![]() Wedo software can workout what is connected by a pull down resistor in each device (tilt, distance, servo, lights). Power functions use a wiring system which is completely different to RCX and to NXT/EV3. ![]() The only difference with Wedo is they run at 5V rather than 9V. Lego Wedo uses power function system Lego components. Is it conceivable that one uses this to address the actuators via Scratch on these LEGO IR component attempts? One might also consider whether a feedback of sensor values is possible. (6) LEGO uses to control the LEGO Technic components of an infrared remote control. But I give you right about that LEGO NXT or EV3 the sensors or actuators can be better addressed when SNAP! uses. Do you already have a concrete idea of developing a USB hub? (5) Where did you get the ID values for the components? Can I read this in an article ? Note: The idea of LEGO NXT or use EV3, fails because of the high cost. ![]() Thus, one can circumvent the work to develop an intrinsically USB Hub policy. Can you perhaps use this to override the USB hub with its own source code. So it would be interesting to know : (3) As this program LEGO USB Hub? Based on Scratch would interest me: (7) Is it possible to write the LEGO Wedo sensor values in a list? (4) If it is known as the LEGO USB Hub programmed. (2) The question that arises for me is it: Does each component (sensor or actuator) LEGO such a resistance value to identify ? If this be so, then these identification values in the LEGO USB hub would have to be deposited. ![]() Your Note that this works is via voltage divider me theoretically understandable. I would be interested (1) whether an article on the LEGO USB Hub, which is explained as the LEGO USB Hub is designed to understand how the LEGO USB Hub identifed the other LEGO components.
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