Files
2026-04-19 17:07:18 +02:00

442 lines
15 KiB
QML

import QtQuick
import Quickshell
import Quickshell.Io
import qs.Commons
import qs.Services.Media
import qs.Services.UI
Item {
id: root
// === EXTERNAL API ===
property var pluginApi: null
// === CORE STATE ===
property int catState: 0 // 0 = idle (both paws up), 1 = left slap, 2 = right slap, 3 = both slap
property bool leftWasLast: false // Track which paw slapped last to alternate
property bool paused: false
property bool waiting: false
property bool blinking: false
property int pendingCatState: 0 // State to transition to after reset delay
// === INSTANCE IDENTIFICATION ===
readonly property string spectrumInstanceId: "plugin:slowbongo:" + Date.now() + Math.random()
// === INPUT DEVICES (from settings) ===
readonly property var inputDevices: {
const saved = pluginApi?.pluginSettings?.inputDevices;
if (saved && saved.length > 0) return saved;
return [];
}
onPluginApiChanged: {
if (pluginApi) {
SpectrumService.registerComponent(spectrumInstanceId);
Logger.i("SlowBongo", "Registered with SpectrumService for audio detection");
}
}
Component.onDestruction: SpectrumService.unregisterComponent(spectrumInstanceId)
// === IPC CONTROL ===
IpcHandler {
target: "plugin:slowbongo"
function pause() {
root.paused = true
}
function resume() {
root.paused = false
}
function toggle() {
root.paused = !root.paused
}
}
// === SETTINGS ===
readonly property int idleTimeout: pluginApi?.pluginSettings?.idleTimeout ?? 250
readonly property int waitingTimeout: pluginApi?.pluginSettings?.waitingTimeout ?? 5000
readonly property string catColor: pluginApi?.pluginSettings?.catColor ?? "default"
readonly property real catSize: pluginApi?.pluginSettings?.catSize ?? 1.0
readonly property real catOffsetY: pluginApi?.pluginSettings?.catOffsetY ?? 0.0
readonly property bool raveMode: pluginApi?.pluginSettings?.raveMode ?? false
readonly property bool tappyMode: pluginApi?.pluginSettings?.tappyMode ?? false
readonly property bool useMprisFilter: pluginApi?.pluginSettings?.useMprisFilter ?? false
// === AUDIO REACTIVE STATE ===
readonly property bool anyMusicPlaying: !SpectrumService.isIdle
property int rainbowIndex: 0
readonly property var rainbowColors: ['#aa0000', '#b65c02', '#bb9c14', '#00a100', '#01019b', '#37005c', '#6a0196']
property real audioIntensity: 0
property real smoothedIntensity: 0
property real previousIntensity: 0
property real bassIntensity: 0
readonly property real beatThreshold: 0.07
readonly property real bigBeatThreshold: 0.67
readonly property real beatDeltaThreshold: 0.014 // Minimum sudden increase to count as beat
property bool isFlashing: false
// === COMPUTED MODE FLAGS ===
readonly property bool mprisAllowed: !useMprisFilter || MediaService.isPlaying
readonly property bool useTappyMode: tappyMode && anyMusicPlaying && mprisAllowed
readonly property string currentRainbowColor: rainbowColors[rainbowIndex]
readonly property bool useRaveColors: raveMode && anyMusicPlaying && mprisAllowed
readonly property bool showRainbowColor: useRaveColors && isFlashing
// === AUDIO REACTIVE CONNECTIONS ===
Connections {
target: SpectrumService
function onValuesChanged() {
if (root.paused) return;
if (!root.useRaveColors && !root.useTappyMode) return;
if (!SpectrumService.values || SpectrumService.values.length === 0) {
root.audioIntensity = 0;
return;
}
const subBassCount = Math.min(4, SpectrumService.values.length);
const bassCount = Math.min(8, SpectrumService.values.length);
const midCount = Math.min(16, SpectrumService.values.length);
let subBassSum = 0;
for (let i = 0; i < subBassCount; i++) {
subBassSum += SpectrumService.values[i] || 0;
}
let bassSum = 0;
for (let i = 0; i < bassCount; i++) {
bassSum += SpectrumService.values[i] || 0;
}
let midSum = 0;
for (let i = 8; i < midCount; i++) {
midSum += SpectrumService.values[i] || 0;
}
const subBassAvg = subBassSum / subBassCount;
const bassAvg = bassSum / bassCount;
const midAvg = midSum / Math.max(1, midCount - 8);
root.bassIntensity = subBassAvg;
root.audioIntensity = (bassAvg * 0.8) + (midAvg * 0.6);
const alpha = 0.75;
root.previousIntensity = root.smoothedIntensity;
root.smoothedIntensity = alpha * root.audioIntensity + (1 - alpha) * root.smoothedIntensity;
const intensityDelta = root.smoothedIntensity - root.previousIntensity;
const isBeat = (intensityDelta > root.beatDeltaThreshold && root.smoothedIntensity > root.beatThreshold * 0.5)
|| (root.smoothedIntensity > root.beatThreshold && intensityDelta > 0);
if (isBeat && !beatCooldownTimer.running) {
if (root.useRaveColors) {
root.rainbowIndex = (root.rainbowIndex + 1) % root.rainbowColors.length;
root.isFlashing = true;
flashTimer.restart();
}
if (root.useTappyMode) {
root.musicEvent(root.bassIntensity > root.bigBeatThreshold);
}
beatCooldownTimer.restart();
}
}
}
// === TIMERS ===
Timer {
id: beatCooldownTimer
interval: 70
repeat: false
}
Timer {
id: flashTimer
interval: 100
repeat: false
onTriggered: root.isFlashing = false
}
Timer {
id: stateResetTimer
interval: 40
repeat: false
onTriggered: root.catState = root.pendingCatState
}
// === MUSIC HANDLER ===
function musicEvent(isBigHit = false) {
if (root.paused) return;
root.waiting = false;
let targetState;
if (isBigHit) {
targetState = 3;
} else {
root.leftWasLast = !root.leftWasLast;
targetState = root.leftWasLast ? 1 : 2;
}
const needsReset = root.catState !== 0 && ((isBigHit && root.catState !== 3) || (!isBigHit && root.catState === 3));
if (needsReset) {
root.catState = 0;
root.pendingCatState = targetState;
stateResetTimer.restart();
} else {
root.catState = targetState;
}
idleTimer.restart();
waitingTimer.restart();
}
// === KEY PRESS HANDLER ===
function onKeyPress(isBigHit = false) {
if (root.paused) return;
root.waiting = false;
let targetState;
if (isBigHit) {
targetState = 3;
} else {
if (root.catState !== 0){
targetState = 3;
} else {
root.leftWasLast = !root.leftWasLast;
targetState = root.leftWasLast ? 1 : 2;
}
}
root.catState = targetState;
waitingTimer.restart();
}
function onKeyRelease(isBigHit = false) {
if (root.paused) return;
root.waiting = false;
let targetState;
if (isBigHit) {
targetState = 0;
} else {
if (root.catState === 3){
targetState = root.leftWasLast ? 1 : 2;
} else {
targetState = 0;
}
}
root.catState = targetState;
waitingTimer.restart();
}
function onKeyRepeat(isBigHit = false){
if (root.paused) return;
root.waiting = false;
let targetState;
if (root.catState !== 0) {
targetState = root.catState;
} else {
if (isBigHit){
targetState = 3;
} else {
targetState = root.leftWasLast ? 1 : 2;
}
}
root.catState = targetState;
waitingTimer.restart();
}
// === STATE CHANGE HANDLERS ===
onPausedChanged: {
if (root.paused) {
idleTimer.stop();
waitingTimer.stop();
root.waiting = false;
root.blinking = false;
root.catState = 0;
} else {
waitingTimer.restart();
}
}
onWaitingChanged: {
if (root.waiting) {
root.blinking = false;
}
}
// === IDLE & WAITING TIMERS ===
Timer {
id: idleTimer
interval: root.idleTimeout
repeat: false
onTriggered: root.catState = 0
}
Timer {
id: waitingTimer
interval: root.waitingTimeout
repeat: false
onTriggered: root.waiting = true
}
// === BLINK ANIMATION ===
Timer {
id: blinkIntervalTimer
interval: 6000 + Math.random() * 8000
repeat: true
running: !root.paused && !root.waiting
onTriggered: {
interval = 6000 + Math.random() * 8000;
if (Math.random() < 0.5) {
root.blinking = true;
blinkDurationTimer.start();
} else {
root.blinkFlutterCount = 0;
root.blinking = true;
flutterTimer.start();
}
}
}
property int blinkFlutterCount: 0
Timer {
id: blinkDurationTimer
interval: 450
repeat: false
onTriggered: root.blinking = false
}
Timer {
id: flutterTimer
interval: 120
repeat: false
onTriggered: {
root.blinkFlutterCount++;
root.blinking = !root.blinking;
if (root.blinkFlutterCount < 4) {
flutterTimer.start();
} else {
root.blinking = false;
}
}
}
// === INPUT DEVICE MONITORING ===
Repeater {
model: root.inputDevices
Item {
id: deviceMonitor
required property string modelData
property int retryCount: 0
property bool hasNotified: false
readonly property var retryIntervals: [30000, 90000, 300000] // 30s, 1:30, 5min
Process {
id: evtestProc
command: ["evtest", deviceMonitor.modelData]
running: true
stdout: SplitParser {
onRead: data => {
if (data.includes("EV_KEY")) {
// Detect spacebar/enter for double slap (both paws)
const isBigHit = data.includes("KEY_SPACE") || data.includes("KEY_ENTER");
// Key pressed
// Ignore BTN_TOOL_ events to avoid double events with touchpads
if (data.includes("value 1") && !data.includes("BTN_TOOL_")){
root.onKeyPress(isBigHit);
// Key released
} else if (data.includes("value 0")) {
root.onKeyRelease(isBigHit);
// Key repeat
} else if (data.includes("value 2")) {
root.onKeyRepeat(isBigHit);
}
}
}
}
stderr: StdioCollector {}
onRunningChanged: {
if (running) {
deviceMonitor.retryCount = 0;
deviceMonitor.hasNotified = false;
}
}
onExited: exitCode => {
Logger.w("Slow Bongo", "evtest (" + deviceMonitor.modelData + ") exited with code " + exitCode);
if (exitCode !== 0) {
deviceMonitor.retryCount++;
if (!deviceMonitor.hasNotified) {
ToastService.showWarning(
root.pluginApi?.tr("toast.evtest-error") ?? "SlowBongo",
root.pluginApi?.tr("toast.device-disconnected") ?? ("Device disconnected: " + deviceMonitor.modelData)
);
deviceMonitor.hasNotified = true;
}
if (deviceMonitor.retryCount <= deviceMonitor.retryIntervals.length) {
const interval = deviceMonitor.retryIntervals[deviceMonitor.retryCount - 1];
Logger.i("Slow Bongo", "Will retry in " + Math.floor(interval / 1000) + "s (attempt " + deviceMonitor.retryCount + "/" + deviceMonitor.retryIntervals.length + ")");
restartTimer.interval = interval;
restartTimer.start();
} else {
Logger.w("Slow Bongo", "Max retries reached for device: " + deviceMonitor.modelData + ". Giving up.");
ToastService.showInfo(
root.pluginApi?.tr("toast.device-gave-up") ?? "SlowBongo",
root.pluginApi?.tr("toast.device-gave-up-desc") ?? ("Stopped trying to reconnect to: " + deviceMonitor.modelData)
);
}
} else {
restartTimer.interval = deviceMonitor.retryIntervals[0];
restartTimer.start();
}
}
}
Timer {
id: restartTimer
repeat: false
onTriggered: deviceCheckProc.running = true
}
Process {
id: deviceCheckProc
command: ["test", "-e", deviceMonitor.modelData]
running: false
onExited: exitCode => {
if (exitCode === 0) {
Logger.i("Slow Bongo", "Device detected, restarting monitoring: " + deviceMonitor.modelData);
evtestProc.running = true;
} else if (deviceMonitor.retryCount < deviceMonitor.retryIntervals.length) {
deviceMonitor.retryCount++;;
const interval = deviceMonitor.retryIntervals[deviceMonitor.retryCount - 1];
Logger.i("Slow Bongo", "Device " + deviceMonitor.modelData + " not found, will retry in " + Math.floor(interval / 1000) + "s (attempt " + deviceMonitor.retryCount + "/" + deviceMonitor.retryIntervals.length + ")");
restartTimer.interval = interval;
restartTimer.start();
} else {
Logger.w("Slow Bongo", "Max retries reached for device: " + deviceMonitor.modelData + ". Giving up.");
}
}
}
}
}
}