Files
T
Mario Moharandbbedward 5142d576f5 fix(bar): centre widget content on whole pixels (#3263)
* fix(bar): keep widget content on whole pixels

Bar widgets centre their content inside a box of
widgetThickness - horizontalPadding * 2, and Qt rounds the offset of a
centred anchor to whole pixels. When the content and that box have
different parity the exact offset falls on a half pixel, Qt rounds it
away from zero and the content renders half a pixel above the centre.
Widgets drawn from rectangles, such as the workspace switcher, compute
their own snapped height and stay exactly centred, which is why they
look right next to everything else in #3074.

With the stock configuration this is the normal case: the bar is 40 px,
the box is 14 px and barIconSize returns round((40 / 48) * 18) = 15.

Two sizes now round to whole pairs of pixels. The icon size, so that it
matches the parity of the box, and widgetThickness, because the box
inherits its parity from there (the padding is doubled, so it never
changes it). Going through every innerPadding from 0 to 16, nine of the
seventeen configurations currently put the icon on a half pixel and none
of them do afterwards. The 48 px default bar is untouched, the sizes
that change do so by one pixel.

Measured in a nested Hyprland at scale 1, ink centroid of the widget
content relative to the centre of its pill, before and after:

  launcher      -0.50   +0.00
  weather       -0.81   -0.52
  clipboard     -1.49   -0.93
  notifications +0.03   +0.46
  battery       -0.63   -0.49
  bluetooth     -0.53   -0.03

Every icon moves down by half a pixel. What remains matches the ink
asymmetry of the individual glyphs, measured separately at an exact
position, and is not a placement error.

Two things this does not cover. On a fractional or HiDPI scale
horizontalPadding can land on a half pixel, which puts the box back
between the grid lines, and a text only widget such as the clock has a
line box of 15 px at the default font size, which cannot sit exactly on
the centre of a 28 px pill no matter how it is rounded.

Closes #3074

* fix(bar): give bar text a line box that can be centred

A widget without an icon is centred as one line box, and the same parity
rule applies to it as to the icon in the commit before this one. At
fontSizeSmall the line box of the bar font is 15 px tall, so on a 28 px
pill it cannot sit on the centre no matter which way the offset is
rounded, and the clock reads about half a pixel high next to everything
else. One step up the box is 16 px and it lands on the grid.

Only the branch the standard bar uses changes. The 0.9 branch below a
scale of 0.75 already comes out at 14 px, and the fontSizeMedium branch
above 1.25 is left alone because there the next even box is two steps
away, which would be a bigger change than this is worth.

Same session and same measurement as the previous commit, ink centroid
of the widget content relative to the centre of its pill:

  clock and date  -0.58   +0.05
  battery         -0.63   -0.05
  weather         -0.82   -0.28

The bar font goes from 12 px to 13 px, which is the visible part of this
and the reason it is a separate commit. It can be dropped without
touching the icon fix.

* bar: snap widget thickness to even device pixels and pick text sizes by line box parity

* bar: snap bar thickness to even so the pill centres on whole pixels

* bar: share the bar thickness formula so dock, osd and popouts stay in step

* dock: read the bar clearance at the compositor screen scale

---------

Co-authored-by: bbedward <[email protected]>
2026-09-03 12:13:09 -04:00

2416 lines
104 KiB
QML

pragma Singleton
pragma ComponentBehavior: Bound
import QtCore
import QtQuick
import Quickshell
import Quickshell.Io
import qs.Common
import qs.DankCommon.Common as DankCommon
import qs.Services
import qs.Modules.Greetd
import "StockThemes.js" as StockThemes
Singleton {
id: root
readonly property var log: Log.scoped("Theme")
readonly property string stateDir: Paths.strip(StandardPaths.writableLocation(StandardPaths.GenericCacheLocation).toString()) + "/DankMaterialShell"
readonly property bool envDisableMatugen: Quickshell.env("DMS_DISABLE_MATUGEN") === "1" || Quickshell.env("DMS_DISABLE_MATUGEN") === "true"
readonly property string defaultFontFamily: "Inter Variable"
readonly property string defaultMonoFontFamily: "Fira Code"
readonly property real popupDistance: {
if (typeof SettingsData === "undefined")
return 4;
const defaultBar = SettingsData.getPrimaryBarConfig();
if (!defaultBar)
return 4;
const useAuto = defaultBar.popupGapsAuto ?? true;
const manualValue = defaultBar.popupGapsManual ?? 4;
const spacing = defaultBar.spacing ?? 4;
return useAuto ? Math.max(4, spacing) : manualValue;
}
property string currentTheme: "purple"
property string currentThemeCategory: "generic"
property bool isLightMode: typeof SessionData !== "undefined" ? SessionData.isLightMode : false
property bool colorsFileLoadFailed: false
readonly property string dynamic: "dynamic"
readonly property string custom: "custom"
readonly property string homeDir: Paths.strip(StandardPaths.writableLocation(StandardPaths.HomeLocation))
readonly property string configDir: Paths.strip(StandardPaths.writableLocation(StandardPaths.ConfigLocation))
readonly property string shellDir: Paths.strip(Qt.resolvedUrl(".").toString()).replace("/Common/", "")
readonly property string wallpaperPath: {
if (typeof SessionData === "undefined")
return "";
var monitors = SessionData.monitorWallpapers;
if (SessionData.perMonitorWallpaper) {
var screens = Quickshell.screens;
if (screens.length > 0) {
var s = screens[0];
return monitors[s.name] || (s.model ? monitors[s.model] : "") || SessionData.wallpaperPath;
}
}
return SessionData.wallpaperPath;
}
readonly property string rawWallpaperPath: {
if (typeof SessionData === "undefined")
return "";
var monitors = SessionData.monitorWallpapers;
if (SessionData.perMonitorWallpaper) {
var screens = Quickshell.screens;
if (screens.length > 0) {
var targetMonitor = (typeof SettingsData !== "undefined" && SettingsData.matugenTargetMonitor && SettingsData.matugenTargetMonitor !== "") ? SettingsData.matugenTargetMonitor : screens[0].name;
var targetMonitorExists = false;
for (var i = 0; i < screens.length; i++) {
if (screens[i].name === targetMonitor) {
targetMonitorExists = true;
break;
}
}
if (!targetMonitorExists)
targetMonitor = screens[0].name;
var s = null;
for (var j = 0; j < screens.length; j++) {
if (screens[j].name === targetMonitor) {
s = screens[j];
break;
}
}
if (s)
return monitors[s.name] || (s.model ? monitors[s.model] : "") || SessionData.wallpaperPath;
return monitors[targetMonitor] || SessionData.wallpaperPath;
}
}
return SessionData.wallpaperPath;
}
property bool matugenAvailable: false
property var workerRunning: false
property var pendingThemeRequest: null
signal matugenCompleted(string mode, string result)
property var matugenColors: ({})
property var _pendingGenerateParams: null
property int _colorsRetryCount: 0
property double _lastGenerateMs: 0
property bool blurLayersActive: false
property bool matugenToastSuppressed: false
signal screenTransitionNeeded
signal themeGenerationStarting
readonly property var dank16: {
const raw = matugenColors?.dank16;
if (!raw)
return null;
const dark = {};
const light = {};
const def = {};
for (let i = 0; i < 16; i++) {
const key = "color" + i;
const c = raw[key];
if (!c)
continue;
dark[key] = c.dark;
light[key] = c.light;
def[key] = c.default;
}
return {
dark,
light,
"default": def
};
}
property var customThemeData: null
property var customThemeRawData: null
readonly property var currentThemeVariants: customThemeRawData?.variants || null
readonly property string currentThemeId: customThemeRawData?.id || ""
Component.onCompleted: {
Quickshell.execDetached(["mkdir", "-p", stateDir]);
// shellDir may be an embedded-UI extraction, which is read-only and
// unexecutable (dankgo shellapp/shellfs makeReadOnly chmods 0444)
if (typeof SessionData === "undefined" || !SessionData.isGreeterMode)
Quickshell.execDetached(["bash", shellDir + "/scripts/gtk.sh", configDir, "assets", "", shellDir]);
Proc.runCommand("matugenCheck", ["sh", "-c", "command -v matugen"], (output, code) => {
matugenAvailable = (code === 0) && !envDisableMatugen;
const isGreeterMode = (typeof SessionData !== "undefined" && SessionData.isGreeterMode);
if (!matugenAvailable || isGreeterMode) {
return;
}
if (colorsFileLoadFailed && currentTheme === dynamic && rawWallpaperPath) {
log.info("Matugen now available, regenerating colors for dynamic theme");
const isLight = (typeof SessionData !== "undefined" && SessionData.isLightMode);
const iconTheme = (typeof SettingsData !== "undefined" && SettingsData.iconTheme) ? SettingsData.iconTheme : "System Default";
const selectedMatugenType = (typeof SettingsData !== "undefined" && SettingsData.matugenScheme) ? SettingsData.matugenScheme : "scheme-tonal-spot";
if (rawWallpaperPath.startsWith("#")) {
setDesiredTheme("hex", rawWallpaperPath, isLight, iconTheme, selectedMatugenType);
} else {
setDesiredTheme("image", rawWallpaperPath, isLight, iconTheme, selectedMatugenType);
}
return;
}
const isLight = (typeof SessionData !== "undefined" && SessionData.isLightMode);
const iconTheme = (typeof SettingsData !== "undefined" && SettingsData.iconTheme) ? SettingsData.iconTheme : "System Default";
if (currentTheme === dynamic) {
if (rawWallpaperPath) {
const selectedMatugenType = (typeof SettingsData !== "undefined" && SettingsData.matugenScheme) ? SettingsData.matugenScheme : "scheme-tonal-spot";
if (rawWallpaperPath.startsWith("#")) {
setDesiredTheme("hex", rawWallpaperPath, isLight, iconTheme, selectedMatugenType);
} else {
setDesiredTheme("image", rawWallpaperPath, isLight, iconTheme, selectedMatugenType);
}
}
} else if (currentTheme !== "custom") {
const darkTheme = StockThemes.getThemeByName(currentTheme, false);
const lightTheme = StockThemes.getThemeByName(currentTheme, true);
if (darkTheme && darkTheme.primary) {
const stockColors = buildMatugenColorsFromTheme(darkTheme, lightTheme);
const themeData = isLight ? lightTheme : darkTheme;
setDesiredTheme("hex", themeData.primary, isLight, iconTheme, themeData.matugen_type, stockColors);
}
}
}, 0);
if (typeof SessionData !== "undefined") {
SessionData.isLightModeChanged.connect(root.onLightModeChanged);
}
if (typeof SettingsData !== "undefined" && SettingsData.currentThemeName) {
switchTheme(SettingsData.currentThemeName, false, false);
const currentIsLight = (typeof SessionData !== "undefined") ? SessionData.isLightMode : false;
SettingsData.updateCosmicThemeMode(currentIsLight);
}
}
function getMatugenColor(path, fallback) {
const colorMode = (typeof SessionData !== "undefined" && SessionData.isLightMode) ? "light" : "dark";
return getMatugenColorForMode(colorMode, path, fallback);
}
function getMatugenColorForMode(colorMode, path, fallback) {
let cur = matugenColors && matugenColors.colors && matugenColors.colors[colorMode];
for (const part of path.split(".")) {
if (!cur || typeof cur !== "object" || !(part in cur))
return fallback;
cur = cur[part];
}
return cur || fallback;
}
function extractCurrentTheme(themeName) {
var name = themeName || "Extracted Theme";
var dark = {};
var light = {};
if (currentTheme === dynamic) {
dark = buildExtractedDynamicMode("dark", name + " Dark");
light = buildExtractedDynamicMode("light", name + " Light");
} else if (currentTheme === custom && customThemeRawData) {
var rawDark = customThemeRawData.dark || null;
var rawLight = customThemeRawData.light || null;
if (rawDark) {
dark = JSON.parse(JSON.stringify(rawDark));
if (!dark.name)
dark.name = name + " Dark";
} else if (rawLight) {
dark = buildExtractedDynamicMode("dark", name + " Dark");
} else {
dark = currentThemeData ? JSON.parse(JSON.stringify(currentThemeData)) : {};
dark.name = name + " Dark";
}
if (rawLight) {
light = JSON.parse(JSON.stringify(rawLight));
if (!light.name)
light.name = name + " Light";
} else if (rawDark) {
light = buildExtractedDynamicMode("light", name + " Light");
} else {
light = currentThemeData ? JSON.parse(JSON.stringify(currentThemeData)) : {};
light.name = name + " Light";
}
} else {
var darkTheme = StockThemes.getThemeByName(currentTheme, false);
var lightTheme = StockThemes.getThemeByName(currentTheme, true);
dark = darkTheme ? JSON.parse(JSON.stringify(darkTheme)) : {};
light = lightTheme ? JSON.parse(JSON.stringify(lightTheme)) : {};
dark.name = name + " Dark";
light.name = name + " Light";
}
return JSON.stringify({
dark: dark,
light: light
}, null, 2);
}
function buildExtractedDynamicMode(colorMode, name) {
return {
"name": name,
"primary": getMatugenColorForMode(colorMode, "primary", "#42a5f5"),
"primaryText": getMatugenColorForMode(colorMode, "on_primary", "#ffffff"),
"primaryContainer": getMatugenColorForMode(colorMode, "primary_container", "#1976d2"),
"secondary": getMatugenColorForMode(colorMode, "secondary", "#8ab4f8"),
"secondaryContainer": getMatugenColorForMode(colorMode, "secondary_container", getMatugenColorForMode(colorMode, "surface_container_high", "#292b2f")),
"tertiary": getMatugenColorForMode(colorMode, "tertiary", "#efb8c8"),
"tertiaryContainer": getMatugenColorForMode(colorMode, "tertiary_container", getMatugenColorForMode(colorMode, "surface_container_high", "#292b2f")),
"surface": getMatugenColorForMode(colorMode, "surface", "#1a1c1e"),
"surfaceText": getMatugenColorForMode(colorMode, "on_background", "#e3e8ef"),
"surfaceVariant": getMatugenColorForMode(colorMode, "surface_variant", "#44464f"),
"surfaceVariantText": getMatugenColorForMode(colorMode, "on_surface_variant", "#c4c7c5"),
"surfaceTint": getMatugenColorForMode(colorMode, "surface_tint", "#8ab4f8"),
"background": getMatugenColorForMode(colorMode, "background", "#1a1c1e"),
"backgroundText": getMatugenColorForMode(colorMode, "on_background", "#e3e8ef"),
"outline": getMatugenColorForMode(colorMode, "outline", "#8e918f"),
"surfaceContainerLowest": getMatugenColorForMode(colorMode, "surface_container_lowest", "#0e1013"),
"surfaceContainerLow": getMatugenColorForMode(colorMode, "surface_container_low", "#181a1d"),
"surfaceContainer": getMatugenColorForMode(colorMode, "surface_container", "#1e2023"),
"surfaceContainerHigh": getMatugenColorForMode(colorMode, "surface_container_high", "#292b2f"),
"surfaceContainerHighest": getMatugenColorForMode(colorMode, "surface_container_highest", "#343740"),
"error": getMatugenColorForMode(colorMode, "error", "#F2B8B5"),
"warning": "#FF9800",
"info": "#2196F3",
"success": "#4CAF50"
};
}
readonly property var currentThemeData: {
if (currentTheme === "custom") {
return customThemeData || StockThemes.getThemeByName("purple", isLightMode);
} else if (currentTheme === dynamic) {
return {
"primary": getMatugenColor("primary", "#42a5f5"),
"primaryText": getMatugenColor("on_primary", "#ffffff"),
"primaryContainer": getMatugenColor("primary_container", "#1976d2"),
"secondary": getMatugenColor("secondary", "#8ab4f8"),
"secondaryContainer": getMatugenColor("secondary_container", getMatugenColor("surface_container_high", "#292b2f")),
"tertiary": getMatugenColor("tertiary", "#efb8c8"),
"tertiaryContainer": getMatugenColor("tertiary_container", getMatugenColor("surface_container_high", "#292b2f")),
"surface": getMatugenColor("surface", "#1a1c1e"),
"surfaceText": getMatugenColor("on_background", "#e3e8ef"),
"surfaceVariant": getMatugenColor("surface_variant", "#44464f"),
"surfaceVariantText": getMatugenColor("on_surface_variant", "#c4c7c5"),
"surfaceTint": getMatugenColor("surface_tint", "#8ab4f8"),
"background": getMatugenColor("background", "#1a1c1e"),
"backgroundText": getMatugenColor("on_background", "#e3e8ef"),
"outline": getMatugenColor("outline", "#8e918f"),
"surfaceContainerLowest": getMatugenColor("surface_container_lowest", "#0e1013"),
"surfaceContainerLow": getMatugenColor("surface_container_low", "#181a1d"),
"surfaceContainer": getMatugenColor("surface_container", "#1e2023"),
"surfaceContainerHigh": getMatugenColor("surface_container_high", "#292b2f"),
"surfaceContainerHighest": getMatugenColor("surface_container_highest", "#343740"),
"error": "#F2B8B5",
"warning": "#FF9800",
"info": "#2196F3",
"success": "#4CAF50"
};
} else {
return StockThemes.getThemeByName(currentTheme, isLightMode);
}
}
readonly property var availableMatugenSchemes: {
const schemes = _matugenSchemeDefs;
const seen = {};
for (let i = 0; i < schemes.length; i++) {
const label = schemes[i].label;
if (seen[label] === undefined) {
seen[label] = true;
continue;
}
// duplicate translations otherwise collapse the label-keyed dropdown onto one scheme (#3154)
schemes[i].label = label + " (" + schemes[i].value.replace("scheme-", "") + ")";
}
return schemes;
}
readonly property var _matugenSchemeDefs: [({
"value": "scheme-tonal-spot",
"label": I18n.tr("Tonal Spot", "matugen color scheme option"),
"description": I18n.tr("Balanced palette with focused accents (default).")
}), ({
"value": "scheme-vibrant",
"label": I18n.tr("Vibrant", "matugen color scheme option"),
"description": I18n.tr("Lively palette with saturated accents.")
}), ({
"value": "scheme-content",
"label": I18n.tr("Content", "matugen color scheme option"),
"description": I18n.tr("Derives colors that closely match the underlying image.")
}), ({
"value": "scheme-expressive",
"label": I18n.tr("Expressive", "matugen color scheme option"),
"description": I18n.tr("Vibrant palette with playful saturation.")
}), ({
"value": "scheme-fidelity",
"label": I18n.tr("Fidelity", "matugen color scheme option"),
"description": I18n.tr("High-fidelity palette that preserves source hues.")
}), ({
"value": "scheme-fruit-salad",
"label": I18n.tr("Fruit Salad", "matugen color scheme option"),
"description": I18n.tr("Colorful mix of bright contrasting accents.")
}), ({
"value": "scheme-monochrome",
"label": I18n.tr("Monochrome", "matugen color scheme option"),
"description": I18n.tr("Minimal palette built around a single hue.")
}), ({
"value": "scheme-neutral",
"label": I18n.tr("Neutral", "matugen color scheme option"),
"description": I18n.tr("Muted palette with subdued, calming tones.")
}), ({
"value": "scheme-rainbow",
"label": I18n.tr("Rainbow", "matugen color scheme option"),
"description": I18n.tr("Diverse palette spanning the full spectrum.")
}), ({
"value": "scheme-smart",
"label": I18n.tr("Smart", "matugen color scheme option"),
"description": I18n.tr("Automatically picks the scheme variant based on the wallpaper.")
})]
function getMatugenScheme(value) {
const schemes = availableMatugenSchemes;
for (var i = 0; i < schemes.length; i++) {
if (schemes[i].value === value)
return schemes[i];
}
return schemes[0];
}
readonly property var availableSourceModes: [({
"value": "dominant",
"label": I18n.tr("Dominant", "matugen source color option")
}), ({
"value": "colorful",
"label": I18n.tr("Colorful", "matugen source color option")
}), ({
"value": "darkness",
"label": I18n.tr("Darkest", "matugen source color option")
}), ({
"value": "lightness",
"label": I18n.tr("Lightest", "matugen source color option")
}), ({
"value": "saturation",
"label": I18n.tr("Most Saturated", "matugen source color option")
}), ({
"value": "less-saturation",
"label": I18n.tr("Least Saturated", "matugen source color option")
}), ({
"value": "value",
"label": I18n.tr("Most Vivid", "matugen source color option")
})]
function getSourceMode(value) {
const modes = availableSourceModes;
for (var i = 0; i < modes.length; i++) {
if (modes[i].value === value)
return modes[i];
}
return modes[0];
}
property color primary: currentThemeData.primary
property color primaryText: currentThemeData.primaryText
property color secondary: currentThemeData.secondary
property color tertiary: currentThemeData.tertiary || currentThemeData.secondary
property color surface: currentThemeData.surface
property color surfaceText: currentThemeData.surfaceText
property color surfaceVariant: currentThemeData.surfaceVariant
property color surfaceVariantText: currentThemeData.surfaceVariantText
property color surfaceTint: currentThemeData.surfaceTint
property color background: currentThemeData.background
property color backgroundText: currentThemeData.backgroundText
property color outline: currentThemeData.outline
property color outlineVariant: currentThemeData.outlineVariant || withAlpha(outline, 0.6)
property color surfaceContainerLowest: currentThemeData.surfaceContainerLowest || blend(surfaceContainer, surface, 1.2)
property color surfaceContainerLow: currentThemeData.surfaceContainerLow || blend(surface, surfaceContainer, 0.667)
property color surfaceContainer: currentThemeData.surfaceContainer
property color surfaceContainerHigh: currentThemeData.surfaceContainerHigh
property color surfaceContainerHighest: currentThemeData.surfaceContainerHighest || surfaceContainerHigh
property color surfaceBright: currentThemeData.surfaceBright || (isLightMode ? surface : surfaceContainerHighest)
property color surfaceDim: currentThemeData.surfaceDim || (isLightMode ? surfaceContainer : background)
property color primaryContainer: currentThemeData.primaryContainer || blend(surfaceContainerHigh, primary, 0.45)
property color secondaryContainer: currentThemeData.secondaryContainer || blend(surfaceContainerHigh, secondary, 0.35)
property color tertiaryContainer: currentThemeData.tertiaryContainer || blend(surfaceContainerHigh, tertiary, 0.35)
property color onSurface: surfaceText
property color onSurfaceVariant: surfaceVariantText
property color onPrimary: primaryText
property color onSurface_12: withAlpha(onSurface, 0.12)
property color onSurface_38: withAlpha(onSurface, 0.38)
property color onSurfaceVariant_30: withAlpha(onSurfaceVariant, 0.30)
property color error: currentThemeData.error || "#F2B8B5"
property color warning: currentThemeData.warning || "#FF9800"
property color info: currentThemeData.info || "#2196F3"
property color tempWarning: "#ff9933"
property color tempDanger: "#ff5555"
property color success: currentThemeData.success || "#4CAF50"
property color primaryHover: withAlpha(primary, 0.12)
property color primaryHoverLight: withAlpha(primary, transparentBlurLayers ? 0.12 : 0.08)
property color primaryPressed: withAlpha(primary, transparentBlurLayers ? 0.24 : 0.16)
property color primarySelected: withAlpha(primary, 0.3)
property color primaryBackground: withAlpha(primary, 0.04)
property color secondaryHover: withAlpha(secondary, 0.08)
property color surfaceHover: withAlpha(surfaceVariant, 0.08)
property color surfacePressed: withAlpha(surfaceVariant, 0.12)
property color surfaceSelected: withAlpha(surfaceVariant, 0.15)
property color surfaceLight: withAlpha(surfaceVariant, transparentBlurLayers ? 0.3 : 0.1)
property color surfaceVariantAlpha: withAlpha(surfaceVariant, 0.2)
readonly property bool foregroundLayers: typeof SettingsData === "undefined" || (SettingsData.blurForegroundLayers ?? true)
readonly property bool blurForegroundLayers: blurLayersActive && foregroundLayers
readonly property bool transparentBlurLayers: blurLayersActive && !foregroundLayers
readonly property real foregroundLayerTransparency: typeof SettingsData === "undefined" ? 1.0 : (SettingsData.foregroundLayerTransparency ?? 1.0)
readonly property bool notificationForegroundLayers: typeof SettingsData === "undefined" || (SettingsData.notificationForegroundLayers ?? true)
readonly property color readableSurface: withAlpha(surfaceContainer, popupTransparency)
readonly property color readableSurfaceHigh: withAlpha(surfaceContainerHigh, popupTransparency)
readonly property color floatingSurface: foregroundLayers ? readableSurface : withAlpha(readableSurface, 0)
readonly property color floatingSurfaceHigh: foregroundLayers ? withAlpha(surfaceContainerHigh, foregroundLayerTransparency) : withAlpha(surfaceContainerHigh, 0)
readonly property bool floatingWindowSynced: typeof SettingsData === "undefined" || (SettingsData.floatingWindowSyncGlobal ?? true)
readonly property real floatingWindowTransparency: {
if (typeof SettingsData === "undefined" || floatingWindowSynced)
return popupTransparency;
return SettingsData.floatingWindowTransparency ?? 1.0;
}
readonly property bool floatingWindowForegroundLayers: floatingWindowSynced ? foregroundLayers : (SettingsData.floatingWindowForegroundLayers ?? true)
readonly property real floatingWindowForegroundTransparency: {
if (typeof SettingsData === "undefined" || floatingWindowSynced)
return foregroundLayerTransparency;
return SettingsData.floatingWindowForegroundTransparency ?? 1.0;
}
readonly property color floatingWindowSurface: withAlpha(surfaceContainer, floatingWindowTransparency)
readonly property color floatingWindowSurfaceHigh: floatingWindowForegroundLayers ? withAlpha(surfaceContainerHigh, floatingWindowForegroundTransparency) : withAlpha(surfaceContainerHigh, 0)
readonly property color floatingWindowNestedSurface: floatingWindowSurfaceHigh
readonly property color notepadWindowSurface: withAlpha(surfaceContainer, notepadTransparency)
readonly property color nestedSurface: floatingSurfaceHigh
readonly property color notificationFloatingSurface: notificationForegroundLayers ? readableSurface : withAlpha(readableSurface, 0)
readonly property color notificationFloatingSurfaceHigh: notificationForegroundLayers ? readableSurfaceHigh : withAlpha(readableSurfaceHigh, 0)
readonly property color notificationNestedSurface: notificationFloatingSurfaceHigh
readonly property real blurLayerOutlineOpacity: Math.max(0, Math.min(1, typeof SettingsData === "undefined" ? 0.12 : (SettingsData.blurLayerOutlineOpacity ?? 0.12)))
readonly property real layerOutlineOpacity: blurLayerOutlineOpacity
readonly property int layerOutlineWidth: layerOutlineOpacity > 0 ? 1 : 0
readonly property real floatingWindowFieldAlpha: floatingWindowTransparency
readonly property color floatingWindowFieldColor: withAlpha(surfaceContainerHigh, floatingWindowFieldAlpha)
readonly property real popupFieldAlpha: {
if (transparentBlurLayers)
return 0.28;
if (blurForegroundLayers)
return Math.max(foregroundLayerTransparency, 0.62);
return popupTransparency;
}
readonly property color popupFieldColor: withAlpha(surfaceContainerHigh, popupFieldAlpha)
readonly property color popupFieldBorderColor: withAlpha(outline, blurLayersActive ? 0.16 : layerOutlineOpacity)
readonly property color popupFieldFocusedBorderColor: withAlpha(primary, blurLayersActive ? 0.72 : 1.0)
readonly property color floatingWindowFieldBorderColor: popupFieldBorderColor
readonly property color floatingWindowFieldFocusedBorderColor: popupFieldFocusedBorderColor
property color surfaceTextHover: withAlpha(surfaceText, 0.08)
property color surfaceTextAlpha: withAlpha(surfaceText, 0.3)
function roleColor(mode) {
switch (mode) {
case "primary":
case "pri":
return primary;
case "primaryContainer":
return primaryContainer;
case "secondary":
case "sec":
return secondary;
case "secondaryContainer":
return secondaryContainer;
case "tertiary":
case "ter":
return tertiary;
case "tertiaryContainer":
return tertiaryContainer;
case "surfaceText":
return surfaceText;
case "surfaceVariant":
return surfaceVariant;
case "s":
return surface;
case "scll":
return surfaceContainerLowest;
case "scl":
return surfaceContainerLow;
case "sc":
return surfaceContainer;
case "sch":
return surfaceContainerHigh;
case "schh":
return surfaceContainerHighest;
case "sth":
return surfaceTextHover;
case "error":
case "err":
return error;
default:
return withAlpha(surface, 0);
}
}
property color surfaceTextLight: withAlpha(surfaceText, 0.06)
property color surfaceTextSecondary: withAlpha(surfaceText, 0.6)
property color surfaceTextMedium: withAlpha(surfaceText, 0.7)
property color outlineButton: withAlpha(outline, 0.5)
property color outlineLight: withAlpha(outline, Math.min(1, layerOutlineOpacity * 0.625))
property color outlineMedium: withAlpha(outline, layerOutlineOpacity)
property color outlineStrong: withAlpha(outline, Math.min(1, layerOutlineOpacity * 1.5))
property color outlineHeavy: withAlpha(outline, 0.2)
property color errorHover: withAlpha(error, 0.12)
property color errorPressed: withAlpha(error, 0.16)
property color errorSelected: withAlpha(error, 0.3)
property color warningHover: withAlpha(warning, 0.12)
readonly property color ccTileActiveBg: {
switch (SettingsData.controlCenterTileColorMode) {
case "primaryContainer":
return primaryContainer;
case "secondary":
return secondary;
case "surfaceVariant":
return surfaceVariant;
default:
return primary;
}
}
readonly property color ccTileInactiveBg: transparentBlurLayers ? withAlpha(surfaceContainerHigh, 0.16) : (foregroundLayers ? withAlpha(surfaceContainerHigh, blurLayersActive ? Math.min(popupTransparency, 0.24) : popupTransparency) : withAlpha(surfaceContainer, 0))
readonly property color ccPillInactiveBg: transparentBlurLayers ? withAlpha(surfaceContainerHigh, 0.08) : nestedSurface
readonly property color ccPillInactiveHoverBg: transparentBlurLayers ? withAlpha(primary, 0.10) : primaryPressed
readonly property color ccSliderTrackColor: transparentBlurLayers ? surfaceText : surfaceContainerHigh
readonly property real ccSliderTrackOpacity: transparentBlurLayers ? 0.18 : popupTransparency
readonly property color ccTileActiveText: {
switch (SettingsData.controlCenterTileColorMode) {
case "primaryContainer":
return primary;
case "secondary":
return surfaceText;
case "surfaceVariant":
return surfaceText;
default:
return primaryText;
}
}
readonly property color ccTileInactiveIcon: {
switch (SettingsData.controlCenterTileColorMode) {
case "primaryContainer":
return primary;
case "secondary":
return secondary;
case "surfaceVariant":
return surfaceText;
default:
return primary;
}
}
readonly property color ccTileRing: {
switch (SettingsData.controlCenterTileColorMode) {
case "primaryContainer":
return withAlpha(primary, 0.22);
case "secondary":
return withAlpha(surfaceText, 0.22);
case "surfaceVariant":
return withAlpha(surfaceText, 0.22);
default:
return withAlpha(primaryText, 0.22);
}
}
readonly property color buttonBg: {
switch (SettingsData.buttonColorMode) {
case "primaryContainer":
return primaryContainer;
case "secondary":
return secondary;
case "surfaceVariant":
return surfaceVariant;
default:
return primary;
}
}
readonly property color buttonText: {
switch (SettingsData.buttonColorMode) {
case "primaryContainer":
return primary;
case "secondary":
return surfaceText;
case "surfaceVariant":
return surfaceText;
default:
return primaryText;
}
}
readonly property color buttonHover: {
switch (SettingsData.buttonColorMode) {
case "primaryContainer":
return withAlpha(primary, 0.12);
case "secondary":
return withAlpha(surfaceText, 0.12);
case "surfaceVariant":
return withAlpha(surfaceText, 0.12);
default:
return primaryHover;
}
}
readonly property color buttonPressed: {
switch (SettingsData.buttonColorMode) {
case "primaryContainer":
return withAlpha(primary, 0.16);
case "secondary":
return withAlpha(surfaceText, 0.16);
case "surfaceVariant":
return withAlpha(surfaceText, 0.16);
default:
return primaryPressed;
}
}
property color shadowMedium: Qt.rgba(0, 0, 0, 0.08)
property color shadowStrong: Qt.rgba(0, 0, 0, 0.3)
readonly property bool elevationEnabled: typeof SettingsData !== "undefined" && (SettingsData.m3ElevationEnabled ?? true)
readonly property real elevationBlurMax: typeof SettingsData !== "undefined" && SettingsData.m3ElevationIntensity !== undefined ? Math.min(128, Math.max(32, SettingsData.m3ElevationIntensity * 2)) : 64
readonly property real _elevMult: typeof SettingsData !== "undefined" && SettingsData.m3ElevationIntensity !== undefined ? SettingsData.m3ElevationIntensity / 12 : 1
readonly property real _opMult: typeof SettingsData !== "undefined" && SettingsData.m3ElevationOpacity !== undefined ? SettingsData.m3ElevationOpacity / 60 : 1
function normalizeElevationDirection(direction) {
switch (direction) {
case "top":
case "topLeft":
case "topRight":
case "bottom":
case "bottomLeft":
case "bottomRight":
case "left":
case "right":
case "autoBar":
return direction;
default:
return "top";
}
}
readonly property string elevationLightDirection: {
if (typeof SettingsData === "undefined" || !SettingsData.m3ElevationLightDirection)
return "top";
switch (SettingsData.m3ElevationLightDirection) {
case "autoBar":
case "top":
case "topLeft":
case "topRight":
case "bottom":
return SettingsData.m3ElevationLightDirection;
default:
return "top";
}
}
readonly property real _elevDiagRatio: 0.55
readonly property string _globalElevationDirForTokens: {
const normalized = normalizeElevationDirection(elevationLightDirection);
return normalized === "autoBar" ? "top" : normalized;
}
readonly property real _elevDirX: {
switch (_globalElevationDirForTokens) {
case "topLeft":
case "bottomLeft":
case "left":
return 1;
case "topRight":
case "bottomRight":
case "right":
return -1;
default:
return 0;
}
}
readonly property real _elevDirY: {
switch (_globalElevationDirForTokens) {
case "bottom":
case "bottomLeft":
case "bottomRight":
return -1;
case "left":
case "right":
return 0;
default:
return 1;
}
}
readonly property real _elevDirXScale: (_globalElevationDirForTokens === "left" || _globalElevationDirForTokens === "right") ? 1 : _elevDiagRatio
readonly property var elevationLevel1: ({
blurPx: 4 * _elevMult,
offsetX: 1 * _elevMult * _elevDirXScale * _elevDirX,
offsetY: 1 * _elevMult * _elevDirY,
spreadPx: 0,
alpha: 0.2 * _opMult
})
readonly property var elevationLevel2: ({
blurPx: 8 * _elevMult,
offsetX: 4 * _elevMult * _elevDirXScale * _elevDirX,
offsetY: 4 * _elevMult * _elevDirY,
spreadPx: 0,
alpha: 0.25 * _opMult
})
readonly property var elevationLevel3: ({
blurPx: 12 * _elevMult,
offsetX: 6 * _elevMult * _elevDirXScale * _elevDirX,
offsetY: 6 * _elevMult * _elevDirY,
spreadPx: 0,
alpha: 0.3 * _opMult
})
readonly property var elevationLevel4: ({
blurPx: 16 * _elevMult,
offsetX: 8 * _elevMult * _elevDirXScale * _elevDirX,
offsetY: 8 * _elevMult * _elevDirY,
spreadPx: 0,
alpha: 0.3 * _opMult
})
readonly property var elevationLevel5: ({
blurPx: 20 * _elevMult,
offsetX: 10 * _elevMult * _elevDirXScale * _elevDirX,
offsetY: 10 * _elevMult * _elevDirY,
spreadPx: 0,
alpha: 0.3 * _opMult
})
function elevationOffsetMagnitude(level, fallback, direction) {
if (!level) {
return fallback !== undefined ? Math.abs(fallback) : 0;
}
const yMag = Math.abs(level.offsetY !== undefined ? level.offsetY : 0);
if (yMag > 0)
return yMag;
const xMag = Math.abs(level.offsetX !== undefined ? level.offsetX : 0);
if (xMag > 0) {
if (direction === "left" || direction === "right")
return xMag;
return xMag / _elevDiagRatio;
}
return fallback !== undefined ? Math.abs(fallback) : 0;
}
function elevationOffsetXFor(level, direction, fallback) {
const dir = normalizeElevationDirection(direction || elevationLightDirection);
const mag = elevationOffsetMagnitude(level, fallback, dir);
switch (dir) {
case "topLeft":
case "bottomLeft":
return mag * _elevDiagRatio;
case "topRight":
case "bottomRight":
return -mag * _elevDiagRatio;
case "left":
return mag;
case "right":
return -mag;
default:
return 0;
}
}
function elevationOffsetYFor(level, direction, fallback) {
const dir = normalizeElevationDirection(direction || elevationLightDirection);
const mag = elevationOffsetMagnitude(level, fallback, dir);
switch (dir) {
case "bottom":
case "bottomLeft":
case "bottomRight":
return -mag;
case "left":
case "right":
return 0;
default:
return mag;
}
}
function elevationOffsetX(level, fallback) {
return elevationOffsetXFor(level, elevationLightDirection, fallback);
}
function elevationOffsetY(level, fallback) {
return elevationOffsetYFor(level, elevationLightDirection, fallback);
}
function elevationRenderPadding(level, direction, fallbackOffset, extraPadding, minPadding) {
const dir = direction !== undefined ? direction : elevationLightDirection;
const blur = (level && level.blurPx !== undefined) ? Math.max(0, level.blurPx) : 0;
const spread = (level && level.spreadPx !== undefined) ? Math.max(0, level.spreadPx) : 0;
const fallback = fallbackOffset !== undefined ? fallbackOffset : 0;
const extra = extraPadding !== undefined ? extraPadding : 8;
const minPad = minPadding !== undefined ? minPadding : 16;
const offsetX = Math.abs(elevationOffsetXFor(level, dir, fallback));
const offsetY = Math.abs(elevationOffsetYFor(level, dir, fallback));
return Math.max(minPad, blur + spread + Math.max(offsetX, offsetY) + extra);
}
function elevationShadowColor(level) {
const alpha = (level && level.alpha !== undefined) ? level.alpha : 0.3;
let r = 0;
let g = 0;
let b = 0;
if (typeof SettingsData !== "undefined") {
const mode = SettingsData.m3ElevationColorMode || "default";
if (mode === "default") {
r = 0;
g = 0;
b = 0;
} else if (mode === "text") {
r = surfaceText.r;
g = surfaceText.g;
b = surfaceText.b;
} else if (mode === "primary") {
r = primary.r;
g = primary.g;
b = primary.b;
} else if (mode === "surfaceVariant") {
r = surfaceVariant.r;
g = surfaceVariant.g;
b = surfaceVariant.b;
} else if (mode === "custom" && SettingsData.m3ElevationCustomColor) {
const c = Qt.color(SettingsData.m3ElevationCustomColor);
r = c.r;
g = c.g;
b = c.b;
}
}
return Qt.rgba(r, g, b, alpha);
}
function elevationAmbient(level) {
const blur = (level && level.blurPx !== undefined) ? Math.max(0, level.blurPx) : 0;
const alpha = ((level && level.alpha !== undefined) ? level.alpha : 0.3) * 0.5;
return {
blurPx: blur * 1.75,
spreadPx: 1,
alpha: alpha
};
}
readonly property var animationDurations: [
{
"shorter": 0,
"short": 0,
"medium": 0,
"long": 0,
"extraLong": 0
},
{
"shorter": 50,
"short": 75,
"medium": 150,
"long": 250,
"extraLong": 500
},
{
"shorter": 100,
"short": 150,
"medium": 300,
"long": 500,
"extraLong": 1000
},
{
"shorter": 150,
"short": 225,
"medium": 450,
"long": 750,
"extraLong": 1500
},
{
"shorter": 200,
"short": 300,
"medium": 600,
"long": 1000,
"extraLong": 2000
}
]
readonly property int currentAnimationSpeed: typeof SettingsData !== "undefined" ? SettingsData.animationSpeed : SettingsData.AnimationSpeed.Short
readonly property var currentDurations: animationDurations[currentAnimationSpeed] || animationDurations[SettingsData.AnimationSpeed.Short]
readonly property int shorterDuration: (typeof SettingsData !== "undefined" && SettingsData.animationSpeed === SettingsData.AnimationSpeed.Custom) ? SettingsData.customAnimationDuration : currentDurations.shorter
readonly property int shortDuration: (typeof SettingsData !== "undefined" && SettingsData.animationSpeed === SettingsData.AnimationSpeed.Custom) ? SettingsData.customAnimationDuration : currentDurations.short
readonly property bool snapListModelChanges: shortDuration <= 0
readonly property int mediumDuration: (typeof SettingsData !== "undefined" && SettingsData.animationSpeed === SettingsData.AnimationSpeed.Custom) ? SettingsData.customAnimationDuration : currentDurations.medium
readonly property int longDuration: (typeof SettingsData !== "undefined" && SettingsData.animationSpeed === SettingsData.AnimationSpeed.Custom) ? SettingsData.customAnimationDuration : currentDurations.long
readonly property int extraLongDuration: (typeof SettingsData !== "undefined" && SettingsData.animationSpeed === SettingsData.AnimationSpeed.Custom) ? SettingsData.customAnimationDuration : currentDurations.extraLong
readonly property int standardEasing: Easing.OutCubic
readonly property int emphasizedEasing: Easing.OutQuart
readonly property var expressiveCurves: {
"emphasized": [0.05, 0, 2 / 15, 0.06, 1 / 6, 0.4, 5 / 24, 0.82, 0.25, 1, 1, 1],
"emphasizedAccel": [0.3, 0, 0.8, 0.15, 1, 1],
"emphasizedDecel": [0.05, 0.7, 0.1, 1, 1, 1],
"standard": [0.2, 0, 0, 1, 1, 1],
"standardAccel": [0.3, 0, 1, 1, 1, 1],
"standardDecel": [0, 0, 0, 1, 1, 1],
"expressiveFastSpatial": [0.42, 1.67, 0.21, 0.9, 1, 1],
"expressiveDefaultSpatial": [0.38, 1.21, 0.22, 1, 1, 1],
"expressiveEffects": [0.34, 0.8, 0.34, 1, 1, 1]
}
// Theme is the canonical access point for animation variant state. The
// aliases below forward to AnimVariants.qml so consumers don't need two
// imports. ~200 call sites read through Theme.variantEnterCurve /
// Theme.isConnectedEffect / etc. — do NOT migrate to AnimVariants directly.
readonly property list<real> variantEnterCurve: AnimVariants.variantEnterCurve
readonly property list<real> variantExitCurve: AnimVariants.variantExitCurve
readonly property list<real> variantModalEnterCurve: AnimVariants.variantModalEnterCurve
readonly property list<real> variantModalExitCurve: AnimVariants.variantModalExitCurve
readonly property list<real> variantPopoutEnterCurve: AnimVariants.variantPopoutEnterCurve
readonly property list<real> variantPopoutExitCurve: AnimVariants.variantPopoutExitCurve
readonly property real variantEnterDurationFactor: AnimVariants.variantEnterDurationFactor
readonly property real variantExitDurationFactor: AnimVariants.variantExitDurationFactor
readonly property real variantOpacityDurationScale: AnimVariants.variantOpacityDurationScale
readonly property bool isDirectionalEffect: AnimVariants.isDirectionalEffect
readonly property bool isDepthEffect: AnimVariants.isDepthEffect
readonly property bool isConnectedEffect: AnimVariants.isConnectedEffect
readonly property real connectedCornerRadius: {
if (typeof SettingsData === "undefined")
return 12;
return FrameTransitionState.effectiveConnectedFrameModeActive ? SettingsData.frameRounding : cornerRadius;
}
readonly property color connectedSurfaceColor: {
if (typeof SettingsData === "undefined")
return withAlpha(surfaceContainer, popupTransparency);
return isConnectedEffect ? withAlpha(SettingsData.effectiveFrameColor, SettingsData.frameOpacity) : withAlpha(surfaceContainer, popupTransparency);
}
readonly property real connectedSurfaceRadius: isConnectedEffect ? connectedCornerRadius : cornerRadius
readonly property bool connectedSurfaceBlurEnabled: (typeof SettingsData === "undefined") ? true : (!isConnectedEffect || SettingsData.frameBlurEnabled)
readonly property real effectScaleCollapsed: AnimVariants.effectScaleCollapsed
readonly property real effectAnimOffset: AnimVariants.effectAnimOffset
function variantDuration(baseDuration, entering) {
return AnimVariants.variantDuration(baseDuration, entering);
}
function variantExitCleanupPadding() {
return AnimVariants.variantExitCleanupPadding();
}
function variantCloseInterval(baseDuration) {
return AnimVariants.variantCloseInterval(baseDuration);
}
readonly property var animationPresetDurations: {
"none": 0,
"short": 250,
"medium": 500,
"long": 750
}
readonly property int currentAnimationBaseDuration: {
if (typeof SettingsData === "undefined")
return 500;
if (SettingsData.animationSpeed === SettingsData.AnimationSpeed.Custom) {
return SettingsData.customAnimationDuration;
}
const presetMap = [0, 250, 500, 750];
return presetMap[SettingsData.animationSpeed] !== undefined ? presetMap[SettingsData.animationSpeed] : 500;
}
readonly property var expressiveDurations: {
if (typeof SettingsData === "undefined") {
return {
"fast": 200,
"normal": 400,
"large": 600,
"extraLarge": 1000,
"expressiveFastSpatial": 350,
"expressiveDefaultSpatial": 500,
"expressiveEffects": 200
};
}
const baseDuration = currentAnimationBaseDuration;
return {
"fast": baseDuration * 0.4,
"normal": baseDuration * 0.8,
"large": baseDuration * 1.2,
"extraLarge": baseDuration * 2.0,
"expressiveFastSpatial": baseDuration * 0.7,
"expressiveDefaultSpatial": baseDuration,
"expressiveEffects": baseDuration * 0.4
};
}
// Expressive spatial spring presets ([stiffness, damping], unit mass) tuned to a
// 500ms reference transition; runtime values scale via springPreset().
readonly property var springSpecs: {
"expressive": [560, 37],
"fast": [220, 23],
"default": [100, 16]
}
// Damping multipliers for the user-facing spring bounce setting:
// crisp settles without overshoot, playful adds visible bounce.
readonly property var springDampingScales: [1.22, 1.0, 0.82]
function tunedSpring(spec, baseDuration) {
const f = Math.max(0.05, baseDuration / 500);
const bounce = typeof SettingsData !== "undefined" && SettingsData.springBounce >= 0 && SettingsData.springBounce < springDampingScales.length ? springDampingScales[Math.round(SettingsData.springBounce)] : 1;
return {
"stiffness": spec[0] / (f * f),
"damping": spec[1] / f * bounce,
"mass": 1
};
}
function springPreset(name, baseDuration) {
return tunedSpring(springSpecs[name] ?? springSpecs["default"], baseDuration);
}
readonly property bool springMotionDisabled: currentAnimationBaseDuration <= 0
readonly property int notificationAnimationBaseDuration: {
if (typeof SettingsData === "undefined")
return 200;
if (SettingsData.notificationAnimationSpeed === SettingsData.AnimationSpeed.None)
return 0;
if (SettingsData.notificationAnimationSpeed === SettingsData.AnimationSpeed.Custom)
return SettingsData.notificationCustomAnimationDuration;
const presetMap = [0, 200, 400, 600];
return presetMap[SettingsData.notificationAnimationSpeed] ?? 200;
}
readonly property int notificationEnterDuration: {
const base = notificationAnimationBaseDuration;
return base === 0 ? 0 : Math.round(base * 0.875);
}
readonly property int notificationExitDuration: {
const base = notificationAnimationBaseDuration;
return base === 0 ? 0 : Math.round(base * 0.75);
}
readonly property int notificationExpandDuration: {
const base = notificationAnimationBaseDuration;
return base === 0 ? 0 : Math.round(base * 1.0);
}
readonly property int notificationCollapseDuration: {
const base = notificationAnimationBaseDuration;
return base === 0 ? 0 : Math.round(base * 0.85);
}
readonly property int notificationInlineExpandDuration: notificationAnimationBaseDuration === 0 ? 0 : 185
readonly property int notificationInlineCollapseDuration: notificationAnimationBaseDuration === 0 ? 0 : 150
readonly property real notificationIconSizeNormal: 56
readonly property real notificationIconSizeCompact: 48
readonly property real notificationExpandedIconSizeNormal: 48
readonly property real notificationExpandedIconSizeCompact: 40
readonly property real notificationActionMinWidth: 48
readonly property real notificationButtonCornerRadius: cornerRadius / 2
readonly property real notificationHoverRevealMargin: spacingXL
readonly property real notificationContentSpacing: spacingXS
readonly property real notificationCardPadding: spacingM
readonly property real notificationCardPaddingCompact: spacingS
readonly property real stateLayerHover: 0.08
readonly property real stateLayerFocus: 0.12
readonly property real stateLayerPressed: 0.12
readonly property real stateLayerDrag: 0.16
readonly property int popoutAnimationDuration: {
if (typeof SettingsData === "undefined")
return 150;
if (SettingsData.syncComponentAnimationSpeeds) {
return Math.min(currentAnimationBaseDuration, 1000);
}
const presetMap = [0, 150, 300, 500];
if (SettingsData.popoutAnimationSpeed === SettingsData.AnimationSpeed.Custom)
return SettingsData.popoutCustomAnimationDuration;
return presetMap[SettingsData.popoutAnimationSpeed] ?? 150;
}
readonly property int modalAnimationDuration: {
if (typeof SettingsData === "undefined")
return 150;
if (SettingsData.syncComponentAnimationSpeeds) {
return Math.min(currentAnimationBaseDuration, 1000);
}
const presetMap = [0, 150, 300, 500];
if (SettingsData.modalAnimationSpeed === SettingsData.AnimationSpeed.Custom)
return SettingsData.modalCustomAnimationDuration;
return presetMap[SettingsData.modalAnimationSpeed] ?? 150;
}
property real cornerRadius: {
if (typeof SessionData !== "undefined" && SessionData.isGreeterMode && typeof GreetdSettings !== "undefined") {
return GreetdSettings.cornerRadius;
}
return typeof SettingsData !== "undefined" ? SettingsData.cornerRadius : 12;
}
property string fontFamily: {
if (typeof SessionData !== "undefined" && SessionData.isGreeterMode && typeof GreetdSettings !== "undefined") {
return resolvedFontFamily(GreetdSettings.getEffectiveFontFamily());
}
return typeof SettingsData !== "undefined" ? resolvedFontFamily(SettingsData.fontFamily) : DankCommon.Fonts.sans;
}
property string monoFontFamily: {
if (typeof SessionData !== "undefined" && SessionData.isGreeterMode && typeof GreetdSettings !== "undefined") {
return resolvedMonoFontFamily(GreetdSettings.monoFontFamily);
}
return typeof SettingsData !== "undefined" ? resolvedMonoFontFamily(SettingsData.monoFontFamily) : DankCommon.Fonts.mono;
}
function resolvedFontFamily(family) {
if (family === defaultFontFamily)
return DankCommon.Fonts.sans;
return family;
}
function resolvedMonoFontFamily(family) {
if (family === defaultMonoFontFamily)
return DankCommon.Fonts.mono;
return family;
}
property int fontWeight: {
if (typeof SessionData !== "undefined" && SessionData.isGreeterMode && typeof GreetdSettings !== "undefined") {
return GreetdSettings.fontWeight;
}
return typeof SettingsData !== "undefined" ? SettingsData.fontWeight : Font.Normal;
}
property real fontScale: {
if (typeof SessionData !== "undefined" && SessionData.isGreeterMode && typeof GreetdSettings !== "undefined") {
return GreetdSettings.fontScale;
}
return typeof SettingsData !== "undefined" ? SettingsData.fontScale : 1.0;
}
property real spacingXXS: 2
property real spacingXS: 4
property real spacingS: 8
property real spacingM: 12
property real spacingL: 16
property real spacingXL: 24
property real fontSizeSmall: Math.round(fontScale * 12)
property real fontSizeMedium: Math.round(fontScale * 14)
property real fontSizeLarge: Math.round(fontScale * 16)
property real fontSizeXLarge: Math.round(fontScale * 20)
property real barHeight: 48
property real iconSize: 24
property real iconSizeSmall: 16
property real iconSizeLarge: 32
property real panelTransparency: 0.85
property real popupTransparency: {
if (typeof SettingsData === "undefined")
return 1.0;
if (isConnectedEffect)
return SettingsData.frameOpacity !== undefined ? SettingsData.frameOpacity : 1.0;
return SettingsData.popupTransparency !== undefined ? SettingsData.popupTransparency : 1.0;
}
function screenTransition() {
screenTransitionNeeded();
}
function switchTheme(themeName, savePrefs = true, enableTransition = true) {
if (enableTransition) {
screenTransition();
themeTransitionTimer.themeName = themeName;
themeTransitionTimer.savePrefs = savePrefs;
themeTransitionTimer.restart();
return;
}
if (themeName === dynamic) {
currentTheme = dynamic;
if (currentThemeCategory !== "registry")
currentThemeCategory = dynamic;
} else if (themeName === custom) {
currentTheme = custom;
if (currentThemeCategory !== "registry")
currentThemeCategory = custom;
if (typeof SettingsData !== "undefined" && SettingsData.customThemeFile) {
loadCustomThemeFromFile(SettingsData.customThemeFile);
}
} else if (themeName === "" && currentThemeCategory === "registry") {
// Registry category selected but no theme chosen yet
} else {
currentTheme = themeName;
if (currentThemeCategory !== "registry") {
currentThemeCategory = "generic";
}
}
const isGreeterMode = (typeof SessionData !== "undefined" && SessionData.isGreeterMode);
if (savePrefs && typeof SettingsData !== "undefined" && !isGreeterMode) {
SettingsData.set("currentThemeCategory", currentThemeCategory);
SettingsData.set("currentThemeName", currentTheme);
}
if (!isGreeterMode) {
generateSystemThemesFromCurrentTheme();
}
}
function applyGreeterTheme(themeName) {
switchTheme(themeName, false, false);
if (themeName === dynamic && dynamicColorsFileView.path) {
dynamicColorsFileView.reload();
}
}
function setLightMode(light, savePrefs = true, enableTransition = false) {
if (typeof SettingsData !== "undefined" && SettingsData.matugenSmartMode) {
SettingsData.matugenSmartMode = false;
SettingsData.saveSettings();
}
if (enableTransition) {
screenTransition();
lightModeTransitionTimer.lightMode = light;
lightModeTransitionTimer.savePrefs = savePrefs;
lightModeTransitionTimer.restart();
return;
}
const isGreeterMode = (typeof SessionData !== "undefined" && SessionData.isGreeterMode);
if (savePrefs && typeof SessionData !== "undefined" && !isGreeterMode) {
SessionData.setLightMode(light);
}
if (!isGreeterMode) {
if (typeof SettingsData !== "undefined") {
SettingsData.updateCosmicThemeMode(light);
}
generateSystemThemesFromCurrentTheme();
}
}
function toggleLightMode(savePrefs = true) {
setLightMode(!isLightMode, savePrefs, true);
}
function getThemeColors(themeName) {
if (themeName === "custom" && customThemeData) {
return customThemeData;
}
return StockThemes.getThemeByName(themeName, isLightMode);
}
function switchThemeCategory(category, defaultTheme) {
screenTransition();
themeCategoryTransitionTimer.category = category;
themeCategoryTransitionTimer.defaultTheme = defaultTheme;
themeCategoryTransitionTimer.restart();
}
function loadCustomTheme(themeData) {
customThemeRawData = themeData;
const colorMode = (typeof SessionData !== "undefined" && SessionData.isLightMode) ? "light" : "dark";
var baseColors = {};
if (themeData.dark || themeData.light) {
baseColors = themeData[colorMode] || themeData.dark || themeData.light || {};
} else {
baseColors = themeData;
}
if (themeData.variants) {
const themeId = themeData.id || "";
if (themeData.variants.type === "multi" && themeData.variants.flavors && themeData.variants.accents) {
const defaults = themeData.variants.defaults || {};
const modeDefaults = defaults[colorMode] || defaults.dark || {};
const isGreeterMode = typeof SessionData !== "undefined" && SessionData.isGreeterMode;
const stored = isGreeterMode ? (GreetdSettings.registryThemeVariants[themeId]?.[colorMode] || modeDefaults) : (typeof SettingsData !== "undefined" ? SettingsData.getRegistryThemeMultiVariant(themeId, modeDefaults, colorMode) : modeDefaults);
var flavorId = stored.flavor || modeDefaults.flavor || "";
const accentId = stored.accent || modeDefaults.accent || "";
var flavor = findVariant(themeData.variants.flavors, flavorId);
if (flavor) {
const hasCurrentModeColors = flavor[colorMode] && (flavor[colorMode].primary || flavor[colorMode].surface);
if (!hasCurrentModeColors) {
flavorId = modeDefaults.flavor || "";
flavor = findVariant(themeData.variants.flavors, flavorId);
}
}
const accent = findAccent(themeData.variants.accents, accentId);
if (flavor) {
const flavorColors = flavor[colorMode] || flavor.dark || flavor.light || {};
baseColors = mergeColors(baseColors, flavorColors);
}
if (accent && flavor) {
const accentColors = accent[flavor.id] || {};
baseColors = mergeColors(baseColors, accentColors);
}
customThemeData = baseColors;
generateSystemThemesFromCurrentTheme();
return;
}
if (themeData.variants.options && themeData.variants.options.length > 0) {
const isGreeterMode = typeof SessionData !== "undefined" && SessionData.isGreeterMode;
const selectedVariantId = isGreeterMode ? (typeof GreetdSettings.registryThemeVariants[themeId] === "string" ? GreetdSettings.registryThemeVariants[themeId] : themeData.variants.default) : (typeof SettingsData !== "undefined" ? SettingsData.getRegistryThemeVariant(themeId, themeData.variants.default) : themeData.variants.default);
const variant = findVariant(themeData.variants.options, selectedVariantId);
if (variant) {
const variantColors = variant[colorMode] || variant.dark || variant.light || {};
customThemeData = mergeColors(baseColors, variantColors);
generateSystemThemesFromCurrentTheme();
return;
}
}
}
customThemeData = baseColors;
generateSystemThemesFromCurrentTheme();
}
function findVariant(options, variantId) {
if (!variantId || !options)
return null;
for (var i = 0; i < options.length; i++) {
if (options[i].id === variantId)
return options[i];
}
return options[0] || null;
}
function findAccent(accents, accentId) {
if (!accentId || !accents)
return null;
for (var i = 0; i < accents.length; i++) {
if (accents[i].id === accentId)
return accents[i];
}
return accents[0] || null;
}
function mergeColors(base, overlay) {
var result = JSON.parse(JSON.stringify(base));
for (var key in overlay) {
if (overlay[key])
result[key] = overlay[key];
}
return result;
}
function loadCustomThemeFromFile(filePath) {
customThemeFileView.path = Paths.expandTilde(filePath);
}
function reloadCustomThemeVariant() {
if (currentTheme !== "custom" || !customThemeRawData)
return;
loadCustomTheme(customThemeRawData);
}
property alias availableThemeNames: root._availableThemeNames
readonly property var _availableThemeNames: StockThemes.getAllThemeNames()
property string currentThemeName: currentTheme
property real notepadTransparency: SettingsData.notepadTransparencyOverride >= 0 ? SettingsData.notepadTransparencyOverride : floatingWindowTransparency
property bool widgetBackgroundHasAlpha: {
const colorMode = typeof SettingsData !== "undefined" ? SettingsData.widgetBackgroundColor : "sch";
return colorMode === "sth" || colorMode === "custom";
}
function safeColor(value, fallback) {
try {
if (value === undefined || value === null || value === "")
return fallback;
return Qt.color(value);
} catch (e) {
return fallback;
}
}
readonly property color widgetBackgroundCustomBaseColor: safeColor(typeof SettingsData !== "undefined" ? SettingsData.widgetBackgroundCustomColor : "#6750A4", primaryContainer)
readonly property real widgetBackgroundCustomStrength: Math.max(0, Math.min(1, typeof SettingsData !== "undefined" ? (SettingsData.widgetBackgroundCustomStrength ?? 0.4) : 0.4))
property var widgetBaseBackgroundColor: {
const colorMode = typeof SettingsData !== "undefined" ? SettingsData.widgetBackgroundColor : "sch";
switch (colorMode) {
case "s":
return surface;
case "sc":
return surfaceContainer;
case "sch":
return surfaceContainerHigh;
case "primaryContainer":
return primaryContainer;
case "secondaryContainer":
return secondaryContainer;
case "tertiaryContainer":
return tertiaryContainer;
case "custom":
return blend(surfaceContainerHigh, widgetBackgroundCustomBaseColor, widgetBackgroundCustomStrength);
case "sth":
default:
return surfaceTextHover;
}
}
property color widgetBaseHoverColor: {
const blended = blend(widgetBaseBackgroundColor, primary, 0.1);
return withAlpha(blended, Math.max(0.3, blended.a));
}
property color widgetIconColor: {
if (typeof SettingsData === "undefined") {
return surfaceText;
}
switch (SettingsData.widgetColorMode) {
case "colorful":
return surfaceText;
case "default":
default:
return surfaceText;
}
}
property color widgetInactiveIconColor: withAlpha(widgetIconColor, 0.6)
property color widgetTextColor: {
if (typeof SettingsData === "undefined") {
return surfaceText;
}
switch (SettingsData.widgetColorMode) {
case "colorful":
return primary;
case "default":
default:
return surfaceText;
}
}
function barIconSize(barThickness, offset, maximizeIcon, iconScale) {
const defaultOffset = offset !== undefined ? offset : -6;
const size = (maximizeIcon ?? false) ? iconSizeLarge : iconSize;
const s = iconScale !== undefined ? iconScale : 1.0;
return 2 * Math.round((barThickness / 48) * (size + defaultOffset) * s / 2);
}
function barTextSize(barThickness, fontScale, maximizeText) {
const scale = barThickness / 48;
const dankBarScale = fontScale !== undefined ? fontScale : 1.0;
const maxScale = (maximizeText ?? false) ? 1.5 : 1.0;
if (scale <= 0.75)
return evenLineBoxSize(Math.round(fontSizeSmall * 0.9 * dankBarScale * maxScale));
if (scale >= 1.25)
return evenLineBoxSize(Math.round(fontSizeMedium * dankBarScale * maxScale));
return evenLineBoxSize(Math.round(fontSizeSmall * dankBarScale * maxScale));
}
FontMetrics {
id: lineBoxProbe
}
// Text.implicitHeight is ceil(FontMetrics.height); probe.font is written whole and read via boundingRect() so bindings capture no dependency on the probe
function lineBoxHeight(pixelSize) {
lineBoxProbe.font = Qt.font({
family: fontFamily,
weight: fontWeight,
pixelSize: pixelSize
});
return Math.ceil(lineBoxProbe.boundingRect("0").height);
}
function evenLineBoxSize(pixelSize) {
if (lineBoxHeight(pixelSize) % 2 === 0)
return pixelSize;
return lineBoxHeight(pixelSize + 1) % 2 === 0 ? pixelSize + 1 : pixelSize;
}
function getBatteryIcon(level, isCharging, batteryAvailable) {
if (!batteryAvailable)
return "battery_std";
if (isCharging) {
if (level >= 90)
return "battery_charging_full";
if (level >= 80)
return "battery_charging_90";
if (level >= 60)
return "battery_charging_80";
if (level >= 50)
return "battery_charging_60";
if (level >= 30)
return "battery_charging_50";
if (level >= 20)
return "battery_charging_30";
return "battery_charging_20";
} else {
if (level >= 95)
return "battery_full";
if (level >= 85)
return "battery_6_bar";
if (level >= 70)
return "battery_5_bar";
if (level >= 55)
return "battery_4_bar";
if (level >= 40)
return "battery_3_bar";
if (level >= 25)
return "battery_2_bar";
if (level >= 10)
return "battery_1_bar";
return "battery_alert";
}
}
function getPowerProfileIcon(profile) {
switch (profile) {
case 0:
return "battery_saver";
case 1:
return "battery_std";
case 2:
return "flash_on";
default:
return "settings";
}
}
function getPowerProfileLabel(profile) {
switch (profile) {
case 0:
return I18n.tr("Power Saver", "power profile option");
case 1:
return I18n.tr("Balanced", "power profile option");
case 2:
return I18n.tr("Performance", "power profile option");
default:
return I18n.tr("Unknown", "power profile option");
}
}
function onLightModeChanged() {
if (currentTheme === "custom" && customThemeFileView.path) {
customThemeFileView.reload();
}
}
function setDesiredTheme(kind, value, isLight, iconTheme, matugenType, stockColors) {
if (!matugenAvailable) {
log.warn("matugen not available or disabled - cannot set system theme");
return;
}
if (workerRunning) {
log.info("Worker already running, queueing request");
pendingThemeRequest = {
kind,
value,
isLight,
iconTheme,
matugenType,
stockColors
};
return;
}
log.info("Setting desired theme -", kind, "mode:", isLight ? "light" : "dark", stockColors ? "(stock colors)" : "(dynamic)");
themeGenerationStarting();
const desired = {
"kind": kind,
"value": value,
"mode": (typeof SettingsData !== "undefined" && SettingsData.matugenSmartMode && kind === "image" && !stockColors) ? "smart" : (isLight ? "light" : "dark"),
"iconTheme": iconTheme || "System Default",
"matugenType": matugenType || "scheme-tonal-spot",
"runUserTemplates": (typeof SettingsData !== "undefined") ? SettingsData.runUserMatugenTemplates : true
};
log.debug("Starting matugen worker");
workerRunning = true;
const args = ["dms", "matugen", "queue", "--state-dir", stateDir, "--shell-dir", shellDir, "--config-dir", configDir, "--kind", desired.kind, "--value", desired.value, "--mode", desired.mode, "--icon-theme", desired.iconTheme, "--matugen-type", desired.matugenType,];
if (!desired.runUserTemplates) {
args.push("--run-user-templates=false");
}
if (stockColors) {
args.push("--stock-colors", JSON.stringify(stockColors));
}
if (typeof SettingsData !== "undefined" && SettingsData.syncModeWithPortal) {
args.push("--sync-mode-with-portal");
}
if (typeof SettingsData !== "undefined" && SettingsData.terminalsAlwaysDark) {
args.push("--terminals-always-dark");
}
if (typeof SettingsData !== "undefined" && SettingsData.matugenContrast !== 0) {
args.push("--contrast", SettingsData.matugenContrast.toString());
}
// Only sent when it would change something. A shell newer than the dms
// binary is a supported setup (DMS_SHELL_DIR / -c), and an older binary
// exits with "unknown flag: --source-mode" rather than ignoring it, so
// the default must not put the flag on the command line at all.
if (typeof SettingsData !== "undefined" && SettingsData.matugenSourceMode && SettingsData.matugenSourceMode !== "dominant") {
args.push("--source-mode", SettingsData.matugenSourceMode);
}
if (typeof SettingsData !== "undefined") {
const skipTemplates = [];
if (!SettingsData.runDmsMatugenTemplates) {
skipTemplates.push("gtk", "nvim", "niri", "qt5ct", "qt6ct", "qtengine", "fcitx5", "firefox", "pywalfox", "zenbrowser", "vesktop", "vencord", "equibop", "ghostty", "kitty", "foot", "alacritty", "wezterm", "dgop", "kcolorscheme", "vscode", "emacs", "zed");
} else {
if (!SettingsData.matugenTemplateGtk)
skipTemplates.push("gtk");
if (!SettingsData.matugenTemplateNiri)
skipTemplates.push("niri");
if (!SettingsData.matugenTemplateHyprland)
skipTemplates.push("hyprland");
if (!SettingsData.matugenTemplateMangowc)
skipTemplates.push("mangowc");
if (!SettingsData.matugenTemplateQt5ct)
skipTemplates.push("qt5ct");
if (!SettingsData.matugenTemplateQt6ct)
skipTemplates.push("qt6ct");
if (!SettingsData.matugenTemplateQtengine)
skipTemplates.push("qtengine");
if (!SettingsData.matugenTemplateFcitx5)
skipTemplates.push("fcitx5");
if (!SettingsData.matugenTemplateFirefox)
skipTemplates.push("firefox");
if (!SettingsData.matugenTemplatePywalfox)
skipTemplates.push("pywalfox");
if (!SettingsData.matugenTemplateZenBrowser)
skipTemplates.push("zenbrowser");
if (!SettingsData.matugenTemplateVesktop)
skipTemplates.push("vesktop");
if (!SettingsData.matugenTemplateVencord)
skipTemplates.push("vencord");
if (!SettingsData.matugenTemplateEquibop)
skipTemplates.push("equibop");
if (!SettingsData.matugenTemplateGhostty)
skipTemplates.push("ghostty");
if (!SettingsData.matugenTemplateKitty)
skipTemplates.push("kitty");
if (!SettingsData.matugenTemplateFoot)
skipTemplates.push("foot");
if (!SettingsData.matugenTemplateNeovim)
skipTemplates.push("nvim");
if (!SettingsData.matugenTemplateAlacritty)
skipTemplates.push("alacritty");
if (!SettingsData.matugenTemplateWezterm)
skipTemplates.push("wezterm");
if (!SettingsData.matugenTemplateDgop)
skipTemplates.push("dgop");
if (!SettingsData.matugenTemplateKcolorscheme)
skipTemplates.push("kcolorscheme");
if (!SettingsData.matugenTemplateVscode)
skipTemplates.push("vscode");
if (!SettingsData.matugenTemplateEmacs)
skipTemplates.push("emacs");
if (!SettingsData.matugenTemplateZed)
skipTemplates.push("zed");
}
if (skipTemplates.length > 0) {
args.push("--skip-templates", skipTemplates.join(","));
}
}
systemThemeGenerator.command = args;
systemThemeGenerator.running = true;
}
function generateSystemThemesFromCurrentTheme() {
const isGreeterMode = (typeof SessionData !== "undefined" && SessionData.isGreeterMode);
if (!matugenAvailable || isGreeterMode)
return;
_lastGenerateMs = Date.now();
_pendingGenerateParams = true;
_themeGenerateDebounce.restart();
}
function _executeThemeGeneration() {
if (!_pendingGenerateParams)
return;
_pendingGenerateParams = null;
const isLight = (typeof SessionData !== "undefined" && SessionData.isLightMode);
const iconTheme = (typeof SettingsData !== "undefined" && SettingsData.iconTheme) ? SettingsData.iconTheme : "System Default";
if (currentTheme === dynamic) {
if (!rawWallpaperPath) {
log.warn("Auto theme has no wallpaper - skipping matugen");
return;
}
const selectedMatugenType = (typeof SettingsData !== "undefined" && SettingsData.matugenScheme) ? SettingsData.matugenScheme : "scheme-tonal-spot";
const kind = rawWallpaperPath.startsWith("#") ? "hex" : "image";
setDesiredTheme(kind, rawWallpaperPath, isLight, iconTheme, selectedMatugenType, null);
return;
}
let darkTheme, lightTheme;
if (currentTheme === "custom") {
if (customThemeRawData && (customThemeRawData.dark || customThemeRawData.light)) {
darkTheme = customThemeRawData.dark || customThemeRawData.light;
lightTheme = customThemeRawData.light || customThemeRawData.dark;
if (customThemeRawData.variants) {
const themeId = customThemeRawData.id || "";
if (customThemeRawData.variants.type === "multi" && customThemeRawData.variants.flavors && customThemeRawData.variants.accents) {
const defaults = customThemeRawData.variants.defaults || {};
const darkDefaults = defaults.dark || {};
const lightDefaults = defaults.light || defaults.dark || {};
const storedDark = typeof SettingsData !== "undefined" ? SettingsData.getRegistryThemeMultiVariant(themeId, darkDefaults, "dark") : darkDefaults;
const storedLight = typeof SettingsData !== "undefined" ? SettingsData.getRegistryThemeMultiVariant(themeId, lightDefaults, "light") : lightDefaults;
const darkFlavorId = storedDark.flavor || darkDefaults.flavor || "";
const lightFlavorId = storedLight.flavor || lightDefaults.flavor || "";
const darkAccentId = storedDark.accent || darkDefaults.accent || "";
const lightAccentId = storedLight.accent || lightDefaults.accent || "";
const darkFlavor = findVariant(customThemeRawData.variants.flavors, darkFlavorId);
const lightFlavor = findVariant(customThemeRawData.variants.flavors, lightFlavorId);
const darkAccent = findAccent(customThemeRawData.variants.accents, darkAccentId);
const lightAccent = findAccent(customThemeRawData.variants.accents, lightAccentId);
if (darkFlavor) {
darkTheme = mergeColors(darkTheme, darkFlavor.dark || {});
if (darkAccent)
darkTheme = mergeColors(darkTheme, darkAccent[darkFlavor.id] || {});
}
if (lightFlavor) {
lightTheme = mergeColors(lightTheme, lightFlavor.light || {});
if (lightAccent)
lightTheme = mergeColors(lightTheme, lightAccent[lightFlavor.id] || {});
}
} else if (customThemeRawData.variants.options) {
const selectedVariantId = typeof SettingsData !== "undefined" ? SettingsData.getRegistryThemeVariant(themeId, customThemeRawData.variants.default) : customThemeRawData.variants.default;
const variant = findVariant(customThemeRawData.variants.options, selectedVariantId);
if (variant) {
darkTheme = mergeColors(darkTheme, variant.dark || {});
lightTheme = mergeColors(lightTheme, variant.light || {});
}
}
}
} else {
darkTheme = customThemeData;
lightTheme = customThemeData;
}
} else {
darkTheme = StockThemes.getThemeByName(currentTheme, false);
lightTheme = StockThemes.getThemeByName(currentTheme, true);
}
if (!darkTheme || !darkTheme.primary) {
log.warn("Theme data not available for:", currentTheme);
return;
}
const stockColors = buildMatugenColorsFromTheme(darkTheme, lightTheme);
const themeData = isLight ? lightTheme : darkTheme;
setDesiredTheme("hex", themeData.primary, isLight, iconTheme, themeData.matugen_type, stockColors);
}
function buildMatugenColorsFromTheme(darkTheme, lightTheme) {
const colors = {};
const isLight = SessionData !== "undefined" && SessionData.isLightMode;
function addColor(matugenKey, darkVal, lightVal) {
if (!darkVal && !lightVal)
return;
colors[matugenKey] = {
"dark": {
"color": String(darkVal || lightVal)
},
"light": {
"color": String(lightVal || darkVal)
},
"default": {
"color": String((isLight && lightVal) ? lightVal : darkVal)
}
};
}
function get(theme, key, fallback) {
return theme[key] || fallback;
}
addColor("primary", darkTheme.primary, lightTheme.primary);
addColor("on_primary", darkTheme.primaryText, lightTheme.primaryText);
addColor("primary_container", darkTheme.primaryContainer, lightTheme.primaryContainer);
addColor("on_primary_container", darkTheme.primaryContainerText || darkTheme.surfaceText, lightTheme.primaryContainerText || lightTheme.surfaceText);
addColor("secondary", darkTheme.secondary, lightTheme.secondary);
addColor("on_secondary", darkTheme.secondaryText || darkTheme.primaryText, lightTheme.secondaryText || lightTheme.primaryText);
addColor("secondary_container", darkTheme.secondaryContainer || darkTheme.surfaceContainerHigh, lightTheme.secondaryContainer || lightTheme.surfaceContainerHigh);
addColor("on_secondary_container", darkTheme.secondaryContainerText || darkTheme.surfaceText, lightTheme.secondaryContainerText || lightTheme.surfaceText);
addColor("tertiary", darkTheme.tertiary || darkTheme.secondary, lightTheme.tertiary || lightTheme.secondary);
addColor("on_tertiary", darkTheme.tertiaryText || darkTheme.secondaryText || darkTheme.primaryText, lightTheme.tertiaryText || lightTheme.secondaryText || lightTheme.primaryText);
addColor("tertiary_container", darkTheme.tertiaryContainer || darkTheme.secondaryContainer || darkTheme.surfaceContainerHigh, lightTheme.tertiaryContainer || lightTheme.secondaryContainer || lightTheme.surfaceContainerHigh);
addColor("on_tertiary_container", darkTheme.tertiaryContainerText || darkTheme.surfaceText, lightTheme.tertiaryContainerText || lightTheme.surfaceText);
addColor("error", darkTheme.error || "#F2B8B5", lightTheme.error || "#B3261E");
addColor("on_error", darkTheme.errorText || "#601410", lightTheme.errorText || "#FFFFFF");
addColor("error_container", darkTheme.errorContainer || "#8C1D18", lightTheme.errorContainer || "#F9DEDC");
addColor("on_error_container", darkTheme.errorContainerText || "#F9DEDC", lightTheme.errorContainerText || "#410E0B");
addColor("surface", darkTheme.surface, lightTheme.surface);
addColor("on_surface", darkTheme.surfaceText, lightTheme.surfaceText);
addColor("surface_variant", darkTheme.surfaceVariant, lightTheme.surfaceVariant);
addColor("on_surface_variant", darkTheme.surfaceVariantText, lightTheme.surfaceVariantText);
addColor("surface_tint", darkTheme.surfaceTint, lightTheme.surfaceTint);
addColor("background", darkTheme.background, lightTheme.background);
addColor("on_background", darkTheme.backgroundText, lightTheme.backgroundText);
addColor("outline", darkTheme.outline, lightTheme.outline);
addColor("outline_variant", darkTheme.outlineVariant || darkTheme.surfaceVariant, lightTheme.outlineVariant || lightTheme.surfaceVariant);
addColor("surface_container", darkTheme.surfaceContainer, lightTheme.surfaceContainer);
addColor("surface_container_high", darkTheme.surfaceContainerHigh, lightTheme.surfaceContainerHigh);
addColor("surface_container_highest", darkTheme.surfaceContainerHighest || darkTheme.surfaceContainerHigh, lightTheme.surfaceContainerHighest || lightTheme.surfaceContainerHigh);
addColor("surface_container_low", darkTheme.surfaceContainerLow || darkTheme.surface, lightTheme.surfaceContainerLow || lightTheme.surface);
addColor("surface_container_lowest", darkTheme.surfaceContainerLowest || darkTheme.background, lightTheme.surfaceContainerLowest || lightTheme.background);
addColor("surface_bright", darkTheme.surfaceBright || darkTheme.surfaceContainerHighest || darkTheme.surfaceContainerHigh, lightTheme.surfaceBright || lightTheme.surface);
addColor("surface_dim", darkTheme.surfaceDim || darkTheme.background, lightTheme.surfaceDim || lightTheme.surfaceContainer);
addColor("inverse_surface", darkTheme.inverseSurface || lightTheme.surface, lightTheme.inverseSurface || darkTheme.surface);
addColor("inverse_on_surface", darkTheme.inverseOnSurface || lightTheme.surfaceText, lightTheme.inverseOnSurface || darkTheme.surfaceText);
addColor("inverse_primary", darkTheme.inversePrimary || lightTheme.primary, lightTheme.inversePrimary || darkTheme.primary);
addColor("scrim", darkTheme.scrim || "#000000", lightTheme.scrim || "#000000");
addColor("shadow", darkTheme.shadow || "#000000", lightTheme.shadow || "#000000");
addColor("source_color", darkTheme.primary, lightTheme.primary);
addColor("primary_fixed", darkTheme.primaryFixed || darkTheme.primaryContainer, lightTheme.primaryFixed || lightTheme.primaryContainer);
addColor("primary_fixed_dim", darkTheme.primaryFixedDim || darkTheme.primary, lightTheme.primaryFixedDim || lightTheme.primary);
addColor("on_primary_fixed", darkTheme.onPrimaryFixed || darkTheme.primaryText, lightTheme.onPrimaryFixed || lightTheme.primaryText);
addColor("on_primary_fixed_variant", darkTheme.onPrimaryFixedVariant || darkTheme.primaryText, lightTheme.onPrimaryFixedVariant || lightTheme.primaryText);
addColor("secondary_fixed", darkTheme.secondaryFixed || darkTheme.secondary, lightTheme.secondaryFixed || lightTheme.secondary);
addColor("secondary_fixed_dim", darkTheme.secondaryFixedDim || darkTheme.secondary, lightTheme.secondaryFixedDim || lightTheme.secondary);
addColor("on_secondary_fixed", darkTheme.onSecondaryFixed || darkTheme.primaryText, lightTheme.onSecondaryFixed || lightTheme.primaryText);
addColor("on_secondary_fixed_variant", darkTheme.onSecondaryFixedVariant || darkTheme.primaryText, lightTheme.onSecondaryFixedVariant || lightTheme.primaryText);
addColor("tertiary_fixed", darkTheme.tertiaryFixed || darkTheme.tertiary || darkTheme.secondary, lightTheme.tertiaryFixed || lightTheme.tertiary || lightTheme.secondary);
addColor("tertiary_fixed_dim", darkTheme.tertiaryFixedDim || darkTheme.tertiary || darkTheme.secondary, lightTheme.tertiaryFixedDim || lightTheme.tertiary || lightTheme.secondary);
addColor("on_tertiary_fixed", darkTheme.onTertiaryFixed || darkTheme.primaryText, lightTheme.onTertiaryFixed || lightTheme.primaryText);
addColor("on_tertiary_fixed_variant", darkTheme.onTertiaryFixedVariant || darkTheme.primaryText, lightTheme.onTertiaryFixedVariant || lightTheme.primaryText);
return colors;
}
function refreshGtkTheme() {
const isLight = (typeof SessionData !== "undefined" && SessionData.isLightMode);
const theme = isLight ? "adw-gtk3" : "adw-gtk3-dark";
const schema = "org.gnome.desktop.interface";
const key = "gtk-theme";
const makeCmd = (tool, schema, val) => {
if (tool === "gsettings") {
return `gsettings set ${schema} ${key} '' && gsettings set ${schema} ${key} ${val}`;
} else {
const dconfPath = `/${schema.replace(/\./g, "/")}`;
return `dconf write ${dconfPath}/${key} "''" && dconf write ${dconfPath}/${key} "'${val}'"`;
}
};
Proc.runCommand("gtkRefresher", ["sh", "-c", makeCmd("gsettings", schema, theme)], (output, exitCode) => {
if (exitCode !== 0) {
Proc.runCommand("gtkRefreshFallback", ["sh", "-c", makeCmd("dconf", schema, theme)], (output, exitCode) => {
if (exitCode !== 0) {
log.warn("Failed to refresh gtk-theme");
}
});
}
});
}
function patchGtk3colors() {
const isLight = (typeof SessionData !== "undefined" && SessionData.isLightMode);
Proc.runCommand("gtk3Patcher", ["bash", shellDir + "/scripts/gtk.sh", configDir, "patch", isLight, shellDir], (output, exitCode) => {
switch (exitCode) {
case 0:
refreshGtkTheme();
break;
case 2:
break;
default:
log.warn(`Failed to patch GTK3 colors: ${output}`);
}
});
}
function applyGtkColors() {
if (!matugenAvailable) {
if (typeof ToastService !== "undefined") {
ToastService.showError(I18n.tr("matugen not available or disabled - cannot apply %1 colors").arg("GTK"));
}
return;
}
const isLight = (typeof SessionData !== "undefined" && SessionData.isLightMode) ? "true" : "false";
Proc.runCommand("gtkApplier", ["bash", shellDir + "/scripts/gtk.sh", configDir, "apply", isLight, shellDir], (output, exitCode) => {
if (exitCode === 0) {
if (typeof ToastService !== "undefined" && !root.matugenToastSuppressed) {
ToastService.showInfo(I18n.tr("GTK colors applied successfully"));
}
} else {
if (typeof ToastService !== "undefined") {
ToastService.showError(I18n.tr("Failed to apply %1 colors").arg("GTK"));
}
}
});
}
function applyQtColors() {
if (!matugenAvailable) {
if (typeof ToastService !== "undefined") {
ToastService.showError(I18n.tr("matugen not available or disabled - cannot apply %1 colors").arg("Qt"));
}
return;
}
const isQtengineActive = SettingsData.qtengineActive;
let pendingAppliers = isQtengineActive ? 2 : 1;
let anyApplierSucceeded = false;
let qtengineFailed = false;
const finishApplyQtColors = succeeded => {
anyApplierSucceeded = anyApplierSucceeded || succeeded;
pendingAppliers -= 1;
if (pendingAppliers !== 0)
return;
if (typeof ToastService === "undefined")
return;
if (anyApplierSucceeded && !qtengineFailed) {
ToastService.showInfo(I18n.tr("Qt colors applied successfully"));
} else {
ToastService.showError(I18n.tr("Failed to apply %1 colors").arg("Qt"));
}
};
Proc.runCommand("qtApplier", ["bash", shellDir + "/scripts/qt.sh", configDir], (output, exitCode) => {
finishApplyQtColors(exitCode === 0);
});
if (isQtengineActive) {
Proc.runCommand("qtengineApplier", [Proc.dmsBin, "matugen", "qtengine", "--config-dir", configDir], (output, exitCode) => {
qtengineFailed = exitCode !== 0;
finishApplyQtColors(exitCode === 0);
});
}
}
function withAlpha(c, a) {
if (!c || c.r === undefined)
return Qt.rgba(0, 0, 0, 0);
return Qt.rgba(c.r, c.g, c.b, a);
}
function blendAlpha(c, a) {
if (!c || c.r === undefined)
return Qt.rgba(0, 0, 0, 0);
return Qt.rgba(c.r, c.g, c.b, c.a * a);
}
function hoverTint(base) {
const factor = 1.2;
return isLightMode ? Qt.darker(base, factor) : Qt.lighter(base, factor);
}
function blend(c1, c2, r) {
return Qt.rgba(c1.r * (1 - r) + c2.r * r, c1.g * (1 - r) + c2.g * r, c1.b * (1 - r) + c2.b * r, c1.a * (1 - r) + c2.a * r);
}
function luminance(c) {
if (!c || c.r === undefined)
return 0;
return 0.299 * c.r + 0.587 * c.g + 0.114 * c.b;
}
function isLightColor(c, threshold = 0.5) {
return luminance(c) > threshold;
}
function getFillMode(modeName) {
switch (modeName) {
case "Stretch":
return Image.Stretch;
case "Fit":
case "PreserveAspectFit":
return Image.PreserveAspectFit;
case "Fill":
case "PreserveAspectCrop":
return Image.PreserveAspectCrop;
case "Tile":
return Image.Tile;
case "TileVertically":
return Image.TileVertically;
case "TileHorizontally":
return Image.TileHorizontally;
case "Pad":
return Image.Pad;
default:
return Image.PreserveAspectCrop;
}
}
// Returns numeric fillMode value for shader use (matches shader calculateUV logic)
function getShaderFillMode(modeName) {
switch (modeName) {
case "Stretch":
return 0;
case "Fit":
case "PreserveAspectFit":
return 1;
case "Fill":
case "PreserveAspectCrop":
return 2;
case "Tile":
return 3;
case "TileVertically":
return 4;
case "TileHorizontally":
return 5;
case "Pad":
return 6;
case "Scrolling":
return 7;
default:
return 2;
}
}
function snap(value, dpr) {
const s = dpr || 1;
return Math.round(value * s) / s;
}
// Qt rounds a centred anchor offset to whole pixels, so a box must share its content's parity
function snapEven(value, dpr) {
const s = dpr || 1;
return 2 * Math.round(value * s / 2) / s;
}
function px(value, dpr) {
const s = dpr || 1;
return Math.round(value * s) / s;
}
function barWidgetThickness(innerPadding, dpr) {
return snapEven(Math.max(20, 26 + innerPadding * 0.6), dpr);
}
function barThickness(innerPadding, dpr) {
return snapEven(Math.max(barWidgetThickness(innerPadding, dpr) + innerPadding + 4, barHeight - 4 - (8 - innerPadding)), dpr);
}
function hairline(dpr) {
return 1 / (dpr || 1);
}
function invertHex(hex) {
hex = hex.replace('#', '');
if (!/^[0-9A-Fa-f]{6}$/.test(hex)) {
return hex;
}
const r = parseInt(hex.substr(0, 2), 16);
const g = parseInt(hex.substr(2, 2), 16);
const b = parseInt(hex.substr(4, 2), 16);
const invR = (255 - r).toString(16).padStart(2, '0');
const invG = (255 - g).toString(16).padStart(2, '0');
const invB = (255 - b).toString(16).padStart(2, '0');
return `#${invR}${invG}${invB}`;
}
property var baseLogoColor: {
if (typeof SettingsData === "undefined")
return "";
const colorOverride = SettingsData.launcherLogoColorOverride;
if (!colorOverride || colorOverride === "")
return "";
if (colorOverride === "primary")
return primary;
if (colorOverride === "surface")
return surfaceText;
return colorOverride;
}
property var effectiveLogoColor: {
if (typeof SettingsData === "undefined")
return "";
const colorOverride = SettingsData.launcherLogoColorOverride;
if (!colorOverride || colorOverride === "")
return "";
if (colorOverride === "primary")
return primary;
if (colorOverride === "surface")
return surfaceText;
if (!SettingsData.launcherLogoColorInvertOnMode) {
return colorOverride;
}
if (isLightMode) {
return invertHex(colorOverride);
}
return colorOverride;
}
Process {
id: systemThemeGenerator
running: false
stdout: SplitParser {
onRead: data => log.info("Theme worker:", data)
}
stderr: SplitParser {
onRead: data => log.warn("Theme worker:", data)
}
onExited: exitCode => {
workerRunning = false;
const currentMode = (typeof SessionData !== "undefined" && SessionData.isLightMode) ? "light" : "dark";
switch (exitCode) {
case 0:
log.info("Matugen worker completed successfully");
root.matugenCompleted(currentMode, "success");
break;
case 2:
log.debug("Matugen worker completed with code 2 (no changes needed)");
root.matugenCompleted(currentMode, "no-changes");
break;
default:
if (typeof ToastService !== "undefined") {
ToastService.showError(I18n.tr("Theme worker failed (%1)").arg(exitCode));
}
log.warn("Matugen worker failed with exit code:", exitCode);
root.matugenCompleted(currentMode, "error");
}
if (!pendingThemeRequest) {
if (SettingsData.matugenTemplateGtk)
patchGtk3colors();
return;
}
const req = pendingThemeRequest;
pendingThemeRequest = null;
log.info("Processing queued theme request");
setDesiredTheme(req.kind, req.value, req.isLight, req.iconTheme, req.matugenType, req.stockColors);
}
}
FileView {
id: customThemeFileView
blockLoading: false
watchChanges: currentTheme === "custom"
function parseAndLoadTheme() {
try {
var themeData = JSON.parse(customThemeFileView.text());
loadCustomTheme(themeData);
} catch (e) {
ToastService.showError(I18n.tr("Invalid JSON format: %1").arg(e.message));
}
}
onLoaded: {
parseAndLoadTheme();
}
onFileChanged: {
customThemeFileView.reload();
}
onLoadFailed: function (error) {
if (typeof ToastService !== "undefined") {
ToastService.showError(I18n.tr("Failed to read theme file: %1").arg(error));
}
}
}
readonly property string _greeterCacheDir: Quickshell.env("DMS_GREET_CFG_DIR") || "/var/cache/dms-greeter"
property string greeterColorsBaseDir: root._greeterCacheDir
function setGreeterColorsBaseDir(dir) {
const next = dir || root._greeterCacheDir;
if (greeterColorsBaseDir === next)
return;
greeterColorsBaseDir = next;
if (typeof SessionData !== "undefined" && SessionData.isGreeterMode)
dynamicColorsFileView.reload();
}
function resetGreeterColorsBaseDir() {
setGreeterColorsBaseDir(root._greeterCacheDir);
}
FileView {
id: dynamicColorsFileView
path: {
if (SessionData.isGreeterMode)
return root.greeterColorsBaseDir ? (root.greeterColorsBaseDir + "/colors.json") : "";
return stateDir + "/dms-colors.json";
}
blockLoading: false
watchChanges: !SessionData.isGreeterMode
function parseAndLoadColors() {
try {
const colorsText = dynamicColorsFileView.text();
if (colorsText) {
root.matugenColors = JSON.parse(colorsText);
if (typeof SettingsData !== "undefined" && SettingsData.matugenSmartMode && currentTheme === dynamic && root.matugenColors && root.matugenColors.mode && typeof SessionData !== "undefined" && !SessionData.isSwitchingMode) {
const resolvedLight = root.matugenColors.mode === "light";
if (SessionData.isLightMode !== resolvedLight) {
SessionData.setLightMode(resolvedLight, true);
SettingsData.updateCosmicThemeMode(resolvedLight);
}
}
if (typeof ToastService !== "undefined") {
ToastService.clearWallpaperError();
}
}
} catch (e) {
log.error("Failed to parse dynamic colors:", e);
if (typeof ToastService !== "undefined") {
ToastService.wallpaperErrorStatus = "error";
ToastService.showError(I18n.tr("Dynamic colors parse error: %1").arg(e.message));
}
}
}
onLoaded: {
_colorsRetryCount = 0;
if (currentTheme === dynamic)
colorsFileLoadFailed = false;
parseAndLoadColors();
}
onFileChanged: {
dynamicColorsFileView.reload();
}
onLoadFailed: function (error) {
if (currentTheme !== dynamic)
return;
if (SessionData.isGreeterMode)
return;
if (workerRunning) {
colorsReloadRetry.restart();
return;
}
if (_colorsRetryCount < 3) {
_colorsRetryCount++;
colorsReloadRetry.restart();
return;
}
colorsFileLoadFailed = true;
const stale = Date.now() - _lastGenerateMs > 5000;
if (matugenAvailable && rawWallpaperPath && stale) {
log.debug("Dynamic colors unrecoverable, regenerating");
generateSystemThemesFromCurrentTheme();
}
}
onPathChanged: {
colorsFileLoadFailed = false;
}
}
Timer {
id: colorsReloadRetry
interval: 150
repeat: false
onTriggered: dynamicColorsFileView.reload()
}
IpcHandler {
target: "theme"
function toggle(): string {
root.toggleLightMode();
return root.isLightMode ? "dark" : "light";
}
function light(): string {
root.setLightMode(true, true, true);
return "light";
}
function dark(): string {
root.setLightMode(false, true, true);
return "dark";
}
function getMode(): string {
return root.isLightMode ? "light" : "dark";
}
}
Timer {
id: _themeGenerateDebounce
interval: 100
repeat: false
onTriggered: root._executeThemeGeneration()
}
// These timers are for screen transitions, since sometimes QML still beats the niri call
Timer {
id: themeTransitionTimer
interval: 50
repeat: false
property string themeName: ""
property bool savePrefs: true
onTriggered: root.switchTheme(themeName, savePrefs, false)
}
Timer {
id: lightModeTransitionTimer
interval: 100
repeat: false
property bool lightMode: false
property bool savePrefs: true
onTriggered: root.setLightMode(lightMode, savePrefs, false)
}
Timer {
id: themeCategoryTransitionTimer
interval: 50
repeat: false
property string category: ""
property string defaultTheme: ""
onTriggered: {
root.currentThemeCategory = category;
root.switchTheme(defaultTheme, true, false);
}
}
}