Hi,

I deleted my post; it was not correct.

Here is DJ answer below

thanks, be well

Thank you EzAng.

I am new to Synthiam. Sorry for my slow understanding of the program. I created the 3 frames 1, 512, 1024 after changing the properties of the max servo position properties from 180 to 1024. Thank you for that video. My 360 continuous servo spun to the right for a few turns stopped and turned position to the left to a non stop. I think that's what it was suppose to do. How would I go about creating a frame that stops at around 3 full turns of the servo with the speech command of open window? And with another speech command of close the window turn the other way the exact amount of turns?

I tried playing with the numbers to servo settings like 20 to 100 etc. However it will not stop spinning. Totally my lack of understanding. How many frames do you think I would have to create to achieve all of this in auto position? Synthiam can achieve this with a 360 servo correct?

Do not use the Auto Position robot skill. The Auto Position robot skill requires servos that can move into positions with an encoder or positioning sensor. A continuous rotation servo cannot specify positions because it lacks the hardware. A continuous rotation servo doesn't have any positional feedback. It's just a motor that turns continuously in either direction. There's a blurb about continuous rotation servos and their lack of position feedback here: https://synthiam.com/Support/Advanced-Fundamentals/servo-motor#part3

You will require limit switches. A limit switch on the window or shaft allows ARC to know when to stop moving the servo.

A limit switch can be connected to a digital port of the EZB robot controller that you're using. Then, your Speech Recognition command would be something like...

JavaScript code to roll the window up

// move the servo roll-up direction
Servo.setPosition(d0, 180);

// wait until the upper limit switch is triggered
Digital.wait(d1, true);

// stop the servo from moving
Servo.release(d0);

JavaScript Code to roll the window down

// move the servo roll-down direction
Servo.setPosition(d0, 1);

// wait until the lower limit switch is triggered
Digital.wait(d2, true);

// stop the servo from moving
Servo.release(d0);

How do you intend to use these continuous servos?  Do you want them to stop at a certain specific number of rotations or when you command it to stop? For example if it's mounted to turn a wheel of a car do you want the car to travel a specific distance or just have the car stop when you say stop? If you want it to simply stop rotating by voice command without using any feedback device.  If so it may be done with a simple script that we could help you with.

Good answers and feedback from all of you. Thank you so much.

Dave, to answer your question. I want the motor to stop after a couple of rotations on its own. With out a stop command. So when I say open window the servo will rotate 2 revolution and stop on its own. And when I say close the window it will do the same rotations on the other direction and stop on its own.

DJ, I just read your comment thank you by the way very informative. Before I read it I was playing with the settings a bit last night. Here are my findings so far. I managed to get the motor to stop after a rotation and a half. I can probably push it more to like 2 rotations. Here are the settings that I used in a pic. So I am half way there so to speak. But then I read DJ's info and I am not sure if I can make it rotate the other way to close. So as of now I can get the motor to open the window with a rotation and a half with a speech command. So the question is now can I get it to rotate the other direction with the close window command the same amount of rotations and stop on its own?

Frame 1 set to 103 Frame 2 set to 36 In the action I made frame 2 the first on the list. 

Hi - this can be used for a window or what ever

Servo movement panel

Just two scripts:

for OPEN

For SHUT

Your method is interesting but I doubt you'll be able to keep the desired amount of rotations. As you load down the servo and add wheels or gears this will change. There are so many other factors that are out there that will make your rotation change a little or a lot.

The only real foolproof way to get your rotation to be exact to your needs is to install an encoder at the location of the rotation. You will also need a motor controller that can read the feedback of the encoder.

So, The motor controller is attached to the EZB, ARC sends the commands to the motor controller through the EZB,  the motor controller is attached to the encoder reads the encoder's feedback, the encoder reads the motor shaft or something that the motor it turning.

A lot of people have used and like a Sabertooth motor controller with a Kangaroo motion controller attached to it.

If you are just moving a platform on rails like a printer or something then Limit switches at the stop points can work instead.

What are you trying to move with your motor?

just an idea. is it not possible to use seconds ? sleep(1000) is one seconds . so howmany seconds is one rotation?