"use strict";

Object.defineProperty(exports, "__esModule", {
  value: true
});
const agvTsNp = {
  "AMR": "AMR",
  "AMR program Node": "aobuAMR program Node",
  ", the path: ": ", the path: ",
  "Move To:": "Move To:",
  "Direction:": "Direction:",
  "forward": "forward",
  "backward": "backward",
  ",forward": ",forward",
  ",backward": ",backward",
  "Middle Station Points Choose Path": "Middle Station Points Choose Path",
  "Path:": "路径：",
  "middle station point:": "middle station point:",
  "Advanced AMR Motion Prohle Setting": "Advanced AMR Motion Prohle Setting",
  "speed:": "speed:",
  "wspeed:": "wspeed:",
  "NONE": "NONE",
  "FINISHED": "FINISHED",
  "FAILED": "FAILED",
  "RUNNING": "RUNNING",
  "PAUSED": "PAUSED",
  "CANCELED": "CANCELED",
  "h": "h",
  "min": "min",
  "s": "s",
  "m": "m",
  "Please connect the AMR robot first": "Please connect the AMR robot first",
  "Connect": "Connect",
  "Disconnect": "Disconnect",
  "Connected": "Connected",
  "Legend": "Legend",
  "Waypoint": "Waypoint",
  "Charging": "Charging",
  "One-way Path": "One-way Path",
  "Two-way Path": "Two-way Path",
  "Slowdown Area": "Slowdown Area",
  "Restricted Area": "Restricted Area",
  "Expansion Area": "Expansion Area",
  "AMR Controller": "AMR Controller",
  "Confidence Level: ": "Confidence Level: ",
  "Reposition": "Reposition",
  "Move": "Move",
  "Monitor": "Monitor",
  "Real-time Status": "Real-time Status",
  "Position": "Position",
  "Real-time speed": "Real-time speed",
  "V: ": "V: ",
  "W: ": "W: ",
  "Map ID": "Map ID",
  "Voltage: ": "Voltage: ",
  "Current: ": "Current: ",
  "Robot Information": "Robot Information",
  "Robot name": "Robot name",
  "Version": "Version",
  "SN": "SN",
  "MFD": "MFD",
  "Running statistics": "Running statistics",
  "Current running time": "Current running time",
  "Total running time": "Total running time",
  "Current distance": "Current distance",
  "Total distance": "Total distance",
  "Line Following": "Line Following",
  "Map in use": "Map in use",
  "Map name": "Map name",
  "Parameter Settings": "Parameter Settings",
  "robot_battery_below": "The robot's battery is below ",
  "EmergencyStop": "Emergency Stop",
  "Obstacle": "Obstacle",
  "Pause": "Pause",
  "Charging Station": "Charging Station",
  "Auto Select": "Auto Select",
  "Full Charge Standby Station": "Full Charge Standby Station",
  "Not Set": "Not Set",
  ":target station point": ":target station point",
  "Collision": "Collision",
  "Obstacle detected, movement stopped.": "Obstacle detected, movement stopped.",
  "Collision detected in front during task.": "Collision detected in front during task.",
  "Collision detected at the rear during task.": "Collision detected at the rear during task.",
  "Collision occurred in front.": "Collision occurred in front.",
  "Collision occurred at the rear.": "Collision occurred at the rear.",
  "Task paused, collision detected in front of the robot. Please check for obstacles and the condition of the touch strip. After removing the obstacle, the task can be resumed.": "Task paused, collision detected in front of the robot. Please check for obstacles and the condition of the touch strip. After removing the obstacle, the task can be resumed.",
  "Task paused, collision detected at the rear of the robot. Please check for obstacles and the condition of the touch strip. After removing the obstacle, the task can be resumed.": "Task paused, collision detected at the rear of the robot. Please check for obstacles and the condition of the touch strip. After removing the obstacle, the task can be resumed.",
  "Collision detected in front of the robot. Please check the obstacles and touch strip status. You can resume after removing the obstacle through open-loop control or manual pushing.": "Collision detected in front of the robot. Please check the obstacles and touch strip status. You can resume after removing the obstacle through open-loop control or manual pushing.",
  "Collision detected at the rear of the robot. Please check the obstacles and touch strip status. You can resume after removing the obstacle through open-loop control or manual pushing.": "Collision detected at the rear of the robot. Please check the obstacles and touch strip status. You can resume after removing the obstacle through open-loop control or manual pushing.",
  "Safety edge triggered (status: %1)": "Safety edge triggered (status: %1)",
  "Too far from path start point, tracking stopped": "Too far from path start point, tracking stopped",
  "Secondary adjustment failed": "Secondary adjustment failed",
  "Navigation failed (code: %1)": "Navigation failed (code: %1)",
  "Cancel task": "Cancel task",
  "Continue task": "Continue task",
  "Maximum Travel Speed": "Maximum Travel Speed",
  "Secondary alignment at the target point": "Secondary alignment at the target point",
  "Maximum Angle": "Maximum Angle",
  "Track Motion": "Track Motion",
  "Job Retrace": "Job Retrace",
  "Retrace Trigger Distance": "Retrace Trigger Distance",
  "Distance": "Distance",
  "Linear Velocity": "Linear Velocity",
  "Angular Velocity": "Angular Velocity",
  "Velocity": "Velocity",
  "Visual Obstacle Detection": "Visual Obstacle Detection",
  "Recognition Status:": "Recognition Status:",
  "Railway Alignment": "Railway Alignment",
  "Unload Basket": "Unload Basket",
  "Open-loop Control": "Open-loop Control",
  "Rising Bollards": "Rising Bollards",
  "Vision Inspection": "Vision Inspection",
  "Vision Picking": "Vision Picking",
  "Relocalization": "Relocalization",
  "Reference Point": "Reference Point",
  "Track Alignment": "Track Alignment",
  "After adding the Track Alignment node, it runs automatically during program execution to align the robot with the track.No parameter configuration required for the current node.": "After adding the Track Alignment node, it runs automatically during program execution to align the robot with the track. No parameter configuration is required for this node.",
  "Auto Execute, No Configuration Required.": "Auto Execute, No Configuration Required.",
  "Not Planned": "Not Planned",
  "Route Planning": "Route Planning",
  "Reference Point:": "Reference Point:",
  "Relocalization:": "Relocalization:",
  "Charging Station:": "Charging Station:",
  "Low battery recharge:": "Low battery recharge:",
  "Force to board:": "Force to board:",
  "Force leave board:": "Force leave board:",
  "Line Following:": "Line Following:",
  "Select Charging Station": "Select Charging Station",
  "Select Station": "Select Station",
  "Lift Column": "Lift Column",
  "Controls the vertical position of the robot base lifting mechanism. Set the absolute height to adjust the arm's working height range for picking at different heights.": "Controls the vertical position of the robot base lifting mechanism. Set the absolute height to adjust the arm's working height range for picking at different heights.",
  "Lift Height": "Lift Height",
  "Get Current Position": "Get Current Position",
  "Position Acquisition Succeeded: %1": "Position Acquisition Succeeded: %1",
  "Position Acquisition Failed": "Position Acquisition Failed",
  "Lifting Speed": "Lifting Speed",
  "Low Speed (100mm/s)": "Low Speed (100mm/s)",
  "Medium Speed (150mm/s)": "Medium Speed (150mm/s)",
  "High Speed (200mm/s)": "High Speed (200mm/s)",
  "Test": "Test",
  "Testing": "Testing",
  "Test Completed": "Test Completed",
  "When the button is held, the lift column moves toward the set value and stops on release, for previewing height suitability.": "When the button is held, the lift column moves toward the set value and stops on release, for previewing height suitability.",
  "Visual Inspection": "Visual Inspection",
  "Adjust the angle and position of the camera at the robot arm end-effector to ensure its field of view accurately covers the target picking area.": "Adjust the angle and position of the camera at the robot arm end-effector to ensure its field of view accurately covers the target picking area.",
  "Set Inspection Waypoints": "Set Inspection Waypoints",
  "Picking": "Picking",
  "Calibrate the four corners of the collection bin to establish a coordinate system, define the row-column matrix layout for packing, and configure the complete fruit processing logic.": "Calibrate the four corners of the collection bin to establish a coordinate system, define the row-column matrix layout for packing, and configure the complete fruit processing logic.",
  "Row (Corner 1 to Corner 4)": "Row (Corner 1 to Corner 4)",
  "Column (Corner 1 to Corner 4)": "Column (Corner 1 to Corner 4)",
  "Vertex Calibration": "Vertex Calibration",
  "Recognition Status: %1": "Recognition Status: %1",
  "Pruning IO": "Pruning IO",
  "Bin Change IO": "Bin Change IO",
  "Cutting Pose": "Cutting Pose",
  "Cutting Delay": "Cutting Delay",
  "Hold to rotate the arm to the set angle to check the cutter opening direction.": "Hold to rotate the arm to the set angle to check the cutter opening direction.",
  "Calibrate": "Calibrate",
  "Uncalibrated": "Uncalibrated",
  "Calibrated": "Calibrated",
  "%1 Point Input Succeeded": "%1 Point Input Succeeded",
  "Bin Unloading": "Bin Unloading",
  "When all bins are full, the robot stops picking and moves to the preset station for manual bin replacement.": "When all bins are full, the robot stops picking and moves to the preset station for manual bin replacement.",
  "Docking Station": "Docking Station",
  "Select Bin Unloading Position": "Select Bin Unloading Position",
  "Waiting for Manual Bin Replacement": "Waiting for Manual Bin Replacement",
  "Device has reached the target station. Replace the empty bin promptly, ensure a safe environment, then click Confirm to resume operation.": "Device has reached the target station. Replace the empty bin promptly, ensure a safe environment, then click Confirm to resume operation.",
  "Bin Replacement Completed": "Bin Replacement Completed"
};
exports.default = agvTsNp;
//# sourceMappingURL=agv-ts-np-en.js.map