Adom Chipsmith

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    }, R = F.CreateCylinder(C.name, s, e);
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  }, children: [a.jsx(p, { label: "Name", value: C.name, onChange: (s) => f("name", s) }), a.jsx(u, { label: "Height", value: C.height, min: 0, step: 0.1, onChange: (s) => f("height", s) }), a.jsx(u, { label: "Diameter", value: C.diameter, min: 0, step: 0.1, onChange: (s) => f("diameter", s) }), a.jsx(u, { label: "Tessellation", value: C.tessellation, min: 3, onChange: (s) => f("tessellation", s) }), a.jsx(u, { label: "Subdivisions", value: C.subdivisions, min: 1, onChange: (s) => f("subdivisions", s) }), a.jsx(u, { label: "Arc", value: C.arc, min: 0, max: 1, step: 0.1, onChange: (s) => f("arc", s) }), a.jsx(J, { label: "Up", value: _, onChange: (s) => M(s) })] }), a.jsxs(b, { selectionService: n, label: "Ground", onCreate: () => {
    const s = F.CreateGround("Ground", {}, e);
    return L(e), s;
  }, onSettingsCreate: () => {
    const s = F.CreateGround(N.name, N, e);
    return L(e), s;
  }, children: [a.jsx(p, { label: "Name", value: N.name, onChange: (s) => v("name", s) }), a.jsx(u, { label: "Width", value: N.width, min: 0, step: 0.1, onChange: (s) => v("width", s) }), a.jsx(u, { label: "Height", value: N.height, min: 0, step: 0.1, onChange: (s) => v("height", s) }), a.jsx(u, { label: "Subdivisions", value: N.subdivisions, min: 1, onChange: (s) => v("subdivisions", s) }), a.jsx(u, { label: "Subdivisions X", value: N.subdivisionsX, min: 1, onChange: (s) => v("subdivisionsX", s) }), a.jsx(u, { label: "Subdivisions Y", value: N.subdivisionsY, min: 1, onChange: (s) => v("subdivisionsY", s) })] }), a.jsxs(ua, { children: [a.jsx(Z, { onClick: () => {
    T.current?.click();
  }, label: "Import Mesh" }), a.jsxs(ue, { children: [a.jsx(p, { label: "Name", value: K, onChange: (s) => y(s) }), a.jsx("div", { style: { display: "flex", justifyContent: "flex-end", gap: 8 }, children: a.jsx(Z, { appearance: "primary", onClick: () => {
    T.current?.click();
  }, label: "Import" }) })] }), a.jsx("input", { ref: T, type: "file", accept: U.join(","), multiple: !0, style: { display: "none" }, onChange: O })] })] });
}, pa = ({ scene: e, selectionService: n }) => {
  const [t, j] = i.useState("Node Material"), [l, d] = i.useState(""), [S, P] = i.useState("PBR Material"), [h, H] = i.useState("Standard Material"), g = () => new Oe(S, e), C = () => new Xe(h, e), w = async () => {
    if (l) {
      const _ = await se.ParseFromSnippetAsync(l, e);
      return _.name = t, _;
    } else {
      const _ = new se(t, e);
      return _.setToDefault(), _.build(), _;
    }
  };
  return a.jsxs(D, { children: [a.jsxs(b, { selectionService: n, label: "Node Material", onCreate: w, children: [a.jsx(p, { label: "Name", value: t, onChange: (_) => j(_) }), a.jsx(p, { label: "Snippet ID", value: l, onChange: (_) => d(_) })] }), a.jsx(b, { selectionService: n, label: "PBR Material", onCreate: () => g(), children: a.jsx(p, { label: "Name", value: S, onChange: (_) => P(_) }) }), a.jsx(b, { selectionService: n, label: "Standard Material", onCreate: () => C(), children: a.jsx(p, { label: "Name", value: h, onChange: (_) => H(_) }) })] });
}, ga = ({ scene: e, selectionService: n }) => {
  const [t, j] = i.useState("Point Light"), [l, d] = i.useState(new G(0, 5, 0)), [S, P] = i.useState("Directional Light"), [h, H] = i.useState(new G(1, -1, 0)), [g, C] = i.useState("Spotlight"), [w, _] = i.useState(new G(0, 5, 0)), [M, f] = i.useState(new G(0, -1, 0)), [N, x] = i.useState(1), [v, T] = i.useState(1), [K, y] = i.useState("Clustered Light"), O = () => {
    const o = new Ue(t, l, e);
    return o.intensity = 1, o;
  }, U = () => {
    const o = new ze(S, h, e);
    return o.intensity = 1, o;
  }, s = () => {
    const o = new ke(g, w, M, N, v, e);
    return o.intensity = 1, o;
  }, R = async () => (await import("./chunk-IERganv1.js").then((o) => o.dH), new qe(K, [], e));
  return a.jsxs(D, { children: [a.jsxs(b, { selectionService: n, label: "Point Light", onCreate: () => O(), children: [a.jsx(p, { label: "Name", value: t, onChange: (o) => j(o) }), a.jsx(B, { label: "Position", value: l, onChange: (o) => d(o) })] }), a.jsxs(b, { selectionService: n, label: "Directional Light", onCreate: () => U(), children: [a.jsx(p, { label: "Name", value: S, onChange: (o) => P(o) }), a.jsx(B, { label: "Direction", value: h, onChange: (o) => H(o) })] }), a.jsxs(b, { selectionService: n, label: "Spotlight", onCreate: () => s(), children: [a.jsx(p, { label: "Name", value: g, onChange: (o) => C(o) }), a.jsx(B, { label: "Position", value: w, onChange: (o) => _(o) }), a.jsx(B, { label: "Direction", value: M, onChange: (o) => f(o) }), a.jsx(u, { label: "Angle", value: N, onChange: (o) => x(o), min: 0, max: Math.PI, step: 0.1 }), a.jsx(u, { label: "Exponent", value: v, onChange: (o) => T(o), min: 0, max: 10, step: 0.1 })] }), a.jsx(b, { selectionService: n, label: "Clustered Light", onCreate: async () => await R(), children: a.jsx(p, { label: "Name", value: K, onChange: (o) => y(o) }) })] });
}, Ca = ({ scene: e, selectionService: n }) => {
  const [t, j] = i.useState("ArcRotate Camera"), [l, d] = i.useState(new G(0, 0, 0)), [S, P] = i.useState(10), [h, H] = i.useState(0), [g, C] = i.useState(45), [w, _] = i.useState(!1), [M, f] = i.useState("Universal Camera"), [N, x] = i.useState(new G(0, 1, -10)), [v, T] = i.useState("Free Camera"), [K, y] = i.useState(new G(0, 1, -10)), [O, U] = i.useState("Follow Camera"), [s, R] = i.useState(new G(0, 5, -10)), [o, z] = i.useState(10), [A, k] = i.useState(4), [E, q] = i.useState(0), [Y, he] = i.useState("Fly Camera"), [ee, pe] = i.useState(new G(0, 1, -10)), [ae, ge] = i.useState("Geospatial Camera"), [te, Ce] = i.useState(6371e3), X = (r) => {
    e.activeCamera || (e.activeCamera = r);
  }, _e = () => {
    const r = w ? h : h * Math.PI / 180, we = w ? g : g * Math.PI / 180, W = new Ve(t, r, we, S, l, e);
    return W.attachControl(e.getEngine().getRenderingCanvas(), !0), X(W), W;
  }, xe = () => {
    const r = new Ye(M, N, e);
    return r.attachControl(e.getEngine().getRenderingCanvas(), !0), X(r), r;
  }, Se = () => {
    const r = new Ze(v, K, e);
    return r.attachControl(e.getEngine().getRenderingCanvas(), !0), X(r), r;
  }, be = () => {
    const r = new We(O, s, e);
    return r.radius = o, r.heightOffset = A, r.rotationOffset = E, r.attachControl(!0), X(r), r;
  }, ve = () => {
    const r = new Je(Y, ee, e);
    return r.attachControl(!0), X(r), r;
  }, ye = () => {
    const r = new Qe(ae, e, { planetRadius: te });
    return r.attachControl(!0), X(r), r;
  };
  return a.jsxs(D, { children: [a.jsxs(b, { selectionService: n, label: "ArcRotate Camera", onCreate: () => _e(), children: [a.jsx(p, { label: "Name", value: t, onChange: (r) => j(r) }), a.jsx(B, { label: "Target", value: l, onChange: (r) => d(r) }), a.jsx(u, { label: "Radius", value: S, onChange: (r) => P(r), min: 0.1, max: 1e3, step: 0.5 }), a.jsx(u, { label: `Alpha ${w ? "(rad)" : "(deg)"}`, value: h, onChange: (r) => H(r), min: w ? -Math.PI * 2 : -360, max: w ? Math.PI * 2 : 360, step: w ? 0.1 : 5 }), a.jsx(u, { label: `Beta ${w ? "(rad)" : "(deg)"}`, value: g, onChange: (r) => C(r), min: 0, max: w ? Math.PI : 180, step: w ? 0.1 : 5 }), a.jsx(J, { label: "Use Radians", value: w, onChange: (r) => _(r) })] }), a.jsxs(b, { selectionService: n, label: "Universal Camera", onCreate: () => xe(), children: [a.jsx(p, { label: "Name", value: M, onChange: (r) => f(r) }), a.jsx(B, { label: "Position", value: N, onChange: (r) => x(r) })] }), a.jsxs(b, { selectionService: n, label: "Free Camera", onCreate: () => Se(), children: [a.jsx(p, { label: "Name", value: v, onChange: (r) => T(r) }), a.jsx(B, { label: "Position", value: K, onChange: (r) => y(r) })] }), a.jsxs(b, { selectionService: n, label: "Follow Camera", onCreate: () => be(), children: [a.jsx(p, { label: "Name", value: O, onChange: (r) => U(r) }), a.jsx(B, { label: "Position", value: s, onChange: (r) => R(r) }), a.jsx(u, { label: "Radius", value: o, onChange: (r) => z(r), min: 0.1, max: 1e3, step: 0.5 }), a.jsx(u, { label: "Height Offset", value: A, onChange: (r) => k(r), min: -100, max: 100, step: 0.5 }), a.jsx(u, { label: "Rotation Offset (deg)", value: E, onChange: (r) => q(r), min: -180, max: 180, step: 5 })] }), a.jsxs(b, { selectionService: n, label: "Fly Camera", onCreate: () => ve(), children: [a.jsx(p, { label: "Name", value: Y, onChange: (r) => he(r) }), a.jsx(B, { label: "Position", value: ee, onChange: (r) => pe(r) })] }), a.jsxs(b, { selectionService: n, label: "Geospatial Camera", onCreate: () => ye(), children: [a.jsx(p, { label: "Name", value: ae, onChange: (r) => ge(r) }), a.jsx(u, { label: "Planet Radius (m)", value: te, onChange: (r) => Ce(r), min: 1e3, max: 1e8, step: 1e3 })] })] });
}, _a = ({ scene: e, selectionService: n }) => {
  const [t, j] = i.useState("Particle System"), [l, d] = i.useState(2e3), [S, P] = i.useState("GPU Particle System"), [h, H] = i.useState(2e3), [g, C] = i.useState("Node Particle System"), [w, _] = i.useState(""), M = async () => await new Promise((x) => {
    setTimeout(() => {
      const v = new $e(t, l, e);
      v.particleTexture = new re("https://assets.babylonjs.com/textures/flare.png", e), v.start(), x(v);
    }, 0);
  }), f = async () => {
    if (!ie.IsSupported)
      throw alert("GPU Particle System is not supported."), new Error("GPU Particle System is not supported.");
    return await new Promise((x) => {
      setTimeout(() => {
        const v = new ie(S, { capacity: h }, e);
        v.particleTexture = new re("https://assets.babylonjs.com/textures/flare.png", e), v.start(), x(v);
      }, 0);
    });
  }, N = async () => {
    let x;
    const v = w.trim();
    v ? (x = await oe.ParseFromSnippetAsync(v), x.name = g) : x = oe.CreateDefault(g);
    const T = await x.buildAsync(e), K = T.systems;
    if (K.length === 0)
      throw new Error("No particle systems were produced by the node particle system.");
    for (const y of K)
      y.name = g;
    return T.start(), K[0];
  };
  return a.jsxs(D, { children: [a.jsxs(b, { selectionService: n, label: "CPU Particle System", onCreate: M, children: [a.jsx(p, { label: "Name", value: t, onChange: (x) => j(x) }), a.jsx(u, { label: "Capacity", value: l, onChange: (x) => d(x), min: 1, max: 1e5, step: 100 })] }), a.jsxs(b, { selectionService: n, label: "GPU Particle System", onCreate: f, children: [a.jsx(p, { label: "Name", value: S, onChange: (x) => P(x) }), a.jsx(u, { label: "Capacity", value: h, onChange: (x) => H(x), min: 1, max: 1e6, step: 1e3 })] }), a.jsxs(b, { selectionService: n, label: "Node Particle System", onCreate: N, children: [a.jsx(p, { label: "Name", value: g, onChange: (x) => C(x) }), a.jsx(p, { label: "Snippet ID", value: w, onChange: (x) => _(x) })] })] });
}, V = (e, n) => {
  const t = n.postProcessRenderPipelineManager.supportedPipelines, j = new Set(t.map((S) => S._name));
  if (!j.has(e))
    return e;
  let l = 1, d = `${e} ${l}`;
  for (; j.has(d); )
    l++, d = `${e} ${l}`;
  return d;
}, xa = ({ scene: e, selectionService: n }) => {
  const [t, j] = i.useState("Default rendering pipeline"), [l, d] = i.useState("SSAO rendering pipeline"), [S, P] = i.useState("SSAO2 rendering pipeline"), [h, H] = i.useState("SSR rendering pipeline"), [g, C] = i.useState("IBL Shadows rendering pipeline"), w = () => {
    const y = V(t, e);
    return new ea(y, !0, e, e.cameras);
  }, _ = () => {
    const y = V(l, e);
    return new aa(y, e, 1, e.cameras);
  }, M = () => {
    const y = V(S, e);
    return new ta(y, e, 1, e.cameras);
  }, f = () => {
    const y = V(h, e);
    return new na(y, e, e.cameras);
  }, N = () => {
    const y = V(g, e);
    return new sa(y, e, {}, e.cameras);
  }, x = e.getEngine().getCaps(), v = x.drawBuffersExtension, T = x.texelFetch, K = Me(e, "activeCamera");
  return a.jsx(D, { children: K ? a.jsxs(a.Fragment, { children: [a.jsx(b, { selectionService: n, label: "Default Pipeline", onCreate: () => w(), children: a.jsx(p, { label: "Name", value: t, onChange: (y) => j(y) }) }), a.jsx(b, { selectionService: n, label: "SSAO Pipeline", onCreate: () => _(), children: a.jsx(p, { label: "Name", value: l, onChange: (y) => d(y) }) }), v && a.jsx(b, { selectionService: n, label: "SSAO2 Pipeline", onCreate: () => M(), children: a.jsx(p, { label: "Name", value: S, onChange: (y) => P(y) }) }), v && T && a.jsx(b, { selectionService: n, label: "SSR Pipeline", onCreate: () => f(), children: a.jsx(p, { label: "Name", value: h, onChange: (y) => H(y) }) }), v && T && a.jsx(b, { selectionService: n, label: "IBL Shadows Pipeline", onCreate: () => N(), children: a.jsx(p, { label: "Name", value: g, onChange: (y) => C(y) }) })] }) : a.jsx(Ke, { message: "Cannot create rendering pipeline without an active camera.", title: "No active camera", intent: "info" }) });
};
function Sa(e, n) {
  let t = e, j = 1;
  for (; n.getFrameGraphByName(t); )
    t = e + " " + j++;
  return t;
}
const ba = ({ scene: e, selectionService: n }) => {
  const [t, j] = i.useState("Frame Graph"), l = () => {
    const d = Sa(t, e), S = new ra(d, e);
    return S.setToDefault(), S.buildAsync(), S.frameGraph;
  };
  return a.jsx(D, { children: a.jsx(b, { selectionService: n, label: "Frame Graph", onCreate: () => l(), children: a.jsx(p, { label: "Name", value: t, onChange: (d) => j(d) }) }) });
}, va = ({ scene: e, selectionService: n }) => {
  const [t, j] = i.useState("Sprite Manager"), [l, d] = i.useState(500), [S, P] = i.useState(64), [h, H] = i.useState("https://assets.babylonjs.com/textures/player.png"), g = () => new ia(t, h, l, S, e);
  return a.jsx(D, { children: a.jsxs(b, { selectionService: n, label: "Sprite Manager", onCreate: () => g(), children: [a.jsx(p, { label: "Name", value: t, onChange: (C) => j(C) }), a.jsx(p, { label: "Texture URL", value: h, onChange: (C) => H(C) }), a.jsx(u, { label: "Capacity", value: l, onChange: (C) => d(C), min: 1, max: 1e4, step: 100 }), a.jsx(u, { label: "Cell Size", value: S, onChange: (C) => P(C), min: 1, max: 1024, step: 1 })] }) });
}, de = {
  friendlyName: "Creation Tools",
  consumes: [Re, fe, Pe],
  factory: (e, n, t) => {
    const j = e.addSidePane({
      key: "Create",
      title: "Creation Tools",
      icon: oa,
      horizontalLocation: "left",
      verticalLocation: "top",
      content: () => {
        const l = Ne(() => n.currentScene, n.currentSceneObservable);
        return l && a.jsx(a.Fragment, { children: a.jsxs(He, { children: [a.jsx(I, { title: "Meshes", children: a.jsx(ha, { scene: l, selectionService: t }) }), a.jsx(I, { title: "Materials", children: a.jsx(pa, { scene: l, selectionService: t }) }), a.jsx(I, { title: "Lights", children: a.jsx(ga, { scene: l, selectionService: t }) }), a.jsx(I, { title: "Particles", children: a.jsx(_a, { scene: l, selectionService: t }) }), a.jsx(I, { title: "Cameras", children: a.jsx(Ca, { scene: l, selectionService: t }) }), a.jsx(I, { title: "Rendering Pipelines", children: a.jsx(xa, { scene: l, selectionService: t }) }), a.jsx(I, { title: "Frame Graphs", children: a.jsx(ba, { scene: l, selectionService: t }) }), a.jsx(I, { title: "Sprite Managers", children: a.jsx(va, { scene: l, selectionService: t }) })] }) });
      }
    });
    return {
      dispose: () => j.dispose()
    };
  }
};
var ya = {
  serviceDefinitions: [de]
};
const Ra = /* @__PURE__ */ Object.freeze(/* @__PURE__ */ Object.defineProperty({
  __proto__: null,
  CreateToolsServiceDefinition: de,
  default: ya
}, Symbol.toStringTag, { value: "Module" }));
export {
  le as B,
  ce as O,
  me as S,
  la as a,
  Ra as q
};