shark::RegularizationNetworkTrainer< InputType > Member List

This is the complete list of members for shark::RegularizationNetworkTrainer< InputType >, including all inherited members.

AbstractSvmTrainer(KernelType *kernel, double C, bool offset, bool unconstrained=false)shark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
AbstractSvmTrainer(KernelType *kernel, double negativeC, double positiveC, bool offset, bool unconstrained=false)shark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
accessCount() constshark::QpConfiginline
BOOST_SERIALIZATION_SPLIT_MEMBER()shark::ISerializable
C() constshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
cacheSize() constshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
DatasetType typedefshark::AbstractTrainer< Model, LabelTypeT >
InputType typedefshark::AbstractTrainer< Model, LabelTypeT >
isUnconstrained() constshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
kernel()shark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
kernel() constshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
KernelType typedefshark::RegularizationNetworkTrainer< InputType >
LabelType typedefshark::AbstractTrainer< Model, LabelTypeT >
load(InArchive &archive, unsigned int version)shark::ISerializableinline
m_accessCountshark::QpConfigprotected
m_cacheSizeshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >protected
m_kernelshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >protected
m_precomputedKernelMatrixshark::QpConfigprotected
m_regularizersshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >protected
m_s2doshark::QpConfigprotected
m_shrinkingshark::QpConfigprotected
m_solutionpropertiesshark::QpConfigprotected
m_sparsifyshark::QpConfigprotected
m_stoppingconditionshark::QpConfigprotected
m_trainOffsetshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >protected
m_unconstrainedshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >protected
m_verbosityshark::QpConfigprotected
ModelType typedefshark::RegularizationNetworkTrainer< InputType >
name() constshark::RegularizationNetworkTrainer< InputType >inlinevirtual
noiseVariance() constshark::RegularizationNetworkTrainer< InputType >inline
numberOfParameters() constshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inlinevirtual
parameterVector() constshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inlinevirtual
ParameterVectorType typedefshark::IParameterizable<>
precision() constshark::RegularizationNetworkTrainer< InputType >inline
precomputeKernel()shark::QpConfiginline
precomputeKernel() constshark::QpConfiginline
QpConfig(bool precomputedFlag=false, bool sparsifyFlag=true)shark::QpConfiginline
read(InArchive &archive)shark::ISerializableinlinevirtual
RegularizationNetworkTrainer(KernelType *kernel, double betaInv, bool unconstrained=false)shark::RegularizationNetworkTrainer< InputType >inline
regularizationParameters() constshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
s2do()shark::QpConfiginline
s2do() constshark::QpConfiginline
save(OutArchive &archive, unsigned int version) constshark::ISerializableinline
setC(double C)shark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
setCacheSize(std::size_t size)shark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
setKernel(KernelType *kernel)shark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
setMaxIterations(unsigned long long i)shark::QpConfiginline
setMaxSeconds(double s)shark::QpConfiginline
setMinAccuracy(double a)shark::QpConfiginline
setNoiseVariance(double betaInv)shark::RegularizationNetworkTrainer< InputType >inline
setParameterVector(RealVector const &newParameters)shark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inlinevirtual
setPrecision(double beta)shark::RegularizationNetworkTrainer< InputType >inline
setRegularizationParameters(RealVector const &regularizers)shark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
setTargetValue(double v)shark::QpConfiginline
shrinking()shark::QpConfiginline
shrinking() constshark::QpConfiginline
solutionProperties()shark::QpConfiginline
sparsify()shark::QpConfiginline
sparsify() constshark::QpConfiginline
stoppingCondition()shark::QpConfiginline
stoppingCondition() constshark::QpConfiginline
train(KernelExpansion< InputType > &svm, const LabeledData< InputType, RealVector > &dataset)shark::RegularizationNetworkTrainer< InputType >inline
AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >::train(ModelType &model, DatasetType const &dataset)=0shark::AbstractTrainer< Model, LabelTypeT >pure virtual
trainOffset() constshark::AbstractSvmTrainer< InputType, RealVector, KernelExpansion< InputType > >inline
verbosity()shark::QpConfiginline
verbosity() constshark::QpConfiginline
write(OutArchive &archive) constshark::ISerializableinlinevirtual
~INameable()shark::INameableinlinevirtual
~IParameterizable()shark::IParameterizable<>inlinevirtual
~ISerializable()shark::ISerializableinlinevirtual