second;
151 for(const auto& item : *attrListCollection) {
152 auto chanNum = item.first;
153 const auto& attrList = item.second;
154
155 const auto & description = attrList[specificationName(edescription)].data<std::string>();
156 auto baselinePointer = attrList[specificationName(ebaselinePointer)].data<unsigned int>();
157 auto numFadcSlices = attrList[specificationName(enumFadcSlices)].data<unsigned int>();
158 auto l1aFadcSlice = attrList[specificationName(el1aFadcSlice)].data<unsigned int>();
159 auto numLutSlices = attrList[specificationName(enumLutSlices)].data<unsigned int>();
160 auto l1aLutSlice = attrList[specificationName(el1aLutSlice)].data<unsigned int>();
161 auto numProcSlices = attrList[specificationName(enumProcSlices)].data<unsigned int>();
162 auto l1aProcSlice = attrList[specificationName(el1aProcSlice)].data<unsigned int>();
163 auto numTopoSlices = attrList[specificationName(enumTopoSlices)].data<unsigned int>();
164 auto l1aTopoSlice = attrList[specificationName(el1aTopoSlice)].data<unsigned int>();
165 auto latencyPpmFadc = attrList[specificationName(elatencyPpmFadc)].data<unsigned int>();
166 auto latencyPpmLut = attrList[specificationName(elatencyPpmLut)].data<unsigned int>();
167 auto latencyCpmInput = attrList[specificationName(elatencyCpmInput)].data<unsigned int>();
168 auto latencyCpmHits = attrList[specificationName(elatencyCpmHits)].data<unsigned int>();
169 auto latencyCpmRoi = attrList[specificationName(elatencyCpmRoi)].data<unsigned int>();
170 auto latencyJemInput = attrList[specificationName(elatencyJemInput)].data<unsigned int>();
171 auto latencyJemRoi = attrList[specificationName(elatencyJemRoi)].data<unsigned int>();
172 auto latencyCpCmxBackplane = attrList[specificationName(elatencyCpCmxBackplane)].data<unsigned int>();
173 auto latencyCpCmxLocal = attrList[specificationName(elatencyCpCmxLocal)].data<unsigned int>();
174 auto latencyCpCmxCable = attrList[specificationName(elatencyCpCmxCable)].data<unsigned int>();
175 auto latencyCpCmxSystem = attrList[specificationName(elatencyCpCmxSystem)].data<unsigned int>();
176 auto latencyCpCmxInfo = attrList[specificationName(elatencyCpCmxInfo)].data<unsigned int>();
177 auto latencyJetCmxBackplane = attrList[specificationName(elatencyJetCmxBackplane)].data<unsigned int>();
178 auto latencyJetCmxLocal = attrList[specificationName(elatencyJetCmxLocal)].data<unsigned int>();
179 auto latencyJetCmxCable = attrList[specificationName(elatencyJetCmxCable)].data<unsigned int>();
180 auto latencyJetCmxSystem = attrList[specificationName(elatencyJetCmxSystem)].data<unsigned int>();
181 auto latencyJetCmxInfo = attrList[specificationName(elatencyJetCmxInfo)].data<unsigned int>();
182 auto latencyJetCmxRoi = attrList[specificationName(elatencyJetCmxRoi)].data<unsigned int>();
183 auto latencyEnergyCmxBackplane = attrList[specificationName(elatencyEnergyCmxBackplane)].data<unsigned int>();
184 auto latencyEnergyCmxLocal = attrList[specificationName(elatencyEnergyCmxLocal)].data<unsigned int>();
185 auto latencyEnergyCmxCable = attrList[specificationName(elatencyEnergyCmxCable)].data<unsigned int>();
186 auto latencyEnergyCmxSystem = attrList[specificationName(elatencyEnergyCmxSystem)].data<unsigned int>();
187 auto latencyEnergyCmxInfo = attrList[specificationName(elatencyEnergyCmxInfo)].data<unsigned int>();
188 auto latencyEnergyCmxRoi = attrList[specificationName(elatencyEnergyCmxRoi)].data<unsigned int>();
189 auto latencyTopo = attrList[specificationName(elatencyTopo)].data<unsigned int>();
190 auto internalLatencyJemJet = attrList[specificationName(einternalLatencyJemJet)].data<unsigned int>();
191 auto internalLatencyJemSum = attrList[specificationName(einternalLatencyJemSum)].data<unsigned int>();
192 auto bcOffsetJemJet = attrList[specificationName(ebcOffsetJemJet)].data<unsigned int>();
193 auto bcOffsetJemSum = attrList[specificationName(ebcOffsetJemSum)].data<unsigned int>();
194 auto bcOffsetCmx = attrList[specificationName(ebcOffsetCmx)].data<int>();
195 auto bcOffsetTopo = attrList[specificationName(ebcOffsetTopo)].data<int>();
196 const auto & formatTypePpm = attrList[specificationName(eformatTypePpm)].data<std::string>();
197 const auto & formatTypeCpJep = attrList[specificationName(eformatTypeCpJep)].data<std::string>();
198 const auto & formatTypeTopo = attrList[specificationName(eformatTypeTopo)].data<std::string>();
199 auto compressionThresholdPpm = attrList[specificationName(ecompressionThresholdPpm)].data<unsigned int>();
200 auto compressionThresholdCpJep = attrList[specificationName(ecompressionThresholdCpJep)].data<unsigned int>();
201 auto compressionThresholdTopo = attrList[specificationName(ecompressionThresholdTopo)].data<unsigned int>();
202 auto compressionBaselinePpm = attrList[specificationName(ecompressionBaselinePpm)].data<unsigned int>();
203 auto readout80ModePpm = attrList[specificationName(ereadout80ModePpm)].data<unsigned int>();
204
205 addReadoutConfig(L1CaloReadoutConfig(chanNum, description, baselinePointer, numFadcSlices, l1aFadcSlice, numLutSlices, l1aLutSlice, numProcSlices, l1aProcSlice, numTopoSlices, l1aTopoSlice, latencyPpmFadc, latencyPpmLut, latencyCpmInput, latencyCpmHits, latencyCpmRoi, latencyJemInput, latencyJemRoi, latencyCpCmxBackplane, latencyCpCmxLocal, latencyCpCmxCable, latencyCpCmxSystem, latencyCpCmxInfo, latencyJetCmxBackplane, latencyJetCmxLocal, latencyJetCmxCable, latencyJetCmxSystem, latencyJetCmxInfo, latencyJetCmxRoi, latencyEnergyCmxBackplane, latencyEnergyCmxLocal, latencyEnergyCmxCable, latencyEnergyCmxSystem, latencyEnergyCmxInfo, latencyEnergyCmxRoi, latencyTopo, internalLatencyJemJet, internalLatencyJemSum, bcOffsetJemJet, bcOffsetJemSum, bcOffsetCmx, bcOffsetTopo, formatTypePpm, formatTypeCpJep, formatTypeTopo, compressionThresholdPpm, compressionThresholdCpJep, compressionThresholdTopo, compressionBaselinePpm, readout80ModePpm));
206 }
207}
L1CaloReadoutConfigContainer::addReadoutConfig
void addReadoutConfig(const L1CaloReadoutConfig &readoutConfig)
Definition L1CaloReadoutConfigContainer.cxx:221
description
std::string description
glabal timer - how long have I taken so far?
Definition hcg.cxx:91

◆ readoutConfig() [1/2]

const L1CaloReadoutConfig * L1CaloReadoutConfigContainer::readoutConfig ( const L1CaloCoolChannelId & channelId) const
inline

Definition at line 43 of file L1CaloReadoutConfigContainer.h.

43 {
44 return readoutConfig(channelId.id());
45 }
CaloCondBlobAlgs_fillNoiseFromASCII.channelId
channelId
Definition CaloCondBlobAlgs_fillNoiseFromASCII.py:121

◆ readoutConfig() [2/2]

const L1CaloReadoutConfig * L1CaloReadoutConfigContainer::readoutConfig ( unsigned int channelId) const

Definition at line 209 of file L1CaloReadoutConfigContainer.cxx.

210{
211 auto it = std::lower_bound(std::begin(m_readoutConfigs),
212 std::end(m_readoutConfigs),
213 channelId,
214 [](const L1CaloReadoutConfig& el, unsigned int val) -> bool {
215 return el.channelId() < val;
216 });
217 if(it == std::end(m_readoutConfigs)) return nullptr;
218 return &(*it);
219}
Pythia8_RapidityOrderMPI.val
val
Definition Pythia8_RapidityOrderMPI.py:14

◆ specificationName()

std::string AbstractL1CaloPersistentCondition::specificationName ( int specId) const
inherited

Definition at line 44 of file AbstractL1CaloPersistentCondition.cxx.

44 {
45 return m_attrSpecificationNameMap.find(specId)->second;
46}

◆ specificationType()

std::string AbstractL1CaloPersistentCondition::specificationType ( int specId) const
inherited

Definition at line 48 of file AbstractL1CaloPersistentCondition.cxx.

48 {
49 return m_attrSpecificationTypeMap.find(specId)->second;
50}

Member Data Documentation

◆ m_attrSpecificationNameMap

AttrSpecificationMap AbstractL1CaloPersistentCondition::m_attrSpecificationNameMap
privateinherited

Definition at line 51 of file AbstractL1CaloPersistentCondition.h.

◆ m_attrSpecificationTypeMap

AttrSpecificationMap AbstractL1CaloPersistentCondition::m_attrSpecificationTypeMap
privateinherited

Definition at line 52 of file AbstractL1CaloPersistentCondition.h.

◆ m_coolFolderKey

std::string L1CaloReadoutConfigContainer::m_coolFolderKey = "/TRIGGER/L1Calo/V2/Configuration/ReadoutConfig"
private

Definition at line 56 of file L1CaloReadoutConfigContainer.h.

◆ m_readoutConfigs

std::vector<L1CaloReadoutConfig> L1CaloReadoutConfigContainer::m_readoutConfigs
private

Definition at line 55 of file L1CaloReadoutConfigContainer.h.

◆ m_strConditionType

std::string AbstractL1CaloPersistentCondition::m_strConditionType
privateinherited

Definition at line 53 of file AbstractL1CaloPersistentCondition.h.

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