ls::blocks Namespace Reference

Main functional block definitions. More...

Namespaces
	std
	Standard functional block library.

Classes
class	Block
	Generic base template class for all tuple-based Block instances. More...
class	Block< ::std::tuple< TInputs... >, ::std::tuple< TOutputs... >, ::std::tuple< TParameters... > >
class	BlockBase
struct	BlockPack
class	BlockProto
class	BlockTraits
	A traits object that exposes information about TBlock. More...
class	BlockTraits< Block< ::std::tuple< TInputs... >, ::std::tuple< TOutputs... >, ::std::tuple< TParameters... > > >
class	BlockTraits< std::BufferBlock< TInput, NSize > >
class	BlockTraits< std::ConstantBlock< TType > >
class	BlockTraits< std::ConverterBlock< TInput, TOutput > >
class	BlockTraits< std::DeadzoneBlock< TType, TOps, std::DeadzoneBlockParameter::Parametric > >
class	BlockTraits< std::DelayBlock< TInput, NDelay > >
class	BlockTraits< std::DemuxBlock< Eigen::Matrix< TScalar, TRows, TCols >, TOps > >
class	BlockTraits< std::DifferentiatorBlock< TInput, NDelay, TScalar > >
class	BlockTraits< std::DiscreteStateSpaceBlock< ls::systems::DiscreteStateSpace< TScalar, NState, NInput, NOutput >, std::DiscreteStateSpaceBlockFeedthrough::HasFeedthrough, 0, 0, 0 > >
class	BlockTraits< std::DiscreteStateSpaceBlock< ls::systems::DiscreteStateSpace< TScalar, NState, NInput, NOutput >, std::DiscreteStateSpaceBlockFeedthrough::NoFeedthrough, 0, 0, 0 > >
class	BlockTraits< std::DiscreteStateSpaceBlock< TScalar, TFeedthroughOps, NState, NInput, NOutput > >
class	BlockTraits< std::FunctionBlock< TOutput, TInputs... > >
class	BlockTraits< std::GainBlock< TInput, TGain, TOps, TConv > >
	BlockTraits specialization for GainBlock. More...
class	BlockTraits< std::IntegratorBlock< TInput, NDelay > >
class	BlockTraits< std::MinMaxBlock< TInput, TOps > >
class	BlockTraits< std::MinMaxIdxBlock< TInput, TOps > >
class	BlockTraits< std::MuxBlock< Eigen::Matrix< TScalar, TRows, TCols >, TOps > >
class	BlockTraits< std::ProtoMsgOutBlock< TType > >
class	BlockTraits< std::ReImToComplexBlock< TType, SFINAE > >
class	BlockTraits< std::SaturationBlock< TType, TOps, std::SaturationBlockParameter::Parametric > >
class	BlockTraits< std::SignumBlock< TType, TOutput > >
class	BlockTraits< std::SimplePIDBlock< TType, std::SimplePIDBlockOperator::Elementwise, std::SimplePIDBlockParameter::AdditionalInput > >
class	BlockTraits< std::SimplePIDBlock< TType, std::SimplePIDBlockOperator::Elementwise, std::SimplePIDBlockParameter::Parametric > >
class	BlockTraits< std::SimplePIDBlock< TType, std::SimplePIDBlockOperator::Scalar, std::SimplePIDBlockParameter::AdditionalInput > >
class	BlockTraits< std::SimplePIDBlock< TType, std::SimplePIDBlockOperator::Scalar, std::SimplePIDBlockParameter::Parametric > >
class	BlockTraits< std::SumBlock< TType, N > >
class	BlockTraits< std::SwitchBlock< TType, std::SwitchBlockParameter::AdditionalInput > >
class	BlockTraits< std::SwitchBlock< TType, std::SwitchBlockParameter::Parametric > >
class	BlockTraits< std::UnaryAbsBlock< TInput > >
class	BlockTraits< std::UnaryMeanBlock< TInput > >
class	BlockTraits< void >
class	Signal
class	SignalBase

Enumerations
enum	BlockType {   BlockType::UnknownBlock, BlockType::GenericBlock, BlockType::CustomBlock, BlockType::BufferBlock,   BlockType::ConstantBlock, BlockType::ConverterBlock, BlockType::DeadzoneBlock, BlockType::DelayBlock,   BlockType::DemuxBlock, BlockType::DifferentiatorBlock, BlockType::DiscreteStateSpaceBlock, BlockType::FunctionBlock,   BlockType::GainBlock, BlockType::IntegratorBlock, BlockType::MinMaxBlock, BlockType::MinMaxIdxBlock,   BlockType::MuxBlock, BlockType::ProtoMsgOutBlock, BlockType::ReImToComplexBlock, BlockType::SaturationBlock,   BlockType::SignumBlock, BlockType::SimplePIDBlock, BlockType::SumBlock, BlockType::SwitchBlock,   BlockType::UnaryAbsBlock, BlockType::UnaryMeanBlock }
	Block type information. More...

Functions
static ::std::string	blockTypeToString (const BlockType type)
template<typename TObject1 , typename TObject2 >
std::enable_if< std::is_convertible< TObject1, TObject2 >::value, Signal< TObject1 > >::type	operator+ (const Signal< TObject1 > &signal1, const Signal< TObject2 > &signal2)
template<typename TObject1 , typename TObject2 >
std::enable_if<!std::is_convertible< TObject1, TObject2 >::value, Signal< TObject1 > >::type	operator+ (const Signal< TObject1 > &signal1, const Signal< TObject2 > &signal2)
template<typename TObject1 , typename TObject2 >
std::enable_if< std::is_convertible< TObject1, TObject2 >::value, Signal< TObject1 > >::type	operator- (const Signal< TObject1 > &signal1, const Signal< TObject2 > &signal2)
template<typename TObject1 , typename TObject2 >
std::enable_if<!std::is_convertible< TObject1, TObject2 >::value, Signal< TObject1 > >::type	operator- (const Signal< TObject1 > &signal1, const Signal< TObject2 > &signal2)
template<typename TObject1 , typename TObject2 >
std::enable_if< std::is_convertible< TObject1, TObject2 >::value, Signal< TObject1 > >::type	operator* (const Signal< TObject1 > &signal1, const Signal< TObject2 > &signal2)
template<typename TObject1 , typename TObject2 >
std::enable_if<!std::is_convertible< TObject1, TObject2 >::value, Signal< TObject1 > >::type	operator* (const Signal< TObject1 > &signal1, const Signal< TObject2 > &signal2)
template<typename TObject1 , typename TObject2 >
std::enable_if< std::is_convertible< TObject1, TObject2 >::value, Signal< TObject1 > >::type	operator/ (const Signal< TObject1 > &signal1, const Signal< TObject2 > &signal2)
template<typename TObject1 , typename TObject2 >
std::enable_if<!std::is_convertible< TObject1, TObject2 >::value, Signal< TObject1 > >::type	operator/ (const Signal< TObject1 > &signal1, const Signal< TObject2 > &signal2)

Variables
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicEvalFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicEvalfFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicConjugateFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicRealFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicImagFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicExpandFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicDerivFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicExplDerivFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicPowerFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicSeriesFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicPrintFunctionMap {}
static ::std::unordered_map< unsigned int, ::std::function< GiNaC::ex(::std::vector< GiNaC::ex >)> >	symbolicInfoFunctionMap {}

Detailed Description

Main functional block definitions.