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|
<!DOCTYPE html>
<html lang="en">
<head>
<meta http-equiv="Content-Type" content="text/html; charset=utf-8"/>
<meta name="viewport" content="width=device-width, initial-scale=1.0, user-scalable=no">
<title>Pat The Long Yooks (YukieVT's entry for the LCOLONQ MICROJAM 2K26-A-PALOOZA)</title>
<style>
* {
margin: 0px;
padding: 0px;
}
body {
font-size: 10px;
font-family: monospace;
}
/* Stretching to fill screen while preserving aspect ratio from:
https://stackoverflow.com/questions/67758479/how-to-fit-html-canvas-to-screen-while-maintaining-aspect-ratio-and-not-cutting
*/
.screen {
position: fixed;
top: 0;
right: 0;
bottom: 0;
left: 0;
display: flex;
justify-content: center;
align-items: center;
}
#canvas {
object-fit: contain;
width: 100%;
height: 100%;
image-rendering: pixelated; */ From https://developer.mozilla.org/en-US/docs/Web/API/Canvas_API/Tutorial/Drawing_shapes */
}
</style>
<script type="module">
window.addEventListener("message", ev => {
switch (ev.data.op) {
case "start":
Difficulty = ev.data.difficulty
DoStart();
break;
}
});
/* window.addEventListener("click", ev => {
window.parent.postMessage({op: "done", win: true});
});*/
window.onload = DoInit;
</script>
</head>
<body>
<div class="screen">
<canvas id="canvas" width=240 height=160></canvas>
</div>
<script>
function ShowTextOnly(Text, Colour) {
ctx.fillStyle = "#000000";
ctx.fillRect(0, 0, 240, 160);
ctx.fillStyle = Colour;
ctx.fillText(Text, 10, 10);
}
function DoInit() {
canvas = document.getElementById("canvas");
ctx = canvas.getContext("2d", {alpha: false});
FPS = 60.0;
FrameInterval = 1000 / FPS;
//Audio:
ShowTextOnly("Loading sounds...", "#0000FF");
audTicks = [LoadAud("TickL.wav"), LoadAud("TickH.wav")];
audTimerUp = LoadAud("TimerUp.ogg");
audHeartPop = LoadAud("HeartPop.wav");
audPat = LoadAud("Pat.ogg");
audHappy = LoadAud("Happy.ogg");
audSad = LoadAud("Sad.ogg");
audSuccess = LoadAud("Success.ogg");
audFailure = LoadAud("Failure.ogg");
audRustleInL = LoadAud("RustleInL.ogg");
audRustleInR = LoadAud("RustleInR.ogg");
audRustleOutL = LoadAud("RustleOutL.ogg");
audRustleOutR = LoadAud("RustleOutR.ogg");
//Images (ii = Image Index (index in Imgs[])):
iiYookL = 0
iiYookR = 1
iiYookLHappy = 2
iiYookRHappy = 3
iiHandL = 4
iiHandR = 5
iiHeartSmall = 6
iiMouseGuide = 7
iiTinyDark = 8
iiTinyLight1 = 9
iiTinyLight2 = 10
iiSuccess = 11
iiFailure = 12
iiPatAll = 13
iiPatNoL = 14
iiPatNoR = 15
iiTimer = 16
iiTimerUp = 17
iiFG = 18
iiBG = 19
iiNumTotal = 20
ImgFNs = [];
ImgFNs.length = iiNumTotal;
ImgFNs[iiYookL] = "YookL.png";
ImgFNs[iiYookR] = "YookR.png";
ImgFNs[iiYookLHappy] = "YookLHappy.png";
ImgFNs[iiYookRHappy] = "YookRHappy.png";
ImgFNs[iiHandL] = "HandL.png";
ImgFNs[iiHandR] = "HandR.png";
ImgFNs[iiHeartSmall] = "HeartSmall.png";
ImgFNs[iiMouseGuide] = "MouseGuide.png";
ImgFNs[iiTinyDark] = "TinyDark.png";
ImgFNs[iiTinyLight1] = "TinyLight1.png";
ImgFNs[iiTinyLight2] = "TinyLight2.png";
ImgFNs[iiSuccess] = "Success.png";
ImgFNs[iiFailure] = "Failure.png";
ImgFNs[iiPatAll] = "PatAll.png";
ImgFNs[iiPatNoL] = "PatNoL.png";
ImgFNs[iiPatNoR] = "PatNoR.png";
ImgFNs[iiTimer] = "Timer.png";
ImgFNs[iiTimerUp] = "TimerUp.png";
ImgFNs[iiFG] = "FG.png";
ImgFNs[iiBG] = "BG.png";
NumImgsLoaded = 0;
console.log("iiNumTotal: " + iiNumTotal.toString() + ". ImgFNs: " + ImgFNs)
Imgs = [];
Imgs.length = iiNumTotal;
ShowTextOnly("Loading " + iiNumTotal + " images...", "#0000FF");
LoadNextImg();
}
function LoadAud(FNCur) {
audCur = new Audio(FNCur)
audCur.loop = false
audCur.muted = false
audCur.volume = 1.0
return audCur
}
function LoadNextImg() {
if (NumImgsLoaded > 0) {
//ctx.drawImage(Imgs[NumImgsLoaded - 1], (NumImgsLoaded - 1) * 10, 0);
}
if (NumImgsLoaded == iiNumTotal) {
InitFinished();
Difficulty = 0; //Used when debugging. Overwritten by the jam's e.g. {op: "start", difficulty: 42.0}.
//DoStart(); //FOR ACTUAL JAM WITH HARNESS, COMMENT THIS OUT! TO RUN ALONE, UNCOMMENT THIS.
return;
}
Imgs[NumImgsLoaded] = new Image();
Imgs[NumImgsLoaded].addEventListener("load", () => {
NumImgsLoaded += 1;
LoadNextImg();
});
Imgs[NumImgsLoaded].addEventListener("error", () => {
ctx.fillStyle = "#FF0000";
ctx.fillText("Failed to load image: " + ImgFNs[NumImgsLoaded], 10, 30);
});
Imgs[NumImgsLoaded].src = ImgFNs[NumImgsLoaded];
}
function InitFinished() {
ShowTextOnly("(Ready)", "#00FF00");
window.parent.postMessage({op: "ready"});
}
function onMouseDown(e) { //Based on https://stackoverflow.com/questions/2405771/is-right-click-a-javascript-event
console.log("onMouseDown, e: " + e)
switch (e.button) {
case 0:
LastClick = 0;
break;
case 2:
LastClick = 1;
break;
}
}
function ContextMenuBlocker(e) {
e.preventDefault();
}
function DisableContextMenu(DisableNow) {
if (DisableNow) {
document.addEventListener("contextmenu", ContextMenuBlocker);
} else {
document.removeEventListener("contextmenu", ContextMenuBlocker);
}
}
function AnimCreate(Img, Loop = false) {
return {Img: Img, KFs: [], IndKF: -1, IndFrame: 0, Loop: Loop, XFrom: 0, YFrom: 0, XCur: 0, YCur: 0};
}
function AnimAddKF(Anim, XNew, YNew, NumFrames = 0) {
Anim.KFs[Anim.KFs.length] = {X: XNew, Y: YNew, NumFrames: NumFrames};
}
function AnimDraw(Anim) { //Returns true if animation has finished playing (if it's not set to loop).
if (Anim.IndKF == -1) { //If starting animation for first time...
Anim.XFrom = Anim.KFs[0].X //Start moving from first frame's pos.
Anim.YFrom = Anim.KFs[0].Y
Anim.IndKF = 1; //Start moving towards second frame's pos.
}
if (Anim.IndKF >= Anim.KFs.length) { //If we've just reached the end of the animation...
if (Anim.Loop) { //If we should loop...
Anim.IndKF = 0; //Start moving towards first frame's pos
Anim.IndFrame = 0; //We're at the beginning of this new movement.
} else { //Else, if we should not loop...
return true; //Return that the animation has finished.
}
}
//Work out current position based on current keyframe and frame index, and draw the image at that position.
KFCur = Anim.KFs[Anim.IndKF]
Anim.XCur = Anim.XFrom + ((KFCur.X - Anim.XFrom) * (Anim.IndFrame / KFCur.NumFrames));
Anim.YCur = Anim.YFrom + ((KFCur.Y - Anim.YFrom) * (Anim.IndFrame / KFCur.NumFrames));
ctx.drawImage(Anim.Img, Math.round(Anim.XCur), Math.round(Anim.YCur));
//Next time, draw next frame. This may be the first frame in the next keyframe.
//If there is no next keyframe, that will be dealt with on the next call of this function, rather than
//reporting "end of animation" now, to give the just-drawn frame a chance to be displayed.
Anim.IndFrame ++;
if (Anim.IndFrame >= KFCur.NumFrames) {
Anim.XFrom = Anim.XCur //Next time, start a movement from the current pos (end of cur movement).
Anim.YFrom = Anim.YCur
Anim.IndKF ++; //Move on to (potentially-non-existent) next keyframe.
Anim.IndFrame = 0; //Next time will be the first frame of a new movement.
}
return false; //Return that the animation has not yet finished playing.
}
function ParticlesDraw() {
ctx.globalCompositeOperation = "lighter";
for (IndParticle = 0; IndParticle < NumParticlesMax; IndParticle ++) {
if (Particles[IndParticle].FramesLeft > 0) {
ctx.globalAlpha = Math.min(1.0, Particles[IndParticle].FramesLeft / 30.0);
ctx.drawImage(Imgs[iiHeartSmall], Particles[IndParticle].X, Particles[IndParticle].Y);
Particles[IndParticle].X += Particles[IndParticle].HSpeed;
Particles[IndParticle].Y += Particles[IndParticle].VSpeed;
Particles[IndParticle].HSpeed *= Particles[IndParticle].Momentum;
Particles[IndParticle].VSpeed *= Particles[IndParticle].Momentum;
Particles[IndParticle].FramesLeft --;
}
}
ctx.globalCompositeOperation = "source-over";
ctx.globalAlpha = 1.0;
}
function ParticleCreate(XNew, YNew, FramesLeftMin) {
Particles[IndParticleNext].FramesLeft = FramesLeftMin + (Math.random() * (FramesLeftMin * 0.5));
Particles[IndParticleNext].X = XNew;
Particles[IndParticleNext].Y = YNew;
Particles[IndParticleNext].HSpeed = -1.2 + (Math.random() * 2.4);
Particles[IndParticleNext].VSpeed = -0.8 + (Math.random() * -0.4);
IndParticleNext ++;
if (IndParticleNext == NumParticlesMax) {IndParticleNext = 0;}
}
function ParticlesCreateOnYook(ValYook, XYook, YYook, FramesLeftMin, NumParticlesNew) {
ParticleX = 0
if (ValYook == 0) {
ParticleX = XYook + 64;
} else {
ParticleX = XYook + 3;
}
for (IndRepeat = 0; IndRepeat < NumParticlesNew; IndRepeat ++) {
ParticleCreate(
ParticleX - 10 + (Math.random() * 20),
(YYook - 10) - 10 + (Math.random() * 20),
FramesLeftMin
);
}
}
function TiniesInit() {
TinyGap = 2;
TinyFrameInterval = 15;
TinyFramesLeft = TinyFrameInterval
TinyFramePolarity = 0;
TinyXInc = Imgs[iiTinyDark].width + TinyGap;
TinyTotalWidth = TinyXInc * NumYooks;
TinyFirstX = Math.floor((240 - TinyTotalWidth) / 2);
TinyY = 4
TinyXs = [];
for (IndTiny = 0; IndTiny < NumYooks; IndTiny ++) {
TinyXs[IndTiny] = TinyFirstX + (TinyXInc * IndTiny);
}
}
function TiniesDraw() {
for (IndTiny = 0; IndTiny < NumYooks; IndTiny ++) {
if (IndTiny < IndYook) {
ctx.drawImage(Imgs[iiTinyLight1 + TinyFramePolarity], TinyXs[IndTiny], TinyY);
} else {
ctx.drawImage(Imgs[iiTinyDark], TinyXs[IndTiny], TinyY);
}
}
if (TinyFramesLeft == 0) {
TinyFramePolarity = 1 - TinyFramePolarity;
TinyFramesLeft = TinyFrameInterval;
} else {
TinyFramesLeft --;
}
}
function TimerSetNumSecsMax(NewVal) {
TimerNumSecsMax = NewVal;
NumFramesPerTimerTile = (FPS * TimerNumSecsMax) / TimerNumTiles;
}
function TimerInit() {
TimerNumTiles = 8; //(Excluding an extra final "time has run out" frame in the image).
TimerTileWidth = Imgs[iiTimer].width / (TimerNumTiles + 1);
TimerTileHeight = Imgs[iiTimer].height;
TimerIndFrame = 0; //Increments while waiting for input. Used for input time limit.
TimerIndTilePrev = 0;
AnimTimerUp = AnimCreate(Imgs[iiTimerUp], true)
AnimAddKF(AnimTimerUp, 207, 0, 3); //Centre (usual position)
AnimAddKF(AnimTimerUp, 205, 0, 3); //Left
//AnimAddKF(AnimTimerUp, 207, 4, 2); //Centre
//AnimAddKF(AnimTimerUp, 209, 4, 2); //Right
}
function TimerDraw() {
TimerIndTile = Math.min(TimerNumTiles, Math.floor(TimerIndFrame / NumFramesPerTimerTile))
if (TimerIndTile < TimerNumTiles) {
ctx.drawImage(
Imgs[iiTimer],
TimerIndTile * TimerTileWidth, 0, TimerTileWidth, TimerTileHeight,
216, 2, TimerTileWidth, TimerTileHeight
);
if (TimerIndTile != TimerIndTilePrev) {
if (TimerIndTile != 0) { //Don't play tick on frame index 0, because timer's not yet running (it's just rewound).
audTicks[TimerIndTile % 2].play(); //Play tick 0 on even numbers, tick 1 on odd numbers.
}
}
} else {
AnimDraw(AnimTimerUp);
if (TimerIndTile != TimerIndTilePrev) {audTimerUp.play();}
}
TimerIndTilePrev = TimerIndTile;
}
async function DoStart() {
window.parent.postMessage({op: "started", verb: "pat!"});
DisableContextMenu(true);
//Make an array of available particles.
NumParticlesMax = 20
Particles = [];
Particles.length = NumParticlesMax;
for (IndParticle = 0; IndParticle < NumParticlesMax; IndParticle ++) {
Particles[IndParticle] = {FramesLeft: 0, X: 0, Y: 0, HSpeed: 0, VSpeed: 0, Momentum: 0.97}
}
IndParticleNext = 0;
//Make an array of long yooks which can appear. 0 = on the left, 1 = on the right.
NumYooks = 3;
Yooks = [];
Yooks.length = NumYooks;
for (IndYook = 0; IndYook < NumYooks; IndYook ++) {
Yooks[IndYook] = Math.floor(Math.random() * 2);
}
IndYook = 0;
TiniesInit();
TimerInit();
//Different number of seconds on the timer for each yook that appears. The last one will be used if IndYook is past end of this array.
if (Difficulty >= 40) {
SecsPerYook = [2.00, 0.80, 0.50]
} else if (Difficulty >= 20) {
SecsPerYook = [2.50, 1.50, 0.80]
} else {
SecsPerYook = [3.00, 2.00, 1.50]
}
//Gameplay state:
staInitYook = 0
staAnimYookOn = 1
staInitInput = 2
staAwaitInput = 3
staInitHand = 4
staAnimHandOn = 5
staAnimHandPat = 6
staAnimHandOff = 7
staFailMain = 8
staFailDetail = 9
staAnimYookOff = 10
staSuccMain = 11
staSuccDetail = 12
staCur = staInitYook
AnimMouseBounce = AnimCreate(Imgs[iiMouseGuide], true);
AnimAddKF(AnimMouseBounce, 89, 92, 8);
AnimAddKF(AnimMouseBounce, 89, 96, 8);
SuccessHeartFrameInterval = 9;
GameLoop: while (true) {
//ctx.fillStyle = "#505050";
//ctx.fillRect(0, 0, 240, 160);
ctx.drawImage(Imgs[iiBG], 0, 0)
//If a long yook should be fully on the screen, draw it at its sitting position (happy, if current answer was correct and at least pat has begun).
if ((staCur > staAnimYookOn) && (staCur < staAnimYookOff)) {
IsHappy = (LastClick == ValYook) && (staCur >= staAnimHandPat)
ctx.drawImage((IsHappy ? Imgs[iiYookLHappy + ValYook] : Imgs[ValYook]), PosYookSitX, PosYookSitY);
ctx.drawImage(Imgs[iiFG], 0, 0)
}
switch (staCur) {
case staInitYook: //Prepare new long yook. Prepare "yook on/off" animations. Fall through to animating.
console.log("State: InitYook");
ValYook = Yooks[IndYook]; //IndYook has already been set to a new value either above or when patting a previous one.
TimerSetNumSecsMax(SecsPerYook[Math.min(SecsPerYook.length, IndYook)]) //Set how many secs are on the timer for patting this yook.
TimerIndFrame = 0; //Set timer back to 0 ASAP. A few breaks below might increment this, so it's reset later too.
AnimYookOn = AnimCreate(Imgs[ValYook]);
AnimYookOff = AnimCreate(Imgs[iiYookLHappy + ValYook]);
PosYookSitX = 0
PosYookSitY = 48
NumFramesYookOn = 10
NumFramesYookOff = 90
IndFrameMisc = 0 //For miscellaneous animations (like zooms) done in the state machine below.
NumFramesEndZoomDuring = 10
NumFramesEndZoomAfter = 40
NumFramesEndDetailWait = 100
if (ValYook == 0) {
PosYookSitX = 110 - Imgs[iiYookL].width;
AnimAddKF(AnimYookOn, 0 - Imgs[iiYookL].width, PosYookSitY);
AnimAddKF(AnimYookOff, PosYookSitX, PosYookSitY);
AnimAddKF(AnimYookOff, 240, PosYookSitY, NumFramesYookOff);
} else {
PosYookSitX = (240 - 110);
AnimAddKF(AnimYookOn, 240, PosYookSitY);
AnimAddKF(AnimYookOff, PosYookSitX, PosYookSitY);
AnimAddKF(AnimYookOff, -117, PosYookSitY, NumFramesYookOff);
}
AnimAddKF(AnimYookOn, PosYookSitX, PosYookSitY, NumFramesYookOn);
staCur = staAnimYookOn;
(ValYook ? audRustleInR : audRustleInL).play();
case staAnimYookOn: //Animate long yook sliding onto screen. Fall through to init input when done.
ctx.drawImage(Imgs[iiFG], 0, 0);
if (AnimDraw(AnimYookOn)) {
staCur = staInitInput;
} else {
break;
}
case staInitInput: //Forget any previous mouse click. Fall through to awaiting input.
console.log("State: InitInput");
LastClick = -1;
//Start monitoring for mouse clicks.
//Clicked mouse button will be 0 for LMB or 1 for RMB. Any other button is ignored. Reset to -1 when we've used the value.
window.addEventListener("mousedown", onMouseDown);
TimerIndFrame = 0;
staCur = staAwaitInput;
case staAwaitInput: //Wait for L or R click while bouncing the mouse guide image. Fall through when answered.
AnimDraw(AnimMouseBounce);
if (LastClick != -1) { //If a mouse button was clicked...
window.removeEventListener("mousedown", onMouseDown); //Stop monitoring for mouse clicks, so that LastClick can't keep changing.
staCur = staInitHand;
}
if (TimerIndTile >= TimerNumTiles) { //If timer has run out...
window.removeEventListener("mousedown", onMouseDown); //Stop monitoring for mouse clicks here, too.
staCur = staFailMain;
} else {
TimerIndFrame ++;
}
break;
case staInitHand: //Set up "hand on/off" animations. Fall through to animating.
console.log("State: InitHand")
PosHandOffX = 0; //To be set below.
PosHandHoverX = 0; //To be set below.
PosHandOffY = -10;
PosHandHoverY = 25;
if (LastClick == 0) {
PosHandOffX = -117;
PosHandHoverX = -19;
} else {
PosHandOffX = 240;
PosHandHoverX = 259 - 117;
}
AnimHandOn = AnimCreate(Imgs[iiHandL + LastClick]);
AnimAddKF(AnimHandOn, PosHandOffX, PosHandOffY);
AnimAddKF(AnimHandOn, PosHandHoverX, PosHandHoverY, 15);
AnimHandOff = AnimCreate(AnimHandOn.Img);
AnimAddKF(AnimHandOff, PosHandHoverX, PosHandHoverY);
AnimAddKF(AnimHandOff, PosHandOffX, PosHandOffY, 10);
staCur = staAnimHandOn;
case staAnimHandOn: //Animate hand moving onto screen.
AnimHandPat = null;
if (AnimDraw(AnimHandOn)) { //If "hand on" animation has finished...
if (LastClick == ValYook) { //If mouse input matched yook...
//Prepare a "hand pat" animation.
AnimHandPat = AnimCreate(Imgs[iiHandL + LastClick]);
AnimAddKF(AnimHandPat, PosHandHoverX, PosHandHoverY); //Current (hover)
AnimAddKF(AnimHandPat, PosHandHoverX, PosHandHoverY, 8); //Initial delay (hover)
AnimAddKF(AnimHandPat, PosHandHoverX, PosHandHoverY + 8, 4); //Down quickly (touching)
AnimAddKF(AnimHandPat, PosHandHoverX, PosHandHoverY , 12); //Up slowly (hover)
AnimAddKF(AnimHandPat, PosHandHoverX, PosHandHoverY , 3); //Wait (hover)
AnimAddKF(AnimHandPat, PosHandHoverX, PosHandHoverY + 8, 4); //Down quickly (touching)
AnimAddKF(AnimHandPat, PosHandHoverX, PosHandHoverY , 12); //Up slowly (hover)
//AnimAddKF(AnimHandPat, PosHandHoverX, PosHandHoverY , 3); //Wait (hover)
//Make some heart particles (hearticles) now that the "hand pat" animation is about to begin.
ParticlesCreateOnYook(ValYook, PosYookSitX, PosYookSitY, 60, 5)
//Queue pat sounds to play in sync with the pat animation.
setTimeout(() => {audPat.play();}, 12 * FrameInterval);
setTimeout(() => {audPat.play();}, 31 * FrameInterval);
audHappy.playbackRate = 0.97 + (Math.random() * 0.06);
audHappy.preservesPitch = false;
audHappy.play();
IndYook ++; //Prepare to move on to next long yook now (causes another "tiny" to light up).
}
staCur = staAnimHandPat; //Even if "hand pat" anim wasn't made, fall through and attempt to animate it (will skip it).
} else { //Else, if animation hasn't finished yet...
break; //Wait another frame (ONLY if animation hasn't finished yet).
} //Ended if "hand on" animation has finished yet or not.
case staAnimHandPat: //Animate "hand pat", if one was prepared. If not, fall through to "hand off" animation.
if (AnimHandPat != null) {
if (AnimDraw(AnimHandPat)) {
staCur = staAnimHandOff;
} else {
break;
}
}
case staAnimHandOff: //Animate hand moving off the screen. Fall through to success (if patted) when done.
if (AnimDraw(AnimHandOff)) {
if (LastClick == ValYook) {
staCur = staAnimYookOff;
(ValYook ? audRustleOutR : audRustleOutL).play();
NumFramesUntilHeart = SuccessHeartFrameInterval;
} else {
staCur = staFailMain;
audFailure.play();
IndFrameMisc = 0;
break;
}
} else { //Else, if animation hasn't finished yet...
break; //Wait another frame.
}
case staAnimYookOff:
if (AnimDraw(AnimYookOff)) {
if (IndYook == NumYooks) {
staCur = staSuccMain;
audSuccess.play();
IndFrameMisc = 0;
} else {
staCur = staInitYook;
}
}
ctx.drawImage(Imgs[iiFG], 0, 0);
if (NumFramesUntilHeart == 0) {
ParticlesCreateOnYook(ValYook, AnimYookOff.XCur, AnimYookOff.YCur, 30, 1);
audHeartPop.volume = 0.1 + (Math.random() * 0.9);
audHeartPop.play();
NumFramesUntilHeart = SuccessHeartFrameInterval;
} else {
NumFramesUntilHeart --;
}
break;
case staSuccMain: //Animate zooming in of success image. After enough time, fall through to success detail.
ctx.drawImage(Imgs[iiFG], 0, 0);
if (IndFrameMisc < NumFramesEndZoomAfter) {
CurScale = Math.min(1.0, IndFrameMisc / NumFramesEndZoomDuring);
ctx.drawImage(Imgs[iiSuccess], (1 - CurScale) * 120, (1 - CurScale) * 80, 240 * CurScale, 160 * CurScale);
IndFrameMisc ++;
break;
} else {
IndFrameMisc = 0;
staCur = staSuccDetail;
}
case staSuccDetail: //Show the success detail for a while (and spawn hearts). Afterwards, end entire game.
ctx.drawImage(Imgs[iiFG], 0, 0);
ctx.drawImage(Imgs[iiSuccess], 0, 0);
ctx.drawImage(Imgs[iiPatAll], 0, 0);
if (IndFrameMisc < NumFramesEndDetailWait) {
IndFrameMisc ++;
} else {
break GameLoop;
}
if (NumFramesUntilHeart == 0) {
ParticleCreate(16 + (Math.random() * (240 - 32)), 16 + (Math.random() * (160 - 32)) , 20);
NumFramesUntilHeart = SuccessHeartFrameInterval;
} else {
NumFramesUntilHeart --;
}
break;
case staFailMain: //Animate zooming in of failure image. After enough time, fall through to failure detail.
if (IndFrameMisc < NumFramesEndZoomAfter) {
CurScale = Math.min(1.0, IndFrameMisc / NumFramesEndZoomDuring);
ctx.drawImage(Imgs[iiFailure], (1 - CurScale) * 120, (1 - CurScale) * 80, 240 * CurScale, 160 * CurScale);
IndFrameMisc ++;
break;
} else {
IndFrameMisc = 0;
staCur = staFailDetail;
audSad.play(); //Play a sad long yook voice sound.
}
case staFailDetail: //Show the failure detail for a while. Afterwards, end entire game.
ctx.drawImage(Imgs[iiFailure], 0, 0);
ctx.drawImage(Imgs[iiPatNoL + ValYook], 0, 0);
if (IndFrameMisc < NumFramesEndDetailWait) {
IndFrameMisc ++;
} else {
break GameLoop;
}
break;
default:
ctx.fillStyle = "#FF0000"
ctx.fillText("Unhandled state (" + staCur + ")!", 5, 10);
break;
} //Ended switch on current state machine state.
ParticlesDraw();
TiniesDraw();
if (staCur < staAnimYookOff) {TimerDraw();} //Draw timer if current long yook isn't moving off the screen yet, or on failure.
await new Promise(r => setTimeout(r, FrameInterval));
} //Ended outermost infinite game loop.
ctx.fillStyle = "#00FF00"
ctx.fillText("(Done)", 5, 10);
window.parent.postMessage({op: "done", win: (LastClick == ValYook)});
}
</script>
</body>
</html>
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