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Eigen::Matrix< Scalar, nq, 1 > | q |
| Joint configuration.
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Eigen::Matrix< Scalar, nq, 1 > | dq |
| Joint velocity.
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Eigen::Matrix< Scalar, nq, 1 > | ddq |
| Joint acceleration.
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Eigen::Matrix< Scalar, nq, 1 > | p |
| Joint Momentum.
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Eigen::Matrix< Scalar, nq, 1 > | tau |
| Joint torque.
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Eigen::Matrix< Scalar, nq, nq > | M = Eigen::Matrix<Scalar, nq, nq>::Zero() |
| Mass matrix.
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Eigen::Matrix< Scalar, Eigen::Dynamic, Eigen::Dynamic > | Mr |
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Eigen::Matrix< Scalar, nq, nq > | Minv = Eigen::Matrix<Scalar, nq, nq>::Zero() |
| Inverse mass matrix.
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Eigen::Matrix< Scalar, Eigen::Dynamic, Eigen::Dynamic > | Mrinv |
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Eigen::Matrix< Scalar, nq, nq > | C = Eigen::Matrix<Scalar, nq, nq>::Zero() |
| Coriolis matrix.
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Eigen::Matrix< Scalar, nq, 1 > | g |
| Gravity torque vector.
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Eigen::Matrix< Scalar, nq, nq > | Gp = Eigen::Matrix<Scalar, nq, nq>::Identity() |
| Input mapping matrix.
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Eigen::Matrix< Scalar, Eigen::Dynamic, Eigen::Dynamic > | Gr |
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Eigen::Matrix< Scalar, nq, nq > | Dp = Eigen::Matrix<Scalar, nq, nq>::Zero() |
| Damping matrix.
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Eigen::Matrix< Scalar, Eigen::Dynamic, Eigen::Dynamic > | Dr |
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Eigen::Matrix< Scalar, Eigen::Dynamic, Eigen::Dynamic > | Jc |
| Constraint jacobian.
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Eigen::Matrix< Scalar, Eigen::Dynamic, Eigen::Dynamic > | Jcp |
| Constraint jacobian left annihilator.
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Scalar | T = 0 |
| The kinetic co-energy.
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Scalar | V = 0 |
| The potential energy.
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Scalar | H = 0 |
| The hamiltonian (total energy).
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Eigen::Matrix< Scalar, nq+nq, 1 > | dx_dt |
| The dynamics dx_dt.
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std::vector< Eigen::Transform< Scalar, 3, Eigen::Isometry > > | FK = {} |
| Vector of forward kinematics Data.
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int | nr = 0 |
| Number of reduced momentum states.
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int | nz = 0 |
| Vector of redundant momentum states.
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template<typename Scalar, int nq>
struct tr::data::Data< Scalar, nq >
A data struct for storing results of various model algorithms.
- Template Parameters
-
Scalar | Scalar type of the associated model. |
nq | Number of configuration coordinates (number of degrees of freedom) |