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      return null;
    let w = ((t.p2.x - t.p1.x) * (i.p1.y - t.p1.y) - (t.p2.y - t.p1.y) * (i.p1.x - t.p1.x)) / l, U = ((i.p2.x - i.p1.x) * (i.p1.y - t.p1.y) - (i.p2.y - i.p1.y) * (i.p1.x - t.p1.x)) / l;
    return w < 0 || w > 1 || U < 0 || U > 1 ? null : w;
  }
  __name(Jt, "Jt");
  a(Jt, "testLineLineT");
  function ce(i, t) {
    let l = Jt(i, t);
    return l ? f(i.p1.x + l * (i.p2.x - i.p1.x), i.p1.y + l * (i.p2.y - i.p1.y)) : null;
  }
  __name(ce, "ce");
  a(ce, "testLineLine");
  function ft(i, t) {
    return ae(i, t.p1) || ae(i, t.p2) ? true : !!ce(t, new le(i.p1, f(i.p2.x, i.p1.y))) || !!ce(t, new le(f(i.p2.x, i.p1.y), i.p2)) || !!ce(t, new le(i.p2, f(i.p1.x, i.p2.y))) || !!ce(t, new le(f(i.p1.x, i.p2.y), i.p1));
  }
  __name(ft, "ft");
  a(ft, "testRectLine");
  function ae(i, t) {
    return t.x > i.p1.x && t.x < i.p2.x && t.y > i.p1.y && t.y < i.p2.y;
  }
  __name(ae, "ae");
  a(ae, "testRectPoint");
  function br(i, t) {
    let l = Math.max(i.p1.x, Math.min(t.center.x, i.p2.x)), w = Math.max(i.p1.y, Math.min(t.center.y, i.p2.y));
    return f(l, w).dist(t.center) <= t.radius;
  }
  __name(br, "br");
  a(br, "testRectCircle");
  function pt(i, t) {
    return wt(t, [i.p1, f(i.p2.x, i.p1.y), i.p2, f(i.p1.x, i.p2.y)]);
  }
  __name(pt, "pt");
  a(pt, "testRectPolygon");
  function xr(i, t) {
    return false;
  }
  __name(xr, "xr");
  a(xr, "testLinePoint");
  function vr(i, t) {
    return false;
  }
  __name(vr, "vr");
  a(vr, "testLineCircle");
  function _e(i, t) {
    if (xe(t, i.p1) || xe(t, i.p2))
      return true;
    for (let l = 0; l < t.length; l++) {
      let w = t[l], U = t[(l + 1) % t.length];
      if (ce(i, { p1: w, p2: U }))
        return true;
    }
    return false;
  }
  __name(_e, "_e");
  a(_e, "testLinePolygon");
  function mt(i, t) {
    return i.center.dist(t) < i.radius;
  }
  __name(mt, "mt");
  a(mt, "testCirclePoint");
  function Qt(i, t) {
    return i.center.dist(t.center) < i.radius + t.radius;
  }
  __name(Qt, "Qt");
  a(Qt, "testCircleCircle");
  function Er(i, t) {
    return false;
  }
  __name(Er, "Er");
  a(Er, "testCirclePolygon");
  function wt(i, t) {
    for (let l = 0; l < i.length; l++) {
      let w = { p1: i[l], p2: i[(l + 1) % i.length] };
      if (_e(w, t))
        return true;
    }
    return false;
  }
  __name(wt, "wt");
  a(wt, "testPolygonPolygon");
  function xe(i, t) {
    let l = false;
    for (let w = 0, U = i.length - 1; w < i.length; U = w++)
      i[w].y > t.y != i[U].y > t.y && t.x < (i[U].x - i[w].x) * (t.y - i[w].y) / (i[U].y - i[w].y) + i[w].x && (l = !l);
    return l;
  }
  __name(xe, "xe");
  a(xe, "testPolygonPoint");
  function ts(i, t) {
    return i.eq(t);
  }
  __name(ts, "ts");
  a(ts, "testPointPoint");
  function gt(i, t) {
    switch (i.shape) {
      case "rect":
        return zt(t, i);
      case "line":
        return ft(t, i);
      case "circle":
        return br(t, i);
      case "polygon":
        return pt(t, i.pts);
      case "point":
        return ae(t, i.pt);
    }
    throw new Error(`Unknown area shape: ${i.shape}`);
  }
  __name(gt, "gt");
  a(gt, "testAreaRect");
  function Zt(i, t) {
    switch (i.shape) {
      case "rect":
        return ft(i, t);
      case "line":
        return Boolean(ce(i, t));
      case "circle":
        return vr(t, i);
      case "polygon":
        return _e(t, i.pts);
      case "point":
        return xr(t, i.pt);
    }
    throw new Error(`Unknown area shape: ${i.shape}`);
  }
  __name(Zt, "Zt");
  a(Zt, "testAreaLine");
  function en(i, t) {
    switch (i.shape) {
      case "rect":
        return br(i, t);
      case "line":
        return vr(i, t);
      case "circle":
        return Qt(i, t);
      case "polygon":
        return Er(t, i.pts);
      case "point":
        return mt(t, i.pt);
    }
    throw new Error(`Unknown area shape: ${i.shape}`);
  }
  __name(en, "en");
  a(en, "testAreaCircle");
  function tn(i, t) {
    switch (i.shape) {
      case "rect":
        return pt(i, t);
      case "line":
        return _e(i, t);
      case "circle":
        return Er(i, t);
      case "polygon":
        return wt(t, i.pts);
      case "point":
        return xe(t, i.pt);
    }
    throw new Error(`Unknown area shape: ${i.shape}`);
  }
  __name(tn, "tn");
  a(tn, "testAreaPolygon");
  function Ut(i, t) {
    switch (i.shape) {
      case "rect":
        return ae(i, t);
      case "line":
        return xr(i, t);
      case "circle":
        return mt(i, t);
      case "polygon":
        return xe(i.pts, t);
      case "point":
        return ts(i.pt, t);
    }
    throw new Error(`Unknown area shape: ${i.shape}`);
  }
  __name(Ut, "Ut");
  a(Ut, "testAreaPoint");
  function nn(i, t) {
    switch (t.shape) {
      case "rect":
        return gt(i, t);
      case "line":
        return Zt(i, t);
      case "circle":
        return en(i, t);
      case "polygon":
        return tn(i, t.pts);
      case "point":
        return Ut(i, t.pt);
    }
    throw new Error(`Unknown area shape: ${t.shape}`);
  }
  __name(nn, "nn");
  a(nn, "testAreaArea");
  function yt(i, t) {
    return { p1: f(i.p1.x - t.p2.x, i.p1.y - t.p2.y), p2: f(i.p2.x - t.p1.x, i.p2.y - t.p1.y) };
  }
  __name(yt, "yt");
  a(yt, "minkDiff");
  var le = /* @__PURE__ */ __name(class {
    constructor(t, l) {
      b(this, "p1");
      b(this, "p2");
      this.p1 = t, this.p2 = l;
    }
  }, "le");
  a(le, "Line");
  var ke = /* @__PURE__ */ __name(class {
    constructor(t, l) {
      b(this, "p1");
      b(this, "p2");
      this.p1 = t, this.p2 = l;
    }
  }, "ke");
  a(ke, "Rect");
  var ht = /* @__PURE__ */ __name(class {
    constructor(t, l) {
      b(this, "center");
      b(this, "radius");
      this.center = t, this.radius = l;
    }
  }, "ht");
  a(ht, "Circle");
  var Be = /* @__PURE__ */ __name(class {
    constructor() {
      b(this, "buf", []);
      b(this, "timer", 0);
      b(this, "fps", 0);
    }
    tick(t) {
      this.buf.push(1 / t), this.timer += t, this.timer >= 1 && (this.timer = 0, this.fps = Math.round(this.buf.reduce((l, w) => l + w) / this.buf.length), this.buf = []);
    }
  }, "Be");
  a(Be, "FPSCounter");
  var fe = /* @__PURE__ */ __name(class {
    constructor(t, l) {
      b(this, "time");
      b(this, "action");
      b(this, "finished", false);
      b(this, "paused", false);
      this.time = t, this.action = l;
    }
    tick(t) {
      return this.finished || this.paused ? false : (this.time -= t, this.time <= 0 ? (this.action(), this.finished = true, this.time = 0, true) : false);
    }
    reset(t) {
      this.time = t, this.finished = false;
    }
  }, "fe");
  a(fe, "Timer");
  var Tr = 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";
  var Sr = 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";
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  var Pr = { ArrowLeft: "left", ArrowRight: "right", ArrowUp: "up", ArrowDown: "down", " ": "space" };
  var Dr = ["left", "middle", "right", "back", "forward"];
  var ls = ["space", "left", "right", "up", "down", "tab", "f1", "f2", "f3", "f4", "f5", "f6", "f7", "f8", "f9", "f10", "f11", "s"];
  var Ar = " !\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~";
  var hs = " \u263A\u263B\u2665\u2666\u2663\u2660\u2022\u25D8\u25CB\u25D9\u2642\u2640\u266A\u266B\u263C\u25BA\u25C4\u2195\u203C\xB6\xA7\u25AC\u21A8\u2191\u2193\u2192\u2190\u221F\u2194\u25B2\u25BC !\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~\u2302\xC7\xFC\xE9\xE2\xE4\xE0\xE5\xE7\xEA\xEB\xE8\xEF\xEE\xEC\xC4\xC5\xC9\xE6\xC6\xF4\xF6\xF2\xFB\xF9\xFF\xD6\xDC\xA2\xA3\xA5\u20A7\u0192\xE1\xED\xF3\xFA\xF1\xD1\xAA\xBA\xBF\u2310\xAC\xBD\xBC\xA1\xAB\xBB\u2591\u2592\u2593\u2502\u2524\u2561\u2562\u2556\u2555\u2563\u2551\u2557\u255D\u255C\u255B\u2510\u2514\u2534\u252C\u251C\u2500\u253C\u255E\u255F\u255A\u2554\u2569\u2566\u2560\u2550\u256C\u2567\u2568\u2564\u2565\u2559\u2558\u2552\u2553\u256B\u256A\u2518\u250C\u2588\u2584\u258C\u2590\u2580\u03B1\xDF\u0393\u03C0\u03A3\u03C3\xB5\u03C4\u03A6\u0398\u03A9\u03B4\u221E\u03C6\u03B5\u2229\u2261\xB1\u2265\u2264\u2320\u2321\xF7\u2248\xB0\u2219\xB7\u221A\u207F\xB2\u25A0";
  var Or = 0;
  var Ir = 3;
  var ds = 0;
  var fs = 3;
  var ps = -1200;
  var ms = 1200;
  var Ne = "topleft";
  var Vr = 1600;
  var bt = 65536;
  var Fr = 64;
  var ws = "apl386o";
  var rn = "sink";
  var je = 9;
  var gs = `
attribute vec3 a_pos;
attribute vec2 a_uv;
attribute vec4 a_color;

varying vec3 v_pos;
varying vec2 v_uv;
varying vec4 v_color;

vec4 def_vert() {
	return vec4(a_pos, 1.0);
}

{{user}}

void main() {
	vec4 pos = vert(a_pos, a_uv, a_color);
	v_pos = a_pos;
	v_uv = a_uv;
	v_color = a_color;
	gl_Position = pos;
}
`;
  var Us = `
precision mediump float;

varying vec3 v_pos;
varying vec2 v_uv;
varying vec4 v_color;

uniform sampler2D u_tex;

vec4 def_frag() {
	return v_color * texture2D(u_tex, v_uv);
}

{{user}}

void main() {
	gl_FragColor = frag(v_pos, v_uv, v_color, u_tex);
	if (gl_FragColor.a == 0.0) {
		discard;
	}
}
`;
  var sn = `
vec4 vert(vec3 pos, vec2 uv, vec4 color) {
	return def_vert();
}
`;
  var on = `
vec4 frag(vec3 pos, vec2 uv, vec4 color, sampler2D tex) {
	return def_frag();
}
`;
  var ys = /* @__PURE__ */ new Set(["id", "require"]);
  var bs = /* @__PURE__ */ new Set(["add", "load", "update", "draw", "destroy", "inspect"]);
  function kr(i) {
    return i === "pressed" || i === "rpressed" ? "down" : i === "released" ? "up" : i;
  }
  __name(kr, "kr");
  a(kr, "processButtonState");
  function xs(i) {
    i.requestFullscreen ? i.requestFullscreen() : i.webkitRequestFullscreen && i.webkitRequestFullscreen();
  }
  __name(xs, "xs");
  a(xs, "enterFullscreen");
  function vs() {
    document.exitFullscreen ? document.exitFullscreen() : document.webkitExitFullScreen && document.webkitExitFullScreen();
  }
  __name(vs, "vs");
  a(vs, "exitFullscreen");
  function Es() {
    return document.fullscreenElement || document.webkitFullscreenElement;
  }
  __name(Es, "Es");
  a(Es, "getFullscreenElement");
  function Ye(i) {
    switch (i) {
      case "topleft":
        return f(-1, -1);
      case "top":
        return f(0, -1);
      case "topright":
        return f(1, -1);
      case "left":
        return f(-1, 0);
      case "center":
        return f(0, 0);
      case "right":
        return f(1, 0);
      case "botleft":
        return f(-1, 1);
      case "bot":
        return f(0, 1);
      case "botright":
        return f(1, 1);
      default:
        return i;
    }
  }
  __name(Ye, "Ye");
  a(Ye, "originPt");
  function Gr() {
    return new AudioBuffer({ length: 1, numberOfChannels: 1, sampleRate: 44100 });
  }
  __name(Gr, "Gr");
  a(Gr, "createEmptyAudioBuffer");
  var no = a((i = {}) => {
    let t = (() => {
      var s, o, d;
      let e = (s = i.root) != null ? s : document.body;
      e === document.body && (document.body.style.width = "100%", document.body.style.height = "100%", document.body.style.margin = "0px", document.documentElement.style.width = "100%", document.documentElement.style.height = "100%");
      let n = (o = i.canvas) != null ? o : (() => {
        let h = document.createElement("canvas");
        return e.appendChild(h), h;
      })(), r = (d = i.scale) != null ? d : 1;
      i.width && i.height && !i.stretch && !i.letterbox ? (n.width = i.width * r, n.height = i.height * r) : (n.width = n.parentElement.offsetWidth, n.height = n.parentElement.offsetHeight);
      let u = ["outline: none", "cursor: default"];
      i.crisp && (u.push("image-rendering: pixelated"), u.push("image-rendering: crisp-edges")), n.style = u.join(";"), n.setAttribute("tabindex", "0");
      let c = n.getContext("webgl", { antialias: true, depth: true, stencil: true, alpha: true, preserveDrawingBuffer: true });
      return { canvas: n, scale: r, gl: c, keyStates: {}, mouseStates: {}, charInputted: [], isMouseMoved: false, isKeyPressed: false, isKeyPressedRepeat: false, isKeyReleased: false, mousePos: f(0, 0), mouseDeltaPos: f(0, 0), time: 0, realTime: 0, skipTime: false, dt: 0, numFrames: 0, isTouch: "ontouchstart" in window || navigator.maxTouchPoints > 0, loopID: null, stopped: false, paused: false, fpsCounter: new Be(), loaded: false };
    })(), l = (() => {
      var d;
      let e = t.gl, n = cn(sn, on), r = Ke(new ImageData(new Uint8ClampedArray([255, 255, 255, 255]), 1, 1)), u = (d = i.background) != null ? d : E(0, 0, 0);
      if (i.background) {
        let h = v.fromArray(i.background);
        e.clearColor(h.r / 255, h.g / 255, h.b / 255, 1);
      }
      e.enable(e.BLEND), e.enable(e.SCISSOR_TEST), e.blendFuncSeparate(e.SRC_ALPHA, e.ONE_MINUS_SRC_ALPHA, e.ONE, e.ONE_MINUS_SRC_ALPHA);
      let c = e.createBuffer();
      e.bindBuffer(e.ARRAY_BUFFER, c), e.vertexAttribPointer(0, 3, e.FLOAT, false, je * 4, 0), e.enableVertexAttribArray(0), e.vertexAttribPointer(1, 2, e.FLOAT, false, je * 4, 12), e.enableVertexAttribArray(1), e.vertexAttribPointer(2, 4, e.FLOAT, false, je * 4, 20), e.enableVertexAttribArray(2), e.bufferData(e.ARRAY_BUFFER, bt * 4, e.DYNAMIC_DRAW), e.bindBuffer(e.ARRAY_BUFFER, null);
      let s = e.createBuffer();
      e.bindBuffer(e.ELEMENT_ARRAY_BUFFER, s), e.bufferData(e.ELEMENT_ARRAY_BUFFER, bt * 2, e.DYNAMIC_DRAW), e.bindBuffer(e.ELEMENT_ARRAY_BUFFER, null);
      let o = Ke(new ImageData(new Uint8ClampedArray([128, 128, 128, 255, 190, 190, 190, 255, 190, 190, 190, 255, 128, 128, 128, 255]), 2, 2), { wrap: "repeat", filter: "nearest" });
      return { drawCalls: 0, lastDrawCalls: 0, defShader: n, curShader: n, defTex: r, curTex: r, curUniform: {}, vbuf: c, ibuf: s, vqueue: [], iqueue: [], transform: new R(), transformStack: [], bgTex: o, width: i.width, height: i.height, viewport: { x: 0, y: 0, width: e.drawingBufferWidth, height: e.drawingBufferHeight } };
    })();
    Un();
    let w = (() => {
      let e = new (window.AudioContext || window.webkitAudioContext)(), n = e.createGain();
      n.connect(e.destination);
      let r = { buf: Gr() };
      return e.decodeAudioData(Mr.buffer.slice(0), (u) => {
        r.buf = u;
      }, () => {
        throw new Error("Failed to load burp.");
      }), { ctx: e, masterNode: n, burpSnd: r };
    })(), U = { numLoading: 0, numLoaded: 0, urlPrefix: "", sprites: {}, sounds: {}, shaders: {}, fonts: {} }, p = { events: {}, objEvents: {}, root: En([]), timers: new $(), layers: {}, defLayer: null, gravity: Vr, on(e, n) {
      return this.events[e] || (this.events[e] = new $()), this.events[e].pushd(n);
    }, trigger(e, ...n) {
      this.events[e] && this.events[e].forEach((r) => r(...n));
    }, scenes: {}, logs: [], cam: { pos: ot(), scale: f(1), angle: 0, shake: 0, transform: new R() } };
    function S(e) {
      return U.numLoading++, new Promise((n, r) => {
        e.then(n).catch((u) => {
          C.error(u), r(u);
        }).finally(() => {
          U.numLoading--, U.numLoaded++;
        });
      });
    }
    __name(S, "S");
    a(S, "load");
    function A() {
      return U.numLoaded / (U.numLoading + U.numLoaded);
    }
    __name(A, "A");
    a(A, "loadProgress");
    function q(e) {
      return e !== void 0 && (U.urlPrefix = e), U.urlPrefix;
    }
    __name(q, "q");
    a(q, "loadRoot");
    function V(e) {
      let n = U.urlPrefix + e;
      return fetch(n).then((r) => {
        if (!r.ok)
          throw new Error(`Failed to fetch ${n}`);
        return r;
      });
    }
    __name(V, "V");
    a(V, "fetchURL");
    function j(e) {
      let n = new Image();
      return n.src = cr(e) ? e : U.urlPrefix + e, n.crossOrigin = "anonymous", new Promise((r, u) => {
        n.onload = () => r(n), n.onerror = () => u(`Failed to load image from "${e}"`);
      });
    }
    __name(j, "j");
    a(j, "loadImg");
    function X(e, n, r, u, c = {}) {
      return S(j(n).then((s) => {
        var d;
        let o = Nr(Ke(s, c), r, u, (d = c.chars) != null ? d : Ar);
        return e && (U.fonts[e] = o), o;
      }));
    }
    __name(X, "X");
    a(X, "loadFont");
    function Y(e) {
      var n;
      return (n = U.sprites[e]) != null ? n : null;
    }
    __name(Y, "Y");
    a(Y, "getSprite");
    function an(e) {
      var n;
      return (n = U.sounds[e]) != null ? n : null;
    }
    __name(an, "an");
    a(an, "getSound");
    function xt(e) {
      var n;
      return (n = U.fonts[e]) != null ? n : null;
    }
    __name(xt, "xt");
    a(xt, "getFont");
    function vt(e) {
      var n;
      return (n = U.shaders[e]) != null ? n : null;
    }
    __name(vt, "vt");
    a(vt, "getShader");
    function ve(e = 1, n = 1, r = 0, u = 0, c = 1, s = 1) {
      let o = [], d = c / e, h = s / n;
      for (let m = 0; m < n; m++)
        for (let g = 0; g < e; g++)
          o.push(new k(r + g * d, u + m * h, d, h));
      return o;
    }
    __name(ve, "ve");
    a(ve, "slice");
    function Ee(e, n) {
      return S(typeof n == "string" ? V(n).then((r) => r.json()).then((r) => Ee(e, r)) : J(null, e).then((r) => {
        let u = {}, c = r.tex.width, s = r.tex.height;
        for (let o in n) {
          let d = n[o], h = { tex: r.tex, frames: ve(d.sliceX, d.sliceY, d.x / c, d.y / s, d.width / c, d.height / s), anims: d.anims };
          U.sprites[o] = h, u[o] = h;
        }
        return u;
      }));
    }
    __name(Ee, "Ee");
    a(Ee, "loadSpriteAtlas");
    function Te(e, n, r = {}) {
      let u = Ke(n, r), c = ve(r.sliceX || 1, r.sliceY || 1), s = { tex: u, frames: c, anims: r.anims || {} };
      return e && (U.sprites[e] = s), s;
    }
    __name(Te, "Te");
    a(Te, "loadRawSprite");
    function J(e, n, r = { sliceX: 1, sliceY: 1, anims: {} }) {
      return S(new Promise((u, c) => {
        if (!n)
          return c(`Expected sprite src for "${e}"`);
        typeof n == "string" ? j(n).then((s) => u(Te(e, s, r))).catch(c) : u(Te(e, n, r));
      }));
    }
    __name(J, "J");
    a(J, "loadSprite");
    function $e(e, n) {
      return S(new Promise((r, u) => {
        V(n).then((c) => c.json()).then((c) => sr(this, null, function* () {
          let s = yield Promise.all(c.frames.map(j)), o = document.createElement("canvas");
          o.width = c.width, o.height = c.height * c.frames.length;
          let d = o.getContext("2d");
          return s.forEach((h, m) => {
            d.drawImage(h, 0, m * c.height);
          }), J(e, o, { sliceY: c.frames.length, anims: c.anims });
        })).then(r).catch(u);
      }));
    }
    __name($e, "$e");
    a($e, "loadPedit");
    function Et(e, n, r) {
      return S(new Promise((u, c) => {
        J(e, n).then((s) => {
          V(r).then((o) => o.json()).then((o) => {
            let d = o.meta.size;
            s.frames = o.frames.map((h) => new k(h.frame.x / d.w, h.frame.y / d.h, h.frame.w / d.w, h.frame.h / d.h));
            for (let h of o.meta.frameTags)
              h.from === h.to ? s.anims[h.name] = h.from : s.anims[h.name] = { from: h.from, to: h.to, speed: 10, loop: true };
            u(s);
          }).catch(c);
        }).catch(c);
      }));
    }
    __name(Et, "Et");
    a(Et, "loadAseprite");
    function Se(e, n, r, u = false) {
      function c(s, o, d) {
        let h = cn(o, d);
        return s && (U.shaders[s] = h), h;
      }
      __name(c, "c");
      return a(c, "loadRawShader"), S(new Promise((s, o) => {
        if (!n && !r)
          return o("no shader");
        function d(h) {
          return h ? V(h).then((m) => m.text()).catch(o) : new Promise((m) => m(null));
        }
        __name(d, "d");
        if (a(d, "resolveUrl"), u)
          Promise.all([d(n), d(r)]).then(([h, m]) => {
            s(c(e, h, m));
          }).catch(o);
        else
          try {
            s(c(e, n, r));
          } catch (h) {
            o(h);
          }
      }));
    }
    __name(Se, "Se");
    a(Se, "loadShader");
    function Ce(e, n) {
      return S(new Promise((r, u) => {
        if (!n)
          return u(`expected sound src for "${e}"`);
        typeof n == "string" && V(n).then((c) => c.arrayBuffer()).then((c) => new Promise((s, o) => w.ctx.decodeAudioData(c, s, o))).then((c) => {
          let s = { buf: c };
          e && (U.sounds[e] = s), r(s);
        }).catch(u);
      }));
    }
    __name(Ce, "Ce");
    a(Ce, "loadSound");
    function _r(e = "bean") {
      return J(e, Wr);
    }
    __name(_r, "_r");
    a(_r, "loadBean");
    function Br(e) {
      return e !== void 0 && (w.masterNode.gain.value = z(e, Or, Ir)), w.masterNode.gain.value;
    }
    __name(Br, "Br");
    a(Br, "volume");
    function Xe(e, n = { loop: false, volume: 1, speed: 1, detune: 0, seek: 0 }) {
      var g;
      if (typeof e == "string") {
        let y = Xe({ buf: Gr() });
        return Ue(() => {
          let x = U.sounds[e];
          if (!x)
            throw new Error(`Sound not found: "${e}"`);
          let W = Xe(x, n);
          for (let O in W)
            y[O] = W[O];
        }), y;
      }
      let r = w.ctx, u = false, c = r.createBufferSource();
      c.buffer = e.buf, c.loop = !!n.loop;
      let s = r.createGain();
      c.connect(s), s.connect(w.masterNode);
      let o = (g = n.seek) != null ? g : 0;
      c.start(0, o);
      let d = r.currentTime - o, h = null, m = { stop() {
        u || (this.pause(), d = r.currentTime);
      }, play(y) {
        if (!u)
          return;
        let x = c;
        c = r.createBufferSource(), c.buffer = x.buffer, c.loop = x.loop, c.playbackRate.value = x.playbackRate.value, c.detune && (c.detune.value = x.detune.value), c.connect(s);
        let W = y != null ? y : this.time();
        c.start(0, W), d = r.currentTime - W, u = false, h = null;
      }, pause() {
        u || (c.stop(), u = true, h = r.currentTime);
      }, isPaused() {
        return u;
      }, paused() {
        return B("paused()", "isPaused()"), this.isPaused();
      }, isStopped() {
        return u;
      }, stopped() {
        return B("stopped()", "isStopped()"), this.isStopped();
      }, speed(y) {
        return y !== void 0 && (c.playbackRate.value = z(y, ds, fs)), c.playbackRate.value;
      }, detune(y) {
        return c.detune ? (y !== void 0 && (c.detune.value = z(y, ps, ms)), c.detune.value) : 0;
      }, volume(y) {
        return y !== void 0 && (s.gain.value = z(y, Or, Ir)), s.gain.value;
      }, loop() {
        c.loop = true;
      }, unloop() {
        c.loop = false;
      }, duration() {
        return e.buf.duration;
      }, time() {
        return u ? h - d : r.currentTime - d;
      } };
      return m.speed(n.speed), m.detune(n.detune), m.volume(n.volume), m;
    }
    __name(Xe, "Xe");
    a(Xe, "play");
    function un(e) {
      return Xe(w.burpSnd, e);
    }
    __name(un, "un");
    a(un, "burp");
    function Ke(e, n = {}) {
      let r = t.gl, u = r.createTexture();
      r.bindTexture(r.TEXTURE_2D, u), r.texImage2D(r.TEXTURE_2D, 0, r.RGBA, r.RGBA, r.UNSIGNED_BYTE, e);
      let c = (() => {
        var o;
        switch ((o = n.filter) != null ? o : i.texFilter) {
          case "linear":
            return r.LINEAR;
          case "nearest":
            return r.NEAREST;
          default:
            return r.NEAREST;
        }
      })(), s = (() => {
        switch (n.wrap) {
          case "repeat":
            return r.REPEAT;
          case "clampToEdge":
            return r.CLAMP_TO_EDGE;
          default:
            return r.CLAMP_TO_EDGE;
        }
      })();
      return r.texParameteri(r.TEXTURE_2D, r.TEXTURE_MIN_FILTER, c), r.texParameteri(r.TEXTURE_2D, r.TEXTURE_MAG_FILTER, c), r.texParameteri(r.TEXTURE_2D, r.TEXTURE_WRAP_S, s), r.texParameteri(r.TEXTURE_2D, r.TEXTURE_WRAP_T, s), r.bindTexture(r.TEXTURE_2D, null), { width: e.width, height: e.height, bind() {
        r.bindTexture(r.TEXTURE_2D, u);
      }, unbind() {
        r.bindTexture(r.TEXTURE_2D, null);
      } };
    }
    __name(Ke, "Ke");
    a(Ke, "makeTex");
    function cn(e = sn, n = on) {
      let r = t.gl, u, c = gs.replace("{{user}}", e != null ? e : sn), s = Us.replace("{{user}}", n != null ? n : on), o = r.createShader(r.VERTEX_SHADER), d = r.createShader(r.FRAGMENT_SHADER);
      if (r.shaderSource(o, c), r.shaderSource(d, s), r.compileShader(o), r.compileShader(d), u = r.getShaderInfoLog(o))
        throw new Error(u);
      if (u = r.getShaderInfoLog(d))
        throw new Error(u);
      let h = r.createProgram();
      if (r.attachShader(h, o), r.attachShader(h, d), r.bindAttribLocation(h, 0, "a_pos"), r.bindAttribLocation(h, 1, "a_uv"), r.bindAttribLocation(h, 2, "a_color"), r.linkProgram(h), (u = r.getProgramInfoLog(h)) && u !== `
`)
        throw new Error(u);
      return { bind() {
        r.useProgram(h);
      }, unbind() {
        r.useProgram(null);
      }, send(m) {
        this.bind();
        for (let g in m) {
          let y = m[g], x = r.getUniformLocation(h, g);
          typeof y == "number" ? r.uniform1f(x, y) : y instanceof R ? r.uniformMatrix4fv(x, false, new Float32Array(y.m)) : y instanceof v ? r.uniform4f(x, y.r, y.g, y.b, y.a) : y instanceof Fe ? r.uniform3f(x, y.x, y.y, y.z) : y instanceof L && r.uniform2f(x, y.x, y.y);
        }
        this.unbind();
      } };
    }
    __name(cn, "cn");
    a(cn, "makeShader");
    function Nr(e, n, r, u) {
      let c = e.width / n, s = e.height / r, o = 1 / c, d = 1 / s, h = {}, m = u.split("").entries();
      for (let [g, y] of m)
        h[y] = f(g % c * o, Math.floor(g / c) * d);
      return { tex: e, map: h, qw: o, qh: d };
    }
    __name(Nr, "Nr");
    a(Nr, "makeFont");
    function Tt(e, n, r, u = l.defTex, c = l.defShader, s = {}) {
      u = u != null ? u : l.defTex, c = c != null ? c : l.defShader, (u !== l.curTex || c !== l.curShader || !jt(l.curUniform, s) || l.vqueue.length + e.length * je > bt || l.iqueue.length + n.length > bt) && ln();
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        this.area.cursor && this.onHover(() => xn(this.area.cursor));
      }, area: { shape: "rect", offset: (r = e.offset) != null ? r : f(0), width: e.width, height: e.height, scale: (u = e.scale) != null ? u : f(1), cursor: e.cursor }, isClicked() {
        return Me() && this.isHovering();
      }, isHovering() {
        let c = this.fixed ? K() : Lt(K());
        return this.hasPoint(c);
      }, isColliding(c) {
        if (!c.area || !c.exists())
          return false;
        let s = this.worldArea(), o = c.worldArea();
        return nn(s, o);
      }, isTouching(c) {
        if (!c.area || !c.exists())
          return false;
        let s = this.worldArea(), o = c.worldArea();
        return yr(s, o);
      }, onClick(c) {
        return this.onUpdate(() => {
          this.isClicked() && c();
        });
      }, onHover(c, s) {
        return this.onUpdate(() => {
          this.isHovering() ? c() : s && s();
        });
      }, onCollide(c, s) {
        let o = this.onUpdate(() => this._checkCollisions(c, s)), d = this.on("collide", (h, m) => h.is(c) && s(h, m));
        return () => [o, d].forEach((h) => h());
      }, clicks(...c) {
        return B("clicks()", "onClick()"), this.onClick(...c);
      }, hovers(...c) {
        return B("hovers()", "onHover()"), this.onHover(...c);
      }, collides(...c) {
        return B("collides()", "onCollide()"), this.onCollide(...c);
      }, hasPoint(c) {
        return Ut(this.worldArea(), c);
      }, pushOut(c) {
        var g;
        if (c === this || ((g = c.area) == null ? void 0 : g.shape) !== "rect")
          return null;
        let s = this.worldArea(), o = c.worldArea(), d = yt(s, o);
        if (!ae(d, f(0)))
          return null;
        let h = Math.min(Math.abs(d.p1.x), Math.abs(d.p2.x), Math.abs(d.p1.y), Math.abs(d.p2.y)), m = (() => {
          switch (h) {
            case Math.abs(d.p1.x):
              return f(h, 0);
            case Math.abs(d.p2.x):
              return f(-h, 0);
            case Math.abs(d.p1.y):
              return f(0, h);
            case Math.abs(d.p2.y):
              return f(0, -h);
          }
        })();
        this.pos = this.pos.add(m);
      }, pushOutAll() {
        p.root.every(this.pushOut);
      }, _checkCollisions(c) {
        p.root.every(c, (s) => {
          this === s || !this.exists() || n[s._id] || this.isColliding(s) && (this.trigger("collide", s, null), n[s._id] = s);
        });
        for (let s in n) {
          let o = n[s];
          this.isColliding(o) || delete n[s];
        }
      }, worldArea() {
        var m, g, y, x;
        let c = (m = this.area.width) != null ? m : this.width, s = (g = this.area.height) != null ? g : this.height;
        if (c == null || s == null)
          throw new Error("failed to get area dimension");
        let o = f((y = this.scale) != null ? y : 1).scale(this.area.scale);
        c *= o.x, s *= o.y;
        let d = Ye(this.origin || Ne), h = ((x = this.pos) != null ? x : f(0)).add(this.area.offset).sub(d.add(1, 1).scale(0.5).scale(c, s));
        return { shape: "rect", p1: h, p2: f(h.x + c, h.y + s) };
      }, screenArea() {
        let c = this.worldArea();
        return this.fixed ? c : { shape: "rect", p1: rt(c.p1), p2: rt(c.p2) };
      } };
    }
    __name(fi, "fi");
    a(fi, "area");
    function De(e) {
      return { color: e.color, opacity: e.opacity, origin: e.origin, outline: e.outline, fixed: e.fixed, shader: U.shaders[e.shader], uniform: e.uniform };
    }
    __name(De, "De");
    a(De, "getRenderProps");
    function Vt(e, n = {}) {
      var s;
      let r = null, u = null;
      function c(o, d, h, m) {
        let g = f(1, 1);
        return h && m ? (g.x = h / (o.width * d.w), g.y = m / (o.height * d.h)) : h ? (g.x = h / (o.width * d.w), g.y = g.x) : m && (g.y = m / (o.height * d.h), g.x = g.y), g;
      }
      __name(c, "c");
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        if (typeof e == "string" ? r = U.sprites[e] : r = e, !r)
          throw new Error(`sprite not found: "${e}"`);
        let o = r.frames[0].clone();
        n.quad && (o = o.scale(n.quad));
        let d = c(r.tex, o, n.width, n.height);
        this.width = r.tex.width * o.w * d.x, this.height = r.tex.height * o.h * d.y, n.anim && this.play(n.anim);
      }, draw() {
        hn(D(P({}, De(this)), { sprite: r, frame: this.frame, quad: this.quad, flipX: n.flipX, flipY: n.flipY, tiled: n.tiled, width: n.width, height: n.height }));
      }, update() {
        if (!u)
          return;
        let o = r.anims[u.name];
        if (typeof o == "number") {
          this.frame = o;
          return;
        }
        if (o.speed === 0)
          throw new Error("sprite anim speed cannot be 0");
        u.timer += Z() * this.animSpeed, u.timer >= 1 / u.speed && (u.timer = 0, o.from > o.to ? (this.frame--, this.frame < o.to && (u.loop ? this.frame = o.from : (this.frame++, u.onEnd(), this.stop()))) : (this.frame++, this.frame > o.to && (u.loop ? this.frame = o.from : (this.frame--, u.onEnd(), this.stop()))));
      }, play(o, d = {}) {
        var m, g, y, x, W, O, M;
        if (!r) {
          Ue(() => {
            this.play(o);
          });
          return;
        }
        let h = r.anims[o];
        if (h == null)
          throw new Error(`anim not found: ${o}`);
        u && this.stop(), u = { name: o, timer: 0, loop: (g = (m = d.loop) != null ? m : h.loop) != null ? g : false, pingpong: (x = (y = d.pingpong) != null ? y : h.pingpong) != null ? x : false, speed: (O = (W = d.speed) != null ? W : h.speed) != null ? O : 10, onEnd: (M = d.onEnd) != null ? M : () => {
        } }, typeof h == "number" ? this.frame = h : this.frame = h.from, this.trigger("animPlay", o), this.trigger("animStart", o);
      }, stop() {
        if (!u)
          return;
        let o = u.name;
        u = null, this.trigger("animEnd", o);
      }, numFrames() {
        return r ? r.frames.length : 0;
      }, curAnim() {
        return u == null ? void 0 : u.name;
      }, flipX(o) {
        n.flipX = o;
      }, flipY(o) {
        n.flipY = o;
      }, onAnimEnd(o, d) {
        return this.on("animEnd", (h) => {
          h === o && d();
        });
      }, onAnimStart(o, d) {
        return this.on("animStart", (h) => {
          h === o && d();
        });
      }, inspect() {
        let o = "";
        return typeof e == "string" ? o += JSON.stringify(e) : o += "[blob]", o;
      } };
    }
    __name(Vt, "Vt");
    a(Vt, "sprite");
    function pi(e, n = {}) {
      function r(u) {
        var s, o;
        let c = me(D(P({}, De(u)), { text: u.text + "", size: u.textSize, font: u.font, width: n.width && u.width, letterSpacing: u.letterSpacing, lineSpacing: u.lineSpacing, transform: u.transform, styles: u.styles }));
        return u.width = c.width / (((s = u.scale) == null ? void 0 : s.x) || 1), u.height = c.height / (((o = u.scale) == null ? void 0 : o.y) || 1), c;
      }
      __name(r, "r");
      return a(r, "update"), { id: "text", text: e, textSize: n.size, font: n.font, width: n.width, height: 0, lineSpacing: n.lineSpacing, letterSpacing: n.letterSpacing, transform: n.transform, styles: n.styles, load() {
        r(this);
      }, draw() {
        we(r(this));
      } };
    }
    __name(pi, "pi");
    a(pi, "text");
    function mi(e, n, r = {}) {
      return { id: "rect", width: e, height: n, radius: r.radius || 0, draw() {
        Q(D(P({}, De(this)), { width: this.width, height: this.height, radius: this.radius }));
      }, inspect() {
        return `${Math.ceil(this.width)}, ${Math.ceil(this.height)}`;
      } };
    }
    __name(mi, "mi");
    a(mi, "rect");
    function wi(e, n) {
      return { id: "rect", width: e, height: n, draw() {
        pe(D(P({}, De(this)), { width: this.width, height: this.height }));
      }, inspect() {
        return `${Math.ceil(this.width)}, ${Math.ceil(this.height)}`;
      } };
    }
    __name(wi, "wi");
    a(wi, "uvquad");
    function gi(e) {
      return { id: "circle", radius: e, draw() {
        Ct(D(P({}, De(this)), { radius: this.radius }));
      }, inspect() {
        return `${Math.ceil(this.radius)}`;
      } };
    }
    __name(gi, "gi");
    a(gi, "circle");
    function Ui(e = 1, n = E(0, 0, 0)) {
      return { id: "outline", outline: { width: e, color: n } };
    }
    __name(Ui, "Ui");
    a(Ui, "outline");
    function Gn(e, n) {
      let r = new $();
      return e && n && r.pushd(new fe(e, n)), { id: "timer", wait(u, c) {
        return r.pushd(new fe(u, c));
      }, update() {
        r.forEach((u, c) => {
          u.tick(Z()) && r.delete(c);
        });
      } };
    }
    __name(Gn, "Gn");
    a(Gn, "timer");
    let yi = 640, bi = 65536;
    function xi(e = {}) {
      var s, o, d;
      let n = 0, r = null, u = null, c = true;
      return { id: "body", require: ["pos", "area"], jumpForce: (s = e.jumpForce) != null ? s : yi, weight: (o = e.weight) != null ? o : 1, solid: (d = e.solid) != null ? d : true, update() {
        var m;
        let h = false;
        if (r) {
          let g = this.worldArea(), y = r.worldArea(), x = g.p2.y, W = y.p1.y, O = g.p1.x, M = g.p2.x, ee = y.p1.x, te = y.p2.x;
          !r.exists() || x !== W || M < ee || O > te ? (this.trigger("fall", r), r = null, u = null, h = true) : u && r.pos && (this.pos = this.pos.add(r.pos.sub(u)), u = r.pos.clone());
        }
        if (!r) {
          let g = this.move(0, n);
          if (g)
            if (g.isBottom()) {
              r = g.target;
              let y = n;
              n = 0, r.pos && (u = r.pos.clone()), h || (this.trigger("ground", r), c = true);
            } else
              g.isTop() && (n = 0, this.trigger("headbutt", g.target));
          n += Fn() * this.weight * Z(), n = Math.min(n, (m = e.maxVel) != null ? m : bi);
        }
      }, curPlatform() {
        return r;
      }, isGrounded() {
        return r !== null;
      }, grounded() {
        return B("grounded()", "isGrounded()"), this.isGrounded();
      }, isFalling() {
        return n > 0;
      }, falling() {
        return B("falling()", "isFalling()"), this.isFalling();
      }, jump(h) {
        r = null, u = null, n = -h || -this.jumpForce;
      }, doubleJump(h) {
        this.isGrounded() ? this.jump(h) : c && (c = false, this.jump(h), this.trigger("doubleJump"));
      }, onGround(h) {
        return this.on("ground", h);
      }, onFall(h) {
        return this.on("fall", h);
      }, onHeadbutt(h) {
        return this.on("headbutt", h);
      }, onDoubleJump(h) {
        return this.on("doubleJump", h);
      } };
    }
    __name(xi, "xi");
    a(xi, "body");
    function vi(e, n = {}) {
      let r = U.shaders[e];
      return { id: "shader", shader: e, uniform: n };
    }
    __name(vi, "vi");
    a(vi, "shader");
    function Ei() {
      return { id: "solid", require: ["area"], solid: true };
    }
    __name(Ei, "Ei");
    a(Ei, "solid");
    function Ti() {
      return { id: "fixed", fixed: true };
    }
    __name(Ti, "Ti");
    a(Ti, "fixed");
    function Ft() {
      return { id: "stay", stay: true };
    }
    __name(Ft, "Ft");
    a(Ft, "stay");
    function Si(e) {
      if (e == null)
        throw new Error("health() requires the initial amount of hp");
      return { id: "health", hurt(n = 1) {
        this.setHP(e - n), this.trigger("hurt");
      }, heal(n = 1) {
        this.setHP(e + n), this.trigger("heal");
      }, hp() {
        return e;
      }, setHP(n) {
        e = n, e <= 0 && this.trigger("death");
      }, onHurt(n) {
        return this.on("hurt", n);
      }, onHeal(n) {
        return this.on("heal", n);
      }, onDeath(n) {
        return this.on("death", n);
      }, inspect() {
        return `${e}`;
      } };
    }
    __name(Si, "Si");
    a(Si, "health");
    function Ci(e, n = {}) {
      var s;
      if (e == null)
        throw new Error("lifespan() requires time");
      let r = 0, u = (s = n.fade) != null ? s : 0, c = Math.max(e - u, 0);
      return { id: "lifespan", update() {
        r += Z(), r >= c && (this.opacity = dt(r, c, e, 1, 0)), r >= e && this.destroy();
      } };
    }
    __name(Ci, "Ci");
    a(Ci, "lifespan");
    function Ri(e, n, r) {
      if (!e)
        throw new Error("state() requires an initial state");
      let u = {};
      function c(d) {
        u[d] || (u[d] = { enter: [], leave: [], update: [], draw: [] });
      }
      __name(c, "c");
      a(c, "initStateHook");
      function s(d, h, m) {
        c(h), u[h][d].push(m);
      }
      __name(s, "s");
      a(s, "on");
      function o(d, h, ...m) {
        c(h), u[h][d].forEach((g) => g(...m));
      }
      __name(o, "o");
      return a(o, "trigger"), { id: "state", state: e, enterState(d, ...h) {
        if (n && !n.includes(d))
          throw new Error(`State not found: ${d}`);
        let m = this.state;
        if (r) {
          if (!(r == null ? void 0 : r[m]))
            return;
          let g = typeof r[m] == "string" ? [r[m]] : r[m];
          if (!g.includes(d))
            throw new Error(`Cannot transition state from "${m}" to "${d}". Available transitions: ${g.map((y) => `"${y}"`).join(", ")}`);
        }
        o("leave", m, ...h), this.state = d, o("enter", d, ...h), o("enter", `${m} -> ${d}`, ...h);
      }, onStateTransition(d, h, m) {
        s("enter", `${d} -> ${h}`, m);
      }, onStateEnter(d, h) {
        s("enter", d, h);
      }, onStateUpdate(d, h) {
        s("update", d, h);
      }, onStateDraw(d, h) {
        s("draw", d, h);
      }, onStateLeave(d, h) {
        s("leave", d, h);
      }, update() {
        o("update", this.state);
      }, draw() {
        o("draw", this.state);
      }, inspect() {
        return this.state;
      } };
    }
    __name(Ri, "Ri");
    a(Ri, "state");
    function Ue(e) {
      t.loaded ? e() : p.on("load", e);
    }
    __name(Ue, "Ue");
    a(Ue, "onLoad");
    function Wi(e, n) {
      p.scenes[e] = n;
    }
    __name(Wi, "Wi");
    a(Wi, "scene");
    function Mi(e, ...n) {
      if (!p.scenes[e])
        throw new Error(`scene not found: ${e}`);
      let r = p.on("updateStart", () => {
        p.events = {}, p.objEvents = { add: new $(), update: new $(), draw: new $(), destroy: new $() }, p.root.every((u) => {
          u.is("stay") || p.root.remove(u);
        }), p.root.clearEvents(), p.timers = new $(), p.cam = { pos: ot(), scale: f(1), angle: 0, shake: 0, transform: new R() }, p.layers = {}, p.defLayer = null, p.gravity = Vr, p.scenes[e](...n), i.debug !== false && In(), i.burp && Vn(), r();
      });
    }
    __name(Mi, "Mi");
    a(Mi, "go");
    function Li(e, n) {
      try {
        return JSON.parse(window.localStorage[e]);
      } catch (r) {
        return n ? (_n(e, n), n) : null;
      }
    }
    __name(Li, "Li");
    a(Li, "getData");
    function _n(e, n) {
      window.localStorage[e] = JSON.stringify(n);
    }
    __name(_n, "_n");
    a(_n, "setData");
    function Bn(e) {
      let n = e(ye);
      for (let r in n)
        ye[r] = n[r], i.global !== false && (window[r] = n[r]);
      return ye;
    }
    __name(Bn, "Bn");
    a(Bn, "plug");
    function ot() {
      return f(F() / 2, G() / 2);
    }
    __name(ot, "ot");
    a(ot, "center");
    function qi(e, n) {
      return { id: "grid", gridPos: n.clone(), setGridPos(...r) {
        let u = f(...r);
        this.gridPos = u.clone(), this.pos = f(e.offset().x + this.gridPos.x * e.gridWidth(), e.offset().y + this.gridPos.y * e.gridHeight());
      }, moveLeft() {
        this.setGridPos(this.gridPos.add(f(-1, 0)));
      }, moveRight() {
        this.setGridPos(this.gridPos.add(f(1, 0)));
      }, moveUp() {
        this.setGridPos(this.gridPos.add(f(0, -1)));
      }, moveDown() {
        this.setGridPos(this.gridPos.add(f(0, 1)));
      } };
    }
    __name(qi, "qi");
    a(qi, "grid");
    function Pi(e, n) {
      if (!n.width || !n.height)
        throw new Error("Must provide level grid width & height.");
      let r = [], u = f(n.pos || f(0)), c = 0, s = { offset() {
        return u.clone();
      }, gridWidth() {
        return n.width;
      }, gridHeight() {
        return n.height;
      }, getPos(...o) {
        let d = f(...o);
        return f(u.x + d.x * n.width, u.y + d.y * n.height);
      }, spawn(o, ...d) {
        let h = f(...d), m = (() => {
          if (n[o]) {
            if (typeof n[o] != "function")
              throw new Error("level symbol def must be a function returning a component list");
            return n[o](h);
          } else if (n.any)
            return n.any(o, h);
        })();
        if (!m)
          return;
        let g = f(u.x + h.x * n.width, u.y + h.y * n.height);
        for (let x of m)
          if (x.id === "pos") {
            g.x += x.pos.x, g.y += x.pos.y;
            break;
          }
        m.push(it(g)), m.push(qi(this, h));
        let y = p.root.add(m);
        return r.push(y), y;
      }, width() {
        return c * n.width;
      }, height() {
        return e.length * n.height;
      }, destroy() {
        for (let o of r)
          o.destroy();
      } };
      return e.forEach((o, d) => {
        let h = o.split("");
        c = Math.max(h.length, c), h.forEach((m, g) => {
          s.spawn(m, f(g, d));
        });
      }), s;
    }
    __name(Pi, "Pi");
    a(Pi, "addLevel");
    function Nn(e) {
      let n = t.canvas.captureStream(e), r = w.ctx.createMediaStreamDestination();
      w.masterNode.connect(r);
      let u = r.stream, [c] = u.getAudioTracks(), s = new MediaRecorder(n), o = [];
      return s.ondataavailable = (d) => {
        d.data.size > 0 && o.push(d.data);
      }, s.onerror = (d) => {
        w.masterNode.disconnect(r), n.getTracks().forEach((h) => h.stop());
      }, s.start(), { resume() {
        s.resume();
      }, pause() {
        s.pause();
      }, download(d = "kaboom.mp4") {
        s.onstop = () => {
          ur(new Blob(o, { type: "video/mp4" }), d);
        }, s.stop(), w.masterNode.disconnect(r), n.getTracks().forEach((h) => h.stop());
      } };
    }
    __name(Nn, "Nn");
    a(Nn, "record");
    function Di() {
      B("focus()", "canvas.focus()"), t.canvas.focus();
    }
    __name(Di, "Di");
    a(Di, "focus");
    function jn() {
      return document.activeElement === t.canvas;
    }
    __name(jn, "jn");
    a(jn, "isFocused");
    function kt(e) {
      return p.root.add(e);
    }
    __name(kt, "kt");
    a(kt, "add");
    function Ai(e) {
      return p.root.readd(e);
    }
    __name(Ai, "Ai");
    a(Ai, "readd");
    function at(e) {
      return p.root.remove(e);
    }
    __name(at, "at");
    a(at, "destroy");
    function Oi(e) {
      return p.root.removeAll(e);
    }
    __name(Oi, "Oi");
    a(Oi, "destroyAll");
    function Ii(...e) {
      return p.root.get(...e);
    }
    __name(Ii, "Ii");
    a(Ii, "get");
    function Vi(...e) {
      return p.root.every(...e);
    }
    __name(Vi, "Vi");
    a(Vi, "every");
    function Fi(...e) {
      return p.root.revery(...e);
    }
    __name(Fi, "Fi");
    a(Fi, "revery");
    function Yn(e = 2, n = 1) {
      let r = 0;
      return { id: "explode", require: ["scale"], update() {
        let u = Math.sin(r * e) * n;
        u < 0 && at(this), this.scale = f(u), r += Z();
      } };
    }
    __name(Yn, "Yn");
    a(Yn, "explode");
    let $n = null, Xn = null;
    J(null, Lr).then((e) => $n = e), J(null, qr).then((e) => Xn = e);
    function ki(e, n = {}) {
      var o, d;
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      p.trigger("updateStart"), p.timers.forEach((e, n) => {
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          Q({ pos: o.p1, width: d, height: h, outline: { width: s, color: u }, fill: false, fixed: c.fixed });
        }), r) {
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        Q({ width: c.width + r * 2, height: c.height + r * 2, origin: "botleft", color: E(0, 0, 0), radius: 4, opacity: 0.8, fixed: true }), we(c), ie();
      }
    }
    __name(zn, "zn");
    a(zn, "drawDebug"), i.debug !== false && In(), i.burp && Vn(), window.addEventListener("error", (e) => {
      C.error(`Error: ${e.error.message}`), zr(), Jn(() => {
        A() === 1 && (He(), zn(), ze());
      });
    });
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          t.loopID = requestAnimationFrame(n);
          return;
        }
        let u = r / 1e3, c = u - t.realTime;
        t.realTime = u, t.skipTime || (t.dt = c, t.time += t.dt, t.fpsCounter.tick(t.dt)), t.skipTime = false, t.numFrames++, e();
        for (let s in t.keyStates)
          t.keyStates[s] = kr(t.keyStates[s]);
        for (let s in t.mouseStates)
          t.mouseStates[s] = kr(t.mouseStates[s]);
        t.charInputted = [], t.isMouseMoved = false, t.isKeyPressed = false, t.isKeyPressedRepeat = false, t.isKeyReleased = false, t.loopID = requestAnimationFrame(n);
      }, "frame");
      t.stopped = false, t.loopID = requestAnimationFrame(n);
    }
    __name(Jn, "Jn");
    a(Jn, "run"), Jn(() => {
      Un(), t.loaded ? (p.trigger("input"), C.paused || Kn(), He(), Gi(), i.debug !== false && zn(), ze()) : (He(), _i(), ze());
    }), X("apl386", Tr, 45, 74), X("apl386o", Sr, 45, 74), X("sink", Cr, 6, 8, { chars: "\u2588\u263A\u263B\u2665\u2666\u2663\u2660\u25CF\u25CB\u25AA\u25A1\u25A0\u25D8\u266A\u266B\u2261\u25BA\u25C4\u2302\xDE\xC0\xDF\xD7\xA5\u2191\u2193\u2192\u2190\u25CC\u25CF\u25BC\u25B2 !\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~\u03A7\u2591\u2592\u2593\u1E00\u1E01\u1E02\u2502\u252C\u2524\u250C\u2510\u1E03\u1E04\u253C\u1E05\u1E06\u1E07\u1E08\u1E09\u1E0A\u1E0B\u1E0C\u2500\u251C\u2534\u2514\u2518\u1E0D\u1E0E\u205E\u1E0F\u1E10\u1E11\u1E12\u1E13\u1E14\u1E15\u1E16\u1E17\u1E18\u2584\u1E19\u1E1A\u1E1B\u1E1C\u2026\u1E1D\u1E1E\u1E1F\u1E20\u1E21\u1E22\u1E23\u1E24\u1E25\u1E26\u258C\u2590\u1E27\u1E28\u1E29\u1E2A\u1E2B\u1E2C\u1E2D\u1E2E\u1E2F\u1E30\u1E31\u1E32\u1E33\u1E34\u1E35\u1E36\u1E37\u1E38\u1E39\u1E3A\u1E3B\u1E3C\u1E3D\u1E3E\u1E3F\u1E40\u1E41\u1E42\u1E43\u1E44\u1E45\u1E46\u1E47\u1E48\u1E49\u1E4A\u1E4B\u1E4C\u1E4D\u1E4E\u1E4F\u1E50\u1E51\u1E52\u1E53\u1E54\u1E55\u1E56\u1E57\u1E58\u1E59\u1E5A\u1E5B\u1E5C\u1E5D\u1E5E\u1E5F\u1E60\u1E61\u1E62\u1E63\u1E64\u1E65\u1E66\u1E67\u1E68\u1E69\u1E6A\u1E6B\u1E6C\u1E6D\u1E6E\u1E6F\u1E70\u1E71\u1E72\u1E73\u1E74\u1E75\u1E76\u1E77\u1E78\u1E79\u1E7A\u1E7B\u1E7C" }), X("sinko", Rr, 8, 10), He(), ze();
    let ye = { loadRoot: q, loadSprite: J, loadSpriteAtlas: Ee, loadSound: Ce, loadFont: X, loadShader: Se, loadAseprite: Et, loadPedit: $e, loadBean: _r, load: S, width: F, height: G, center: ot, dt: Z, time: nt, screenshot: bn, record: Nn, isFocused: jn, focus: Di, cursor: xn, regCursor: ii, fullscreen: Hr, isFullscreen: vn, onLoad: Ue, isTouch: () => t.isTouch, layers: Qr, camPos: Zr, camScale: ei, camRot: ti, shake: ni, toScreen: rt, toWorld: Lt, gravity: Fn, add: kt, readd: Ai, destroy: at, destroyAll: Oi, get: Ii, every: Vi, revery: Fi, pos: it, scale: st, rotate: si, color: oi, opacity: ai, origin: Ot, layer: ui, area: fi, sprite: Vt, text: pi, rect: mi, circle: gi, uvquad: wi, outline: Ui, body: xi, shader: vi, timer: Gn, solid: Ei, fixed: Ti, stay: Ft, health: Si, lifespan: Ci, z: ci, move: hi, outview: It, cleanup: di, follow: li, state: Ri, on: qe, onUpdate: Pe, onDraw: Tn, onCollide: Sn, onClick: Cn, onHover: Rn, onKeyDown: qt, onKeyPress: H, onKeyPressRepeat: Pt, onKeyRelease: Dt, onMouseDown: Mn, onMousePress: At, onMouseRelease: Ln, onMouseMove: qn, onCharInput: Pn, onTouchStart: Dn, onTouchMove: An, onTouchEnd: On, mousePos: K, mouseWorldPos: Jr, mouseDeltaPos: yn, isKeyDown: Mt, isKeyPressed: Le, isKeyPressedRepeat: Wt, isKeyReleased: tt, isMouseDown: Ze, isMousePressed: Me, isMouseReleased: et, isMouseMoved: Rt, loop: ri, wait: Wn, play: Xe, volume: Br, burp: un, audioCtx: w.ctx, Timer: fe, Line: le, Rect: ke, Circle: ht, Vec2: L, Color: v, Mat4: R, Quad: k, RNG: be, rng: mr, rand: Ge, randi: Ht, randSeed: wr, vec2: f, rgb: E, hsl2rgb: fr, quad: pr, choose: Ur, chance: gr, lerp: Ve, map: dt, mapc: dr, wave: Kt, deg2rad: he, rad2deg: Xt, testAreaRect: gt, testAreaLine: Zt, testAreaCircle: en, testAreaPolygon: tn, testAreaPoint: Ut, testAreaArea: nn, testLineLine: ce, testRectRect: zt, testRectLine: ft, testRectPoint: ae, testPolygonPoint: xe, testLinePolygon: _e, testPolygonPolygon: wt, testCircleCircle: Qt, testCirclePoint: mt, testRectPolygon: pt, drawSprite: hn, drawText: Xr, formatText: me, drawRect: Q, drawLine: We, drawLines: dn, drawTriangle: fn, drawCircle: Ct, drawEllipse: pn, drawUVQuad: pe, drawPolygon: Qe, drawFormattedText: we, pushTransform: re, popTransform: ie, pushTranslate: I, pushRotate: Je, pushScale: ne, debug: C, scene: Wi, go: Mi, addLevel: Pi, getData: Li, setData: _n, plug: Bn, ASCII_CHARS: Ar, CP437_CHARS: hs, canvas: t.canvas, addKaboom: ki, LEFT: L.LEFT, RIGHT: L.RIGHT, UP: L.UP, DOWN: L.DOWN, RED: v.RED, GREEN: v.GREEN, BLUE: v.BLUE, YELLOW: v.YELLOW, MAGENTA: v.MAGENTA, CYAN: v.CYAN, WHITE: v.WHITE, BLACK: v.BLACK, keyIsDown: T("keyIsDown()", "isKeyDown()", Mt), keyIsPressed: T("keyIsPressed()", "isKeyPressed()", Le), keyIsPressedRep: T("keyIsPressedRep()", "isKeyPressedRepeat()", Wt), keyIsReleased: T("keyIsReleased()", "isKeyReleased()", tt), mouseIsDown: T("mouseIsDown()", "isMouseDown()", Ze), mouseIsClicked: T("mouseIsClicked()", "isMousePressed()", Me), mouseIsReleased: T("mouseIsReleased()", "isMouseReleased()", et), mouseIsMoved: T("mouseIsMoved()", "isMouseMoved()", Rt), dir: T("dir()", "Vec2.fromAngle()", L.fromAngle), action: T("action()", "onUpdate()", Pe), render: T("render()", "onDraw()", Tn), collides: T("collides()", "onCollide()", Sn), clicks: T("clicks()", "onClick()", Cn), hovers: T("hovers()", "onHover()", Rn), keyDown: T("keyDown()", "onKeyDown()", qt), keyPress: T("keyPress()", "onKeyPress()", H), keyPressRep: T("keyPressRep()", "onKeyPressRepeat()", Pt), keyRelease: T("keyRelease()", "onKeyRelease()", Dt), mouseDown: T("mouseDown()", "onMouseDown()", Mn), mouseClick: T("mouseClick()", "onMousePress()", At), mouseRelease: T("mouseRelease()", "onMouseRelease()", Ln), mouseMove: T("mouseMove()", "onMouseMove()", qn), charInput: T("charInput()", "onCharInput()", Pn), touchStart: T("touchStart()", "onTouchStart()", Dn), touchMove: T("touchMove()", "onTouchMove()", An), touchEnd: T("touchEnd()", "onTouchEnd()", On), focused: T("focused()", "isFocused()", jn), ready: T("ready()", "onLoad()", Ue) };
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  }, "default");

  // code/main.js
  no({
    width: 700,
    height: 400,
    background: [0, 0, 0],
    crisp: true,
    touchToMouse: true
  });
  load(new Promise((resolve, reject) => {
    loadFont("unscii", "fonts/unscii_8x8.png", 8, 8, { chars: " !\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~" });
    loadSound("tutorial", "sounds/Getting it Done.mp3");
    loadSound("faith", "sounds/The Friendly Faith Plate.mp3");
    loadSound("gameover", "sounds/gameover.mp3");
    loadSound("score", "sounds/score.mp3");
    loadSound("metro", "sounds/metro.wav");
    loadSound("explode", "sounds/explode.mp3");
    loadSprite("bgCake", "sprites/bgCake.png");
    loadSprite("jellybeanTitle", "sprites/jellybeanTitle.png");
    loadSprite("logo", "sprites/logo.png");
    loadSprite("jellybeanFail", "sprites/jellybeanFail.png");
    loadSprite("keyA", "sprites/keyA.png");
    loadSprite("keySpace", "sprites/keySpace.png");
    loadSprite("keyClick", "sprites/keyClick.png");
    loadSprite("noteClick", "sprites/noteClick.png", {
      sliceX: 4,
      sliceY: 2,
      anims: {
        idle: {
          from: 7,
          to: 7,
          speed: 30
        },
        click: {
          from: 0,
          to: 7,
          speed: 60
        }
      }
    });
    loadSound("hitsoundFaithPlate", "sounds/hitsoundFaithPlate.mp3");
    loadSound("hitsoundJellyBean", "sounds/hitsoundJellyBean.wav");
    loadSound("hitsoundCarterRedacted", "sounds/hitsoundJellyBean.wav");
    loadSound("hitsoundMarc", "sounds/hitsoundJellyBean.wav");
    loadSound("hitsoundRedVelvety", "sounds/hitsoundRedVelvety.wav");
    loadSound("hitsoundMarkyMark", "sounds/burp.mp3");
    loadSprite("JellyBeanPre", "sprites/previews/JellyBeanPre.png");
    loadSprite("RedVelvetyPre", "sprites/previews/RedVelvetyPre.png");
    loadSprite("MarkyMarkPre", "sprites/previews/MarkyMarkPre.png");
    loadSprite("CarterRedactedPre", "sprites/previews/CarterRedactedPre.png");
    loadSprite("MarcPre", "sprites/previews/MarcPre.png");
    loadSprite("FaithPlatePre", "sprites/previews/FaithPlatePre.png");
    loadSprite("tutorialBG0", "sprites/bgCake.png");
    loadSprite("tutorialFG0", "sprites/fgCake0.png");
    loadSprite("tutorialFG1", "sprites/fgCake1.png");
    loadSprite("Marctutorial", "sprites/marcCake.png", {
      sliceX: 3,
      sliceY: 3,
      anims: {
        idle: {
          from: 0,
          to: 3,
          speed: 20
        },
        talk: {
          from: 4,
          to: 5,
          speed: 20
        },
        miss: {
          from: 6,
          to: 8,
          speed: 10
        }
      }
    });
    loadSprite("CarterRedactedtutorial", "sprites/carterredactedCake.png", {
      sliceX: 3,
      sliceY: 3,
      anims: {
        idle: {
          from: 0,
          to: 3,
          speed: 20
        },
        talk: {
          from: 4,
          to: 5,
          speed: 20
        },
        miss: {
          from: 6,
          to: 8,
          speed: 10
        }
      }
    });
    loadSprite("MarkyMarktutorial", "sprites/markymarkCake.png", {
      sliceX: 3,
      sliceY: 4,
      anims: {
        idle: {
          from: 0,
          to: 3,
          speed: 20
        },
        talk: {
          from: 4,
          to: 7,
          speed: 40
        },
        miss: {
          from: 8,
          to: 10,
          speed: 10
        }
      }
    });
    loadSprite("RedVelvetytutorial", "sprites/redvelvetyCake.png", {
      sliceX: 3,
      sliceY: 4,
      anims: {
        idle: {
          from: 0,
          to: 3,
          speed: 20
        },
        talk: {
          from: 4,
          to: 5,
          speed: 20
        },
        dox: {
          from: 6,
          to: 7,
          speed: 20
        },
        miss: {
          from: 8,
          to: 10,
          speed: 10
        }
      }
    });
    loadSprite("JellyBeantutorial", "sprites/jellybeanCake.png", {
      sliceX: 3,
      sliceY: 4,
      anims: {
        idle: {
          from: 0,
          to: 3,
          speed: 20
        },
        talk: {
          from: 4,
          to: 5,
          speed: 20
        },
        dox: {
          from: 6,
          to: 7,
          speed: 20
        },
        miss: {
          from: 8,
          to: 10,
          speed: 10
        }
      }
    });
    loadSprite("faithBG0", "sprites/bgFaith.png");
    loadSprite("faithFG0", "sprites/fgFaith.png");
    loadSprite("FaithPlatefaith", "sprites/faithplateFaith.png", {
      sliceX: 3,
      sliceY: 3,
      anims: {
        idle: {
          from: 0,
          to: 3,
          speed: 20
        },
        talk: {
          from: 4,
          to: 5,
          speed: 20
        },
        miss: {
          from: 6,
          to: 8,
          speed: 10
        }
      }
    });
    resolve("All assets loaded.");
  }));
  var charts = {
    "tutorial": [
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      1
    ],
    "faith": [
      2,
      120,
      "................................................................................................................................J...J...J...JJJJJ...J...J...J...J.J.J.J.J.J.J.J.JJJJJJJJJ.J.J.JJJ.J.J.J.J.J.JJJJJ.JJJ.J.J.J.J.J.J.JJJ.JJJ.J.J.J.JJJJJJJJJJJJJJJJJ.J.J.J.J.J.J.J.J.J.J.J.J.J.J.J.J.JJJ.JJJ.JJJ.JJJ.JJJ.J.J.J.J.JJJ.J.JJJJJJJJJJJJJ.J.J.J.JJJJJ.J.J.J.J.J.J.J.JJJJJ.J.J.J.J.JJ.J..J.JJJ.JJJ.J.J.JJJ.JJJ.J.J.J.JJJJJ.J.J.JJJ.JJJJJJJJJJJJJJJJJ.J.JJJ.J.J.JJJ.J.J.JJJ.J.J.JJJ.J.J.JJJ.J.J.JJJ.J.J.JJJJJJJJJJJJJ.J.J.JJJ.J.JJJ.J.J.JJJ.J.J.JJJ.J.J.J.J.J.J.JJJ.JJJJ.JJ.J.J.J.JJ..J...J.J.J.J.J.J.JJJJJJJJJJJJJ.J.J.J.J.J.J.J.J.J.JJJJJ.J.J.J.J.J.J.J.J...J...J.J.J.J.JJJJJJJJJ.J.J.J.J.J.J.JJJ.J.JJJJJJJJJJJJJJJ.J.J.JJJ.J.JJJ.JJJJJJJJJJJJJJJJJ.J.J.JJJ.J.JJJ.JJJJJJJJJJJJJJJJJ.J.J.JJJ.J.JJJ.JJJJJJJJJJJJJJJJJ.J.J.JJJJ.JJJJJJJJJJJJJJJ.JJJJJJJJJJJJJ..J.JJJ.JJJJJJJJJJ....J.J.JJJJJJJ.J.JJJ.JJJJJJJJJJJJJJJJJJJJJ.J.J.J.JJJ.JJJJJJJJJ....JJJJJJJJJ....JJJJJJJ.JJJJJJJ..JJJ..J.JJJJJJJJJJJJJJJ.JJJJJJJ..JJJ....JJJJJJJJJJJJJJJ.JJJJJJJ..JJJ....JJJJJJJJJJJJJJJ.JJJJJJJJ.JJJ..J.JJJJJJJ.J.JJJ.JJJJJJJJJJJJJ.JJJ.J...JJJ.J.JJJ.JJJJJJJJJJJJJ.JJJ.JJJ.JJJ.J.JJJJJJJJJJJJJJJJJJJJJ.JJJ.JJJ.J.JJJ.JJJJJJJJJJJJJJJJJ.JJJ.JJJ.J.JJJ.JJJJJJJJJJJJJJJ...JJJJ........J...JJJJ........J...JJJJ........J...JJJJ........J.J.JJJJ........JJJ.JJJ.JJJ.J.JJJ.J.JJJJ........JJJ.JJJ.JJJ.JJJJJ.J.JJJJ........JJJ.JJJ.JJJ.J.JJJ.J.JJJJ........JJJ.JJJ.JJJ.JJJJJ.J.JJJJJ.......JJJ.J.............",
      4
    ]
  };
  var songIdx = 0;
  var idx = 0;
  scene("Game", (arr) => {
    var song = arr[0];
    var char = arr[1];
    var hitsound = "hitsound" + arr[1];
    var chart = charts[song];
    var crochet = 60 / chart[1] * 1e3;
    var board = width() - strumLine;
    var curBeat;
    var curStep;
    var autoplay = false;
    var debugMode = false;
    var score = 0;
    var combo = 0;
    var health = 1;
    var font = "apl386o";
    if (char == "MarkyMark") {
      font = "unscii";
    }
    var strumLine = width() / 2;
    const music = play(song, {
      volume: 1,
      loop: false
    });
    const underlay = play("score", {
      volume: 1,
      loop: false
    });
    music.pause();
    wait(chart[0], () => {
      underlay.pause();
      music.play();
      underlay.play(music.time() + chart[0]);
    });
    layers([
      "bg",
      "JELLYBEAN",
      "SKELETONS",
      "fg",
      "ui0",
      "ui1"
    ], "ui0");
    const player = add([
      sprite(char + song),
      layer("JELLYBEAN"),
      "dances",
      song == "faith" ? pos(0, 0) : pos(width() / 2 - 162, height() - 400),
      scale(chart[3])
    ]);
    const bg = add([
      sprite(song + "BG0"),
      layer("bg"),
      scale(chart[3])
    ]);
    const fg = add([
      sprite(song + "FG0"),
      song == "faith" ? layer("bg") : layer("fg"),
      scale(chart[3])
    ]);
    if (song == "tutorial") {
      const fg2 = add([
        sprite(song + "FG1"),
        layer("fg"),
        scale(chart[3])
      ]);
    }
    const noteClick = add([
      sprite("noteClick"),
      scale(0.25),
      pos(strumLine, 15)
    ]);
    onUpdate(() => {
      if (health > 1)
        health = 1;
      if (health < 0) {
        health = 0;
        go("Lose", score);
        music.stop();
      }
      if (music.time() > music.duration() && health >= 0) {
        go("Title");
      }
      strumLine = lerp(18, width() / 2, health);
      noteClick.pos.x = strumLine - 5;
      curBeat = Math.floor(music.time() * 1e3 / crochet * 10) / 10;
      curStep = Math.floor(music.time() * 1e3 / (crochet / 4));
      prevBeat = Math.floor(underlay.time() * 1e3 / crochet);
      prevStep = Math.floor(underlay.time() * 1e3 / (crochet / 4));
      if (!get("bar" + prevBeat).length) {
        var bar = add([
          prevBeat % 4 == 0 ? rect(3, 50) : rect(2, 50),
          pos(width(), 20),
          color(255, 255, 255),
          "bar" + prevBeat,
          {
            mainBar: prevBeat % 4 == 0,
            created: underlay.time()
          },
          "bar"
        ]);
      }
      if (!get("note" + prevStep).length) {
        makeNote(chart[2][Math.floor(prevStep)]);
      }
      if (!underlay.isPaused()) {
        every("bar", (j) => {
          j.pos.x = lerp(width(), strumLine, (underlay.time() - j.created) / chart[0]);
          if (j.pos.x <= strumLine) {
            beatHit();
            if (debugMode)
              play("metro", { detune: j.mainBar ? 200 : 0 });
            destroy(j);
          }
        });
        every("note", (j) => {
          j.pos.x = lerp(width(), strumLine, (underlay.time() - j.created) / chart[0]);
          if (autoplay) {
            if (j.pos.x <= strumLine) {
              play(hitsound);
              player.play("talk");
              destroy(j);
            }
          } else {
            if (j.pos.x <= strumLine - 20) {
              score -= 200;
              destroy(j);
              play("explode");
              player.play("miss");
              shake(5);
              combo = 0;
              health -= 0.1;
            }
          }
        });
      }
    });
    var mt2;
    onKeyPress("enter", () => {
      if (!underlay.isPaused()) {
        underlay.pause();
        music.pause();
        mt2 = [underlay.time(), music.time()];
      } else {
        underlay.play(mt2[0]);
        music.play(mt2[1]);
      }
    });
    onKeyPress("space", () => {
      judgeHitsLol();
    });
    onKeyPress("a", () => {
      autoplay = !autoplay;
    });
    onKeyPress("d", () => {
      debugMode = !debugMode;
    });
    onClick(() => {
      judgeHitsLol();
    });
    onTouchStart(() => {
      judgeHitsLol();
    });
    onDraw(() => {
      drawLine({
        p1: vec2(0, 20),
        p2: vec2(width(), 20),
        width: 2,
        color: rgb(255, 255, 255)
      });
      drawLine({
        p1: vec2(0, 70),
        p2: vec2(width(), 70),
        width: 2,
        color: rgb(255, 255, 255)
      });
      drawLines({
        pts: [vec2(strumLine, 18), vec2(strumLine + 10, 18), vec2(strumLine + 10, 72), vec2(strumLine, 72), vec2(strumLine, 18)],
        width: 2,
        pos: vec2(100, 200),
        color: rgb(255, 255, 255)
      });
      drawText({
        text: "MID-SIMULATOR DEMO -- WORK IN PROGRESS!",
        size: 20,
        pos: vec2(0, 0),
        font
      });
      if (debugMode) {
        drawText({
          text: underlay.time() * 1e3,
          size: 20,
          pos: vec2(0, 20),
          font
        });
        drawText({
          text: curBeat,
          size: 20,
          pos: vec2(0, 40),
          font
        });
        drawText({
          text: prevStep + "/" + (chart[2].length - 1),
          size: 20,
          pos: vec2(0, 60),
          font
        });
        drawText({
          text: chart[2][Math.floor(prevStep)] ? chart[2][Math.floor(prevStep)] : ".",
          size: 20,
          pos: vec2(0, 80),
          font
        });
        drawText({
          text: chart[2][Math.floor(curStep)] ? chart[2][Math.floor(curStep)] : ".",
          size: 20,
          pos: vec2(0, 100),
          font
        });
        drawText({
          text: "Health: " + health,
          size: 20,
          pos: vec2(strumLine, 120),
          font
        });
      }
      drawText({
        text: "Score: " + score,
        size: 20,
        pos: vec2(strumLine, 80),
        font
      });
      drawText({
        text: "Combo: " + combo,
        size: 20,
        pos: vec2(strumLine, 100),
        font
      });
      if (autoplay) {
        drawText({
          text: "AUTOPLAY",
          size: 20,
          pos: vec2(strumLine, 120),
          font
        });
      }
    });
    function makeNote(letter) {
      switch (letter) {
        case "J":
          add([
            rect(10, 50),
            pos(width(), 20),
            chart[2][Math.floor(prevStep)] == "F" ? color(168, 56, 50) : color(232, 3, 252),
            "note" + prevStep,
            "note",
            {
              created: underlay.time(),
              type: chart[2][Math.floor(prevStep)]
            }
          ]);
          break;
      }
    }
    __name(makeNote, "makeNote");
    function judgeHitsLol() {
      var iv = false;
      every("note", (j) => {
        if (!iv) {
          if (j.pos.x >= strumLine - 20) {
            if (j.pos.x <= strumLine + 22) {
              iv = true;
              destroy(j);
              noteClick.play("click");
              combo += 1;
            }
            if (j.pos.x <= strumLine + 12) {
              play(hitsound);
              player.play("talk");
              score += 20;
              health += 0.01;
            }
            if (j.pos.x <= strumLine) {
              score += 50;
              health += 0.02;
            }
            if (j.pos.x <= strumLine - 3) {
              score += 50;
              health -= 0.01;
            }
            if (j.pos.x <= strumLine - 8) {
              score -= 100;
              health -= 0.02;
            }
          }
        }
      });
    }
    __name(judgeHitsLol, "judgeHitsLol");
    function beatHit() {
      every("dances", (obj) => {
        if (player.curAnim() != "talk" && player.curAnim() != "miss") {
          obj.play("idle");
        }
      });
    }
    __name(beatHit, "beatHit");
  });
  scene("Help", () => {
    var songs = [
      "tutorial",
      "faith"
    ];
    var chars = {
      tutorial: [
        "JellyBean",
        "RedVelvety",
        "Marc",
        "CarterRedacted",
        "MarkyMark"
      ],
      faith: [
        "FaithPlate"
      ]
    };
    const bg = add([
      sprite("bgCake")
    ]);
    onDraw(() => {
      drawText({
        text: "CONTROLS",
        size: 30,
        pos: vec2(25, 25)
      });
      drawText({
        text: ": ENABLE AUTOPLAY - ENTER TO PAUSE",
        size: 30,
        pos: vec2(60, 60)
      });
      drawText({
        text: "  /  : HIT NOTE",
        size: 30,
        pos: vec2(55, 95)
      });
      drawSprite({
        sprite: "keyA",
        width: 60,
        height: 60,
        pos: vec2(5, 45)
      });
      drawSprite({
        sprite: "keySpace",
        width: 60,
        height: 60,
        pos: vec2(20, 80)
      });
      drawSprite({
        sprite: "keyClick",
        width: 60,
        height: 60,
        pos: vec2(95, 80)
      });
      drawText({
        text: "SOUND & SHAKING WARNINGS",
        size: 30,
        pos: vec2(width() / 2 - 105, 25)
      });
      drawText({
        text: "CHARACTER (" + (idx + 1) + "/" + chars[songs[songIdx]].length + "): " + chars[songs[songIdx]][idx],
        size: 30,
        pos: vec2(width() / 2, 200),
        origin: "top"
      });
      drawText({
        text: "SONG (" + (songIdx + 1) + "/" + songs.length + "): " + songs[songIdx].toUpperCase(),
        size: 30,
        pos: vec2(width() / 2, 160),
        origin: "top"
      });
      drawSprite({
        sprite: chars[songs[songIdx]][idx] + "Pre",
        width: 64,
        height: 64,
        pos: vec2(width() / 2 - 34, 248)
      });
    });
    add([
      pos(0, 140),
      rect(700, 200),
      color(0, 0, 0)
    ]);
    var lt = add([
      pos(10, 200),
      text("<", {
        size: 30
      }),
      area(),
      "LeftText"
    ]);
    var rt = add([
      pos(width() - 30, 200),
      text(">", {
        size: 30
      }),
      area(),
      "RightText"
    ]);
    var dt2 = add([
      pos(10, 160),
      text("v", {
        size: 30
      }),
      area(),
      "DownText"
    ]);
    var ut = add([
      pos(width() - 30, 160),
      text("^", {
        size: 30
      }),
      area(),
      "UpText"
    ]);
    var clickText = add([
      pos(25, height() - 60),
      text("Press Space or Click Here to start", {
        size: 30
      }),
      area(),
      "TEXT TEXT"
    ]);
    function changeIdx(amt) {
      idx += amt;
      if (idx < 0) {
        idx = chars[songs[songIdx]].length - 1;
      } else if (idx >= chars[songs[songIdx]].length) {
        idx = 0;
      }
    }
    __name(changeIdx, "changeIdx");
    function changeSongIdx(amt) {
      songIdx += amt;
      idx = 0;
      if (songIdx < 0) {
        songIdx = songs.length - 1;
      } else if (songIdx >= songs.length) {
        songIdx = 0;
      }
    }
    __name(changeSongIdx, "changeSongIdx");
    onKeyPress("left", () => {
      changeIdx(-1);
    });
    onKeyPress("right", () => {
      changeIdx(1);
    });
    onKeyPress("down", () => {
      changeSongIdx(-1);
    });
    onKeyPress("up", () => {
      changeSongIdx(1);
    });
    onKeyPress("`", () => {
      go("Chart", songs[songIdx]);
    });
    onClick("LeftText", () => {
      changeIdx(-1);
    });
    onClick("RightText", () => {
      changeIdx(1);
    });
    onClick("DownText", () => {
      changeSongIdx(-1);
    });
    onClick("UpText", () => {
      changeSongIdx(1);
    });
    onKeyPress("space", () => {
      go("Game", [songs[songIdx], chars[songs[songIdx]][idx]]);
    });
    onClick("TEXT TEXT", () => {
      go("Game", ["tutorial", chars[songs[songIdx]][idx]]);
    });
  });
  scene("Title", () => {
    const bg = add([
      sprite("bgCake")
    ]);
    const jb = add([
      sprite("jellybeanTitle"),
      pos(0, height() - 320)
    ]);
    const logo = add([
      sprite("logo"),
      pos(0, 0),
      scale(0.5, 0.5)
    ]);
    onDraw(() => {
      drawText({
        text: "SPACE/CLICK TO START",
        size: 30,
        pos: vec2(width() / 2 - 90, height() - 60)
      });
    });
    onKeyPress("space", () => {
      go("Help", ["tutorial"]);
    });
    onClick(() => {
      go("Help", ["tutorial"]);
    });
    onTouchStart(() => {
      go("Help", ["tutorial"]);
    });
  });
  scene("Lose", (score) => {
    const lost = add([
      sprite("jellybeanFail"),
      "dances",
      pos(width() / 2 - 162, height() / 2 - 162)
    ]);
    const losemus = play("gameover", {
      volume: 1,
      loop: true
    });
    onDraw(() => {
      drawText({
        text: "YOU LOST LOL WHOOPS",
        size: 60,
        pos: vec2(0, height() - 120)
      });
      drawText({
        text: "SPACE/CLICK TO RESTART",
        size: 30,
        pos: vec2(0, height() - 60)
      });
      drawText({
        text: "SCORE: " + score,
        size: 30,
        pos: vec2(0, height() - 30)
      });
    });
    onKeyPress("space", () => {
      go("Title");
      losemus.stop();
    });
    onClick(() => {
      go("Title");
      losemus.stop();
    });
    onTouchStart(() => {
      go("Title");
      losemus.stop();
    });
  });
  scene("Chart", (song) => {
    var chart = charts[song];
    var crochet = 60 / chart[1] * 1e3;
    var curBeat;
    var curStep;
    var songTime = 0;
    var tool = "J";
    const music = play(song, {
      volume: 1,
      loop: false
    });
    music.pause();
    var lastTargeted = 4;
    var tempChart = Array.from(Array(Math.floor(music.duration() * 1e3 / (crochet / 4))), () => ".");
    var coords = [
      width() * 0.1,
      width() * 0.2,
      width() * 0.3,
      width() * 0.4,
      width() * 0.5,
      width() * 0.6,
      width() * 0.7,
      width() * 0.8,
      width() * 0.9
    ];
    var theEmpty = add([
      pos(width() * 0.2, height() * 0.8),
      rect(60, 60),
      text(".", {
        size: 48,
        width: 60
      }),
      color(255, 255, 255),
      outline(4, WHITE),
      origin("center"),
      area(),
      "theEmpty"
    ]);
    var theJ = add([
      pos(width() * 0.4, height() * 0.8),
      rect(60, 60),
      text("J", {
        size: 48,
        width: 60
      }),
      color(255, 255, 255),
      outline(4, WHITE),
      origin("center"),
      area(),
      "theJ"
    ]);
    var theP = add([
      pos(width() * 0.6, height() * 0.8),
      rect(60, 60),
      text("P", {
        size: 48,
        width: 60
      }),
      color(255, 255, 255),
      outline(4, WHITE),
      origin("center"),
      area(),
      "theP"
    ]);
    var consoleButton = add([
      pos(width() * 0.8, height() * 0.8),
      rect(60, 60),
      text("EXPORT", {
        size: 30
      }),
      color(255, 255, 255),
      outline(4, WHITE),
      origin("center"),
      area(),
      "consoleButton"
    ]);
    onClick("theEmpty", (o) => {
      tool = ".";
    });
    onClick("theJ", (o) => {
      tool = "J";
    });
    onClick("theP", (o) => {
      tool = "P";
    });
    onClick("consoleButton", (o) => {
      console.log(tempChart.join(""));
    });
    onUpdate(() => {
      curBeat = Math.floor(music.time() * 1e3 / crochet * 10) / 10;
      curStep = Math.floor(music.time() * 1e3 / (crochet / 4));
      if (mousePos().y >= height() * 0.4 && mousePos().y < height() / 2 + 34) {
        if (mousePos().x < width() * 0.15) {
          lastTargeted = 0;
        } else if (mousePos().x < width() * 0.25) {
          lastTargeted = 1;
        } else if (mousePos().x < width() * 0.35) {
          lastTargeted = 2;
        } else if (mousePos().x < width() * 0.45) {
          lastTargeted = 3;
        } else if (mousePos().x < width() * 0.55) {
          lastTargeted = 4;
        } else if (mousePos().x < width() * 0.65) {
          lastTargeted = 5;
        } else if (mousePos().x < width() * 0.75) {
          lastTargeted = 6;
        } else if (mousePos().x < width() * 0.85) {
          lastTargeted = 7;
        } else if (mousePos().x < width()) {
          lastTargeted = 8;
        }
      }
    });
    onMouseDown(() => {
      if (mousePos().y >= height() * 0.4 && mousePos().y < height() / 2 + 34) {
        tempChart[curStep + lastTargeted] = tool;
      }
    });
    onDraw(() => {
      drawText({
        text: songTime * 1e3,
        size: 20,
        pos: vec2(0)
      });
      drawText({
        text: music.time() * 1e3,
        size: 20,
        pos: vec2(0, 20)
      });
      drawText({
        text: curBeat,
        size: 20,
        pos: vec2(0, 40)
      });
      drawText({
        text: curStep + "/" + (tempChart.length - 1),
        size: 20,
        pos: vec2(0, 60)
      });
      drawText({
        text: tool,
        size: 50,
        pos: vec2(width() / 2, height() * 0.65),
        origin: "center"
      });
      drawLine({
        p1: vec2(coords[lastTargeted] - 30, height() / 2 + 30),
        p2: vec2(coords[lastTargeted] + 30, height() / 2 + 30),
        width: 4,
        color: rgb(255, 0, 0)
      });
      drawText({
        text: tempChart[curStep] ? tempChart[curStep] : "",
        size: 30,
        pos: vec2(coords[0], height() / 2),
        color: curStep % 4 == 0 ? RED : MAGENTA,
        origin: "center"
      });
      drawText({
        text: tempChart[curStep + 1] ? tempChart[curStep + 1] : "",
        size: 30,
        pos: vec2(coords[1], height() / 2),
        color: (curStep + 1) % 4 == 0 ? RED : WHITE,
        origin: "center"
      });
      drawText({
        text: tempChart[curStep + 2] ? tempChart[curStep + 2] : "",
        size: 30,
        pos: vec2(coords[2], height() / 2),
        color: (curStep + 2) % 4 == 0 ? RED : WHITE,
        origin: "center"
      });
      drawText({
        text: tempChart[curStep + 3] ? tempChart[curStep + 3] : "",
        size: 30,
        pos: vec2(coords[3], height() / 2),
        color: (curStep + 3) % 4 == 0 ? RED : WHITE,
        origin: "center"
      });
      drawText({
        text: tempChart[curStep + 4] ? tempChart[curStep + 4] : "",
        size: 30,
        pos: vec2(coords[4], height() / 2),
        color: (curStep + 4) % 4 == 0 ? RED : WHITE,
        origin: "center"
      });
      drawText({
        text: tempChart[curStep + 5] ? tempChart[curStep + 5] : "",
        size: 30,
        pos: vec2(coords[5], height() / 2),
        color: (curStep + 5) % 4 == 0 ? RED : WHITE,
        origin: "center"
      });
      drawText({
        text: tempChart[curStep + 6] ? tempChart[curStep + 6] : "",
        size: 30,
        pos: vec2(coords[6], height() / 2),
        color: (curStep + 6) % 4 == 0 ? RED : WHITE,
        origin: "center"
      });
      drawText({
        text: tempChart[curStep + 7] ? tempChart[curStep + 7] : "",
        size: 30,
        pos: vec2(coords[7], height() / 2),
        color: (curStep + 7) % 4 == 0 ? RED : WHITE,
        origin: "center"
      });
      drawText({
        text: tempChart[curStep + 8] ? tempChart[curStep + 8] : "",
        size: 30,
        pos: vec2(coords[8], height() / 2),
        color: (curStep + 8) % 4 == 0 ? RED : WHITE,
        origin: "center"
      });
    });
    onKeyPress("left", () => {
      music.pause();
      songTime = songTime - crochet / 4 / 1e3;
      try {
        music.play(songTime);
      } catch (err) {
        console.log(err);
        songTime = 0;
        music.play(0);
      }
      music.pause();
    });
    onKeyPress("right", () => {
      music.pause();
      songTime = songTime + crochet / 4 / 1e3;
      try {
        music.play(songTime);
      } catch (err) {
        console.log(err);
        songTime = 0;
        music.play(0);
      }
      music.pause();
    });
    onKeyPress("space", () => {
      if (!music.isPaused()) {
        music.pause();
        songTime = music.time();
      } else {
        try {
          music.play(songTime);
        } catch (err) {
          console.log(err);
          songTime = 0;
          music.play(0);
        }
      }
    });
  });
  go("Title");
})();
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