Files
dotfiles/quickshell/components/P5Panel.qml
T
2026-08-11 00:22:59 +02:00

240 lines
8.7 KiB
QML

import QtQuick
import QtQuick.Shapes
import QtQuick.Effects
import "root:/config"
import "root:/components"
// The base surface for everything in this shell: a leaning, corner-chopped slab
// with an optional halftone wash and a crimson slash along its leading edge.
Item {
id: root
property color fill: Theme.surface
property real fillOpacity: 0.94
property color border: Theme.outline
property real borderWidth: Theme.stroke
// Lean of the vertical edges, as a fraction of height. 0 = upright.
property real lean: Theme.skew
property bool leanLeft: false
// Tall panels (the right-hand rail) slant their horizontal edges instead,
// by a fraction of width, and inset their content top/bottom rather than
// left/right.
property bool vertical: false
// Corner chop size, and which corners get chopped (indices into the
// polygon, clockwise from the top-left). Default chops the two corners that
// read as "cut" against the lean.
property real chop: Theme.cut
property var chopCorners: [1, 3]
// Crimson slash down the leading edge — the Persona 5 tell.
property bool slash: false
property color slashColor: Theme.accent
property real slashWidth: 4
// Screen-printed dot wash.
property bool halftone: false
property color halftoneColor: Theme.primary
property real halftoneOpacity: 0.07
// Inner glow along the top edge, for panels that should feel backlit.
property bool sheen: false
// The screen-print stack. A pure-black copy of the silhouette sits behind
// the fill, offset down-and-right, and the fill carries a black keyline
// outside its coloured border. Together these are what stop the panel from
// reading as a flat clip-path.
property bool drop: true
property real dropOffset: Theme.dropOffset
property color dropColor: Theme.ink
property bool keyline: true
property real keylineWidth: Theme.keylineWidth
readonly property real leanInset:
(vertical ? width : height) * Math.abs(lean)
readonly property var polygon: vertical
? (leanLeft ? Geom.parallelogramVL(width, height, lean)
: Geom.parallelogramV(width, height, lean))
: (leanLeft ? Geom.parallelogramL(width, height, lean)
: Geom.parallelogram(width, height, lean))
// Child content lives inside `contentItem`, inset on both sides far enough
// to clear the slanted edges. Panels do not auto-size: callers set implicit
// sizes from their own layout (`row.implicitWidth + contentPad * 2`), which
// keeps the shape maths out of every binding loop.
default property alias content: contentHolder.data
readonly property alias contentItem: contentHolder
property real padding: Theme.padM
readonly property real contentPad: padding + leanInset
// Offset black copy of the silhouette, behind everything.
Loader {
anchors.fill: parent
active: root.drop && root.dropOffset > 0
sourceComponent: Shape {
preferredRendererType: Shape.CurveRenderer
asynchronous: false
transform: Translate {
x: root.dropOffset * (root.leanLeft ? -1 : 1)
y: root.dropOffset
}
ShapePath {
fillColor: root.dropColor
strokeColor: "transparent"
joinStyle: ShapePath.MiterJoin
PathPolyline {
path: Geom.chamfer(root.polygon, root.chop, root.chopCorners)
}
}
}
}
Shape {
id: body
anchors.fill: parent
preferredRendererType: Shape.CurveRenderer
asynchronous: false
// Fill, carrying the black keyline. The stroke is centred on the path,
// so half of it sits outside the silhouette — which is exactly the
// heavy outer contour the style wants.
ShapePath {
fillColor: Theme.alpha(root.fill, root.fillOpacity)
strokeColor: root.keyline ? root.dropColor : "transparent"
strokeWidth: root.keyline
? root.borderWidth + root.keylineWidth * 2
: 0
joinStyle: ShapePath.MiterJoin
capStyle: ShapePath.FlatCap
PathPolyline {
path: Geom.chamfer(root.polygon, root.chop, root.chopCorners)
}
}
// Coloured border, drawn on top of the keyline so it reads as an inlay.
ShapePath {
fillColor: "transparent"
strokeColor: root.borderWidth > 0 ? root.border : "transparent"
strokeWidth: root.borderWidth
joinStyle: ShapePath.MiterJoin
capStyle: ShapePath.FlatCap
PathPolyline {
path: Geom.chamfer(root.polygon, root.chop, root.chopCorners)
}
}
}
// Halftone wash, masked to the panel silhouette.
Loader {
anchors.fill: parent
active: root.halftone
asynchronous: true
sourceComponent: Item {
Shape {
id: maskShape
anchors.fill: parent
visible: false
layer.enabled: true
layer.smooth: true
preferredRendererType: Shape.CurveRenderer
ShapePath {
fillColor: "white"
strokeColor: "transparent"
PathPolyline {
path: Geom.chamfer(root.polygon, root.chop, root.chopCorners)
}
}
}
Image {
anchors.fill: parent
source: Theme.texHalftone
fillMode: Image.Tile
opacity: root.halftoneOpacity
smooth: false
layer.enabled: true
layer.effect: MultiEffect {
colorization: 1.0
colorizationColor: root.halftoneColor
maskEnabled: true
maskSource: maskShape
}
}
}
}
// Backlit top edge.
Loader {
anchors.fill: parent
active: root.sheen
sourceComponent: Shape {
preferredRendererType: Shape.CurveRenderer
ShapePath {
strokeColor: "transparent"
fillGradient: LinearGradient {
x1: 0; y1: 0; x2: 0; y2: root.height
GradientStop { position: 0.0; color: Theme.alpha(Theme.primary, 0.16) }
GradientStop { position: 0.55; color: "transparent" }
}
PathPolyline {
path: Geom.chamfer(root.polygon, root.chop, root.chopCorners)
}
}
}
}
// Leading-edge slash.
Loader {
anchors.fill: parent
active: root.slash
sourceComponent: Shape {
preferredRendererType: Shape.CurveRenderer
ShapePath {
fillColor: root.slashColor
strokeColor: "transparent"
PathPolyline {
path: {
const t = root.slashWidth;
// On a rail slab the slash runs along the slanted top
// edge instead of down a side.
if (root.vertical) {
const voff = root.width * root.lean;
return root.leanLeft
? Geom.closed([Qt.point(0, 0), Qt.point(root.width, voff),
Qt.point(root.width, voff + t), Qt.point(0, t)])
: Geom.closed([Qt.point(0, voff), Qt.point(root.width, 0),
Qt.point(root.width, t), Qt.point(0, voff + t)]);
}
const off = root.height * root.lean;
return root.leanLeft
? Geom.closed([Qt.point(0, 0), Qt.point(t, 0),
Qt.point(off + t, root.height), Qt.point(off, root.height)])
: Geom.closed([Qt.point(off, 0), Qt.point(off + t, 0),
Qt.point(t, root.height), Qt.point(0, root.height)]);
}
}
}
}
}
Item {
id: contentHolder
anchors.fill: parent
anchors.leftMargin: root.vertical ? root.padding : root.contentPad
anchors.rightMargin: root.vertical ? root.padding : root.contentPad
anchors.topMargin: root.vertical ? root.contentPad : root.padding
anchors.bottomMargin: root.vertical ? root.contentPad : root.padding
}
}