Hmm probably should put sparkles in it. Anyway this is the new NeoPixel2 interface so far.
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Each pixel comes with its own color chooser, then there is a fill and select color chooser, and an controller, pin, pixel count and animation drop down.
Next version 'Nixie' is coming soon !
Help us to get ready with MyRobotLab version Nixie: try it !
Jim_K asked about how to start Nixie's InMoov2 simulator... so here it is:
InMoov2 version 1.1.518
Win-10
java version "1.8.0_202"
Java(TM) SE Runtime Environment (build 1.8.0_202-b08)
Heh, working with JMonkeyEngine service saving and loading configuration ...
Making progress, but as you can tell ... still needs work :)
I think it makes a difference the order for which you apply local transforms .... :)
RasPi service now has i2c bus scanning ability ...
The MPU 6050 web ui was done originally by Mats ...
Yay Mats ! - always does great work. But, unfortunately the original THREE teapot geometry is gone :( which made the UI render blank.
So I made it use a box geometry - simple, but worky at least again !
For all those who have the problem under Win10, the Manticore breaks off as soon as the Arduinos are addressed, try OpenJDK 8
I bought an AcePC AK1 to control Inmoov with a pre-installed WIN10 Pro.
After installing the required Java version from Oracle, MRL broke off every time the Arduinos were addressed.
After a long back and forth I installed OpenJDK 8 and since then MRL Manticore has been running without problems.
Hi Guys. I tri to build Robots again but first i need MRL to work for play and test. So please tel me what do i do wrong. I have downgraded my Arduino software to get mrl.com loaded on it. I try every thing but When i connect comport to Arduino, my mrl program close and only web page stay open. What do i do wrong.
Please help.
Greetings Adolph
I have added gears and an AS5600 rotary encoder to one of my InMoov shoulders. For shoulder moves I am applying incrementing positions every 20 ms to my shoulder servo. When requesting shoulder positions I record the requested position and the measured position for each of the 20 ms steps.
I would like to use the measured position vs. the requested position to detect a blocking of the shoulder move.