#include <ompl_solver.h>
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template<typename T > |
static ompl::base::PlannerPtr | AllocatePlanner (const ompl::base::SpaceInformationPtr &si, const std::string &new_name) |
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◆ OMPLSolver()
template<class ProblemType >
◆ ~OMPLSolver()
template<class ProblemType >
◆ AllocatePlanner()
template<class ProblemType >
template<typename T >
static ompl::base::PlannerPtr exotica::OMPLSolver< ProblemType >::AllocatePlanner |
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const ompl::base::SpaceInformationPtr & |
si, |
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const std::string & |
new_name |
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) |
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inlinestaticprotected |
◆ GetLongestValidSegmentLength()
template<class ProblemType >
◆ GetMaximumExtent()
template<class ProblemType >
◆ GetPath()
template<class ProblemType >
void exotica::OMPLSolver< ProblemType >::GetPath |
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Eigen::MatrixXd & |
traj, |
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ompl::base::PlannerTerminationCondition & |
ptc |
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) |
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protected |
◆ GetRandomSeed()
template<class ProblemType >
◆ GetValidSegmentCountFactor()
template<class ProblemType >
◆ PostSolve()
template<class ProblemType >
◆ PreSolve()
template<class ProblemType >
◆ SetGoalState()
template<class ProblemType >
◆ SetLongestValidSegmentFraction()
template<class ProblemType >
void exotica::OMPLSolver< ProblemType >::SetLongestValidSegmentFraction |
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double |
segmentFraction | ) |
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inline |
◆ SetValidSegmentCountFactor()
template<class ProblemType >
◆ Solve()
template<class ProblemType >
◆ SpecifyProblem()
template<class ProblemType >
◆ algorithm_
template<class ProblemType >
◆ bounds_
template<class ProblemType >
◆ init_
template<class ProblemType >
◆ multi_query_
template<class ProblemType >
◆ ompl_simple_setup_
template<class ProblemType >
◆ planner_allocator_
template<class ProblemType >
◆ prob_
template<class ProblemType >
◆ state_space_
template<class ProblemType >
The documentation for this class was generated from the following file:
- /tmp/exotica/exotations/solvers/exotica_ompl_solver/include/exotica_ompl_solver/ompl_solver.h