#webots arama sonuçları

This is a simulation of a Mecanum-wheeled robot in Webots. I use 3D OBJ models from Tinkercad. The controls are in Python, and I use an Xbox controller. 3D model: tinkercad.com/things/4dFTwyw… GitHub Webots world: github.com/DrakerDG/Webot… #robot #tinkercad #webots #mecanum #python

draker_dg's tweet image. This is a simulation of a Mecanum-wheeled robot in Webots. I use 3D OBJ models from Tinkercad. The controls are in Python, and I use an Xbox controller.

3D model: tinkercad.com/things/4dFTwyw…

GitHub Webots world: github.com/DrakerDG/Webot…

#robot #tinkercad #webots #mecanum #python

I've implemented an underwater environment demo using #ROS2 and #Webots. Propeller nodeデフォルトであるので、ROV / AUVのシミュレーターも簡単につくれそうです👀 ※機体が後進するのはCADモデルの都合


I conducted a demonstration on sensor usage with #Webots and #ROS2.


I'm buying 2 #WeBots with my $XEN


ACD Special Test Simulator: Webots Robot: Estafette Renault V3 Navigation system: OpenCV Speed: 83 km/h #Webots #Renault #Estafette #OpenCV #Autonomous


#Webots sample にopenai_gymあるので動かしてみましたが、見てて面白いですね 自作モデルでのsimulation_resetが沼ってるので、理解できるようにしたいです


Downforce Test (Two Propellers) Robot: Raptor V1 Net Weight: 0.140 kg Maximum Omega: 150 rad/s (1432.4 RPM) Maximum Force: 4.7287 kg Increase: 3278% Simulator: Webots🐞 Strobe effect! 😵‍💫🥎🔩 #webots #downforce #Raptor #3D


Exploring #Webots simulation platform capabilities. At first glance, it looks like a cool env for prototyping. #robotics


I am my Bro & my Bro is me 😎✌️🇺🇸 @SmallBrosNFT #WeBots

BeerandNfts's tweet image. I am my Bro & my Bro is me 😎✌️🇺🇸

@SmallBrosNFT #WeBots

I am my Bro & my Bro is me 😎✌️🇺🇸 @SmallBrosNFT #WeBros

jrider716's tweet image. I am my Bro & my Bro is me 😎✌️🇺🇸

@SmallBrosNFT #WeBros


Traffic Simulation in Webots Understanding how the SUMO 🚦 app works in Webots 🐞 #Webots #SUMO


Check out this great project integrating Boston Dynamics' Spot with ROS 2 and Webots. We are glad to see Webots being used for advanced robot simulations and support projects like this. Project link: github.com/MASKOR/webots_… #Webots #ROS2 #BostonDynamics #SpotRobot


arrait, coding program leggooo #webots

ryujeokyeon's tweet image. arrait, coding program leggooo
#webots

Some renders using Cycles in Blender and adding lights in Webots. #blender #webots #3dModel

draker_dg's tweet image. Some renders using Cycles in Blender and adding lights in Webots.

#blender #webots #3dModel
draker_dg's tweet image. Some renders using Cycles in Blender and adding lights in Webots.

#blender #webots #3dModel
draker_dg's tweet image. Some renders using Cycles in Blender and adding lights in Webots.

#blender #webots #3dModel
draker_dg's tweet image. Some renders using Cycles in Blender and adding lights in Webots.

#blender #webots #3dModel

Simulation of a small robot in Webots. The controller is written in Python and uses OpenCV for line detection. #webots #Robots #OpenCV #simulation


ACD Special Test Simulator: Webots Robot: Estafette Renault V3 Navigation system: OpenCV Speed: 83 km/h #Webots #Renault #Estafette #OpenCV #Autonomous


De la teoría a la practica! Dinámica aplicada a la robótica. Localización de un robot #Python, #Webots y #Geogebra

bermudez_ademir's tweet image. De la teoría a la practica!
Dinámica aplicada a la robótica.
Localización de un robot 
#Python, #Webots y #Geogebra
bermudez_ademir's tweet image. De la teoría a la practica!
Dinámica aplicada a la robótica.
Localización de un robot 
#Python, #Webots y #Geogebra
bermudez_ademir's tweet image. De la teoría a la practica!
Dinámica aplicada a la robótica.
Localización de un robot 
#Python, #Webots y #Geogebra

Downforce Test 2 (Two Propellers) Robot: Raptor V1 Net Weight: 0.140 kg Maximum Omega: 209.4 rad/s (2000 RPM) Static thrust: 0.00005 kg Maximum Force: 0.5873 kg Increase: 320% Simulator: Webots #webots #downforce #StaticThrust #Raptor #3D

draker_dg's tweet image. Downforce Test 2 (Two Propellers)
Robot: Raptor V1
Net Weight: 0.140 kg
Maximum Omega: 209.4 rad/s (2000 RPM)
Static thrust: 0.00005 kg
Maximum Force: 0.5873 kg
Increase: 320%
Simulator: Webots

#webots #downforce #StaticThrust #Raptor #3D
draker_dg's tweet image. Downforce Test 2 (Two Propellers)
Robot: Raptor V1
Net Weight: 0.140 kg
Maximum Omega: 209.4 rad/s (2000 RPM)
Static thrust: 0.00005 kg
Maximum Force: 0.5873 kg
Increase: 320%
Simulator: Webots

#webots #downforce #StaticThrust #Raptor #3D

IR Sensor Test Robot: Raptor V1 Front Sensors: 6 IR sensors in the nose Side Sensors: 1 IR sensor on each side Simulator: Webots 🐞 #webots #sensors #Raptor #3


Downforce Test (Two Propellers) Robot: Raptor V1 Net Weight: 0.140 kg Maximum Omega: 150 rad/s (1432.4 RPM) Maximum Force: 4.7287 kg Increase: 3278% Simulator: Webots🐞 Strobe effect! 😵‍💫🥎🔩 #webots #downforce #Raptor #3D


Latest test in Robotracer track Robot: Trilobyte (camera) Simulator: Webots Controller: Python + OpenCV Track distance: 36.8 m Lap time: 00:00:44.423 Average Speed: 0.828 m/s #webots #Trilobyte #robotracer #3D


First test in Robotracer track Robot: MiniBot (4 IR sensors) Simulator: Webots Controller: Python Track distance: 36.8 m Lap time: 00:00:47.376 Average Speed: 0.777 m/s #webots #MiniBot #robotracer #3D


ESP32_CAM_Robot Sample of a 4WD AFRS robot capable of following the black line using image processing via OpenCV in a Python code controller. GitHub world sample: github.com/DrakerDG/Webot… #Webots #Robots #OpenCV


3 weeks into Robotics with Webots. The interface feels a bit clunky compared to game engines, but making robots is fun - feels like being a kid with new toys! ��🤖 P.S. Got parts for an RC car - soldering time soon! #robotics #webots


Simulation of a small robot in Webots. The controller is written in Python and uses OpenCV for line detection. #webots #Robots #OpenCV #simulation


Adding design improvements to lights and their configuration in the Webots simulation 🐞 #webots #robots #simulation #joystick


Some renders using Cycles in Blender and adding lights in Webots. #blender #webots #3dModel

draker_dg's tweet image. Some renders using Cycles in Blender and adding lights in Webots.

#blender #webots #3dModel
draker_dg's tweet image. Some renders using Cycles in Blender and adding lights in Webots.

#blender #webots #3dModel
draker_dg's tweet image. Some renders using Cycles in Blender and adding lights in Webots.

#blender #webots #3dModel
draker_dg's tweet image. Some renders using Cycles in Blender and adding lights in Webots.

#blender #webots #3dModel

This is a simulation of a Mecanum-wheeled robot in Webots. I use 3D OBJ models from Tinkercad. The controls are in Python, and I use an Xbox controller. 3D model: tinkercad.com/things/4dFTwyw… GitHub Webots world: github.com/DrakerDG/Webot… #robot #tinkercad #webots #mecanum #python

draker_dg's tweet image. This is a simulation of a Mecanum-wheeled robot in Webots. I use 3D OBJ models from Tinkercad. The controls are in Python, and I use an Xbox controller.

3D model: tinkercad.com/things/4dFTwyw…

GitHub Webots world: github.com/DrakerDG/Webot…

#robot #tinkercad #webots #mecanum #python

Motion Test 15 Micro Chip Race! 🏁 Line Followers Robots: NE555N, LM393N, LM311N and LM358N Simulator: Webots (2X) Controller: Python with OpenCV #Webots #Robot #NE555N #LM393N #LM311N #LM358N #Python #OpenCV


Motion Test 14 Wireframe view! 🫥 Robot: NE555N Simulator: Webots 🐞 Controller: Python with OpenCV #Webots #Robot #NE555N #Python #OpenCV


Motion Test 13 Micro Chip Race! 🏁 Dangerous pursuit 💥 Line Followers Robots: NE555N, LM393N and LM311N Simulator: Webots Controller: Python with OpenCV #Webots #Robot #NE555N #LM393N #LM311N #Python #OpenCV


Motion Test 13 Micro Chip Race! 🏁 Crossing the bridge! 🕷️🕷️🕷️ Line Followers Robots: NE555N, LM393N and LM311N Simulator: Webots Controller: Python with OpenCV #Webots #Robot #NE555N #LM393N #LM311N #Python #OpenCV


Motion Test 13 Microchip Race! 🏁 Line Followers Robots: NE555N, LM393N and LM311N Simulator: Webots Controller: Python with OpenCV #Webots #Robot #NE555N #LM393N #LM311N #Python #OpenCV


Traffic Simulation in Webots Understanding how the SUMO 🚦 app works in Webots 🐞 #Webots #SUMO


Motion Test 12 Four directons ⬆️⬅️⬇️➡️ Robot: NE555N Simulator: Webots 🐞 Controller: Python #Webots #Robot #NE555N #Python


Downforce Test 2 (Two Propellers) Robot: Raptor V1 Net Weight: 0.140 kg Maximum Omega: 209.4 rad/s (2000 RPM) Static thrust: 0.00005 kg Maximum Force: 0.5873 kg Increase: 320% Simulator: Webots #webots #downforce #StaticThrust #Raptor #3D

draker_dg's tweet image. Downforce Test 2 (Two Propellers)
Robot: Raptor V1
Net Weight: 0.140 kg
Maximum Omega: 209.4 rad/s (2000 RPM)
Static thrust: 0.00005 kg
Maximum Force: 0.5873 kg
Increase: 320%
Simulator: Webots

#webots #downforce #StaticThrust #Raptor #3D
draker_dg's tweet image. Downforce Test 2 (Two Propellers)
Robot: Raptor V1
Net Weight: 0.140 kg
Maximum Omega: 209.4 rad/s (2000 RPM)
Static thrust: 0.00005 kg
Maximum Force: 0.5873 kg
Increase: 320%
Simulator: Webots

#webots #downforce #StaticThrust #Raptor #3D

I have added some details with textures using @Blender and in the simulation in @webots I have added a top view of the track with a cursor that highlights the location of the robot. #webots #blender #ESP32_CAM_robot

draker_dg's tweet image. I have added some details with textures using @Blender and in the simulation in @webots I have added a top view of the track with a cursor that highlights the location of the robot.

#webots #blender #ESP32_CAM_robot

Steering analysis in double Ackermann in robot with active front and rear steering AFRS (circular turning). Design in @tinkercad and simulation in @webots. #tinkercad #webots #RescueRobot3 #opencv #python #ackermann

draker_dg's tweet image. Steering analysis in double Ackermann in robot with active front and rear steering AFRS (circular turning).

Design in @tinkercad and simulation in @webots.

#tinkercad #webots #RescueRobot3 #opencv #python #ackermann

Steering analysis in double Ackermann in ESP32-CAM robot (WIP) with active front and rear steering AFRS (circular turning). Design in @tinkercad and simulation in @webots. #tinkercad #webots #ESP32_CAMrobot #python #ackermann

draker_dg's tweet image. Steering analysis in double Ackermann in ESP32-CAM robot (WIP) with active front and rear steering AFRS (circular turning).

Design in @tinkercad and simulation in @webots.

#tinkercad #webots #ESP32_CAMrobot #python #ackermann

Adding GoPro camera in Tinkercad! Try it! tinkercad.com/things/dEWzUuW… Ref: #Tinkercad #Webots #GoKart

draker_dg's tweet image. Adding GoPro camera in Tinkercad!

Try it! tinkercad.com/things/dEWzUuW…

Ref: 

#Tinkercad #Webots #GoKart
draker_dg's tweet image. Adding GoPro camera in Tinkercad!

Try it! tinkercad.com/things/dEWzUuW…

Ref: 

#Tinkercad #Webots #GoKart

Go Kart from Tinkercad to Webots video: youtu.be/szREwlg1IJU 3D model in Tinkercad: tinkercad.com/things/dEWzUuW… Phyton Test: github.com/DrakerDG/Pytho… #tinkercad #webots #GoKart

draker_dg's tweet image. Go Kart from Tinkercad to Webots video:
youtu.be/szREwlg1IJU

3D model in Tinkercad: tinkercad.com/things/dEWzUuW…

Phyton Test: github.com/DrakerDG/Pytho…

#tinkercad #webots #GoKart


Interesting Ackermann mechanism. In simulation tests the mechanical approach works, but in this case it was necessary to slightly separate the hinge points of the steering bar and its performance improved considerably. #webots #tinkercad #robot

draker_dg's tweet image. Interesting Ackermann mechanism. In simulation tests the mechanical approach works, but in this case it was necessary to slightly separate the hinge points of the steering bar and its performance improved considerably.

#webots #tinkercad #robot

This is a simulation of a Mecanum-wheeled robot in Webots. I use 3D OBJ models from Tinkercad. The controls are in Python, and I use an Xbox controller. 3D model: tinkercad.com/things/4dFTwyw… GitHub Webots world: github.com/DrakerDG/Webot… #robot #tinkercad #webots #mecanum #python

draker_dg's tweet image. This is a simulation of a Mecanum-wheeled robot in Webots. I use 3D OBJ models from Tinkercad. The controls are in Python, and I use an Xbox controller.

3D model: tinkercad.com/things/4dFTwyw…

GitHub Webots world: github.com/DrakerDG/Webot…

#robot #tinkercad #webots #mecanum #python

WebotsのTurtlebot3 burger グラフィックがきれい #webots #ROS2

porizou1's tweet image. WebotsのTurtlebot3 burger
グラフィックがきれい
#webots
#ROS2

Trying to import python modules returns ModuleNotFound Error stackoverflow.com/questions/6176… #python #webots #python36

overflow_meme's tweet image. Trying to import python modules returns ModuleNotFound Error stackoverflow.com/questions/6176… #python #webots #python36

Webots 的地板渲染得不錯。 #Webots #機器人模擬

MatrixChan's tweet image. Webots 的地板渲染得不錯。
#Webots #機器人模擬

Positive caster angle effect (20°) on the rear axle to compensate for the no present of differential. Ref: #Tinkercad #Webots #GoKart

draker_dg's tweet image. Positive caster angle effect (20°) on the rear axle to compensate for the no present of differential.

Ref: 

#Tinkercad #Webots #GoKart

Go Kart from Tinkercad to Webots video: youtu.be/szREwlg1IJU 3D model in Tinkercad: tinkercad.com/things/dEWzUuW… Phyton Test: github.com/DrakerDG/Pytho… #tinkercad #webots #GoKart

draker_dg's tweet image. Go Kart from Tinkercad to Webots video:
youtu.be/szREwlg1IJU

3D model in Tinkercad: tinkercad.com/things/dEWzUuW…

Phyton Test: github.com/DrakerDG/Pytho…

#tinkercad #webots #GoKart


Un poquito de programación en “C”, para poder programar simulaciones en #Webots #UTM

luisbautistamx's tweet image. Un poquito de programación en “C”, para poder programar simulaciones en #Webots #UTM

I am my Bro & my Bro is me 😎✌️🇺🇸 @SmallBrosNFT #WeBots

BeerandNfts's tweet image. I am my Bro & my Bro is me 😎✌️🇺🇸

@SmallBrosNFT #WeBots

I am my Bro & my Bro is me 😎✌️🇺🇸 @SmallBrosNFT #WeBros

jrider716's tweet image. I am my Bro & my Bro is me 😎✌️🇺🇸

@SmallBrosNFT #WeBros


With some changes in geometry and appearance configuration (Thanks! Mr Oliver Michel), these are the new renders of my new robot in Webots. @webots #Webots #robot

draker_dg's tweet image. With some changes in geometry and appearance configuration (Thanks! Mr Oliver Michel), these are the new renders of my new robot in Webots.  @webots #Webots #robot
draker_dg's tweet image. With some changes in geometry and appearance configuration (Thanks! Mr Oliver Michel), these are the new renders of my new robot in Webots.  @webots #Webots #robot
draker_dg's tweet image. With some changes in geometry and appearance configuration (Thanks! Mr Oliver Michel), these are the new renders of my new robot in Webots.  @webots #Webots #robot
draker_dg's tweet image. With some changes in geometry and appearance configuration (Thanks! Mr Oliver Michel), these are the new renders of my new robot in Webots.  @webots #Webots #robot

#Webots R2020a released! This new release adds new robot models other than fixing several issues in particular with #AI and #ML applications. Get it now from github.com/omichel/webots… #opensource #robot #simulator

webots's tweet image. #Webots R2020a released!

This new release adds new robot models other than fixing several issues in particular with #AI and #ML applications.
Get it now from github.com/omichel/webots…
#opensource #robot #simulator

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