Preserve dev TCP gizmo motion-priority handling while integrating Ruckig smoothing, continuous JTC spline validation and shared robot limits. Resolve launch and dependency conflicts without removing either feature set. Verified merged build of 8 packages and tests of 4 packages.
Use shared limits for all seven axes across MoveIt, URDF and FRI.
Apply Ruckig smoothing and continuous JTC spline checks, stretching
trajectory timing to respect velocity, acceleration and jerk limits.
Require fresh stationary feedback for direct trajectories and protect
preparation from concurrent submissions and stop requests.
Add regression tests, dependencies and bilingual FRI documentation.
Include the updated LIN speed-sweep scenario and current 60 ms filter
configuration. Acceleration and jerk limits remain project settings;
physical high-speed twitching is still under investigation.
Add a native Webots marker for setting the active tool's TCP position and
orientation. Dragging edits the preview; releasing the mouse submits one
complete, checked joint trajectory with configured TCP speed limits.
Unreachable targets reset the marker to the current TCP.
Preserve coordinate, joint, and control-file commands through motion
reservations and a controller action proxy. Give the gizmo lowest priority
and finish its committed trajectory before dispatching queued regular
commands, including waits longer than the former two-second service timeout.
Place the patron TCP at its working end, 55.2 mm along local Z, and use the
flange TCP when no tool is attached. Add digital_twin.tcp_gizmo configuration,
ROS interfaces, launch integration, and regression coverage.
Document operation, configuration, tool attachment, speed limits, and
troubleshooting in both Russian and English.
Validation: 42 Python tests and 8 C++ tests passed. Webots regressions covered
one action per release, translation and rotation with and without a tool,
unreachable targets, and ordinary commands waiting for gizmo completion.
- Introduced iiwa_hardware_interface_plugin.xml to define the hardware interface.
- Created command_guard.hpp to enforce joint limits for position and torque commands.
- Developed fri_client.hpp and fri_client.cpp to manage FRI communication and state snapshots.
- Implemented system_interface.hpp and system_interface.cpp for lifecycle management and command handling.
- Added system_interface_type_values.hpp for extended state interface names.
- Defined package.xml for ROS2 integration with necessary dependencies.
- Added a new link "tcp" and a fixed joint "patron_tcp" in patron.xacro for better tool control.
- Updated ServerFriRos2.java to improve command mode handling and user configuration steps, including clearer logging and better control mode selection.
- Removed the deprecated iiwa_ros2.java file to streamline the codebase.
- Enhanced test_motion_sequence.py to allow dynamic topic recording based on user input, with improved logging for bag file management.
- Created a new URDF file for the table model, including links for the table frame, wood palette, robot palette, cabinet frame, and cabinet, along with their respective visual and collision properties.
- Defined joints to connect the various components of the table model.
- Added a new SDF file for the simulation world, setting up the environment with physics properties, a ground plane, and lighting.
- Updated gripper macros in gripper_macros.xacro to simplify parameters and add Gazebo support.
- Removed unused mesh property in gripper_meshes.xacro.
- Enhanced iiwa7 digital and FRI URDF files with simulation arguments and improved controller setup.
- Added new launch files for Gazebo simulation and universal launch configuration.
- Implemented YAML parameter wrapping for ROS2 in converter.py.
- Introduced a new gz_bridge.yaml configuration for Gazebo to ROS2 topic mapping.
- Cleaned up setting_loader.py and added necessary imports.
- Created a new URDF file for the gripper, defining its structure.
- Added links: base_frame, plate, screw, craving1, craving2, craving3.
- Defined joints for the gripper's movement, including fixed and revolute joints.
- Included mesh files for visual and collision geometry.
- Set inertial properties for each link with zero mass and inertia.
- Updated iiwa7 URDF Xacro to include command and state interfaces for position and effort with defined limits for all joints.
- Modified setting_loader.py to include new fields for command_mode and description in the RobotCfg dataclass and settings loading process.
- Created iiwa.launch.py to manage the launch of the IIWA robot, integrating MoveIt configurations and RViz support.
- Added iiwa_controllers.launch.py to set up the controller manager and spawner for the IIWA robot.
- Introduced iiwa_hardware_interface_plugin.xml to define the hardware interface for the KUKA IIWA 7 robot.
- Added iiwa7_fri.urdf.xacro to support FRI (Fast Robot Interface) with appropriate command and state interfaces for each joint.
Все конфигурационные файлы переехали в пакет `iiwa_config`. также там появился общий конфигурационный файл, который упращает запуск `digital_twin.launch.py`
Добавлен дополнительный пакет `iiwa_utils`, в который переехал весь код с папки `iiwa_bringup/utils`, а также все тестовые ноды переехали с `iiwa_object_spawner` в этот пакет
Пакеты `iiwa_bringup` и `iiwa_description` переведены на `ament_cmake` для дальнейшего удобсва - пакеты не будут содержать код для реализации
- В файле `webots_spawn.launch.py` - добавлено использование времени симуляции
- Добавлен новый пакет `iiwa_object_spawne`, который отвечает за появление объектов (в разработке)
Добавлена папка `supported`, в которой будут размещаться файлы запуска подключаемые в основном файле.
Переименован контроллер на `iiwa_arm_controller`
Добавлен пакет `iiwa_bringup.utils`, в котором будут распологаться все вспомогательные функции, для папки `launch`
В файле `README`, были добавлены подсказки для автора
Даниил Грабарь