From cea8745cfadb698774cb7b4f930c6f10b7cbdf3c Mon Sep 17 00:00:00 2001
From: Ariver <shanghai3168@gmail.com>
Date: Mon, 29 Jun 2026 01:06:25 +0800
Subject: [PATCH] docs: clarify Aligner2 acceptance QA evidence
---
C1.source/Sources/Aligner/QuickSwitchRootView.swift | 5018 ++++++++++++++++++++++++++++++++++++++++++++++++++++++----
1 files changed, 4,611 insertions(+), 407 deletions(-)
diff --git a/C1.source/Sources/Aligner/QuickSwitchRootView.swift b/C1.source/Sources/Aligner/QuickSwitchRootView.swift
index 7c3bd30..7bb50aa 100644
--- a/C1.source/Sources/Aligner/QuickSwitchRootView.swift
+++ b/C1.source/Sources/Aligner/QuickSwitchRootView.swift
@@ -10,9 +10,25 @@
@MainActor
final class QuickSwitchRootView: NSView {
+ private static let appShelfIndexSymbols = Array("1234567890ABCDEFGHIJKLMNOPQRSTUVWXYZ").map(String.init)
+ private static let windowIndexKeyPendingInterval: CFTimeInterval = 0.8
+ private static let appShelfIndexKeyCodes: [String: UInt16] = [
+ "1": 18, "2": 19, "3": 20, "4": 21, "5": 23,
+ "6": 22, "7": 26, "8": 28, "9": 25, "0": 29,
+ "A": 0, "B": 11, "C": 8, "D": 2, "E": 14, "F": 3,
+ "G": 5, "H": 4, "I": 34, "J": 38, "K": 40, "L": 37,
+ "M": 46, "N": 45, "O": 31, "P": 35, "Q": 12, "R": 15,
+ "S": 1, "T": 17, "U": 32, "V": 9, "W": 13, "X": 7,
+ "Y": 16, "Z": 6
+ ]
+
private let backdropBlurView = NSVisualEffectView()
private let layerHostView = NSView()
private let backgroundLayer = CAGradientLayer()
+ private let darkAmbientLeftLayer = CAGradientLayer()
+ private let darkAmbientCenterLayer = CAGradientLayer()
+ private let darkAmbientRightLayer = CAGradientLayer()
+ private let darkVignetteLayer = CAGradientLayer()
private let safeAreaFillLayer = CALayer()
private let glassLayer = CALayer()
private let laneLayer = CALayer()
@@ -22,11 +38,18 @@
private let waterfallLayer = CALayer()
private let waterfallContentLayer = CALayer()
private lazy var closeConfirmationLayers = makeCloseConfirmationLayers()
+ private let closeFeedbackLayer = CALayer()
+ private let closeFeedbackTextLayer = CATextLayer()
+ private let viewModeToggleButtonLayer = CALayer()
+ private let viewModeToggleIconLayer = CALayer()
+ private let themeToggleButtonLayer = CALayer()
+ private let themeToggleIconLayer = CALayer()
private let appIconProvider: any AppIconProviderProtocol = WorkspaceAppIconProvider()
private let skeletonThumbnailProvider = NativeSkeletonThumbnailProvider(size: NSSize(width: 160, height: 96))
private var screenshotSourcesByWindowID: [UInt32: ScreenshotResolutionSource] = [:]
private var screenshotSkippedReasonsByWindowID: [UInt32: String] = [:]
private var currentViewModel: QuickSwitchViewModel?
+ private var spaceLaneDisplayGroups: [SpaceLaneDisplayGroupLayers] = []
private var spaceLaneSegments: [SpaceLaneSegmentLayers] = []
private var spaceLaneContentWidth: CGFloat = 0
private var spaceLaneScrollOffset: CGFloat = 0
@@ -35,25 +58,54 @@
private var appShelfContentWidth: CGFloat = 0
private var appShelfScrollOffset: CGFloat = 0
private var appShelfTrackingArea: NSTrackingArea?
+ private var lastKnownMouseWindowLocation: CGPoint?
private var hoveredAppGroupIndex: Int?
private var hoveredWindowID: UInt32?
private var hoveredSpaceID: UInt64?
private var hoveredCloseTarget: CloseTarget?
private var pendingCloseTarget: CloseTarget?
+ private var pendingCloseRequest: QuickSwitchCloseRequest?
private var pendingCloseOptOut = false
private var closeConfirmationArrowEdge: CloseConfirmationArrowEdge?
private var closeConfirmationRequired = true
+ private var closeFeedback: CloseFeedback?
+ private var closeFeedbackHideTask: Task<Void, Never>?
+ private var isViewModeToggleButtonHovered = false
+ private var suppressViewModeToggleHoverPreview = false
+ private var isThemeToggleButtonHovered = false
+ private var suppressThemeToggleHoverPreview = false
+ private var hoverTarget: HoverTarget = .none
+ private var hoverTargetSource: HoverTargetSource = .event
private var hoveredSpaceLaneID: UInt64?
private var focusedSpaceID: UInt64?
private var debugHoveredAppGroupIndex: Int?
private var waterfallColumns: [WaterfallColumnLayers] = []
+ private var waterfallViewMode: QuickSwitchWaterfallViewMode = .verticalColumns
+ private var themePreference: ThemePreference = .light
private var waterfallContentWidth: CGFloat = 0
private var waterfallScrollOffset: CGFloat = 0
private var waterfallColumnScrollOffsets: [Int: CGFloat] = [:]
+ private var horizontalMasonryContentHeight: CGFloat = 0
+ private var horizontalMasonryScrollOffset: CGFloat = 0
private var currentSelection: QuickSwitchSelection?
private var columnSelectionHistory: [Int: Int] = [:]
+ private var keyboardFocusedAppGroupIndex: Int?
+ private var keyboardFocusedWindowID: UInt32?
private var keyboardCommandsApplied: [String] = []
private var lastKeyboardCommand: String?
+ private var lastKeyboardAppIndexCommand: String?
+ private var appShelfIndexKeyDownCount = 0
+ private var lastAppShelfIndexKeySymbol: String?
+ private var windowIndexKeyPending: WindowIndexKeyPending?
+ private var windowIndexKeyPendingClearTask: Task<Void, Never>?
+ private var lastWindowIndexKeyCommand: String?
+ private var lastWindowIndexKeyCommitCode: String?
+ private var windowShortcutFilterPhase: WindowShortcutFilterPhase = .none
+ private var lastWindowShortcutPreCommitFilterSnapshot: WindowShortcutPreCommitFilterSnapshot?
+ private var lastBoundaryBounceAxis: String?
+ private var lastBoundaryBounceDirection: String?
+ private var boundaryBounceCount = 0
+ private var selectionChangedByLastCommand: Bool?
private var tabIgnoredCount = 0
private var lastCommittedSelection: QuickSwitchSelection?
private var lastCommitSource: QuickSwitchCommitSource?
@@ -70,8 +122,18 @@
private var keyboardResponseLatencyMilliseconds: [Double] = []
private var mouseResponseLatencyMilliseconds: [Double] = []
private var hoverResponseLatencyMilliseconds: [Double] = []
+ private var lastProjectionTransitionMovedLayerCount = 0
+ private var lastProjectionTransitionFadeInLayerCount = 0
+ private var lastProjectionTransitionFadeOutLayerCount = 0
+ private var lastProjectionTransitionDurationMilliseconds: Double = 0
+ private var suppressEventInput = false
+ private var suppressEventBackgroundClicks = false
var onEscape: (() -> Void)?
var onCommitSelection: ((QuickSwitchSelection, QuickSwitchCommitSource) -> Void)?
+ var onSpaceLaneClick: ((UInt64, Int) -> Void)?
+ var onBackgroundClick: (() -> Bool)?
+ var onToggleWaterfallViewMode: (() -> Void)?
+ var onToggleTheme: (() -> Void)?
var onRequestClose: ((QuickSwitchCloseRequest) -> Void)?
var onCloseConfirmationDisabled: (() -> Void)?
@@ -108,9 +170,119 @@
let cancelButtonTextLayer: CATextLayer
}
+ private struct CloseFeedback: Equatable, Sendable {
+ enum Kind: String, Sendable {
+ case progress
+ case failure
+ }
+
+ let kind: Kind
+ let message: String
+ let targetKind: String
+ let appGroupIndex: Int
+ let windowID: UInt32?
+ }
+
private enum CloseConfirmationArrowEdge: String {
case left
case right
+ }
+
+ private enum HoverTarget: Equatable {
+ case none
+ case space(UInt64)
+ case app(Int)
+ case window(appGroupIndex: Int, windowID: UInt32, spaceID: UInt64?)
+
+ var kindDescription: String {
+ switch self {
+ case .none:
+ return "none"
+ case .space:
+ return "space"
+ case .app:
+ return "app"
+ case .window:
+ return "window"
+ }
+ }
+
+ var appGroupIndex: Int? {
+ switch self {
+ case .app(let appGroupIndex):
+ return appGroupIndex
+ case .window(let appGroupIndex, _, _):
+ return appGroupIndex
+ case .none, .space:
+ return nil
+ }
+ }
+
+ var windowID: UInt32? {
+ switch self {
+ case .window(_, let windowID, _):
+ return windowID
+ case .none, .space, .app:
+ return nil
+ }
+ }
+
+ var spaceID: UInt64? {
+ switch self {
+ case .space(let spaceID):
+ return spaceID
+ case .window(_, _, let spaceID):
+ return spaceID
+ case .none, .app:
+ return nil
+ }
+ }
+
+ var spaceLaneID: UInt64? {
+ guard case .space(let spaceID) = self else { return nil }
+ return spaceID
+ }
+
+ var shouldAlignWaterfallWithAppShelf: Bool {
+ switch self {
+ case .app:
+ return true
+ case .none, .space, .window:
+ return false
+ }
+ }
+ }
+
+ private enum HoverTargetSource: String {
+ case event
+ case debug
+ case keyboard
+ }
+
+ private enum HorizontalKeyboardFocusKind: String {
+ case app
+ case window
+ }
+
+ private struct HorizontalKeyboardFocusNode {
+ let kind: HorizontalKeyboardFocusKind
+ let appGroupIndex: Int
+ let windowIndex: Int?
+ let windowID: UInt32?
+ let spaceID: UInt64?
+ let frame: CGRect
+ let order: Int
+
+ var center: CGPoint {
+ CGPoint(x: frame.midX, y: frame.midY)
+ }
+
+ func matches(_ other: HorizontalKeyboardFocusNode) -> Bool {
+ kind == other.kind
+ && appGroupIndex == other.appGroupIndex
+ && windowIndex == other.windowIndex
+ && windowID == other.windowID
+ }
}
private struct SpaceLaneSegmentLayers {
@@ -119,14 +291,22 @@
let labelLayer: CATextLayer
let countLayer: CATextLayer
let appLayer: CATextLayer
+ let splitAppLayers: [CATextLayer]
let windowBlocks: [CALayer]
let fullscreenMarkerLayer: CALayer?
+ }
+
+ private struct SpaceLaneDisplayGroupLayers {
+ let display: QuickSwitchDisplayViewModel
+ let containerLayer: CALayer
+ let segments: [SpaceLaneSegmentLayers]
}
private struct AppShelfItemLayers {
let item: QuickSwitchAppShelfItemViewModel
let containerLayer: CALayer
let backgroundLayer: CALayer
+ let indexLayer: CATextLayer
let iconLayer: CALayer
let labelLayer: CATextLayer
let badgeLayer: CATextLayer
@@ -142,6 +322,7 @@
private struct WaterfallColumnLayers {
let column: QuickSwitchWaterfallColumnViewModel
let containerLayer: CALayer
+ let cardsClipLayer: CALayer
let headerLayer: CALayer
let appNameLayer: CATextLayer
let countLayer: CATextLayer
@@ -161,6 +342,69 @@
let closeButton: CloseButtonLayers
}
+ private struct WindowIndexKeyPending {
+ let appSymbol: String
+ let appGroupIndex: Int
+ let startedAt: CFTimeInterval
+ }
+
+ private enum WindowShortcutFilterPhase: String {
+ case none
+ case appPending
+ case targetPreCommit
+ case invalid
+ case expired
+ }
+
+ private enum WindowShortcutFilterState: String {
+ case none
+ case matched
+ case dimmed
+ case target
+ }
+
+ private struct WindowShortcutPreCommitFilterSnapshot {
+ let targetCode: String
+ let targetWindowID: UInt32
+ let matchedWindowIDs: [UInt32]
+ let dimmedWindowIDs: [UInt32]
+
+ var reportDictionary: [String: Any] {
+ [
+ "phase": WindowShortcutFilterPhase.targetPreCommit.rawValue,
+ "targetCode": targetCode,
+ "targetWindowID": Int(targetWindowID),
+ "matchedWindowIDs": matchedWindowIDs.map(Int.init),
+ "dimmedWindowIDs": dimmedWindowIDs.map(Int.init)
+ ]
+ }
+ }
+
+ private struct WindowShortcutFilterReport {
+ let active: Bool
+ let phase: WindowShortcutFilterPhase
+ let pendingAppGroupIndex: Int?
+ let prefix: String?
+ let matchedWindowIDs: [UInt32]
+ let dimmedWindowIDs: [UInt32]
+ }
+
+ private struct ProjectionLayerSnapshot {
+ let layer: CALayer
+ let frame: CGRect
+ }
+
+ private struct ProjectionColumnSnapshot {
+ let layer: CALayer
+ let frame: CGRect
+ let cardsByWindowID: [UInt32: ProjectionLayerSnapshot]
+ }
+
+ private struct ProjectionTransitionSnapshot {
+ let appShelfItemsByAppGroupIndex: [Int: ProjectionLayerSnapshot]
+ let waterfallColumnsByAppGroupIndex: [Int: ProjectionColumnSnapshot]
+ }
+
private enum AppShelfMetrics {
static let normalIconSize: CGFloat = 56
static let hoverIconSize: CGFloat = 68
@@ -169,6 +413,31 @@
static let normalGap: CGFloat = 16
static let minGap: CGFloat = 8
static let maxRows = 2
+ static let indexFontSize: CGFloat = 16
+ static let compressedIndexFontSize: CGFloat = 14
+ static let indexWidth: CGFloat = 18
+ static let indexHeight: CGFloat = 24
+ static let magneticFirstNeighborInfluence: CGFloat = 0
+ static let magneticSecondNeighborInfluence: CGFloat = 0
+ static let magneticHoverLift: CGFloat = 4
+ static let magneticFirstNeighborLift: CGFloat = 0
+ static let magneticSecondNeighborLift: CGFloat = 0
+ static let magneticAnimationDuration: CFTimeInterval = 0.16
+ static let magneticAnimationTimingName = CAMediaTimingFunctionName.easeOut
+ static let closeButtonHitOutset: CGFloat = 0
+ }
+
+ private struct AppShelfMagneticState {
+ let influence: CGFloat
+ let lift: CGFloat
+
+ var isActive: Bool {
+ influence > 0
+ }
+
+ var isNeighbor: Bool {
+ influence > 0 && influence < 1
+ }
}
private enum RootLayoutMetrics {
@@ -179,16 +448,162 @@
static let bottomMargin: CGFloat = 34
}
+ private enum ViewModeToggleMetrics {
+ static let hitSize: CGFloat = 34
+ static let visualSize: CGFloat = 30
+ static let cornerRadius: CGFloat = 9
+ static let iconInset: CGFloat = 7
+ static let glyphLineWidth: CGFloat = 1.65
+ static let glyphCornerRadius: CGFloat = 2.1
+ static let selectedShadowRadius: CGFloat = 10
+ static let idleShadowRadius: CGFloat = 5
+ }
+
+ private enum ViewModeToggleVisualState: String {
+ case horizontalAvailable = "H1"
+ case horizontalSelected = "H2"
+ case verticalAvailable = "Z1"
+ case verticalSelected = "Z2"
+ }
+
+ private enum ThemeToggleMetrics {
+ static let buttonGap: CGFloat = 10
+ }
+
+ private enum QuickSwitchResolvedTheme: String {
+ case light
+ case dark
+ }
+
+ private struct QuickSwitchThemePalette {
+ let resolvedTheme: QuickSwitchResolvedTheme
+ let backgroundGradientColors: [NSColor]
+ let safeAreaFill: NSColor
+ let displayGroupBackground: NSColor
+ let spaceLanePrimaryText: NSColor
+ let spaceLaneSecondaryText: NSColor
+ let columnBackground: NSColor
+ let columnBorder: NSColor
+ let columnHeaderBackground: NSColor
+ let columnHeaderHoverBackground: NSColor
+ let columnHeaderSpaceFocusedBackground: NSColor
+ let columnText: NSColor
+ let columnSecondaryText: NSColor
+ let cardBackground: NSColor
+ let cardSelectedBackground: NSColor
+ let cardText: NSColor
+ let cardSecondaryText: NSColor
+ let appShelfLabelText: NSColor
+ let appShelfIndexText: NSColor
+ let appShelfIndexHighlightedText: NSColor
+ let appShelfBackgroundSelected: NSColor
+ let appShelfBackgroundHovered: NSColor
+ let appShelfBackgroundSpaceFocused: NSColor
+ let closeFeedbackBackground: NSColor
+ let closeFeedbackBorder: NSColor
+ let closeFeedbackText: NSColor
+ let shinePeak: NSColor
+
+ static func palette(for theme: QuickSwitchResolvedTheme) -> QuickSwitchThemePalette {
+ switch theme {
+ case .light:
+ return QuickSwitchThemePalette(
+ resolvedTheme: .light,
+ backgroundGradientColors: [
+ NSColor.windowBackgroundColor.withAlphaComponent(0.58),
+ NSColor.controlBackgroundColor.withAlphaComponent(0.48)
+ ],
+ safeAreaFill: .black,
+ displayGroupBackground: NSColor.windowBackgroundColor,
+ spaceLanePrimaryText: .labelColor,
+ spaceLaneSecondaryText: .secondaryLabelColor,
+ columnBackground: NSColor.controlBackgroundColor.withAlphaComponent(0.56),
+ columnBorder: NSColor.separatorColor.withAlphaComponent(0.24),
+ columnHeaderBackground: NSColor.controlBackgroundColor.withAlphaComponent(0.52),
+ columnHeaderHoverBackground: NSColor.systemGray.withAlphaComponent(0.22),
+ columnHeaderSpaceFocusedBackground: NSColor.systemFill.withAlphaComponent(0.10),
+ columnText: .labelColor,
+ columnSecondaryText: .secondaryLabelColor,
+ cardBackground: NSColor.windowBackgroundColor.withAlphaComponent(0.82),
+ cardSelectedBackground: NSColor.windowBackgroundColor.withAlphaComponent(0.94),
+ cardText: .labelColor,
+ cardSecondaryText: .secondaryLabelColor,
+ appShelfLabelText: .secondaryLabelColor,
+ appShelfIndexText: NSColor.labelColor.withAlphaComponent(0.48),
+ appShelfIndexHighlightedText: NSColor.labelColor.withAlphaComponent(0.58),
+ appShelfBackgroundSelected: NSColor.controlAccentColor.withAlphaComponent(0.14),
+ appShelfBackgroundHovered: NSColor.controlAccentColor.withAlphaComponent(0.13),
+ appShelfBackgroundSpaceFocused: NSColor.controlAccentColor.withAlphaComponent(0.14),
+ closeFeedbackBackground: NSColor.windowBackgroundColor.withAlphaComponent(0.94),
+ closeFeedbackBorder: NSColor.separatorColor.withAlphaComponent(0.28),
+ closeFeedbackText: NSColor.secondaryLabelColor.withAlphaComponent(0.96),
+ shinePeak: NSColor.white.withAlphaComponent(0.16)
+ )
+ case .dark:
+ return QuickSwitchThemePalette(
+ resolvedTheme: .dark,
+ backgroundGradientColors: [
+ NSColor(calibratedRed: 5 / 255, green: 8 / 255, blue: 20 / 255, alpha: 1),
+ NSColor(calibratedRed: 15 / 255, green: 24 / 255, blue: 54 / 255, alpha: 1),
+ NSColor(calibratedRed: 3 / 255, green: 42 / 255, blue: 52 / 255, alpha: 1),
+ NSColor(calibratedRed: 2 / 255, green: 6 / 255, blue: 13 / 255, alpha: 1)
+ ],
+ safeAreaFill: .black,
+ displayGroupBackground: NSColor(calibratedRed: 14 / 255, green: 24 / 255, blue: 39 / 255, alpha: 0.72),
+ spaceLanePrimaryText: NSColor.white.withAlphaComponent(0.88),
+ spaceLaneSecondaryText: NSColor.white.withAlphaComponent(0.56),
+ columnBackground: NSColor(calibratedRed: 92 / 255, green: 97 / 255, blue: 111 / 255, alpha: 0.72),
+ columnBorder: NSColor.white.withAlphaComponent(0.20),
+ columnHeaderBackground: NSColor(calibratedRed: 104 / 255, green: 111 / 255, blue: 126 / 255, alpha: 0.70),
+ columnHeaderHoverBackground: NSColor(calibratedRed: 185 / 255, green: 190 / 255, blue: 205 / 255, alpha: 0.32),
+ columnHeaderSpaceFocusedBackground: NSColor(calibratedRed: 92 / 255, green: 171 / 255, blue: 255 / 255, alpha: 0.16),
+ columnText: NSColor.black.withAlphaComponent(0.82),
+ columnSecondaryText: NSColor.black.withAlphaComponent(0.46),
+ cardBackground: NSColor.white.withAlphaComponent(0.90),
+ cardSelectedBackground: NSColor.white.withAlphaComponent(0.96),
+ cardText: NSColor.black.withAlphaComponent(0.86),
+ cardSecondaryText: NSColor.black.withAlphaComponent(0.52),
+ appShelfLabelText: NSColor.white.withAlphaComponent(0.66),
+ appShelfIndexText: NSColor.white.withAlphaComponent(0.40),
+ appShelfIndexHighlightedText: NSColor.white.withAlphaComponent(0.58),
+ appShelfBackgroundSelected: NSColor(calibratedRed: 92 / 255, green: 171 / 255, blue: 255 / 255, alpha: 0.22),
+ appShelfBackgroundHovered: NSColor(calibratedRed: 92 / 255, green: 171 / 255, blue: 255 / 255, alpha: 0.18),
+ appShelfBackgroundSpaceFocused: NSColor(calibratedRed: 92 / 255, green: 171 / 255, blue: 255 / 255, alpha: 0.20),
+ closeFeedbackBackground: NSColor(calibratedRed: 36 / 255, green: 43 / 255, blue: 58 / 255, alpha: 0.96),
+ closeFeedbackBorder: NSColor.white.withAlphaComponent(0.18),
+ closeFeedbackText: NSColor.white.withAlphaComponent(0.76),
+ shinePeak: NSColor.white.withAlphaComponent(0.10)
+ )
+ }
+ }
+ }
+
private enum WaterfallMetrics {
static let gap: CGFloat = 16
static let columnWidth: CGFloat = 252
static let columnMinWidth: CGFloat = 220
static let columnMaxWidth: CGFloat = 292
- static let columnPadding: CGFloat = 12
+ static let contentHorizontalPadding: CGFloat = 0
+ static let columnHorizontalPadding: CGFloat = 0
+ static let columnVerticalPadding: CGFloat = 0
+ static let columnHeaderTextInset: CGFloat = 12
static let headerHeight: CGFloat = 34
static let cardHeight: CGFloat = 138
static let cardGap: CGFloat = 12
static let revealPadding: CGFloat = 24
+ static let horizontalRevealPadding: CGFloat = 0
+ static let selectedCardScale: CGFloat = 1.015
+ static let selectedCardScaleOverflow: CGFloat = cardHeight * (selectedCardScale - 1) / 2
+ }
+
+ private enum HorizontalMasonryMetrics {
+ static let horizontalPadding: CGFloat = 12
+ static let verticalPadding: CGFloat = 0
+ static let horizontalGap: CGFloat = 16
+ static let verticalGap: CGFloat = WaterfallMetrics.cardGap
+ static let cardMinWidth: CGFloat = 220
+ static let cardMaxWidth: CGFloat = 320
+ static let cardHeight: CGFloat = WaterfallMetrics.cardHeight
}
private enum WaterfallHorizontalIntent {
@@ -200,6 +615,16 @@
static let tolerance: CGFloat = 1
static let animationDuration: CFTimeInterval = 0.18
static let animationTimingName = CAMediaTimingFunctionName.easeOut
+ }
+
+ private enum SpaceLaneMetrics {
+ static let horizontalPadding: CGFloat = 0
+ static let groupGap: CGFloat = 36
+ static let groupHorizontalPadding: CGFloat = 24
+ static let groupVerticalPadding: CGFloat = 6
+ static let segmentGap: CGFloat = 12
+ static let segmentMinWidth: CGFloat = 96
+ static let segmentMaxWidth: CGFloat = 150
}
override init(frame frameRect: NSRect) {
@@ -231,7 +656,7 @@
let trackingArea = NSTrackingArea(
rect: bounds,
- options: [.activeInKeyWindow, .mouseMoved, .mouseEnteredAndExited, .inVisibleRect],
+ options: [.activeAlways, .mouseMoved, .mouseEnteredAndExited, .inVisibleRect],
owner: self,
userInfo: nil
)
@@ -247,6 +672,13 @@
}
override func keyDown(with event: NSEvent) {
+ if suppressEventInput {
+ DevelopmentDiagnostics.log("quickSwitch.view.keyDown.ignoredForDebugSequence", [
+ "keyCode": event.keyCode
+ ])
+ return
+ }
+
switch event.keyCode {
case TriggerKeyCode.escape where Self.shouldDismissOnEscape(event):
onEscape?()
@@ -263,11 +695,17 @@
case TriggerKeyCode.tab:
performKeyboardCommand("tab")
default:
+ if handleAppShelfIndexKey(event) {
+ return
+ }
super.keyDown(with: event)
}
}
override func scrollWheel(with event: NSEvent) {
+ clearWindowIndexKeyPending()
+ refreshHoverTarget(at: event.locationInWindow)
+
let dominantDelta = abs(event.scrollingDeltaX) >= abs(event.scrollingDeltaY)
? event.scrollingDeltaX
: event.scrollingDeltaY
@@ -287,6 +725,15 @@
}
if shouldScrollWaterfall(for: event) {
+ if isHorizontalMasonryMode {
+ let currentOffset = horizontalMasonryScrollOffset
+ horizontalMasonryScrollOffset = clampedHorizontalMasonryOffset(
+ currentOffset - event.scrollingDeltaY
+ )
+ needsLayout = true
+ return
+ }
+
if abs(event.scrollingDeltaX) >= abs(event.scrollingDeltaY), waterfallAlignmentScrollable {
waterfallScrollOffset = clampedWaterfallAlignmentOffset(waterfallScrollOffset - event.scrollingDeltaX)
needsLayout = true
@@ -312,90 +759,137 @@
override func mouseMoved(with event: NSEvent) {
guard debugHoveredAppGroupIndex == nil else { return }
+ lastKnownMouseWindowLocation = event.locationInWindow
+ clearWindowIndexKeyPending()
+
+ let toggleHovered = viewModeToggleButtonContains(windowLocation: event.locationInWindow)
+ let themeHovered = themeToggleButtonContains(windowLocation: event.locationInWindow)
+ if !toggleHovered {
+ suppressViewModeToggleHoverPreview = false
+ }
+ if !themeHovered {
+ suppressThemeToggleHoverPreview = false
+ }
+ let shouldShowToggleHoverPreview = toggleHovered && !suppressViewModeToggleHoverPreview
+ if isViewModeToggleButtonHovered != shouldShowToggleHoverPreview {
+ isViewModeToggleButtonHovered = shouldShowToggleHoverPreview
+ needsLayout = true
+ }
+ let shouldShowThemeHoverPreview = themeHovered && !suppressThemeToggleHoverPreview
+ if isThemeToggleButtonHovered != shouldShowThemeHoverPreview {
+ isThemeToggleButtonHovered = shouldShowThemeHoverPreview
+ needsLayout = true
+ }
+ if toggleHovered || themeHovered {
+ hoveredCloseTarget = nil
+ setHoverTarget(.none)
+ return
+ }
let closeTarget = closeButtonTarget(at: event.locationInWindow)
if hoveredCloseTarget != closeTarget {
hoveredCloseTarget = closeTarget
needsLayout = true
}
-
- if let segment = spaceLaneSegment(at: event.locationInWindow) {
- hoverSpaceLaneSegment(segment)
- return
- }
-
- if let card = waterfallCard(at: event.locationInWindow) {
- hoveredSpaceLaneID = nil
- updateHoverState(
- appGroupIndex: card.item.appGroupIndex,
- windowID: card.item.window.id,
- spaceID: card.item.primarySpaceID
- )
- return
- }
-
- if let item = appShelfItem(at: event.locationInWindow) {
- hoveredSpaceLaneID = nil
- updateHoverState(
- appGroupIndex: item.item.appGroupIndex,
- windowID: nil,
- spaceID: nil,
- alignsWaterfallWithAppShelf: true
- )
- return
- }
-
- hoveredSpaceLaneID = nil
- hoveredCloseTarget = nil
- updateHoverState(appGroupIndex: nil, windowID: nil, spaceID: nil)
+ refreshHoverTarget(at: event.locationInWindow)
}
override func mouseExited(with event: NSEvent) {
guard debugHoveredAppGroupIndex == nil else { return }
- hoveredSpaceLaneID = nil
+ lastKnownMouseWindowLocation = nil
+ clearWindowIndexKeyPending()
+ isViewModeToggleButtonHovered = false
+ suppressViewModeToggleHoverPreview = false
+ isThemeToggleButtonHovered = false
+ suppressThemeToggleHoverPreview = false
hoveredCloseTarget = nil
- updateHoverState(appGroupIndex: nil, windowID: nil, spaceID: nil)
+ setHoverTarget(.none)
}
override func mouseDown(with event: NSEvent) {
- if handleCloseConfirmationMouseDown(at: event.locationInWindow) {
+ if suppressEventInput {
+ DevelopmentDiagnostics.log("quickSwitch.view.mouseDown.ignoredForDebugSequence", [
+ "x": event.locationInWindow.x,
+ "y": event.locationInWindow.y,
+ "bounds": NSStringFromRect(bounds)
+ ])
return
}
- if let closeTarget = closeButtonTarget(at: event.locationInWindow) {
+ if handleMouseDown(at: event.locationInWindow, clickCount: max(1, event.clickCount), allowBackgroundClick: true) {
+ return
+ }
+
+ super.mouseDown(with: event)
+ }
+
+ @discardableResult
+ private func handleMouseDown(at windowLocation: CGPoint, clickCount: Int, allowBackgroundClick: Bool) -> Bool {
+ clearWindowIndexKeyPending()
+
+ if handleCloseConfirmationMouseDown(at: windowLocation) {
+ return true
+ }
+
+ if viewModeToggleButtonContains(windowLocation: windowLocation) {
+ clickViewModeToggleButton(source: "mouse")
+ return true
+ }
+
+ if themeToggleButtonContains(windowLocation: windowLocation) {
+ clickThemeToggleButton(source: "mouse")
+ return true
+ }
+
+ if let closeTarget = waterfallCloseButtonTarget(at: windowLocation) {
beginCloseConfirmation(for: closeTarget)
- return
+ return true
}
- if let card = waterfallCard(at: event.locationInWindow) {
+ if let card = waterfallCard(at: windowLocation) {
clickWindowCard(card)
- return
+ return true
}
- if let segment = spaceLaneSegment(at: event.locationInWindow) {
- clickSpaceLaneSegment(segment)
- return
+ if let segment = spaceLaneSegment(at: windowLocation) {
+ clickSpaceLaneSegment(segment, clickCount: max(1, clickCount))
+ return true
}
- if let item = appShelfItem(at: event.locationInWindow) {
+ if let item = appShelfIconItem(at: windowLocation) {
+ if let closeTarget = appShelfCloseButtonTarget(at: windowLocation) {
+ beginCloseConfirmation(for: closeTarget)
+ } else {
+ clickAppShelfItem(item)
+ }
+ return true
+ }
+
+ if let closeTarget = closeButtonTarget(at: windowLocation) {
+ beginCloseConfirmation(for: closeTarget)
+ return true
+ }
+
+ if let item = appShelfItem(at: windowLocation) {
clickAppShelfItem(item)
- return
+ return true
}
DevelopmentDiagnostics.log("quickSwitch.view.mouseDown.miss", [
- "x": event.locationInWindow.x,
- "y": event.locationInWindow.y,
+ "x": windowLocation.x,
+ "y": windowLocation.y,
"bounds": NSStringFromRect(bounds)
])
- super.mouseDown(with: event)
+ if allowBackgroundClick, !suppressEventBackgroundClicks, onBackgroundClick?() == true {
+ return true
+ }
+ return false
}
func setDebugHoveredAppGroupIndex(_ index: Int?) {
debugHoveredAppGroupIndex = index
+ setHoverTarget(.none, source: .debug)
hoveredAppGroupIndex = index
- hoveredWindowID = nil
- hoveredSpaceID = nil
- hoveredSpaceLaneID = nil
needsLayout = true
}
@@ -405,11 +899,49 @@
layoutSubtreeIfNeeded()
for command in commands {
let measurementStart = CACurrentMediaTime()
- performKeyboardCommand(command)
+ if !performDebugPhysicalIndexKeyCommand(command) {
+ performKeyboardCommand(command)
+ }
layoutSubtreeIfNeeded()
CATransaction.flush()
keyboardResponseLatencyMilliseconds.append(milliseconds(since: measurementStart))
}
+ }
+
+ private func performDebugPhysicalIndexKeyCommand(_ rawCommand: String) -> Bool {
+ let command = rawCommand.trimmingCharacters(in: .whitespacesAndNewlines)
+ let uppercased = command.uppercased()
+ let prefixes = ["PHYSICAL-INDEX:", "PHYSICAL-INDEX-", "KEYDOWN:", "KEYDOWN-"]
+ guard let prefix = prefixes.first(where: { uppercased.hasPrefix($0) }) else {
+ return false
+ }
+
+ let symbolStart = command.index(command.startIndex, offsetBy: prefix.count)
+ guard let symbol = appShelfIndexSymbol(fromKeyboardCommand: String(command[symbolStart...])),
+ let keyCode = Self.appShelfIndexKeyCodes[symbol],
+ let event = NSEvent.keyEvent(
+ with: .keyDown,
+ location: .zero,
+ modifierFlags: [.option],
+ timestamp: ProcessInfo.processInfo.systemUptime,
+ windowNumber: window?.windowNumber ?? 0,
+ context: nil,
+ characters: symbol.lowercased(),
+ charactersIgnoringModifiers: symbol.lowercased(),
+ isARepeat: false,
+ keyCode: keyCode
+ )
+ else {
+ recordKeyboardCommand("invalidPhysicalIndex:\(command)")
+ selectionChangedByLastCommand = false
+ return true
+ }
+
+ let previousSuppressEventInput = suppressEventInput
+ suppressEventInput = false
+ keyDown(with: event)
+ suppressEventInput = previousSuppressEventInput
+ return true
}
func performDebugMouseCommands(_ commands: [String]) {
@@ -430,6 +962,15 @@
break
}
}
+ }
+
+ func setSuppressEventBackgroundClicks(_ suppressed: Bool) {
+ suppressEventBackgroundClicks = suppressed
+ }
+
+ func setSuppressEventInput(_ suppressed: Bool) {
+ suppressEventInput = suppressed
+ suppressEventBackgroundClicks = suppressed
}
func beginPerformanceFirstFrameMeasurement() {
@@ -457,10 +998,67 @@
closeConfirmationRequired = required
if !required {
pendingCloseTarget = nil
+ pendingCloseRequest = nil
pendingCloseOptOut = false
closeConfirmationLayers.containerLayer.isHidden = true
closeConfirmationArrowEdge = nil
}
+ needsLayout = true
+ }
+
+ func setWaterfallViewMode(_ mode: QuickSwitchWaterfallViewMode) {
+ guard waterfallViewMode != mode else { return }
+
+ waterfallViewMode = mode
+ waterfallScrollOffset = 0
+ waterfallColumnScrollOffsets = [:]
+ horizontalMasonryScrollOffset = 0
+ horizontalMasonryContentHeight = 0
+ needsLayout = true
+ }
+
+ func setTheme(_ theme: ThemePreference) {
+ let normalizedTheme = Self.normalizedQuickSwitchTheme(theme)
+ guard themePreference != normalizedTheme else { return }
+
+ themePreference = normalizedTheme
+ applyThemeToBackdrop()
+ needsLayout = true
+ }
+
+ func showCloseProgress(for request: QuickSwitchCloseRequest) {
+ setCloseFeedback(
+ CloseFeedback(
+ kind: .progress,
+ message: "正在关闭...",
+ targetKind: request.kindDescription,
+ appGroupIndex: request.appGroupIndex,
+ windowID: request.windowID
+ ),
+ autoHideAfter: nil
+ )
+ }
+
+ func showCloseFailure(message: String, for request: QuickSwitchCloseRequest) {
+ setCloseFeedback(
+ CloseFeedback(
+ kind: .failure,
+ message: message,
+ targetKind: request.kindDescription,
+ appGroupIndex: request.appGroupIndex,
+ windowID: request.windowID
+ ),
+ autoHideAfter: 2.75
+ )
+ }
+
+ func clearCloseFeedback() {
+ closeFeedbackHideTask?.cancel()
+ closeFeedbackHideTask = nil
+ closeFeedback = nil
+ closeFeedbackLayer.isHidden = true
+ closeFeedbackLayer.opacity = 0
+ closeFeedbackTextLayer.string = ""
needsLayout = true
}
@@ -471,7 +1069,10 @@
guard let card = waterfallCardsByWindowID()[windowID] else { return }
card.thumbnailLayer.contents = resolution.image
if case .realScreenshot = resolution.source {
- card.shineLayer.opacity = card.item.window.id == effectiveSelection?.windowID ? 1 : 0
+ let isSelected = card.item.window.id == effectiveSelection?.windowID
+ let isHovered = card.item.window.id == hoveredWindowID
+ let isKeyboardFocused = card.item.window.id == keyboardFocusedWindowID
+ card.shineLayer.opacity = (shouldShowSelectedVisual(isSelected: isSelected, isHovered: isHovered) || isKeyboardFocused) ? 1 : 0
}
needsLayout = true
}
@@ -488,48 +1089,405 @@
}
}
+ func effectiveSelectionForProjection() -> QuickSwitchSelection? {
+ effectiveSelection
+ }
+
func apply(viewModel: QuickSwitchViewModel?) {
+ apply(viewModel: viewModel, preservingInteractionState: false, animatedProjection: false)
+ }
+
+ func applyProjected(viewModel: QuickSwitchViewModel?) {
+ apply(viewModel: viewModel, preservingInteractionState: true, animatedProjection: true)
+ }
+
+ func hoverNextAppGroupIndex(cycleForward: Bool = true) -> Bool {
+ guard !appShelfItems.isEmpty else {
+ return false
+ }
+
+ let orderedIndexes = appShelfItems.map(\.item.appGroupIndex)
+ let sortedIndexes = orderedIndexes
+
+ var currentIndexPosition: Int?
+ if let currentHovered = effectiveHoveredAppGroupIndex {
+ currentIndexPosition = sortedIndexes.firstIndex(of: currentHovered)
+ }
+
+ let nextPosition = currentIndexPosition.map { current in
+ if cycleForward {
+ (current + 1) % sortedIndexes.count
+ } else {
+ (current - 1 + sortedIndexes.count) % sortedIndexes.count
+ }
+ } ?? 0
+
+ let nextAppGroupIndex = sortedIndexes[nextPosition]
+ hoverAppGroup(nextAppGroupIndex)
+ return true
+ }
+
+ private func apply(
+ viewModel: QuickSwitchViewModel?,
+ preservingInteractionState: Bool,
+ animatedProjection: Bool
+ ) {
+ let preservedWindowThumbnails = preservingInteractionState ? cachedThumbnailsByWindowID() : [:]
+ let transitionSnapshot = animatedProjection ? captureProjectionTransitionSnapshot() : nil
+ if !animatedProjection {
+ resetProjectionTransitionReport()
+ }
currentViewModel = viewModel
- screenshotSourcesByWindowID = [:]
- screenshotSkippedReasonsByWindowID = [:]
- currentSelection = viewModel?.initialSelection
- columnSelectionHistory = [:]
- keyboardCommandsApplied = []
- lastKeyboardCommand = nil
- tabIgnoredCount = 0
- lastCommittedSelection = nil
- lastCommitSource = nil
- mouseCommandsApplied = []
- lastMouseCommand = nil
- lastClickedAppGroupIndex = nil
- lastAppShelfClickChangedSelection = nil
- lastClickedWindowID = nil
- lastSpaceFocusedAppGroupIndex = nil
- lastSpaceLaneClickSpaceID = nil
- lastAppShelfScrollSyncedAppGroupIndex = nil
- hoveredWindowID = nil
- hoveredSpaceID = nil
- hoveredCloseTarget = nil
- pendingCloseTarget = nil
- pendingCloseOptOut = false
- closeConfirmationLayers.containerLayer.isHidden = true
- closeConfirmationArrowEdge = nil
- hoveredSpaceLaneID = nil
- focusedSpaceID = nil
- if debugHoveredAppGroupIndex == nil {
- hoveredAppGroupIndex = nil
+
+ if preservingInteractionState {
+ currentSelection = validSelection(currentSelection, in: viewModel) ?? viewModel?.initialSelection
+ columnSelectionHistory = columnSelectionHistory.filter { appGroupIndex, _ in
+ viewModel?.waterfallColumns.contains { $0.appGroupIndex == appGroupIndex } == true
+ }
+ if let keyboardFocusedAppGroupIndex,
+ viewModel?.waterfallColumns.contains(where: { $0.appGroupIndex == keyboardFocusedAppGroupIndex }) != true {
+ self.keyboardFocusedAppGroupIndex = nil
+ }
+ if let keyboardFocusedWindowID,
+ viewModel?.waterfallColumns.contains(where: { column in
+ column.windows.contains { $0.window.id == keyboardFocusedWindowID }
+ }) != true {
+ self.keyboardFocusedWindowID = nil
+ }
+ if let currentSelection {
+ columnSelectionHistory[currentSelection.appGroupIndex] = currentSelection.windowIndex
+ }
+ hoveredCloseTarget = nil
+ pendingCloseTarget = nil
+ pendingCloseRequest = nil
+ pendingCloseOptOut = false
+ closeConfirmationLayers.containerLayer.isHidden = true
+ closeConfirmationArrowEdge = nil
} else {
+ screenshotSourcesByWindowID = [:]
+ screenshotSkippedReasonsByWindowID = [:]
+ currentSelection = viewModel?.initialSelection
+ columnSelectionHistory = [:]
+ keyboardFocusedAppGroupIndex = nil
+ keyboardFocusedWindowID = nil
+ keyboardCommandsApplied = []
+ lastKeyboardCommand = nil
+ lastKeyboardAppIndexCommand = nil
+ appShelfIndexKeyDownCount = 0
+ lastAppShelfIndexKeySymbol = nil
+ clearWindowIndexKeyPending()
+ lastWindowIndexKeyCommand = nil
+ lastWindowIndexKeyCommitCode = nil
+ windowShortcutFilterPhase = .none
+ lastWindowShortcutPreCommitFilterSnapshot = nil
+ lastBoundaryBounceAxis = nil
+ lastBoundaryBounceDirection = nil
+ boundaryBounceCount = 0
+ selectionChangedByLastCommand = nil
+ tabIgnoredCount = 0
+ lastCommittedSelection = nil
+ lastCommitSource = nil
+ mouseCommandsApplied = []
+ lastMouseCommand = nil
+ lastClickedAppGroupIndex = nil
+ lastAppShelfClickChangedSelection = nil
+ lastClickedWindowID = nil
+ lastSpaceFocusedAppGroupIndex = nil
+ lastSpaceLaneClickSpaceID = nil
+ lastAppShelfScrollSyncedAppGroupIndex = nil
+ waterfallScrollOffset = 0
+ waterfallColumnScrollOffsets = [:]
+ horizontalMasonryScrollOffset = 0
+ horizontalMasonryContentHeight = 0
+ focusedSpaceID = nil
+ hoveredCloseTarget = nil
+ pendingCloseTarget = nil
+ pendingCloseRequest = nil
+ pendingCloseOptOut = false
+ closeConfirmationLayers.containerLayer.isHidden = true
+ closeConfirmationArrowEdge = nil
+ clearCloseFeedback()
+ setHoverTarget(.none)
hoveredAppGroupIndex = debugHoveredAppGroupIndex
}
+
if let currentSelection {
columnSelectionHistory[currentSelection.appGroupIndex] = currentSelection.windowIndex
}
rebuildSpaceLaneSegments()
rebuildAppShelfItems()
rebuildWaterfallColumns()
+
+ if preservingInteractionState {
+ restoreThumbnailsFromCache(preservedWindowThumbnails)
+ }
+
needsLayout = true
ensureCurrentSelectionVisible(horizontalIntent: .alignWithAppShelf(animated: false))
+ refreshHoverTargetAfterViewRebuild()
needsLayout = true
+ if animatedProjection, let transitionSnapshot {
+ layoutSubtreeIfNeeded()
+ applyProjectionTransitionAnimations(from: transitionSnapshot)
+ }
+ }
+
+ private func cachedThumbnailsByWindowID() -> [UInt32: Any] {
+ var snapshots: [UInt32: Any] = [:]
+
+ for card in waterfallCardsByWindowID().values {
+ snapshots[card.item.window.id] = card.thumbnailLayer.contents
+ }
+
+ return snapshots
+ }
+
+ private func restoreThumbnailsFromCache(_ cachedThumbnails: [UInt32: Any]) {
+ for card in waterfallCardsByWindowID().values {
+ if let thumbnail = cachedThumbnails[card.item.window.id] {
+ card.thumbnailLayer.contents = thumbnail
+ }
+ }
+ }
+
+ private func validSelection(
+ _ selection: QuickSwitchSelection?,
+ in viewModel: QuickSwitchViewModel?
+ ) -> QuickSwitchSelection? {
+ guard let selection, let viewModel else { return nil }
+
+ for column in viewModel.waterfallColumns {
+ if let card = column.windows.first(where: { $0.window.id == selection.windowID }) {
+ return QuickSwitchSelection(
+ appGroupIndex: card.appGroupIndex,
+ windowIndex: card.windowIndex,
+ windowID: card.window.id
+ )
+ }
+ }
+
+ return nil
+ }
+
+ private func captureProjectionTransitionSnapshot() -> ProjectionTransitionSnapshot {
+ ProjectionTransitionSnapshot(
+ appShelfItemsByAppGroupIndex: Dictionary(
+ uniqueKeysWithValues: appShelfItems.map { item in
+ (
+ item.item.appGroupIndex,
+ ProjectionLayerSnapshot(
+ layer: item.containerLayer,
+ frame: item.containerLayer.frame
+ )
+ )
+ }
+ ),
+ waterfallColumnsByAppGroupIndex: Dictionary(
+ uniqueKeysWithValues: waterfallColumns.map { column in
+ (
+ column.column.appGroupIndex,
+ ProjectionColumnSnapshot(
+ layer: column.containerLayer,
+ frame: column.containerLayer.frame,
+ cardsByWindowID: Dictionary(
+ uniqueKeysWithValues: column.cards.map { card in
+ (
+ card.item.window.id,
+ ProjectionLayerSnapshot(
+ layer: card.containerLayer,
+ frame: card.containerLayer.frame
+ )
+ )
+ }
+ )
+ )
+ )
+ }
+ )
+ )
+ }
+
+ private func applyProjectionTransitionAnimations(from snapshot: ProjectionTransitionSnapshot) {
+ let reduceMotion = NSWorkspace.shared.accessibilityDisplayShouldReduceMotion
+ let duration: CFTimeInterval = reduceMotion ? 0.12 : 0.21
+ let timing = CAMediaTimingFunction(name: reduceMotion ? .linear : .easeOut)
+ var movedLayerCount = 0
+ var fadeInLayerCount = 0
+ var fadeOutLayerCount = 0
+
+ for item in appShelfItems {
+ guard let oldSnapshot = snapshot.appShelfItemsByAppGroupIndex[item.item.appGroupIndex] else {
+ if addFadeInAnimation(to: item.containerLayer, duration: duration, timing: timing) {
+ fadeInLayerCount += 1
+ }
+ continue
+ }
+ if addPositionAnimation(to: item.containerLayer, from: oldSnapshot.frame, duration: duration, timing: timing) {
+ movedLayerCount += 1
+ }
+ }
+
+ let visibleAppGroupIndexes = Set(appShelfItems.map(\.item.appGroupIndex))
+ for (appGroupIndex, oldSnapshot) in snapshot.appShelfItemsByAppGroupIndex
+ where !visibleAppGroupIndexes.contains(appGroupIndex) {
+ if addFadeOutSnapshot(
+ oldSnapshot,
+ to: appShelfContentLayer,
+ frame: oldSnapshot.frame,
+ duration: duration,
+ timing: timing
+ ) {
+ fadeOutLayerCount += 1
+ }
+ }
+
+ for column in waterfallColumns {
+ guard let oldSnapshot = snapshot.waterfallColumnsByAppGroupIndex[column.column.appGroupIndex] else {
+ if addFadeInAnimation(to: column.containerLayer, duration: duration, timing: timing) {
+ fadeInLayerCount += 1
+ }
+ continue
+ }
+ if addPositionAnimation(to: column.containerLayer, from: oldSnapshot.frame, duration: duration, timing: timing) {
+ movedLayerCount += 1
+ }
+
+ for card in column.cards {
+ guard let oldCardSnapshot = oldSnapshot.cardsByWindowID[card.item.window.id] else {
+ if addFadeInAnimation(to: card.containerLayer, duration: duration, timing: timing) {
+ fadeInLayerCount += 1
+ }
+ continue
+ }
+ if addPositionAnimation(to: card.containerLayer, from: oldCardSnapshot.frame, duration: duration, timing: timing) {
+ movedLayerCount += 1
+ }
+ }
+ }
+
+ let visibleColumnsByAppGroupIndex = Dictionary(
+ uniqueKeysWithValues: waterfallColumns.map { ($0.column.appGroupIndex, $0) }
+ )
+ for (appGroupIndex, oldSnapshot) in snapshot.waterfallColumnsByAppGroupIndex {
+ guard let visibleColumn = visibleColumnsByAppGroupIndex[appGroupIndex] else {
+ if addFadeOutSnapshot(
+ ProjectionLayerSnapshot(layer: oldSnapshot.layer, frame: oldSnapshot.frame),
+ to: waterfallContentLayer,
+ frame: oldSnapshot.frame,
+ duration: duration,
+ timing: timing
+ ) {
+ fadeOutLayerCount += 1
+ }
+ continue
+ }
+
+ let visibleWindowIDs = Set(visibleColumn.cards.map(\.item.window.id))
+ for (windowID, oldCardSnapshot) in oldSnapshot.cardsByWindowID
+ where !visibleWindowIDs.contains(windowID) {
+ let absoluteFrame = oldCardSnapshot.frame.offsetBy(
+ dx: oldSnapshot.frame.minX,
+ dy: oldSnapshot.frame.minY
+ )
+ if addFadeOutSnapshot(
+ oldCardSnapshot,
+ to: waterfallContentLayer,
+ frame: absoluteFrame,
+ duration: duration,
+ timing: timing
+ ) {
+ fadeOutLayerCount += 1
+ }
+ }
+ }
+
+ lastProjectionTransitionMovedLayerCount = movedLayerCount
+ lastProjectionTransitionFadeInLayerCount = fadeInLayerCount
+ lastProjectionTransitionFadeOutLayerCount = fadeOutLayerCount
+ lastProjectionTransitionDurationMilliseconds = duration * 1_000
+ }
+
+ private func resetProjectionTransitionReport() {
+ lastProjectionTransitionMovedLayerCount = 0
+ lastProjectionTransitionFadeInLayerCount = 0
+ lastProjectionTransitionFadeOutLayerCount = 0
+ lastProjectionTransitionDurationMilliseconds = 0
+ }
+
+ @discardableResult
+ private func addPositionAnimation(
+ to layer: CALayer,
+ from oldFrame: CGRect,
+ duration: CFTimeInterval,
+ timing: CAMediaTimingFunction
+ ) -> Bool {
+ let oldPosition = CGPoint(x: oldFrame.midX, y: oldFrame.midY)
+ let newPosition = layer.position
+ guard abs(oldPosition.x - newPosition.x) > 0.5 || abs(oldPosition.y - newPosition.y) > 0.5 else {
+ return false
+ }
+
+ let animation = CABasicAnimation(keyPath: "position")
+ animation.fromValue = oldPosition
+ animation.toValue = newPosition
+ animation.duration = duration
+ animation.timingFunction = timing
+ animation.isRemovedOnCompletion = true
+ layer.add(animation, forKey: "quickSwitchProjectionPosition")
+ return true
+ }
+
+ @discardableResult
+ private func addFadeInAnimation(
+ to layer: CALayer,
+ duration: CFTimeInterval,
+ timing: CAMediaTimingFunction
+ ) -> Bool {
+ let animation = CABasicAnimation(keyPath: "opacity")
+ animation.fromValue = 0
+ animation.toValue = layer.opacity
+ animation.duration = duration
+ animation.timingFunction = timing
+ animation.isRemovedOnCompletion = true
+ layer.add(animation, forKey: "quickSwitchProjectionFadeIn")
+ return true
+ }
+
+ @discardableResult
+ private func addFadeOutSnapshot(
+ _ snapshot: ProjectionLayerSnapshot,
+ to parentLayer: CALayer,
+ frame: CGRect,
+ duration: CFTimeInterval,
+ timing: CAMediaTimingFunction
+ ) -> Bool {
+ let layer = snapshot.layer
+ layer.removeAllAnimations()
+ layer.removeFromSuperlayer()
+ CATransaction.begin()
+ CATransaction.setDisableActions(true)
+ layer.frame = frame
+ layer.opacity = max(layer.opacity, 0.01)
+ layer.zPosition = max(layer.zPosition, 240)
+ parentLayer.addSublayer(layer)
+ CATransaction.commit()
+
+ let animation = CABasicAnimation(keyPath: "opacity")
+ animation.fromValue = layer.opacity
+ animation.toValue = 0
+ animation.duration = duration
+ animation.timingFunction = timing
+ animation.isRemovedOnCompletion = true
+ CATransaction.begin()
+ CATransaction.setDisableActions(true)
+ layer.opacity = 0
+ CATransaction.commit()
+ layer.add(animation, forKey: "quickSwitchProjectionFadeOut")
+
+ DispatchQueue.main.asyncAfter(deadline: .now() + duration + 0.05) { [weak layer] in
+ layer?.removeFromSuperlayer()
+ }
+ return true
}
func reportDictionary() -> [String: Any] {
@@ -541,6 +1499,7 @@
let firstFrameGatePassed = firstFrameP95.map { $0 < 150 } ?? false
let keyboardGatePassed = keyboardP95.map { $0 < 50 } ?? false
let hoverGatePassed = hoverP95.map { $0 <= 32 } ?? false
+ let shortcutFilterReport = makeWindowShortcutFilterReport()
return [
"viewClass": String(describing: Self.self),
@@ -553,17 +1512,56 @@
"glassBorderWidth": Double(glassLayer.borderWidth),
"glassShadowOpacity": Double(glassLayer.shadowOpacity),
"spaceLaneFrame": dictionary(from: laneLayer.frame),
+ "spaceLaneBackgroundColor": colorDictionary(from: laneLayer.backgroundColor),
+ "spaceLaneCornerRadius": Double(laneLayer.cornerRadius),
"spaceLaneContentWidth": Double(spaceLaneContentWidth),
"spaceLaneVisibleWidth": Double(laneLayer.bounds.width),
"spaceLaneMaxScrollOffset": Double(spaceLaneMaxScrollOffset),
"spaceLaneScrollable": spaceLaneMaxScrollOffset > 0,
+ "spaceLaneDisplayGroupCount": spaceLaneDisplayGroups.count,
+ "spaceLaneDisplayGroups": spaceLaneDisplayGroupReports(),
"spaceLaneSegmentCount": spaceLaneSegments.count,
"spaceLaneLabels": currentViewModel?.displays.flatMap { $0.spaces.map(\.label) } ?? [],
"spaceLaneSegments": spaceLaneSegmentReports(),
+ "hoverTargetKind": hoverTarget.kindDescription,
+ "hoverTargetSource": hoverTargetSource.rawValue,
"spaceLaneHoveredSpaceID": hoveredSpaceLaneID ?? NSNull(),
"spaceLaneFocusedSpaceID": focusedSpaceID ?? NSNull(),
"activeSpaceFocusID": activeSpaceFocusID ?? NSNull(),
+ "spaceFilterLockedSpaceID": currentViewModel?.lockedSpaceID ?? NSNull(),
+ "spaceFilterActive": currentViewModel?.lockedSpaceID != nil,
+ "viewModeToggleButtonVisible": !viewModeToggleButtonLayer.isHidden,
+ "viewModeToggleButtonHovered": isViewModeToggleButtonHovered,
+ "viewModeToggleHoverPreviewSuppressed": suppressViewModeToggleHoverPreview,
+ "viewModeToggleButtonFrame": dictionary(from: viewModeToggleButtonLayer.frame),
+ "viewModeToggleHitSize": Double(ViewModeToggleMetrics.hitSize),
+ "viewModeToggleVisualSize": Double(ViewModeToggleMetrics.visualSize),
+ "viewModeToggleCurrentMode": waterfallViewMode.rawValue,
+ "viewModeToggleTargetMode": nextWaterfallViewMode.rawValue,
+ "viewModeToggleIconKind": viewModeToggleIconKind,
+ "viewModeToggleVisualState": viewModeToggleVisualState.rawValue,
+ "viewModeToggleStandardBlueColor": colorDictionary(from: viewModeToggleBlueColor.cgColor),
+ "viewModeToggleGlyphLineWidth": Double(ViewModeToggleMetrics.glyphLineWidth),
+ "viewModeToggleAccessibilityLabel": viewModeToggleAccessibilityLabel,
+ "themeCurrentPreference": themePreference.rawValue,
+ "themeResolved": resolvedTheme.rawValue,
+ "themeNextPreference": nextThemePreference.rawValue,
+ "themeToggleButtonVisible": !themeToggleButtonLayer.isHidden,
+ "themeToggleButtonHovered": isThemeToggleButtonHovered,
+ "themeToggleHoverPreviewSuppressed": suppressThemeToggleHoverPreview,
+ "themeToggleButtonFrame": dictionary(from: themeToggleButtonLayer.frame),
+ "themeToggleHitSize": Double(ViewModeToggleMetrics.hitSize),
+ "themeToggleVisualSize": Double(ViewModeToggleMetrics.visualSize),
+ "themeToggleIconKind": "halfDisk",
+ "themeToggleAccessibilityLabel": themeToggleAccessibilityLabel,
+ "darkBackdropLayerCount": darkBackdropLayerCount,
+ "darkBackdropLayersVisible": darkBackdropLayersVisible,
+ "darkBackdropBackgroundGradientColors": backgroundGradientColorReports(),
+ "settingsButtonVisible": false,
"spaceFocusAppGroupIndexes": spaceFocusedAppGroupIndexes(),
+ "appHoverAssociatedSpaceIDs": appHoverAssociatedSpaceIDs.sorted(),
+ "appHoverAssociatedSpaceLabels": appHoverAssociatedSpaceLabels,
+ "windowHoverAssociatedSpaceID": windowHoverAssociatedSpaceID ?? NSNull(),
"lastSpaceFocusedAppGroupIndex": lastSpaceFocusedAppGroupIndex ?? NSNull(),
"lastSpaceLaneClickSpaceID": lastSpaceLaneClickSpaceID ?? NSNull(),
"lastAppShelfScrollSyncedAppGroupIndex": lastAppShelfScrollSyncedAppGroupIndex ?? NSNull(),
@@ -589,15 +1587,29 @@
"appShelfHoverIconSize": Double(AppShelfMetrics.hoverIconSize),
"appShelfSelectedIconSize": Double(AppShelfMetrics.selectedIconSize),
"appShelfMinIconSize": Double(AppShelfMetrics.minIconSize),
+ "appShelfMagneticHoverEnabled": appShelfMagneticHoverEnabled,
+ "appShelfMagneticFirstNeighborInfluence": Double(AppShelfMetrics.magneticFirstNeighborInfluence),
+ "appShelfMagneticSecondNeighborInfluence": Double(AppShelfMetrics.magneticSecondNeighborInfluence),
+ "appShelfMagneticHoverLift": Double(AppShelfMetrics.magneticHoverLift),
+ "appShelfMagneticFirstNeighborLift": Double(AppShelfMetrics.magneticFirstNeighborLift),
+ "appShelfMagneticSecondNeighborLift": Double(AppShelfMetrics.magneticSecondNeighborLift),
+ "appShelfMagneticAnimationDurationMilliseconds": Double(AppShelfMetrics.magneticAnimationDuration * 1_000),
+ "appShelfMagneticAnimationTimingName": AppShelfMetrics.magneticAnimationTimingName.rawValue,
"appShelfItems": appShelfItemReports(),
"waterfallFrame": dictionary(from: waterfallLayer.frame),
+ "waterfallViewMode": waterfallViewMode.rawValue,
"waterfallContentWidth": Double(waterfallContentWidth),
"waterfallVisibleWidth": Double(waterfallLayer.bounds.width),
"waterfallScrollOffset": Double(waterfallScrollOffset),
"waterfallMaxScrollOffset": Double(waterfallMaxScrollOffset),
+ "horizontalMasonryContentHeight": Double(horizontalMasonryContentHeight),
+ "horizontalMasonryScrollOffset": Double(horizontalMasonryScrollOffset),
+ "horizontalMasonryMaxScrollOffset": Double(horizontalMasonryMaxScrollOffset),
+ "horizontalMasonryScrollable": horizontalMasonryMaxScrollOffset > 0,
"waterfallAlignmentMinScrollOffset": Double(waterfallAlignmentScrollRange.lowerBound),
"waterfallAlignmentMaxScrollOffset": Double(waterfallAlignmentScrollRange.upperBound),
- "waterfallScrollable": waterfallAlignmentScrollable,
+ "waterfallScrollable": waterfallMaxScrollOffset > 0,
+ "waterfallAlignmentScrollable": waterfallAlignmentScrollable,
"waterfallColumnCount": waterfallColumns.count,
"waterfallColumnNames": waterfallColumns.map(\.column.app.name),
"waterfallClipsToBounds": waterfallLayer.masksToBounds,
@@ -606,12 +1618,39 @@
"waterfallAlignmentTolerance": Double(WaterfallAlignmentMetrics.tolerance),
"waterfallAlignmentAnimationDurationMilliseconds": Double(WaterfallAlignmentMetrics.animationDuration * 1_000),
"waterfallAlignmentAnimationTimingName": "easeOut",
+ "projectionTransitionMovedLayerCount": lastProjectionTransitionMovedLayerCount,
+ "projectionTransitionFadeInLayerCount": lastProjectionTransitionFadeInLayerCount,
+ "projectionTransitionFadeOutLayerCount": lastProjectionTransitionFadeOutLayerCount,
+ "projectionTransitionDurationMilliseconds": lastProjectionTransitionDurationMilliseconds,
"reduceMotionEffective": NSWorkspace.shared.accessibilityDisplayShouldReduceMotion,
"selectedAppGroupIndex": effectiveSelection?.appGroupIndex ?? NSNull(),
"selectedWindowIndex": effectiveSelection?.windowIndex ?? NSNull(),
"selectedWindowID": effectiveSelection?.windowID ?? NSNull(),
+ "keyboardFocusedAppGroupIndex": keyboardFocusedAppGroupIndex ?? NSNull(),
+ "keyboardFocusedWindowID": keyboardFocusedWindowID ?? NSNull(),
+ "horizontalAppDefaultWindowID": horizontalAppDefaultWindowID ?? NSNull(),
"keyboardCommandsApplied": keyboardCommandsApplied,
"lastKeyboardCommand": lastKeyboardCommand ?? NSNull(),
+ "lastKeyboardAppIndexCommand": lastKeyboardAppIndexCommand ?? NSNull(),
+ "appShelfIndexKeyDownCount": appShelfIndexKeyDownCount,
+ "lastAppShelfIndexKeySymbol": lastAppShelfIndexKeySymbol ?? NSNull(),
+ "windowIndexKeyPendingAppGroupIndex": windowIndexKeyPending?.appGroupIndex ?? NSNull(),
+ "windowIndexKeyPendingAppSymbol": windowIndexKeyPending?.appSymbol ?? NSNull(),
+ "lastWindowIndexKeyCommand": lastWindowIndexKeyCommand ?? NSNull(),
+ "lastWindowIndexKeyCommitCode": lastWindowIndexKeyCommitCode ?? NSNull(),
+ "windowShortcutFilterActive": shortcutFilterReport.active,
+ "windowShortcutFilterPhase": shortcutFilterReport.phase.rawValue,
+ "windowShortcutFilterPendingAppGroupIndex": shortcutFilterReport.pendingAppGroupIndex ?? NSNull(),
+ "windowShortcutFilterPrefix": shortcutFilterReport.prefix ?? NSNull(),
+ "windowShortcutFilterMatchedCount": shortcutFilterReport.matchedWindowIDs.count,
+ "windowShortcutFilterDimmedCount": shortcutFilterReport.dimmedWindowIDs.count,
+ "windowShortcutFilterMatchedWindowIDs": shortcutFilterReport.matchedWindowIDs.map(Int.init),
+ "windowShortcutFilterDimmedWindowIDs": shortcutFilterReport.dimmedWindowIDs.map(Int.init),
+ "lastWindowShortcutPreCommitFilterSnapshot": lastWindowShortcutPreCommitFilterSnapshot?.reportDictionary ?? NSNull(),
+ "lastBoundaryBounceAxis": lastBoundaryBounceAxis ?? NSNull(),
+ "lastBoundaryBounceDirection": lastBoundaryBounceDirection ?? NSNull(),
+ "boundaryBounceCount": boundaryBounceCount,
+ "selectionChangedByLastCommand": selectionChangedByLastCommand ?? NSNull(),
"tabIgnoredCount": tabIgnoredCount,
"lastCommittedAppGroupIndex": lastCommittedSelection?.appGroupIndex ?? NSNull(),
"lastCommittedWindowIndex": lastCommittedSelection?.windowIndex ?? NSNull(),
@@ -627,6 +1666,13 @@
"closeConfirmationVisible": !closeConfirmationLayers.containerLayer.isHidden,
"closeConfirmationFrame": dictionary(from: closeConfirmationLayers.containerLayer.frame),
"closeConfirmationArrowEdge": closeConfirmationArrowEdge?.rawValue ?? NSNull(),
+ "closeFeedbackVisible": closeFeedback != nil && !closeFeedbackLayer.isHidden,
+ "closeFeedbackKind": closeFeedback?.kind.rawValue ?? NSNull(),
+ "closeFeedbackMessage": closeFeedback?.message ?? NSNull(),
+ "closeFeedbackTargetKind": closeFeedback?.targetKind ?? NSNull(),
+ "closeFeedbackAppGroupIndex": closeFeedback?.appGroupIndex ?? NSNull(),
+ "closeFeedbackWindowID": closeFeedback?.windowID ?? NSNull(),
+ "closeFeedbackFrame": dictionary(from: closeFeedbackLayer.frame),
"mouseCommandsApplied": mouseCommandsApplied,
"lastMouseCommand": lastMouseCommand ?? NSNull(),
"lastClickedAppGroupIndex": lastClickedAppGroupIndex ?? NSNull(),
@@ -677,27 +1723,68 @@
.lowercased()
guard !command.isEmpty else { return }
+ if let indexSymbol = appShelfIndexSymbol(fromKeyboardCommand: command) {
+ let recordedCommand = "app:\(indexSymbol)"
+ recordKeyboardCommand(recordedCommand)
+ clearWindowIndexKeyPending()
+ if !focusAppShelfItemForKeyboard(indexSymbol: indexSymbol, commandLabel: recordedCommand) {
+ selectionChangedByLastCommand = false
+ }
+ return
+ }
+
switch command {
case "left":
+ clearWindowIndexKeyPending()
recordKeyboardCommand("left")
- moveSelection(.left)
+ if isHorizontalMasonryMode {
+ moveSelection(.left)
+ } else if !moveKeyboardAppFocus(cycleForward: false) {
+ selectionChangedByLastCommand = false
+ }
case "right":
+ clearWindowIndexKeyPending()
recordKeyboardCommand("right")
- moveSelection(.right)
+ if isHorizontalMasonryMode {
+ moveSelection(.right)
+ } else if !moveKeyboardAppFocus(cycleForward: true) {
+ selectionChangedByLastCommand = false
+ }
case "up":
+ clearWindowIndexKeyPending()
recordKeyboardCommand("up")
- moveSelection(.up)
+ if isHorizontalMasonryMode {
+ moveSelection(.up)
+ } else {
+ moveVerticalSelectionWithinFocusedColumn(.up)
+ }
case "down":
+ clearWindowIndexKeyPending()
recordKeyboardCommand("down")
- moveSelection(.down)
+ if isHorizontalMasonryMode {
+ moveSelection(.down)
+ } else {
+ moveVerticalSelectionWithinFocusedColumn(.down)
+ }
case "enter", "return", "commit":
+ clearWindowIndexKeyPending()
recordKeyboardCommand("enter")
+ selectionChangedByLastCommand = false
commitCurrentSelection()
case "tab":
- tabIgnoredCount += 1
- recordKeyboardCommand("tabIgnored")
+ clearWindowIndexKeyPending()
+ if isHorizontalMasonryMode {
+ recordKeyboardCommand("tab")
+ moveHorizontalMasonryTabSelection()
+ } else {
+ tabIgnoredCount += 1
+ recordKeyboardCommand("tabIgnored")
+ selectionChangedByLastCommand = false
+ }
default:
+ clearWindowIndexKeyPending()
recordKeyboardCommand("unknown:\(command)")
+ selectionChangedByLastCommand = false
}
}
@@ -706,11 +1793,407 @@
keyboardCommandsApplied.append(command)
}
+ private func handleAppShelfIndexKey(_ event: NSEvent) -> Bool {
+ let flags = event.modifierFlags.intersection(.deviceIndependentFlagsMask)
+ guard flags.isDisjoint(with: [.command, .control]) else { return false }
+ guard let characters = event.charactersIgnoringModifiers,
+ let symbol = appShelfIndexSymbol(fromKeyboardCommand: characters)
+ else {
+ return false
+ }
+
+ appShelfIndexKeyDownCount += 1
+ lastAppShelfIndexKeySymbol = symbol
+ if flags.contains(.option), handleWindowIndexKey(symbol: symbol) {
+ return true
+ }
+ clearWindowIndexKeyPending()
+ performKeyboardCommand(symbol)
+ return true
+ }
+
+ private func handleWindowIndexKey(symbol: String) -> Bool {
+ let now = CACurrentMediaTime()
+ if let pending = validWindowIndexKeyPending(now: now) {
+ let code = "\(pending.appSymbol)\(symbol)"
+ if let card = waterfallCard(appGroupIndex: pending.appGroupIndex, windowIndexSymbol: symbol) {
+ recordKeyboardCommand("window:\(code)")
+ lastWindowIndexKeyCommand = "window:\(code)"
+ lastWindowIndexKeyCommitCode = code
+ lastWindowShortcutPreCommitFilterSnapshot = makeWindowShortcutPreCommitFilterSnapshot(
+ target: card,
+ code: code
+ )
+ windowShortcutFilterPhase = .targetPreCommit
+ clearWindowIndexKeyPending(resetShortcutFilter: false)
+ commitKeyboardWindowCard(card, trigger: "windowIndexKey")
+ return true
+ }
+
+ recordKeyboardCommand("windowInvalid:\(code)")
+ lastWindowIndexKeyCommand = "windowInvalid:\(code)"
+ lastWindowIndexKeyCommitCode = nil
+ windowShortcutFilterPhase = .invalid
+ lastWindowShortcutPreCommitFilterSnapshot = nil
+ selectionChangedByLastCommand = false
+ clearWindowIndexKeyPending(resetShortcutFilter: false)
+ return true
+ }
+
+ let recordedCommand = "app:\(symbol)"
+ recordKeyboardCommand(recordedCommand)
+ lastWindowIndexKeyCommand = nil
+ lastWindowIndexKeyCommitCode = nil
+ if focusAppShelfItemForKeyboard(indexSymbol: symbol, commandLabel: recordedCommand),
+ let ordinal = Self.appShelfIndexSymbols.firstIndex(of: symbol),
+ ordinal < appShelfItems.count {
+ let appGroupIndex = appShelfItems[ordinal].item.appGroupIndex
+ if let card = singleVisibleWaterfallCard(appGroupIndex: appGroupIndex) {
+ recordKeyboardCommand("windowSingle:\(symbol)")
+ lastWindowIndexKeyCommand = "windowSingle:\(symbol)"
+ lastWindowIndexKeyCommitCode = symbol
+ lastWindowShortcutPreCommitFilterSnapshot = nil
+ clearWindowIndexKeyPending()
+ commitKeyboardWindowCard(card, trigger: "windowIndexSingleApp")
+ } else {
+ setWindowIndexKeyPending(
+ appSymbol: symbol,
+ appGroupIndex: appGroupIndex,
+ startedAt: now
+ )
+ }
+ } else {
+ selectionChangedByLastCommand = false
+ clearWindowIndexKeyPending()
+ }
+ return true
+ }
+
+ private func appShelfIndexSymbol(fromKeyboardCommand command: String) -> String? {
+ var candidate = command.trimmingCharacters(in: .whitespacesAndNewlines).uppercased()
+ for prefix in ["APP:", "APP-", "INDEX:", "INDEX-"] where candidate.hasPrefix(prefix) {
+ candidate.removeFirst(prefix.count)
+ break
+ }
+ guard candidate.count == 1,
+ Self.appShelfIndexSymbols.contains(candidate)
+ else {
+ return nil
+ }
+ return candidate
+ }
+
+ private func focusAppShelfItemForKeyboard(indexSymbol: String, commandLabel: String) -> Bool {
+ guard let ordinal = Self.appShelfIndexSymbols.firstIndex(of: indexSymbol),
+ ordinal < appShelfItems.count
+ else {
+ return false
+ }
+
+ return focusAppShelfItemForKeyboard(
+ appGroupIndex: appShelfItems[ordinal].item.appGroupIndex,
+ appIndexCommand: commandLabel
+ )
+ }
+
+ private func validWindowIndexKeyPending(now: CFTimeInterval) -> WindowIndexKeyPending? {
+ guard let pending = windowIndexKeyPending else { return nil }
+ guard now - pending.startedAt <= Self.windowIndexKeyPendingInterval else {
+ clearWindowIndexKeyPending()
+ return nil
+ }
+ return pending
+ }
+
+ private func setWindowIndexKeyPending(appSymbol: String, appGroupIndex: Int, startedAt: CFTimeInterval) {
+ windowIndexKeyPendingClearTask?.cancel()
+ windowIndexKeyPending = WindowIndexKeyPending(
+ appSymbol: appSymbol,
+ appGroupIndex: appGroupIndex,
+ startedAt: startedAt
+ )
+ windowShortcutFilterPhase = .appPending
+ lastWindowShortcutPreCommitFilterSnapshot = nil
+ needsLayout = true
+ windowIndexKeyPendingClearTask = Task { @MainActor [weak self] in
+ do {
+ try await Task.sleep(nanoseconds: UInt64(Self.windowIndexKeyPendingInterval * 1_000_000_000))
+ } catch {
+ return
+ }
+ guard let self,
+ let pending = self.windowIndexKeyPending,
+ pending.appSymbol == appSymbol,
+ pending.appGroupIndex == appGroupIndex,
+ pending.startedAt == startedAt
+ else {
+ return
+ }
+ self.windowIndexKeyPending = nil
+ self.windowIndexKeyPendingClearTask = nil
+ self.windowShortcutFilterPhase = .expired
+ self.lastWindowShortcutPreCommitFilterSnapshot = nil
+ self.needsLayout = true
+ }
+ }
+
+ private func clearWindowIndexKeyPending(resetShortcutFilter: Bool = true) {
+ let hadFilterState = windowIndexKeyPending != nil
+ || windowShortcutFilterPhase != .none
+ || lastWindowShortcutPreCommitFilterSnapshot != nil
+ windowIndexKeyPendingClearTask?.cancel()
+ windowIndexKeyPendingClearTask = nil
+ windowIndexKeyPending = nil
+ if resetShortcutFilter {
+ windowShortcutFilterPhase = .none
+ lastWindowShortcutPreCommitFilterSnapshot = nil
+ }
+ if hadFilterState {
+ needsLayout = true
+ }
+ }
+
+ @discardableResult
+ private func focusAppShelfItemForKeyboard(
+ appGroupIndex: Int,
+ appIndexCommand: String? = nil
+ ) -> Bool {
+ guard appShelfItems.contains(where: { $0.item.appGroupIndex == appGroupIndex }),
+ waterfallColumns.contains(where: { $0.column.appGroupIndex == appGroupIndex })
+ else {
+ return false
+ }
+
+ keyboardFocusedAppGroupIndex = appGroupIndex
+ keyboardFocusedWindowID = nil
+ lastKeyboardAppIndexCommand = appIndexCommand
+ selectionChangedByLastCommand = false
+ clearKeyboardBoundaryFeedback()
+ ensureAppShelfItemVisible(appGroupIndex)
+ layoutSubtreeIfNeeded()
+ if isHorizontalMasonryMode {
+ _ = selectHorizontalMasonryDefaultWindowForApp(appGroupIndex)
+ }
+ hoverAppGroup(appGroupIndex, source: .keyboard)
+ needsLayout = true
+ return true
+ }
+
+ @discardableResult
+ private func moveKeyboardAppFocus(cycleForward: Bool) -> Bool {
+ let orderedAppGroupIndexes = appShelfItems.map(\.item.appGroupIndex)
+ guard !orderedAppGroupIndexes.isEmpty else { return false }
+
+ let currentAppGroupIndex = keyboardFocusedAppGroupIndex
+ ?? appHoverTargetAppGroupIndex
+ ?? effectiveSelection?.appGroupIndex
+ let currentPosition = currentAppGroupIndex.flatMap { orderedAppGroupIndexes.firstIndex(of: $0) }
+ let nextPosition = currentPosition.map { current in
+ if cycleForward {
+ return (current + 1) % orderedAppGroupIndexes.count
+ }
+ return (current - 1 + orderedAppGroupIndexes.count) % orderedAppGroupIndexes.count
+ } ?? (cycleForward ? 0 : orderedAppGroupIndexes.count - 1)
+
+ return focusAppShelfItemForKeyboard(appGroupIndex: orderedAppGroupIndexes[nextPosition])
+ }
+
+ private var appHoverTargetAppGroupIndex: Int? {
+ guard case .app(let appGroupIndex) = hoverTarget else { return nil }
+ return appGroupIndex
+ }
+
+ private var horizontalAppDefaultWindowID: UInt32? {
+ guard isHorizontalMasonryMode,
+ case .app(let appGroupIndex) = hoverTarget
+ else {
+ return nil
+ }
+ return firstHorizontalMasonryCard(for: appGroupIndex)?.item.window.id
+ }
+
+ private func firstHorizontalMasonryCard(for appGroupIndex: Int) -> WaterfallCardLayers? {
+ waterfallColumns
+ .first { $0.column.appGroupIndex == appGroupIndex }?
+ .cards
+ .sorted { $0.item.windowIndex < $1.item.windowIndex }
+ .first
+ }
+
+ private func isHorizontalAppDefaultCard(_ card: WaterfallCardLayers) -> Bool {
+ guard isHorizontalMasonryMode,
+ card.item.window.id == horizontalAppDefaultWindowID
+ else {
+ return false
+ }
+ return true
+ }
+
+ @discardableResult
+ private func selectHorizontalMasonryDefaultWindowForApp(
+ _ appGroupIndex: Int,
+ recordsSelectionChange: Bool = false
+ ) -> QuickSwitchSelection? {
+ guard isHorizontalMasonryMode,
+ let card = firstHorizontalMasonryCard(for: appGroupIndex)
+ else {
+ return nil
+ }
+
+ let previousSelection = effectiveSelection
+ let selection = selectionForCard(card)
+ currentSelection = selection
+ columnSelectionHistory[selection.appGroupIndex] = selection.windowIndex
+ if recordsSelectionChange {
+ selectionChangedByLastCommand = previousSelection != selection
+ }
+ return selection
+ }
+
+ private func moveVerticalSelectionWithinFocusedColumn(_ direction: QuickSwitchKeyboardDirection) {
+ guard direction == .up || direction == .down,
+ let targetAppGroupIndex = verticalKeyboardNavigationAppGroupIndex(),
+ let column = waterfallColumns.first(where: { $0.column.appGroupIndex == targetAppGroupIndex })
+ else {
+ DevelopmentDiagnostics.log("quickSwitch.view.moveVerticalSelection.blocked", [
+ "direction": keyboardDirectionName(direction),
+ "hasFocusedApp": keyboardFocusedAppGroupIndex != nil,
+ "hasSelection": effectiveSelection != nil
+ ])
+ selectionChangedByLastCommand = false
+ return
+ }
+
+ let cards = column.cards.sorted { $0.item.windowIndex < $1.item.windowIndex }
+ guard !cards.isEmpty else {
+ selectionChangedByLastCommand = false
+ return
+ }
+
+ let previousSelection = effectiveSelection
+ let nextSelection: QuickSwitchSelection
+ if let current = previousSelection,
+ current.appGroupIndex == targetAppGroupIndex,
+ let currentPosition = cards.firstIndex(where: { $0.item.window.id == current.windowID }) {
+ let nextPosition = currentPosition + (direction == .down ? 1 : -1)
+ guard cards.indices.contains(nextPosition) else {
+ keyboardFocusedAppGroupIndex = targetAppGroupIndex
+ hoverAppGroup(targetAppGroupIndex, source: .keyboard)
+ triggerKeyboardBoundaryFeedback(appGroupIndex: targetAppGroupIndex, direction: direction)
+ DevelopmentDiagnostics.log("quickSwitch.view.moveVerticalSelection.boundary", [
+ "direction": keyboardDirectionName(direction),
+ "appGroupIndex": targetAppGroupIndex,
+ "windowIndex": current.windowIndex
+ ])
+ needsLayout = true
+ return
+ }
+ nextSelection = selectionForCard(cards[nextPosition])
+ } else {
+ let rememberedWindowIndex = columnSelectionHistory[targetAppGroupIndex]
+ let rememberedCard = rememberedWindowIndex.flatMap { windowIndex in
+ cards.first { $0.item.windowIndex == windowIndex }
+ }
+ nextSelection = selectionForCard(rememberedCard ?? cards[0])
+ }
+
+ keyboardFocusedAppGroupIndex = targetAppGroupIndex
+ currentSelection = nextSelection
+ keyboardFocusedWindowID = nextSelection.windowID
+ columnSelectionHistory[nextSelection.appGroupIndex] = nextSelection.windowIndex
+ selectionChangedByLastCommand = previousSelection != nextSelection
+ clearKeyboardBoundaryFeedback()
+ hoverAppGroup(targetAppGroupIndex, source: .keyboard)
+ ensureCurrentSelectionVisible(horizontalIntent: .alignWithAppShelf(animated: true))
+ DevelopmentDiagnostics.log("quickSwitch.view.moveVerticalSelection", [
+ "direction": keyboardDirectionName(direction),
+ "appGroupIndex": nextSelection.appGroupIndex,
+ "windowIndex": nextSelection.windowIndex,
+ "windowID": nextSelection.windowID
+ ])
+ needsLayout = true
+ }
+
+ private func verticalKeyboardNavigationAppGroupIndex() -> Int? {
+ if let keyboardFocusedAppGroupIndex,
+ waterfallColumns.contains(where: { $0.column.appGroupIndex == keyboardFocusedAppGroupIndex }) {
+ return keyboardFocusedAppGroupIndex
+ }
+ if let appHoverTargetAppGroupIndex,
+ waterfallColumns.contains(where: { $0.column.appGroupIndex == appHoverTargetAppGroupIndex }) {
+ return appHoverTargetAppGroupIndex
+ }
+ if let appGroupIndex = effectiveSelection?.appGroupIndex,
+ waterfallColumns.contains(where: { $0.column.appGroupIndex == appGroupIndex }) {
+ return appGroupIndex
+ }
+ return waterfallColumns.first?.column.appGroupIndex
+ }
+
+ private func clearKeyboardBoundaryFeedback() {
+ lastBoundaryBounceAxis = nil
+ lastBoundaryBounceDirection = nil
+ }
+
+ private func triggerKeyboardBoundaryFeedback(
+ appGroupIndex: Int,
+ direction: QuickSwitchKeyboardDirection
+ ) {
+ selectionChangedByLastCommand = false
+ lastBoundaryBounceAxis = "vertical"
+ lastBoundaryBounceDirection = keyboardDirectionName(direction)
+ boundaryBounceCount += 1
+
+ layoutSubtreeIfNeeded()
+ guard let column = waterfallColumns.first(where: { $0.column.appGroupIndex == appGroupIndex }) else { return }
+
+ let animationKey = "keyboardBoundaryBounce"
+ column.containerLayer.removeAnimation(forKey: animationKey)
+ if NSWorkspace.shared.accessibilityDisplayShouldReduceMotion {
+ let pulse = CABasicAnimation(keyPath: "opacity")
+ pulse.fromValue = 1
+ pulse.toValue = 0.9
+ pulse.duration = 0.12
+ pulse.autoreverses = true
+ pulse.timingFunction = CAMediaTimingFunction(name: .easeInEaseOut)
+ column.containerLayer.add(pulse, forKey: animationKey)
+ return
+ }
+
+ let currentY = column.containerLayer.presentation()?.position.y
+ ?? column.containerLayer.position.y
+ let delta: CGFloat = direction == .up ? 5 : -5
+ let bounce = CAKeyframeAnimation(keyPath: "position.y")
+ bounce.values = [currentY, currentY + delta, currentY]
+ bounce.keyTimes = [0, 0.38, 1]
+ bounce.timingFunctions = [
+ CAMediaTimingFunction(name: .easeOut),
+ CAMediaTimingFunction(name: .easeInEaseOut)
+ ]
+ bounce.duration = 0.23
+ bounce.isRemovedOnCompletion = true
+ column.containerLayer.add(bounce, forKey: animationKey)
+ }
+
+ private func keyboardDirectionName(_ direction: QuickSwitchKeyboardDirection) -> String {
+ switch direction {
+ case .left:
+ return "left"
+ case .right:
+ return "right"
+ case .up:
+ return "up"
+ case .down:
+ return "down"
+ }
+ }
+
private func performMouseCommand(_ rawCommand: String) {
let command = rawCommand
.trimmingCharacters(in: .whitespacesAndNewlines)
.lowercased()
guard !command.isEmpty else { return }
+ clearWindowIndexKeyPending()
let parts = command.split(separator: ":").map(String.init)
switch parts.first {
@@ -721,6 +2204,11 @@
}
recordMouseCommand("hover-app:\(appGroupIndex)")
hoverAppGroup(appGroupIndex)
+ case "reapply-view-model":
+ if let currentViewModel {
+ apply(viewModel: currentViewModel)
+ }
+ recordMouseCommand("reapply-view-model")
case "click-app" where parts.count == 2:
guard let appGroupIndex = Int(parts[1]) else {
recordMouseCommand("invalid:\(command)")
@@ -728,6 +2216,20 @@
}
recordMouseCommand("click-app:\(appGroupIndex)")
clickAppShelfItem(appGroupIndex: appGroupIndex)
+ case "click-app-center" where parts.count == 2:
+ guard let appGroupIndex = Int(parts[1]) else {
+ recordMouseCommand("invalid:\(command)")
+ return
+ }
+ recordMouseCommand("click-app-center:\(appGroupIndex)")
+ clickAppShelfItemViaMouse(appGroupIndex: appGroupIndex, probe: .iconCenter)
+ case "click-app-near-close" where parts.count == 2:
+ guard let appGroupIndex = Int(parts[1]) else {
+ recordMouseCommand("invalid:\(command)")
+ return
+ }
+ recordMouseCommand("click-app-near-close:\(appGroupIndex)")
+ clickAppShelfItemViaMouse(appGroupIndex: appGroupIndex, probe: .nearCloseOutsideHit)
case "hover-app-close" where parts.count == 2:
guard let appGroupIndex = Int(parts[1]) else {
recordMouseCommand("invalid:\(command)")
@@ -756,7 +2258,7 @@
}
recordMouseCommand("hover-space:\(spaceID)")
if let segment = spaceLaneSegment(spaceID: spaceID) {
- hoverSpaceLaneSegment(segment)
+ hoverSpaceLaneSegment(segment, source: .debug)
}
case "click-space" where parts.count == 2:
guard let spaceID = UInt64(parts[1]) else {
@@ -765,8 +2267,41 @@
}
recordMouseCommand("click-space:\(spaceID)")
if let segment = spaceLaneSegment(spaceID: spaceID) {
- clickSpaceLaneSegment(segment)
+ clickSpaceLaneSegment(segment, clickCount: 1)
}
+ case "double-click-space" where parts.count == 2:
+ guard let spaceID = UInt64(parts[1]) else {
+ recordMouseCommand("invalid:\(command)")
+ return
+ }
+ recordMouseCommand("double-click-space:\(spaceID)")
+ if let segment = spaceLaneSegment(spaceID: spaceID) {
+ clickSpaceLaneSegment(segment, clickCount: 1)
+ clickSpaceLaneSegment(segment, clickCount: 2)
+ }
+ case "click-background":
+ recordMouseCommand("click-background")
+ _ = onBackgroundClick?()
+ case "hover-view-toggle":
+ recordMouseCommand("hover-view-toggle")
+ suppressViewModeToggleHoverPreview = false
+ isViewModeToggleButtonHovered = true
+ isThemeToggleButtonHovered = false
+ hoveredCloseTarget = nil
+ setHoverTarget(.none, source: .debug)
+ case "click-view-toggle", "click-settings":
+ recordMouseCommand("click-view-toggle")
+ clickViewModeToggleButton(source: "debug")
+ case "hover-theme-toggle":
+ recordMouseCommand("hover-theme-toggle")
+ suppressThemeToggleHoverPreview = false
+ isThemeToggleButtonHovered = true
+ isViewModeToggleButtonHovered = false
+ hoveredCloseTarget = nil
+ setHoverTarget(.none, source: .debug)
+ case "click-theme-toggle":
+ recordMouseCommand("click-theme-toggle")
+ clickThemeToggleButton(source: "debug")
case "hover-card" where parts.count == 3:
guard let appGroupIndex = Int(parts[1]), let windowIndex = Int(parts[2]) else {
recordMouseCommand("invalid:\(command)")
@@ -774,7 +2309,7 @@
}
recordMouseCommand("hover-card:\(appGroupIndex):\(windowIndex)")
if let card = waterfallCard(appGroupIndex: appGroupIndex, windowIndex: windowIndex) {
- hoverWindowCard(card)
+ hoverWindowCard(card, source: .debug)
}
case "click-card" where parts.count == 3:
guard let appGroupIndex = Int(parts[1]), let windowIndex = Int(parts[2]) else {
@@ -783,6 +2318,15 @@
}
recordMouseCommand("click-card:\(appGroupIndex):\(windowIndex)")
if let card = waterfallCard(appGroupIndex: appGroupIndex, windowIndex: windowIndex) {
+ clickWindowCard(card)
+ }
+ case "click-card-id" where parts.count == 2:
+ guard let windowID = UInt32(parts[1]) else {
+ recordMouseCommand("invalid:\(command)")
+ return
+ }
+ recordMouseCommand("click-card-id:\(windowID)")
+ if let card = waterfallCard(windowID: windowID) {
clickWindowCard(card)
}
case "hover-card-close" where parts.count == 3:
@@ -825,14 +2369,14 @@
return command.hasPrefix("hover-")
}
- private func hoverAppGroup(_ appGroupIndex: Int) {
- hoveredSpaceLaneID = nil
- hoveredCloseTarget = nil
+ private func hoverAppGroup(_ appGroupIndex: Int, source: HoverTargetSource = .debug) {
+ lastKnownMouseWindowLocation = appShelfItemCenterWindowLocation(for: appGroupIndex)
updateHoverState(
appGroupIndex: appGroupIndex,
windowID: nil,
spaceID: nil,
- alignsWaterfallWithAppShelf: true
+ alignsWaterfallWithAppShelf: true,
+ source: source
)
}
@@ -847,19 +2391,18 @@
beginCloseConfirmation(for: .app(appGroupIndex: appGroupIndex))
}
- private func hoverWindowCard(_ card: WaterfallCardLayers) {
- hoveredSpaceLaneID = nil
- hoveredCloseTarget = nil
+ private func hoverWindowCard(_ card: WaterfallCardLayers, source: HoverTargetSource = .event) {
updateHoverState(
appGroupIndex: card.item.appGroupIndex,
windowID: card.item.window.id,
- spaceID: card.item.primarySpaceID
+ spaceID: card.item.primarySpaceID,
+ source: source
)
}
private func hoverCardCloseButton(appGroupIndex: Int, windowIndex: Int) {
guard let card = waterfallCard(appGroupIndex: appGroupIndex, windowIndex: windowIndex) else { return }
- hoverWindowCard(card)
+ hoverWindowCard(card, source: .debug)
hoveredCloseTarget = .window(
appGroupIndex: appGroupIndex,
windowIndex: windowIndex,
@@ -880,33 +2423,23 @@
)
}
- private func hoverSpaceLaneSegment(_ segment: SpaceLaneSegmentLayers) {
- focusSpace(segment.space.id, persistent: false)
+ private func hoverSpaceLaneSegment(_ segment: SpaceLaneSegmentLayers, source: HoverTargetSource = .event) {
+ focusSpace(segment.space.id, persistent: false, source: source)
}
- private func clickSpaceLaneSegment(_ segment: SpaceLaneSegmentLayers) {
+ private func clickSpaceLaneSegment(_ segment: SpaceLaneSegmentLayers, clickCount: Int = 1) {
DevelopmentDiagnostics.log("quickSwitch.view.clickSpaceLane", [
"spaceID": segment.space.id,
- "label": segment.space.label
+ "label": segment.space.label,
+ "clickCount": clickCount
])
lastSpaceLaneClickSpaceID = segment.space.id
-
- guard let firstCard = firstWaterfallCard(inSpaceID: segment.space.id) else {
- DevelopmentDiagnostics.log("quickSwitch.view.clickSpaceLane.emptySpaceUnsupported", [
- "spaceID": segment.space.id,
- "label": segment.space.label
- ])
- return
- }
-
- commitWindowCard(firstCard, trigger: "spaceLane")
+ onSpaceLaneClick?(segment.space.id, clickCount)
+ lastSpaceLaneClickSpaceID = segment.space.id
}
- private func focusSpace(_ spaceID: UInt64, persistent: Bool) {
- hoveredAppGroupIndex = nil
- hoveredWindowID = nil
- hoveredSpaceID = spaceID
- hoveredSpaceLaneID = spaceID
+ private func focusSpace(_ spaceID: UInt64, persistent: Bool, source: HoverTargetSource = .event) {
+ setHoverTarget(.space(spaceID), source: source)
if persistent {
focusedSpaceID = spaceID
lastSpaceLaneClickSpaceID = spaceID
@@ -960,6 +2493,64 @@
}
}
+ private enum AppShelfMouseClickProbe {
+ case iconCenter
+ case nearCloseOutsideHit
+ }
+
+ private func clickAppShelfItemViaMouse(appGroupIndex: Int, probe: AppShelfMouseClickProbe) {
+ guard let windowLocation = appShelfSyntheticMouseDownLocation(for: appGroupIndex, probe: probe) else {
+ DevelopmentDiagnostics.log("quickSwitch.view.clickAppShelfViaMouse.missingLocation", [
+ "appGroupIndex": appGroupIndex
+ ])
+ return
+ }
+ _ = handleMouseDown(at: windowLocation, clickCount: 1, allowBackgroundClick: false)
+ }
+
+ private func appShelfSyntheticMouseDownLocation(
+ for appGroupIndex: Int,
+ probe: AppShelfMouseClickProbe
+ ) -> CGPoint? {
+ layoutSubtreeIfNeeded()
+ guard let item = appShelfItems.first(where: { $0.item.appGroupIndex == appGroupIndex }) else {
+ return nil
+ }
+
+ let iconFrame = item.iconLayer.frame
+ let closeFrame = item.closeButton.containerLayer.frame
+ let pointInItem: CGPoint
+ switch probe {
+ case .iconCenter:
+ pointInItem = CGPoint(x: iconFrame.midX, y: iconFrame.midY)
+ case .nearCloseOutsideHit:
+ let fallbackPoint = CGPoint(
+ x: iconFrame.maxX - 4,
+ y: iconFrame.maxY - 14
+ )
+ if closeFrame.width > 0, closeFrame.height > 0 {
+ let candidate = CGPoint(x: closeFrame.minX - 4, y: closeFrame.midY)
+ pointInItem = iconFrame.contains(candidate) ? candidate : fallbackPoint
+ } else {
+ pointInItem = fallbackPoint
+ }
+ }
+
+ let pointInView = CGPoint(
+ x: glassLayer.frame.minX
+ + shelfLayer.frame.minX
+ + appShelfContentLayer.frame.minX
+ + item.containerLayer.frame.minX
+ + pointInItem.x,
+ y: glassLayer.frame.minY
+ + shelfLayer.frame.minY
+ + appShelfContentLayer.frame.minY
+ + item.containerLayer.frame.minY
+ + pointInItem.y
+ )
+ return convert(pointInView, to: nil)
+ }
+
private func scrollAppShelf(to targetOffset: CGFloat) {
layoutSubtreeIfNeeded()
let previousOffset = appShelfScrollOffset
@@ -1002,6 +2593,34 @@
commitWindowCard(card, trigger: "windowCard")
}
+ private func commitKeyboardWindowCard(_ card: WaterfallCardLayers, trigger: String) {
+ let selection = QuickSwitchSelection(
+ appGroupIndex: card.item.appGroupIndex,
+ windowIndex: card.item.windowIndex,
+ windowID: card.item.window.id
+ )
+ DevelopmentDiagnostics.log("quickSwitch.view.commitKeyboardWindow", [
+ "trigger": trigger,
+ "appGroupIndex": selection.appGroupIndex,
+ "windowIndex": selection.windowIndex,
+ "windowID": selection.windowID,
+ "appName": card.item.window.app.name,
+ "appPID": card.item.window.app.processIdentifier,
+ "titleHash": DevelopmentDiagnostics.stableFingerprint(card.item.window.title),
+ "titleLength": card.item.window.title.count,
+ "titleIsEmpty": card.item.window.title.isEmpty,
+ "isMinimized": card.item.window.isMinimized,
+ "isFullscreen": card.item.window.isFullscreen,
+ "identifierSource": String(describing: card.item.window.identifierSource)
+ ])
+ currentSelection = selection
+ columnSelectionHistory[selection.appGroupIndex] = selection.windowIndex
+ lastCommittedSelection = selection
+ lastCommitSource = .keyboard
+ ensureCurrentSelectionVisible()
+ onCommitSelection?(selection, .keyboard)
+ }
+
private func commitWindowCard(_ card: WaterfallCardLayers, trigger: String) {
let selection = QuickSwitchSelection(
appGroupIndex: card.item.appGroupIndex,
@@ -1035,28 +2654,99 @@
appGroupIndex: Int?,
windowID: UInt32?,
spaceID: UInt64?,
- alignsWaterfallWithAppShelf: Bool = false
+ alignsWaterfallWithAppShelf: Bool = false,
+ source: HoverTargetSource = .event
) {
- guard hoveredAppGroupIndex != appGroupIndex
- || hoveredWindowID != windowID
- || hoveredSpaceID != spaceID
- else {
- if alignsWaterfallWithAppShelf, let appGroupIndex {
- alignWaterfallColumnWithAppShelfIcon(appGroupIndex: appGroupIndex, animated: true)
- }
+ let target: HoverTarget
+ if let appGroupIndex, let windowID {
+ target = .window(appGroupIndex: appGroupIndex, windowID: windowID, spaceID: spaceID)
+ } else if let appGroupIndex {
+ target = .app(appGroupIndex)
+ } else {
+ target = .none
+ }
+
+ setHoverTarget(target, source: source, alignsWaterfallWithAppShelf: alignsWaterfallWithAppShelf)
+ }
+
+ private func refreshHoverTarget(at windowLocation: CGPoint) {
+ guard debugHoveredAppGroupIndex == nil else { return }
+ lastKnownMouseWindowLocation = windowLocation
+ let target = resolveHoverTarget(at: windowLocation)
+ setHoverTarget(target, alignsWaterfallWithAppShelf: target.shouldAlignWaterfallWithAppShelf)
+ }
+
+ private func refreshHoverTargetAfterViewRebuild() {
+ guard debugHoveredAppGroupIndex == nil, currentViewModel != nil else { return }
+
+ layoutSubtreeIfNeeded()
+ let windowLocation = lastKnownMouseWindowLocation ?? window?.mouseLocationOutsideOfEventStream
+ guard let windowLocation else { return }
+
+ let locationInView = convert(windowLocation, from: nil)
+ guard bounds.contains(locationInView) else {
+ lastKnownMouseWindowLocation = nil
+ setHoverTarget(.none)
return
}
- hoveredAppGroupIndex = appGroupIndex
- hoveredWindowID = windowID
- hoveredSpaceID = spaceID
- if alignsWaterfallWithAppShelf, let appGroupIndex {
+ refreshHoverTarget(at: windowLocation)
+ }
+
+ private func resolveHoverTarget(at windowLocation: CGPoint) -> HoverTarget {
+ if let segment = spaceLaneSegment(at: windowLocation) {
+ return .space(segment.space.id)
+ }
+
+ if let card = waterfallCard(at: windowLocation) {
+ return .window(
+ appGroupIndex: card.item.appGroupIndex,
+ windowID: card.item.window.id,
+ spaceID: card.item.primarySpaceID
+ )
+ }
+
+ if let item = appShelfItem(at: windowLocation) {
+ return .app(item.item.appGroupIndex)
+ }
+
+ return .none
+ }
+
+ private func setHoverTarget(
+ _ target: HoverTarget,
+ source: HoverTargetSource = .event,
+ alignsWaterfallWithAppShelf: Bool = false
+ ) {
+ let previousTarget = hoverTarget
+ let previousSource = hoverTargetSource
+ hoverTarget = target
+ hoverTargetSource = source
+
+ hoveredAppGroupIndex = target.appGroupIndex
+ hoveredWindowID = target.windowID
+ hoveredSpaceID = target.spaceID
+ hoveredSpaceLaneID = target.spaceLaneID
+
+ if case .app(let appGroupIndex) = target, isHorizontalMasonryMode {
+ keyboardFocusedWindowID = nil
+ _ = selectHorizontalMasonryDefaultWindowForApp(appGroupIndex)
+ }
+
+ if alignsWaterfallWithAppShelf, let appGroupIndex = target.appGroupIndex {
alignWaterfallColumnWithAppShelfIcon(appGroupIndex: appGroupIndex, animated: true)
}
+
+ guard previousTarget != target || previousSource != source else { return }
needsLayout = true
}
private func moveSelection(_ direction: QuickSwitchKeyboardDirection) {
+ if isHorizontalMasonryMode {
+ moveHorizontalMasonrySelection(direction)
+ return
+ }
+
guard let currentViewModel,
let snapshot = snapshotForFocus(from: currentViewModel),
let current = currentSelection ?? currentViewModel.initialSelection,
@@ -1076,8 +2766,11 @@
}
columnSelectionHistory[current.appGroupIndex] = current.windowIndex
+ let previousSelection = effectiveSelection
currentSelection = next
columnSelectionHistory[next.appGroupIndex] = next.windowIndex
+ selectionChangedByLastCommand = previousSelection != next
+ clearKeyboardBoundaryFeedback()
ensureCurrentSelectionVisible(horizontalIntent: .alignWithAppShelf(animated: true))
DevelopmentDiagnostics.log("quickSwitch.view.moveSelection", [
"direction": String(describing: direction),
@@ -1086,6 +2779,447 @@
"windowID": next.windowID
])
needsLayout = true
+ }
+
+ private func moveHorizontalMasonrySelection(_ direction: QuickSwitchKeyboardDirection) {
+ layoutSubtreeIfNeeded()
+
+ let nodes = horizontalKeyboardFocusNodes()
+ guard !nodes.isEmpty,
+ let current = currentHorizontalKeyboardFocusNode(in: nodes),
+ let next = nextHorizontalKeyboardFocusNode(from: current, direction: direction, in: nodes)
+ else {
+ DevelopmentDiagnostics.log("quickSwitch.view.moveHorizontalMasonrySelection.blocked", [
+ "direction": String(describing: direction),
+ "hasNodes": !nodes.isEmpty,
+ "hasSelection": (currentSelection ?? currentViewModel?.initialSelection) != nil
+ ])
+ selectionChangedByLastCommand = false
+ return
+ }
+
+ focusHorizontalKeyboardNode(next, direction: direction)
+ DevelopmentDiagnostics.log("quickSwitch.view.moveHorizontalMasonrySelection", [
+ "direction": String(describing: direction),
+ "kind": next.kind.rawValue,
+ "appGroupIndex": next.appGroupIndex,
+ "windowIndex": next.windowIndex ?? -1,
+ "windowID": next.windowID ?? 0
+ ])
+ }
+
+ private func moveHorizontalMasonryTabSelection() {
+ guard let current = currentSelection ?? currentViewModel?.initialSelection,
+ let next = nextHorizontalMasonrySelection(from: current, direction: .right)
+ else {
+ DevelopmentDiagnostics.log("quickSwitch.view.moveHorizontalMasonryTabSelection.blocked", [
+ "hasSelection": (currentSelection ?? currentViewModel?.initialSelection) != nil
+ ])
+ selectionChangedByLastCommand = false
+ return
+ }
+
+ columnSelectionHistory[current.appGroupIndex] = current.windowIndex
+ let previousSelection = effectiveSelection
+ currentSelection = next
+ keyboardFocusedAppGroupIndex = next.appGroupIndex
+ keyboardFocusedWindowID = next.windowID
+ columnSelectionHistory[next.appGroupIndex] = next.windowIndex
+ selectionChangedByLastCommand = previousSelection != next
+ clearKeyboardBoundaryFeedback()
+ setHoverTarget(
+ .window(appGroupIndex: next.appGroupIndex, windowID: next.windowID, spaceID: nil),
+ source: .keyboard
+ )
+ ensureCurrentSelectionVisible(horizontalIntent: .alignWithAppShelf(animated: true))
+ DevelopmentDiagnostics.log("quickSwitch.view.moveHorizontalMasonryTabSelection", [
+ "appGroupIndex": next.appGroupIndex,
+ "windowIndex": next.windowIndex,
+ "windowID": next.windowID
+ ])
+ needsLayout = true
+ }
+
+ private func horizontalKeyboardFocusNodes() -> [HorizontalKeyboardFocusNode] {
+ var nodes: [HorizontalKeyboardFocusNode] = []
+ nodes.reserveCapacity(appShelfItems.count + waterfallColumns.reduce(0) { $0 + $1.cards.count })
+
+ for (index, item) in appShelfItems.enumerated() {
+ let frame = item.iconLayer.frame.offsetBy(
+ dx: shelfLayer.frame.minX
+ + appShelfContentLayer.frame.minX
+ + item.containerLayer.frame.minX,
+ dy: shelfLayer.frame.minY
+ + appShelfContentLayer.frame.minY
+ + item.containerLayer.frame.minY
+ )
+ nodes.append(HorizontalKeyboardFocusNode(
+ kind: .app,
+ appGroupIndex: item.item.appGroupIndex,
+ windowIndex: nil,
+ windowID: nil,
+ spaceID: nil,
+ frame: frame,
+ order: index
+ ))
+ }
+
+ var order = appShelfItems.count
+ for column in waterfallColumns.sorted(by: { $0.column.appGroupIndex < $1.column.appGroupIndex }) {
+ for card in column.cards.sorted(by: { $0.item.windowIndex < $1.item.windowIndex }) {
+ let frame = card.containerLayer.frame.offsetBy(
+ dx: waterfallLayer.frame.minX
+ + waterfallContentLayer.frame.minX
+ + column.containerLayer.frame.minX
+ + column.cardsClipLayer.frame.minX,
+ dy: waterfallLayer.frame.minY
+ + waterfallContentLayer.frame.minY
+ + column.containerLayer.frame.minY
+ + column.cardsClipLayer.frame.minY
+ )
+ nodes.append(HorizontalKeyboardFocusNode(
+ kind: .window,
+ appGroupIndex: card.item.appGroupIndex,
+ windowIndex: card.item.windowIndex,
+ windowID: card.item.window.id,
+ spaceID: card.item.primarySpaceID,
+ frame: frame,
+ order: order
+ ))
+ order += 1
+ }
+ }
+
+ return nodes
+ }
+
+ private func currentHorizontalKeyboardFocusNode(
+ in nodes: [HorizontalKeyboardFocusNode]
+ ) -> HorizontalKeyboardFocusNode? {
+ if case .app(let appGroupIndex) = hoverTarget,
+ let node = nodes.first(where: { $0.kind == .app && $0.appGroupIndex == appGroupIndex }) {
+ return node
+ }
+
+ if let keyboardFocusedWindowID,
+ let node = nodes.first(where: { $0.kind == .window && $0.windowID == keyboardFocusedWindowID }) {
+ return node
+ }
+
+ if case .window(_, let windowID, _) = hoverTarget,
+ let node = nodes.first(where: { $0.kind == .window && $0.windowID == windowID }) {
+ return node
+ }
+
+ if let selection = effectiveSelection,
+ let node = nodes.first(where: { $0.kind == .window && $0.windowID == selection.windowID }) {
+ return node
+ }
+
+ return nodes.min { $0.order < $1.order }
+ }
+
+ private func nextHorizontalKeyboardFocusNode(
+ from current: HorizontalKeyboardFocusNode,
+ direction: QuickSwitchKeyboardDirection,
+ in nodes: [HorizontalKeyboardFocusNode]
+ ) -> HorizontalKeyboardFocusNode? {
+ let candidates = nodes.filter { !$0.matches(current) }
+ guard !candidates.isEmpty else { return current }
+
+ if current.kind == .app,
+ direction == .down,
+ let firstWindow = firstHorizontalWindowNode(for: current.appGroupIndex, in: nodes) {
+ return firstWindow
+ }
+
+ if current.kind == .window,
+ direction == .up,
+ current.windowID == firstHorizontalMasonryCard(for: current.appGroupIndex)?.item.window.id,
+ let appNode = nodes.first(where: { $0.kind == .app && $0.appGroupIndex == current.appGroupIndex }) {
+ return appNode
+ }
+
+ switch direction {
+ case .left, .right:
+ let sameKindCandidates = candidates.filter { $0.kind == current.kind }
+ return nextHorizontalFocusByX(
+ from: current,
+ direction: direction,
+ candidates: sameKindCandidates.isEmpty ? candidates : sameKindCandidates
+ )
+ case .up, .down:
+ return nextHorizontalFocusByY(from: current, direction: direction, candidates: candidates)
+ }
+ }
+
+ private func firstHorizontalWindowNode(
+ for appGroupIndex: Int,
+ in nodes: [HorizontalKeyboardFocusNode]
+ ) -> HorizontalKeyboardFocusNode? {
+ nodes
+ .filter { $0.kind == .window && $0.appGroupIndex == appGroupIndex }
+ .min { lhs, rhs in
+ (lhs.windowIndex ?? .max, lhs.order) < (rhs.windowIndex ?? .max, rhs.order)
+ }
+ }
+
+ private func nextHorizontalFocusByX(
+ from current: HorizontalKeyboardFocusNode,
+ direction: QuickSwitchKeyboardDirection,
+ candidates: [HorizontalKeyboardFocusNode]
+ ) -> HorizontalKeyboardFocusNode? {
+ let epsilon: CGFloat = 0.5
+ let forward = direction == .right
+ let directional = candidates.filter { node in
+ forward
+ ? node.center.x > current.center.x + epsilon
+ : node.center.x < current.center.x - epsilon
+ }
+ let sameBand = directional.filter { isHorizontalFocusSameBand($0, current) }
+ let pool = sameBand.isEmpty ? directional : sameBand
+ if let next = pool.sorted(by: horizontalFocusXSort(from: current, forward: forward)).first {
+ return next
+ }
+
+ let wrapSameBand = candidates.filter { isHorizontalFocusSameBand($0, current) }
+ let wrapPool = wrapSameBand.isEmpty ? candidates : wrapSameBand
+ return wrapPool.sorted(by: horizontalFocusXWrapSort(from: current, forward: forward)).first
+ }
+
+ private func nextHorizontalFocusByY(
+ from current: HorizontalKeyboardFocusNode,
+ direction: QuickSwitchKeyboardDirection,
+ candidates: [HorizontalKeyboardFocusNode]
+ ) -> HorizontalKeyboardFocusNode? {
+ let epsilon: CGFloat = 0.5
+ let upward = direction == .up
+ let directional = candidates.filter { node in
+ upward
+ ? node.center.y > current.center.y + epsilon
+ : node.center.y < current.center.y - epsilon
+ }
+ if let next = directional.sorted(by: horizontalFocusYSort(from: current, upward: upward)).first {
+ return next
+ }
+ return candidates.sorted(by: horizontalFocusYWrapSort(from: current, upward: upward)).first
+ }
+
+ private func isHorizontalFocusSameBand(
+ _ lhs: HorizontalKeyboardFocusNode,
+ _ rhs: HorizontalKeyboardFocusNode
+ ) -> Bool {
+ let tolerance = max(lhs.frame.height, rhs.frame.height) * 0.75
+ return abs(lhs.center.y - rhs.center.y) <= tolerance
+ }
+
+ private func horizontalFocusXSort(
+ from current: HorizontalKeyboardFocusNode,
+ forward: Bool
+ ) -> (HorizontalKeyboardFocusNode, HorizontalKeyboardFocusNode) -> Bool {
+ { lhs, rhs in
+ let lhsPrimary = abs(lhs.center.x - current.center.x)
+ let rhsPrimary = abs(rhs.center.x - current.center.x)
+ if abs(lhsPrimary - rhsPrimary) > 0.5 {
+ return lhsPrimary < rhsPrimary
+ }
+
+ let lhsSecondary = abs(lhs.center.y - current.center.y)
+ let rhsSecondary = abs(rhs.center.y - current.center.y)
+ if abs(lhsSecondary - rhsSecondary) > 0.5 {
+ return lhsSecondary < rhsSecondary
+ }
+
+ return forward ? lhs.order < rhs.order : lhs.order > rhs.order
+ }
+ }
+
+ private func horizontalFocusXWrapSort(
+ from current: HorizontalKeyboardFocusNode,
+ forward: Bool
+ ) -> (HorizontalKeyboardFocusNode, HorizontalKeyboardFocusNode) -> Bool {
+ { lhs, rhs in
+ if abs(lhs.center.x - rhs.center.x) > 0.5 {
+ return forward ? lhs.center.x < rhs.center.x : lhs.center.x > rhs.center.x
+ }
+
+ let lhsSecondary = abs(lhs.center.y - current.center.y)
+ let rhsSecondary = abs(rhs.center.y - current.center.y)
+ if abs(lhsSecondary - rhsSecondary) > 0.5 {
+ return lhsSecondary < rhsSecondary
+ }
+
+ return forward ? lhs.order < rhs.order : lhs.order > rhs.order
+ }
+ }
+
+ private func horizontalFocusYSort(
+ from current: HorizontalKeyboardFocusNode,
+ upward: Bool
+ ) -> (HorizontalKeyboardFocusNode, HorizontalKeyboardFocusNode) -> Bool {
+ { lhs, rhs in
+ let lhsPrimary = abs(lhs.center.y - current.center.y)
+ let rhsPrimary = abs(rhs.center.y - current.center.y)
+ if abs(lhsPrimary - rhsPrimary) > 0.5 {
+ return lhsPrimary < rhsPrimary
+ }
+
+ let lhsSecondary = abs(lhs.center.x - current.center.x)
+ let rhsSecondary = abs(rhs.center.x - current.center.x)
+ if abs(lhsSecondary - rhsSecondary) > 0.5 {
+ return lhsSecondary < rhsSecondary
+ }
+
+ return upward ? lhs.order < rhs.order : lhs.order > rhs.order
+ }
+ }
+
+ private func horizontalFocusYWrapSort(
+ from current: HorizontalKeyboardFocusNode,
+ upward: Bool
+ ) -> (HorizontalKeyboardFocusNode, HorizontalKeyboardFocusNode) -> Bool {
+ { lhs, rhs in
+ if abs(lhs.center.y - rhs.center.y) > 0.5 {
+ return upward ? lhs.center.y < rhs.center.y : lhs.center.y > rhs.center.y
+ }
+
+ let lhsSecondary = abs(lhs.center.x - current.center.x)
+ let rhsSecondary = abs(rhs.center.x - current.center.x)
+ if abs(lhsSecondary - rhsSecondary) > 0.5 {
+ return lhsSecondary < rhsSecondary
+ }
+
+ return upward ? lhs.order < rhs.order : lhs.order > rhs.order
+ }
+ }
+
+ private func focusHorizontalKeyboardNode(
+ _ node: HorizontalKeyboardFocusNode,
+ direction _: QuickSwitchKeyboardDirection
+ ) {
+ switch node.kind {
+ case .app:
+ keyboardFocusedAppGroupIndex = node.appGroupIndex
+ keyboardFocusedWindowID = nil
+ clearKeyboardBoundaryFeedback()
+ ensureAppShelfItemVisible(node.appGroupIndex)
+ _ = selectHorizontalMasonryDefaultWindowForApp(
+ node.appGroupIndex,
+ recordsSelectionChange: true
+ )
+ hoverAppGroup(node.appGroupIndex, source: .keyboard)
+ case .window:
+ guard let windowIndex = node.windowIndex,
+ let windowID = node.windowID
+ else {
+ selectionChangedByLastCommand = false
+ return
+ }
+
+ let previousSelection = effectiveSelection
+ let next = QuickSwitchSelection(
+ appGroupIndex: node.appGroupIndex,
+ windowIndex: windowIndex,
+ windowID: windowID
+ )
+ keyboardFocusedAppGroupIndex = node.appGroupIndex
+ keyboardFocusedWindowID = windowID
+ currentSelection = next
+ columnSelectionHistory[next.appGroupIndex] = next.windowIndex
+ selectionChangedByLastCommand = previousSelection != next
+ clearKeyboardBoundaryFeedback()
+ ensureAppShelfItemVisible(node.appGroupIndex)
+ setHoverTarget(
+ .window(appGroupIndex: node.appGroupIndex, windowID: windowID, spaceID: node.spaceID),
+ source: .keyboard
+ )
+ ensureCurrentSelectionVisible(horizontalIntent: .alignWithAppShelf(animated: true))
+ }
+
+ needsLayout = true
+ }
+
+ private func nextHorizontalMasonrySelection(
+ from current: QuickSwitchSelection,
+ direction: QuickSwitchKeyboardDirection
+ ) -> QuickSwitchSelection? {
+ layoutSubtreeIfNeeded()
+
+ let cards = horizontalMasonryCardsInPlacementOrder()
+ guard let currentIndex = cards.firstIndex(where: { $0.item.window.id == current.windowID }) else {
+ return cards.first.map(selectionForCard)
+ }
+
+ switch direction {
+ case .right:
+ return selectionForCard(cards[(currentIndex + 1) % cards.count])
+ case .left:
+ return selectionForCard(cards[(currentIndex - 1 + cards.count) % cards.count])
+ case .up:
+ return nearestHorizontalMasonrySelection(from: cards[currentIndex], direction: .up)
+ ?? selectionForCard(cards.first ?? cards[currentIndex])
+ case .down:
+ return nearestHorizontalMasonrySelection(from: cards[currentIndex], direction: .down)
+ ?? selectionForCard(cards.last ?? cards[currentIndex])
+ }
+ }
+
+ private func nearestHorizontalMasonrySelection(
+ from currentCard: WaterfallCardLayers,
+ direction: QuickSwitchKeyboardDirection
+ ) -> QuickSwitchSelection? {
+ let currentFrame = currentCard.containerLayer.frame
+ let candidates = horizontalMasonryCardsInPlacementOrder().filter { card in
+ guard card.item.window.id != currentCard.item.window.id else { return false }
+ switch direction {
+ case .up:
+ return card.containerLayer.frame.minY >= currentFrame.maxY - 0.5
+ case .down:
+ return card.containerLayer.frame.maxY <= currentFrame.minY + 0.5
+ case .left, .right:
+ return false
+ }
+ }
+
+ let best = candidates.min { lhs, rhs in
+ let lhsFrame = lhs.containerLayer.frame
+ let rhsFrame = rhs.containerLayer.frame
+ let lhsPrimaryDistance = direction == .up
+ ? lhsFrame.minY - currentFrame.maxY
+ : currentFrame.minY - lhsFrame.maxY
+ let rhsPrimaryDistance = direction == .up
+ ? rhsFrame.minY - currentFrame.maxY
+ : currentFrame.minY - rhsFrame.maxY
+ if abs(lhsPrimaryDistance - rhsPrimaryDistance) > 0.5 {
+ return lhsPrimaryDistance < rhsPrimaryDistance
+ }
+
+ let lhsHorizontalDistance = abs(lhsFrame.midX - currentFrame.midX)
+ let rhsHorizontalDistance = abs(rhsFrame.midX - currentFrame.midX)
+ if abs(lhsHorizontalDistance - rhsHorizontalDistance) > 0.5 {
+ return lhsHorizontalDistance < rhsHorizontalDistance
+ }
+
+ return lhs.item.globalIndex < rhs.item.globalIndex
+ }
+
+ return best.map(selectionForCard)
+ }
+
+ private func horizontalMasonryCardsInPlacementOrder() -> [WaterfallCardLayers] {
+ waterfallColumns
+ .sorted { $0.column.appGroupIndex < $1.column.appGroupIndex }
+ .flatMap { column in
+ column.cards.sorted { $0.item.windowIndex < $1.item.windowIndex }
+ }
+ }
+
+ private func selectionForCard(_ card: WaterfallCardLayers) -> QuickSwitchSelection {
+ QuickSwitchSelection(
+ appGroupIndex: card.item.appGroupIndex,
+ windowIndex: card.item.windowIndex,
+ windowID: card.item.window.id
+ )
}
private func commitCurrentSelection() {
@@ -1145,9 +3279,24 @@
_ selection: QuickSwitchSelection,
horizontalIntent: WaterfallHorizontalIntent = .reveal
) {
+ if isHorizontalMasonryMode {
+ switch horizontalIntent {
+ case .reveal:
+ ensureHorizontalMasonrySelectionVisible(selection, animated: false)
+ case .alignWithAppShelf(let animated):
+ ensureHorizontalMasonrySelectionVisible(selection, animated: animated)
+ }
+ return
+ }
+
guard
let column = waterfallColumns.first(where: { $0.column.appGroupIndex == selection.appGroupIndex })
else {
+ return
+ }
+
+ if waterfallShouldKeepFilteredColumnsCentered {
+ ensureWaterfallCardVisibleVertically(selection)
return
}
@@ -1161,11 +3310,16 @@
}
private func ensureWaterfallCardVisibleVertically(_ selection: QuickSwitchSelection) {
+ guard !isHorizontalMasonryMode else {
+ ensureHorizontalMasonrySelectionVisible(selection, animated: false)
+ return
+ }
+
let visibleHeight = max(
1,
waterfallLayer.bounds.height
- WaterfallMetrics.headerHeight
- - WaterfallMetrics.columnPadding * 2
+ - WaterfallMetrics.columnVerticalPadding * 2
)
let cardStride = WaterfallMetrics.cardHeight + WaterfallMetrics.cardGap
let cardStart = CGFloat(selection.windowIndex) * cardStride
@@ -1188,6 +3342,11 @@
}
private func alignWaterfallColumnWithAppShelfIcon(appGroupIndex: Int, animated: Bool) {
+ if isHorizontalMasonryMode {
+ ensureHorizontalMasonryAppVisible(appGroupIndex, animated: animated)
+ return
+ }
+
guard
let item = appShelfItems.first(where: { $0.item.appGroupIndex == appGroupIndex }),
let column = waterfallColumns.first(where: { $0.column.appGroupIndex == appGroupIndex })
@@ -1214,6 +3373,11 @@
}
private func ensureWaterfallColumnVisible(_ appGroupIndex: Int) {
+ if isHorizontalMasonryMode {
+ ensureHorizontalMasonryAppVisible(appGroupIndex, animated: false)
+ return
+ }
+
guard let column = waterfallColumns.first(where: { $0.column.appGroupIndex == appGroupIndex }) else {
return
}
@@ -1222,18 +3386,31 @@
}
private func ensureWaterfallColumnVisible(_ column: WaterfallColumnLayers) {
+ if isHorizontalMasonryMode {
+ ensureHorizontalMasonryAppVisible(column.column.appGroupIndex, animated: false)
+ return
+ }
+
waterfallScrollOffset = clampedWaterfallOffset(
scrollOffset(
makingVisible: column.containerLayer.frame,
currentOffset: waterfallScrollOffset,
visibleWidth: waterfallLayer.bounds.width,
maxOffset: waterfallMaxScrollOffset,
- inset: WaterfallMetrics.revealPadding
+ inset: WaterfallMetrics.horizontalRevealPadding
)
)
}
private var waterfallAlignmentScrollRange: ClosedRange<CGFloat> {
+ if isHorizontalMasonryMode {
+ return 0...0
+ }
+
+ if waterfallShouldKeepFilteredColumnsCentered {
+ return 0...0
+ }
+
var minimumOffset: CGFloat = 0
var maximumOffset = waterfallMaxScrollOffset
@@ -1258,6 +3435,10 @@
private func clampedWaterfallAlignmentOffset(_ offset: CGFloat) -> CGFloat {
let range = waterfallAlignmentScrollRange
return min(max(range.lowerBound, offset), range.upperBound)
+ }
+
+ private var waterfallShouldKeepFilteredColumnsCentered: Bool {
+ currentViewModel?.lockedSpaceID != nil && waterfallMaxScrollOffset <= 0.5
}
private func setWaterfallScrollOffset(_ offset: CGFloat, animated: Bool) {
@@ -1292,6 +3473,80 @@
animation.timingFunction = CAMediaTimingFunction(name: WaterfallAlignmentMetrics.animationTimingName)
animation.isRemovedOnCompletion = true
waterfallContentLayer.add(animation, forKey: "waterfallColumnAlignment")
+ }
+
+ private func ensureHorizontalMasonrySelectionVisible(
+ _ selection: QuickSwitchSelection,
+ animated: Bool
+ ) {
+ guard let card = waterfallCard(
+ appGroupIndex: selection.appGroupIndex,
+ windowIndex: selection.windowIndex
+ ) else {
+ return
+ }
+
+ let visibleFrame = card.containerLayer.frame.offsetBy(
+ dx: 0,
+ dy: waterfallContentLayer.frame.minY
+ )
+ let visibleHeight = waterfallLayer.bounds.height
+ let padding = WaterfallMetrics.revealPadding
+ var nextOffset = horizontalMasonryScrollOffset
+
+ if visibleFrame.maxY > visibleHeight - padding {
+ nextOffset -= visibleFrame.maxY - (visibleHeight - padding)
+ } else if visibleFrame.minY < padding {
+ nextOffset += padding - visibleFrame.minY
+ }
+
+ setHorizontalMasonryScrollOffset(nextOffset, animated: animated)
+ }
+
+ private func ensureHorizontalMasonryAppVisible(_ appGroupIndex: Int, animated: Bool) {
+ guard let firstCard = waterfallColumns
+ .first(where: { $0.column.appGroupIndex == appGroupIndex })?
+ .cards
+ .sorted(by: { $0.item.windowIndex < $1.item.windowIndex })
+ .first
+ else {
+ return
+ }
+
+ let cardTopDistance = horizontalMasonryContentHeight - firstCard.containerLayer.frame.maxY
+ setHorizontalMasonryScrollOffset(
+ cardTopDistance - WaterfallMetrics.revealPadding,
+ animated: animated
+ )
+ }
+
+ private func setHorizontalMasonryScrollOffset(_ offset: CGFloat, animated: Bool) {
+ let nextOffset = clampedHorizontalMasonryOffset(offset)
+ let previousPositionY = waterfallContentLayer.presentation()?.position.y
+ ?? waterfallContentLayer.position.y
+
+ horizontalMasonryScrollOffset = nextOffset
+ CATransaction.begin()
+ CATransaction.setDisableActions(true)
+ waterfallContentLayer.frame = horizontalMasonryContentFrame()
+ CATransaction.commit()
+
+ let nextPositionY = waterfallContentLayer.position.y
+ guard animated,
+ !NSWorkspace.shared.accessibilityDisplayShouldReduceMotion,
+ abs(previousPositionY - nextPositionY) > 0.5
+ else {
+ waterfallContentLayer.removeAnimation(forKey: "horizontalMasonryAlignment")
+ return
+ }
+
+ let animation = CABasicAnimation(keyPath: "position.y")
+ animation.fromValue = previousPositionY
+ animation.toValue = nextPositionY
+ animation.duration = WaterfallAlignmentMetrics.animationDuration
+ animation.timingFunction = CAMediaTimingFunction(name: WaterfallAlignmentMetrics.animationTimingName)
+ animation.isRemovedOnCompletion = true
+ waterfallContentLayer.add(animation, forKey: "horizontalMasonryAlignment")
}
private func scrollOffset(
@@ -1368,7 +3623,7 @@
}
private func setupBackdropBlurView() {
- backdropBlurView.material = .fullScreenUI
+ backdropBlurView.material = resolvedTheme == .dark ? .hudWindow : .fullScreenUI
backdropBlurView.blendingMode = .behindWindow
backdropBlurView.state = .active
backdropBlurView.isEmphasized = false
@@ -1386,19 +3641,91 @@
addSubview(layerHostView, positioned: .above, relativeTo: backdropBlurView)
}
+ private func applyThemeToBackdrop() {
+ let palette = themePalette
+ backdropBlurView.material = resolvedTheme == .dark ? .hudWindow : .fullScreenUI
+ backgroundLayer.colors = palette.backgroundGradientColors.map(\.cgColor)
+ backgroundLayer.locations = resolvedTheme == .dark
+ ? [0, 0.44, 0.72, 1].map(NSNumber.init(value:))
+ : [0, 1].map(NSNumber.init(value:))
+ safeAreaFillLayer.backgroundColor = palette.safeAreaFill.cgColor
+
+ let showsDarkBackdrop = resolvedTheme == .dark
+ darkAmbientLeftLayer.isHidden = !showsDarkBackdrop
+ darkAmbientCenterLayer.isHidden = !showsDarkBackdrop
+ darkAmbientRightLayer.isHidden = !showsDarkBackdrop
+ darkVignetteLayer.isHidden = !showsDarkBackdrop
+ guard showsDarkBackdrop else { return }
+
+ darkAmbientLeftLayer.colors = [
+ NSColor(calibratedRed: 72 / 255, green: 56 / 255, blue: 145 / 255, alpha: 0.34).cgColor,
+ NSColor(calibratedRed: 20 / 255, green: 28 / 255, blue: 76 / 255, alpha: 0.17).cgColor,
+ NSColor.clear.cgColor
+ ]
+ darkAmbientCenterLayer.colors = [
+ NSColor(calibratedRed: 14 / 255, green: 92 / 255, blue: 130 / 255, alpha: 0.26).cgColor,
+ NSColor(calibratedRed: 12 / 255, green: 54 / 255, blue: 89 / 255, alpha: 0.16).cgColor,
+ NSColor.clear.cgColor
+ ]
+ darkAmbientRightLayer.colors = [
+ NSColor(calibratedRed: 4 / 255, green: 92 / 255, blue: 108 / 255, alpha: 0.20).cgColor,
+ NSColor(calibratedRed: 0 / 255, green: 44 / 255, blue: 54 / 255, alpha: 0.15).cgColor,
+ NSColor.clear.cgColor
+ ]
+ darkVignetteLayer.colors = [
+ NSColor.black.withAlphaComponent(0.48).cgColor,
+ NSColor.clear.cgColor,
+ NSColor.black.withAlphaComponent(0.28).cgColor
+ ]
+ darkVignetteLayer.locations = [0, 0.36, 1].map(NSNumber.init(value:))
+ }
+
+ private func layoutBackdropLayers() {
+ applyThemeToBackdrop()
+ guard resolvedTheme == .dark else { return }
+
+ let width = max(1, bounds.width)
+ let height = max(1, bounds.height)
+ darkAmbientLeftLayer.frame = CGRect(
+ x: -width * 0.18,
+ y: -height * 0.10,
+ width: width * 0.82,
+ height: height * 1.24
+ )
+ darkAmbientCenterLayer.frame = CGRect(
+ x: width * 0.24,
+ y: height * 0.10,
+ width: width * 0.52,
+ height: height * 0.74
+ )
+ darkAmbientRightLayer.frame = CGRect(
+ x: width * 0.50,
+ y: -height * 0.12,
+ width: width * 0.72,
+ height: height * 1.26
+ )
+ darkVignetteLayer.frame = bounds
+ }
+
private func setupLayers() {
guard let rootLayer = layerHostView.layer else { return }
rootLayer.masksToBounds = true
- backgroundLayer.colors = [
- NSColor.windowBackgroundColor.withAlphaComponent(0.58).cgColor,
- NSColor.controlBackgroundColor.withAlphaComponent(0.48).cgColor
- ]
backgroundLayer.startPoint = CGPoint(x: 0.5, y: 1.0)
backgroundLayer.endPoint = CGPoint(x: 0.5, y: 0.0)
rootLayer.addSublayer(backgroundLayer)
+ for ambientLayer in darkBackdropAmbientLayers {
+ ambientLayer.type = .radial
+ ambientLayer.startPoint = CGPoint(x: 0.5, y: 0.5)
+ ambientLayer.endPoint = CGPoint(x: 1.0, y: 1.0)
+ ambientLayer.isHidden = true
+ rootLayer.addSublayer(ambientLayer)
+ }
+ darkVignetteLayer.startPoint = CGPoint(x: 0.5, y: 1.0)
+ darkVignetteLayer.endPoint = CGPoint(x: 0.5, y: 0.0)
+ darkVignetteLayer.isHidden = true
+ rootLayer.addSublayer(darkVignetteLayer)
- safeAreaFillLayer.backgroundColor = NSColor.black.cgColor
rootLayer.addSublayer(safeAreaFillLayer)
glassLayer.cornerRadius = 0
@@ -1408,8 +3735,8 @@
glassLayer.shadowOpacity = 0
rootLayer.addSublayer(glassLayer)
- laneLayer.backgroundColor = NSColor.controlBackgroundColor.withAlphaComponent(0.68).cgColor
- laneLayer.cornerRadius = 16
+ laneLayer.backgroundColor = NSColor.clear.cgColor
+ laneLayer.cornerRadius = 0
laneLayer.masksToBounds = true
glassLayer.addSublayer(laneLayer)
laneLayer.addSublayer(spaceLaneContentLayer)
@@ -1427,6 +3754,46 @@
closeConfirmationLayers.containerLayer.isHidden = true
glassLayer.addSublayer(closeConfirmationLayers.containerLayer)
+
+ closeFeedbackLayer.isHidden = true
+ closeFeedbackLayer.opacity = 0
+ closeFeedbackLayer.cornerRadius = 11
+ closeFeedbackLayer.borderWidth = 1
+ closeFeedbackLayer.masksToBounds = false
+ closeFeedbackLayer.shadowColor = NSColor.black.cgColor
+ closeFeedbackLayer.shadowOpacity = 0.14
+ closeFeedbackLayer.shadowRadius = 16
+ closeFeedbackLayer.shadowOffset = CGSize(width: 0, height: -5)
+ closeFeedbackLayer.zPosition = 190
+ closeFeedbackTextLayer.contentsScale = backingScaleFactor
+ closeFeedbackTextLayer.font = NSFont.systemFont(ofSize: 13, weight: .medium)
+ closeFeedbackTextLayer.fontSize = 13
+ closeFeedbackTextLayer.alignmentMode = .center
+ closeFeedbackTextLayer.truncationMode = .end
+ closeFeedbackLayer.addSublayer(closeFeedbackTextLayer)
+ glassLayer.addSublayer(closeFeedbackLayer)
+
+ viewModeToggleButtonLayer.cornerRadius = 10
+ viewModeToggleButtonLayer.masksToBounds = false
+ viewModeToggleButtonLayer.borderWidth = 1
+ viewModeToggleButtonLayer.shadowColor = NSColor.black.cgColor
+ viewModeToggleButtonLayer.shadowOffset = CGSize(width: 0, height: -2)
+ viewModeToggleButtonLayer.zPosition = 170
+ viewModeToggleIconLayer.contentsScale = backingScaleFactor
+ viewModeToggleButtonLayer.addSublayer(viewModeToggleIconLayer)
+ glassLayer.addSublayer(viewModeToggleButtonLayer)
+
+ themeToggleButtonLayer.cornerRadius = 10
+ themeToggleButtonLayer.masksToBounds = false
+ themeToggleButtonLayer.borderWidth = 1
+ themeToggleButtonLayer.shadowColor = NSColor.black.cgColor
+ themeToggleButtonLayer.shadowOffset = CGSize(width: 0, height: -2)
+ themeToggleButtonLayer.zPosition = 170
+ themeToggleIconLayer.contentsScale = backingScaleFactor
+ themeToggleButtonLayer.addSublayer(themeToggleIconLayer)
+ glassLayer.addSublayer(themeToggleButtonLayer)
+
+ applyThemeToBackdrop()
}
private func rebuildAppShelfItems() {
@@ -1434,22 +3801,15 @@
item.containerLayer.removeFromSuperlayer()
}
- let selectedAppGroupIndex = effectiveSelection?.appGroupIndex
- appShelfItems = (currentViewModel?.appShelf ?? []).map { item in
+ appShelfItems = (currentViewModel?.appShelf ?? []).enumerated().map { ordinal, item in
let container = CALayer()
container.name = item.app.name
let background = CALayer()
background.cornerRadius = 10
- background.backgroundColor = (item.appGroupIndex == selectedAppGroupIndex
- ? NSColor.systemFill.withAlphaComponent(0.16)
- : NSColor.clear
- ).cgColor
- background.borderColor = (item.appGroupIndex == selectedAppGroupIndex
- ? NSColor.separatorColor.withAlphaComponent(0.36)
- : NSColor.clear
- ).cgColor
- background.borderWidth = item.appGroupIndex == selectedAppGroupIndex ? 1 : 0
+ background.backgroundColor = NSColor.clear.cgColor
+ background.borderColor = NSColor.clear.cgColor
+ background.borderWidth = 0
let icon = CALayer()
icon.contentsGravity = .resizeAspect
@@ -1458,11 +3818,23 @@
icon.cornerRadius = 12
icon.masksToBounds = false
+ let indexLabel = makeTextLayer(
+ string: appShelfIndexText(forOrdinal: ordinal),
+ fontSize: AppShelfMetrics.indexFontSize,
+ weight: .regular,
+ color: appShelfIndexColor,
+ alignment: .center
+ )
+ indexLabel.font = appShelfIndexFont(size: AppShelfMetrics.indexFontSize)
+ indexLabel.fontSize = AppShelfMetrics.indexFontSize
+ indexLabel.truncationMode = .end
+ indexLabel.zPosition = 14
+
let label = makeTextLayer(
string: item.app.name,
fontSize: 11,
weight: .regular,
- color: .secondaryLabelColor,
+ color: themePalette.appShelfLabelText,
alignment: .center
)
@@ -1482,6 +3854,7 @@
let closeButton = makeCloseButtonLayers()
container.addSublayer(background)
+ container.addSublayer(indexLabel)
container.addSublayer(icon)
container.addSublayer(label)
container.addSublayer(badge)
@@ -1492,6 +3865,7 @@
item: item,
containerLayer: container,
backgroundLayer: background,
+ indexLayer: indexLabel,
iconLayer: icon,
labelLayer: label,
badgeLayer: badge,
@@ -1512,27 +3886,37 @@
container.name = column.app.name
container.cornerRadius = 14
container.masksToBounds = true
- container.backgroundColor = NSColor.controlBackgroundColor.withAlphaComponent(0.56).cgColor
- container.borderColor = NSColor.separatorColor.withAlphaComponent(0.34).cgColor
+ container.backgroundColor = themePalette.columnBackground.cgColor
+ container.borderColor = themePalette.columnBorder.cgColor
container.borderWidth = 1
+ let cardsClip = CALayer()
+ cardsClip.masksToBounds = true
+ cardsClip.backgroundColor = NSColor.clear.cgColor
+
let header = CALayer()
- header.backgroundColor = NSColor.controlBackgroundColor.withAlphaComponent(0.68).cgColor
+ header.backgroundColor = themePalette.columnHeaderBackground.cgColor
+ header.zPosition = 40
let appName = makeTextLayer(
string: column.app.name,
fontSize: 13,
weight: .semibold,
- color: .labelColor
+ color: themePalette.columnText,
+ alignment: .center
)
let count = makeTextLayer(
string: "\(column.windows.count)",
fontSize: 11,
weight: .medium,
- color: .secondaryLabelColor,
+ color: themePalette.columnSecondaryText,
alignment: .right
)
+ appName.zPosition = 42
+ count.zPosition = 42
+
+ container.addSublayer(cardsClip)
container.addSublayer(header)
container.addSublayer(appName)
container.addSublayer(count)
@@ -1557,14 +3941,15 @@
string: window.window.title.isEmpty ? "Untitled Window" : window.window.title,
fontSize: 12,
weight: .medium,
- color: .labelColor
+ color: themePalette.cardText
)
title.truncationMode = .middle
let meta = makeTextLayer(
string: waterfallMetaText(for: window),
fontSize: 10,
weight: .regular,
- color: .secondaryLabelColor
+ color: themePalette.cardSecondaryText,
+ alignment: .right
)
let appIcon = CALayer()
appIcon.contentsGravity = .resizeAspect
@@ -1577,13 +3962,13 @@
string: waterfallStateText(for: window),
fontSize: 10,
weight: .medium,
- color: .secondaryLabelColor,
+ color: themePalette.cardSecondaryText,
alignment: .right
)
let shine = CAGradientLayer()
shine.colors = [
NSColor.white.withAlphaComponent(0.00).cgColor,
- NSColor.white.withAlphaComponent(0.16).cgColor,
+ themePalette.shinePeak.cgColor,
NSColor.white.withAlphaComponent(0.00).cgColor
]
shine.startPoint = CGPoint(x: 0, y: 1)
@@ -1599,7 +3984,7 @@
card.addSublayer(state)
card.addSublayer(shine)
card.addSublayer(closeButton.containerLayer)
- container.addSublayer(card)
+ cardsClip.addSublayer(card)
return WaterfallCardLayers(
item: window,
@@ -1620,6 +4005,7 @@
return WaterfallColumnLayers(
column: column,
containerLayer: container,
+ cardsClipLayer: cardsClip,
headerLayer: header,
appNameLayer: appName,
countLayer: count,
@@ -1632,66 +4018,108 @@
}
private func rebuildSpaceLaneSegments() {
- for segment in spaceLaneSegments {
- segment.containerLayer.removeFromSuperlayer()
+ for group in spaceLaneDisplayGroups {
+ group.containerLayer.removeFromSuperlayer()
}
- let spaces = currentViewModel?.displays.flatMap(\.spaces) ?? []
- spaceLaneSegments = spaces.map { space in
- let container = CALayer()
- container.name = space.label
- container.cornerRadius = 10
- container.borderWidth = 1
- container.borderColor = NSColor.separatorColor.withAlphaComponent(0.34).cgColor
- container.backgroundColor = spaceColor(for: space).cgColor
- container.shadowColor = NSColor.black.cgColor
+ var groups: [SpaceLaneDisplayGroupLayers] = []
+ var allSegments: [SpaceLaneSegmentLayers] = []
- let labelLayer = makeTextLayer(
- string: space.label,
- fontSize: 15,
- weight: .semibold,
- color: .labelColor
- )
- let countLayer = makeTextLayer(
- string: "\(space.windowCount)",
- fontSize: 12,
- weight: .medium,
- color: .secondaryLabelColor,
- alignment: .center
- )
- let appLayer = makeTextLayer(
- string: appIdentifierText(for: space),
- fontSize: 12,
- weight: space.type == .fullscreen ? .medium : .regular,
- color: space.type == .fullscreen ? .labelColor : .secondaryLabelColor,
- alignment: space.type == .fullscreen ? .center : .left
- )
- let windowBlocks = space.type == .fullscreen
- ? []
- : makeWindowBlocks(count: min(space.windowCount, 5), space: space)
- let fullscreenMarkerLayer = makeFullscreenMarkerLayer(for: space)
+ for display in currentViewModel?.displays ?? [] {
+ let groupContainer = CALayer()
+ groupContainer.name = display.displayLabel
+ groupContainer.cornerRadius = 14
+ groupContainer.masksToBounds = false
+ groupContainer.borderWidth = 0
+ groupContainer.borderColor = NSColor.clear.cgColor
+ groupContainer.backgroundColor = themePalette.displayGroupBackground.cgColor
+ groupContainer.shadowColor = NSColor.black.cgColor
+ groupContainer.shadowOpacity = 0
+ groupContainer.shadowRadius = 0
+ groupContainer.shadowOffset = .zero
- container.addSublayer(labelLayer)
- container.addSublayer(countLayer)
- container.addSublayer(appLayer)
- if let fullscreenMarkerLayer {
- container.addSublayer(fullscreenMarkerLayer)
+ let segments = display.spaces.map { space in
+ let container = CAGradientLayer()
+ container.name = space.label
+ container.cornerRadius = 10
+ container.borderWidth = 1
+ container.borderColor = NSColor.separatorColor.withAlphaComponent(0.34).cgColor
+ container.backgroundColor = NSColor.clear.cgColor
+ container.startPoint = CGPoint(x: 0.5, y: 1.0)
+ container.endPoint = CGPoint(x: 0.5, y: 0.0)
+ container.shadowColor = NSColor.black.cgColor
+
+ let labelLayer = makeTextLayer(
+ string: space.label,
+ fontSize: 15,
+ weight: .semibold,
+ color: themePalette.spaceLanePrimaryText
+ )
+ let countLayer = makeTextLayer(
+ string: "\(space.windowCount)",
+ fontSize: 12,
+ weight: .medium,
+ color: themePalette.spaceLaneSecondaryText,
+ alignment: .center
+ )
+ let appLayer = makeTextLayer(
+ string: appIdentifierText(for: space),
+ fontSize: 12,
+ weight: space.type == .fullscreen ? .medium : .regular,
+ color: space.type == .fullscreen ? themePalette.spaceLanePrimaryText : themePalette.spaceLaneSecondaryText,
+ alignment: space.type == .fullscreen ? .center : .left
+ )
+ let splitAppLayers = splitViewAppNames(for: space).map { name in
+ makeTextLayer(
+ string: name,
+ fontSize: 12,
+ weight: .medium,
+ color: themePalette.spaceLanePrimaryText,
+ alignment: .center
+ )
+ }
+ let windowBlocks = space.type == .fullscreen
+ ? []
+ : makeWindowBlocks(count: min(space.windowCount, 5), space: space)
+ let fullscreenMarkerLayer = makeFullscreenMarkerLayer(for: space)
+
+ container.addSublayer(labelLayer)
+ container.addSublayer(countLayer)
+ container.addSublayer(appLayer)
+ if let fullscreenMarkerLayer {
+ container.addSublayer(fullscreenMarkerLayer)
+ }
+ for splitAppLayer in splitAppLayers {
+ container.addSublayer(splitAppLayer)
+ }
+ for block in windowBlocks {
+ container.addSublayer(block)
+ }
+ groupContainer.addSublayer(container)
+
+ return SpaceLaneSegmentLayers(
+ space: space,
+ containerLayer: container,
+ labelLayer: labelLayer,
+ countLayer: countLayer,
+ appLayer: appLayer,
+ splitAppLayers: splitAppLayers,
+ windowBlocks: windowBlocks,
+ fullscreenMarkerLayer: fullscreenMarkerLayer
+ )
}
- for block in windowBlocks {
- container.addSublayer(block)
- }
- spaceLaneContentLayer.addSublayer(container)
- return SpaceLaneSegmentLayers(
- space: space,
- containerLayer: container,
- labelLayer: labelLayer,
- countLayer: countLayer,
- appLayer: appLayer,
- windowBlocks: windowBlocks,
- fullscreenMarkerLayer: fullscreenMarkerLayer
- )
+ spaceLaneContentLayer.addSublayer(groupContainer)
+ groups.append(SpaceLaneDisplayGroupLayers(
+ display: display,
+ containerLayer: groupContainer,
+ segments: segments
+ ))
+ allSegments.append(contentsOf: segments)
}
+
+ spaceLaneDisplayGroups = groups
+ spaceLaneSegments = allSegments
}
private func layoutLayers() {
@@ -1699,6 +4127,7 @@
CATransaction.setDisableActions(true)
backgroundLayer.frame = bounds
+ layoutBackdropLayers()
let safeAreaTopInset = topSafeAreaInset
safeAreaFillLayer.frame = CGRect(
@@ -1740,8 +4169,283 @@
layoutAppShelfItems()
layoutWaterfallColumns()
layoutCloseConfirmation()
+ layoutCloseFeedback()
+ layoutViewModeToggleButton()
+ layoutThemeToggleButton()
CATransaction.commit()
+ }
+
+ private func layoutViewModeToggleButton() {
+ let size = ViewModeToggleMetrics.visualSize
+ let topMargin = topSafeAreaInset + RootLayoutMetrics.topContentMargin
+ let x = max(
+ RootLayoutMetrics.horizontalMargin,
+ glassLayer.bounds.width - RootLayoutMetrics.horizontalMargin - size
+ )
+ let y = max(
+ RootLayoutMetrics.bottomMargin,
+ glassLayer.bounds.height - topMargin - size
+ )
+ viewModeToggleButtonLayer.frame = CGRect(x: x, y: y, width: size, height: size)
+ viewModeToggleButtonLayer.cornerRadius = ViewModeToggleMetrics.cornerRadius
+ let visualState = viewModeToggleVisualState
+ let isSelectedState = viewModeToggleVisualStateIsSelected(visualState)
+ viewModeToggleButtonLayer.backgroundColor = (isSelectedState
+ ? viewModeToggleBlueColor
+ : toggleIdleBackgroundColor(hovered: isViewModeToggleButtonHovered)
+ ).cgColor
+ viewModeToggleButtonLayer.borderColor = (isSelectedState
+ ? viewModeToggleBlueColor.withAlphaComponent(0.96)
+ : viewModeToggleBlueColor.withAlphaComponent(isViewModeToggleButtonHovered ? 0.72 : 0.34)
+ ).cgColor
+ viewModeToggleButtonLayer.shadowOpacity = isSelectedState ? 0.16 : (isViewModeToggleButtonHovered ? 0.11 : 0.06)
+ viewModeToggleButtonLayer.shadowRadius = isSelectedState
+ ? ViewModeToggleMetrics.selectedShadowRadius
+ : ViewModeToggleMetrics.idleShadowRadius
+ viewModeToggleIconLayer.contentsScale = backingScaleFactor
+ let iconInset = ViewModeToggleMetrics.iconInset
+ viewModeToggleIconLayer.frame = viewModeToggleButtonLayer.bounds.insetBy(dx: iconInset, dy: iconInset)
+ layoutViewModeToggleIcon()
+ }
+
+ private func layoutThemeToggleButton() {
+ let size = ViewModeToggleMetrics.visualSize
+ let topMargin = topSafeAreaInset + RootLayoutMetrics.topContentMargin
+ let viewModeFrame = viewModeToggleButtonLayer.frame
+ let fallbackX = max(
+ RootLayoutMetrics.horizontalMargin,
+ glassLayer.bounds.width - RootLayoutMetrics.horizontalMargin - size * 2 - ThemeToggleMetrics.buttonGap
+ )
+ let x = max(
+ RootLayoutMetrics.horizontalMargin,
+ (viewModeFrame.width > 0 ? viewModeFrame.minX : fallbackX + size + ThemeToggleMetrics.buttonGap)
+ - ThemeToggleMetrics.buttonGap
+ - size
+ )
+ let y = max(
+ RootLayoutMetrics.bottomMargin,
+ glassLayer.bounds.height - topMargin - size
+ )
+ themeToggleButtonLayer.frame = CGRect(x: x, y: y, width: size, height: size)
+ themeToggleButtonLayer.cornerRadius = ViewModeToggleMetrics.cornerRadius
+ let isSelectedState = resolvedTheme == .dark
+ themeToggleButtonLayer.backgroundColor = (isSelectedState
+ ? viewModeToggleBlueColor
+ : themeToggleIdleBackgroundColor
+ ).cgColor
+ themeToggleButtonLayer.borderColor = (isSelectedState
+ ? viewModeToggleBlueColor.withAlphaComponent(0.96)
+ : viewModeToggleBlueColor.withAlphaComponent(isThemeToggleButtonHovered ? 0.72 : 0.34)
+ ).cgColor
+ themeToggleButtonLayer.shadowOpacity = isSelectedState ? 0.18 : (isThemeToggleButtonHovered ? 0.12 : 0.06)
+ themeToggleButtonLayer.shadowRadius = isSelectedState
+ ? ViewModeToggleMetrics.selectedShadowRadius
+ : ViewModeToggleMetrics.idleShadowRadius
+ themeToggleIconLayer.contentsScale = backingScaleFactor
+ let iconInset = ViewModeToggleMetrics.iconInset
+ themeToggleIconLayer.frame = themeToggleButtonLayer.bounds.insetBy(dx: iconInset, dy: iconInset)
+ layoutThemeToggleIcon()
+ }
+
+ private func layoutViewModeToggleIcon() {
+ CATransaction.begin()
+ CATransaction.setDisableActions(true)
+ viewModeToggleIconLayer.sublayers?.forEach { $0.removeFromSuperlayer() }
+
+ let bounds = viewModeToggleIconLayer.bounds
+ guard bounds.width > 0, bounds.height > 0 else {
+ CATransaction.commit()
+ return
+ }
+
+ let visualState = viewModeToggleVisualState
+ let isSelectedState = viewModeToggleVisualStateIsSelected(visualState)
+ let strokeColor = isSelectedState
+ ? NSColor.white.withAlphaComponent(0.98)
+ : viewModeToggleBlueColor.withAlphaComponent(0.96)
+ let fillColor = isSelectedState
+ ? NSColor.white.withAlphaComponent(0.22)
+ : viewModeToggleBlueColor.withAlphaComponent(0.06)
+ let glyphRect = centeredSquare(in: bounds)
+
+ switch visualState {
+ case .verticalAvailable, .verticalSelected:
+ addVerticalColumnsToggleGlyph(
+ in: glyphRect,
+ strokeColor: strokeColor,
+ fillColor: fillColor
+ )
+ case .horizontalAvailable, .horizontalSelected:
+ addHorizontalMasonryToggleGlyph(
+ in: glyphRect,
+ strokeColor: strokeColor,
+ fillColor: fillColor
+ )
+ }
+
+ CATransaction.commit()
+ }
+
+ private func layoutThemeToggleIcon() {
+ CATransaction.begin()
+ CATransaction.setDisableActions(true)
+ themeToggleIconLayer.sublayers?.forEach { $0.removeFromSuperlayer() }
+
+ let bounds = themeToggleIconLayer.bounds
+ guard bounds.width > 0, bounds.height > 0 else {
+ CATransaction.commit()
+ return
+ }
+
+ let isSelectedState = resolvedTheme == .dark
+ let strokeColor = isSelectedState
+ ? NSColor.white.withAlphaComponent(0.98)
+ : viewModeToggleBlueColor.withAlphaComponent(0.96)
+ let lightFillColor = isSelectedState
+ ? NSColor.white.withAlphaComponent(0.22)
+ : viewModeToggleBlueColor.withAlphaComponent(0.06)
+ let darkFillColor = isSelectedState
+ ? NSColor.white.withAlphaComponent(0.96)
+ : viewModeToggleBlueColor.withAlphaComponent(0.82)
+ let glyphRect = centeredSquare(in: bounds).insetBy(dx: 0.75, dy: 0.75)
+ addThemeToggleHalfDiskGlyph(
+ in: glyphRect,
+ strokeColor: strokeColor,
+ lightFillColor: lightFillColor,
+ darkFillColor: darkFillColor
+ )
+
+ CATransaction.commit()
+ }
+
+ private func addThemeToggleHalfDiskGlyph(
+ in rect: CGRect,
+ strokeColor: NSColor,
+ lightFillColor: NSColor,
+ darkFillColor: NSColor
+ ) {
+ let circlePath = CGPath(
+ ellipseIn: rect,
+ transform: nil
+ )
+ let baseLayer = CAShapeLayer()
+ baseLayer.contentsScale = backingScaleFactor
+ baseLayer.frame = themeToggleIconLayer.bounds
+ baseLayer.path = circlePath
+ baseLayer.fillColor = lightFillColor.cgColor
+ baseLayer.strokeColor = NSColor.clear.cgColor
+ themeToggleIconLayer.addSublayer(baseLayer)
+
+ let radius = min(rect.width, rect.height) / 2
+ let center = CGPoint(x: rect.midX, y: rect.midY)
+ let halfPath = CGMutablePath()
+ halfPath.move(to: CGPoint(x: center.x, y: center.y + radius))
+ halfPath.addArc(
+ center: center,
+ radius: radius,
+ startAngle: .pi / 2,
+ endAngle: .pi * 1.5,
+ clockwise: false
+ )
+ halfPath.closeSubpath()
+
+ let halfLayer = CAShapeLayer()
+ halfLayer.contentsScale = backingScaleFactor
+ halfLayer.frame = themeToggleIconLayer.bounds
+ halfLayer.path = halfPath
+ halfLayer.fillColor = darkFillColor.cgColor
+ halfLayer.strokeColor = NSColor.clear.cgColor
+ themeToggleIconLayer.addSublayer(halfLayer)
+
+ let outlineLayer = CAShapeLayer()
+ outlineLayer.contentsScale = backingScaleFactor
+ outlineLayer.frame = themeToggleIconLayer.bounds
+ outlineLayer.path = circlePath
+ outlineLayer.fillColor = NSColor.clear.cgColor
+ outlineLayer.strokeColor = strokeColor.cgColor
+ outlineLayer.lineWidth = ViewModeToggleMetrics.glyphLineWidth
+ outlineLayer.lineJoin = .round
+ themeToggleIconLayer.addSublayer(outlineLayer)
+ }
+
+ private func addVerticalColumnsToggleGlyph(
+ in rect: CGRect,
+ strokeColor: NSColor,
+ fillColor: NSColor
+ ) {
+ let columnWidth = rect.width * 0.22
+ let gap = (rect.width - columnWidth * 3) / 2
+ for index in 0..<3 {
+ let x = rect.minX + CGFloat(index) * (columnWidth + gap)
+ let columnRect = CGRect(x: x, y: rect.minY, width: columnWidth, height: rect.height)
+ addViewModeToggleRoundedRect(
+ columnRect,
+ cornerRadius: ViewModeToggleMetrics.glyphCornerRadius,
+ strokeColor: strokeColor,
+ fillColor: fillColor,
+ lineWidth: ViewModeToggleMetrics.glyphLineWidth
+ )
+ }
+ }
+
+ private func addHorizontalMasonryToggleGlyph(
+ in rect: CGRect,
+ strokeColor: NSColor,
+ fillColor: NSColor
+ ) {
+ let cellSize = rect.width * 0.38
+ let gap = rect.width - cellSize * 2
+ for row in 0..<2 {
+ for column in 0..<2 {
+ let cellRect = CGRect(
+ x: rect.minX + CGFloat(column) * (cellSize + gap),
+ y: rect.minY + CGFloat(row) * (cellSize + gap),
+ width: cellSize,
+ height: cellSize
+ )
+ addViewModeToggleRoundedRect(
+ cellRect,
+ cornerRadius: ViewModeToggleMetrics.glyphCornerRadius,
+ strokeColor: strokeColor,
+ fillColor: fillColor,
+ lineWidth: ViewModeToggleMetrics.glyphLineWidth
+ )
+ }
+ }
+ }
+
+ private func addViewModeToggleRoundedRect(
+ _ rect: CGRect,
+ cornerRadius: CGFloat,
+ strokeColor: NSColor,
+ fillColor: NSColor,
+ lineWidth: CGFloat
+ ) {
+ let layer = CAShapeLayer()
+ layer.contentsScale = backingScaleFactor
+ layer.frame = viewModeToggleIconLayer.bounds
+ layer.path = CGPath(
+ roundedRect: rect,
+ cornerWidth: cornerRadius,
+ cornerHeight: cornerRadius,
+ transform: nil
+ )
+ layer.fillColor = fillColor.cgColor
+ layer.strokeColor = strokeColor.cgColor
+ layer.lineWidth = lineWidth
+ layer.lineJoin = .round
+ viewModeToggleIconLayer.addSublayer(layer)
+ }
+
+ private func centeredSquare(in rect: CGRect) -> CGRect {
+ let side = min(rect.width, rect.height)
+ return CGRect(
+ x: rect.midX - side / 2,
+ y: rect.midY - side / 2,
+ width: side,
+ height: side
+ )
}
private var topSafeAreaInset: CGFloat {
@@ -1823,15 +4527,34 @@
}
private func layoutSpaceLaneSegments() {
- guard !spaceLaneSegments.isEmpty else { return }
+ guard !spaceLaneDisplayGroups.isEmpty, !spaceLaneSegments.isEmpty else { return }
- let gap: CGFloat = 10
- let segmentHeight = max(1, laneLayer.bounds.height - 20)
- let availableWidth = laneLayer.bounds.width - 24 - CGFloat(spaceLaneSegments.count - 1) * gap
- let segmentWidth = max(96, min(150, availableWidth / CGFloat(spaceLaneSegments.count)))
+ let groupOuterVerticalInset: CGFloat = 6
+ let groupHeight = max(1, laneLayer.bounds.height - groupOuterVerticalInset * 2)
+ let segmentHeight = max(1, groupHeight - SpaceLaneMetrics.groupVerticalPadding * 2)
+ let groupGapWidth = CGFloat(max(0, spaceLaneDisplayGroups.count - 1)) * SpaceLaneMetrics.groupGap
+ let segmentGapWidth = spaceLaneDisplayGroups.reduce(CGFloat(0)) { total, group in
+ total + CGFloat(max(0, group.segments.count - 1)) * SpaceLaneMetrics.segmentGap
+ }
+ let groupPaddingWidth = CGFloat(spaceLaneDisplayGroups.count) * SpaceLaneMetrics.groupHorizontalPadding * 2
+ let availableWidth = laneLayer.bounds.width
+ - SpaceLaneMetrics.horizontalPadding * 2
+ - groupGapWidth
+ - segmentGapWidth
+ - groupPaddingWidth
+ let segmentWidth = max(
+ SpaceLaneMetrics.segmentMinWidth,
+ min(SpaceLaneMetrics.segmentMaxWidth, availableWidth / CGFloat(spaceLaneSegments.count))
+ )
+ let groupWidths = spaceLaneDisplayGroups.map { group in
+ SpaceLaneMetrics.groupHorizontalPadding * 2
+ + CGFloat(group.segments.count) * segmentWidth
+ + CGFloat(max(0, group.segments.count - 1)) * SpaceLaneMetrics.segmentGap
+ }
+ let segmentGroupWidth = groupWidths.reduce(0, +) + groupGapWidth
spaceLaneContentWidth = max(
laneLayer.bounds.width,
- 24 + CGFloat(spaceLaneSegments.count) * segmentWidth + CGFloat(spaceLaneSegments.count - 1) * gap
+ SpaceLaneMetrics.horizontalPadding * 2 + segmentGroupWidth
)
spaceLaneScrollOffset = clampedSpaceLaneOffset(spaceLaneScrollOffset)
spaceLaneContentLayer.frame = CGRect(
@@ -1841,13 +4564,35 @@
height: laneLayer.bounds.height
)
- var x: CGFloat = 12
+ var x = max(
+ SpaceLaneMetrics.horizontalPadding,
+ (spaceLaneContentWidth - segmentGroupWidth) / 2
+ )
- for segment in spaceLaneSegments {
- segment.containerLayer.frame = CGRect(x: x, y: 10, width: segmentWidth, height: segmentHeight)
- applySpaceLaneVisualState(segment)
- layoutSpaceLaneSegmentContents(segment)
- x += segmentWidth + gap
+ for (index, group) in spaceLaneDisplayGroups.enumerated() {
+ let groupWidth = groupWidths[index]
+ group.containerLayer.frame = CGRect(
+ x: x,
+ y: groupOuterVerticalInset,
+ width: groupWidth,
+ height: groupHeight
+ )
+ applySpaceLaneDisplayGroupVisualState(group)
+
+ var segmentX = SpaceLaneMetrics.groupHorizontalPadding
+ for segment in group.segments {
+ segment.containerLayer.frame = CGRect(
+ x: segmentX,
+ y: SpaceLaneMetrics.groupVerticalPadding,
+ width: segmentWidth,
+ height: segmentHeight
+ )
+ applySpaceLaneVisualState(segment)
+ layoutSpaceLaneSegmentContents(segment)
+ segmentX += segmentWidth + SpaceLaneMetrics.segmentGap
+ }
+
+ x += groupWidth + SpaceLaneMetrics.groupGap
}
}
@@ -1859,36 +4604,145 @@
min(max(0, offset), spaceLaneMaxScrollOffset)
}
- private func applySpaceLaneVisualState(_ segment: SpaceLaneSegmentLayers) {
- let isHovered = segment.space.id == hoveredSpaceID
- let isFocused = segment.space.id == activeSpaceFocusID
- let isCurrent = segment.space.isCurrent
- let isActive = isHovered || isFocused
+ private func applySpaceLaneDisplayGroupVisualState(_ group: SpaceLaneDisplayGroupLayers) {
+ let hasActiveSegment = group.segments.contains { segment in
+ segment.space.id == activeSpaceFocusID
+ || appHoverAssociatedSpaceIDs.contains(segment.space.id)
+ || segment.space.id == windowHoverAssociatedSpaceID
+ || segment.space.id == currentViewModel?.lockedSpaceID
+ }
+ let hasCurrentSegment = group.display.spaces.contains { $0.isCurrent }
+ group.containerLayer.backgroundColor = themePalette.displayGroupBackground.cgColor
+ group.containerLayer.borderColor = NSColor.clear.cgColor
+ group.containerLayer.borderWidth = 0
+ group.containerLayer.shadowOpacity = 0
+ group.containerLayer.shadowRadius = 0
+ group.containerLayer.shadowOffset = .zero
+ group.containerLayer.zPosition = hasActiveSegment ? 8 : hasCurrentSegment ? 4 : 0
+ group.containerLayer.shadowPath = nil
+ }
- segment.containerLayer.borderWidth = (isCurrent || isActive) ? 1.5 : 1
- segment.containerLayer.borderColor = (isActive
- ? NSColor.controlAccentColor.withAlphaComponent(0.54)
- : isCurrent
- ? NSColor.labelColor.withAlphaComponent(0.34)
- : NSColor.separatorColor.withAlphaComponent(0.34)
+ private func applySpaceLaneVisualState(_ segment: SpaceLaneSegmentLayers) {
+ let isHovered = segment.space.id == activeSpaceFocusID
+ let isFocused = segment.space.id == activeSpaceFocusID
+ let isLocked = segment.space.id == currentViewModel?.lockedSpaceID
+ let isCurrent = segment.space.isCurrent
+ let hasWindows = segment.space.windowCount > 0
+ let isAppAssociated = appHoverAssociatedSpaceIDs.contains(segment.space.id)
+ let isWindowAssociated = segment.space.id == windowHoverAssociatedSpaceID
+ let isActive = isHovered || isFocused || isLocked
+ let isAssociated = (isAppAssociated || isWindowAssociated) && !isActive
+
+ segment.containerLayer.borderWidth = (hasWindows || isCurrent || isActive || isAssociated) ? 1.5 : 1
+ segment.containerLayer.borderColor = (isLocked
+ ? NSColor.white.withAlphaComponent(0.86)
+ : isActive
+ ? spaceLaneOccupiedColor.withAlphaComponent(isLocked ? 0.92 : 0.62)
+ : isAssociated
+ ? spaceLaneOccupiedColor.withAlphaComponent(0.50)
+ : hasWindows
+ ? spaceLaneOccupiedColor.withAlphaComponent(isCurrent ? 0.54 : 0.44)
+ : isCurrent
+ ? themePalette.spaceLanePrimaryText.withAlphaComponent(0.34)
+ : themePalette.columnBorder.withAlphaComponent(resolvedTheme == .dark ? 0.58 : 0.34)
).cgColor
- segment.containerLayer.backgroundColor = (isActive
- ? accentTintedWindowBackground(fraction: 0.10, alpha: 0.94)
- : spaceColor(for: segment.space)
- ).cgColor
- segment.containerLayer.shadowOpacity = isActive ? 0.26 : isCurrent ? 0.14 : 0
- segment.containerLayer.shadowRadius = isActive ? 24 : isCurrent ? 12 : 0
- segment.containerLayer.shadowOffset = CGSize(width: 0, height: isActive ? -6 : isCurrent ? -2.5 : 0)
- segment.containerLayer.zPosition = isActive ? 30 : isCurrent ? 10 : 0
- segment.containerLayer.transform = isActive
- ? CATransform3DMakeScale(1.03, 1.03, 1)
- : CATransform3DIdentity
- segment.containerLayer.shadowPath = CGPath(
- roundedRect: segment.containerLayer.bounds,
- cornerWidth: segment.containerLayer.cornerRadius,
- cornerHeight: segment.containerLayer.cornerRadius,
- transform: nil
+ if isLocked {
+ applySpaceLaneSolidFill(
+ to: segment.containerLayer,
+ color: spaceLaneLockedFillColor
+ )
+ } else if !hasWindows {
+ applySpaceLaneSolidFill(to: segment.containerLayer, color: .clear)
+ } else if isActive {
+ applySpaceLaneSolidFill(
+ to: segment.containerLayer,
+ color: accentTintedWindowBackground(fraction: 0.10, alpha: 0.94)
+ )
+ } else if isAssociated {
+ applySpaceLaneSolidFill(
+ to: segment.containerLayer,
+ color: accentTintedWindowBackground(fraction: 0.07, alpha: 0.90)
+ )
+ } else if hasWindows {
+ applySpaceLaneGradientFill(
+ to: segment.containerLayer,
+ colors: spaceLaneIdleOccupiedGradientColors()
+ )
+ }
+ segment.containerLayer.shadowColor = isLocked
+ ? NSColor.white.withAlphaComponent(0.98).cgColor
+ : NSColor.black.cgColor
+ segment.containerLayer.shadowOpacity = (hasWindows || isLocked)
+ ? (isLocked ? 0.72 : isActive ? 0.26 : isAssociated ? 0.18 : isCurrent ? 0.14 : 0)
+ : 0
+ segment.containerLayer.shadowRadius = (hasWindows || isLocked)
+ ? (isLocked ? 30 : isActive ? 24 : isAssociated ? 18 : isCurrent ? 12 : 0)
+ : 0
+ segment.containerLayer.shadowOffset = CGSize(
+ width: 0,
+ height: (hasWindows || isLocked) ? (isLocked ? 0 : isActive ? -6 : isAssociated ? -4 : isCurrent ? -2.5 : 0) : 0
)
+ segment.containerLayer.zPosition = isLocked ? 42 : isActive ? 30 : isAssociated ? 18 : isCurrent ? 10 : 0
+ segment.containerLayer.transform = (isActive || isAssociated)
+ ? CATransform3DMakeScale(isActive ? 1.03 : 1.015, isActive ? 1.03 : 1.015, 1)
+ : CATransform3DIdentity
+ segment.containerLayer.shadowPath = (hasWindows || isLocked)
+ ? CGPath(
+ roundedRect: segment.containerLayer.bounds,
+ cornerWidth: segment.containerLayer.cornerRadius,
+ cornerHeight: segment.containerLayer.cornerRadius,
+ transform: nil
+ )
+ : nil
+
+ applySpaceLaneContentVisualState(
+ segment,
+ isLocked: isLocked,
+ usesLightActiveFill: resolvedTheme == .dark && hasWindows && !isLocked && (isActive || isAssociated)
+ )
+ }
+
+ private func applySpaceLaneContentVisualState(
+ _ segment: SpaceLaneSegmentLayers,
+ isLocked: Bool,
+ usesLightActiveFill: Bool
+ ) {
+ let primaryTextColor: NSColor = isLocked
+ ? .white
+ : usesLightActiveFill
+ ? NSColor.black.withAlphaComponent(0.82)
+ : themePalette.spaceLanePrimaryText
+ let secondaryTextColor: NSColor = isLocked
+ ? .white
+ : usesLightActiveFill
+ ? NSColor.black.withAlphaComponent(0.58)
+ : themePalette.spaceLaneSecondaryText
+ let markerTextColor: NSColor = isLocked
+ ? .white
+ : usesLightActiveFill
+ ? NSColor.black.withAlphaComponent(0.62)
+ : themePalette.spaceLaneSecondaryText.withAlphaComponent(segment.space.isCurrent ? 0.72 : 0.54)
+ let blockColor: NSColor = isLocked
+ ? .white
+ : usesLightActiveFill
+ ? NSColor.black.withAlphaComponent(0.20)
+ : spaceLaneOccupiedColor.withAlphaComponent(segment.space.isCurrent ? 0.72 : 0.58)
+
+ segment.labelLayer.foregroundColor = primaryTextColor.cgColor
+ segment.countLayer.foregroundColor = secondaryTextColor.cgColor
+ segment.appLayer.foregroundColor = (segment.space.type == .fullscreen
+ ? primaryTextColor
+ : secondaryTextColor
+ ).cgColor
+ for splitAppLayer in segment.splitAppLayers {
+ splitAppLayer.foregroundColor = primaryTextColor.cgColor
+ }
+
+ for block in segment.windowBlocks {
+ block.backgroundColor = blockColor.cgColor
+ }
+
+ (segment.fullscreenMarkerLayer as? CAShapeLayer)?.strokeColor = markerTextColor.cgColor
}
private func shouldScrollSpaceLane(for event: NSEvent) -> Bool {
@@ -1944,45 +4798,162 @@
y: locationInView.y - glassLayer.frame.minY - laneLayer.frame.minY - spaceLaneContentLayer.frame.minY
)
- return spaceLaneSegments.first { segment in
- segment.containerLayer.frame.contains(locationInSpaceLaneContent)
+ for group in spaceLaneDisplayGroups where group.containerLayer.frame.contains(locationInSpaceLaneContent) {
+ let locationInGroup = CGPoint(
+ x: locationInSpaceLaneContent.x - group.containerLayer.frame.minX,
+ y: locationInSpaceLaneContent.y - group.containerLayer.frame.minY
+ )
+ if let segment = group.segments.first(where: { $0.containerLayer.frame.contains(locationInGroup) }) {
+ return segment
+ }
}
+
+ return nil
}
private func spaceLaneSegment(spaceID: UInt64) -> SpaceLaneSegmentLayers? {
spaceLaneSegments.first { $0.space.id == spaceID }
}
- private func appShelfItem(at windowLocation: CGPoint) -> AppShelfItemLayers? {
+ private func viewModeToggleButtonContains(windowLocation: CGPoint) -> Bool {
let locationInView = convert(windowLocation, from: nil)
- let locationInShelfContent = CGPoint(
- x: locationInView.x - glassLayer.frame.minX - shelfLayer.frame.minX - appShelfContentLayer.frame.minX,
- y: locationInView.y - glassLayer.frame.minY - shelfLayer.frame.minY - appShelfContentLayer.frame.minY
+ let locationInGlass = CGPoint(
+ x: locationInView.x - glassLayer.frame.minX,
+ y: locationInView.y - glassLayer.frame.minY
)
+ let hitOutset = (ViewModeToggleMetrics.hitSize - ViewModeToggleMetrics.visualSize) / 2
+ return viewModeToggleButtonLayer.frame
+ .insetBy(dx: -hitOutset, dy: -hitOutset)
+ .contains(locationInGlass)
+ }
+
+ private func themeToggleButtonContains(windowLocation: CGPoint) -> Bool {
+ let locationInView = convert(windowLocation, from: nil)
+ let locationInGlass = CGPoint(
+ x: locationInView.x - glassLayer.frame.minX,
+ y: locationInView.y - glassLayer.frame.minY
+ )
+ let hitOutset = (ViewModeToggleMetrics.hitSize - ViewModeToggleMetrics.visualSize) / 2
+ return themeToggleButtonLayer.frame
+ .insetBy(dx: -hitOutset, dy: -hitOutset)
+ .contains(locationInGlass)
+ }
+
+ private func clickViewModeToggleButton(source: String) {
+ DevelopmentDiagnostics.log("quickSwitch.view.clickWaterfallViewModeToggle", [
+ "source": source,
+ "currentMode": waterfallViewMode.rawValue,
+ "targetMode": nextWaterfallViewMode.rawValue
+ ])
+ lastMouseCommand = "click-view-toggle"
+ if !mouseCommandsApplied.contains("click-view-toggle") {
+ mouseCommandsApplied.append("click-view-toggle")
+ }
+ isViewModeToggleButtonHovered = false
+ suppressViewModeToggleHoverPreview = true
+ onToggleWaterfallViewMode?()
+ }
+
+ private func clickThemeToggleButton(source: String) {
+ DevelopmentDiagnostics.log("quickSwitch.view.clickThemeToggle", [
+ "source": source,
+ "currentTheme": resolvedTheme.rawValue,
+ "targetTheme": nextThemePreference.rawValue
+ ])
+ lastMouseCommand = "click-theme-toggle"
+ if !mouseCommandsApplied.contains("click-theme-toggle") {
+ mouseCommandsApplied.append("click-theme-toggle")
+ }
+ isThemeToggleButtonHovered = false
+ suppressThemeToggleHoverPreview = true
+ onToggleTheme?()
+ }
+
+ private func appShelfItem(at windowLocation: CGPoint) -> AppShelfItemLayers? {
+ let locationInShelfContent = appShelfContentLocation(at: windowLocation)
return appShelfItems.first { item in
- item.containerLayer.frame.contains(locationInShelfContent)
+ interactiveFrame(for: item.containerLayer).contains(locationInShelfContent)
}
+ }
+
+ private func appShelfIconItem(at windowLocation: CGPoint) -> AppShelfItemLayers? {
+ let locationInAppShelfContent = appShelfContentLocation(at: windowLocation)
+
+ return appShelfItems.first { item in
+ let itemFrame = interactiveFrame(for: item.containerLayer)
+ let locationInItem = CGPoint(
+ x: locationInAppShelfContent.x - itemFrame.minX,
+ y: locationInAppShelfContent.y - itemFrame.minY
+ )
+ return interactiveFrame(for: item.iconLayer).contains(locationInItem)
+ }
+ }
+
+ private func appShelfContentLocation(at windowLocation: CGPoint) -> CGPoint {
+ let locationInView = convert(windowLocation, from: nil)
+ let glassFrame = interactiveFrame(for: glassLayer)
+ let shelfFrame = interactiveFrame(for: shelfLayer)
+ let appShelfContentFrame = interactiveFrame(for: appShelfContentLayer)
+
+ return CGPoint(
+ x: locationInView.x - glassFrame.minX - shelfFrame.minX - appShelfContentFrame.minX,
+ y: locationInView.y - glassFrame.minY - shelfFrame.minY - appShelfContentFrame.minY
+ )
+ }
+
+ private func appShelfItemCenterWindowLocation(for appGroupIndex: Int) -> CGPoint? {
+ guard let item = appShelfItems.first(where: { $0.item.appGroupIndex == appGroupIndex }) else {
+ return nil
+ }
+
+ let pointInView = CGPoint(
+ x: glassLayer.frame.minX
+ + shelfLayer.frame.minX
+ + appShelfContentLayer.frame.minX
+ + item.containerLayer.frame.midX,
+ y: glassLayer.frame.minY
+ + shelfLayer.frame.minY
+ + appShelfContentLayer.frame.minY
+ + item.containerLayer.frame.midY
+ )
+ return convert(pointInView, to: nil)
}
private func waterfallCard(at windowLocation: CGPoint) -> WaterfallCardLayers? {
let locationInView = convert(windowLocation, from: nil)
+ let glassFrame = interactiveFrame(for: glassLayer)
+ let waterfallFrame = interactiveFrame(for: waterfallLayer)
+ let waterfallContentFrame = interactiveFrame(for: waterfallContentLayer)
let locationInWaterfallContent = CGPoint(
- x: locationInView.x - glassLayer.frame.minX - waterfallLayer.frame.minX - waterfallContentLayer.frame.minX,
- y: locationInView.y - glassLayer.frame.minY - waterfallLayer.frame.minY - waterfallContentLayer.frame.minY
+ x: locationInView.x - glassFrame.minX - waterfallFrame.minX - waterfallContentFrame.minX,
+ y: locationInView.y - glassFrame.minY - waterfallFrame.minY - waterfallContentFrame.minY
)
- for column in waterfallColumns where column.containerLayer.frame.contains(locationInWaterfallContent) {
+ for column in waterfallColumns where interactiveFrame(for: column.containerLayer).contains(locationInWaterfallContent) {
+ let columnFrame = interactiveFrame(for: column.containerLayer)
+ let cardsClipFrame = interactiveFrame(for: column.cardsClipLayer)
let locationInColumn = CGPoint(
- x: locationInWaterfallContent.x - column.containerLayer.frame.minX,
- y: locationInWaterfallContent.y - column.containerLayer.frame.minY
+ x: locationInWaterfallContent.x - columnFrame.minX,
+ y: locationInWaterfallContent.y - columnFrame.minY
)
- if let card = column.cards.first(where: { $0.containerLayer.frame.contains(locationInColumn) }) {
+ guard cardsClipFrame.contains(locationInColumn) else {
+ continue
+ }
+ let locationInCardsClip = CGPoint(
+ x: locationInColumn.x - cardsClipFrame.minX,
+ y: locationInColumn.y - cardsClipFrame.minY
+ )
+ if let card = column.cards.first(where: { interactiveFrame(for: $0.containerLayer).contains(locationInCardsClip) }) {
return card
}
}
return nil
+ }
+
+ private func interactiveFrame(for layer: CALayer) -> CGRect {
+ layer.presentation()?.frame ?? layer.frame
}
private func waterfallCard(appGroupIndex: Int, windowIndex: Int) -> WaterfallCardLayers? {
@@ -1992,23 +4963,70 @@
.first(where: { $0.item.windowIndex == windowIndex })
}
+ private func waterfallCard(appGroupIndex: Int, windowIndexSymbol: String) -> WaterfallCardLayers? {
+ guard let ordinal = Self.appShelfIndexSymbols.firstIndex(of: windowIndexSymbol),
+ ordinal < Self.appShelfIndexSymbols.count
+ else {
+ return nil
+ }
+ return waterfallCard(appGroupIndex: appGroupIndex, windowIndex: ordinal)
+ }
+
+ private func waterfallCard(windowID: UInt32) -> WaterfallCardLayers? {
+ waterfallColumns
+ .lazy
+ .flatMap(\.cards)
+ .first(where: { $0.item.window.id == windowID })
+ }
+
private func layoutSpaceLaneSegmentContents(_ segment: SpaceLaneSegmentLayers) {
let bounds = segment.containerLayer.bounds
+ let splitAppNames = splitViewAppNames(for: segment.space)
+ let isSplitView = splitAppNames.count >= 2
segment.labelLayer.frame = CGRect(x: 10, y: bounds.height - 29, width: max(1, bounds.width - 48), height: 20)
segment.countLayer.frame = CGRect(x: bounds.width - 34, y: bounds.height - 29, width: 24, height: 20)
+ segment.countLayer.string = isSplitView ? "" : "\(segment.space.windowCount)"
+ segment.countLayer.isHidden = isSplitView
if segment.space.type == .fullscreen {
let markerFrame = fullscreenMarkerFrame(in: bounds)
- segment.appLayer.frame = CGRect(
- x: 8,
- y: markerFrame.midY - 8.5,
- width: max(1, bounds.width - 16),
- height: 17
- )
+ segment.appLayer.isHidden = isSplitView
+ if isSplitView {
+ let labelY = markerFrame.midY - 8.5
+ let halfWidth = markerFrame.width / 2
+ for (index, splitAppLayer) in segment.splitAppLayers.enumerated() {
+ let x = markerFrame.minX + CGFloat(index) * halfWidth
+ splitAppLayer.isHidden = false
+ splitAppLayer.frame = CGRect(
+ x: x + 4,
+ y: labelY,
+ width: max(1, halfWidth - 8),
+ height: 17
+ )
+ }
+ } else {
+ segment.appLayer.frame = CGRect(
+ x: 8,
+ y: markerFrame.midY - 8.5,
+ width: max(1, bounds.width - 16),
+ height: 17
+ )
+ for splitAppLayer in segment.splitAppLayers {
+ splitAppLayer.isHidden = true
+ }
+ }
} else {
+ segment.appLayer.isHidden = false
segment.appLayer.frame = CGRect(x: 10, y: 9, width: max(1, bounds.width - 20), height: 17)
+ for splitAppLayer in segment.splitAppLayers {
+ splitAppLayer.isHidden = true
+ }
}
if let fullscreenMarkerLayer = segment.fullscreenMarkerLayer {
- layoutFullscreenMarkerLayer(fullscreenMarkerLayer, in: bounds)
+ layoutFullscreenMarkerLayer(
+ fullscreenMarkerLayer,
+ in: bounds,
+ isSplitView: isSplitView
+ )
}
let blockGap: CGFloat = 5
@@ -2069,53 +5087,72 @@
private func layoutAppShelfItemContents(_ item: AppShelfItemLayers, iconSize: CGFloat) {
let bounds = item.containerLayer.bounds
let isSelected = item.item.appGroupIndex == effectiveSelection?.appGroupIndex
- let showsSelectedVisual = shouldShowSelectedVisual(isSelected)
let isHovered = item.item.appGroupIndex == effectiveHoveredAppGroupIndex
+ let showsSelectedVisual = shouldShowSelectedVisual(isSelected: isSelected, isHovered: isHovered)
let isSpaceFocused = spaceFocusWindowCount(for: item.item.appGroupIndex) > 0
+ let magneticState = appShelfMagneticState(for: item)
let visualIconSize = appShelfVisualIconSize(
forBaseIconSize: iconSize,
selected: showsSelectedVisual,
hovered: isHovered,
- spaceFocused: isSpaceFocused
+ spaceFocused: isSpaceFocused,
+ magneticState: magneticState
)
- let backgroundPadding: CGFloat = (showsSelectedVisual || isHovered)
- ? 4
- : isSpaceFocused
- ? 6
- : 2
+ let backgroundPadding: CGFloat = isSpaceFocused ? 6 : 2
let iconX = (bounds.width - visualIconSize) / 2
- let iconY = bounds.height - visualIconSize - 2
+ let iconY = bounds.height - visualIconSize - 2 + magneticState.lift
let badgeText = appShelfBadgeText(for: item)
let badgeWidth = max(18, CGFloat(badgeText.count) * 7 + 8)
+
+ let previousBackgroundFrame = item.backgroundLayer.presentation()?.frame ?? item.backgroundLayer.frame
+ let previousIconFrame = item.iconLayer.presentation()?.frame ?? item.iconLayer.frame
+ let previousIndexFrame = item.indexLayer.presentation()?.frame ?? item.indexLayer.frame
+ let previousBadgeFrame = item.badgeLayer.presentation()?.frame ?? item.badgeLayer.frame
+ let previousCloseFrame = item.closeButton.containerLayer.presentation()?.frame
+ ?? item.closeButton.containerLayer.frame
item.containerLayer.zPosition = appShelfZPosition(
selected: showsSelectedVisual,
hovered: isHovered,
- spaceFocused: isSpaceFocused
+ spaceFocused: isSpaceFocused,
+ magneticState: magneticState
)
item.backgroundLayer.backgroundColor = appShelfBackgroundColor(
selected: showsSelectedVisual,
hovered: isHovered,
- spaceFocused: isSpaceFocused
+ spaceFocused: isSpaceFocused,
+ magneticState: magneticState
).cgColor
- item.backgroundLayer.borderColor = (showsSelectedVisual
- ? NSColor.controlAccentColor.withAlphaComponent(0.40)
- : isHovered
- ? NSColor.controlAccentColor.withAlphaComponent(0.36)
- : NSColor.clear
- ).cgColor
- item.backgroundLayer.borderWidth = (showsSelectedVisual || isHovered) ? 1 : 0
+ item.backgroundLayer.borderColor = NSColor.clear.cgColor
+ item.backgroundLayer.borderWidth = 0
+ item.containerLayer.borderColor = NSColor.clear.cgColor
+ item.containerLayer.borderWidth = 0
+ item.iconLayer.borderColor = NSColor.clear.cgColor
+ item.iconLayer.borderWidth = 0
item.backgroundLayer.shadowColor = NSColor.black.cgColor
- item.backgroundLayer.shadowOpacity = showsSelectedVisual ? 0.11 : isHovered ? 0.07 : isSpaceFocused ? 0.18 : 0
- item.backgroundLayer.shadowRadius = showsSelectedVisual ? 10 : isHovered ? 8 : isSpaceFocused ? 18 : 0
- item.backgroundLayer.shadowOffset = CGSize(width: 0, height: isSpaceFocused ? -4 : -2)
+ item.backgroundLayer.shadowOpacity = appShelfShadowOpacity(
+ selected: showsSelectedVisual,
+ hovered: isHovered,
+ spaceFocused: isSpaceFocused,
+ magneticState: magneticState
+ )
+ item.backgroundLayer.shadowRadius = appShelfShadowRadius(
+ selected: showsSelectedVisual,
+ hovered: isHovered,
+ spaceFocused: isSpaceFocused,
+ magneticState: magneticState
+ )
+ item.backgroundLayer.shadowOffset = CGSize(
+ width: 0,
+ height: isSpaceFocused ? -4 : magneticState.isNeighbor ? -1 : -2
+ )
item.backgroundLayer.frame = CGRect(
x: iconX - backgroundPadding,
y: iconY - backgroundPadding,
width: visualIconSize + backgroundPadding * 2,
height: visualIconSize + backgroundPadding * 2
)
- item.backgroundLayer.shadowPath = (showsSelectedVisual || isHovered || isSpaceFocused)
+ item.backgroundLayer.shadowPath = isSpaceFocused
? CGPath(
roundedRect: item.backgroundLayer.bounds,
cornerWidth: item.backgroundLayer.cornerRadius,
@@ -2124,7 +5161,15 @@
)
: nil
item.iconLayer.frame = CGRect(x: iconX, y: iconY, width: visualIconSize, height: visualIconSize)
+ layoutAppShelfIndexLayer(
+ item.indexLayer,
+ iconFrame: item.iconLayer.frame,
+ iconSize: visualIconSize,
+ itemBounds: bounds,
+ highlighted: showsSelectedVisual || isHovered
+ )
item.labelLayer.contentsScale = backingScaleFactor
+ item.labelLayer.foregroundColor = themePalette.appShelfLabelText.cgColor
item.labelLayer.frame = CGRect(x: 0, y: 0, width: bounds.width, height: 14)
item.badgeLayer.string = badgeText
item.badgeLayer.isHidden = badgeText.isEmpty
@@ -2149,6 +5194,72 @@
)
item.selectedIndicatorLayer.frame = .zero
item.selectedIndicatorLayer.backgroundColor = NSColor.clear.cgColor
+
+ animateAppShelfLayerFrame(item.backgroundLayer, from: previousBackgroundFrame)
+ animateAppShelfLayerFrame(item.iconLayer, from: previousIconFrame)
+ animateAppShelfLayerFrame(item.indexLayer, from: previousIndexFrame)
+ animateAppShelfLayerFrame(item.badgeLayer, from: previousBadgeFrame)
+ animateAppShelfLayerFrame(item.closeButton.containerLayer, from: previousCloseFrame)
+ }
+
+ private var appShelfIndexColor: NSColor {
+ themePalette.appShelfIndexText
+ }
+
+ private var appShelfIndexHighlightedColor: NSColor {
+ themePalette.appShelfIndexHighlightedText
+ }
+
+ private func appShelfIndexFont(size: CGFloat) -> NSFont {
+ for fontName in ["Bradley Hand ITC", "Noteworthy-Light", "Marker Felt", "Snell Roundhand"] {
+ if let font = NSFont(name: fontName, size: size) {
+ return font
+ }
+ }
+
+ return NSFont.monospacedSystemFont(ofSize: size, weight: .regular)
+ }
+
+ private func appShelfIndexText(forOrdinal ordinal: Int) -> String {
+ guard ordinal >= 0 else { return "" }
+ if ordinal < Self.appShelfIndexSymbols.count {
+ return Self.appShelfIndexSymbols[ordinal]
+ }
+
+ let overflowIndex = ordinal - Self.appShelfIndexSymbols.count
+ let prefix = Self.appShelfIndexSymbols[10 + (overflowIndex / 26) % 26]
+ let suffix = Self.appShelfIndexSymbols[10 + overflowIndex % 26]
+ return "\(prefix)\(suffix)"
+ }
+
+ private func layoutAppShelfIndexLayer(
+ _ layer: CATextLayer,
+ iconFrame: CGRect,
+ iconSize: CGFloat,
+ itemBounds: CGRect,
+ highlighted: Bool
+ ) {
+ let fontSize = iconSize <= AppShelfMetrics.minIconSize + 1
+ ? AppShelfMetrics.compressedIndexFontSize
+ : AppShelfMetrics.indexFontSize
+ layer.contentsScale = backingScaleFactor
+ layer.font = appShelfIndexFont(size: fontSize)
+ layer.fontSize = fontSize
+ layer.foregroundColor = (highlighted ? appShelfIndexHighlightedColor : appShelfIndexColor).cgColor
+ layer.opacity = 1
+
+ let indexWidth = AppShelfMetrics.indexWidth
+ let indexHeight = AppShelfMetrics.indexHeight
+ let preferredX = iconFrame.minX - indexWidth - 2
+ let clampedX = max(-7, min(itemBounds.width - indexWidth, preferredX))
+ let preferredY = iconFrame.maxY - indexHeight + 6
+ let clampedY = max(0, min(itemBounds.height - indexHeight, preferredY))
+ layer.frame = CGRect(
+ x: clampedX,
+ y: clampedY,
+ width: indexWidth,
+ height: indexHeight
+ )
}
private func appShelfRows() -> [[AppShelfItemLayers]] {
@@ -2173,16 +5284,130 @@
debugHoveredAppGroupIndex ?? hoveredAppGroupIndex
}
+ private var appShelfMagneticHoverEnabled: Bool {
+ !NSWorkspace.shared.accessibilityDisplayShouldReduceMotion
+ }
+
+ private func appShelfMagneticState(for item: AppShelfItemLayers) -> AppShelfMagneticState {
+ guard appShelfMagneticHoverEnabled,
+ let hoveredAppGroupIndex = effectiveHoveredAppGroupIndex,
+ item.item.appGroupIndex == hoveredAppGroupIndex
+ else {
+ return AppShelfMagneticState(influence: 0, lift: 0)
+ }
+
+ return AppShelfMagneticState(
+ influence: 1,
+ lift: AppShelfMetrics.magneticHoverLift
+ )
+ }
+
+ private func animateAppShelfLayerFrame(_ layer: CALayer, from previousFrame: CGRect) {
+ guard appShelfMagneticHoverEnabled,
+ previousFrame.width > 0,
+ previousFrame.height > 0,
+ appShelfFrameIsFinite(previousFrame),
+ appShelfFrameIsFinite(layer.frame)
+ else {
+ layer.removeAnimation(forKey: "appShelfMagneticPosition")
+ layer.removeAnimation(forKey: "appShelfMagneticBounds")
+ return
+ }
+
+ let previousPosition = CGPoint(x: previousFrame.midX, y: previousFrame.midY)
+ let previousBounds = CGRect(origin: .zero, size: previousFrame.size)
+ let nextPosition = layer.position
+ let nextBounds = layer.bounds
+ let moved = abs(previousPosition.x - nextPosition.x) > 0.25
+ || abs(previousPosition.y - nextPosition.y) > 0.25
+ let resized = abs(previousBounds.width - nextBounds.width) > 0.25
+ || abs(previousBounds.height - nextBounds.height) > 0.25
+
+ guard moved || resized else { return }
+
+ let timing = CAMediaTimingFunction(name: AppShelfMetrics.magneticAnimationTimingName)
+ if moved {
+ let animation = CABasicAnimation(keyPath: "position")
+ animation.fromValue = previousPosition
+ animation.toValue = nextPosition
+ animation.duration = AppShelfMetrics.magneticAnimationDuration
+ animation.timingFunction = timing
+ animation.isRemovedOnCompletion = true
+ layer.add(animation, forKey: "appShelfMagneticPosition")
+ }
+ if resized {
+ let animation = CABasicAnimation(keyPath: "bounds")
+ animation.fromValue = previousBounds
+ animation.toValue = nextBounds
+ animation.duration = AppShelfMetrics.magneticAnimationDuration
+ animation.timingFunction = timing
+ animation.isRemovedOnCompletion = true
+ layer.add(animation, forKey: "appShelfMagneticBounds")
+ }
+ }
+
+ private func appShelfFrameIsFinite(_ frame: CGRect) -> Bool {
+ frame.origin.x.isFinite
+ && frame.origin.y.isFinite
+ && frame.size.width.isFinite
+ && frame.size.height.isFinite
+ }
+
private var activeSpaceFocusID: UInt64? {
- hoveredSpaceLaneID
+ guard case .space(let spaceID) = hoverTarget else { return nil }
+
+ if hoverTargetSource == .debug {
+ return spaceID
+ }
+
+ guard let window else { return nil }
+ let currentMouseLocation = window.mouseLocationOutsideOfEventStream
+ guard let segment = spaceLaneSegment(at: currentMouseLocation),
+ segment.space.id == spaceID
+ else {
+ return nil
+ }
+ return spaceID
+ }
+
+ private var appHoverAssociatedSpaceIDs: Set<UInt64> {
+ guard case .app(let appGroupIndex) = hoverTarget else { return [] }
+ return Set(
+ waterfallColumns
+ .first { $0.column.appGroupIndex == appGroupIndex }?
+ .cards
+ .compactMap(\.item.primarySpaceID) ?? []
+ )
+ }
+
+ private var appIconHoverLinkedAppGroupIndex: Int? {
+ if let debugHoveredAppGroupIndex {
+ return debugHoveredAppGroupIndex
+ }
+ guard case .app(let appGroupIndex) = hoverTarget else { return nil }
+ return appGroupIndex
+ }
+
+ private var appHoverAssociatedSpaceLabels: [String] {
+ guard !appHoverAssociatedSpaceIDs.isEmpty else { return [] }
+ return currentViewModel?.displays
+ .flatMap(\.spaces)
+ .filter { appHoverAssociatedSpaceIDs.contains($0.id) }
+ .map(\.label)
+ .sorted() ?? []
+ }
+
+ private var windowHoverAssociatedSpaceID: UInt64? {
+ guard case .window(_, _, let spaceID) = hoverTarget else { return nil }
+ return spaceID
}
private var isSpaceAssociationActive: Bool {
activeSpaceFocusID != nil
}
- private func shouldShowSelectedVisual(_ isSelected: Bool) -> Bool {
- isSelected && !isSpaceAssociationActive
+ private func shouldShowSelectedVisual(isSelected: Bool, isHovered: Bool) -> Bool {
+ isSelected && isHovered && !isSpaceAssociationActive
}
private func spaceFocusedAppGroupIndexes() -> [Int] {
@@ -2229,6 +5454,10 @@
return "none"
}
+ guard !isHorizontalMasonryMode else {
+ return "visible"
+ }
+
let visibleMinX = waterfallScrollOffset
let visibleMaxX = waterfallScrollOffset + waterfallLayer.bounds.width
if column.containerLayer.frame.maxX < visibleMinX + WaterfallMetrics.gap {
@@ -2244,7 +5473,8 @@
forBaseIconSize iconSize: CGFloat,
selected: Bool,
hovered: Bool,
- spaceFocused: Bool
+ spaceFocused: Bool,
+ magneticState: AppShelfMagneticState
) -> CGFloat {
if selected || hovered {
return AppShelfMetrics.selectedIconSize
@@ -2252,10 +5482,19 @@
if spaceFocused {
return min(AppShelfMetrics.selectedIconSize, iconSize + 8)
}
- return iconSize
+ guard magneticState.isNeighbor else {
+ return iconSize
+ }
+ let growth = AppShelfMetrics.hoverIconSize - iconSize
+ return iconSize + growth * magneticState.influence
}
- private func appShelfZPosition(selected: Bool, hovered: Bool, spaceFocused: Bool) -> CGFloat {
+ private func appShelfZPosition(
+ selected: Bool,
+ hovered: Bool,
+ spaceFocused: Bool,
+ magneticState: AppShelfMagneticState
+ ) -> CGFloat {
switch (selected, hovered, spaceFocused) {
case (true, true, _):
return 30
@@ -2266,21 +5505,44 @@
case (false, false, true):
return 12
case (false, false, false):
- return 0
+ return magneticState.isNeighbor ? 6 + magneticState.influence : 0
}
}
- private func appShelfBackgroundColor(selected: Bool, hovered: Bool, spaceFocused: Bool) -> NSColor {
- if selected {
- return NSColor.controlAccentColor.withAlphaComponent(0.14)
- }
- if hovered {
- return NSColor.controlAccentColor.withAlphaComponent(0.13)
- }
+ private func appShelfBackgroundColor(
+ selected: Bool,
+ hovered: Bool,
+ spaceFocused: Bool,
+ magneticState: AppShelfMagneticState
+ ) -> NSColor {
if spaceFocused {
- return NSColor.controlAccentColor.withAlphaComponent(0.14)
+ return themePalette.appShelfBackgroundSpaceFocused
}
return .clear
+ }
+
+ private func appShelfShadowOpacity(
+ selected: Bool,
+ hovered: Bool,
+ spaceFocused: Bool,
+ magneticState: AppShelfMagneticState
+ ) -> Float {
+ if spaceFocused {
+ return 0.18
+ }
+ return 0
+ }
+
+ private func appShelfShadowRadius(
+ selected: Bool,
+ hovered: Bool,
+ spaceFocused: Bool,
+ magneticState: AppShelfMagneticState
+ ) -> CGFloat {
+ if spaceFocused {
+ return 18
+ }
+ return 0
}
private func appShelfBadgeText(for item: AppShelfItemLayers) -> String {
@@ -2302,6 +5564,10 @@
return item.item.windowCount > 1 ? "\(item.item.windowCount)" : ""
}
+ private var waterfallAppHoverHeaderFillColor: NSColor {
+ themePalette.columnHeaderHoverBackground
+ }
+
private var appShelfMaxScrollOffset: CGFloat {
max(0, appShelfContentWidth - shelfLayer.bounds.width)
}
@@ -2311,17 +5577,24 @@
}
private func layoutWaterfallColumns() {
+ if isHorizontalMasonryMode {
+ layoutHorizontalMasonryWaterfall()
+ return
+ }
+
guard !waterfallColumns.isEmpty else {
waterfallContentWidth = waterfallLayer.bounds.width
waterfallScrollOffset = 0
+ horizontalMasonryContentHeight = waterfallLayer.bounds.height
+ horizontalMasonryScrollOffset = 0
waterfallContentLayer.frame = waterfallLayer.bounds
return
}
let columnWidth = waterfallColumnWidth()
- let totalWidth = WaterfallMetrics.columnPadding * 2
- + CGFloat(waterfallColumns.count) * columnWidth
+ let columnsWidth = CGFloat(waterfallColumns.count) * columnWidth
+ CGFloat(max(0, waterfallColumns.count - 1)) * WaterfallMetrics.gap
+ let totalWidth = WaterfallMetrics.contentHorizontalPadding * 2 + columnsWidth
waterfallContentWidth = max(waterfallLayer.bounds.width, totalWidth)
waterfallScrollOffset = clampedWaterfallAlignmentOffset(waterfallScrollOffset)
waterfallContentLayer.frame = CGRect(
@@ -2331,7 +5604,7 @@
height: waterfallLayer.bounds.height
)
- var x = WaterfallMetrics.columnPadding
+ var x = waterfallColumnStartX(columnsWidth: columnsWidth)
for column in waterfallColumns {
column.containerLayer.frame = CGRect(
x: x,
@@ -2344,12 +5617,191 @@
}
}
+ private func layoutHorizontalMasonryWaterfall() {
+ guard !waterfallColumns.isEmpty else {
+ waterfallContentWidth = waterfallLayer.bounds.width
+ waterfallScrollOffset = 0
+ horizontalMasonryContentHeight = waterfallLayer.bounds.height
+ horizontalMasonryScrollOffset = 0
+ waterfallContentLayer.frame = waterfallLayer.bounds
+ return
+ }
+
+ let layout = horizontalMasonryLayout()
+ waterfallContentWidth = waterfallLayer.bounds.width
+ waterfallScrollOffset = 0
+ horizontalMasonryContentHeight = layout.contentHeight
+ horizontalMasonryScrollOffset = clampedHorizontalMasonryOffset(horizontalMasonryScrollOffset)
+ waterfallContentLayer.frame = horizontalMasonryContentFrame()
+
+ for column in waterfallColumns {
+ column.containerLayer.frame = CGRect(
+ x: 0,
+ y: 0,
+ width: waterfallContentWidth,
+ height: horizontalMasonryContentHeight
+ )
+ column.containerLayer.masksToBounds = false
+ column.containerLayer.backgroundColor = NSColor.clear.cgColor
+ column.containerLayer.borderColor = NSColor.clear.cgColor
+ column.containerLayer.borderWidth = 0
+ column.containerLayer.shadowOpacity = 0
+ column.containerLayer.shadowRadius = 0
+ column.containerLayer.shadowOffset = .zero
+ column.cardsClipLayer.frame = column.containerLayer.bounds
+ column.cardsClipLayer.masksToBounds = false
+ column.headerLayer.isHidden = true
+ column.appNameLayer.isHidden = true
+ column.countLayer.isHidden = true
+
+ for card in column.cards {
+ card.containerLayer.transform = CATransform3DIdentity
+ if let frame = layout.cardFramesByWindowID[card.item.window.id] {
+ card.containerLayer.frame = frame
+ } else {
+ card.containerLayer.frame = .zero
+ }
+ layoutWaterfallCard(card)
+ }
+ }
+ }
+
+ private struct HorizontalMasonryLayout {
+ let contentHeight: CGFloat
+ let cardFramesByWindowID: [UInt32: CGRect]
+ }
+
+ private func horizontalMasonryLayout() -> HorizontalMasonryLayout {
+ let cards = horizontalMasonryCardsInPlacementOrder()
+ guard !cards.isEmpty else {
+ return HorizontalMasonryLayout(
+ contentHeight: waterfallLayer.bounds.height,
+ cardFramesByWindowID: [:]
+ )
+ }
+
+ let viewportWidth = max(1, waterfallLayer.bounds.width)
+ let availableWidth = max(
+ HorizontalMasonryMetrics.cardMinWidth,
+ viewportWidth - HorizontalMasonryMetrics.horizontalPadding * 2
+ )
+ let maximumLaneCount = max(
+ 1,
+ Int(
+ floor(
+ (availableWidth + HorizontalMasonryMetrics.horizontalGap)
+ / (HorizontalMasonryMetrics.cardMinWidth + HorizontalMasonryMetrics.horizontalGap)
+ )
+ )
+ )
+ let laneCount = min(maximumLaneCount, max(1, cards.count))
+ let fittingWidth = (
+ availableWidth - CGFloat(max(0, laneCount - 1)) * HorizontalMasonryMetrics.horizontalGap
+ ) / CGFloat(laneCount)
+ let cardWidth = floor(
+ min(
+ HorizontalMasonryMetrics.cardMaxWidth,
+ max(HorizontalMasonryMetrics.cardMinWidth, fittingWidth)
+ )
+ )
+ let usedWidth = CGFloat(laneCount) * cardWidth
+ + CGFloat(max(0, laneCount - 1)) * HorizontalMasonryMetrics.horizontalGap
+ let startX = max(
+ HorizontalMasonryMetrics.horizontalPadding,
+ (viewportWidth - usedWidth) / 2
+ )
+
+ var laneHeights = Array(repeating: CGFloat(0), count: laneCount)
+ var plannedFrames: [(windowID: UInt32, x: CGFloat, top: CGFloat, width: CGFloat, height: CGFloat)] = []
+
+ for card in cards {
+ let laneIndex = laneHeights.enumerated().min { lhs, rhs in
+ if abs(lhs.element - rhs.element) > 0.5 {
+ return lhs.element < rhs.element
+ }
+ return lhs.offset < rhs.offset
+ }?.offset ?? 0
+ let cardHeight = HorizontalMasonryMetrics.cardHeight
+ let x = startX + CGFloat(laneIndex) * (cardWidth + HorizontalMasonryMetrics.horizontalGap)
+ let top = HorizontalMasonryMetrics.verticalPadding + laneHeights[laneIndex]
+ plannedFrames.append((
+ windowID: card.item.window.id,
+ x: x,
+ top: top,
+ width: cardWidth,
+ height: cardHeight
+ ))
+ laneHeights[laneIndex] += cardHeight + HorizontalMasonryMetrics.verticalGap
+ }
+
+ let tallestLane = laneHeights.max().map {
+ max(0, $0 - HorizontalMasonryMetrics.verticalGap)
+ } ?? 0
+ let contentHeight = max(
+ waterfallLayer.bounds.height,
+ HorizontalMasonryMetrics.verticalPadding * 2 + tallestLane
+ )
+ let frames = Dictionary(
+ uniqueKeysWithValues: plannedFrames.map { planned in
+ (
+ planned.windowID,
+ CGRect(
+ x: planned.x,
+ y: contentHeight - planned.top - planned.height,
+ width: planned.width,
+ height: planned.height
+ )
+ )
+ }
+ )
+
+ return HorizontalMasonryLayout(contentHeight: contentHeight, cardFramesByWindowID: frames)
+ }
+
+ private func horizontalMasonryContentFrame() -> CGRect {
+ let contentHeight = max(waterfallLayer.bounds.height, horizontalMasonryContentHeight)
+ return CGRect(
+ x: 0,
+ y: waterfallLayer.bounds.height - contentHeight + horizontalMasonryScrollOffset,
+ width: waterfallLayer.bounds.width,
+ height: contentHeight
+ )
+ }
+
+ private func waterfallColumnStartX(columnsWidth: CGFloat) -> CGFloat {
+ guard currentViewModel?.lockedSpaceID != nil else {
+ return WaterfallMetrics.contentHorizontalPadding
+ }
+
+ let centeredStart = (waterfallContentWidth - columnsWidth) / 2
+ return max(WaterfallMetrics.contentHorizontalPadding, centeredStart)
+ }
+
private func layoutWaterfallColumn(_ column: WaterfallColumnLayers) {
+ column.containerLayer.cornerRadius = 14
+ column.containerLayer.masksToBounds = true
+ column.containerLayer.backgroundColor = themePalette.columnBackground.cgColor
+ column.containerLayer.shadowOpacity = 0
+ column.containerLayer.shadowRadius = 0
+ column.containerLayer.shadowOffset = .zero
+ column.headerLayer.isHidden = false
+ column.appNameLayer.isHidden = false
+ column.countLayer.isHidden = false
+
let bounds = column.containerLayer.bounds
+ let cardsClipFrame = CGRect(
+ x: 0,
+ y: 0,
+ width: bounds.width,
+ height: max(1, bounds.height - WaterfallMetrics.headerHeight)
+ )
+ column.cardsClipLayer.frame = cardsClipFrame
+ column.cardsClipLayer.masksToBounds = true
let isSpaceFocused = spaceFocusWindowCount(for: column.column.appGroupIndex) > 0
+ let isHovered = column.column.appGroupIndex == effectiveHoveredAppGroupIndex
column.containerLayer.borderColor = (isSpaceFocused
- ? NSColor.separatorColor.withAlphaComponent(0.38)
- : NSColor.separatorColor.withAlphaComponent(0.24)
+ ? themePalette.columnBorder.withAlphaComponent(resolvedTheme == .dark ? 0.34 : 0.38)
+ : themePalette.columnBorder
).cgColor
column.containerLayer.borderWidth = 1
column.headerLayer.frame = CGRect(
@@ -2358,22 +5810,26 @@
width: bounds.width,
height: WaterfallMetrics.headerHeight
)
- column.headerLayer.backgroundColor = (isSpaceFocused
- ? NSColor.systemFill.withAlphaComponent(0.10)
- : NSColor.controlBackgroundColor.withAlphaComponent(0.52)
+ column.headerLayer.backgroundColor = (isHovered
+ ? waterfallAppHoverHeaderFillColor
+ : (isSpaceFocused
+ ? themePalette.columnHeaderSpaceFocusedBackground
+ : themePalette.columnHeaderBackground)
).cgColor
column.appNameLayer.frame = CGRect(
- x: WaterfallMetrics.columnPadding,
+ x: WaterfallMetrics.columnHeaderTextInset,
y: bounds.height - 24,
- width: max(1, bounds.width - 64),
+ width: max(1, bounds.width - WaterfallMetrics.columnHeaderTextInset * 2),
height: 16
)
+ column.appNameLayer.foregroundColor = themePalette.columnText.cgColor
column.countLayer.frame = CGRect(
x: bounds.width - 48,
y: bounds.height - 24,
width: 36,
height: 16
)
+ column.countLayer.foregroundColor = themePalette.columnSecondaryText.cgColor
let appGroupIndex = column.column.appGroupIndex
let verticalOffset = clampedWaterfallColumnOffset(
@@ -2382,10 +5838,10 @@
)
waterfallColumnScrollOffsets[appGroupIndex] = verticalOffset
- let cardWidth = max(1, bounds.width - WaterfallMetrics.columnPadding * 2)
- let firstCardTop = bounds.height
- - WaterfallMetrics.headerHeight
- - WaterfallMetrics.columnPadding
+ let cardWidth = max(1, bounds.width - WaterfallMetrics.columnHorizontalPadding * 2)
+ let firstCardTop = cardsClipFrame.height
+ - WaterfallMetrics.selectedCardScaleOverflow
+ - WaterfallMetrics.columnVerticalPadding
+ verticalOffset
for card in column.cards {
@@ -2393,8 +5849,9 @@
let y = firstCardTop
- WaterfallMetrics.cardHeight
- CGFloat(cardIndex) * (WaterfallMetrics.cardHeight + WaterfallMetrics.cardGap)
+ card.containerLayer.transform = CATransform3DIdentity
card.containerLayer.frame = CGRect(
- x: WaterfallMetrics.columnPadding,
+ x: WaterfallMetrics.columnHorizontalPadding,
y: y,
width: cardWidth,
height: WaterfallMetrics.cardHeight
@@ -2407,9 +5864,21 @@
let bounds = card.containerLayer.bounds
let isSelected = card.item.window.id == effectiveSelection?.windowID
let isHovered = card.item.window.id == hoveredWindowID
- applyWaterfallCardVisualState(card, selected: shouldShowSelectedVisual(isSelected), hovered: isHovered)
+ let isKeyboardFocused = card.item.window.id == keyboardFocusedWindowID
+ let isHorizontalAppDefaultFocused = isHorizontalAppDefaultCard(card)
+ let isAppLinked = isWaterfallCardAppLinked(card)
+ let shortcutFilterState = windowShortcutFilterState(for: card)
+ applyWaterfallCardVisualState(
+ card,
+ selected: shouldShowSelectedVisual(isSelected: isSelected, isHovered: isHovered)
+ || isKeyboardFocused
+ || isHorizontalAppDefaultFocused,
+ hovered: isHovered,
+ appLinked: isAppLinked,
+ shortcutFilterState: shortcutFilterState
+ )
- let outerInset: CGFloat = 8
+ let outerInset: CGFloat = 0
let titleBarHeight: CGFloat = 26
let titleGap: CGFloat = 6
let titleBarFrame = CGRect(
@@ -2439,18 +5908,21 @@
width: max(1, titleBarFrame.width - 68),
height: 16
)
+ card.titleLayer.foregroundColor = themePalette.cardText.cgColor
card.metaLayer.frame = CGRect(
x: titleBarFrame.maxX - 38,
y: titleBarFrame.minY + 6,
width: 30,
height: 14
)
+ card.metaLayer.foregroundColor = themePalette.cardSecondaryText.cgColor
card.stateLayer.frame = CGRect(
x: thumbnailFrame.maxX - 86,
y: thumbnailFrame.minY + 6,
width: 78,
height: 14
)
+ card.stateLayer.foregroundColor = themePalette.cardSecondaryText.cgColor
layoutCloseButton(
card.closeButton,
target: .window(
@@ -2458,7 +5930,7 @@
windowIndex: card.item.windowIndex,
windowID: card.item.window.id
),
- visible: isHovered,
+ visible: isHovered && shortcutFilterState != .dimmed,
anchorTopRight: CGPoint(x: bounds.maxX - 12, y: bounds.maxY - 12)
)
card.shineLayer.frame = CGRect(
@@ -2467,43 +5939,72 @@
width: max(36, min(96, bounds.width * 0.24)),
height: bounds.height
)
+ card.shineLayer.colors = [
+ NSColor.white.withAlphaComponent(0.00).cgColor,
+ themePalette.shinePeak.cgColor,
+ NSColor.white.withAlphaComponent(0.00).cgColor
+ ]
}
- private func applyWaterfallCardVisualState(_ card: WaterfallCardLayers, selected: Bool, hovered: Bool) {
- let isSpaceFocused = card.item.primarySpaceID == activeSpaceFocusID
+ private func applyWaterfallCardVisualState(
+ _ card: WaterfallCardLayers,
+ selected: Bool,
+ hovered: Bool,
+ appLinked: Bool,
+ shortcutFilterState: WindowShortcutFilterState
+ ) {
+ let isSpaceFocused = isWaterfallCardSpaceFocused(card)
+ let isShortcutDimmed = shortcutFilterState == .dimmed
card.containerLayer.backgroundColor = (selected
- ? NSColor.windowBackgroundColor.withAlphaComponent(0.94)
+ ? themePalette.cardSelectedBackground
: hovered
? accentTintedWindowBackground(fraction: 0.09, alpha: 0.95)
+ : appLinked
+ ? accentTintedWindowBackground(fraction: 0.08, alpha: 0.93)
: isSpaceFocused
? accentTintedWindowBackground(fraction: 0.10, alpha: 0.94)
- : NSColor.windowBackgroundColor.withAlphaComponent(0.82)
+ : themePalette.cardBackground
).cgColor
+ card.containerLayer.opacity = isShortcutDimmed ? windowShortcutFilterDimOpacity : 1
card.containerLayer.borderColor = (selected
? NSColor.controlAccentColor.withAlphaComponent(0.52)
: hovered
? NSColor.controlAccentColor.withAlphaComponent(0.44)
+ : appLinked
+ ? NSColor.controlAccentColor.withAlphaComponent(0.38)
: isSpaceFocused
? NSColor.controlAccentColor.withAlphaComponent(0.42)
: NSColor.separatorColor.withAlphaComponent(0.28)
).cgColor
- card.containerLayer.borderWidth = (selected || hovered || isSpaceFocused) ? 1.5 : 1
+ card.containerLayer.borderWidth = (selected || hovered || appLinked || isSpaceFocused) ? 1.5 : 1
card.containerLayer.shadowColor = NSColor.black.cgColor
- card.containerLayer.shadowOpacity = selected ? 0.24 : hovered ? 0.14 : isSpaceFocused ? 0.20 : 0
- card.containerLayer.shadowRadius = selected ? 22 : hovered ? 17 : isSpaceFocused ? 24 : 0
+ let darkShadowBoost: Float = resolvedTheme == .dark ? 0.08 : 0
+ let baseShadowOpacity: Float = selected
+ ? 0.24 + darkShadowBoost
+ : hovered
+ ? 0.14 + darkShadowBoost
+ : appLinked
+ ? 0.16 + darkShadowBoost
+ : isSpaceFocused
+ ? 0.20 + darkShadowBoost
+ : 0
+ card.containerLayer.shadowOpacity = isShortcutDimmed ? min(baseShadowOpacity, 0.03) : baseShadowOpacity
+ card.containerLayer.shadowRadius = selected ? 22 : hovered ? 17 : appLinked ? 18 : isSpaceFocused ? 24 : 0
card.containerLayer.shadowOffset = selected
? CGSize(width: 0, height: -6)
: hovered
? CGSize(width: 0, height: -2.5)
+ : appLinked
+ ? CGSize(width: 0, height: -3)
: isSpaceFocused
? CGSize(width: 0, height: -5)
: .zero
- card.containerLayer.zPosition = selected ? 20 : hovered ? 10 : isSpaceFocused ? 8 : 0
- let focusedScale: CGFloat = selected ? 1.015 : isSpaceFocused ? 1.012 : 1.008
- card.containerLayer.transform = (selected || hovered || isSpaceFocused)
+ card.containerLayer.zPosition = selected ? 20 : hovered ? 12 : appLinked ? 10 : isSpaceFocused ? 8 : 0
+ let focusedScale: CGFloat = selected ? WaterfallMetrics.selectedCardScale : isSpaceFocused ? 1.012 : 1.008
+ card.containerLayer.transform = (!isShortcutDimmed && (selected || hovered || isSpaceFocused))
? CATransform3DMakeScale(focusedScale, focusedScale, 1)
: CATransform3DIdentity
- card.containerLayer.shadowPath = (selected || hovered || isSpaceFocused)
+ card.containerLayer.shadowPath = (!isShortcutDimmed && (selected || hovered || appLinked || isSpaceFocused))
? CGPath(
roundedRect: card.containerLayer.bounds,
cornerWidth: card.containerLayer.cornerRadius,
@@ -2511,10 +6012,15 @@
transform: nil
)
: nil
- card.titleBarLayer.backgroundColor = NSColor.clear.cgColor
+ card.titleBarLayer.backgroundColor = (selected
+ ? spaceLaneOccupiedColor.withAlphaComponent(0.22)
+ : appLinked
+ ? spaceLaneOccupiedColor.withAlphaComponent(0.18)
+ : NSColor.clear
+ ).cgColor
card.titleBarLayer.borderColor = NSColor.clear.cgColor
card.titleBarLayer.borderWidth = 0
- card.shineLayer.opacity = selected ? 1 : 0
+ card.shineLayer.opacity = (!isShortcutDimmed && selected) ? 1 : 0
}
private func layoutCloseButton(
@@ -2527,13 +6033,14 @@
let size: CGFloat = isButtonHovered ? 24 : 18
let buttonFill = isButtonHovered
? NSColor.systemRed.withAlphaComponent(0.94)
- : NSColor.labelColor.withAlphaComponent(0.24)
+ : NSColor.white.withAlphaComponent(0.34)
let buttonStroke = isButtonHovered
? NSColor.white.withAlphaComponent(0.76)
- : NSColor.white.withAlphaComponent(0.52)
+ : NSColor.white.withAlphaComponent(0.46)
let glyphStroke = isButtonHovered
? NSColor.white
- : NSColor.secondaryLabelColor.withAlphaComponent(0.92)
+ : NSColor.white.withAlphaComponent(0.88)
+
button.containerLayer.frame = CGRect(
x: anchorTopRight.x - size / 2,
y: anchorTopRight.y - size / 2,
@@ -2545,10 +6052,10 @@
button.containerLayer.borderColor = buttonStroke.cgColor
button.containerLayer.opacity = visible ? 1 : 0
button.containerLayer.zPosition = isButtonHovered ? 80 : 60
- button.containerLayer.shadowOpacity = visible ? (isButtonHovered ? 0.22 : 0.07) : 0
+ button.containerLayer.shadowOpacity = visible ? (isButtonHovered ? 0.22 : 0.04) : 0
button.containerLayer.shadowRadius = isButtonHovered ? 9 : 5
button.glyphLayer.frame = CGRect(x: 0, y: 0, width: size, height: size)
- button.glyphLayer.lineWidth = isButtonHovered ? 2.1 : 1.7
+ button.glyphLayer.lineWidth = isButtonHovered ? 2.1 : 1.45
button.glyphLayer.strokeColor = glyphStroke.cgColor
button.glyphLayer.path = closeGlyphPath(size: size, hovered: isButtonHovered)
}
@@ -2616,9 +6123,16 @@
)
layers.backgroundLayer.frame = layers.containerLayer.bounds
layers.backgroundLayer.path = bubblePath
+ layers.backgroundLayer.fillColor = themePalette.closeFeedbackBackground.withAlphaComponent(resolvedTheme == .dark ? 0.98 : 0.985).cgColor
+ layers.backgroundLayer.strokeColor = themePalette.closeFeedbackBorder.withAlphaComponent(resolvedTheme == .dark ? 0.78 : 1).cgColor
layers.containerLayer.shadowPath = bubblePath
layers.titleLayer.string = confirmationTitle(for: request)
layers.messageLayer.string = confirmationMessage(for: request)
+ layers.titleLayer.foregroundColor = (resolvedTheme == .dark
+ ? NSColor.white.withAlphaComponent(0.92)
+ : NSColor.labelColor
+ ).cgColor
+ layers.messageLayer.foregroundColor = themePalette.closeFeedbackText.cgColor
layers.titleLayer.frame = CGRect(x: contentFrame.minX + 22, y: height - 48, width: contentFrame.width - 44, height: 22)
layers.messageLayer.frame = CGRect(x: contentFrame.minX + 22, y: height - 78, width: contentFrame.width - 44, height: 21)
@@ -2629,16 +6143,100 @@
).cgColor
layers.checkboxLayer.borderColor = (pendingCloseOptOut
? NSColor.controlAccentColor.withAlphaComponent(0.95)
- : NSColor.separatorColor.withAlphaComponent(0.48)
+ : themePalette.closeFeedbackBorder.withAlphaComponent(resolvedTheme == .dark ? 0.80 : 0.48)
).cgColor
layers.checkboxMarkLayer.string = pendingCloseOptOut ? "✓" : ""
layers.checkboxMarkLayer.frame = CGRect(x: 0, y: 1, width: 18, height: 16)
+ layers.checkboxLabelLayer.foregroundColor = themePalette.closeFeedbackText.cgColor
layers.checkboxLabelLayer.frame = CGRect(x: contentFrame.minX + 48, y: 80, width: contentFrame.width - 70, height: 19)
+ layers.cancelButtonLayer.backgroundColor = (resolvedTheme == .dark
+ ? NSColor.white.withAlphaComponent(0.10)
+ : NSColor.systemFill.withAlphaComponent(0.16)
+ ).cgColor
+ layers.cancelButtonLayer.borderColor = themePalette.closeFeedbackBorder.withAlphaComponent(resolvedTheme == .dark ? 0.70 : 0.22).cgColor
+ layers.cancelButtonTextLayer.foregroundColor = (resolvedTheme == .dark
+ ? NSColor.white.withAlphaComponent(0.86)
+ : NSColor.labelColor
+ ).cgColor
layers.cancelButtonLayer.frame = CGRect(x: contentFrame.maxX - 164, y: 22, width: 74, height: 32)
layers.cancelButtonTextLayer.frame = layers.cancelButtonLayer.bounds.insetBy(dx: 0, dy: 7)
layers.confirmButtonLayer.frame = CGRect(x: contentFrame.maxX - 78, y: 22, width: 56, height: 32)
layers.confirmButtonTextLayer.frame = layers.confirmButtonLayer.bounds.insetBy(dx: 0, dy: 7)
+ }
+
+ private func setCloseFeedback(_ feedback: CloseFeedback, autoHideAfter delay: TimeInterval?) {
+ closeFeedbackHideTask?.cancel()
+ closeFeedback = feedback
+ closeFeedbackLayer.isHidden = false
+ closeFeedbackLayer.opacity = 1
+ closeFeedbackTextLayer.string = feedback.message
+ switch feedback.kind {
+ case .progress:
+ closeFeedbackLayer.backgroundColor = themePalette.closeFeedbackBackground.cgColor
+ closeFeedbackLayer.borderColor = themePalette.closeFeedbackBorder.cgColor
+ closeFeedbackTextLayer.foregroundColor = themePalette.closeFeedbackText.cgColor
+ case .failure:
+ closeFeedbackLayer.backgroundColor = NSColor.systemRed.withAlphaComponent(0.10).cgColor
+ closeFeedbackLayer.borderColor = NSColor.systemRed.withAlphaComponent(0.32).cgColor
+ closeFeedbackTextLayer.foregroundColor = NSColor.systemRed.withAlphaComponent(0.95).cgColor
+ }
+ needsLayout = true
+
+ guard let delay else {
+ closeFeedbackHideTask = nil
+ return
+ }
+
+ closeFeedbackHideTask = Task { @MainActor [weak self] in
+ try? await Task.sleep(nanoseconds: UInt64(delay * 1_000_000_000))
+ guard !Task.isCancelled,
+ let self,
+ self.closeFeedback == feedback
+ else {
+ return
+ }
+ self.clearCloseFeedback()
+ }
+ }
+
+ private func layoutCloseFeedback() {
+ guard let feedback = closeFeedback else {
+ closeFeedbackLayer.isHidden = true
+ closeFeedbackLayer.opacity = 0
+ return
+ }
+
+ closeFeedbackLayer.isHidden = false
+ closeFeedbackLayer.opacity = 1
+ let font = NSFont.systemFont(
+ ofSize: 13,
+ weight: feedback.kind == .failure ? .medium : .regular
+ )
+ closeFeedbackTextLayer.font = font
+ closeFeedbackTextLayer.fontSize = 13
+ let textWidth = (feedback.message as NSString).size(
+ withAttributes: [.font: font]
+ ).width
+ let maxWidth = max(180, glassLayer.bounds.width - 48)
+ let width = min(max(180, textWidth + 34), min(460, maxWidth))
+ let height: CGFloat = 34
+ let x = max(24, (glassLayer.bounds.width - width) / 2)
+ let preferredY = waterfallLayer.frame.maxY - height - 14
+ let y = min(
+ max(16, preferredY),
+ max(16, glassLayer.bounds.height - height - 16)
+ )
+
+ closeFeedbackLayer.frame = CGRect(x: x, y: y, width: width, height: height)
+ closeFeedbackLayer.cornerRadius = height / 2
+ closeFeedbackLayer.shadowPath = CGPath(
+ roundedRect: closeFeedbackLayer.bounds,
+ cornerWidth: closeFeedbackLayer.cornerRadius,
+ cornerHeight: closeFeedbackLayer.cornerRadius,
+ transform: nil
+ )
+ closeFeedbackTextLayer.frame = closeFeedbackLayer.bounds.insetBy(dx: 17, dy: 8)
}
private func closeConfirmationBubblePath(
@@ -2726,18 +6324,23 @@
}
pendingCloseTarget = nil
+ pendingCloseRequest = nil
pendingCloseOptOut = false
closeConfirmationLayers.containerLayer.isHidden = true
closeConfirmationArrowEdge = nil
- if pendingCloseOptOut {
- onCloseConfirmationDisabled?()
- }
onRequestClose?(request)
}
private func beginCloseConfirmation(for target: CloseTarget) {
if closeConfirmationRequired {
+ guard let request = closeRequest(for: target) else {
+ DevelopmentDiagnostics.log("quickSwitch.view.closeConfirmation.missingRequest", [
+ "targetKind": target.kindDescription
+ ])
+ return
+ }
pendingCloseTarget = target
+ pendingCloseRequest = request
pendingCloseOptOut = false
DevelopmentDiagnostics.log("quickSwitch.view.closeConfirmation.show", [
"targetKind": target.kindDescription
@@ -2750,23 +6353,30 @@
}
private func confirmPendingClose() {
- guard let target = pendingCloseTarget else { return }
+ guard let target = pendingCloseTarget,
+ let request = pendingCloseRequest
+ else { return }
let shouldDisableConfirmation = pendingCloseOptOut
pendingCloseTarget = nil
+ pendingCloseRequest = nil
pendingCloseOptOut = false
closeConfirmationLayers.containerLayer.isHidden = true
closeConfirmationArrowEdge = nil
- if shouldDisableConfirmation {
+ if shouldDisableConfirmation && closeConfirmationRequired {
+ closeConfirmationRequired = false
onCloseConfirmationDisabled?()
}
- if let request = closeRequest(for: target) {
- onRequestClose?(request)
- }
+ DevelopmentDiagnostics.log("quickSwitch.view.closeConfirmation.confirm", [
+ "targetKind": target.kindDescription,
+ "disableFutureConfirmation": shouldDisableConfirmation
+ ])
+ onRequestClose?(request)
}
private func cancelPendingClose() {
DevelopmentDiagnostics.log("quickSwitch.view.closeConfirmation.cancel")
pendingCloseTarget = nil
+ pendingCloseRequest = nil
pendingCloseOptOut = false
closeConfirmationLayers.containerLayer.isHidden = true
closeConfirmationArrowEdge = nil
@@ -2774,7 +6384,15 @@
}
private func toggleCloseConfirmationOptOut() {
+ if pendingCloseOptOut && !closeConfirmationRequired {
+ return
+ }
pendingCloseOptOut.toggle()
+ if pendingCloseOptOut {
+ closeConfirmationRequired = false
+ onCloseConfirmationDisabled?()
+ DevelopmentDiagnostics.log("quickSwitch.view.closeConfirmation.optOutPersisted")
+ }
needsLayout = true
}
@@ -2843,11 +6461,7 @@
}
private func appShelfCloseButtonTarget(at windowLocation: NSPoint) -> CloseTarget? {
- let locationInView = convert(windowLocation, from: nil)
- let locationInAppShelfContent = CGPoint(
- x: locationInView.x - glassLayer.frame.minX - shelfLayer.frame.minX - appShelfContentLayer.frame.minX,
- y: locationInView.y - glassLayer.frame.minY - shelfLayer.frame.minY - appShelfContentLayer.frame.minY
- )
+ let locationInAppShelfContent = appShelfContentLocation(at: windowLocation)
for item in appShelfItems {
let target = CloseTarget.app(appGroupIndex: item.item.appGroupIndex)
@@ -2855,36 +6469,59 @@
canClose(app: item.item.app)
else { continue }
+ let itemFrame = interactiveFrame(for: item.containerLayer)
+ let closeFrame = interactiveFrame(for: item.closeButton.containerLayer)
let locationInItem = CGPoint(
- x: locationInAppShelfContent.x - item.containerLayer.frame.minX,
- y: locationInAppShelfContent.y - item.containerLayer.frame.minY
+ x: locationInAppShelfContent.x - itemFrame.minX,
+ y: locationInAppShelfContent.y - itemFrame.minY
)
- if item.closeButton.containerLayer.frame.insetBy(dx: -8, dy: -8).contains(locationInItem) {
+ if appShelfCloseHitFrame(for: closeFrame).contains(locationInItem) {
return target
}
}
return nil
}
+ private func appShelfCloseHitFrame(for closeFrame: CGRect) -> CGRect {
+ closeFrame.insetBy(
+ dx: -AppShelfMetrics.closeButtonHitOutset,
+ dy: -AppShelfMetrics.closeButtonHitOutset
+ )
+ }
+
private func waterfallCloseButtonTarget(at windowLocation: NSPoint) -> CloseTarget? {
let locationInView = convert(windowLocation, from: nil)
+ let glassFrame = interactiveFrame(for: glassLayer)
+ let waterfallFrame = interactiveFrame(for: waterfallLayer)
+ let waterfallContentFrame = interactiveFrame(for: waterfallContentLayer)
let locationInWaterfallContent = CGPoint(
- x: locationInView.x - glassLayer.frame.minX - waterfallLayer.frame.minX - waterfallContentLayer.frame.minX,
- y: locationInView.y - glassLayer.frame.minY - waterfallLayer.frame.minY - waterfallContentLayer.frame.minY
+ x: locationInView.x - glassFrame.minX - waterfallFrame.minX - waterfallContentFrame.minX,
+ y: locationInView.y - glassFrame.minY - waterfallFrame.minY - waterfallContentFrame.minY
)
- for column in waterfallColumns where column.containerLayer.frame.contains(locationInWaterfallContent) {
+ for column in waterfallColumns where interactiveFrame(for: column.containerLayer).contains(locationInWaterfallContent) {
+ let columnFrame = interactiveFrame(for: column.containerLayer)
+ let cardsClipFrame = interactiveFrame(for: column.cardsClipLayer)
let locationInColumn = CGPoint(
- x: locationInWaterfallContent.x - column.containerLayer.frame.minX,
- y: locationInWaterfallContent.y - column.containerLayer.frame.minY
+ x: locationInWaterfallContent.x - columnFrame.minX,
+ y: locationInWaterfallContent.y - columnFrame.minY
)
- for card in column.cards where card.containerLayer.frame.contains(locationInColumn) {
+ guard cardsClipFrame.contains(locationInColumn) else {
+ continue
+ }
+ let locationInCardsClip = CGPoint(
+ x: locationInColumn.x - cardsClipFrame.minX,
+ y: locationInColumn.y - cardsClipFrame.minY
+ )
+ for card in column.cards where interactiveFrame(for: card.containerLayer).contains(locationInCardsClip) {
guard card.closeButton.containerLayer.opacity > 0 else { continue }
+ let cardFrame = interactiveFrame(for: card.containerLayer)
+ let closeFrame = interactiveFrame(for: card.closeButton.containerLayer)
let locationInCard = CGPoint(
- x: locationInColumn.x - card.containerLayer.frame.minX,
- y: locationInColumn.y - card.containerLayer.frame.minY
+ x: locationInCardsClip.x - cardFrame.minX,
+ y: locationInCardsClip.y - cardFrame.minY
)
- if card.closeButton.containerLayer.frame.insetBy(dx: -8, dy: -8).contains(locationInCard) {
+ if closeFrame.insetBy(dx: -8, dy: -8).contains(locationInCard) {
return .window(
appGroupIndex: card.item.appGroupIndex,
windowIndex: card.item.windowIndex,
@@ -2924,11 +6561,13 @@
x: waterfallLayer.frame.minX
+ waterfallContentLayer.frame.minX
+ column.containerLayer.frame.minX
+ + column.cardsClipLayer.frame.minX
+ card.containerLayer.frame.minX
+ card.closeButton.containerLayer.frame.midX,
y: waterfallLayer.frame.minY
+ waterfallContentLayer.frame.minY
+ column.containerLayer.frame.minY
+ + column.cardsClipLayer.frame.minY
+ card.containerLayer.frame.minY
+ card.closeButton.containerLayer.frame.midY
)
@@ -2936,9 +6575,39 @@
}
private func accentTintedWindowBackground(fraction: CGFloat, alpha: CGFloat) -> NSColor {
- let color = NSColor.windowBackgroundColor.blended(withFraction: fraction, of: NSColor.controlAccentColor)
- ?? NSColor.windowBackgroundColor
+ let baseColor = resolvedTheme == .dark ? themePalette.cardBackground : NSColor.windowBackgroundColor
+ let color = baseColor.blended(withFraction: fraction, of: NSColor.controlAccentColor)
+ ?? baseColor
return color.withAlphaComponent(alpha)
+ }
+
+ private func isWaterfallCardSpaceFocused(_ card: WaterfallCardLayers) -> Bool {
+ guard let activeSpaceFocusID else { return false }
+ return card.item.primarySpaceID == activeSpaceFocusID
+ }
+
+ private func isWaterfallCardAppLinked(_ card: WaterfallCardLayers) -> Bool {
+ guard card.item.appGroupIndex == appIconHoverLinkedAppGroupIndex else { return false }
+
+ if isHorizontalMasonryMode {
+ return true
+ }
+
+ if keyboardFocusedWindowID != nil {
+ return false
+ }
+
+ return waterfallColumns
+ .first(where: { $0.column.appGroupIndex == card.item.appGroupIndex })?
+ .cards
+ .sorted { lhs, rhs in
+ if lhs.item.windowIndex != rhs.item.windowIndex {
+ return lhs.item.windowIndex < rhs.item.windowIndex
+ }
+ return lhs.item.window.id < rhs.item.window.id
+ }
+ .first?
+ .item.window.id == card.item.window.id
}
private func waterfallColumnWidth() -> CGFloat {
@@ -2947,7 +6616,7 @@
let visibleColumns = min(4, max(1, waterfallColumns.count))
let fittingWidth = (
waterfallLayer.bounds.width
- - WaterfallMetrics.columnPadding * 2
+ - WaterfallMetrics.contentHorizontalPadding * 2
- CGFloat(max(0, visibleColumns - 1)) * WaterfallMetrics.gap
) / CGFloat(visibleColumns)
return max(
@@ -2956,15 +6625,109 @@
)
}
+ private var isHorizontalMasonryMode: Bool {
+ waterfallViewMode == .horizontalMasonry
+ }
+
+ private var resolvedTheme: QuickSwitchResolvedTheme {
+ themePreference == .dark ? .dark : .light
+ }
+
+ private var themePalette: QuickSwitchThemePalette {
+ QuickSwitchThemePalette.palette(for: resolvedTheme)
+ }
+
+ private var darkBackdropAmbientLayers: [CAGradientLayer] {
+ [darkAmbientLeftLayer, darkAmbientCenterLayer, darkAmbientRightLayer]
+ }
+
+ private static func normalizedQuickSwitchTheme(_ theme: ThemePreference) -> ThemePreference {
+ theme == .dark ? .dark : .light
+ }
+
+ private var nextThemePreference: ThemePreference {
+ resolvedTheme == .dark ? .light : .dark
+ }
+
+ private var nextWaterfallViewMode: QuickSwitchWaterfallViewMode {
+ isHorizontalMasonryMode ? .verticalColumns : .horizontalMasonry
+ }
+
+ private var viewModeToggleBlueColor: NSColor {
+ NSColor(deviceRed: 135.0 / 255.0, green: 200.0 / 255.0, blue: 1, alpha: 1)
+ }
+
+ private var themeToggleIdleBackgroundColor: NSColor {
+ toggleIdleBackgroundColor(hovered: isThemeToggleButtonHovered)
+ }
+
+ private func toggleIdleBackgroundColor(hovered: Bool) -> NSColor {
+ switch resolvedTheme {
+ case .light:
+ return NSColor.windowBackgroundColor.withAlphaComponent(hovered ? 0.76 : 0.58)
+ case .dark:
+ return NSColor(calibratedRed: 24 / 255, green: 34 / 255, blue: 54 / 255, alpha: hovered ? 0.76 : 0.58)
+ }
+ }
+
+ private var viewModeToggleVisualState: ViewModeToggleVisualState {
+ if isHorizontalMasonryMode {
+ return isViewModeToggleButtonHovered ? .verticalAvailable : .horizontalSelected
+ }
+ return isViewModeToggleButtonHovered ? .horizontalAvailable : .verticalSelected
+ }
+
+ private func viewModeToggleVisualStateIsSelected(_ state: ViewModeToggleVisualState) -> Bool {
+ switch state {
+ case .horizontalSelected, .verticalSelected:
+ return true
+ case .horizontalAvailable, .verticalAvailable:
+ return false
+ }
+ }
+
+ private var viewModeToggleIconKind: String {
+ viewModeToggleVisualState.rawValue
+ }
+
+ private var viewModeToggleAccessibilityLabel: String {
+ switch nextWaterfallViewMode {
+ case .verticalColumns:
+ return "切换到纵栏瀑布"
+ case .horizontalMasonry:
+ return "切换到横栏瀑布"
+ }
+ }
+
+ private var themeToggleAccessibilityLabel: String {
+ switch nextThemePreference {
+ case .dark:
+ return "切换到深色皮肤"
+ case .light, .system:
+ return "切换到浅色皮肤"
+ }
+ }
+
private var waterfallMaxScrollOffset: CGFloat {
- max(0, waterfallContentWidth - waterfallLayer.bounds.width)
+ guard !isHorizontalMasonryMode else { return 0 }
+ return max(0, waterfallContentWidth - waterfallLayer.bounds.width)
}
private func clampedWaterfallOffset(_ offset: CGFloat) -> CGFloat {
min(max(0, offset), waterfallMaxScrollOffset)
}
+ private var horizontalMasonryMaxScrollOffset: CGFloat {
+ max(0, horizontalMasonryContentHeight - waterfallLayer.bounds.height)
+ }
+
+ private func clampedHorizontalMasonryOffset(_ offset: CGFloat) -> CGFloat {
+ min(max(0, offset), horizontalMasonryMaxScrollOffset)
+ }
+
private func waterfallMaxVerticalScrollOffset(for appGroupIndex: Int) -> CGFloat {
+ guard !isHorizontalMasonryMode else { return 0 }
+
guard
let column = waterfallColumns.first(where: { $0.column.appGroupIndex == appGroupIndex })
else {
@@ -2975,11 +6738,11 @@
1,
waterfallLayer.bounds.height
- WaterfallMetrics.headerHeight
- - WaterfallMetrics.columnPadding * 2
+ - WaterfallMetrics.columnVerticalPadding * 2
)
let contentHeight = CGFloat(column.cards.count) * WaterfallMetrics.cardHeight
+ CGFloat(max(0, column.cards.count - 1)) * WaterfallMetrics.cardGap
- return max(0, contentHeight - visibleHeight)
+ return max(0, contentHeight - visibleHeight + WaterfallMetrics.selectedCardScaleOverflow * 2)
}
private func clampedWaterfallColumnOffset(_ offset: CGFloat, appGroupIndex: Int) -> CGFloat {
@@ -2987,7 +6750,130 @@
}
private func waterfallMetaText(for card: QuickSwitchWindowCardViewModel) -> String {
- card.primarySpaceLabel ?? "No Space"
+ windowShortcutCode(for: card) ?? ""
+ }
+
+ private func windowShortcutCode(for card: QuickSwitchWindowCardViewModel) -> String? {
+ guard let appOrdinal = appShelfItems.firstIndex(where: { $0.item.appGroupIndex == card.appGroupIndex }),
+ let appSymbol = singleIndexSymbol(forOrdinal: appOrdinal),
+ let windowSymbol = singleIndexSymbol(forOrdinal: card.windowIndex)
+ else {
+ return nil
+ }
+ return "\(appSymbol)\(windowSymbol)"
+ }
+
+ private func singleIndexSymbol(forOrdinal ordinal: Int) -> String? {
+ guard ordinal >= 0,
+ ordinal < Self.appShelfIndexSymbols.count
+ else {
+ return nil
+ }
+ return Self.appShelfIndexSymbols[ordinal]
+ }
+
+ private var visibleWaterfallCards: [WaterfallCardLayers] {
+ waterfallColumns.flatMap(\.cards)
+ }
+
+ private func singleVisibleWaterfallCard(appGroupIndex: Int) -> WaterfallCardLayers? {
+ let cards = visibleWaterfallCards.filter { $0.item.appGroupIndex == appGroupIndex }
+ return cards.count == 1 ? cards[0] : nil
+ }
+
+ private var windowShortcutFilterDimOpacity: Float {
+ resolvedTheme == .dark ? 0.44 : 0.38
+ }
+
+ private func windowShortcutFilterState(for card: WaterfallCardLayers) -> WindowShortcutFilterState {
+ switch windowShortcutFilterPhase {
+ case .appPending:
+ guard let pending = windowIndexKeyPending else { return .none }
+ return card.item.appGroupIndex == pending.appGroupIndex ? .matched : .dimmed
+ case .targetPreCommit:
+ guard let snapshot = lastWindowShortcutPreCommitFilterSnapshot else { return .none }
+ if card.item.window.id == snapshot.targetWindowID {
+ return .target
+ }
+ if snapshot.dimmedWindowIDs.contains(card.item.window.id) {
+ return .dimmed
+ }
+ if snapshot.matchedWindowIDs.contains(card.item.window.id) {
+ return .matched
+ }
+ return .none
+ case .none, .invalid, .expired:
+ return .none
+ }
+ }
+
+ private func makeWindowShortcutPreCommitFilterSnapshot(
+ target card: WaterfallCardLayers,
+ code: String
+ ) -> WindowShortcutPreCommitFilterSnapshot {
+ let targetWindowID = card.item.window.id
+ let allWindowIDs = visibleWaterfallCards.map { $0.item.window.id }
+ return WindowShortcutPreCommitFilterSnapshot(
+ targetCode: code,
+ targetWindowID: targetWindowID,
+ matchedWindowIDs: [targetWindowID],
+ dimmedWindowIDs: allWindowIDs.filter { $0 != targetWindowID }.sorted()
+ )
+ }
+
+ private func makeWindowShortcutFilterReport() -> WindowShortcutFilterReport {
+ switch windowShortcutFilterPhase {
+ case .appPending:
+ guard let pending = windowIndexKeyPending else {
+ return emptyWindowShortcutFilterReport(phase: .none)
+ }
+ let cards = visibleWaterfallCards
+ let matched = cards
+ .filter { $0.item.appGroupIndex == pending.appGroupIndex }
+ .map { $0.item.window.id }
+ .sorted()
+ let dimmed = cards
+ .filter { $0.item.appGroupIndex != pending.appGroupIndex }
+ .map { $0.item.window.id }
+ .sorted()
+ return WindowShortcutFilterReport(
+ active: true,
+ phase: .appPending,
+ pendingAppGroupIndex: pending.appGroupIndex,
+ prefix: pending.appSymbol,
+ matchedWindowIDs: matched,
+ dimmedWindowIDs: dimmed
+ )
+ case .targetPreCommit:
+ guard let snapshot = lastWindowShortcutPreCommitFilterSnapshot else {
+ return emptyWindowShortcutFilterReport(phase: .none)
+ }
+ return WindowShortcutFilterReport(
+ active: true,
+ phase: .targetPreCommit,
+ pendingAppGroupIndex: nil,
+ prefix: snapshot.targetCode,
+ matchedWindowIDs: snapshot.matchedWindowIDs,
+ dimmedWindowIDs: snapshot.dimmedWindowIDs
+ )
+ case .invalid, .expired:
+ return emptyWindowShortcutFilterReport(phase: windowShortcutFilterPhase)
+ case .none:
+ return emptyWindowShortcutFilterReport(phase: .none)
+ }
+ }
+
+ private func emptyWindowShortcutFilterReport(
+ phase: WindowShortcutFilterPhase
+ ) -> WindowShortcutFilterReport {
+ WindowShortcutFilterReport(
+ active: false,
+ phase: phase,
+ pendingAppGroupIndex: nil,
+ prefix: nil,
+ matchedWindowIDs: [],
+ dimmedWindowIDs: []
+ )
}
private func waterfallStateText(for card: QuickSwitchWindowCardViewModel) -> String {
@@ -3005,15 +6891,51 @@
return states.joined(separator: " / ")
}
- private func spaceColor(for space: QuickSwitchSpaceViewModel) -> NSColor {
- if space.isCurrent {
- return NSColor.windowBackgroundColor.withAlphaComponent(0.76)
- }
- if space.windowCount > 0 {
- return NSColor.controlBackgroundColor.withAlphaComponent(0.56)
+ private var spaceLaneOccupiedColor: NSColor {
+ if resolvedTheme == .dark {
+ return NSColor(calibratedRed: 10 / 255, green: 132 / 255, blue: 1, alpha: 1)
}
- return NSColor.controlBackgroundColor.withAlphaComponent(0.26)
+ return NSColor(calibratedRed: 0, green: 122 / 255, blue: 1, alpha: 1)
+ }
+
+ private var spaceLaneLockedFillColor: NSColor {
+ if resolvedTheme == .dark {
+ return NSColor(calibratedRed: 58 / 255, green: 148 / 255, blue: 1, alpha: 0.86)
+ }
+
+ return NSColor(calibratedRed: 90 / 255, green: 171 / 255, blue: 1, alpha: 0.82)
+ }
+
+ private func spaceLaneIdleOccupiedGradientColors() -> [NSColor] {
+ if resolvedTheme == .dark {
+ let blue = NSColor(calibratedRed: 18 / 255, green: 42 / 255, blue: 70 / 255, alpha: 0.92)
+ let surface = NSColor(calibratedRed: 22 / 255, green: 34 / 255, blue: 50 / 255, alpha: 0.78)
+ return [blue, surface]
+ }
+
+ return [
+ NSColor(calibratedRed: 232 / 255, green: 246 / 255, blue: 1, alpha: 1),
+ NSColor.white
+ ]
+ }
+
+ private func applySpaceLaneGradientFill(to layer: CALayer, colors: [NSColor]) {
+ if let gradientLayer = layer as? CAGradientLayer {
+ gradientLayer.colors = colors.map(\.cgColor)
+ gradientLayer.locations = [0, 1].map(NSNumber.init(value:))
+ gradientLayer.startPoint = CGPoint(x: 0.5, y: 1.0)
+ gradientLayer.endPoint = CGPoint(x: 0.5, y: 0.0)
+ }
+ layer.backgroundColor = NSColor.clear.cgColor
+ }
+
+ private func applySpaceLaneSolidFill(to layer: CALayer, color: NSColor) {
+ if let gradientLayer = layer as? CAGradientLayer {
+ gradientLayer.colors = nil
+ gradientLayer.locations = nil
+ }
+ layer.backgroundColor = color.cgColor
}
private func makeFullscreenMarkerLayer(for space: QuickSwitchSpaceViewModel) -> CALayer? {
@@ -3179,10 +7101,9 @@
return (0..<count).map { _ in
let layer = CALayer()
layer.cornerRadius = 3
- layer.backgroundColor = (space.type == .fullscreen
- ? NSColor.labelColor.withAlphaComponent(0.20)
- : NSColor.labelColor.withAlphaComponent(0.18)
- ).cgColor
+ layer.backgroundColor = spaceLaneOccupiedColor
+ .withAlphaComponent(space.isCurrent ? 0.72 : 0.58)
+ .cgColor
return layer
}
}
@@ -3206,13 +7127,38 @@
return identifiers.joined(separator: " ")
}
- private func layoutFullscreenMarkerLayer(_ layer: CALayer, in segmentBounds: CGRect) {
+ private func splitViewAppNames(for space: QuickSwitchSpaceViewModel) -> [String] {
+ guard space.type == .fullscreen else { return [] }
+
+ let names = space.splitViewAppNames
+ .prefix(2)
+ .map { $0.trimmingCharacters(in: .whitespacesAndNewlines) }
+ .filter { !$0.isEmpty }
+
+ guard names.count >= 2 else { return [] }
+ return names
+ }
+
+ private func layoutFullscreenMarkerLayer(
+ _ layer: CALayer,
+ in segmentBounds: CGRect,
+ isSplitView: Bool = false
+ ) {
let markerFrame = fullscreenMarkerFrame(in: segmentBounds)
layer.frame = markerFrame
guard let shapeLayer = layer as? CAShapeLayer else { return }
let bounds = shapeLayer.bounds
+ if isSplitView {
+ let path = CGMutablePath()
+ path.move(to: CGPoint(x: bounds.midX, y: bounds.minY))
+ path.addLine(to: CGPoint(x: bounds.midX, y: bounds.maxY))
+ shapeLayer.path = path
+ shapeLayer.lineCap = .butt
+ return
+ }
+
let cornerLength = min(12, max(7, min(bounds.width, bounds.height) * 0.28))
let path = CGMutablePath()
@@ -3233,14 +7179,22 @@
path.addLine(to: CGPoint(x: 0, y: bounds.maxY - cornerLength))
shapeLayer.path = path
+ shapeLayer.lineCap = .round
}
private func fullscreenMarkerFrame(in segmentBounds: CGRect) -> CGRect {
- CGRect(
+ let topReserved: CGFloat = 32
+ let bottomReserved: CGFloat = 16
+ let availableHeight = max(20, segmentBounds.height - topReserved - bottomReserved)
+ let markerHeight = min(30, max(20, availableHeight))
+ let markerCenterY = bottomReserved + availableHeight * 0.5
+ let markerY = max(8, min(segmentBounds.height - topReserved - markerHeight, markerCenterY - markerHeight * 0.5))
+
+ return CGRect(
x: 10,
- y: 30,
+ y: markerY,
width: max(1, segmentBounds.width - 20),
- height: max(1, segmentBounds.height - 58)
+ height: markerHeight
)
}
@@ -3258,6 +7212,7 @@
private func appShelfItemReports() -> [[String: Any]] {
appShelfItems.enumerated().map { index, item in
let visibleFrame = item.containerLayer.frame.offsetBy(dx: appShelfContentLayer.frame.minX, dy: 0)
+ let magneticState = appShelfMagneticState(for: item)
return [
"index": index,
"name": item.item.app.name,
@@ -3268,21 +7223,42 @@
"isSelected": item.item.appGroupIndex == effectiveSelection?.appGroupIndex,
"isHovered": item.item.appGroupIndex == effectiveHoveredAppGroupIndex,
"isSpaceFocused": spaceFocusWindowCount(for: item.item.appGroupIndex) > 0,
+ "isMagneticNeighbor": magneticState.isNeighbor,
+ "magneticInfluence": Double(magneticState.influence),
+ "magneticLift": Double(magneticState.lift),
"visualStates": appShelfVisualStates(for: item),
"zPosition": Double(item.containerLayer.zPosition),
"hasMinimizedWindows": item.item.hasMinimizedWindows,
"hasFullscreenWindows": item.item.hasFullscreenWindows,
"frame": dictionary(from: item.containerLayer.frame),
"visibleFrame": dictionary(from: visibleFrame),
+ "containerBorderWidth": Double(item.containerLayer.borderWidth),
+ "containerBorderColor": colorDictionary(from: item.containerLayer.borderColor),
"iconFrame": dictionary(from: item.iconLayer.frame),
+ "iconBorderWidth": Double(item.iconLayer.borderWidth),
+ "iconBorderColor": colorDictionary(from: item.iconLayer.borderColor),
+ "backgroundFrame": dictionary(from: item.backgroundLayer.frame),
+ "backgroundColor": colorDictionary(from: item.backgroundLayer.backgroundColor),
+ "backgroundBorderWidth": Double(item.backgroundLayer.borderWidth),
+ "backgroundShadowOpacity": Double(item.backgroundLayer.shadowOpacity),
+ "backgroundShadowRadius": Double(item.backgroundLayer.shadowRadius),
+ "indexText": item.indexLayer.string ?? "",
+ "indexFrame": dictionary(from: item.indexLayer.frame),
+ "indexVisible": !item.indexLayer.isHidden && item.indexLayer.opacity > 0,
+ "indexFontSize": Double(item.indexLayer.fontSize),
+ "indexOpacity": Double(item.indexLayer.opacity),
+ "indexColor": colorDictionary(from: item.indexLayer.foregroundColor),
"labelFrame": dictionary(from: item.labelLayer.frame),
"labelTruncationMode": "middle",
"badgeVisible": !item.badgeLayer.isHidden,
"badgeText": item.badgeLayer.string ?? "",
"closeButtonVisible": item.closeButton.containerLayer.opacity > 0,
"closeButtonFrame": dictionary(from: item.closeButton.containerLayer.frame),
+ "closeButtonHitFrame": dictionary(from: appShelfCloseHitFrame(for: item.closeButton.containerLayer.frame)),
"closeButtonSize": Double(item.closeButton.containerLayer.bounds.width),
- "closeButtonFillColor": colorDictionary(from: item.closeButton.containerLayer.backgroundColor)
+ "closeButtonFillColor": colorDictionary(from: item.closeButton.containerLayer.backgroundColor),
+ "closeButtonGlyphColor": colorDictionary(from: item.closeButton.glyphLayer.strokeColor),
+ "closeButtonGlyphLineWidth": Double(item.closeButton.glyphLayer.lineWidth)
] as [String: Any]
}
}
@@ -3290,13 +7266,18 @@
private func appShelfVisualStates(for item: AppShelfItemLayers) -> [String] {
var states: [String] = []
let isSelected = item.item.appGroupIndex == effectiveSelection?.appGroupIndex
- if shouldShowSelectedVisual(isSelected) {
+ let isHovered = item.item.appGroupIndex == effectiveHoveredAppGroupIndex
+ let magneticState = appShelfMagneticState(for: item)
+ if shouldShowSelectedVisual(isSelected: isSelected, isHovered: isHovered) {
states.append("selected")
} else if isSelected {
states.append("selectedVisualSuppressed")
}
- if item.item.appGroupIndex == effectiveHoveredAppGroupIndex {
+ if isHovered {
states.append("hover")
+ }
+ if magneticState.isNeighbor {
+ states.append("magneticNeighbor")
}
if spaceFocusWindowCount(for: item.item.appGroupIndex) > 0 {
states.append("spaceFocused")
@@ -3308,21 +7289,56 @@
return states
}
+ private func waterfallColumnVisualStates(for column: WaterfallColumnLayers) -> [String] {
+ var states: [String] = []
+ if column.column.appGroupIndex == effectiveHoveredAppGroupIndex {
+ states.append("hover")
+ }
+ if spaceFocusWindowCount(for: column.column.appGroupIndex) > 0 {
+ states.append("spaceFocused")
+ }
+ return states
+ }
+
private func waterfallColumnReports() -> [[String: Any]] {
waterfallColumns.map { column in
let visibleFrame = column.containerLayer.frame.offsetBy(dx: waterfallContentLayer.frame.minX, dy: 0)
let appGroupIndex = column.column.appGroupIndex
+ let isHovered = appGroupIndex == effectiveHoveredAppGroupIndex
+ let firstCardFrame = column.cards.first?.containerLayer.frame
+ let visibleFirstCardFrame = firstCardFrame.map {
+ $0.offsetBy(dx: column.cardsClipLayer.frame.minX, dy: column.cardsClipLayer.frame.minY)
+ }
+ let headerToFirstCardGap = visibleFirstCardFrame.map {
+ column.headerLayer.frame.minY - $0.maxY
+ }
+ let topToFirstCardGap = visibleFirstCardFrame.map {
+ column.containerLayer.bounds.height - $0.maxY
+ }
return [
"appGroupIndex": appGroupIndex,
"appName": column.column.app.name,
"bundleIdentifier": column.column.app.bundleIdentifier,
"windowCount": column.column.windows.count,
+ "isHovered": isHovered,
+ "visualStates": waterfallColumnVisualStates(for: column),
"spaceFocusWindowCount": spaceFocusWindowCount(for: appGroupIndex),
"isSpaceFocused": spaceFocusWindowCount(for: appGroupIndex) > 0,
"spaceFocusDirection": spaceFocusDirection(for: appGroupIndex),
"frame": dictionary(from: column.containerLayer.frame),
"visibleFrame": dictionary(from: visibleFrame),
+ "headerFrame": dictionary(from: column.headerLayer.frame),
+ "headerBackgroundColor": colorDictionary(from: column.headerLayer.backgroundColor),
+ "cardsClipFrame": dictionary(from: column.cardsClipLayer.frame),
+ "cardsClipMasksToBounds": column.cardsClipLayer.masksToBounds,
+ "headerToFirstCardGap": headerToFirstCardGap.map(Double.init) ?? NSNull(),
+ "topToFirstCardGap": topToFirstCardGap.map(Double.init) ?? NSNull(),
+ "appNameFrame": dictionary(from: column.appNameLayer.frame),
+ "appNameAlignment": column.appNameLayer.alignmentMode.rawValue,
+ "appNameColor": colorDictionary(from: column.appNameLayer.foregroundColor),
+ "countFrame": dictionary(from: column.countLayer.frame),
+ "countColor": colorDictionary(from: column.countLayer.foregroundColor),
"verticalScrollOffset": Double(waterfallColumnScrollOffsets[appGroupIndex] ?? 0),
"maxVerticalScrollOffset": Double(waterfallMaxVerticalScrollOffset(for: appGroupIndex)),
"cards": waterfallCardReports(for: column)
@@ -3380,10 +7396,14 @@
private func waterfallCardReports(for column: WaterfallColumnLayers) -> [[String: Any]] {
column.cards.map { card in
let visibleFrame = card.containerLayer.frame.offsetBy(
- dx: column.containerLayer.frame.minX + waterfallContentLayer.frame.minX,
- dy: column.containerLayer.frame.minY
+ dx: column.containerLayer.frame.minX + column.cardsClipLayer.frame.minX + waterfallContentLayer.frame.minX,
+ dy: column.containerLayer.frame.minY + column.cardsClipLayer.frame.minY
)
let screenshotSource = screenshotSourcesByWindowID[card.item.window.id]
+ let shortcutFilterState = windowShortcutFilterState(for: card)
+ let shortcutFilterOpacity = shortcutFilterState == .dimmed
+ ? windowShortcutFilterDimOpacity
+ : Float(1)
var report = [
"appGroupIndex": card.item.appGroupIndex,
@@ -3395,10 +7415,15 @@
"titleIsEmpty": card.item.window.title.isEmpty,
"primarySpaceID": card.item.primarySpaceID ?? NSNull(),
"primarySpaceLabel": card.item.primarySpaceLabel ?? NSNull(),
+ "windowShortcutCode": waterfallMetaText(for: card.item),
"isMinimized": card.item.window.isMinimized,
"isFullscreen": card.item.window.isFullscreen,
"identifierSource": "\(card.item.window.identifierSource)",
"isSelected": card.item.window.id == effectiveSelection?.windowID,
+ "isKeyboardFocused": card.item.window.id == keyboardFocusedWindowID,
+ "isHorizontalAppDefault": isHorizontalAppDefaultCard(card),
+ "windowShortcutFilterState": shortcutFilterState.rawValue,
+ "windowShortcutFilterOpacity": Double(shortcutFilterOpacity),
"visualStates": waterfallCardVisualStates(for: card),
"thumbnailStrategy": thumbnailStrategyString(for: card.item.window),
"screenshotSource": screenshotSourceString(screenshotSource, for: card.item.window),
@@ -3409,6 +7434,7 @@
"shadowRadius": Double(card.containerLayer.shadowRadius),
"thumbnailFrame": dictionary(from: card.thumbnailLayer.frame),
"titleBarFrame": dictionary(from: card.titleBarLayer.frame),
+ "titleBarBackgroundColor": colorDictionary(from: card.titleBarLayer.backgroundColor),
"titleBarBorderWidth": Double(card.titleBarLayer.borderWidth),
"titleFrame": dictionary(from: card.titleLayer.frame),
"metaFrame": dictionary(from: card.metaLayer.frame),
@@ -3418,8 +7444,11 @@
"closeButtonFrame": dictionary(from: card.closeButton.containerLayer.frame),
"closeButtonSize": Double(card.closeButton.containerLayer.bounds.width),
"closeButtonFillColor": colorDictionary(from: card.closeButton.containerLayer.backgroundColor),
+ "closeButtonGlyphColor": colorDictionary(from: card.closeButton.glyphLayer.strokeColor),
+ "closeButtonGlyphLineWidth": Double(card.closeButton.glyphLayer.lineWidth),
"shineVisible": card.shineLayer.opacity > 0,
"zPosition": Double(card.containerLayer.zPosition),
+ "bounds": dictionary(from: card.containerLayer.bounds),
"frame": dictionary(from: card.containerLayer.frame),
"visibleFrame": dictionary(from: visibleFrame),
"titleTruncationMode": "middle"
@@ -3513,16 +7542,41 @@
private func waterfallCardVisualStates(for card: WaterfallCardLayers) -> [String] {
var states: [String] = []
let isSelected = card.item.window.id == effectiveSelection?.windowID
- if shouldShowSelectedVisual(isSelected) {
+ let isHovered = card.item.window.id == hoveredWindowID
+ let isKeyboardFocused = card.item.window.id == keyboardFocusedWindowID
+ let isHorizontalAppDefaultFocused = isHorizontalAppDefaultCard(card)
+ let isAppLinked = isWaterfallCardAppLinked(card)
+ if shouldShowSelectedVisual(isSelected: isSelected, isHovered: isHovered)
+ || isKeyboardFocused
+ || isHorizontalAppDefaultFocused {
states.append("selected")
} else if isSelected {
states.append("selectedVisualSuppressed")
}
- if card.item.window.id == hoveredWindowID {
+ if isKeyboardFocused {
+ states.append("keyboardFocused")
+ }
+ if isHorizontalAppDefaultFocused {
+ states.append("appDefault")
+ }
+ if isHovered {
states.append("hover")
}
- if card.item.primarySpaceID == activeSpaceFocusID {
+ if isAppLinked {
+ states.append("appLinked")
+ }
+ if isWaterfallCardSpaceFocused(card) {
states.append("spaceFocused")
+ }
+ switch windowShortcutFilterState(for: card) {
+ case .matched:
+ states.append("shortcutMatched")
+ case .dimmed:
+ states.append("shortcutDimmed")
+ case .target:
+ states.append("shortcutTarget")
+ case .none:
+ break
}
if card.item.window.isMinimized {
states.append("minimized")
@@ -3537,32 +7591,111 @@
window?.backingScaleFactor ?? NSScreen.main?.backingScaleFactor ?? 2
}
+ private func spaceLaneDisplayGroupReports() -> [[String: Any]] {
+ spaceLaneDisplayGroups.map { group in
+ let visibleFrame = group.containerLayer.frame.offsetBy(dx: spaceLaneContentLayer.frame.minX, dy: 0)
+ return [
+ "displayUUID": group.display.displayUUID,
+ "displayIndex": group.display.displayIndex,
+ "displayLabel": group.display.displayLabel,
+ "physical": group.display.physical,
+ "spaceCount": group.segments.count,
+ "spaceIDs": group.segments.map(\.space.id),
+ "spaceLabels": group.segments.map(\.space.label),
+ "frame": dictionary(from: group.containerLayer.frame),
+ "visibleFrame": dictionary(from: visibleFrame),
+ "backgroundColor": colorDictionary(from: group.containerLayer.backgroundColor),
+ "borderColor": colorDictionary(from: group.containerLayer.borderColor),
+ "borderWidth": Double(group.containerLayer.borderWidth),
+ "shadowOpacity": Double(group.containerLayer.shadowOpacity),
+ "shadowRadius": Double(group.containerLayer.shadowRadius),
+ "groupGap": Double(SpaceLaneMetrics.groupGap),
+ "groupHorizontalPadding": Double(SpaceLaneMetrics.groupHorizontalPadding),
+ "groupVerticalPadding": Double(SpaceLaneMetrics.groupVerticalPadding),
+ "segmentGap": Double(SpaceLaneMetrics.segmentGap)
+ ] as [String: Any]
+ }
+ }
+
private func spaceLaneSegmentReports() -> [[String: Any]] {
currentViewModel?.displays.flatMap { display in
display.spaces.compactMap { space in
guard let segment = spaceLaneSegments.first(where: { $0.space.id == space.id }) else {
return nil
}
- let visibleFrame = segment.containerLayer.frame.offsetBy(dx: spaceLaneContentLayer.frame.minX, dy: 0)
+ let isAppAssociated = appHoverAssociatedSpaceIDs.contains(space.id)
+ let isWindowAssociated = space.id == windowHoverAssociatedSpaceID
+ let isLocked = space.id == currentViewModel?.lockedSpaceID
+ let isActive = space.id == activeSpaceFocusID || isLocked
+ let isAssociated = (isAppAssociated || isWindowAssociated) && !isActive
+ let usesLightActiveFill = resolvedTheme == .dark && space.windowCount > 0 && !isLocked && (isActive || isAssociated)
+ let group = spaceLaneDisplayGroup(containingSpaceID: space.id)
+ let visibleFrame = segment.containerLayer.frame.offsetBy(
+ dx: (group?.containerLayer.frame.minX ?? 0) + spaceLaneContentLayer.frame.minX,
+ dy: group?.containerLayer.frame.minY ?? 0
+ )
+ let fullscreenMarkerFrame = segment.fullscreenMarkerLayer?.frame
+ let fullscreenMarkerCenterRatio = fullscreenMarkerFrame.map {
+ Double($0.midY / max(1, segment.containerLayer.bounds.height))
+ }
+ let splitAppNames = splitViewAppNames(for: space)
+ let splitAppLabelFrames = segment.splitAppLayers.map { dictionary(from: $0.frame) }
return [
"displayUUID": display.displayUUID,
"displayLabel": display.displayLabel,
+ "spaceID": space.id,
"label": space.label,
"type": spaceTypeName(space.type),
"visualStates": visualStates(for: space),
+ "usesLightActiveFill": usesLightActiveFill,
+ "foregroundContrastStyle": usesLightActiveFill ? "darkOnLight" : "themeDefault",
"fullscreenMarkerVisible": segment.fullscreenMarkerLayer != nil,
- "fullscreenMarkerKind": segment.fullscreenMarkerLayer == nil ? "none" : "cornerBracket",
- "fullscreenMarkerFrame": segment.fullscreenMarkerLayer.map { dictionary(from: $0.frame) } ?? NSNull(),
+ "fullscreenMarkerKind": fullscreenMarkerKind(
+ markerLayer: segment.fullscreenMarkerLayer,
+ splitAppNames: splitAppNames
+ ),
+ "fullscreenMarkerPathStyle": fullscreenMarkerPathStyle(
+ markerLayer: segment.fullscreenMarkerLayer,
+ splitAppNames: splitAppNames
+ ),
+ "fullscreenMarkerFrame": fullscreenMarkerFrame.map { dictionary(from: $0) } ?? NSNull(),
+ "fullscreenMarkerCenterRatio": fullscreenMarkerCenterRatio ?? NSNull(),
+ "splitViewAppNames": splitAppNames,
+ "splitViewLabelFrames": splitAppLabelFrames,
+ "splitViewLabelColors": segment.splitAppLayers.map {
+ colorDictionary(from: $0.foregroundColor)
+ },
"windowBlockCount": segment.windowBlocks.count,
+ "windowBlockColors": segment.windowBlocks.map { colorDictionary(from: $0.backgroundColor) },
+ "windowBlockFrames": segment.windowBlocks.map { dictionary(from: $0.frame) },
+ "labelColor": colorDictionary(from: segment.labelLayer.foregroundColor),
+ "countText": string(from: segment.countLayer.string),
+ "countVisible": !segment.countLayer.isHidden && segment.countLayer.opacity > 0,
+ "countColor": colorDictionary(from: segment.countLayer.foregroundColor),
+ "appColor": colorDictionary(from: segment.appLayer.foregroundColor),
+ "fullscreenMarkerStrokeColor": colorDictionary(
+ from: (segment.fullscreenMarkerLayer as? CAShapeLayer)?.strokeColor
+ ),
+ "backgroundKind": spaceLaneFillKind(for: segment.containerLayer),
"backgroundColor": colorDictionary(from: segment.containerLayer.backgroundColor),
+ "gradientColors": gradientColorDictionaries(from: segment.containerLayer),
+ "borderColor": colorDictionary(from: segment.containerLayer.borderColor),
+ "borderWidth": Double(segment.containerLayer.borderWidth),
+ "shadowColor": colorDictionary(from: segment.containerLayer.shadowColor),
"shadowOpacity": Double(segment.containerLayer.shadowOpacity),
"shadowRadius": Double(segment.containerLayer.shadowRadius),
+ "shadowOffset": [
+ "width": Double(segment.containerLayer.shadowOffset.width),
+ "height": Double(segment.containerLayer.shadowOffset.height)
+ ],
"appFrame": dictionary(from: segment.appLayer.frame),
"frame": dictionary(from: segment.containerLayer.frame),
"visibleFrame": dictionary(from: visibleFrame),
"isCurrent": space.isCurrent,
- "isHovered": space.id == hoveredSpaceID,
+ "isHovered": space.id == activeSpaceFocusID,
"isFocused": space.id == activeSpaceFocusID,
+ "isAppAssociated": isAppAssociated,
+ "isWindowAssociated": isWindowAssociated,
"windowCount": space.windowCount,
"appCount": space.appCount,
"appNames": space.appNames
@@ -3571,19 +7704,47 @@
} ?? []
}
+ private func spaceLaneDisplayGroup(containingSpaceID spaceID: UInt64) -> SpaceLaneDisplayGroupLayers? {
+ spaceLaneDisplayGroups.first { group in
+ group.segments.contains { $0.space.id == spaceID }
+ }
+ }
+
+ private func fullscreenMarkerKind(markerLayer: CALayer?, splitAppNames: [String]) -> String {
+ guard markerLayer != nil else { return "none" }
+ return splitAppNames.count >= 2 ? "splitViewPair" : "cornerBracket"
+ }
+
+ private func fullscreenMarkerPathStyle(markerLayer: CALayer?, splitAppNames: [String]) -> String {
+ guard markerLayer != nil else { return "none" }
+ return splitAppNames.count >= 2 ? "centerDividerOnly" : "cornerBracket"
+ }
+
private func visualStates(for space: QuickSwitchSpaceViewModel) -> [String] {
var states: [String] = []
if space.isCurrent {
states.append("current")
}
- if space.id == hoveredSpaceID {
+ if appHoverAssociatedSpaceIDs.contains(space.id) {
+ states.append("appAssociated")
+ }
+ if space.id == windowHoverAssociatedSpaceID {
+ states.append("windowAssociated")
+ }
+ if space.id == activeSpaceFocusID {
states.append("hover")
}
if space.id == activeSpaceFocusID {
states.append("focused")
}
+ if space.id == currentViewModel?.lockedSpaceID {
+ states.append("locked")
+ }
if space.type == .fullscreen {
states.append("fullscreen")
+ }
+ if splitViewAppNames(for: space).count >= 2 {
+ states.append("splitView")
}
return states
}
@@ -3610,6 +7771,16 @@
]
}
+ private func string(from textLayerValue: Any?) -> String {
+ if let string = textLayerValue as? String {
+ return string
+ }
+ if let attributedString = textLayerValue as? NSAttributedString {
+ return attributedString.string
+ }
+ return ""
+ }
+
private func colorDictionary(from color: CGColor?) -> [String: Double] {
guard let color,
let nsColor = NSColor(cgColor: color)?.usingColorSpace(.deviceRGB)
@@ -3629,4 +7800,37 @@
"alpha": Double(nsColor.alphaComponent)
]
}
+
+ private func gradientColorDictionaries(from layer: CALayer) -> [[String: Double]] {
+ guard let gradientLayer = layer as? CAGradientLayer else { return [] }
+ return (gradientLayer.colors ?? []).map { color in
+ let cgColor = color as! CGColor
+ return colorDictionary(from: cgColor)
+ }
+ }
+
+ private var darkBackdropLayerCount: Int {
+ darkBackdropAmbientLayers.count + 1
+ }
+
+ private var darkBackdropLayersVisible: Bool {
+ resolvedTheme == .dark
+ && darkBackdropAmbientLayers.allSatisfy { !$0.isHidden }
+ && !darkVignetteLayer.isHidden
+ }
+
+ private func backgroundGradientColorReports() -> [[String: Double]] {
+ gradientColorDictionaries(from: backgroundLayer)
+ }
+
+ private func spaceLaneFillKind(for layer: CALayer) -> String {
+ if !gradientColorDictionaries(from: layer).isEmpty {
+ return "gradient"
+ }
+ let background = colorDictionary(from: layer.backgroundColor)
+ if background["alpha", default: 0] <= 0.01 {
+ return "clear"
+ }
+ return "solid"
+ }
}
--
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