LogoLogo
Navigate?
  • XXX!
    • Frequently Asked XQuestions
  • YYY!
    • Advanced: Help me troubleshoot weird build problems
    • Advanced: Help me troubleshoot weird camera problems
  • ZZZ!
    • Basic Chatgpt ROS interface
    • Camera Calibration
    • Claw Movement
    • Computer Vision With Yolo8a
    • Connecting to the robot
    • Creating and Executing Launch Files
  • FIIVA
    • Download File From vscode
    • Edge Detection
    • Finding HSV values for any color
    • Finding correct color for line following
    • GPS Data with iPhone (GPS2IP)
    • How can I calculate a better way to rotate?
    • How do I attach a Bluetooth headset?
    • How do I control AWS RoboMaker?
    • How do I control the Arm
    • How do I convert Imagenet to Darknet
    • How do I create a Gazebo world
    • How do I create a ROS UI with TkInter?
    • How do I creating a gazebo world
    • How do I deploy a Pytorch model our cluster?
    • How do I move a file from my vnc and back?
    • How do I read a BDLC motor spec sheet
    • How do I set up AprilTags
    • How do I set up a USB camera?
    • How do I set up the Astra Pro Depth Camera?
    • How do I setup to Coral TPU
    • How do I spawn an animated Human?
    • How do I use Alexa Flask-ASK for ROS
    • How do I use OpenCV and Turtlebot3 Camera
    • How do I use Parameters and Arguments in ROS?
    • How do I use a sigmoid function instead of a PID
    • How do I visualize the contents of a bag
    • How do you use UDP to communicate between computers?
    • How does GPS work?
    • How to Copy a MicroSD
    • How to add an SDF Model
    • How to approach computer vision
    • How to connect to multiple robots
    • How to define and Use your own message types
    • Interbotix Pincher X100 Arm
    • PID-guide.md
    • PX-100 Arm ROS2 Setup
    • Pincer Attachment
    • ROSBridge and ROSLIBJS
    • Recognizing Objects Based on Color and Size using OpenCV
    • Reinforcement Learning and its Applications
    • Robot Arm Transforms
    • Running Multi Robot in Gazebo and Real Robot
    • Simplifying_Lidar.md
    • Spawning Multiple Robots
    • Tips for using OpenCV and Cameras
    • Using ROS2 with Docker
    • What are some Computer Vision Tips
    • What are the ROS Message Types
    • Why does roscd go wrong?
    • Why is my robot not moving?
    • Working with localStorage in React for web clients
    • bouncy-objects.md
    • camera-performance-notes.md
    • camera_pitch.md
    • change_model_color.md
    • communicate-with-rosserial.md
    • contribution-guide.md
    • customize_tb3.md
    • diy-gazebo-world.md
    • fiducial-tips.md
    • fiducial_follows.md
    • gazebo_tf.md
    • gazebo_world.md
    • handy-commands.md
    • how-to-add-texture-to-sdf.md
    • how_to_get_correct_color_for_line_following.md
    • joint-controllers.md
    • laserscan-definition-modify.md
    • launch-files.md
    • lidar_placement_and_drift.md
    • logging.md
    • model_teleportation.md
    • modular_teleop.md
    • multi-robot-one-core.md
    • multirobot-map-merge.md
    • namespacing-tfs.md
    • object_detection_yolo_setup.md
    • publish_commands_to_commandline.md
    • quaternions.md
    • reset-world-gazebo.md
    • robot multitasking
    • ros_and_aws_integration.md
    • rosbridge.md
    • rviz-markers.md
    • sdf_to_urdf.md
    • spawn_model_terminal.md
    • using-conditionals-in-roslaunch.md
    • ROS and TkInter
    • Brandeis Robotics Utility
      • Controlling Robots from VNC
      • BRU Concepts
      • Commands
      • Standard ROSUTILS directory everywhere
      • script.md
    • Cosi119 Final Reports!
      • 2023
        • Autopilot
        • Bowling Bot
        • Cargo Claw
        • Command and Control Dashboard
        • Dynamaze
        • Guard Robot
        • Multi Robot Surveilance
        • Object Sorter
        • Robot Race
        • Typenator
      • 2022
        • NASCAR-style-turtlebot-racing.md
        • RoboTag.md
        • litter_picker.md
        • mini_scouter.md
        • not-play-catch.md
        • Waiterbot
      • 2020
        • Behavior Trees Investigatoin
        • Computer Vision Maze Solver
        • FiducialSLAM.md
        • Gesture Recognition
          • color.md
          • demo.md
          • gestures.md
          • kinect.md
          • kinectv2.md
          • leap-motion.md
          • leap_motion.md
          • local-camera.md
          • ssd.md
        • dangersigns.md
        • pathplanning.md
        • reinforcement-learning-racer.md
        • stalkerbot.md
      • 2019
        • robot-arm.md
      • Sample Project Template
      • past-gen-letters.md
    • Brandeis Rover Cluster
      • intro.md
      • operation-guide
        • architecture.md
        • cluster.md
        • faq.md
        • graphs
        • graphs.md
        • image.md
        • lifecycle.md
        • nodes.md
        • operating
          • cluster.md
          • users.md
        • sources.md
      • user-guide
        • code-editor.md
        • desktop-ui.md
        • getting-started.md
    • Robots in our Lab
      • linorobot
        • Platform Hardware Specs
        • connections.md
        • howto.md
        • stack.md
        • troubleshooting.md
        • validating.md
      • minirover
        • mrbuild.md
        • mrsetup.md
        • mrtroubleshooting.md
        • mruse.md
      • platform
      • platform.md
      • pupper
        • boundary-generation.md
        • controls.md
        • fiducial-detection.md
        • hardware.md
        • introduction.md
        • planning.md
        • software-overview.md
        • software-setup.md
        • testing.md
    • Campus Rover Packages
      • C3 Architecture Notes
      • Campus Rover V 3
      • campus-rover-4
        • Working with TIVAC
        • progress-report.md
      • demos
        • demo-script-fall-2018.md
        • gen2-demo-instructions.md
      • mutant
        • Description of Mutant
        • mutant-usage.md
        • mutantsetup.md
        • raspicam.md
      • navigation
        • costmap-clearing
          • costmap-clearing-part-1.md
          • costmap-clearing-part-2.md
        • cpu-usage-and-errors-in-navigation.md
        • fiducials.md
        • floormapping.md
        • lost-and-found.md
      • nodes.md
      • package-delivery
        • talker-node.md
      • state-management-services.md
      • voice
        • [voice integration.md](./cr-package/voice/voice integration.md)
        • voice-integration.md-.-cr-package-voice-voice-integration.md.md
        • voice.md
      • web-application
        • Integrating using Flask and ROS
        • flask.md
        • livemap.md
    • Lab Infrastructure
      • Tailscale VPN
      • Creating a bootable SSD
      • Danger Signs with Batteries and Chargers
      • How to use the Rover Cluster
      • Setting up SSH on a new robot
      • Turtlebot3s.md
      • copying-robot-sd-cards.md
      • external-ssd-instructions
      • external-ssd-instructions.md
      • linux_terminal_eduroam_setup.md
      • multi-robot-infrastructure.md
      • networking.md
      • our-robots.md
      • private-networking.md
      • ros-melodic.md
      • setup-hints.md
      • ubuntubrandeis.md
    • Our ROS Packages
      • Behavior Trees
        • Nodes
        • Visualization of the behavior Tree
        • basic_movement.md
        • build
          • defining_blackboard.md
          • defining_nodes.md
          • defining_references.md
        • custom_nodes
          • custom_action.md
          • custom_conditional.md
          • custom_update.md
        • included_nodes
          • action_nodes.md
          • conditional_nodes.md
          • included_nodes.md
          • parent_nodes.md
          • update_nodes.md
        • nodes
          • leaf_nodes.md
          • parent_nodes.md
      • Speech Recognition Report
Powered by GitBook

Copyright (c) Brandeis University

On this page

Was this helpful?

Edit on GitHub
Export as PDF
  1. FIIVA

ROS and TkInter

How to use the TK Inter package for Ros Tools

Previoususing-conditionals-in-roslaunch.mdNextBrandeis Robotics Utility

Last updated 1 year ago

Was this helpful?

Brendon Lu

Make sure you have the following packages imported: ==tkinter==, ==rospy==. The tkinter module is a basic and simple, yet effective way of implementing a usable GUI.

import tkinter as tk
import rospy

Immediately after importing the necessary packages, initialize a rospy node and publishers/subscribers, which can be used to communicate and pass userinput data to other nodes through respective topics.

rospy.init_node("tkinter")
speed_pub = rospy.Publisher('[topic]', [datatype], queue_size = [queue size])
heat_sub = rospy.Subscriber('[topic]', [datatype], [callback fxn])

To create a basic gui, first run [root name] = tk.Tk() in order to create a root window. In order to add elements to your gui/window, create a canvas and grid using

[canvas name] == tk.Canvas([root name], width = [width], height = [height])
[canvas name].grid(columnspan = [# of columns]

Some other basic functions to get you started include: tk.Label([root name] ... ) for showing text or variables, and tk.PhotoImage(file = [img PATH]). Note that to add an image, first you need to pass it into tk using PhotoImage, then run Label in order to show it. Overall, tkinter is an industry staple for creating simple GUIs in Python, being fast, easy to implement, versatile, and flexible, all with an intuitive syntax. For more information, check out the links below.

basic tkinter tutorial
documentation
variable text
images using photoimage