| ►Ndetail | |
| CCandidateParam | Parameters used in the NMS step |
| CLocalMaxima | The internal NM class |
| Ctraits | Traits to change the inner classifier form, to use or not a weighted one |
| Ctraits< DicreteClassifier, T > | DiscreteClassifiers uses BoostableClassifier object to convert the binary decision-stump (for example) to provide a floating-point response |
| Ctraits< RealClassifier, T > | Other Classifier usually reports directly a floating-point response |
| ►Nheatmap | |
| ►Ndetail | |
| CRGB8 | |
| CBlueToRed | |
| ►Nsprint | |
| ►Ndetail | |
| Cconst_ref | Const reference holder of an object |
| Cmem_fun_0 | Member function with 0 parameters invoker |
| Cmem_fun_0< void, T > | |
| Cmem_fun_1 | Member function with 1 parameters invoker |
| Cmem_fun_10 | Member function with 10 parameters invoker |
| Cmem_fun_10< void, T, P1, P2, P3, P4, P5, P6, P7, P8, P9, P10 > | |
| Cmem_fun_11 | Member function with 11 parameters invoker |
| Cmem_fun_11< void, T, P1, P2, P3, P4, P5, P6, P7, P8, P9, P10, P11 > | |
| Cmem_fun_12 | Member function with 12 parameters invoker |
| Cmem_fun_12< void, T, P1, P2, P3, P4, P5, P6, P7, P8, P9, P10, P11, P12 > | |
| Cmem_fun_1< void, T, P1 > | |
| Cmem_fun_2 | Member function with 2 parameters invoker |
| Cmem_fun_2< void, T, P1, P2 > | |
| Cmem_fun_3 | Member function with 3 parameters invoker |
| Cmem_fun_3< void, T, P1, P2, P3 > | |
| Cmem_fun_4 | Member function with 4 parameters invoker |
| Cmem_fun_4< void, T, P1, P2, P3, P4 > | |
| Cmem_fun_5 | Member function with 5 parameters invoker |
| Cmem_fun_5< void, T, P1, P2, P3, P4, P5 > | |
| Cmem_fun_6 | Member function with 6 parameters invoker |
| Cmem_fun_6< void, T, P1, P2, P3, P4, P5, P6 > | |
| Cmem_fun_7 | Member function with 7 parameters invoker |
| Cmem_fun_7< void, T, P1, P2, P3, P4, P5, P6, P7 > | |
| Cmem_fun_8 | Member function with 8 parameters invoker |
| Cmem_fun_8< void, T, P1, P2, P3, P4, P5, P6, P7, P8 > | |
| Cmem_fun_9 | Member function with 9 parameters invoker |
| Cmem_fun_9< void, T, P1, P2, P3, P4, P5, P6, P7, P8, P9 > | |
| Cptr_fun_0 | Ptr fun with 0 parameters invoker |
| Cptr_fun_0< void > | |
| Cptr_fun_1 | Ptr fun with 1 parameters invoker |
| Cptr_fun_10 | Ptr fun with 10 parameters invoker |
| Cptr_fun_10< void, P1, P2, P3, P4, P5, P6, P7, P8, P9, P10 > | |
| Cptr_fun_11 | Ptr fun with 11 parameters invoker |
| Cptr_fun_11< void, P1, P2, P3, P4, P5, P6, P7, P8, P9, P10, P11 > | |
| Cptr_fun_12 | Ptr fun with 12 parameters invoker |
| Cptr_fun_12< void, P1, P2, P3, P4, P5, P6, P7, P8, P9, P10, P11, P12 > | |
| Cptr_fun_13 | Ptr fun with 13 parameters invoker |
| Cptr_fun_13< void, P1, P2, P3, P4, P5, P6, P7, P8, P9, P10, P11, P12, P13 > | |
| Cptr_fun_1< void, P1 > | |
| Cptr_fun_2 | Ptr fun with 2 parameters invoker |
| Cptr_fun_2< void, P1, P2 > | |
| Cptr_fun_3 | Ptr fun with 3 parameters invoker |
| Cptr_fun_3< void, P1, P2, P3 > | |
| Cptr_fun_4 | Ptr fun with 4 parameters invoker |
| Cptr_fun_4< void, P1, P2, P3, P4 > | |
| Cptr_fun_5 | Ptr fun with 5 parameters invoker |
| Cptr_fun_5< void, P1, P2, P3, P4, P5 > | |
| Cptr_fun_6 | Ptr fun with 6 parameters invoker |
| Cptr_fun_6< void, P1, P2, P3, P4, P5, P6 > | |
| Cptr_fun_7 | Ptr fun with 7 parameters invoker |
| Cptr_fun_7< void, P1, P2, P3, P4, P5, P6, P7 > | |
| Cptr_fun_8 | Ptr fun with 8 parameters invoker |
| Cptr_fun_8< void, P1, P2, P3, P4, P5, P6, P7, P8 > | |
| Cptr_fun_9 | Ptr fun with 9 parameters invoker |
| Cptr_fun_9< void, P1, P2, P3, P4, P5, P6, P7, P8, P9 > | |
| Cref | Reference holder of an object |
| Cmutex | Mutex (implemented using pthread) |
| Crunnable | |
| Cscoped_lock | |
| Cthread | |
| Cthread_function | Pthread thread creation params |
| Cthread_group | |
| Ctuple1 | Tuple, representing 1 ordered elements |
| Ctuple10 | Tuple, representing 10 ordered elements |
| Ctuple11 | Tuple, representing 11 ordered elements |
| Ctuple12 | Tuple, representing 12 ordered elements |
| Ctuple13 | Tuple, representing 13 ordered elements |
| Ctuple14 | Tuple, representing 14 ordered elements |
| Ctuple2 | Tuple, representing 2 ordered elements |
| Ctuple3 | Tuple, representing 3 ordered elements |
| Ctuple4 | Tuple, representing 4 ordered elements |
| Ctuple5 | Tuple, representing 5 ordered elements |
| Ctuple6 | Tuple, representing 6 ordered elements |
| Ctuple7 | Tuple, representing 7 ordered elements |
| Ctuple8 | Tuple, representing 8 ordered elements |
| Ctuple9 | Tuple, representing 9 ordered elements |
| ►Ntraits | |
| CHaarFeature | |
| CIntegralChannelFeature | |
| CAbsDecisionStump | A Weak Classifier based on a Feature Extractor policy |
| CAdaBoost | |
| CAdaBoost< BoostableClassifier< WeakClassifier > > | |
| CAdaBoostMetric | AdaBoost W+ metric (or any metric based on weighted pattern sum) for DecisionStumpPolicy (in this case only used as container for the param recovered) using PatternResponse |
| CAdaBoostPatternAggregator | Aggregagtor specific for AdaBoost, with a WeightedPattern PatternType |
| CAdaBoostTrainer | |
| CBaseHaarFeatureGenerator | Base Feature Generator for Haar Bases using FeatureGenerator_t |
| CBaseIntegralChannelFeatureGenerator | Base Feature Generator for IntegralChannelFeatureGenerators |
| CBayesianStump | |
| CBayesianStumpOracle | |
| CBinaryClassifier | A classifier composed by a Feature Extractor and an Evaluation Policy A "Second Level" classifier, merging a feature extractor algorithm with a feature evaluation classifier |
| CBinaryClassifierOracle | |
| CBinaryWeightedPatternResponse | |
| CBoostableClassifier | |
| CBoostClassifier | |
| CBootStrapParams | Parameters for BootStrapProcedure |
| CBruteForceFeatureGenerator | A library able to generate any Haar Feature |
| CBruteForceIntegralChannelFeatureGenerator | A library able to generate any IC Feature |
| CCandidate | Object reported by classifier |
| CClassificationError | |
| CClassifierDetectHelper | |
| CClassifierDetectHelper< IntegralChannelImagePreprocessor, _Instance > | Policy for ICHN |
| CClassifierDetectHelper< IntegralImagePreprocessor, _Instance > | IntegralImage detector, based on the multiple instance allocator with multiscale instance |
| CCollapsedHaarFeature | Optimized HaarFeature |
| CCollapsedHaarNode | Precomputed HaarNode in order to boost evaluation performance |
| CComputeResponseOperator | |
| CCounter | |
| CDataSet | |
| CDataSetHandle | |
| Cdatasetin | Virtual pure pattern list reader |
| Cdatasetitem | Item used for positive |
| Cdatasetobject | Item for positive/multiclass |
| CDecisionStump | A Weak Classifier based on a Feature Extractor policy |
| CDecisionTree | |
| CDecisionTreeLearner | A Decision Tree builder |
| CDiscreteAdaBoostCommon | |
| CDTResponse | |
| CEntropy | |
| CFeatureDescription | |
| CFeatureGenerator | |
| CGentleAdaBoostMetric | |
| CGiniIndex | |
| CHaarFeature | An haar Feature: a collection of weighted HaarNode |
| CHaarNode | |
| CHardCascade | |
| CHardCascadeStage | |
| CHeatmapColorGenerator | |
| CHoGFeature | |
| CHoGParams | |
| CHoGPreprocessor | Policy to convert an Image in a HoG descriptor Input: BW Image | Output: RawData n scalar |
| Chuman_readable_time | |
| CHyperPlaneClassifier | |
| CImage | Structure to hold image data (memory) |
| CImageClassifier | "Binary" Classifier, virtual class |
| CImageClassifierOperator | Operator used to collect pattern from the ProcessSet operator |
| CImageClassifierWrapper | Bridge for ImageClassifier |
| CImageHandle | |
| CImageResampler | |
| CIndirectBinaryClassifier | A classifier composed by an index of a feature and an Evaluation Policy |
| CIndirectDecisionTree | |
| CIntegerPolicy | Discrete policy |
| CIntegralChannelFeature | Sum of a rectangular area, implemented on top of Integral Image |
| CIntegralChannelImageParams | Parameters required to address a channel params |
| CIntegralChannelImagePreprocessor | |
| CIntegralImage | |
| CIntegralImageData | Il dato IntegralImage e' pressoche' equivalente a quello di RawData < uint32_t > |
| CIntegralImageHandle | |
| CIntegralImageParams | Parameters required to access to integral image and to create features |
| CIntegralImagePreprocessor | |
| Cjit | |
| CJITHaarFeature | |
| CJointSparseGranularFeatureGenerator | This generator, instead of exhaustive, use a Random sampling approach |
| Cmetric_cache | Una metrica che calcola la cache |
| Cmetric_linear | Dot product |
| CMultiClassClassifier | A Multi-Class Classifier based on a Feature Extractor policy |
| CMultiClassDataSet | |
| CMultiClassDataSetHandle | |
| CMultiClassDecisionStumpMultiThreshold | |
| CMultiClassDecisionStumpSingleThreshold | A simple decision stump for multiclass problem using only one threshold for all problems |
| CNaiveDecisionStump | |
| CNaiveDecisionStumpOracle | |
| CNormalizedHaarFeature | A rationale haar feature |
| CObjectDetector | |
| CObjectDetectorGlobalParams | Over-Classifier params |
| CObjectDetectorParams | |
| CObjectDetectorWrapper | |
| CObjectDetectorWrapperBase | Some common method that can be used to inner detector |
| COptimizedIntegralChannelFeature | Optimized SumAreaFeature |
| COptimizedSumAreaFeature | Optimized SumAreaFeature |
| CPattern | |
| CPatternAggregator | Help declaring some traits |
| ►CPrecomputedPatternBinaryClassifierOracle | |
| CTraits | |
| CPrecomputedPatternResponse | |
| Crandom_bit_set | Exclusive random generator |
| CRandomFeatureGenerator | This generator, instead of exhaustive, use a Random sampling approach |
| CRandomIntegralChannelFeatureGenerator | This generator, instead of exhaustive, use a Random sampling approach |
| CRawData | |
| CRealAdaBoostMetric | |
| CRealDecisionStump | A Weak Classifier based on a Feature Extractor policy |
| CRealDecisionStumpOracle | |
| CRealToDiscrete | |
| Crect | Rectangle structure |
| CReportTest | |
| Csdfin | SDF file reader |
| CSimpleDecisionStump | |
| CSingleTree | |
| Csize | Image/size TODO namespace |
| CSoftCascadeClassifier | |
| CSoftCascadeStage | |
| CSourceDataSet | |
| CStatistic | Compute timing statistics |
| CStoredFeatureGenerator | This generator uses a stored feature list |
| CSumAreaFeature | Sum of a rectangular area, implemented on top of Integral Image |
| Csvm_train | SVM trainer |
| CTimer | |
| CWeightedPattern | |
| CWeightedPatternResponse | |
| CWeightedPolicy | Weighted policy |
| CWindowEventManager | A generic Window object |
