Struct triseratops::tag::color::Color

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pub struct Color {
    pub red: u8,
    pub green: u8,
    pub blue: u8,
}

Expand description

Represents a 3-Byte RGB color value.

Fields

red: u8green: u8blue: u8

Implementations

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impl Color

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pub fn into_pro_hotcue_color(self) -> Self

Return the corresponding Serato DJ Pro Hotcue color for this color.

Hotcue colors stored in Serato’s metadata are not necessarily the same as displayed in the UI. Serato DJ Intro/Pro/Lite always stores colors as shown in the legacy Serato DJ Intro.

Serato DJ Pro and Lite then map the stored color to their own color palette. If the color is not in the palette, this returns the color unchanged.

use triseratops::tag::color::Color;


// This color is in the Serato DJ Intro palette...
let intro_color = Color { red: 0xCC, green: 0x88, blue: 0x00 };
let pro_color = intro_color.into_pro_hotcue_color();

assert_eq!(pro_color, Color { red: 0xF8, green: 0x82, blue: 0x1A });

// ... and this color isn't.
let non_intro_color = Color { red: 0xC0, green: 0xFF, blue: 0xEE };
let non_pro_color = non_intro_color.into_pro_hotcue_color();

assert_eq!(non_pro_color, Color { red: 0xC0, green: 0xFF, blue: 0xEE });

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pub fn into_intro_hotcue_color(self) -> Self

Return the corresponding Serato DJ Intro Hotcue (i.e. Metadata) color for this color.

Hotcue colors stored in Serato’s metadata are not necessarily the same as displayed in the UI. Serato DJ Intro/Pro/Lite always stores colors as shown in the legacy Serato DJ Intro.

Serato DJ Pro and Lite then map the stored color to their own color palette. If the color is not in the palette, this returns the color unchanged.

use triseratops::tag::color::Color;


// This color is in the Serato DJ Pro palette...
let pro_color = Color { red: 0xF8, green: 0x82, blue: 0x1A };
let intro_color = pro_color.into_intro_hotcue_color();

assert_eq!(intro_color, Color { red: 0xCC, green: 0x88, blue: 0x00 });

// ... and this color isn't.
let non_pro_color = Color { red: 0xC0, green: 0xFF, blue: 0xEE };
let non_intro_color = non_pro_color.into_intro_hotcue_color();

assert_eq!(non_intro_color, Color { red: 0xC0, green: 0xFF, blue: 0xEE });

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pub fn into_displayed_track_color(self) -> Option<Self>

Return the displayed track color from the stored track color value.

Serato stores Track colors differently from how they are displayed in the library column. Instead of the color from the library view, the value from the color picker is stored instead (which is different).

use triseratops::tag::color::Color;

let stored_color = Color { red: 0xFF, green: 0x99, blue: 0xFF };
let displayed_color = stored_color.into_displayed_track_color();
assert_eq!(displayed_color, Some(Color {red: 0x99, green: 0x33, blue: 0x99 }));

let stored_color = Color { red: 0xFF, green: 0xFF, blue: 0xFF };
let displayed_color = stored_color.into_displayed_track_color();
assert_eq!(displayed_color, None);

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pub fn from_displayed_track_color(color: Option<Self>) -> Self

Return the stored track color from the displayed track color value.

Serato stores Track colors differently from how they are displayed in the library column. Instead of the color from the library view, the value from the color picker is stored instead (which is different).

use triseratops::tag::color::Color;

let displayed_color = Color {red: 0x99, green: 0x33, blue: 0x99 };
let stored_color = Color::from_displayed_track_color(Some(displayed_color));
assert_eq!(stored_color, Color { red: 0xFF, green: 0x99, blue: 0xFF });

let stored_color = Color::from_displayed_track_color(None);
assert_eq!(stored_color, Color { red: 0xFF, green: 0xFF, blue: 0xFF });