====================== skill_partial_velocity ====================== A skill that moves along fixed frame axes and holds the other axes in place Defined at line 10 of file :doc:`skills/skill_partial_velocity.xml <../model_files/pitasc_library/skills/skill_partial_velocity_xml>` in package **pitasc_library**. Meta data ========= | **Categories** | single_robot, velocity_controlled | **Prototypes** | :doc:`skill_concurrency`, skill_single_robot, skill, object, dictionary, base, descriptive Parameters ========== **Required** parameters: | **tool_frame** : string | Name of the tool frame | **velocity_frame** : string | Defines the axes along which this skill can move. **Basic** parameters: | **robot** : dict | Robot that is controlled by the skill (only needs to be set at the application level). | **axes** : csv:string | The directions of motion. | **Default**: x | **velocities** : csv:float | Velocities in [m/s]. | **Default**: 0.01 **Expert** parameters: | **skill_name** : string | Name of this skill. Must be locally unique. | **collections** : list:collection | Contains the kinematic chains of the skill (feature, robot, object chains). | **loops** : list:kinematic_loop | Contains the kinematic loop(s) that define the task to be solved. | **tasks** : list:task | Contains the task description(s). | **bounds** : list:bound | Contains the bounds description(s). | **monitors** : list:monitor | Contains the monitors of the skill that determine when the skill should terminate. | **transitions** : list:transition | Contains additional transitions to other states (skills), given an event name. | **scripts** : list:script | Contains scripts that should be executed while the skill is active. | **skills** : list:skill | Sub-skills that are executed simultaneously. | **Default**: odict_keys(['move_skill', 'hold_skill']) | **move_skill** : :doc:`skill_cartesian_velocity` | Track a desired velocity of tool_frame w.r.t. target_frame. | | For Translation, target_frame specifies the translation axes. For Rotation, tool_frame specifies the pivot point. Specifying the rotation axes with target_frame does not fully work (see #356) | **hold_skill** : :doc:`skill_hold_pose` | Hold the position/orientation on selected axes. Examples ======== **skill_partial_velocity** is used in the following examples: * :doc:`../examples/monitors/measurements_xml` * :doc:`../examples/skills/blacklist_xml`