Once you have built your CasOC::Problem, create a CasOC::Solver to configure how you want to solve the problem, then invoke solve() to solve your problem.
This class assumes that the problem is solved using direct collocation.
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| Solver (const Problem &problem) |
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void | setNumMeshIntervals (int numMeshIntervals) |
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void | setMesh (std::vector< double > mesh) |
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const std::vector< double > & | getMesh () const |
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void | setTranscriptionScheme (std::string scheme) |
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const std::string & | getTranscriptionScheme () const |
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std::string | getDynamicsMode () const |
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void | setMinimizeLagrangeMultipliers (bool tf) |
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bool | getMinimizeLagrangeMultipliers () const |
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void | setLagrangeMultiplierWeight (double weight) |
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double | getLagrangeMultiplierWeight () const |
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void | setImplicitMultibodyAccelerationBounds (Bounds bounds) |
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Bounds | getImplicitMultibodyAccelerationBounds () const |
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bool | getMinimizeImplicitMultibodyAccelerations () const |
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void | setMinimizeImplicitMultibodyAccelerations (bool tf) |
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double | getImplicitMultibodyAccelerationsWeight () const |
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void | setImplicitMultibodyAccelerationsWeight (double weight) |
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void | setImplicitAuxiliaryDerivativeBounds (Bounds bounds) |
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Bounds | getImplicitAuxiliaryDerivativeBounds () const |
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bool | getMinimizeImplicitAuxiliaryDerivatives () const |
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void | setMinimizeImplicitAuxiliaryDerivatives (bool tf) |
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double | getImplicitAuxiliaryDerivativesWeight () const |
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void | setImplicitAuxiliaryDerivativesWeight (double weight) |
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void | setInterpolateControlMidpoints (bool tf) |
| Whether or not to constrain control values at mesh interval midpoints by linearly interpolating control values from mesh interval endpoints. More...
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bool | getInterpolateControlMidpoints () const |
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void | setOptimSolver (std::string optimSolver) |
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const std::string | getOptimSolver () const |
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void | setFiniteDifferenceScheme (const std::string &scheme) |
| The finite difference scheme to be set on all CasOC::Function objects. More...
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std::string | getFiniteDifferenceScheme () const |
| The finite difference scheme to be set on all CasOC::Function objects. More...
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void | setCallbackInterval (int callbackInterval) |
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int | getCallbackInterval () const |
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void | setSparsityDetection (const std::string &setting) |
| "none" to use block sparsity (treat all CasOC::Functions as dense; default), "initial-guess", or "random". More...
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void | setSparsityDetectionRandomCount (int count) |
| If sparsity detection is "random", use this number of random iterates to determine sparsity. More...
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void | setWriteSparsity (const std::string &setting) |
| If this is set to a non-empty string, the sparsity patterns of the optimization problem derivatives are written to files whose names use setting as a prefix. More...
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std::string | getWriteSparsity () const |
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void | setParallelism (std::string parallelism, int numThreads) |
| Use this to tell CasADi to evaluate differential-algebraic equations, path constraints, integrands, etc. More...
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std::pair< std::string, int > | getParallelism () const |
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void | setPluginOptions (casadi::Dict opts) |
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const casadi::Dict & | getPluginOptions () const |
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void | setSolverOptions (casadi::Dict solverOptions) |
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const casadi::Dict | getSolverOptions () const |
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Iterate | createInitialGuessFromBounds () const |
| The contents of this iterate depends on the transcription scheme.
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Iterate | createRandomIterateWithinBounds () const |
| The contents of this iterate depends on the transcription scheme.
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Solution | solve (const Iterate &guess) const |
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