►Ncyclops | |
CCyclops | |
CCyclopsRPCMethod | |
CResultSet | |
CYamlRPCMethod | |
►Ndoxy2swig | |
CDoxy2SWIG | |
►Ngaia2 | Main Gaia namespace, which contains all the library functions |
►Nfilter | |
CAndFilter | |
CFilterWrapper | Serves as an easy wrapper for a subset of all possible filters, but with a much more intuitive API that allows filters to be constructed programatically on the fly instead of being parsed from a string representation |
CNotFilter | |
COrFilter | |
►Nparser | |
CBooleanConstant | |
CFilterParser | Used to parse filter queries given as strings and create the corresponding Filter instance that can be used on Points |
CLabel | |
CLabelConstant | |
CLabelPointID | |
CLabelVariable | |
CPredicate | |
CPredLabelComparison | |
CPredLabelIsIn | |
CPredLogicalOp | |
CPredNegate | |
CPredValueComparison | |
CPredValueIsIn | |
CPredValueRange | |
CValue | |
CValueConstant | |
CValueVariable | |
►Nyaml | |
CNode | |
CAddField | The AddField analyzer allows you to add new fields in a layout of an already existing DataSet |
CAddFieldApplier | AddFieldApplier applier class |
CAnalyzer | Analyzer abstract base class |
CApplier | The Applier abstract base class |
CArray | |
CBaseQueryOptimizer | The QueryOptimizer class tries to optimize a query by reducing the SearchSpace on which it is supposed to operate, mostly by the means of the associated filter |
CBaseResultSet | This class serves as a ref-counted wrapper for a SearchSpace, which is much more convenient to deal with than having to remember who owns the results or who's responsible for deleting it |
CBaseSearchSpace | A SearchSpace is a structure dedicated to the task of storing pointers to Point with an associated distance and is the structure on which the nearest-neighbours queries are performed |
►CBaseSearchSpacePool | The SearchSpacePool accomplishes 2 main functions: |
CLabelIndex | |
CValueIndex | |
CBaseView | The View class contains a specific view on a dataset |
►CBPFDistance | This class composes the breakpoint function specified by its pairs of (split point, value) with the given distance |
CBPF | |
CCenter | The Center analyzer centers the points around the mean of each descriptor |
CCleaner | The Cleaner analyzer checks for values that may cause problems when doing mathematical analysis (such as normalize, pca, ...), and removes them |
CCosineAngleDistance | This class computes the angle in radians between 2 points and divides it by Pi (so that it's normalized between 0 and 1) |
CCosineDistance | |
CCosineSimilarity | This class computes the cosine similarity of a given Region |
CCrossSegmentDistance | This class calculates a distance between segments from two points |
CDataSet | This class represents a dataset and all related information |
CDescCompare | Compare the descriptor names using the following criteria: |
►CDescriptorTree | |
CCachedValues | |
CDistAggr | |
CDistanceFunction | |
CDistribute | Distribute applier class |
CDotProduct | DotProduct applier class |
CEnumerate | The Enumerate analyzer allows you to specify a list of string descriptors which you want to be stored as enumerations |
CEnumerateApplier | EnumerateApplier applier class |
CEuclideanDistance | This class computes the euclidean distance of a given Region |
CExponentialCompressDistance | This class compresses a distance from [0; inf) into [0; 1) using the following formula: dist = 1 - exp(-alpha*dist), alpha being a compression factor |
CExtract | The Extract analyzer allows you to extract only specific dimensions from any given number of descriptors |
CExtractApplier | Extract applier class |
►CFactory | A basic implementation of a generic factory class |
CRegistrar | |
CFilter | Allows to check whether a predicate is true for a given Point |
CFixLength | The FixLength analyzer allows you to specify a list of descriptors for which you want to fix the length definitely |
CFixLengthApplier | FixLengthApplier applier class |
CForceIdentityDistance | This metric forces the identity condition to be valid on the composed distance by checking first if the 2 points are equal and returning 0 if that is the case |
CFrozenCosineAngleDistance | |
CFrozenDataSet | A FrozenDataSet is a dataset that has been flagged as immutable |
CFrozenDistance | |
CFrozenEuclideanDistance | |
CFrozenExponentialCompressDistance | |
CFrozenLinearCombinationDistance | |
CFrozenSearchPoint | |
CGaiaException | Exception class that can take up to 3 arguments of any type, which will be serialized into a QString for the error message |
CGaiaMap | Map class (derived from QMap) but that throws a custom Exception instead of returning a default constructed value when the key isn't in there |
CGaussianize | The Gaussianize analyzer fits each descriptor into a gaussian distribution |
CInnerDim | |
CInverseProjection | The inverse projection Analyzer computes the inverse the previous transformation, given it was a linear projection (such as PCA or RCA) |
CKey | |
CKeyDistance | This class computes the harmonic distance between keys |
CKullbackLeiblerDistance | This class computes the symmetric Kullback-Leibler distance of a given Region |
►CLayoutAwareFactory | A tuned implementation of a factory |
CRegistrar | |
CLinearCombinationDistance | This class computes a distance that is the linear combination of any number of other DistanceFunctions |
CLogger | Asynchronous thread-safe logger object |
CManhattanDistance | This class computes the Manhattan distance of a given Region |
CMatMult | MatMult class |
CMerge | Merge applier class |
CMergeRegion | The MergeRegion analyzer allows you to merge multiple descriptors into a single one |
CMergeRegionApplier | MergeRegion applier class |
CMinkowskiDistance | This class computes the Minkowski distance of a Region |
CNormalize | The Normalize analyzer normalizes real descriptors |
CNullDistance | This class computes a distance which is always equal to 0 |
CParamCheckingFactory | |
CParameter | |
CParameterMap | |
CPCA | The PCA Analyzer computes the Principal Components Analysis of the given DataSet using the specified descriptors |
CPoint | |
CPointArray | A PointArray is a simple subclass of a QVector<Point*> that owns the memory to the points (hence will delete them when it is itself deleted) |
CPointLayout | This class describes the layout of a point |
CPointLayoutData | |
CRandomDistance | This class computes a distance which returns a random number between 0 and the specified range |
CRCA | The RCA Analyzer computes the Relevant Components Analysis of the given DataSet using the specified descriptors |
CRegion | A region is a physical location in the point layout which consists in a list of segments |
CRemove | The Remove analyzer allows you to discard specific descriptors |
CRemoveDesc | RemoveDesc applier class |
CRemoveVL | The RemoveVL analyzer checks for descriptors which are variable-length descriptors, such as the list of beats, ticks, chords, etc. and removes them |
CRename | The Rename analyzer allows you to rename an existing field |
CRenameApplier | Rename applier class |
CResistorAverageDistance | This class computes the symmetric resistor-average distance of a given Region |
CRhythmDistance | This class computes the rhythm distance of a given descriptor |
CScope | |
CScopedData | |
CSearchPoint | |
CSearchSpaceWrapper | |
CSegment | A segment is a physical contiguous location of descriptors of the same type in the point layout |
CSelect | The Select analyzer allows you to keep only specific descriptors |
CSelectDesc | SelectDesc applier class |
CSemanticClassifierDistance | : desc is wrong, still the wpearson one.. |
CSingleValueMorphable | |
CSortNode | |
CSortOn | |
CStringifier | |
CSummedSegmentDistance | This class calculates a distance between segments from two points and sums the results |
CSVMPredict | SVMPredict applier class |
CSVMTrain | The SVMTrain analyzer creates a SVM model for the given dataset using libsvm |
CTextProgress | This class is a very simple class which allows you to print a progress percentage on the standard output |
CTimer | This class allows you to measure a certain amount of time, for instance if you want to know how long the execution of a given function takes |
CTransfoChain | |
CTransformation | Class containing all info pertaining to a specific transformation, ie: the name of the analyzer class, the input parameters, the results of this analysis (= the applier parameters), and the name of the applier class |
CUnscopedData | |
CWeightedEuclideanDistance | This class computes the euclidean distance of a given Region, applying a weight on each descriptor |
CWeightedPearsonDistance | This class computes the weighted Pearson correlation between 2 points |
►Ngaia2std | |
CAnalyzer | |
Ccounted_ptr | |
CDataSet | |
CDistanceFunction | |
CGException | |
CParameterMap | |
CPoint | |
CTransformation | |
CView | |
C__TODO__ | |
Ccounted_ptr | |
CCyclops | |
CCyclopsMaster | |
CCyclopsProxy | |
CCyclopsResults | |
CEmptyDataSet | |
CGVarLengthArray | |
CLoadPointJob | This class represent a job that loads a single point, and returns it when done |
CMaxAggr | |
CMeanAggr | |
CMinAggr | |
CPendingRequest | |
CSortOn | |
CToken | |
CYamlProxy | |
CYamlRPCServer | |
Cyy_buffer_state | |
Cyy_trans_info | |
CYYMINORTYPE | |
CyyParser | |
CyyStackEntry | |