• Talk robots & related stuff.
• Make it easier for people to attend DPRG remotely.
Agenda
• Round table – everybody spends a couple minutes telling what projects they’re working on.
• Ad-hoc presentations – Whoever would like to show & tell.
• “Stump the club” Challenges – Ask for help if you’ve hit a roadblock in your project. Somebody in the club can probably get you pointed in a good direction – or even arrange a side bar session to help.
Note: We record a video of these sessions and post them on the DPRG YouTube channel. By joining the meeting, you’re giving consent to be included in the recording.
• Talk robots & related stuff.
• Keep going while we’re stuck at home.
• Make it easier for people to attend DPRG remotely.
Agenda:
• Round table – everybody spends a couple minutes telling what projects they’re working on as we’re all stuck at home
• Ad-hoc presentations – Whoever would like to show & tell.
• “Stump the club” Challenges – Ask for help if you’ve hit a roadblock in your project. Somebody in the club can probably get you pointed in a good direction – or even arrange a side bar session to help.
Note: We record a video of these sessions and post them on the DPRG YouTube channel. By joining the meeting, you’re giving consent to be included in the recording.
ColleliaSim is a robot simulator that has its own IDE. Based on a distributed control architecture, ColleliaSim, allows each object/model to be controlled by several methods: embedded script, plugin, ROS or BlueZero node, remote API client or a custom solution. Controllers can be written in C/C++, Python, Java, Lua, Matlab or Octave. CoppeliaSim can be used for fast algorithm development, robotics related education, industrial automation simulations, and much more. Details can be found at https://www.coppeliarobotics.com/.
Chris Netter, a frequent attendee to DPRG’s Tuesday night RBNV virtual meeting, used ColleliaSim to simulate and develop his competition fire fighting robot. He will present an overview of ColleliaSim and discuss a simulation of the Pololu 3PI robot.
LFS-2 is a 2D line following simulator created by DPRG member, Ron Grant. Ron introduced LFS-1 earlier this year as a method for members to develop algorithms to solve line following courses. It generated much interest, and the idea that DPRG could hold a virtual Line Following contest later this year. Ron took the inputs from DPRG members and has developed LFS-2. He will present the new look of LFS-2, the added features, and how to setup your robot to start experimenting. LFS-2 uses the Processing language, the parent of the Arduino IDE. Processing can be found at https://processing.org/ .
About DPRG Monthly Meetings
DPRG hosts presentations each month during its regular membership meeting. These meetings and presentations are open to public and free to attend. We hope to see you there. Everyone is welcome to attend.
Note: We do record a video of these sessions and post them on the DPRG YouTube channel (https://www.youtube.com/user/DPRGclips). By joining the meeting you’re giving consent to be included in the recording.
• Talk robots & related stuff.
• Keep going while we’re stuck at home.
• Make it easier for people to attend DPRG remotely.
Agenda:
• Round table – everybody spends a couple minutes telling what projects they’re working on as we’re all stuck at home
• Ad-hoc presentations – Whoever would like to show & tell.
• “Stump the club” Challenges – Ask for help if you’ve hit a roadblock in your project. Somebody in the club can probably get you pointed in a good direction – or even arrange a side bar session to help.
Note: We record a video of these sessions and post them on the DPRG YouTube channel. By joining the meeting, you’re giving consent to be included in the recording.
