scene: cameras: # Configure camera position and pose - name: "opst_cam" position: [1, 0, 0.6] rotation: [0, 60, 90] prim_path: "/Robot/OppositeCamera" - name: "side_cam" position: [0.5, 1, 0.35] rotation: [-90, 0, 180] prim_path: "/Robot/SideCamera" objects: # Configure object n_objects: 1 # number of objects in simulation mass: 0.05 # mass of object prob_rnd_quat: 0.85 # probability of object having random orientation. Otherwise it will have default orientation. prob_static: 0.5 # probability of object being static. Otherwise it will be moving. moving_speed: [0.15, 0.75] # range of speed for moving objects, generated uniformly random # moving_speed: [0.05, 0.25] friction: [0.5, 1.5] # range of friction for objects, generated uniformly random perturbation: # configure perturbation for objects. Delete this if you don't intend to introduce perturbation for objects. # force: [0.001, 0.005] # torque: [0.0005, 0.0025] tag_thresholds: # configure thresholds for tag generation. If the value difference between two objects is less than the threshold, the value is considered same, thus also the rank. height: 0.1 area: 0.1 volume: 0.1 position_from_left: 0.1 position_from_bottom: 0.1 distance_from_robot: 0.3 velocity: 0.2 categories: # configure available categories of objects. All objects are randomly selected from available items whose category is in this list. Must exist in the objects directory. - apple - avocado - beer - bottle - can - cup - egg - kiwi - lemon - lime - onion - orange - peach - potato - tangerine - tomato # - unseen containers: # Configure containers n_containers: 1 # number of containers mass: 0.1 # mass of container categories: # configure available categories of containers. Must exist in the objects directory. - bowl - box - plate - placemat - tray camera: width: 480 height: 360 fps: 25 focal_length: 2.3 focus_distance: 400 horizontal_aperture: 4.6 clip: near: 0.01 far: 10000 data_types: - rgb - semantic_segmentation # - depth lighting: # lighting configuration, config for each scene is selected randomly in the respective range. temperature: [4000, 8000] intensity: [150, 750] position: x: [-50, 50] y: [-50, 50] z: [10, 20] tasks: # configure task behaviour pick: sm: "state_machines.pick_sm.PickStateMachine" # selects the state machine to run when generating scenes executing the respective task episode_length: 10 # max episode length, terminating with failure if exceeded place: sm: "state_machines.place_sm.PlaceStateMachine" episode_length: 12 long-horizon: sm: "state_machines.place_sm.PlaceStateMachine" episode_length: 20 robots: # configure robots in simulation franka: init_pose: [0.465906, 0.0, 0.382970, 0.008583, 0.921765, 0.020404, 0.387116] final_pose: [0.3, 0, 0.3, -1, 0, 0, 0] gripper_length: 0.045 max_reach_dist: 0.75 piper: init_pose: [0.373, 0.0, 0.271, 0.0, 0.9739, 0.0, 0.227] final_pose: [0.373, 0.0, 0.271, -1, 0, 0, 0] gripper_length: 0.09 max_reach_dist: 0.55