Telzhaak

Stages and systems in scheduler:
0         Scheduler
1         ├  STAGE: 'startup'
2         │  └  Scheduler
3         │      ├  STAGE: 'pre_startup'
4         │      │  └  SystemStage
5         │      ├  STAGE: 'startup'
6         │      │  └  SystemStage
7         │      │      └  &bevy_input::gamepad::gamepad_event_system
8         │      └  STAGE: 'post_startup'

Telzhaak

use bevy::prelude::*;
use bevy::diagnostic::{FrameTimeDiagnosticsPlugin, PrintDiagnosticsPlugin};

use rand::Rng;

struct Fluxel2D {
    width: u32,
    height: u32,
}

Telzhaak

pub struct DeSavegameSystem;

impl<'a> System<'a> for DeSavegameSystem {
    type SystemData = (
        Option<Write<'a, GameSessionData>>,
        Option<Read<'a, SavegamePaths>>,
    );

    fn run(&mut self,(
            session_data,

Telzhaak

fn disable_current_screen(&mut self, world: &mut World){
    if let Some(entity) = self.current_screen{
        let mut hidden_component_storage = world.write_storage::<Hidden>();
        hidden_component_storage.remove(entity);

    };
}

fn enable_current_screen(&mut self, world: &mut World){
    self.b_buttons_found = false;

Telzhaak

args:
  - name:
      index: 1
      required: true
      help: Sets the name of the component.
  - tag_component:
      short: t
      long: tag
      help: Create a tag-component with no fields and NullStorage.
  - storage_type:

Telzhaak

/// 2D player following camera system. Needs to be dispatched after the Transform-Bundle, to avoid jittering,
/// but before the Render-Bundle.
pub struct FollowCameraSystem;

impl<'s> System<'s> for FollowCameraSystem{
    type SystemData = (
        WriteStorage<'s, Transform>,
        ReadStorage<'s, CPlayer>,
        ReadStorage<'s, Camera>,
    );

Telzhaak

#[derive(PartialEq, Eq)]
enum ContainerType{
  HorizontalBox, //places contained_childrens in a horizontal manner
  VerticalBox,//like above, but vertically
  ScaleBox,//scales it's contents, e.g. to allow for a zoom-in on an item in the inventory
  UniformGrid,//places all contained_children in a grid with uniformely sized and distributed boxes, ignoring desired_sizes, etc
  //etc ...
}

//Containers hold Data for a LayoutSystem, that ONLY works on the layout.