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amino
1.0-beta2
Lightweight Robot Utility Library
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| ▼Namino | Amino namespace |
| ►Ncollision | |
| ►Nkinematics | |
| ►Nmat | |
| ►Nmixin | |
| ►Nmotionplanning | |
| ►Nscenegraph | |
| ►Nscenewin | |
| ►Ntf | |
| CScopedMutex | Locks mutex on construction, unlocks on destruction |
| CRegionScope | |
| ►CRegionAllocator | An STL allocator that allocates out of a memory region |
| CRegionList | Typedefs for STL lists using region allocator |
| CRegionVector | Typedefs for STL vector using region allocator |
| CRegionMap | Typedefs for STL map using region allocator |
| CBaseCmplx | Base type for complex numbers and 2D vectors |
| CVec2 | A 2D vector represented using a complex number |
| CAngleP | A planar rotation angle |
| CCmplx | A complex number |
| CRotMatP | A planar rotation matrix |
| CCmplxTran | Planar transformation represented with a complex number and translation vector |
| CTfMatP | A Planar transformation matrix |
| CVec3 | A vector of length 3 |
| CXAngle | A rotation about the X axis |
| CYAngle | A rotation about the Y axis |
| CZAngle | A rotation about the Z axis |
| CQuat | A quaternion object |
| CRotMat | A rotation matrix object |
| CAxisAngle | An axis-angle object |
| CDualQuat | A dual quaternion object |
| CQuatTran | A rotation quaternion and translation vector object |
| CTfMat | A transformation matrix object |
| Caa_circbuf_t | Circular buffers use a fixed-size array that acts as if connected end-to end |
| Caa_ct_limit | Limits on robot state |
| Caa_ct_pt | Waypoint |
| Caa_ct_seg | Trajectory segment |
| Caa_ct_state | State description of a robot |
| Caa_dmat | Descriptor for a block matrix |
| Caa_dvec | Descriptor for a vector |
| Caa_flexbuf_t | A buffer struct |
| Caa_mem_cons | A "cons" cell |
| Caa_mem_pool_t | Data Structure for Object pools |
| Caa_mem_region | Data Structure for Region-Based memory allocation |
| Caa_mem_region_node | A single block of memory to be parceled out by the region allocator |
| Caa_mem_rlist | A linked list allocated out of a memory region |
| Caa_ode_sol_opts | Options for the differential equation solver |
| Caa_plot_opts | Options for a plot |
| Caa_rx_ct_wk_lc3_cx | Opaque context struct for LC3 |
| Caa_rx_ct_wk_opts | Opaque structure for workspace control options |
| Caa_rx_geom | Container for scene geometry |
| Caa_rx_geom_octree | |
| Caa_rx_geom_opt | Opaque structure for geometry options |
| Caa_rx_octree | |
| Caa_rx_sg | Opaque type for a scene_graph |
| Caa_rx_shape_box | Shape for a box |
| Caa_rx_shape_cone | Shape for a cone |
| Caa_rx_shape_cylinder | Shape for a cylinder |
| Caa_rx_shape_grid | Shape for a grid |
| Caa_rx_shape_sphere | Shape for a sphere |
| Caa_rx_shape_torus | Shape for a torus |
| Caa_rx_win | Opaque type for a window |
| Caa_rx_wk_lc3_cx | Opaque context struct for LC3 |
| Caa_rx_wk_opts | Opaque structure for workspace control options |
| Caa_sdl_display_params | Parameters for SDL display function |
| Caa_sys_affine_t | Context-struct for function aa_sys_affine |
| Caa_tf_axang | Memory layout for axis-Angle rotation in x,y,z,angle order |
| Caa_tf_cv | Memory layout for planar transform as complex number and translation vector |
| Caa_tf_duqu | Memory layout for a dual quaternion |
| Caa_tf_dx | Memory layout for an SE(3) velocity |
| Caa_tf_eulerzyx | Memory layout for an Euler Angle in ZYX (yaw-pitch-roll) format |
| Caa_tf_quat | Memory layout for a quaternion, x,y,z,w order |
| Caa_tf_qv | Memory layout for a Transformation as rotation quaternion and translation vector |
| Caa_tf_qv_dx | Transform and spatial velocity |
| Caa_tf_rotmat | Memory layout for a rotation matrix |
| Caa_tf_rotmatp | Memory layout for a planar rotation matrix |
| Caa_tf_tfmat | Memory layout for a transformation matrix |
| Caa_tf_tfmatp | Memory layout for a planar transformation matrix |
| Caa_tf_vec3 | Memory layout for a vector of length 3 |