
Had some questions on this skill. I did not see any configuration for which motors to use. If you've got multiple motors running how does it know which ones to control? At present I think it can only be configured for one start positions and one final position, would think that it would be better to make it similar to your movement panels whereas you have multiple actions and frames. Over time multiple configurations will need to be written for different movement between locations, it would be nice to save them within the skill itself (maybe it already is but I can't find it)
Upgrade to ARC Pro
Get access to the latest features and updates with ARC Early Access edition. You'll have everything that's needed to unleash your robot's potential!
1) The getting started guide is a great place to learn how to make a robot. We spent a TON of time on it, so you'll enjoy using it: https://synthiam.com/Support/Get-Started/how-to-make-a-robot/Movement-Style
2) In the support section, there's a USING ARC category that you would benefit from. Good place to visit if you have questions: https://synthiam.com/Support/ARC-Overview/movement-panels
you do not need to put other motors on other ezb’s.
You can benefit from reading what a Movement Panel is. Here's two links...
1) The getting started guide is a great place to learn how to make a robot. We spent a TON of time on it, so you'll enjoy using it: https://synthiam.com/Support/Get-Started/how-to-make-a-robot/Movement-Style
2) In the support section, there's a USING ARC category that you would benefit from. Good place to visit if you have questions: https://synthiam.com/Support/ARC-Overview/movement-panels
If you robot uses servos or to walk like a humanoid or hexapod or something, then that needs a gait. In this case, you'll use the Auto Position Movement Panel.
If your robot uses wheels to move, then you will use the Movement Panel that drives the wheel controller.
Please read the links I provided before posting. This conversation is off topic. I will create a new thread for it because it has nothing to do with The Better Navigator.
If you have a robot with wheels and write the script command "Forward(),".... the robot moves forward. If you have a robot with wheels, chances are you're using an HBridge or Continuous rotation servo movement panel.
Now, you have a robot with servos that walks like a humanoid. and you write a script that says "Forward()"... the robot moves forward. If you have a robot that walks with servo legs, you're most likely using an auto-position movement panel.
It doesn't matter how the robot moves. No robot skills care how the robot moves. The Better Navigator does not care how the robot moves. Movement scripts do not care how the robot moves. Nothing cares how the robot moves. The Movement Panel takes care of how a robot moves. The Camera NMS does not manage how the robot moves. The speech recognition scripts do not care how the robot moves. Absolutely no robot skills care about how the robot moves. It does not matter if the robot has wheels. It does not matter if the robot flies. It does not matter if the robot is made of bananas, springs, and bounces. All the robot skills do is say, "Move forward" or "Turn Left."
Again, I recommend you read the getting started guide. And on this subject, I have provided links for the Movement Panel manuals. Here they are again. All I'm doing in this message is repeating what has been documented in the manuals.
Here are two links again...
1) The getting started guide is a great place to learn how to make a robot. We spent a TON of time on it, so you'll enjoy using it: https://synthiam.com/Support/Get-Started/how-to-make-a-robot/Movement-Style
2) In the support section, there's a USING ARC category that you would benefit from. Here is an excellent place to visit if you have questions: https://synthiam.com/Support/ARC-Overview/movement-panels
there’s a number of reasons benefits to onboard sbcs, which is why it’s the direction we have been taking. What you can do with remote wifi has been achieved and pretty much maxed out.
Also, the Intel realsense isn’t being used in that video. Just happens to be there because I use that robot for a number of tests.
A raspberry pi makes a terrible sbc. It’s capable but super slow compared to the alternatives.
I’ve been using these Belkin sbcs that are less then $200 Canadian with 128gb storage: Mini PC, Beelink Mini S Intel 11th Gen 4-Cores N5095, Mini Desktop Computer 8GB DDR4 RAM 128GB SSD, Mini Computer Dual HDMI 4K UHD/Gigabit Ethernet/Dual WiFi/BT/VESA for Home/Office https://a.co/d/bzEKRNN