Rotate the right side
The actual bike is going to be a long loop which folds from the end of the left side to the back end of the right side. This requires that the colors get moved around for proper mirroring.
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7d6413c91d
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9346f4a9b8
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@ -132,7 +132,12 @@ pub enum FadeDirection {
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FadeOut,
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FadeOut,
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}
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}
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pub struct LeftBlinker {
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pub enum BlinkerDirection {
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Left,
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Right,
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}
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pub struct Blinker {
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fade_in: Fade,
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fade_in: Fade,
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fade_out: Fade,
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fade_out: Fade,
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direction: FadeDirection,
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direction: FadeDirection,
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@ -141,31 +146,53 @@ pub struct LeftBlinker {
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frames: u8,
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frames: u8,
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}
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}
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impl LeftBlinker {
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impl Blinker {
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fn new(
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fn new(
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starting_dashboard: DashboardPattern,
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starting_dashboard: DashboardPattern,
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starting_body: Pattern,
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starting_body: Pattern,
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direction: BlinkerDirection,
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time: std::time::Instant,
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time: std::time::Instant,
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) -> Self {
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) -> Self {
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let mut ending_dashboard = starting_dashboard.clone();
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let mut ending_dashboard = starting_dashboard.clone();
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match direction {
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BlinkerDirection::Left => {
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ending_dashboard[0].r = LEFT_DASHBOARD[0].r;
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ending_dashboard[0].r = LEFT_DASHBOARD[0].r;
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ending_dashboard[0].g = LEFT_DASHBOARD[0].g;
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ending_dashboard[0].g = LEFT_DASHBOARD[0].g;
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ending_dashboard[0].b = LEFT_DASHBOARD[0].b;
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ending_dashboard[0].b = LEFT_DASHBOARD[0].b;
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}
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BlinkerDirection::Right => {
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ending_dashboard[2].r = RIGHT_DASHBOARD[2].r;
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ending_dashboard[2].g = RIGHT_DASHBOARD[2].g;
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ending_dashboard[2].b = RIGHT_DASHBOARD[2].b;
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}
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}
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let mut ending_body = starting_body.clone();
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let mut ending_body = starting_body.clone();
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match direction {
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BlinkerDirection::Left => {
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for i in 0..30 {
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for i in 0..30 {
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ending_body[i].r = LEFT[i].r;
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ending_body[i].r = LEFT[i].r;
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ending_body[i].g = LEFT[i].g;
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ending_body[i].g = LEFT[i].g;
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ending_body[i].b = LEFT[i].b;
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ending_body[i].b = LEFT[i].b;
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}
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}
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}
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BlinkerDirection::Right => {
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for i in 30..60 {
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ending_body[i].r = RIGHT[i].r;
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ending_body[i].g = RIGHT[i].g;
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ending_body[i].b = RIGHT[i].b;
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}
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}
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}
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LeftBlinker {
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Blinker {
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fade_in: Fade::new(
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fade_in: Fade::new(
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starting_dashboard.clone(),
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starting_dashboard.clone(),
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starting_body.clone(),
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starting_body.clone(),
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ending_dashboard.clone(),
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ending_dashboard.clone(),
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ending_body.clone(),
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ending_body.clone(),
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LEFT_FRAMES,
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BLINKER_FRAMES,
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time,
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time,
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),
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),
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fade_out: Fade::new(
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fade_out: Fade::new(
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@ -173,17 +200,17 @@ impl LeftBlinker {
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ending_body.clone(),
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ending_body.clone(),
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starting_dashboard.clone(),
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starting_dashboard.clone(),
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starting_body.clone(),
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starting_body.clone(),
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LEFT_FRAMES,
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BLINKER_FRAMES,
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time,
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time,
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),
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),
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direction: FadeDirection::FadeIn,
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direction: FadeDirection::FadeIn,
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start_time: time,
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start_time: time,
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frames: LEFT_FRAMES,
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frames: BLINKER_FRAMES,
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}
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}
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}
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}
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}
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}
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impl Animation for LeftBlinker {
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impl Animation for Blinker {
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fn tick(&mut self, time: std::time::Instant) -> (DashboardPattern, Pattern) {
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fn tick(&mut self, time: std::time::Instant) -> (DashboardPattern, Pattern) {
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let frames: u8 = ((time - self.start_time).as_millis() as f64 / FPS as f64) as u8;
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let frames: u8 = ((time - self.start_time).as_millis() as f64 / FPS as f64) as u8;
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if frames > self.frames {
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if frames > self.frames {
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@ -249,7 +276,7 @@ impl App {
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}
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}
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}
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}
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fn update_state(&mut self, time: std::time::Instant) {
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fn update_animation(&mut self, time: std::time::Instant) {
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match self.state {
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match self.state {
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State::Pattern(0) => {
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State::Pattern(0) => {
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self.current_animation = Box::new(Fade::new(
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self.current_animation = Box::new(Fade::new(
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@ -283,21 +310,27 @@ impl App {
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));
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));
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}
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}
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State::LeftBlinker => {
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State::LeftBlinker => {
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self.current_animation = Box::new(LeftBlinker::new(
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self.current_animation = Box::new(Blinker::new(
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self.dashboard_lights.clone(),
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self.dashboard_lights.clone(),
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self.lights.clone(),
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self.lights.clone(),
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BlinkerDirection::Left,
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time,
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));
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}
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State::RightBlinker => {
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self.current_animation = Box::new(Blinker::new(
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self.dashboard_lights.clone(),
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self.lights.clone(),
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BlinkerDirection::Right,
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time,
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time,
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));
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));
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}
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}
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State::RightBlinker => (),
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State::BrakeLeftBlinker => (),
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State::BrakeLeftBlinker => (),
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State::BrakeRightBlinker => (),
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State::BrakeRightBlinker => (),
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}
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}
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}
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}
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pub fn tick(&mut self, time: std::time::Instant) {
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fn update_state(&mut self, event: Event) {
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match self.ui.check_event() {
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Some(event) => {
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match event {
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match event {
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Event::Brake => {
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Event::Brake => {
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if self.state == State::Brake {
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if self.state == State::Brake {
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@ -306,7 +339,7 @@ impl App {
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self.state = State::Brake;
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self.state = State::Brake;
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}
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}
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}
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}
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Event::BrakeRelease => self.state = State::Pattern(0),
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Event::BrakeRelease => self.state = self.home_state.clone(),
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Event::LeftBlinker => match self.state {
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Event::LeftBlinker => match self.state {
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State::Brake => self.state = State::BrakeLeftBlinker,
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State::Brake => self.state = State::BrakeLeftBlinker,
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State::BrakeLeftBlinker => self.state = State::Brake,
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State::BrakeLeftBlinker => self.state = State::Brake,
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@ -332,9 +365,20 @@ impl App {
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}
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}
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_ => (),
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_ => (),
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},
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},
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Event::RightBlinker => {}
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Event::RightBlinker => match self.state {
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State::Brake => self.state = State::BrakeRightBlinker,
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State::BrakeRightBlinker => self.state = State::Brake,
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State::RightBlinker => self.state = self.home_state.clone(),
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_ => self.state = State::RightBlinker,
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},
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}
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}
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self.update_state(time);
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}
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pub fn tick(&mut self, time: std::time::Instant) {
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match self.ui.check_event() {
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Some(event) => {
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self.update_state(event);
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self.update_animation(time);
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}
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}
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None => {}
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None => {}
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};
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};
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File diff suppressed because it is too large
Load Diff
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@ -170,7 +170,9 @@ impl BikeLights {
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let s: Self = Object::builder().build();
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let s: Self = Object::builder().build();
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s.set_width_request(WIDTH);
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s.set_width_request(WIDTH);
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s.set_height_request(200);
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s.set_height_request(640);
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let center = WIDTH as f64 / 2.;
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s.set_draw_func({
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s.set_draw_func({
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let s = s.clone();
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let s = s.clone();
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@ -182,7 +184,7 @@ impl BikeLights {
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lights[i].g as f64 / 256.,
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lights[i].g as f64 / 256.,
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lights[i].b as f64 / 256.,
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lights[i].b as f64 / 256.,
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);
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);
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context.rectangle(5. + 20. * i as f64, 5., 15., 15.);
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context.rectangle(center - 45., 5. + 20. * i as f64, 15., 15.);
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let _ = context.fill();
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let _ = context.fill();
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}
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}
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for i in 0..30 {
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for i in 0..30 {
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@ -191,7 +193,7 @@ impl BikeLights {
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lights[i + 30].g as f64 / 256.,
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lights[i + 30].g as f64 / 256.,
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lights[i + 30].b as f64 / 256.,
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lights[i + 30].b as f64 / 256.,
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);
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);
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context.rectangle(5. + 20. * i as f64, 30., 15., 15.);
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context.rectangle(center + 15., 5. + 20. * (30. - (i + 1) as f64), 15., 15.);
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let _ = context.fill();
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let _ = context.fill();
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}
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}
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}
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}
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