| Public Attributes | |
| Eigen::Matrix3d | B | 
| Eigen::Matrix3d | M | 
| Eigen::Matrix3d | Mx | 
| Eigen::Matrix3d | My | 
| Eigen::Matrix3d | Mz | 
| Eigen::Vector3d | v | 
| Eigen::Vector3d | vx | 
| Eigen::Vector3d | vy | 
| Eigen::Vector3d | vz | 
The systems built by olae_build_linear_system. The system is: "M g = v".
However, if the solution is near the Gibbs vector singularity (|Phi|~= \pi) we may need to use the alternative systems built by the "sequential rotation method" [shuster1981attitude].
(Refer to technical report for details)
Definition at line 47 of file optimal_tf_olae.cpp.
| Eigen::Matrix3d OLAE_LinearSystems::B | 
Attitude profile matrix
Definition at line 53 of file optimal_tf_olae.cpp.
| Eigen::Matrix3d OLAE_LinearSystems::M | 
Definition at line 49 of file optimal_tf_olae.cpp.
| Eigen::Matrix3d OLAE_LinearSystems::Mx | 
Definition at line 49 of file optimal_tf_olae.cpp.
| Eigen::Matrix3d OLAE_LinearSystems::My | 
Definition at line 49 of file optimal_tf_olae.cpp.
| Eigen::Matrix3d OLAE_LinearSystems::Mz | 
Definition at line 49 of file optimal_tf_olae.cpp.
| Eigen::Vector3d OLAE_LinearSystems::v | 
Definition at line 50 of file optimal_tf_olae.cpp.
| Eigen::Vector3d OLAE_LinearSystems::vx | 
Definition at line 50 of file optimal_tf_olae.cpp.
| Eigen::Vector3d OLAE_LinearSystems::vy | 
Definition at line 50 of file optimal_tf_olae.cpp.
| Eigen::Vector3d OLAE_LinearSystems::vz | 
Definition at line 50 of file optimal_tf_olae.cpp.