Implementation of Continuous Mountain Car task. More...
Classes  
struct  Action 
Implementation of action of Continuous Mountain Car. More...  
class  State 
Implementation of state of Continuous Mountain Car. More...  
Public Member Functions  
ContinuousMountainCar (const double positionMin=1.2, const double positionMax=0.6, const double positionGoal=0.45, const double velocityMin=0.07, const double velocityMax=0.07, const double duration=0.0015, const double doneReward=100, const size_t maxSteps=0)  
Construct a Continuous Mountain Car instance using the given constant. More...  
State  InitialSample () 
Initial position is randomly generated within [0.6, 0.4]. More...  
bool  IsTerminal (const State &state) const 
Whether given state is a terminal state. More...  
size_t  MaxSteps () const 
Get the maximum number of steps allowed. More...  
size_t &  MaxSteps () 
Set the maximum number of steps allowed. More...  
double  Sample (const State &state, const Action &action, State &nextState) 
Dynamics of Continuous Mountain Car. More...  
double  Sample (const State &state, const Action &action) 
Dynamics of Continuous Mountain Car. More...  
size_t  StepsPerformed () const 
Get the number of steps performed. More...  
Implementation of Continuous Mountain Car task.
Definition at line 29 of file continuous_mountain_car.hpp.

inline 
Construct a Continuous Mountain Car instance using the given constant.
positionMin  Minimum legal position. 
positionMax  Maximum legal position. 
positionGoal  Final target position. 
velocityMin  Minimum legal velocity. 
velocityMax  Maximum legal velocity. 
duration  Time Duration for which force is applied on the car. 
doneReward  Reward recieved by the agent on success. 
maxSteps  The number of steps after which the episode terminates. If the value is 0, there is no limit. 
Definition at line 105 of file continuous_mountain_car.hpp.

inline 
Initial position is randomly generated within [0.6, 0.4].
Initial velocity is 0.
Definition at line 185 of file continuous_mountain_car.hpp.
References ContinuousMountainCar::State::Position(), mlpack::math::Random(), and ContinuousMountainCar::State::Velocity().

inline 
Whether given state is a terminal state.
state  desired state. 
Definition at line 200 of file continuous_mountain_car.hpp.
References Log::Info, and ContinuousMountainCar::State::Position().
Referenced by ContinuousMountainCar::Sample().

inline 
Get the maximum number of steps allowed.
Definition at line 220 of file continuous_mountain_car.hpp.

inline 
Set the maximum number of steps allowed.
Definition at line 222 of file continuous_mountain_car.hpp.
Dynamics of Continuous Mountain Car.
Get reward and next state based on current state and current action.
state  The current state. 
action  The current action. 
nextState  The next state. 
Definition at line 132 of file continuous_mountain_car.hpp.
References ContinuousMountainCar::Action::action, mlpack::math::ClampRange(), ContinuousMountainCar::IsTerminal(), ContinuousMountainCar::State::Position(), and ContinuousMountainCar::State::Velocity().
Referenced by ContinuousMountainCar::Sample().
Dynamics of Continuous Mountain Car.
Get reward based on current state and current action.
state  The current state. 
action  The current action. 
Definition at line 173 of file continuous_mountain_car.hpp.
References ContinuousMountainCar::Sample().

inline 
Get the number of steps performed.
Definition at line 217 of file continuous_mountain_car.hpp.