JulianandClaude Opus 5
0aceb3665d
The CatDefs singleton did not resolve on the reporter's Linux build, which showed up as "property mood of object CatDefs is not a function". The same lookup failure made CatDefs.aspect undefined, so the cat window's height became NaN and the cat rendered as a moving line. The mug survived because its height used a literal ratio. The singleton is gone rather than repaired, since nothing in it had to be shared. The mood name now comes from C++, derived from the enum key, so there is one source of truth instead of a list in QML that had to match. Window sizes now follow the implicit size of the drawing they contain, so the proportions live in the one file that defines them. Also for X11: TNCat now warns, naming Xfce's compositor setting, when its window comes up without an alpha channel, which is what a missing compositor looks like and why the mug had a black background. Opaque mode no longer hides the chip and the mug. TNCAT_DEBUG=1 logs window geometry. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
99 lines
3.1 KiB
QML
99 lines
3.1 KiB
QML
pragma ComponentBehavior: Bound
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import QtQuick
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import TNCat
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// One small window that is exactly the cat. Used wherever a client may place
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// its own window, which is everything except Wayland.
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Window {
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id: win
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required property CatController cat
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required property AppSettings settings
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signal settingsRequested()
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width: settings.catSize
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// The drawing knows its own proportions; no constant to keep in sync.
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height: Math.round(width * sprite.implicitHeight / sprite.implicitWidth)
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x: cat.x
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y: Screen.desktopAvailableHeight - height - settings.bottomMargin
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color: Platform.opaqueBackground ? settings.coat : "transparent"
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flags: Qt.FramelessWindowHint | Qt.WindowStaysOnTopHint | Qt.Tool
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| Qt.NoDropShadowWindowHint | Qt.WindowDoesNotAcceptFocus
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| (Platform.bypassWindowManager ? Qt.X11BypassWindowManagerHint : 0)
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visible: true
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title: qsTr("TNCat")
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Component.onCompleted: {
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cat.stageWidth = Screen.desktopAvailableWidth
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cat.catWidth = width
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Platform.checkTranslucency(win)
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if (Platform.debug)
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win.logGeometry("created")
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}
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function logGeometry(what) {
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console.log("TNCat cat window", what,
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"x", win.x, "y", win.y, "w", win.width, "h", win.height,
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"| screen", Screen.width + "x" + Screen.height,
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"available", Screen.desktopAvailableWidth + "x" + Screen.desktopAvailableHeight,
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"| platform", Platform.name, "overlay", Platform.overlayMode)
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}
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onHeightChanged: if (Platform.debug) logGeometry("height changed")
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onWidthChanged: {
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cat.catWidth = width
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if (Platform.debug)
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logGeometry("width changed")
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}
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Screen.onDesktopAvailableWidthChanged: cat.stageWidth = Screen.desktopAvailableWidth
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// The eyes need to know where the face sits on the desktop.
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Binding {
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target: win.cat
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property: "catCenter"
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value: Qt.point(win.x + win.width / 2, win.y + win.height / 2)
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}
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Cat {
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id: sprite
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anchors.fill: parent
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coat: win.settings.coat
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facingRight: win.cat.facingRight
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mood: win.cat.moodName
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lifted: win.cat.dragging
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petted: win.cat.hovered && !win.cat.dragging
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look: win.cat.look
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showCodes: win.settings.showCodes
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Accessible.role: Accessible.Button
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Accessible.name: qsTr("TNCat")
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}
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HoverHandler {
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onHoveredChanged: win.cat.hovered = hovered
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}
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DragHandler {
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target: null
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onActiveChanged: win.cat.dragging = active
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onCentroidChanged: {
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if (active)
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win.cat.x = Math.max(0, Math.min(win.cat.stageWidth - win.width,
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win.x + centroid.position.x - centroid.pressPosition.x))
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}
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}
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TapHandler {
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acceptedButtons: Qt.LeftButton
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onTapped: win.cat.pet()
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onDoubleTapped: win.settingsRequested()
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onLongPressed: win.settingsRequested()
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}
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TapHandler {
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acceptedButtons: Qt.RightButton
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onTapped: win.settingsRequested()
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}
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}
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