Crate rbot

Here’s a simple example to get you started. This program makes your robot move upward, uses the radar module to locate an enemy robot, and then fires a component towards it. The #![allow(unused_must_use)] attribute is used to suppress warnings about unused results from certain function calls.

// usr_main.rs
#![allow(unused_must_use)]
use rbot;

pub fn main() {
    // Move the robot upward with the specified velocity
    rbot::velocity(0.0, 1.0, 1.0);

    // Wait for the Radar module to become available
    rbot::modules::await_module(rbot::modules::Module::Radar);

    // Retrieve the radar message, which contains the position of the enemy robot
    let radar_msg = rbot::modules::radar().expect("failed to get radar message");

    // Convert the enemy's position (x, y coordinates) to an angle
    let angle = rbot::conversions::xy_to_angle(radar_msg.x, radar_msg.y);

    // Aim at the enemy robot using the calculated angle
    rbot::await_aim(2, angle, 0.5);

    // Wait for the component to be ready
    rbot::await_component(2);

    // Fire the component towards the enemy robot
    rbot::use_component(2, false);
}

For more detailed documentation, please visit our Discord channel, accessible through our website: https://botbeats.net. If you have any questions, feel free to reach out to us on Discord.

Re-exports

pub use crate::core::*;

Modules

constants

conversions

core

errors

hostfn

messages

modules

print_macros

rotations

Macros

print

A custom print macro that enables regular Rust printing in Bot Beats.

println

A custom println macro that enables regular Rust printing in Bot Beats.

Functions

alloc_wasm

Allocates a memory buffer in the robot’s sandbox environment for storing data from the host environment.

dummy

Prevents Rust compiler optimizations that could hinder robot booting.