First of all, as I mentioned on the title, I am new to robotics and I want to build an InMoov robot, as an exercise to learn more about robotics. I have a solid understanding of digital electronics, and I have some tinkering experience with Arduinos. I cannot code my way out of a paper bag yet(Currently enrolled in a class to learn Python). I have recently aquired all the servos and nervo boards listed on the "hardware list and BOM" image on the InMoov website. I have registered on the InMoov website but have not yet been approved.
On my workbench I have all the electronics labeled, connected, and layed out according to the hardware diagram. With the exception of a PIR, I do not own a PIR yet, but I do have an Xbox Kenect that is not yet connected to anything . I have my Nervo boards powered with my bench power supply. I have loaded the Mrlcomm.ino sketch uploaded into both of my ArduinoMegas. I dont have a tablet ,I'm using my notebook computer. I have Myrobotlab working on my computer. I also have a serial cable to connect between my computer with the Arduinos. That is a far as I have gotten.
When I start up my Myrobotlab on my computer, I get a cool little virtual InMoov robot talking to me. Here's the part I need help with; I would like to see some of my servos sweep when the virtual robot is moving and talking. I know the servos are all working, because I ran a little demo sketch with the Arduino IDE, that made each servo sweep its full range. Can someone please point me to a tutorial or instructions that I can use to make my servos respond and move with the movements of the virtual robot? My assumption is with a working InMoov, the virtual InMoov emulates the movements of the real InMoov. I'm performing this function test just to make sure all my electronic connections are correct. I've already performed a continuity check on all my ribbon cables. I don't have any of the parts 3d printed yet. I won't even have my 3d printer for 6 months. (I'll be borrowing my brothers Ultimaker 3). Thanks in advance for any guidance.