Crate bevy_time_runner

bevy_time_runner

TimeRunner

TimeRunner will expects you to create an entity containing the TimeRunner component and their children to contain the TimeSpan component like so:

use bevy::prelude::*;
use bevy_time_runner::{TimeRunner, TimeSpan};

fn secs(secs: u64) -> Duration {
    Duration::from_secs(secs)
}

commands
    .spawn(TimeRunner::new(secs(10)))
    .with_children(|c| {
        c.spawn(TimeSpan::try_from(secs(0)..secs(3)).unwrap());
        c.spawn(TimeSpan::try_from(secs(3)..secs(7)).unwrap());
        c.spawn(TimeSpan::try_from(secs(7)..secs(10)).unwrap());
    });

While the TimeRunner is running, for each child with the component TimeSpan, the component TimeSpanProgress will be inserted to each child with the appropriate values and removed if the runner is out of range of the span.

This creates a very flexible timing system that’s useful for variety of purposes.

Structs

• SkipTimeRunner
  Skip a TimeRunner.
• TimeRunner
  Advanced timer
• TimeRunnerElasped
  Contains the current elasped time per tick. Have more informations useful for handling edge cases and retain timing accuracy.
• TimeRunnerEnded
  Fired when a time runner repeated or completed
• TimeRunnerPluginbevy_app
  Add time_runner_system Registers TimeRunner
• TimeSpan
  Define the range of time
• TimeSpanProgress
  TimeSpanProgress is automatically managed by its runner.

Enums

• NewTimeSpanError
  Error type for when creating a new TimeSpan.
• Repeat
  Timer repeat configuration
• RepeatStyle
  Time runner repeat behavior
• TimeBound
  Bounding enum for Duration to be exclusivively checked or inclusivively checked.
• TimeDirection
  Time direciton
• TimeRunnerSet
  System set in this crate

Functions

• tick_time_runner_system
  Tick time runner then send TimeRunnerEnded event if qualified for.
• time_runner_system
  System for updating any TimeSpan with the correct TimeSpanProgress by their runner