Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 123]
 ▼Nlipm_walkingMain controller namespace
 ▼NstatesStates of the controller's finite state machine
 CDoubleSupportDouble support phase while walking
 CInitialHold posture and check contacts
 CSingleSupportSingle support phase while walking
 CStandingEnable stabilizer and keep CoM at a reference position
 CContactContacts wrap foot frames with extra info from the footstep plan
 CControllerMain controller class
 CFloatingBaseObserverKinematics-only floating-base observer
 CFootstepPlanSequence of footsteps with gait parameters
 CModelPredictiveControlModel predictive control problem
 CNetWrenchObserverObserve net contact wrench from force/torque measurements
 CPendulumState of the inverted pendulum model
 CPlanInterpolatorFootstep plan interpolator
 CPreviewSolution of a model predictive control problem
 CSoleFoot sole properties
 CStabilizerWalking stabilization based on linear inverted pendulum tracking
 CStateConvenience wrapper for FSM states
 CSwingFootSwing foot interpolator
 ▼Nmc_rtcFramework namespace, only used to add a configuration loader
 CConfigurationLoader< lipm_walking::Contact >
 CConfigurationLoader< lipm_walking::FootstepPlan >
 CConfigurationLoader< lipm_walking::Sole >
 ▼NutilsUtility functions and classes
 CCubicHermitePolynomialCubic Hermite polynomial
 CCubicPolynomial
 CCubicPolynomial< double >
 CCubicPolynomialBaseCubic polynomial curve
 CExponentialMovingAverageExponential Moving Average
 CHoubaPolynomialHermite polynomial with Overall Uniformly-Bounded Accelerations (HOUBA)
 CLeakyIntegratorLeaky integrator
 CLowPassVelocityFilterCompute velocity by finite difference of position measurements, applying a low-pass filter to it
 CPolynomialBasePolynomial function
 CQuinticHermitePolynomialQuintic polynomial with zero velocity and zero acceleration at 0 and 1
 CQuinticPolynomialQuintic polynomial over vectors
 CQuinticPolynomial< double >Quintic polynomial over floating-point numbers
 CQuinticPolynomialBaseQuintic polynomial
 CRetimedPolynomialPolynomial whose argument \(s \in [0, 1]\) is retimed to \(t \in [0, T]\) by \( s(t) = t / T \)
 CSE2dSE2 transform
 CStationaryOffsetFilterRemove stationary offset from an input signal