#include <Operators.hpp>
Public Member Functions | |
| virtual base::DataSourceBase * | build (const std::string &op, base::DataSourceBase *a)=0 |
| virtual base::DataSourceBase * | build (const std::string &op, base::DataSourceBase *a)=0 |
| virtual | ~UnaryOp () |
| virtual | ~UnaryOp () |
UnaryOperator contains information on some unary operator that operates on one arg of a certain type. Examples of unary operators are logical not for booleans, unary minus for ints, unary minus for doubles, unary minus for vectors, unary plus for ints (internal::identity operator) etc. We always provide templates that accept a STL style adaptable functor..
Definition at line 65 of file install/include/rtt/types/Operators.hpp.
| RTT::UnaryOp::~UnaryOp | ( | ) | [virtual] |
Definition at line 124 of file Operators.cpp.
| virtual RTT::types::UnaryOp::~UnaryOp | ( | ) | [virtual] |
| virtual base::DataSourceBase* RTT::types::UnaryOp::build | ( | const std::string & | op, | |
| base::DataSourceBase * | a | |||
| ) | [pure virtual] |
If op is the operator you are responsible for, and if the argument internal::DataSource is of the correct type, then return an appropriate DataSource. ( i.e. a internal::DataSource that will apply a certain operation on the value it gets from its argument internal::DataSource, and will return that value ). Otherwise, return 0.
Implemented in RTT::types::UnaryOperator< function >, and RTT::types::UnaryOperator< function >.
| virtual base::DataSourceBase* RTT::types::UnaryOp::build | ( | const std::string & | op, | |
| base::DataSourceBase * | a | |||
| ) | [pure virtual] |
If op is the operator you are responsible for, and if the argument internal::DataSource is of the correct type, then return an appropriate DataSource. ( i.e. a internal::DataSource that will apply a certain operation on the value it gets from its argument internal::DataSource, and will return that value ). Otherwise, return 0.
Implemented in RTT::types::UnaryOperator< function >, and RTT::types::UnaryOperator< function >.
