Expand description
§rcx
Interface library for communicating with the LEGO Mindstorms RCX brick
§Example
use rcx::{tower::usb::UsbTower, MotorSelection, Rcx};
const DEVICE: &str = "/dev/usb/legousbtower0";
fn main() -> color_eyre::Result<()> {
color_eyre::install()?;
let rcx = UsbTower::open(DEVICE)?;
let mut rcx = Rcx::new(rcx);
rcx.set_motor_direction(MotorSelection::A, rcx::MotorDirection::Forward)?;
rcx.set_motor_power(MotorSelection::A, 5)?;
rcx.set_motor_on_off(MotorSelection::A, rcx::MotorPowerState::On)?;
std::thread::sleep(std::time::Duration::from_secs(2));
rcx.set_motor_on_off(MotorSelection::A, rcx::MotorPowerState::Float)?;
Ok(())
}
Modules§
- Parser for the .rcx binary format
Structs§
- Motor state is encoded as a single byte. Bits 0-2 contain the motor power, 0..7. The remaining bits are used as follows:
Enums§
- Set the slope and mode of sensor number sensor to the value specified by mode, and clear that sensor’s value. The bits of mode are split into two portions. Bits 0-4 contain a slope value in 0..31, while bits 5-7 contain the mode, 0..7. The eight modes, which control the value returned by the sensor, are:
- There are six avaiable sound types:
- This section describes the available sources and arguments.
- Set the transmitter range. 0 indicates short range, 1 indicates long range. Other values are ignored.