diff --git "a/src/backend/gradio_molecule2d/templates/component/index.js" "b/src/backend/gradio_molecule2d/templates/component/index.js"
--- "a/src/backend/gradio_molecule2d/templates/component/index.js"
+++ "b/src/backend/gradio_molecule2d/templates/component/index.js"
@@ -1,28 +1,28 @@
 const {
-  SvelteComponent: zf,
-  assign: Hf,
-  create_slot: Wf,
-  detach: qf,
-  element: Vf,
-  get_all_dirty_from_scope: Xf,
-  get_slot_changes: Yf,
-  get_spread_update: Gf,
-  init: Uf,
-  insert: Zf,
-  safe_not_equal: Kf,
-  set_dynamic_element_data: ta,
-  set_style: ot,
-  toggle_class: Mt,
-  transition_in: ja,
-  transition_out: Ja,
-  update_slot_base: jf
+  SvelteComponent: Wf,
+  assign: qf,
+  create_slot: Vf,
+  detach: Xf,
+  element: Yf,
+  get_all_dirty_from_scope: Gf,
+  get_slot_changes: Uf,
+  get_spread_update: Zf,
+  init: Kf,
+  insert: jf,
+  safe_not_equal: Jf,
+  set_dynamic_element_data: ia,
+  set_style: ht,
+  toggle_class: Bt,
+  transition_in: Ja,
+  transition_out: Qa,
+  update_slot_base: Qf
 } = window.__gradio__svelte__internal;
-function Jf(d) {
+function eu(d) {
   let e, t, r;
   const i = (
     /*#slots*/
     d[18].default
-  ), s = Wf(
+  ), s = Vf(
     i,
     d,
     /*$$scope*/
@@ -44,38 +44,38 @@ function Jf(d) {
     }
   ], n = {};
   for (let h = 0; h < a.length; h += 1)
-    n = Hf(n, a[h]);
+    n = qf(n, a[h]);
   return {
     c() {
-      e = Vf(
+      e = Yf(
         /*tag*/
         d[14]
-      ), s && s.c(), ta(
+      ), s && s.c(), ia(
         /*tag*/
         d[14]
-      )(e, n), Mt(
+      )(e, n), Bt(
         e,
         "hidden",
         /*visible*/
         d[10] === !1
-      ), Mt(
+      ), Bt(
         e,
         "padded",
         /*padding*/
         d[6]
-      ), Mt(
+      ), Bt(
         e,
         "border_focus",
         /*border_mode*/
         d[5] === "focus"
-      ), Mt(
+      ), Bt(
         e,
         "border_contrast",
         /*border_mode*/
         d[5] === "contrast"
-      ), Mt(e, "hide-container", !/*explicit_call*/
+      ), Bt(e, "hide-container", !/*explicit_call*/
       d[8] && !/*container*/
-      d[9]), ot(
+      d[9]), ht(
         e,
         "height",
         /*get_dimension*/
@@ -83,7 +83,7 @@ function Jf(d) {
           /*height*/
           d[0]
         )
-      ), ot(e, "width", typeof /*width*/
+      ), ht(e, "width", typeof /*width*/
       d[1] == "number" ? `calc(min(${/*width*/
       d[1]}px, 100%))` : (
         /*get_dimension*/
@@ -91,50 +91,50 @@ function Jf(d) {
           /*width*/
           d[1]
         )
-      )), ot(
+      )), ht(
         e,
         "border-style",
         /*variant*/
         d[4]
-      ), ot(
+      ), ht(
         e,
         "overflow",
         /*allow_overflow*/
         d[11] ? "visible" : "hidden"
-      ), ot(
+      ), ht(
         e,
         "flex-grow",
         /*scale*/
         d[12]
-      ), ot(e, "min-width", `calc(min(${/*min_width*/
-      d[13]}px, 100%))`), ot(e, "border-width", "var(--block-border-width)");
+      ), ht(e, "min-width", `calc(min(${/*min_width*/
+      d[13]}px, 100%))`), ht(e, "border-width", "var(--block-border-width)");
     },
     m(h, l) {
-      Zf(h, e, l), s && s.m(e, null), r = !0;
+      jf(h, e, l), s && s.m(e, null), r = !0;
     },
     p(h, l) {
       s && s.p && (!r || l & /*$$scope*/
-      131072) && jf(
+      131072) && Qf(
         s,
         i,
         h,
         /*$$scope*/
         h[17],
-        r ? Yf(
+        r ? Uf(
           i,
           /*$$scope*/
           h[17],
           l,
           null
-        ) : Xf(
+        ) : Gf(
           /*$$scope*/
           h[17]
         ),
         null
-      ), ta(
+      ), ia(
         /*tag*/
         h[14]
-      )(e, n = Gf(a, [
+      )(e, n = Zf(a, [
         (!r || l & /*test_id*/
         128) && { "data-testid": (
           /*test_id*/
@@ -148,30 +148,30 @@ function Jf(d) {
         (!r || l & /*elem_classes*/
         8 && t !== (t = "block " + /*elem_classes*/
         h[3].join(" ") + " svelte-nl1om8")) && { class: t }
-      ])), Mt(
+      ])), Bt(
         e,
         "hidden",
         /*visible*/
         h[10] === !1
-      ), Mt(
+      ), Bt(
         e,
         "padded",
         /*padding*/
         h[6]
-      ), Mt(
+      ), Bt(
         e,
         "border_focus",
         /*border_mode*/
         h[5] === "focus"
-      ), Mt(
+      ), Bt(
         e,
         "border_contrast",
         /*border_mode*/
         h[5] === "contrast"
-      ), Mt(e, "hide-container", !/*explicit_call*/
+      ), Bt(e, "hide-container", !/*explicit_call*/
       h[8] && !/*container*/
       h[9]), l & /*height*/
-      1 && ot(
+      1 && ht(
         e,
         "height",
         /*get_dimension*/
@@ -180,7 +180,7 @@ function Jf(d) {
           h[0]
         )
       ), l & /*width*/
-      2 && ot(e, "width", typeof /*width*/
+      2 && ht(e, "width", typeof /*width*/
       h[1] == "number" ? `calc(min(${/*width*/
       h[1]}px, 100%))` : (
         /*get_dimension*/
@@ -189,42 +189,42 @@ function Jf(d) {
           h[1]
         )
       )), l & /*variant*/
-      16 && ot(
+      16 && ht(
         e,
         "border-style",
         /*variant*/
         h[4]
       ), l & /*allow_overflow*/
-      2048 && ot(
+      2048 && ht(
         e,
         "overflow",
         /*allow_overflow*/
         h[11] ? "visible" : "hidden"
       ), l & /*scale*/
-      4096 && ot(
+      4096 && ht(
         e,
         "flex-grow",
         /*scale*/
         h[12]
       ), l & /*min_width*/
-      8192 && ot(e, "min-width", `calc(min(${/*min_width*/
+      8192 && ht(e, "min-width", `calc(min(${/*min_width*/
       h[13]}px, 100%))`);
     },
     i(h) {
-      r || (ja(s, h), r = !0);
+      r || (Ja(s, h), r = !0);
     },
     o(h) {
-      Ja(s, h), r = !1;
+      Qa(s, h), r = !1;
     },
     d(h) {
-      h && qf(e), s && s.d(h);
+      h && Xf(e), s && s.d(h);
     }
   };
 }
-function Qf(d) {
+function tu(d) {
   let e, t = (
     /*tag*/
-    d[14] && Jf(d)
+    d[14] && eu(d)
   );
   return {
     c() {
@@ -238,19 +238,19 @@ function Qf(d) {
       r[14] && t.p(r, i);
     },
     i(r) {
-      e || (ja(t, r), e = !0);
+      e || (Ja(t, r), e = !0);
     },
     o(r) {
-      Ja(t, r), e = !1;
+      Qa(t, r), e = !1;
     },
     d(r) {
       t && t.d(r);
     }
   };
 }
-function eu(d, e, t) {
-  let { $$slots: r = {}, $$scope: i } = e, { height: s = void 0 } = e, { width: a = void 0 } = e, { elem_id: n = "" } = e, { elem_classes: h = [] } = e, { variant: l = "solid" } = e, { border_mode: c = "base" } = e, { padding: u = !0 } = e, { type: g = "normal" } = e, { test_id: m = void 0 } = e, { explicit_call: _ = !1 } = e, { container: v = !0 } = e, { visible: N = !0 } = e, { allow_overflow: B = !0 } = e, { scale: x = null } = e, { min_width: L = 0 } = e, k = g === "fieldset" ? "fieldset" : "div";
-  const z = (D) => {
+function ru(d, e, t) {
+  let { $$slots: r = {}, $$scope: i } = e, { height: s = void 0 } = e, { width: a = void 0 } = e, { elem_id: n = "" } = e, { elem_classes: h = [] } = e, { variant: l = "solid" } = e, { border_mode: c = "base" } = e, { padding: u = !0 } = e, { type: g = "normal" } = e, { test_id: m = void 0 } = e, { explicit_call: _ = !1 } = e, { container: v = !0 } = e, { visible: A = !0 } = e, { allow_overflow: T = !0 } = e, { scale: k = null } = e, { min_width: x = 0 } = e, R = g === "fieldset" ? "fieldset" : "div";
+  const O = (D) => {
     if (D !== void 0) {
       if (typeof D == "number")
         return D + "px";
@@ -259,7 +259,7 @@ function eu(d, e, t) {
     }
   };
   return d.$$set = (D) => {
-    "height" in D && t(0, s = D.height), "width" in D && t(1, a = D.width), "elem_id" in D && t(2, n = D.elem_id), "elem_classes" in D && t(3, h = D.elem_classes), "variant" in D && t(4, l = D.variant), "border_mode" in D && t(5, c = D.border_mode), "padding" in D && t(6, u = D.padding), "type" in D && t(16, g = D.type), "test_id" in D && t(7, m = D.test_id), "explicit_call" in D && t(8, _ = D.explicit_call), "container" in D && t(9, v = D.container), "visible" in D && t(10, N = D.visible), "allow_overflow" in D && t(11, B = D.allow_overflow), "scale" in D && t(12, x = D.scale), "min_width" in D && t(13, L = D.min_width), "$$scope" in D && t(17, i = D.$$scope);
+    "height" in D && t(0, s = D.height), "width" in D && t(1, a = D.width), "elem_id" in D && t(2, n = D.elem_id), "elem_classes" in D && t(3, h = D.elem_classes), "variant" in D && t(4, l = D.variant), "border_mode" in D && t(5, c = D.border_mode), "padding" in D && t(6, u = D.padding), "type" in D && t(16, g = D.type), "test_id" in D && t(7, m = D.test_id), "explicit_call" in D && t(8, _ = D.explicit_call), "container" in D && t(9, v = D.container), "visible" in D && t(10, A = D.visible), "allow_overflow" in D && t(11, T = D.allow_overflow), "scale" in D && t(12, k = D.scale), "min_width" in D && t(13, x = D.min_width), "$$scope" in D && t(17, i = D.$$scope);
   }, [
     s,
     a,
@@ -271,20 +271,20 @@ function eu(d, e, t) {
     m,
     _,
     v,
-    N,
-    B,
-    x,
-    L,
+    A,
+    T,
     k,
-    z,
+    x,
+    R,
+    O,
     g,
     i,
     r
   ];
 }
-class tu extends zf {
+class iu extends Wf {
   constructor(e) {
-    super(), Uf(this, e, eu, Qf, Kf, {
+    super(), Kf(this, e, ru, tu, Jf, {
       height: 0,
       width: 1,
       elem_id: 2,
@@ -304,26 +304,26 @@ class tu extends zf {
   }
 }
 const {
-  SvelteComponent: ru,
-  attr: iu,
-  create_slot: nu,
-  detach: su,
-  element: au,
-  get_all_dirty_from_scope: lu,
-  get_slot_changes: ou,
-  init: hu,
-  insert: fu,
-  safe_not_equal: uu,
-  transition_in: cu,
-  transition_out: gu,
-  update_slot_base: du
+  SvelteComponent: nu,
+  attr: su,
+  create_slot: au,
+  detach: lu,
+  element: ou,
+  get_all_dirty_from_scope: hu,
+  get_slot_changes: fu,
+  init: uu,
+  insert: cu,
+  safe_not_equal: gu,
+  transition_in: du,
+  transition_out: pu,
+  update_slot_base: vu
 } = window.__gradio__svelte__internal;
-function pu(d) {
+function mu(d) {
   let e, t;
   const r = (
     /*#slots*/
     d[1].default
-  ), i = nu(
+  ), i = au(
     r,
     d,
     /*$$scope*/
@@ -332,26 +332,26 @@ function pu(d) {
   );
   return {
     c() {
-      e = au("div"), i && i.c(), iu(e, "class", "svelte-1hnfib2");
+      e = ou("div"), i && i.c(), su(e, "class", "svelte-1hnfib2");
     },
     m(s, a) {
-      fu(s, e, a), i && i.m(e, null), t = !0;
+      cu(s, e, a), i && i.m(e, null), t = !0;
     },
     p(s, [a]) {
       i && i.p && (!t || a & /*$$scope*/
-      1) && du(
+      1) && vu(
         i,
         r,
         s,
         /*$$scope*/
         s[0],
-        t ? ou(
+        t ? fu(
           r,
           /*$$scope*/
           s[0],
           a,
           null
-        ) : lu(
+        ) : hu(
           /*$$scope*/
           s[0]
         ),
@@ -359,65 +359,65 @@ function pu(d) {
       );
     },
     i(s) {
-      t || (cu(i, s), t = !0);
+      t || (du(i, s), t = !0);
     },
     o(s) {
-      gu(i, s), t = !1;
+      pu(i, s), t = !1;
     },
     d(s) {
-      s && su(e), i && i.d(s);
+      s && lu(e), i && i.d(s);
     }
   };
 }
-function vu(d, e, t) {
+function bu(d, e, t) {
   let { $$slots: r = {}, $$scope: i } = e;
   return d.$$set = (s) => {
     "$$scope" in s && t(0, i = s.$$scope);
   }, [i, r];
 }
-class mu extends ru {
+class wu extends nu {
   constructor(e) {
-    super(), hu(this, e, vu, pu, uu, {});
+    super(), uu(this, e, bu, mu, gu, {});
   }
 }
 const {
-  SvelteComponent: bu,
-  attr: ra,
-  check_outros: wu,
-  create_component: yu,
-  create_slot: _u,
-  destroy_component: Su,
+  SvelteComponent: yu,
+  attr: na,
+  check_outros: _u,
+  create_component: Su,
+  create_slot: Cu,
+  destroy_component: Au,
   detach: Ni,
-  element: Cu,
-  empty: Au,
-  get_all_dirty_from_scope: Nu,
-  get_slot_changes: ku,
-  group_outros: Ru,
-  init: xu,
+  element: Nu,
+  empty: ku,
+  get_all_dirty_from_scope: Ru,
+  get_slot_changes: xu,
+  group_outros: Tu,
+  init: Eu,
   insert: ki,
-  mount_component: Tu,
-  safe_not_equal: Eu,
-  set_data: Lu,
-  space: Mu,
-  text: Bu,
+  mount_component: Lu,
+  safe_not_equal: Mu,
+  set_data: Bu,
+  space: Du,
+  text: Pu,
   toggle_class: kr,
   transition_in: Gr,
   transition_out: Ri,
-  update_slot_base: Du
+  update_slot_base: $u
 } = window.__gradio__svelte__internal;
-function ia(d) {
+function sa(d) {
   let e, t;
-  return e = new mu({
+  return e = new wu({
     props: {
-      $$slots: { default: [Pu] },
+      $$slots: { default: [Iu] },
       $$scope: { ctx: d }
     }
   }), {
     c() {
-      yu(e.$$.fragment);
+      Su(e.$$.fragment);
     },
     m(r, i) {
-      Tu(e, r, i), t = !0;
+      Lu(e, r, i), t = !0;
     },
     p(r, i) {
       const s = {};
@@ -431,15 +431,15 @@ function ia(d) {
       Ri(e.$$.fragment, r), t = !1;
     },
     d(r) {
-      Su(e, r);
+      Au(e, r);
     }
   };
 }
-function Pu(d) {
+function Iu(d) {
   let e;
   return {
     c() {
-      e = Bu(
+      e = Pu(
         /*info*/
         d[1]
       );
@@ -449,7 +449,7 @@ function Pu(d) {
     },
     p(t, r) {
       r & /*info*/
-      2 && Lu(
+      2 && Bu(
         e,
         /*info*/
         t[1]
@@ -460,12 +460,12 @@ function Pu(d) {
     }
   };
 }
-function $u(d) {
+function Ou(d) {
   let e, t, r, i;
   const s = (
     /*#slots*/
     d[2].default
-  ), a = _u(
+  ), a = Cu(
     s,
     d,
     /*$$scope*/
@@ -474,11 +474,11 @@ function $u(d) {
   );
   let n = (
     /*info*/
-    d[1] && ia(d)
+    d[1] && sa(d)
   );
   return {
     c() {
-      e = Cu("span"), a && a.c(), t = Mu(), n && n.c(), r = Au(), ra(e, "data-testid", "block-info"), ra(e, "class", "svelte-22c38v"), kr(e, "sr-only", !/*show_label*/
+      e = Nu("span"), a && a.c(), t = Du(), n && n.c(), r = ku(), na(e, "data-testid", "block-info"), na(e, "class", "svelte-22c38v"), kr(e, "sr-only", !/*show_label*/
       d[0]), kr(e, "hide", !/*show_label*/
       d[0]), kr(
         e,
@@ -492,19 +492,19 @@ function $u(d) {
     },
     p(h, [l]) {
       a && a.p && (!i || l & /*$$scope*/
-      8) && Du(
+      8) && $u(
         a,
         s,
         h,
         /*$$scope*/
         h[3],
-        i ? ku(
+        i ? xu(
           s,
           /*$$scope*/
           h[3],
           l,
           null
-        ) : Nu(
+        ) : Ru(
           /*$$scope*/
           h[3]
         ),
@@ -521,9 +521,9 @@ function $u(d) {
         h[1] != null
       ), /*info*/
       h[1] ? n ? (n.p(h, l), l & /*info*/
-      2 && Gr(n, 1)) : (n = ia(h), n.c(), Gr(n, 1), n.m(r.parentNode, r)) : n && (Ru(), Ri(n, 1, 1, () => {
+      2 && Gr(n, 1)) : (n = sa(h), n.c(), Gr(n, 1), n.m(r.parentNode, r)) : n && (Tu(), Ri(n, 1, 1, () => {
         n = null;
-      }), wu());
+      }), _u());
     },
     i(h) {
       i || (Gr(a, h), Gr(n), i = !0);
@@ -536,83 +536,83 @@ function $u(d) {
     }
   };
 }
-function Iu(d, e, t) {
+function Fu(d, e, t) {
   let { $$slots: r = {}, $$scope: i } = e, { show_label: s = !0 } = e, { info: a = void 0 } = e;
   return d.$$set = (n) => {
     "show_label" in n && t(0, s = n.show_label), "info" in n && t(1, a = n.info), "$$scope" in n && t(3, i = n.$$scope);
   }, [s, a, r, i];
 }
-class Ou extends bu {
+class zu extends yu {
   constructor(e) {
-    super(), xu(this, e, Iu, $u, Eu, { show_label: 0, info: 1 });
+    super(), Eu(this, e, Fu, Ou, Mu, { show_label: 0, info: 1 });
   }
 }
 const {
-  SvelteComponent: Fu,
-  append: On,
+  SvelteComponent: Hu,
+  append: Hn,
   attr: qt,
-  bubble: zu,
-  create_component: Hu,
-  destroy_component: Wu,
-  detach: Qa,
-  element: Fn,
-  init: qu,
-  insert: el,
-  listen: Vu,
-  mount_component: Xu,
-  safe_not_equal: Yu,
-  set_data: Gu,
+  bubble: Wu,
+  create_component: qu,
+  destroy_component: Vu,
+  detach: el,
+  element: Wn,
+  init: Xu,
+  insert: tl,
+  listen: Yu,
+  mount_component: Gu,
+  safe_not_equal: Uu,
+  set_data: Zu,
   set_style: Rr,
-  space: Uu,
-  text: Zu,
-  toggle_class: rt,
-  transition_in: Ku,
-  transition_out: ju
+  space: Ku,
+  text: ju,
+  toggle_class: it,
+  transition_in: Ju,
+  transition_out: Qu
 } = window.__gradio__svelte__internal;
-function na(d) {
+function aa(d) {
   let e, t;
   return {
     c() {
-      e = Fn("span"), t = Zu(
+      e = Wn("span"), t = ju(
         /*label*/
         d[1]
       ), qt(e, "class", "svelte-1lrphxw");
     },
     m(r, i) {
-      el(r, e, i), On(e, t);
+      tl(r, e, i), Hn(e, t);
     },
     p(r, i) {
       i & /*label*/
-      2 && Gu(
+      2 && Zu(
         t,
         /*label*/
         r[1]
       );
     },
     d(r) {
-      r && Qa(e);
+      r && el(e);
     }
   };
 }
-function Ju(d) {
+function ec(d) {
   let e, t, r, i, s, a, n, h = (
     /*show_label*/
-    d[2] && na(d)
+    d[2] && aa(d)
   );
   return i = new /*Icon*/
   d[0]({}), {
     c() {
-      e = Fn("button"), h && h.c(), t = Uu(), r = Fn("div"), Hu(i.$$.fragment), qt(r, "class", "svelte-1lrphxw"), rt(
+      e = Wn("button"), h && h.c(), t = Ku(), r = Wn("div"), qu(i.$$.fragment), qt(r, "class", "svelte-1lrphxw"), it(
         r,
         "small",
         /*size*/
         d[4] === "small"
-      ), rt(
+      ), it(
         r,
         "large",
         /*size*/
         d[4] === "large"
-      ), rt(
+      ), it(
         r,
         "medium",
         /*size*/
@@ -633,22 +633,22 @@ function Ju(d) {
         "title",
         /*label*/
         d[1]
-      ), qt(e, "class", "svelte-1lrphxw"), rt(
+      ), qt(e, "class", "svelte-1lrphxw"), it(
         e,
         "pending",
         /*pending*/
         d[3]
-      ), rt(
+      ), it(
         e,
         "padded",
         /*padded*/
         d[5]
-      ), rt(
+      ), it(
         e,
         "highlight",
         /*highlight*/
         d[6]
-      ), rt(
+      ), it(
         e,
         "transparent",
         /*transparent*/
@@ -670,7 +670,7 @@ function Ju(d) {
       );
     },
     m(l, c) {
-      el(l, e, c), h && h.m(e, null), On(e, t), On(e, r), Xu(i, r, null), s = !0, a || (n = Vu(
+      tl(l, e, c), h && h.m(e, null), Hn(e, t), Hn(e, r), Gu(i, r, null), s = !0, a || (n = Yu(
         e,
         "click",
         /*click_handler*/
@@ -679,20 +679,20 @@ function Ju(d) {
     },
     p(l, [c]) {
       /*show_label*/
-      l[2] ? h ? h.p(l, c) : (h = na(l), h.c(), h.m(e, t)) : h && (h.d(1), h = null), (!s || c & /*size*/
-      16) && rt(
+      l[2] ? h ? h.p(l, c) : (h = aa(l), h.c(), h.m(e, t)) : h && (h.d(1), h = null), (!s || c & /*size*/
+      16) && it(
         r,
         "small",
         /*size*/
         l[4] === "small"
       ), (!s || c & /*size*/
-      16) && rt(
+      16) && it(
         r,
         "large",
         /*size*/
         l[4] === "large"
       ), (!s || c & /*size*/
-      16) && rt(
+      16) && it(
         r,
         "medium",
         /*size*/
@@ -718,25 +718,25 @@ function Ju(d) {
         /*label*/
         l[1]
       ), (!s || c & /*pending*/
-      8) && rt(
+      8) && it(
         e,
         "pending",
         /*pending*/
         l[3]
       ), (!s || c & /*padded*/
-      32) && rt(
+      32) && it(
         e,
         "padded",
         /*padded*/
         l[5]
       ), (!s || c & /*highlight*/
-      64) && rt(
+      64) && it(
         e,
         "highlight",
         /*highlight*/
         l[6]
       ), (!s || c & /*transparent*/
-      512) && rt(
+      512) && it(
         e,
         "transparent",
         /*transparent*/
@@ -761,23 +761,23 @@ function Ju(d) {
       );
     },
     i(l) {
-      s || (Ku(i.$$.fragment, l), s = !0);
+      s || (Ju(i.$$.fragment, l), s = !0);
     },
     o(l) {
-      ju(i.$$.fragment, l), s = !1;
+      Qu(i.$$.fragment, l), s = !1;
     },
     d(l) {
-      l && Qa(e), h && h.d(), Wu(i), a = !1, n();
+      l && el(e), h && h.d(), Vu(i), a = !1, n();
     }
   };
 }
-function Qu(d, e, t) {
-  let r, { Icon: i } = e, { label: s = "" } = e, { show_label: a = !1 } = e, { pending: n = !1 } = e, { size: h = "small" } = e, { padded: l = !0 } = e, { highlight: c = !1 } = e, { disabled: u = !1 } = e, { hasPopup: g = !1 } = e, { color: m = "var(--block-label-text-color)" } = e, { transparent: _ = !1 } = e, { background: v = "var(--background-fill-primary)" } = e, { offset: N = 0 } = e;
-  function B(x) {
-    zu.call(this, d, x);
+function tc(d, e, t) {
+  let r, { Icon: i } = e, { label: s = "" } = e, { show_label: a = !1 } = e, { pending: n = !1 } = e, { size: h = "small" } = e, { padded: l = !0 } = e, { highlight: c = !1 } = e, { disabled: u = !1 } = e, { hasPopup: g = !1 } = e, { color: m = "var(--block-label-text-color)" } = e, { transparent: _ = !1 } = e, { background: v = "var(--background-fill-primary)" } = e, { offset: A = 0 } = e;
+  function T(k) {
+    Wu.call(this, d, k);
   }
-  return d.$$set = (x) => {
-    "Icon" in x && t(0, i = x.Icon), "label" in x && t(1, s = x.label), "show_label" in x && t(2, a = x.show_label), "pending" in x && t(3, n = x.pending), "size" in x && t(4, h = x.size), "padded" in x && t(5, l = x.padded), "highlight" in x && t(6, c = x.highlight), "disabled" in x && t(7, u = x.disabled), "hasPopup" in x && t(8, g = x.hasPopup), "color" in x && t(13, m = x.color), "transparent" in x && t(9, _ = x.transparent), "background" in x && t(10, v = x.background), "offset" in x && t(11, N = x.offset);
+  return d.$$set = (k) => {
+    "Icon" in k && t(0, i = k.Icon), "label" in k && t(1, s = k.label), "show_label" in k && t(2, a = k.show_label), "pending" in k && t(3, n = k.pending), "size" in k && t(4, h = k.size), "padded" in k && t(5, l = k.padded), "highlight" in k && t(6, c = k.highlight), "disabled" in k && t(7, u = k.disabled), "hasPopup" in k && t(8, g = k.hasPopup), "color" in k && t(13, m = k.color), "transparent" in k && t(9, _ = k.transparent), "background" in k && t(10, v = k.background), "offset" in k && t(11, A = k.offset);
   }, d.$$.update = () => {
     d.$$.dirty & /*highlight, color*/
     8256 && t(12, r = c ? "var(--color-accent)" : m);
@@ -793,15 +793,15 @@ function Qu(d, e, t) {
     g,
     _,
     v,
-    N,
+    A,
     r,
     m,
-    B
+    T
   ];
 }
-class tl extends Fu {
+class rl extends Hu {
   constructor(e) {
-    super(), qu(this, e, Qu, Ju, Yu, {
+    super(), Xu(this, e, tc, ec, Uu, {
       Icon: 0,
       label: 1,
       show_label: 2,
@@ -819,73 +819,73 @@ class tl extends Fu {
   }
 }
 const {
-  SvelteComponent: ec,
-  append: kn,
+  SvelteComponent: rc,
+  append: xn,
   attr: Nt,
-  detach: tc,
-  init: rc,
-  insert: ic,
-  noop: Rn,
-  safe_not_equal: nc,
-  set_style: Bt,
+  detach: ic,
+  init: nc,
+  insert: sc,
+  noop: Tn,
+  safe_not_equal: ac,
+  set_style: Dt,
   svg_element: yi
 } = window.__gradio__svelte__internal;
-function sc(d) {
+function lc(d) {
   let e, t, r, i;
   return {
     c() {
-      e = yi("svg"), t = yi("g"), r = yi("path"), i = yi("path"), Nt(r, "d", "M18,6L6.087,17.913"), Bt(r, "fill", "none"), Bt(r, "fill-rule", "nonzero"), Bt(r, "stroke-width", "2px"), Nt(t, "transform", "matrix(1.14096,-0.140958,-0.140958,1.14096,-0.0559523,0.0559523)"), Nt(i, "d", "M4.364,4.364L19.636,19.636"), Bt(i, "fill", "none"), Bt(i, "fill-rule", "nonzero"), Bt(i, "stroke-width", "2px"), Nt(e, "width", "100%"), Nt(e, "height", "100%"), Nt(e, "viewBox", "0 0 24 24"), Nt(e, "version", "1.1"), Nt(e, "xmlns", "http://www.w3.org/2000/svg"), Nt(e, "xmlns:xlink", "http://www.w3.org/1999/xlink"), Nt(e, "xml:space", "preserve"), Nt(e, "stroke", "currentColor"), Bt(e, "fill-rule", "evenodd"), Bt(e, "clip-rule", "evenodd"), Bt(e, "stroke-linecap", "round"), Bt(e, "stroke-linejoin", "round");
+      e = yi("svg"), t = yi("g"), r = yi("path"), i = yi("path"), Nt(r, "d", "M18,6L6.087,17.913"), Dt(r, "fill", "none"), Dt(r, "fill-rule", "nonzero"), Dt(r, "stroke-width", "2px"), Nt(t, "transform", "matrix(1.14096,-0.140958,-0.140958,1.14096,-0.0559523,0.0559523)"), Nt(i, "d", "M4.364,4.364L19.636,19.636"), Dt(i, "fill", "none"), Dt(i, "fill-rule", "nonzero"), Dt(i, "stroke-width", "2px"), Nt(e, "width", "100%"), Nt(e, "height", "100%"), Nt(e, "viewBox", "0 0 24 24"), Nt(e, "version", "1.1"), Nt(e, "xmlns", "http://www.w3.org/2000/svg"), Nt(e, "xmlns:xlink", "http://www.w3.org/1999/xlink"), Nt(e, "xml:space", "preserve"), Nt(e, "stroke", "currentColor"), Dt(e, "fill-rule", "evenodd"), Dt(e, "clip-rule", "evenodd"), Dt(e, "stroke-linecap", "round"), Dt(e, "stroke-linejoin", "round");
     },
     m(s, a) {
-      ic(s, e, a), kn(e, t), kn(t, r), kn(e, i);
+      sc(s, e, a), xn(e, t), xn(t, r), xn(e, i);
     },
-    p: Rn,
-    i: Rn,
-    o: Rn,
+    p: Tn,
+    i: Tn,
+    o: Tn,
     d(s) {
-      s && tc(e);
+      s && ic(e);
     }
   };
 }
-class rl extends ec {
+class il extends rc {
   constructor(e) {
-    super(), rc(this, e, null, sc, nc, {});
+    super(), nc(this, e, null, lc, ac, {});
   }
 }
 const {
-  SvelteComponent: ac,
-  append: lc,
+  SvelteComponent: oc,
+  append: hc,
   attr: kt,
-  detach: oc,
-  init: hc,
-  insert: fc,
-  noop: xn,
-  safe_not_equal: uc,
-  svg_element: sa
+  detach: fc,
+  init: uc,
+  insert: cc,
+  noop: En,
+  safe_not_equal: gc,
+  svg_element: la
 } = window.__gradio__svelte__internal;
-function cc(d) {
+function dc(d) {
   let e, t;
   return {
     c() {
-      e = sa("svg"), t = sa("path"), kt(t, "d", "M17 3a2.828 2.828 0 1 1 4 4L7.5 20.5 2 22l1.5-5.5L17 3z"), kt(e, "xmlns", "http://www.w3.org/2000/svg"), kt(e, "width", "100%"), kt(e, "height", "100%"), kt(e, "viewBox", "0 0 24 24"), kt(e, "fill", "none"), kt(e, "stroke", "currentColor"), kt(e, "stroke-width", "1.5"), kt(e, "stroke-linecap", "round"), kt(e, "stroke-linejoin", "round"), kt(e, "class", "feather feather-edit-2");
+      e = la("svg"), t = la("path"), kt(t, "d", "M17 3a2.828 2.828 0 1 1 4 4L7.5 20.5 2 22l1.5-5.5L17 3z"), kt(e, "xmlns", "http://www.w3.org/2000/svg"), kt(e, "width", "100%"), kt(e, "height", "100%"), kt(e, "viewBox", "0 0 24 24"), kt(e, "fill", "none"), kt(e, "stroke", "currentColor"), kt(e, "stroke-width", "1.5"), kt(e, "stroke-linecap", "round"), kt(e, "stroke-linejoin", "round"), kt(e, "class", "feather feather-edit-2");
     },
     m(r, i) {
-      fc(r, e, i), lc(e, t);
+      cc(r, e, i), hc(e, t);
     },
-    p: xn,
-    i: xn,
-    o: xn,
+    p: En,
+    i: En,
+    o: En,
     d(r) {
-      r && oc(e);
+      r && fc(e);
     }
   };
 }
-class gc extends ac {
+class pc extends oc {
   constructor(e) {
-    super(), hc(this, e, null, cc, uc, {});
+    super(), uc(this, e, null, dc, gc, {});
   }
 }
-const dc = [
+const vc = [
   { color: "red", primary: 600, secondary: 100 },
   { color: "green", primary: 600, secondary: 100 },
   { color: "blue", primary: 600, secondary: 100 },
@@ -896,7 +896,7 @@ const dc = [
   { color: "cyan", primary: 600, secondary: 100 },
   { color: "lime", primary: 500, secondary: 100 },
   { color: "pink", primary: 600, secondary: 100 }
-], aa = {
+], oa = {
   inherit: "inherit",
   current: "currentColor",
   transparent: "transparent",
@@ -1189,12 +1189,12 @@ const dc = [
     950: "#4c0519"
   }
 };
-dc.reduce(
+vc.reduce(
   (d, { color: e, primary: t, secondary: r }) => ({
     ...d,
     [e]: {
-      primary: aa[e][t],
-      secondary: aa[e][r]
+      primary: oa[e][t],
+      secondary: oa[e][r]
     }
   }),
   {}
@@ -1208,20 +1208,20 @@ function Mr(d) {
 }
 function xi() {
 }
-function pc(d, e) {
+function mc(d, e) {
   return d != d ? e == e : d !== e || d && typeof d == "object" || typeof d == "function";
 }
-const il = typeof window < "u";
-let la = il ? () => window.performance.now() : () => Date.now(), nl = il ? (d) => requestAnimationFrame(d) : xi;
+const nl = typeof window < "u";
+let ha = nl ? () => window.performance.now() : () => Date.now(), sl = nl ? (d) => requestAnimationFrame(d) : xi;
 const Br = /* @__PURE__ */ new Set();
-function sl(d) {
+function al(d) {
   Br.forEach((e) => {
     e.c(d) || (Br.delete(e), e.f());
-  }), Br.size !== 0 && nl(sl);
+  }), Br.size !== 0 && sl(al);
 }
-function vc(d) {
+function bc(d) {
   let e;
-  return Br.size === 0 && nl(sl), {
+  return Br.size === 0 && sl(al), {
     promise: new Promise((t) => {
       Br.add(e = { c: d, f: t });
     }),
@@ -1231,11 +1231,11 @@ function vc(d) {
   };
 }
 const xr = [];
-function mc(d, e = xi) {
+function wc(d, e = xi) {
   let t;
   const r = /* @__PURE__ */ new Set();
   function i(n) {
-    if (pc(d, n) && (d = n, t)) {
+    if (mc(d, n) && (d = n, t)) {
       const h = !xr.length;
       for (const l of r)
         l[1](), xr.push(l, d);
@@ -1257,53 +1257,53 @@ function mc(d, e = xi) {
   }
   return { set: i, update: s, subscribe: a };
 }
-function oa(d) {
+function fa(d) {
   return Object.prototype.toString.call(d) === "[object Date]";
 }
-function zn(d, e, t, r) {
-  if (typeof t == "number" || oa(t)) {
+function qn(d, e, t, r) {
+  if (typeof t == "number" || fa(t)) {
     const i = r - t, s = (t - e) / (d.dt || 1 / 60), a = d.opts.stiffness * i, n = d.opts.damping * s, h = (a - n) * d.inv_mass, l = (s + h) * d.dt;
-    return Math.abs(l) < d.opts.precision && Math.abs(i) < d.opts.precision ? r : (d.settled = !1, oa(t) ? new Date(t.getTime() + l) : t + l);
+    return Math.abs(l) < d.opts.precision && Math.abs(i) < d.opts.precision ? r : (d.settled = !1, fa(t) ? new Date(t.getTime() + l) : t + l);
   } else {
     if (Array.isArray(t))
       return t.map(
-        (i, s) => zn(d, e[s], t[s], r[s])
+        (i, s) => qn(d, e[s], t[s], r[s])
       );
     if (typeof t == "object") {
       const i = {};
       for (const s in t)
-        i[s] = zn(d, e[s], t[s], r[s]);
+        i[s] = qn(d, e[s], t[s], r[s]);
       return i;
     } else
       throw new Error(`Cannot spring ${typeof t} values`);
   }
 }
-function ha(d, e = {}) {
-  const t = mc(d), { stiffness: r = 0.15, damping: i = 0.8, precision: s = 0.01 } = e;
+function ua(d, e = {}) {
+  const t = wc(d), { stiffness: r = 0.15, damping: i = 0.8, precision: s = 0.01 } = e;
   let a, n, h, l = d, c = d, u = 1, g = 0, m = !1;
-  function _(N, B = {}) {
-    c = N;
-    const x = h = {};
-    return d == null || B.hard || v.stiffness >= 1 && v.damping >= 1 ? (m = !0, a = la(), l = N, t.set(d = c), Promise.resolve()) : (B.soft && (g = 1 / ((B.soft === !0 ? 0.5 : +B.soft) * 60), u = 0), n || (a = la(), m = !1, n = vc((L) => {
+  function _(A, T = {}) {
+    c = A;
+    const k = h = {};
+    return d == null || T.hard || v.stiffness >= 1 && v.damping >= 1 ? (m = !0, a = ha(), l = A, t.set(d = c), Promise.resolve()) : (T.soft && (g = 1 / ((T.soft === !0 ? 0.5 : +T.soft) * 60), u = 0), n || (a = ha(), m = !1, n = bc((x) => {
       if (m)
         return m = !1, n = null, !1;
       u = Math.min(u + g, 1);
-      const k = {
+      const R = {
         inv_mass: u,
         opts: v,
         settled: !0,
-        dt: (L - a) * 60 / 1e3
-      }, z = zn(k, l, d, c);
-      return a = L, l = d, t.set(d = z), k.settled && (n = null), !k.settled;
-    })), new Promise((L) => {
+        dt: (x - a) * 60 / 1e3
+      }, O = qn(R, l, d, c);
+      return a = x, l = d, t.set(d = O), R.settled && (n = null), !R.settled;
+    })), new Promise((x) => {
       n.promise.then(() => {
-        x === h && L();
+        k === h && x();
       });
     }));
   }
   const v = {
     set: _,
-    update: (N, B) => _(N(c, d), B),
+    update: (A, T) => _(A(c, d), T),
     subscribe: t.subscribe,
     stiffness: r,
     damping: i,
@@ -1312,29 +1312,29 @@ function ha(d, e = {}) {
   return v;
 }
 const {
-  SvelteComponent: bc,
+  SvelteComponent: yc,
   append: Rt,
   attr: ge,
-  component_subscribe: fa,
-  detach: wc,
-  element: yc,
-  init: _c,
-  insert: Sc,
-  noop: ua,
-  safe_not_equal: Cc,
+  component_subscribe: ca,
+  detach: _c,
+  element: Sc,
+  init: Cc,
+  insert: Ac,
+  noop: ga,
+  safe_not_equal: Nc,
   set_style: _i,
   svg_element: xt,
-  toggle_class: ca
-} = window.__gradio__svelte__internal, { onMount: Ac } = window.__gradio__svelte__internal;
-function Nc(d) {
+  toggle_class: da
+} = window.__gradio__svelte__internal, { onMount: kc } = window.__gradio__svelte__internal;
+function Rc(d) {
   let e, t, r, i, s, a, n, h, l, c, u, g;
   return {
     c() {
-      e = yc("div"), t = xt("svg"), r = xt("g"), i = xt("path"), s = xt("path"), a = xt("path"), n = xt("path"), h = xt("g"), l = xt("path"), c = xt("path"), u = xt("path"), g = xt("path"), ge(i, "d", "M255.926 0.754768L509.702 139.936V221.027L255.926 81.8465V0.754768Z"), ge(i, "fill", "#FF7C00"), ge(i, "fill-opacity", "0.4"), ge(i, "class", "svelte-43sxxs"), ge(s, "d", "M509.69 139.936L254.981 279.641V361.255L509.69 221.55V139.936Z"), ge(s, "fill", "#FF7C00"), ge(s, "class", "svelte-43sxxs"), ge(a, "d", "M0.250138 139.937L254.981 279.641V361.255L0.250138 221.55V139.937Z"), ge(a, "fill", "#FF7C00"), ge(a, "fill-opacity", "0.4"), ge(a, "class", "svelte-43sxxs"), ge(n, "d", "M255.923 0.232622L0.236328 139.936V221.55L255.923 81.8469V0.232622Z"), ge(n, "fill", "#FF7C00"), ge(n, "class", "svelte-43sxxs"), _i(r, "transform", "translate(" + /*$top*/
+      e = Sc("div"), t = xt("svg"), r = xt("g"), i = xt("path"), s = xt("path"), a = xt("path"), n = xt("path"), h = xt("g"), l = xt("path"), c = xt("path"), u = xt("path"), g = xt("path"), ge(i, "d", "M255.926 0.754768L509.702 139.936V221.027L255.926 81.8465V0.754768Z"), ge(i, "fill", "#FF7C00"), ge(i, "fill-opacity", "0.4"), ge(i, "class", "svelte-43sxxs"), ge(s, "d", "M509.69 139.936L254.981 279.641V361.255L509.69 221.55V139.936Z"), ge(s, "fill", "#FF7C00"), ge(s, "class", "svelte-43sxxs"), ge(a, "d", "M0.250138 139.937L254.981 279.641V361.255L0.250138 221.55V139.937Z"), ge(a, "fill", "#FF7C00"), ge(a, "fill-opacity", "0.4"), ge(a, "class", "svelte-43sxxs"), ge(n, "d", "M255.923 0.232622L0.236328 139.936V221.55L255.923 81.8469V0.232622Z"), ge(n, "fill", "#FF7C00"), ge(n, "class", "svelte-43sxxs"), _i(r, "transform", "translate(" + /*$top*/
       d[1][0] + "px, " + /*$top*/
       d[1][1] + "px)"), ge(l, "d", "M255.926 141.5L509.702 280.681V361.773L255.926 222.592V141.5Z"), ge(l, "fill", "#FF7C00"), ge(l, "fill-opacity", "0.4"), ge(l, "class", "svelte-43sxxs"), ge(c, "d", "M509.69 280.679L254.981 420.384V501.998L509.69 362.293V280.679Z"), ge(c, "fill", "#FF7C00"), ge(c, "class", "svelte-43sxxs"), ge(u, "d", "M0.250138 280.681L254.981 420.386V502L0.250138 362.295V280.681Z"), ge(u, "fill", "#FF7C00"), ge(u, "fill-opacity", "0.4"), ge(u, "class", "svelte-43sxxs"), ge(g, "d", "M255.923 140.977L0.236328 280.68V362.294L255.923 222.591V140.977Z"), ge(g, "fill", "#FF7C00"), ge(g, "class", "svelte-43sxxs"), _i(h, "transform", "translate(" + /*$bottom*/
       d[2][0] + "px, " + /*$bottom*/
-      d[2][1] + "px)"), ge(t, "viewBox", "-1200 -1200 3000 3000"), ge(t, "fill", "none"), ge(t, "xmlns", "http://www.w3.org/2000/svg"), ge(t, "class", "svelte-43sxxs"), ge(e, "class", "svelte-43sxxs"), ca(
+      d[2][1] + "px)"), ge(t, "viewBox", "-1200 -1200 3000 3000"), ge(t, "fill", "none"), ge(t, "xmlns", "http://www.w3.org/2000/svg"), ge(t, "class", "svelte-43sxxs"), ge(e, "class", "svelte-43sxxs"), da(
         e,
         "margin",
         /*margin*/
@@ -1342,7 +1342,7 @@ function Nc(d) {
       );
     },
     m(m, _) {
-      Sc(m, e, _), Rt(e, t), Rt(t, r), Rt(r, i), Rt(r, s), Rt(r, a), Rt(r, n), Rt(t, h), Rt(h, l), Rt(h, c), Rt(h, u), Rt(h, g);
+      Ac(m, e, _), Rt(e, t), Rt(t, r), Rt(r, i), Rt(r, s), Rt(r, a), Rt(r, n), Rt(t, h), Rt(h, l), Rt(h, c), Rt(h, u), Rt(h, g);
     },
     p(m, [_]) {
       _ & /*$top*/
@@ -1352,54 +1352,54 @@ function Nc(d) {
       4 && _i(h, "transform", "translate(" + /*$bottom*/
       m[2][0] + "px, " + /*$bottom*/
       m[2][1] + "px)"), _ & /*margin*/
-      1 && ca(
+      1 && da(
         e,
         "margin",
         /*margin*/
         m[0]
       );
     },
-    i: ua,
-    o: ua,
+    i: ga,
+    o: ga,
     d(m) {
-      m && wc(e);
+      m && _c(e);
     }
   };
 }
-function kc(d, e, t) {
+function xc(d, e, t) {
   let r, i;
-  var s = this && this.__awaiter || function(m, _, v, N) {
-    function B(x) {
-      return x instanceof v ? x : new v(function(L) {
-        L(x);
+  var s = this && this.__awaiter || function(m, _, v, A) {
+    function T(k) {
+      return k instanceof v ? k : new v(function(x) {
+        x(k);
       });
     }
-    return new (v || (v = Promise))(function(x, L) {
-      function k(Y) {
+    return new (v || (v = Promise))(function(k, x) {
+      function R(te) {
         try {
-          D(N.next(Y));
-        } catch (O) {
-          L(O);
+          D(A.next(te));
+        } catch (q) {
+          x(q);
         }
       }
-      function z(Y) {
+      function O(te) {
         try {
-          D(N.throw(Y));
-        } catch (O) {
-          L(O);
+          D(A.throw(te));
+        } catch (q) {
+          x(q);
         }
       }
-      function D(Y) {
-        Y.done ? x(Y.value) : B(Y.value).then(k, z);
+      function D(te) {
+        te.done ? k(te.value) : T(te.value).then(R, O);
       }
-      D((N = N.apply(m, _ || [])).next());
+      D((A = A.apply(m, _ || [])).next());
     });
   };
   let { margin: a = !0 } = e;
-  const n = ha([0, 0]);
-  fa(d, n, (m) => t(1, r = m));
-  const h = ha([0, 0]);
-  fa(d, h, (m) => t(2, i = m));
+  const n = ua([0, 0]);
+  ca(d, n, (m) => t(1, r = m));
+  const h = ua([0, 0]);
+  ca(d, h, (m) => t(2, i = m));
   let l;
   function c() {
     return s(this, void 0, void 0, function* () {
@@ -1416,62 +1416,62 @@ function kc(d, e, t) {
       yield Promise.all([n.set([125, 0]), h.set([-125, 0])]), u();
     });
   }
-  return Ac(() => (g(), () => l = !0)), d.$$set = (m) => {
+  return kc(() => (g(), () => l = !0)), d.$$set = (m) => {
     "margin" in m && t(0, a = m.margin);
   }, [a, r, i, n, h];
 }
-class Rc extends bc {
+class Tc extends yc {
   constructor(e) {
-    super(), _c(this, e, kc, Nc, Cc, { margin: 0 });
+    super(), Cc(this, e, xc, Rc, Nc, { margin: 0 });
   }
 }
 const {
-  SvelteComponent: xc,
+  SvelteComponent: Ec,
   append: gr,
-  attr: Tt,
-  binding_callbacks: ga,
-  check_outros: al,
-  create_component: ll,
-  create_slot: Tc,
-  destroy_component: ol,
-  destroy_each: hl,
+  attr: Et,
+  binding_callbacks: pa,
+  check_outros: ll,
+  create_component: ol,
+  create_slot: Lc,
+  destroy_component: hl,
+  destroy_each: fl,
   detach: ie,
   element: $t,
   empty: Ir,
   ensure_array_like: Ei,
-  get_all_dirty_from_scope: Ec,
-  get_slot_changes: Lc,
-  group_outros: fl,
-  init: Mc,
+  get_all_dirty_from_scope: Mc,
+  get_slot_changes: Bc,
+  group_outros: ul,
+  init: Dc,
   insert: ne,
-  mount_component: ul,
-  noop: Hn,
-  safe_not_equal: Bc,
+  mount_component: cl,
+  noop: Vn,
+  safe_not_equal: Pc,
   set_data: bt,
-  set_style: sr,
-  space: Et,
+  set_style: nr,
+  space: Lt,
   text: Re,
-  toggle_class: mt,
+  toggle_class: pt,
   transition_in: dr,
   transition_out: pr,
-  update_slot_base: Dc
-} = window.__gradio__svelte__internal, { tick: Pc } = window.__gradio__svelte__internal, { onDestroy: $c } = window.__gradio__svelte__internal, { createEventDispatcher: Ic } = window.__gradio__svelte__internal, Oc = (d) => ({}), da = (d) => ({});
-function pa(d, e, t) {
+  update_slot_base: $c
+} = window.__gradio__svelte__internal, { tick: Ic } = window.__gradio__svelte__internal, { onDestroy: Oc } = window.__gradio__svelte__internal, { createEventDispatcher: Fc } = window.__gradio__svelte__internal, zc = (d) => ({}), va = (d) => ({});
+function ma(d, e, t) {
   const r = d.slice();
   return r[41] = e[t], r[43] = t, r;
 }
-function va(d, e, t) {
+function ba(d, e, t) {
   const r = d.slice();
   return r[41] = e[t], r;
 }
-function Fc(d) {
+function Hc(d) {
   let e, t, r, i, s = (
     /*i18n*/
     d[1]("common.error") + ""
   ), a, n, h;
-  t = new tl({
+  t = new rl({
     props: {
-      Icon: rl,
+      Icon: il,
       label: (
         /*i18n*/
         d[1]("common.clear")
@@ -1486,19 +1486,19 @@ function Fc(d) {
   const l = (
     /*#slots*/
     d[30].error
-  ), c = Tc(
+  ), c = Lc(
     l,
     d,
     /*$$scope*/
     d[29],
-    da
+    va
   );
   return {
     c() {
-      e = $t("div"), ll(t.$$.fragment), r = Et(), i = $t("span"), a = Re(s), n = Et(), c && c.c(), Tt(e, "class", "clear-status svelte-1yk38uw"), Tt(i, "class", "error svelte-1yk38uw");
+      e = $t("div"), ol(t.$$.fragment), r = Lt(), i = $t("span"), a = Re(s), n = Lt(), c && c.c(), Et(e, "class", "clear-status svelte-1yk38uw"), Et(i, "class", "error svelte-1yk38uw");
     },
     m(u, g) {
-      ne(u, e, g), ul(t, e, null), ne(u, r, g), ne(u, i, g), gr(i, a), ne(u, n, g), c && c.m(u, g), h = !0;
+      ne(u, e, g), cl(t, e, null), ne(u, r, g), ne(u, i, g), gr(i, a), ne(u, n, g), c && c.m(u, g), h = !0;
     },
     p(u, g) {
       const m = {};
@@ -1507,23 +1507,23 @@ function Fc(d) {
       u[1]("common.clear")), t.$set(m), (!h || g[0] & /*i18n*/
       2) && s !== (s = /*i18n*/
       u[1]("common.error") + "") && bt(a, s), c && c.p && (!h || g[0] & /*$$scope*/
-      536870912) && Dc(
+      536870912) && $c(
         c,
         l,
         u,
         /*$$scope*/
         u[29],
-        h ? Lc(
+        h ? Bc(
           l,
           /*$$scope*/
           u[29],
           g,
-          Oc
-        ) : Ec(
+          zc
+        ) : Mc(
           /*$$scope*/
           u[29]
         ),
-        da
+        va
       );
     },
     i(u) {
@@ -1533,111 +1533,111 @@ function Fc(d) {
       pr(t.$$.fragment, u), pr(c, u), h = !1;
     },
     d(u) {
-      u && (ie(e), ie(r), ie(i), ie(n)), ol(t), c && c.d(u);
+      u && (ie(e), ie(r), ie(i), ie(n)), hl(t), c && c.d(u);
     }
   };
 }
-function zc(d) {
+function Wc(d) {
   let e, t, r, i, s, a, n, h, l, c = (
     /*variant*/
     d[8] === "default" && /*show_eta_bar*/
     d[18] && /*show_progress*/
-    d[6] === "full" && ma(d)
+    d[6] === "full" && wa(d)
   );
-  function u(L, k) {
+  function u(x, R) {
     if (
       /*progress*/
-      L[7]
+      x[7]
     )
-      return qc;
+      return Xc;
     if (
       /*queue_position*/
-      L[2] !== null && /*queue_size*/
-      L[3] !== void 0 && /*queue_position*/
-      L[2] >= 0
+      x[2] !== null && /*queue_size*/
+      x[3] !== void 0 && /*queue_position*/
+      x[2] >= 0
     )
-      return Wc;
+      return Vc;
     if (
       /*queue_position*/
-      L[2] === 0
+      x[2] === 0
     )
-      return Hc;
+      return qc;
   }
   let g = u(d), m = g && g(d), _ = (
     /*timer*/
-    d[5] && ya(d)
+    d[5] && Sa(d)
   );
-  const v = [Gc, Yc], N = [];
-  function B(L, k) {
+  const v = [Zc, Uc], A = [];
+  function T(x, R) {
     return (
       /*last_progress_level*/
-      L[15] != null ? 0 : (
+      x[15] != null ? 0 : (
         /*show_progress*/
-        L[6] === "full" ? 1 : -1
+        x[6] === "full" ? 1 : -1
       )
     );
   }
-  ~(s = B(d)) && (a = N[s] = v[s](d));
-  let x = !/*timer*/
-  d[5] && Ra(d);
+  ~(s = T(d)) && (a = A[s] = v[s](d));
+  let k = !/*timer*/
+  d[5] && Ta(d);
   return {
     c() {
-      c && c.c(), e = Et(), t = $t("div"), m && m.c(), r = Et(), _ && _.c(), i = Et(), a && a.c(), n = Et(), x && x.c(), h = Ir(), Tt(t, "class", "progress-text svelte-1yk38uw"), mt(
+      c && c.c(), e = Lt(), t = $t("div"), m && m.c(), r = Lt(), _ && _.c(), i = Lt(), a && a.c(), n = Lt(), k && k.c(), h = Ir(), Et(t, "class", "progress-text svelte-1yk38uw"), pt(
         t,
         "meta-text-center",
         /*variant*/
         d[8] === "center"
-      ), mt(
+      ), pt(
         t,
         "meta-text",
         /*variant*/
         d[8] === "default"
       );
     },
-    m(L, k) {
-      c && c.m(L, k), ne(L, e, k), ne(L, t, k), m && m.m(t, null), gr(t, r), _ && _.m(t, null), ne(L, i, k), ~s && N[s].m(L, k), ne(L, n, k), x && x.m(L, k), ne(L, h, k), l = !0;
+    m(x, R) {
+      c && c.m(x, R), ne(x, e, R), ne(x, t, R), m && m.m(t, null), gr(t, r), _ && _.m(t, null), ne(x, i, R), ~s && A[s].m(x, R), ne(x, n, R), k && k.m(x, R), ne(x, h, R), l = !0;
     },
-    p(L, k) {
+    p(x, R) {
       /*variant*/
-      L[8] === "default" && /*show_eta_bar*/
-      L[18] && /*show_progress*/
-      L[6] === "full" ? c ? c.p(L, k) : (c = ma(L), c.c(), c.m(e.parentNode, e)) : c && (c.d(1), c = null), g === (g = u(L)) && m ? m.p(L, k) : (m && m.d(1), m = g && g(L), m && (m.c(), m.m(t, r))), /*timer*/
-      L[5] ? _ ? _.p(L, k) : (_ = ya(L), _.c(), _.m(t, null)) : _ && (_.d(1), _ = null), (!l || k[0] & /*variant*/
-      256) && mt(
+      x[8] === "default" && /*show_eta_bar*/
+      x[18] && /*show_progress*/
+      x[6] === "full" ? c ? c.p(x, R) : (c = wa(x), c.c(), c.m(e.parentNode, e)) : c && (c.d(1), c = null), g === (g = u(x)) && m ? m.p(x, R) : (m && m.d(1), m = g && g(x), m && (m.c(), m.m(t, r))), /*timer*/
+      x[5] ? _ ? _.p(x, R) : (_ = Sa(x), _.c(), _.m(t, null)) : _ && (_.d(1), _ = null), (!l || R[0] & /*variant*/
+      256) && pt(
         t,
         "meta-text-center",
         /*variant*/
-        L[8] === "center"
-      ), (!l || k[0] & /*variant*/
-      256) && mt(
+        x[8] === "center"
+      ), (!l || R[0] & /*variant*/
+      256) && pt(
         t,
         "meta-text",
         /*variant*/
-        L[8] === "default"
+        x[8] === "default"
       );
-      let z = s;
-      s = B(L), s === z ? ~s && N[s].p(L, k) : (a && (fl(), pr(N[z], 1, 1, () => {
-        N[z] = null;
-      }), al()), ~s ? (a = N[s], a ? a.p(L, k) : (a = N[s] = v[s](L), a.c()), dr(a, 1), a.m(n.parentNode, n)) : a = null), /*timer*/
-      L[5] ? x && (x.d(1), x = null) : x ? x.p(L, k) : (x = Ra(L), x.c(), x.m(h.parentNode, h));
+      let O = s;
+      s = T(x), s === O ? ~s && A[s].p(x, R) : (a && (ul(), pr(A[O], 1, 1, () => {
+        A[O] = null;
+      }), ll()), ~s ? (a = A[s], a ? a.p(x, R) : (a = A[s] = v[s](x), a.c()), dr(a, 1), a.m(n.parentNode, n)) : a = null), /*timer*/
+      x[5] ? k && (k.d(1), k = null) : k ? k.p(x, R) : (k = Ta(x), k.c(), k.m(h.parentNode, h));
     },
-    i(L) {
+    i(x) {
       l || (dr(a), l = !0);
     },
-    o(L) {
+    o(x) {
       pr(a), l = !1;
     },
-    d(L) {
-      L && (ie(e), ie(t), ie(i), ie(n), ie(h)), c && c.d(L), m && m.d(), _ && _.d(), ~s && N[s].d(L), x && x.d(L);
+    d(x) {
+      x && (ie(e), ie(t), ie(i), ie(n), ie(h)), c && c.d(x), m && m.d(), _ && _.d(), ~s && A[s].d(x), k && k.d(x);
     }
   };
 }
-function ma(d) {
+function wa(d) {
   let e, t = `translateX(${/*eta_level*/
   (d[17] || 0) * 100 - 100}%)`;
   return {
     c() {
-      e = $t("div"), Tt(e, "class", "eta-bar svelte-1yk38uw"), sr(e, "transform", t);
+      e = $t("div"), Et(e, "class", "eta-bar svelte-1yk38uw"), nr(e, "transform", t);
     },
     m(r, i) {
       ne(r, e, i);
@@ -1645,14 +1645,14 @@ function ma(d) {
     p(r, i) {
       i[0] & /*eta_level*/
       131072 && t !== (t = `translateX(${/*eta_level*/
-      (r[17] || 0) * 100 - 100}%)`) && sr(e, "transform", t);
+      (r[17] || 0) * 100 - 100}%)`) && nr(e, "transform", t);
     },
     d(r) {
       r && ie(e);
     }
   };
 }
-function Hc(d) {
+function qc(d) {
   let e;
   return {
     c() {
@@ -1661,13 +1661,13 @@ function Hc(d) {
     m(t, r) {
       ne(t, e, r);
     },
-    p: Hn,
+    p: Vn,
     d(t) {
       t && ie(e);
     }
   };
 }
-function Wc(d) {
+function Vc(d) {
   let e, t = (
     /*queue_position*/
     d[2] + 1 + ""
@@ -1697,13 +1697,13 @@ function Wc(d) {
     }
   };
 }
-function qc(d) {
+function Xc(d) {
   let e, t = Ei(
     /*progress*/
     d[7]
   ), r = [];
   for (let i = 0; i < t.length; i += 1)
-    r[i] = wa(va(d, t, i));
+    r[i] = _a(ba(d, t, i));
   return {
     c() {
       for (let i = 0; i < r.length; i += 1)
@@ -1724,8 +1724,8 @@ function qc(d) {
         );
         let a;
         for (a = 0; a < t.length; a += 1) {
-          const n = va(i, t, a);
-          r[a] ? r[a].p(n, s) : (r[a] = wa(n), r[a].c(), r[a].m(e.parentNode, e));
+          const n = ba(i, t, a);
+          r[a] ? r[a].p(n, s) : (r[a] = _a(n), r[a].c(), r[a].m(e.parentNode, e));
         }
         for (; a < r.length; a += 1)
           r[a].d(1);
@@ -1733,11 +1733,11 @@ function qc(d) {
       }
     },
     d(i) {
-      i && ie(e), hl(r, i);
+      i && ie(e), fl(r, i);
     }
   };
 }
-function ba(d) {
+function ya(d) {
   let e, t = (
     /*p*/
     d[41].unit + ""
@@ -1745,13 +1745,13 @@ function ba(d) {
   function n(c, u) {
     return (
       /*p*/
-      c[41].length != null ? Xc : Vc
+      c[41].length != null ? Gc : Yc
     );
   }
   let h = n(d), l = h(d);
   return {
     c() {
-      l.c(), e = Et(), r = Re(t), i = Re(" | "), a = Re(s);
+      l.c(), e = Lt(), r = Re(t), i = Re(" | "), a = Re(s);
     },
     m(c, u) {
       l.m(c, u), ne(c, e, u), ne(c, r, u), ne(c, i, u), ne(c, a, u);
@@ -1766,7 +1766,7 @@ function ba(d) {
     }
   };
 }
-function Vc(d) {
+function Yc(d) {
   let e = Mr(
     /*p*/
     d[41].index || 0
@@ -1790,7 +1790,7 @@ function Vc(d) {
     }
   };
 }
-function Xc(d) {
+function Gc(d) {
   let e = Mr(
     /*p*/
     d[41].index || 0
@@ -1821,10 +1821,10 @@ function Xc(d) {
     }
   };
 }
-function wa(d) {
+function _a(d) {
   let e, t = (
     /*p*/
-    d[41].index != null && ba(d)
+    d[41].index != null && ya(d)
   );
   return {
     c() {
@@ -1835,14 +1835,14 @@ function wa(d) {
     },
     p(r, i) {
       /*p*/
-      r[41].index != null ? t ? t.p(r, i) : (t = ba(r), t.c(), t.m(e.parentNode, e)) : t && (t.d(1), t = null);
+      r[41].index != null ? t ? t.p(r, i) : (t = ya(r), t.c(), t.m(e.parentNode, e)) : t && (t.d(1), t = null);
     },
     d(r) {
       r && ie(e), t && t.d(r);
     }
   };
 }
-function ya(d) {
+function Sa(d) {
   let e, t = (
     /*eta*/
     d[0] ? `/${/*formatted_eta*/
@@ -1874,19 +1874,19 @@ function ya(d) {
     }
   };
 }
-function Yc(d) {
+function Uc(d) {
   let e, t;
-  return e = new Rc({
+  return e = new Tc({
     props: { margin: (
       /*variant*/
       d[8] === "default"
     ) }
   }), {
     c() {
-      ll(e.$$.fragment);
+      ol(e.$$.fragment);
     },
     m(r, i) {
-      ul(e, r, i), t = !0;
+      cl(e, r, i), t = !0;
     },
     p(r, i) {
       const s = {};
@@ -1901,43 +1901,43 @@ function Yc(d) {
       pr(e.$$.fragment, r), t = !1;
     },
     d(r) {
-      ol(e, r);
+      hl(e, r);
     }
   };
 }
-function Gc(d) {
+function Zc(d) {
   let e, t, r, i, s, a = `${/*last_progress_level*/
   d[15] * 100}%`, n = (
     /*progress*/
-    d[7] != null && _a(d)
+    d[7] != null && Ca(d)
   );
   return {
     c() {
-      e = $t("div"), t = $t("div"), n && n.c(), r = Et(), i = $t("div"), s = $t("div"), Tt(t, "class", "progress-level-inner svelte-1yk38uw"), Tt(s, "class", "progress-bar svelte-1yk38uw"), sr(s, "width", a), Tt(i, "class", "progress-bar-wrap svelte-1yk38uw"), Tt(e, "class", "progress-level svelte-1yk38uw");
+      e = $t("div"), t = $t("div"), n && n.c(), r = Lt(), i = $t("div"), s = $t("div"), Et(t, "class", "progress-level-inner svelte-1yk38uw"), Et(s, "class", "progress-bar svelte-1yk38uw"), nr(s, "width", a), Et(i, "class", "progress-bar-wrap svelte-1yk38uw"), Et(e, "class", "progress-level svelte-1yk38uw");
     },
     m(h, l) {
       ne(h, e, l), gr(e, t), n && n.m(t, null), gr(e, r), gr(e, i), gr(i, s), d[31](s);
     },
     p(h, l) {
       /*progress*/
-      h[7] != null ? n ? n.p(h, l) : (n = _a(h), n.c(), n.m(t, null)) : n && (n.d(1), n = null), l[0] & /*last_progress_level*/
+      h[7] != null ? n ? n.p(h, l) : (n = Ca(h), n.c(), n.m(t, null)) : n && (n.d(1), n = null), l[0] & /*last_progress_level*/
       32768 && a !== (a = `${/*last_progress_level*/
-      h[15] * 100}%`) && sr(s, "width", a);
+      h[15] * 100}%`) && nr(s, "width", a);
     },
-    i: Hn,
-    o: Hn,
+    i: Vn,
+    o: Vn,
     d(h) {
       h && ie(e), n && n.d(), d[31](null);
     }
   };
 }
-function _a(d) {
+function Ca(d) {
   let e, t = Ei(
     /*progress*/
     d[7]
   ), r = [];
   for (let i = 0; i < t.length; i += 1)
-    r[i] = ka(pa(d, t, i));
+    r[i] = xa(ma(d, t, i));
   return {
     c() {
       for (let i = 0; i < r.length; i += 1)
@@ -1958,8 +1958,8 @@ function _a(d) {
         );
         let a;
         for (a = 0; a < t.length; a += 1) {
-          const n = pa(i, t, a);
-          r[a] ? r[a].p(n, s) : (r[a] = ka(n), r[a].c(), r[a].m(e.parentNode, e));
+          const n = ma(i, t, a);
+          r[a] ? r[a].p(n, s) : (r[a] = xa(n), r[a].c(), r[a].m(e.parentNode, e));
         }
         for (; a < r.length; a += 1)
           r[a].d(1);
@@ -1967,17 +1967,17 @@ function _a(d) {
       }
     },
     d(i) {
-      i && ie(e), hl(r, i);
+      i && ie(e), fl(r, i);
     }
   };
 }
-function Sa(d) {
+function Aa(d) {
   let e, t, r, i, s = (
     /*i*/
-    d[43] !== 0 && Uc()
+    d[43] !== 0 && Kc()
   ), a = (
     /*p*/
-    d[41].desc != null && Ca(d)
+    d[41].desc != null && Na(d)
   ), n = (
     /*p*/
     d[41].desc != null && /*progress_level*/
@@ -1985,35 +1985,35 @@ function Sa(d) {
     d[14][
       /*i*/
       d[43]
-    ] != null && Aa()
+    ] != null && ka()
   ), h = (
     /*progress_level*/
-    d[14] != null && Na(d)
+    d[14] != null && Ra(d)
   );
   return {
     c() {
-      s && s.c(), e = Et(), a && a.c(), t = Et(), n && n.c(), r = Et(), h && h.c(), i = Ir();
+      s && s.c(), e = Lt(), a && a.c(), t = Lt(), n && n.c(), r = Lt(), h && h.c(), i = Ir();
     },
     m(l, c) {
       s && s.m(l, c), ne(l, e, c), a && a.m(l, c), ne(l, t, c), n && n.m(l, c), ne(l, r, c), h && h.m(l, c), ne(l, i, c);
     },
     p(l, c) {
       /*p*/
-      l[41].desc != null ? a ? a.p(l, c) : (a = Ca(l), a.c(), a.m(t.parentNode, t)) : a && (a.d(1), a = null), /*p*/
+      l[41].desc != null ? a ? a.p(l, c) : (a = Na(l), a.c(), a.m(t.parentNode, t)) : a && (a.d(1), a = null), /*p*/
       l[41].desc != null && /*progress_level*/
       l[14] && /*progress_level*/
       l[14][
         /*i*/
         l[43]
-      ] != null ? n || (n = Aa(), n.c(), n.m(r.parentNode, r)) : n && (n.d(1), n = null), /*progress_level*/
-      l[14] != null ? h ? h.p(l, c) : (h = Na(l), h.c(), h.m(i.parentNode, i)) : h && (h.d(1), h = null);
+      ] != null ? n || (n = ka(), n.c(), n.m(r.parentNode, r)) : n && (n.d(1), n = null), /*progress_level*/
+      l[14] != null ? h ? h.p(l, c) : (h = Ra(l), h.c(), h.m(i.parentNode, i)) : h && (h.d(1), h = null);
     },
     d(l) {
       l && (ie(e), ie(t), ie(r), ie(i)), s && s.d(l), a && a.d(l), n && n.d(l), h && h.d(l);
     }
   };
 }
-function Uc(d) {
+function Kc(d) {
   let e;
   return {
     c() {
@@ -2027,7 +2027,7 @@ function Uc(d) {
     }
   };
 }
-function Ca(d) {
+function Na(d) {
   let e = (
     /*p*/
     d[41].desc + ""
@@ -2049,7 +2049,7 @@ function Ca(d) {
     }
   };
 }
-function Aa(d) {
+function ka(d) {
   let e;
   return {
     c() {
@@ -2063,7 +2063,7 @@ function Aa(d) {
     }
   };
 }
-function Na(d) {
+function Ra(d) {
   let e = (100 * /*progress_level*/
   (d[14][
     /*i*/
@@ -2089,7 +2089,7 @@ function Na(d) {
     }
   };
 }
-function ka(d) {
+function xa(d) {
   let e, t = (
     /*p*/
     (d[41].desc != null || /*progress_level*/
@@ -2097,7 +2097,7 @@ function ka(d) {
     d[14][
       /*i*/
       d[43]
-    ] != null) && Sa(d)
+    ] != null) && Aa(d)
   );
   return {
     c() {
@@ -2113,21 +2113,21 @@ function ka(d) {
       r[14][
         /*i*/
         r[43]
-      ] != null ? t ? t.p(r, i) : (t = Sa(r), t.c(), t.m(e.parentNode, e)) : t && (t.d(1), t = null);
+      ] != null ? t ? t.p(r, i) : (t = Aa(r), t.c(), t.m(e.parentNode, e)) : t && (t.d(1), t = null);
     },
     d(r) {
       r && ie(e), t && t.d(r);
     }
   };
 }
-function Ra(d) {
+function Ta(d) {
   let e, t;
   return {
     c() {
       e = $t("p"), t = Re(
         /*loading_text*/
         d[9]
-      ), Tt(e, "class", "loading svelte-1yk38uw");
+      ), Et(e, "class", "loading svelte-1yk38uw");
     },
     m(r, i) {
       ne(r, e, i), gr(e, t);
@@ -2145,9 +2145,9 @@ function Ra(d) {
     }
   };
 }
-function Zc(d) {
+function jc(d) {
   let e, t, r, i, s;
-  const a = [zc, Fc], n = [];
+  const a = [Wc, Hc], n = [];
   function h(l, c) {
     return (
       /*status*/
@@ -2159,12 +2159,12 @@ function Zc(d) {
   }
   return ~(t = h(d)) && (r = n[t] = a[t](d)), {
     c() {
-      e = $t("div"), r && r.c(), Tt(e, "class", i = "wrap " + /*variant*/
+      e = $t("div"), r && r.c(), Et(e, "class", i = "wrap " + /*variant*/
       d[8] + " " + /*show_progress*/
-      d[6] + " svelte-1yk38uw"), mt(e, "hide", !/*status*/
+      d[6] + " svelte-1yk38uw"), pt(e, "hide", !/*status*/
       d[4] || /*status*/
       d[4] === "complete" || /*show_progress*/
-      d[6] === "hidden"), mt(
+      d[6] === "hidden"), pt(
         e,
         "translucent",
         /*variant*/
@@ -2173,22 +2173,22 @@ function Zc(d) {
         d[4] === "error") || /*translucent*/
         d[11] || /*show_progress*/
         d[6] === "minimal"
-      ), mt(
+      ), pt(
         e,
         "generating",
         /*status*/
         d[4] === "generating"
-      ), mt(
+      ), pt(
         e,
         "border",
         /*border*/
         d[12]
-      ), sr(
+      ), nr(
         e,
         "position",
         /*absolute*/
         d[10] ? "absolute" : "static"
-      ), sr(
+      ), nr(
         e,
         "padding",
         /*absolute*/
@@ -2200,17 +2200,17 @@ function Zc(d) {
     },
     p(l, c) {
       let u = t;
-      t = h(l), t === u ? ~t && n[t].p(l, c) : (r && (fl(), pr(n[u], 1, 1, () => {
+      t = h(l), t === u ? ~t && n[t].p(l, c) : (r && (ul(), pr(n[u], 1, 1, () => {
         n[u] = null;
-      }), al()), ~t ? (r = n[t], r ? r.p(l, c) : (r = n[t] = a[t](l), r.c()), dr(r, 1), r.m(e, null)) : r = null), (!s || c[0] & /*variant, show_progress*/
+      }), ll()), ~t ? (r = n[t], r ? r.p(l, c) : (r = n[t] = a[t](l), r.c()), dr(r, 1), r.m(e, null)) : r = null), (!s || c[0] & /*variant, show_progress*/
       320 && i !== (i = "wrap " + /*variant*/
       l[8] + " " + /*show_progress*/
-      l[6] + " svelte-1yk38uw")) && Tt(e, "class", i), (!s || c[0] & /*variant, show_progress, status, show_progress*/
-      336) && mt(e, "hide", !/*status*/
+      l[6] + " svelte-1yk38uw")) && Et(e, "class", i), (!s || c[0] & /*variant, show_progress, status, show_progress*/
+      336) && pt(e, "hide", !/*status*/
       l[4] || /*status*/
       l[4] === "complete" || /*show_progress*/
       l[6] === "hidden"), (!s || c[0] & /*variant, show_progress, variant, status, translucent, show_progress*/
-      2384) && mt(
+      2384) && pt(
         e,
         "translucent",
         /*variant*/
@@ -2220,25 +2220,25 @@ function Zc(d) {
         l[11] || /*show_progress*/
         l[6] === "minimal"
       ), (!s || c[0] & /*variant, show_progress, status*/
-      336) && mt(
+      336) && pt(
         e,
         "generating",
         /*status*/
         l[4] === "generating"
       ), (!s || c[0] & /*variant, show_progress, border*/
-      4416) && mt(
+      4416) && pt(
         e,
         "border",
         /*border*/
         l[12]
       ), c[0] & /*absolute*/
-      1024 && sr(
+      1024 && nr(
         e,
         "position",
         /*absolute*/
         l[10] ? "absolute" : "static"
       ), c[0] & /*absolute*/
-      1024 && sr(
+      1024 && nr(
         e,
         "padding",
         /*absolute*/
@@ -2256,7 +2256,7 @@ function Zc(d) {
     }
   };
 }
-var Kc = function(d, e, t, r) {
+var Jc = function(d, e, t, r) {
   function i(s) {
     return s instanceof t ? s : new t(function(a) {
       a(s);
@@ -2283,73 +2283,73 @@ var Kc = function(d, e, t, r) {
     l((r = r.apply(d, e || [])).next());
   });
 };
-let Si = [], Tn = !1;
-function jc(d) {
-  return Kc(this, arguments, void 0, function* (e, t = !0) {
+let Si = [], Ln = !1;
+function Qc(d) {
+  return Jc(this, arguments, void 0, function* (e, t = !0) {
     if (!(window.__gradio_mode__ === "website" || window.__gradio_mode__ !== "app" && t !== !0)) {
-      if (Si.push(e), !Tn)
-        Tn = !0;
+      if (Si.push(e), !Ln)
+        Ln = !0;
       else
         return;
-      yield Pc(), requestAnimationFrame(() => {
+      yield Ic(), requestAnimationFrame(() => {
         let r = [0, 0];
         for (let i = 0; i < Si.length; i++) {
           const a = Si[i].getBoundingClientRect();
           (i === 0 || a.top + window.scrollY <= r[0]) && (r[0] = a.top + window.scrollY, r[1] = i);
         }
-        window.scrollTo({ top: r[0] - 20, behavior: "smooth" }), Tn = !1, Si = [];
+        window.scrollTo({ top: r[0] - 20, behavior: "smooth" }), Ln = !1, Si = [];
       });
     }
   });
 }
-function Jc(d, e, t) {
+function eg(d, e, t) {
   let r, { $$slots: i = {}, $$scope: s } = e;
   this && this.__awaiter;
-  const a = Ic();
-  let { i18n: n } = e, { eta: h = null } = e, { queue_position: l } = e, { queue_size: c } = e, { status: u } = e, { scroll_to_output: g = !1 } = e, { timer: m = !0 } = e, { show_progress: _ = "full" } = e, { message: v = null } = e, { progress: N = null } = e, { variant: B = "default" } = e, { loading_text: x = "Loading..." } = e, { absolute: L = !0 } = e, { translucent: k = !1 } = e, { border: z = !1 } = e, { autoscroll: D } = e, Y, O = !1, Z = 0, j = 0, q = null, se = null, ye = 0, ke = null, xe, we = null, Ee = !0;
-  const Qe = () => {
-    t(0, h = t(27, q = t(19, Be = null))), t(25, Z = performance.now()), t(26, j = 0), O = !0, Ce();
+  const a = Fc();
+  let { i18n: n } = e, { eta: h = null } = e, { queue_position: l } = e, { queue_size: c } = e, { status: u } = e, { scroll_to_output: g = !1 } = e, { timer: m = !0 } = e, { show_progress: _ = "full" } = e, { message: v = null } = e, { progress: A = null } = e, { variant: T = "default" } = e, { loading_text: k = "Loading..." } = e, { absolute: x = !0 } = e, { translucent: R = !1 } = e, { border: O = !1 } = e, { autoscroll: D } = e, te, q = !1, re = 0, j = 0, X = null, se = null, ye = 0, ke = null, xe, we = null, Ee = !0;
+  const et = () => {
+    t(0, h = t(27, X = t(19, Be = null))), t(25, re = performance.now()), t(26, j = 0), q = !0, Ce();
   };
   function Ce() {
     requestAnimationFrame(() => {
-      t(26, j = (performance.now() - Z) / 1e3), O && Ce();
+      t(26, j = (performance.now() - re) / 1e3), q && Ce();
     });
   }
   function Ae() {
-    t(26, j = 0), t(0, h = t(27, q = t(19, Be = null))), O && (O = !1);
+    t(26, j = 0), t(0, h = t(27, X = t(19, Be = null))), q && (q = !1);
   }
-  $c(() => {
-    O && Ae();
+  Oc(() => {
+    q && Ae();
   });
   let Be = null;
-  function st(K) {
-    ga[K ? "unshift" : "push"](() => {
-      we = K, t(16, we), t(7, N), t(14, ke), t(15, xe);
+  function at(U) {
+    pa[U ? "unshift" : "push"](() => {
+      we = U, t(16, we), t(7, A), t(14, ke), t(15, xe);
     });
   }
   const It = () => {
     a("clear_status");
   };
-  function wt(K) {
-    ga[K ? "unshift" : "push"](() => {
-      Y = K, t(13, Y);
+  function wt(U) {
+    pa[U ? "unshift" : "push"](() => {
+      te = U, t(13, te);
     });
   }
-  return d.$$set = (K) => {
-    "i18n" in K && t(1, n = K.i18n), "eta" in K && t(0, h = K.eta), "queue_position" in K && t(2, l = K.queue_position), "queue_size" in K && t(3, c = K.queue_size), "status" in K && t(4, u = K.status), "scroll_to_output" in K && t(22, g = K.scroll_to_output), "timer" in K && t(5, m = K.timer), "show_progress" in K && t(6, _ = K.show_progress), "message" in K && t(23, v = K.message), "progress" in K && t(7, N = K.progress), "variant" in K && t(8, B = K.variant), "loading_text" in K && t(9, x = K.loading_text), "absolute" in K && t(10, L = K.absolute), "translucent" in K && t(11, k = K.translucent), "border" in K && t(12, z = K.border), "autoscroll" in K && t(24, D = K.autoscroll), "$$scope" in K && t(29, s = K.$$scope);
+  return d.$$set = (U) => {
+    "i18n" in U && t(1, n = U.i18n), "eta" in U && t(0, h = U.eta), "queue_position" in U && t(2, l = U.queue_position), "queue_size" in U && t(3, c = U.queue_size), "status" in U && t(4, u = U.status), "scroll_to_output" in U && t(22, g = U.scroll_to_output), "timer" in U && t(5, m = U.timer), "show_progress" in U && t(6, _ = U.show_progress), "message" in U && t(23, v = U.message), "progress" in U && t(7, A = U.progress), "variant" in U && t(8, T = U.variant), "loading_text" in U && t(9, k = U.loading_text), "absolute" in U && t(10, x = U.absolute), "translucent" in U && t(11, R = U.translucent), "border" in U && t(12, O = U.border), "autoscroll" in U && t(24, D = U.autoscroll), "$$scope" in U && t(29, s = U.$$scope);
   }, d.$$.update = () => {
     d.$$.dirty[0] & /*eta, old_eta, timer_start, eta_from_start*/
-    436207617 && (h === null && t(0, h = q), h != null && q !== h && (t(28, se = (performance.now() - Z) / 1e3 + h), t(19, Be = se.toFixed(1)), t(27, q = h))), d.$$.dirty[0] & /*eta_from_start, timer_diff*/
+    436207617 && (h === null && t(0, h = X), h != null && X !== h && (t(28, se = (performance.now() - re) / 1e3 + h), t(19, Be = se.toFixed(1)), t(27, X = h))), d.$$.dirty[0] & /*eta_from_start, timer_diff*/
     335544320 && t(17, ye = se === null || se <= 0 || !j ? null : Math.min(j / se, 1)), d.$$.dirty[0] & /*progress*/
-    128 && N != null && t(18, Ee = !1), d.$$.dirty[0] & /*progress, progress_level, progress_bar, last_progress_level*/
-    114816 && (N != null ? t(14, ke = N.map((K) => {
-      if (K.index != null && K.length != null)
-        return K.index / K.length;
-      if (K.progress != null)
-        return K.progress;
+    128 && A != null && t(18, Ee = !1), d.$$.dirty[0] & /*progress, progress_level, progress_bar, last_progress_level*/
+    114816 && (A != null ? t(14, ke = A.map((U) => {
+      if (U.index != null && U.length != null)
+        return U.index / U.length;
+      if (U.progress != null)
+        return U.progress;
     })) : t(14, ke = null), ke ? (t(15, xe = ke[ke.length - 1]), we && (xe === 0 ? t(16, we.style.transition = "0", we) : t(16, we.style.transition = "150ms", we))) : t(15, xe = void 0)), d.$$.dirty[0] & /*status*/
-    16 && (u === "pending" ? Qe() : Ae()), d.$$.dirty[0] & /*el, scroll_to_output, status, autoscroll*/
-    20979728 && Y && g && (u === "pending" || u === "complete") && jc(Y, D), d.$$.dirty[0] & /*status, message*/
+    16 && (u === "pending" ? et() : Ae()), d.$$.dirty[0] & /*el, scroll_to_output, status, autoscroll*/
+    20979728 && te && g && (u === "pending" || u === "complete") && Qc(te, D), d.$$.dirty[0] & /*status, message*/
     8388624, d.$$.dirty[0] & /*timer_diff*/
     67108864 && t(20, r = j.toFixed(1));
   }, [
@@ -2360,13 +2360,13 @@ function Jc(d, e, t) {
     u,
     m,
     _,
-    N,
-    B,
-    x,
-    L,
+    A,
+    T,
     k,
-    z,
-    Y,
+    x,
+    R,
+    O,
+    te,
     ke,
     xe,
     we,
@@ -2378,25 +2378,25 @@ function Jc(d, e, t) {
     g,
     v,
     D,
-    Z,
+    re,
     j,
-    q,
+    X,
     se,
     s,
     i,
-    st,
+    at,
     It,
     wt
   ];
 }
-class Qc extends xc {
+class tg extends Ec {
   constructor(e) {
-    super(), Mc(
+    super(), Dc(
       this,
       e,
-      Jc,
-      Zc,
-      Bc,
+      eg,
+      jc,
+      Pc,
       {
         i18n: 1,
         eta: 0,
@@ -2420,11 +2420,11 @@ class Qc extends xc {
     );
   }
 }
-var eg = typeof globalThis < "u" ? globalThis : typeof window < "u" ? window : typeof global < "u" ? global : typeof self < "u" ? self : {};
-function tg(d) {
+var rg = typeof globalThis < "u" ? globalThis : typeof window < "u" ? window : typeof global < "u" ? global : typeof self < "u" ? self : {};
+function ig(d) {
   return d && d.__esModule && Object.prototype.hasOwnProperty.call(d, "default") ? d.default : d;
 }
-let rg = class Wn {
+let ng = class Xn {
   /**
    * Clone an array or an object. If an object is passed, a shallow clone will be created.
    *
@@ -2436,7 +2436,7 @@ let rg = class Wn {
     let t = Array.isArray(e) ? Array() : {};
     for (let r in e) {
       let i = e[r];
-      typeof i.clone == "function" ? t[r] = i.clone() : t[r] = typeof i == "object" ? Wn.clone(i) : i;
+      typeof i.clone == "function" ? t[r] = i.clone() : t[r] = typeof i == "object" ? Xn.clone(i) : i;
     }
     return t;
   }
@@ -2682,13 +2682,13 @@ let rg = class Wn {
     let t = Array();
     for (let r = 0; r < e.length; r++) {
       let i = e[r];
-      i instanceof Array ? t[r] = Wn.deepCopy(i) : t[r] = i;
+      i instanceof Array ? t[r] = Xn.deepCopy(i) : t[r] = i;
     }
     return t;
   }
 };
-var Zr = rg;
-let ig = class cr {
+var Zr = ng;
+let sg = class cr {
   /**
    * Rounds a value to a given number of decimals.
    *
@@ -2809,8 +2809,8 @@ let ig = class cr {
     return 2 * Math.PI;
   }
 };
-var Kr = ig;
-let ng = class be {
+var Kr = sg;
+let ag = class be {
   /**
    * The constructor of the class Vector2.
    *
@@ -3260,11 +3260,11 @@ let ng = class be {
     return t.normalize();
   }
 };
-var ar = ng, En, xa;
+var ar = ag, Mn, Ea;
 function Or() {
-  if (xa)
-    return En;
-  xa = 1;
+  if (Ea)
+    return Mn;
+  Ea = 1;
   const d = Kr, e = Zr, t = ar;
   Li();
   class r {
@@ -3451,13 +3451,13 @@ function Or() {
       return null;
     }
   }
-  return En = r, En;
+  return Mn = r, Mn;
 }
-var Ln, Ta;
-function cl() {
-  if (Ta)
-    return Ln;
-  Ta = 1, Or(), jr();
+var Bn, La;
+function gl() {
+  if (La)
+    return Bn;
+  La = 1, Or(), jr();
   class d {
     /**
      * The constructor for the class RingConnection.
@@ -3565,16 +3565,16 @@ function cl() {
       }
     }
   }
-  return Ln = d, Ln;
+  return Bn = d, Bn;
 }
-var Mn, Ea;
+var Dn, Ma;
 function jr() {
-  if (Ea)
-    return Mn;
-  Ea = 1;
+  if (Ma)
+    return Dn;
+  Ma = 1;
   const d = Zr, e = ar;
   Or();
-  const t = cl();
+  const t = gl();
   class r {
     /**
      * The constructor for the class Ring.
@@ -3693,13 +3693,13 @@ function jr() {
       return !1;
     }
   }
-  return Mn = r, Mn;
+  return Dn = r, Dn;
 }
-var Bn, La;
+var Pn, Ba;
 function Li() {
-  if (La)
-    return Bn;
-  La = 1;
+  if (Ba)
+    return Pn;
+  Ba = 1;
   const d = Zr;
   Or(), jr();
   class e {
@@ -4125,10 +4125,10 @@ function Li() {
       };
     }
   }
-  return Bn = e, Bn;
+  return Pn = e, Pn;
 }
 const Tr = ar;
-let sg = class gl {
+let lg = class dl {
   /**
    * The constructor for the class Line.
    *
@@ -4148,7 +4148,7 @@ let sg = class gl {
    * @returns {Line} A clone of this line.
    */
   clone() {
-    return new gl(this.from.clone(), this.to.clone(), this.elementFrom, this.elementTo);
+    return new dl(this.from.clone(), this.to.clone(), this.elementFrom, this.elementTo);
   }
   /**
    * Returns the length of this line.
@@ -4302,8 +4302,8 @@ let sg = class gl {
     return t.normalize(), t.multiplyScalar(e / 2), this.to.add(t), this.from.subtract(t), this;
   }
 };
-var Xn = sg;
-let ag = class dl {
+var Zn = lg;
+let og = class pl {
   /**
    * The constructor for the class Edge.
    *
@@ -4319,7 +4319,7 @@ let ag = class dl {
    * @param {String} bondType 
    */
   setBondType(e) {
-    this.bondType = e, this.weight = dl.bonds[e];
+    this.bondType = e, this.weight = pl.bonds[e];
   }
   /**
    * An object mapping the bond type to the number of bonds.
@@ -4337,18 +4337,18 @@ let ag = class dl {
     };
   }
 };
-var pl = ag;
-function lg(d) {
+var vl = og;
+function hg(d) {
   return d === 1 ? "+" : d === 2 ? "2+" : d === -1 ? "-" : d === -2 ? "2-" : "";
 }
-var og = {
-  getChargeText: lg
+var fg = {
+  getChargeText: hg
 };
 const Er = Kr, Ke = ar;
 Or();
 jr();
-const { getChargeText: Ma } = og;
-let hg = class {
+const { getChargeText: Da } = fg;
+let ug = class {
   /**
    * The constructor for the class CanvasWrapper.
    *
@@ -4451,10 +4451,10 @@ let hg = class {
     l[0].normalize(), l[1].normalize();
     let c = e.getRightChiral(), u = n, g = h;
     c && (u = h, g = n);
-    let m = Ke.add(u, Ke.multiplyScalar(l[0], this.halfBondThickness)), _ = Ke.add(g, Ke.multiplyScalar(l[0], 1.5 + this.halfBondThickness)), v = Ke.add(g, Ke.multiplyScalar(l[1], 1.5 + this.halfBondThickness)), N = Ke.add(u, Ke.multiplyScalar(l[1], this.halfBondThickness));
-    r.beginPath(), r.moveTo(m.x, m.y), r.lineTo(_.x, _.y), r.lineTo(v.x, v.y), r.lineTo(N.x, N.y);
-    let B = this.ctx.createRadialGradient(h.x, h.y, this.opts.bondLength, h.x, h.y, 0);
-    B.addColorStop(0.4, this.themeManager.getColor(e.getLeftElement()) || this.themeManager.getColor("C")), B.addColorStop(0.6, this.themeManager.getColor(e.getRightElement()) || this.themeManager.getColor("C")), r.fillStyle = B, r.fill(), r.restore();
+    let m = Ke.add(u, Ke.multiplyScalar(l[0], this.halfBondThickness)), _ = Ke.add(g, Ke.multiplyScalar(l[0], 1.5 + this.halfBondThickness)), v = Ke.add(g, Ke.multiplyScalar(l[1], 1.5 + this.halfBondThickness)), A = Ke.add(u, Ke.multiplyScalar(l[1], this.halfBondThickness));
+    r.beginPath(), r.moveTo(m.x, m.y), r.lineTo(_.x, _.y), r.lineTo(v.x, v.y), r.lineTo(A.x, A.y);
+    let T = this.ctx.createRadialGradient(h.x, h.y, this.opts.bondLength, h.x, h.y, 0);
+    T.addColorStop(0.4, this.themeManager.getColor(e.getLeftElement()) || this.themeManager.getColor("C")), T.addColorStop(0.6, this.themeManager.getColor(e.getRightElement()) || this.themeManager.getColor("C")), r.fillStyle = T, r.fill(), r.restore();
   }
   /**
    * Draw a dashed wedge on the canvas.
@@ -4472,10 +4472,10 @@ let hg = class {
     h ? (l = a, c = s, m.shortenRight(1), u = m.getRightVector().clone(), g = m.getLeftVector().clone()) : (l = s, c = a, m.shortenLeft(1), u = m.getLeftVector().clone(), g = m.getRightVector().clone()), u.x += r, u.y += i, g.x += r, g.y += i;
     let _ = Ke.subtract(c, l).normalize();
     t.strokeStyle = this.themeManager.getColor("C"), t.lineCap = "round", t.lineWidth = this.opts.bondThickness, t.beginPath();
-    let v = e.getLength(), N = 1.25 / (v / (this.opts.bondThickness * 3)), B = !1;
-    for (var x = 0; x < 1; x += N) {
-      let L = Ke.multiplyScalar(_, x * v), k = Ke.add(l, L), z = 1.5 * x, D = Ke.multiplyScalar(n[0], z);
-      !B && x > 0.5 && (t.stroke(), t.beginPath(), t.strokeStyle = this.themeManager.getColor(e.getRightElement()) || this.themeManager.getColor("C"), B = !0), k.subtract(D), t.moveTo(k.x, k.y), k.add(Ke.multiplyScalar(D, 2)), t.lineTo(k.x, k.y);
+    let v = e.getLength(), A = 1.25 / (v / (this.opts.bondThickness * 3)), T = !1;
+    for (var k = 0; k < 1; k += A) {
+      let x = Ke.multiplyScalar(_, k * v), R = Ke.add(l, x), O = 1.5 * k, D = Ke.multiplyScalar(n[0], O);
+      !T && k > 0.5 && (t.stroke(), t.beginPath(), t.strokeStyle = this.themeManager.getColor(e.getRightElement()) || this.themeManager.getColor("C"), T = !0), R.subtract(D), t.moveTo(R.x, R.y), R.add(Ke.multiplyScalar(D, 2)), t.lineTo(R.x, R.y);
     }
     t.stroke(), t.restore();
   }
@@ -4533,32 +4533,32 @@ let hg = class {
     let u = this.ctx, g = this.offsetX, m = this.offsetY;
     u.save(), u.textAlign = "start", u.textBaseline = "alphabetic";
     let _ = "", v = 0;
-    n && (_ = Ma(n), u.font = this.fontSmall, v = u.measureText(_).width);
-    let N = "0", B = 0;
-    h > 0 && (N = h.toString(), u.font = this.fontSmall, B = u.measureText(N).width), n === 1 && r === "N" && c.hasOwnProperty("0O") && c.hasOwnProperty("0O-1") && (c = { "0O": { element: "O", count: 2, hydrogenCount: 0, previousElement: "C", charge: "" } }, n = 0), u.font = this.fontLarge, u.fillStyle = this.themeManager.getColor("BACKGROUND");
-    let x = u.measureText(r);
-    x.totalWidth = x.width + v, x.height = parseInt(this.fontLarge, 10);
-    let L = x.width > this.opts.fontSizeLarge ? x.width : this.opts.fontSizeLarge;
-    L /= 1.5, u.globalCompositeOperation = "destination-out", u.beginPath(), u.arc(e + g, t + m, L, 0, Er.twoPI, !0), u.closePath(), u.fill(), u.globalCompositeOperation = "source-over";
-    let k = -x.width / 2, z = -x.width / 2;
-    u.fillStyle = this.themeManager.getColor(r), u.fillText(r, e + g + k, t + this.opts.halfFontSizeLarge + m), k += x.width, n && (u.font = this.fontSmall, u.fillText(_, e + g + k, t - this.opts.fifthFontSizeSmall + m), k += v), h > 0 && (u.font = this.fontSmall, u.fillText(N, e + g + z - B, t - this.opts.fifthFontSizeSmall + m), z -= B), u.font = this.fontLarge;
-    let D = 0, Y = 0;
+    n && (_ = Da(n), u.font = this.fontSmall, v = u.measureText(_).width);
+    let A = "0", T = 0;
+    h > 0 && (A = h.toString(), u.font = this.fontSmall, T = u.measureText(A).width), n === 1 && r === "N" && c.hasOwnProperty("0O") && c.hasOwnProperty("0O-1") && (c = { "0O": { element: "O", count: 2, hydrogenCount: 0, previousElement: "C", charge: "" } }, n = 0), u.font = this.fontLarge, u.fillStyle = this.themeManager.getColor("BACKGROUND");
+    let k = u.measureText(r);
+    k.totalWidth = k.width + v, k.height = parseInt(this.fontLarge, 10);
+    let x = k.width > this.opts.fontSizeLarge ? k.width : this.opts.fontSizeLarge;
+    x /= 1.5, u.globalCompositeOperation = "destination-out", u.beginPath(), u.arc(e + g, t + m, x, 0, Er.twoPI, !0), u.closePath(), u.fill(), u.globalCompositeOperation = "source-over";
+    let R = -k.width / 2, O = -k.width / 2;
+    u.fillStyle = this.themeManager.getColor(r), u.fillText(r, e + g + R, t + this.opts.halfFontSizeLarge + m), R += k.width, n && (u.font = this.fontSmall, u.fillText(_, e + g + R, t - this.opts.fifthFontSizeSmall + m), R += v), h > 0 && (u.font = this.fontSmall, u.fillText(A, e + g + O - T, t - this.opts.fifthFontSizeSmall + m), O -= T), u.font = this.fontLarge;
+    let D = 0, te = 0;
     if (i === 1) {
-      let O = e + g, Z = t + m + this.opts.halfFontSizeLarge;
-      D = this.hydrogenWidth, z -= D, s === "left" ? O += z : s === "right" || s === "up" && a || s === "down" && a ? O += k : s === "up" && !a ? (Z -= this.opts.fontSizeLarge + this.opts.quarterFontSizeLarge, O -= this.halfHydrogenWidth) : s === "down" && !a && (Z += this.opts.fontSizeLarge + this.opts.quarterFontSizeLarge, O -= this.halfHydrogenWidth), u.fillText("H", O, Z), k += D;
+      let q = e + g, re = t + m + this.opts.halfFontSizeLarge;
+      D = this.hydrogenWidth, O -= D, s === "left" ? q += O : s === "right" || s === "up" && a || s === "down" && a ? q += R : s === "up" && !a ? (re -= this.opts.fontSizeLarge + this.opts.quarterFontSizeLarge, q -= this.halfHydrogenWidth) : s === "down" && !a && (re += this.opts.fontSizeLarge + this.opts.quarterFontSizeLarge, q -= this.halfHydrogenWidth), u.fillText("H", q, re), R += D;
     } else if (i > 1) {
-      let O = e + g, Z = t + m + this.opts.halfFontSizeLarge;
-      D = this.hydrogenWidth, u.font = this.fontSmall, Y = u.measureText(i).width, z -= D + Y, s === "left" ? O += z : s === "right" || s === "up" && a || s === "down" && a ? O += k : s === "up" && !a ? (Z -= this.opts.fontSizeLarge + this.opts.quarterFontSizeLarge, O -= this.halfHydrogenWidth) : s === "down" && !a && (Z += this.opts.fontSizeLarge + this.opts.quarterFontSizeLarge, O -= this.halfHydrogenWidth), u.font = this.fontLarge, u.fillText("H", O, Z), u.font = this.fontSmall, u.fillText(i, O + this.halfHydrogenWidth + Y, Z + this.opts.fifthFontSizeSmall), k += D + this.halfHydrogenWidth + Y;
+      let q = e + g, re = t + m + this.opts.halfFontSizeLarge;
+      D = this.hydrogenWidth, u.font = this.fontSmall, te = u.measureText(i).width, O -= D + te, s === "left" ? q += O : s === "right" || s === "up" && a || s === "down" && a ? q += R : s === "up" && !a ? (re -= this.opts.fontSizeLarge + this.opts.quarterFontSizeLarge, q -= this.halfHydrogenWidth) : s === "down" && !a && (re += this.opts.fontSizeLarge + this.opts.quarterFontSizeLarge, q -= this.halfHydrogenWidth), u.font = this.fontLarge, u.fillText("H", q, re), u.font = this.fontSmall, u.fillText(i, q + this.halfHydrogenWidth + te, re + this.opts.fifthFontSizeSmall), R += D + this.halfHydrogenWidth + te;
     }
-    for (let O in c) {
-      if (!c.hasOwnProperty(O))
+    for (let q in c) {
+      if (!c.hasOwnProperty(q))
         continue;
-      let Z = 0, j = 0, q = c[O].element, se = c[O].count, ye = c[O].hydrogenCount, ke = c[O].charge;
-      u.font = this.fontLarge, se > 1 && ye > 0 && (Z = u.measureText("(").width, j = u.measureText(")").width);
-      let xe = u.measureText(q).width, we = 0, Ee = "", Qe = 0;
-      D = 0, ye > 0 && (D = this.hydrogenWidth), u.font = this.fontSmall, se > 1 && (we = u.measureText(se).width), ke !== 0 && (Ee = Ma(ke), Qe = u.measureText(Ee).width), Y = 0, ye > 1 && (Y = u.measureText(ye).width), u.font = this.fontLarge;
+      let re = 0, j = 0, X = c[q].element, se = c[q].count, ye = c[q].hydrogenCount, ke = c[q].charge;
+      u.font = this.fontLarge, se > 1 && ye > 0 && (re = u.measureText("(").width, j = u.measureText(")").width);
+      let xe = u.measureText(X).width, we = 0, Ee = "", et = 0;
+      D = 0, ye > 0 && (D = this.hydrogenWidth), u.font = this.fontSmall, se > 1 && (we = u.measureText(se).width), ke !== 0 && (Ee = Da(ke), et = u.measureText(Ee).width), te = 0, ye > 1 && (te = u.measureText(ye).width), u.font = this.fontLarge;
       let Ce = e + g, Ae = t + m + this.opts.halfFontSizeLarge;
-      u.fillStyle = this.themeManager.getColor(q), se > 0 && (z -= we), se > 1 && ye > 0 && (s === "left" ? (z -= j, u.fillText(")", Ce + z, Ae)) : (u.fillText("(", Ce + k, Ae), k += Z)), s === "left" ? (z -= xe, u.fillText(q, Ce + z, Ae)) : (u.fillText(q, Ce + k, Ae), k += xe), ye > 0 && (s === "left" ? (z -= D + Y, u.fillText("H", Ce + z, Ae), ye > 1 && (u.font = this.fontSmall, u.fillText(ye, Ce + z + D, Ae + this.opts.fifthFontSizeSmall))) : (u.fillText("H", Ce + k, Ae), k += D, ye > 1 && (u.font = this.fontSmall, u.fillText(ye, Ce + k, Ae + this.opts.fifthFontSizeSmall), k += Y))), u.font = this.fontLarge, se > 1 && ye > 0 && (s === "left" ? (z -= Z, u.fillText("(", Ce + z, Ae)) : (u.fillText(")", Ce + k, Ae), k += j)), u.font = this.fontSmall, se > 1 && (s === "left" ? u.fillText(se, Ce + z + Z + j + D + Y + xe, Ae + this.opts.fifthFontSizeSmall) : (u.fillText(se, Ce + k, Ae + this.opts.fifthFontSizeSmall), k += we)), ke !== 0 && (s === "left" ? u.fillText(Ee, Ce + z + Z + j + D + Y + xe, t - this.opts.fifthFontSizeSmall + m) : (u.fillText(Ee, Ce + k, t - this.opts.fifthFontSizeSmall + m), k += Qe));
+      u.fillStyle = this.themeManager.getColor(X), se > 0 && (O -= we), se > 1 && ye > 0 && (s === "left" ? (O -= j, u.fillText(")", Ce + O, Ae)) : (u.fillText("(", Ce + R, Ae), R += re)), s === "left" ? (O -= xe, u.fillText(X, Ce + O, Ae)) : (u.fillText(X, Ce + R, Ae), R += xe), ye > 0 && (s === "left" ? (O -= D + te, u.fillText("H", Ce + O, Ae), ye > 1 && (u.font = this.fontSmall, u.fillText(ye, Ce + O + D, Ae + this.opts.fifthFontSizeSmall))) : (u.fillText("H", Ce + R, Ae), R += D, ye > 1 && (u.font = this.fontSmall, u.fillText(ye, Ce + R, Ae + this.opts.fifthFontSizeSmall), R += te))), u.font = this.fontLarge, se > 1 && ye > 0 && (s === "left" ? (O -= re, u.fillText("(", Ce + O, Ae)) : (u.fillText(")", Ce + R, Ae), R += j)), u.font = this.fontSmall, se > 1 && (s === "left" ? u.fillText(se, Ce + O + re + j + D + te + xe, Ae + this.opts.fifthFontSizeSmall) : (u.fillText(se, Ce + R, Ae + this.opts.fifthFontSizeSmall), R += we)), ke !== 0 && (s === "left" ? u.fillText(Ee, Ce + O + re + j + D + te + xe, t - this.opts.fifthFontSizeSmall + m) : (u.fillText(Ee, Ce + R, t - this.opts.fifthFontSizeSmall + m), R += et));
     }
     u.restore();
   }
@@ -4605,11 +4605,11 @@ let hg = class {
     this.ctx.clearRect(0, 0, this.canvas.offsetWidth, this.canvas.offsetHeight);
   }
 };
-var fg = hg;
-const Ba = Kr, ug = Or(), cg = pl;
+var cg = ug;
+const Pa = Kr, gg = Or(), dg = vl;
 jr();
-const gg = Li();
-let dg = class Ur {
+const pg = Li();
+let vg = class Ur {
   /**
    * The constructor of the class Graph.
    * 
@@ -4628,12 +4628,12 @@ let dg = class Ur {
    */
   _init(e, t = 0, r = null, i = !1) {
     const s = e.atom.element ? e.atom.element : e.atom;
-    let a = new gg(s, e.bond);
+    let a = new pg(s, e.bond);
     (s !== "H" || !e.hasNext && r === null) && (a.idx = this._atomIdx, this._atomIdx++), a.branchBond = e.branchBond, a.ringbonds = e.ringbonds, a.bracket = e.atom.element ? e.atom : null, a.class = e.atom.class;
-    let n = new ug(a), h = this.vertices[r];
+    let n = new gg(a), h = this.vertices[r];
     if (this.addVertex(n), a.idx !== null && this.atomIdxToVertexId.push(n.id), r !== null) {
       n.setParentVertexId(r), n.value.addNeighbouringElement(h.value.element), h.addChild(n.id), h.value.addNeighbouringElement(a.element), h.spanningTreeChildren.push(n.id);
-      let g = new cg(r, n.id, 1);
+      let g = new dg(r, n.id, 1);
       i ? (g.setBondType(n.value.branchBond || "-"), n.id, g.setBondType(n.value.branchBond || "-"), n.id) : (g.setBondType(h.value.bondType || "-"), h.id), this.addEdge(g);
     }
     let l = e.ringbondCount + 1;
@@ -4931,10 +4931,10 @@ let dg = class Ur {
     let u = s;
     for (var g = e.length; g--; )
       var m = this.vertices[e[g]].neighbours.length;
-    let _ = this.getSubgraphDistanceMatrix(e), v = e.length, N = Ba.polyCircumradius(500, v), B = Ba.centralAngle(v), x = 0, L = new Float32Array(v), k = new Float32Array(v), z = Array(v);
+    let _ = this.getSubgraphDistanceMatrix(e), v = e.length, A = Pa.polyCircumradius(500, v), T = Pa.centralAngle(v), k = 0, x = new Float32Array(v), R = new Float32Array(v), O = Array(v);
     for (g = v; g--; ) {
-      let J = this.vertices[e[g]];
-      J.positioned ? (L[g] = J.position.x, k[g] = J.position.y) : (L[g] = t.x + Math.cos(x) * N, k[g] = t.y + Math.sin(x) * N), z[g] = J.positioned, x += B;
+      let Z = this.vertices[e[g]];
+      Z.positioned ? (x[g] = Z.position.x, R[g] = Z.position.y) : (x[g] = t.x + Math.cos(k) * A, R[g] = t.y + Math.sin(k) * A), O[g] = Z.positioned, k += T;
     }
     let D = Array(v);
     for (g = v; g--; ) {
@@ -4942,62 +4942,62 @@ let dg = class Ur {
       for (var m = v; m--; )
         D[g][m] = s * _[g][m];
     }
-    let Y = Array(v);
+    let te = Array(v);
     for (g = v; g--; ) {
-      Y[g] = Array(v);
+      te[g] = Array(v);
       for (var m = v; m--; )
-        Y[g][m] = u * Math.pow(_[g][m], -2);
+        te[g][m] = u * Math.pow(_[g][m], -2);
     }
-    let O = Array(v), Z = new Float32Array(v), j = new Float32Array(v);
+    let q = Array(v), re = new Float32Array(v), j = new Float32Array(v);
     for (g = v; g--; )
-      O[g] = Array(v);
+      q[g] = Array(v);
     g = v;
-    let q, se, ye, ke, xe, we, Ee;
+    let X, se, ye, ke, xe, we, Ee;
     for (; g--; ) {
-      q = L[g], se = k[g], ye = 0, ke = 0;
-      let J = v;
-      for (; J--; )
-        g !== J && (xe = L[J], we = k[J], Ee = 1 / Math.sqrt((q - xe) * (q - xe) + (se - we) * (se - we)), O[g][J] = [
-          Y[g][J] * (q - xe - D[g][J] * (q - xe) * Ee),
-          Y[g][J] * (se - we - D[g][J] * (se - we) * Ee)
-        ], O[J][g] = O[g][J], ye += O[g][J][0], ke += O[g][J][1]);
-      Z[g] = ye, j[g] = ke;
-    }
-    let Qe = function(J) {
-      return [Z[J] * Z[J] + j[J] * j[J], Z[J], j[J]];
+      X = x[g], se = R[g], ye = 0, ke = 0;
+      let Z = v;
+      for (; Z--; )
+        g !== Z && (xe = x[Z], we = R[Z], Ee = 1 / Math.sqrt((X - xe) * (X - xe) + (se - we) * (se - we)), q[g][Z] = [
+          te[g][Z] * (X - xe - D[g][Z] * (X - xe) * Ee),
+          te[g][Z] * (se - we - D[g][Z] * (se - we) * Ee)
+        ], q[Z][g] = q[g][Z], ye += q[g][Z][0], ke += q[g][Z][1]);
+      re[g] = ye, j[g] = ke;
+    }
+    let et = function(Z) {
+      return [re[Z] * re[Z] + j[Z] * j[Z], re[Z], j[Z]];
     }, Ce = function() {
-      let J = 0, Te = 0, et = 0, Ie = 0;
+      let Z = 0, Te = 0, tt = 0, Ie = 0;
       for (g = v; g--; ) {
-        let [Ye, Ue, Ge] = Qe(g);
-        Ye > J && z[g] === !1 && (J = Ye, Te = g, et = Ue, Ie = Ge);
+        let [Ye, Ue, Ge] = et(g);
+        Ye > Z && O[g] === !1 && (Z = Ye, Te = g, tt = Ue, Ie = Ge);
       }
-      return [Te, J, et, Ie];
-    }, Ae = function(J, Te, et) {
-      let Ie = 0, Ye = 0, Ue = 0, Ge = L[J], De = k[J], Ze = D[J], He = Y[J];
+      return [Te, Z, tt, Ie];
+    }, Ae = function(Z, Te, tt) {
+      let Ie = 0, Ye = 0, Ue = 0, Ge = x[Z], De = R[Z], Ze = D[Z], He = te[Z];
       for (g = v; g--; ) {
-        if (g === J)
+        if (g === Z)
           continue;
-        let Ft = L[g], _t = k[g], zt = Ze[g], Gt = He[g], Ut = (Ge - Ft) * (Ge - Ft), Zt = 1 / Math.pow(Ut + (De - _t) * (De - _t), 1.5);
+        let Ft = x[g], _t = R[g], zt = Ze[g], Gt = He[g], Ut = (Ge - Ft) * (Ge - Ft), Zt = 1 / Math.pow(Ut + (De - _t) * (De - _t), 1.5);
         Ie += Gt * (1 - zt * (De - _t) * (De - _t) * Zt), Ye += Gt * (1 - zt * Ut * Zt), Ue += Gt * (zt * (Ge - Ft) * (De - _t) * Zt);
       }
       Ie === 0 && (Ie = 0.1), Ye === 0 && (Ye = 0.1), Ue === 0 && (Ue = 0.1);
-      let We = Te / Ie + et / Ue;
+      let We = Te / Ie + tt / Ue;
       We /= Ue / Ie - Ye / Ue;
       let Le = -(Ue * We + Te) / Ie;
-      L[J] += Le, k[J] += We;
-      let qe = O[J];
-      Te = 0, et = 0, Ge = L[J], De = k[J];
-      let Lt, yt, Vt, Xt, Yt;
+      x[Z] += Le, R[Z] += We;
+      let qe = q[Z];
+      Te = 0, tt = 0, Ge = x[Z], De = R[Z];
+      let Mt, yt, Vt, Xt, Yt;
       for (g = v; g--; )
-        J !== g && (Lt = L[g], yt = k[g], Vt = qe[g][0], Xt = qe[g][1], Yt = 1 / Math.sqrt((Ge - Lt) * (Ge - Lt) + (De - yt) * (De - yt)), Le = He[g] * (Ge - Lt - Ze[g] * (Ge - Lt) * Yt), We = He[g] * (De - yt - Ze[g] * (De - yt) * Yt), qe[g] = [Le, We], Te += Le, et += We, Z[g] += Le - Vt, j[g] += We - Xt);
-      Z[J] = Te, j[J] = et;
-    }, Be = 0, st = 0, It = 0, wt = 0, K = 0, Ot = 0;
-    for (; c > a && h > K; )
-      for (K++, [Be, c, st, It] = Ce(), wt = c, Ot = 0; wt > n && l > Ot; )
-        Ot++, Ae(Be, st, It), [wt, st, It] = Qe(Be);
+        Z !== g && (Mt = x[g], yt = R[g], Vt = qe[g][0], Xt = qe[g][1], Yt = 1 / Math.sqrt((Ge - Mt) * (Ge - Mt) + (De - yt) * (De - yt)), Le = He[g] * (Ge - Mt - Ze[g] * (Ge - Mt) * Yt), We = He[g] * (De - yt - Ze[g] * (De - yt) * Yt), qe[g] = [Le, We], Te += Le, tt += We, re[g] += Le - Vt, j[g] += We - Xt);
+      re[Z] = Te, j[Z] = tt;
+    }, Be = 0, at = 0, It = 0, wt = 0, U = 0, Ot = 0;
+    for (; c > a && h > U; )
+      for (U++, [Be, c, at, It] = Ce(), wt = c, Ot = 0; wt > n && l > Ot; )
+        Ot++, Ae(Be, at, It), [wt, at, It] = et(Be);
     for (g = v; g--; ) {
-      let J = e[g], Te = this.vertices[J];
-      Te.position.x = L[g], Te.position.y = k[g], Te.positioned = !0, Te.forcePositioned = !0;
+      let Z = e[g], Te = this.vertices[Z];
+      Te.position.x = x[g], Te.position.y = R[g], Te.positioned = !0, Te.forcePositioned = !0;
     }
   }
   /**
@@ -5054,9 +5054,9 @@ let dg = class Ur {
       !r[e][s] || t[s] || e === s || (t[s] = !0, i.push(s), Ur._ccGetDfs(s, t, r, i));
   }
 };
-var vl = dg;
-const pg = vl;
-let vg = class gt {
+var ml = vg;
+const mg = ml;
+let bg = class gt {
   /**
    * Returns an array containing arrays, each representing a ring from the smallest set of smallest rings in the graph.
    * 
@@ -5068,7 +5068,7 @@ let vg = class gt {
     let r = e.getComponentsAdjacencyMatrix();
     if (r.length === 0)
       return null;
-    let i = pg.getConnectedComponents(r), s = Array();
+    let i = mg.getConnectedComponents(r), s = Array();
     for (var a = 0; a < i.length; a++) {
       let l = i[a], c = e.getSubgraphAdjacencyMatrix([...l]), u = new Uint16Array(c.length), g = new Uint16Array(c.length);
       for (var n = 0; n < c.length; n++) {
@@ -5088,11 +5088,11 @@ let vg = class gt {
         continue;
       }
       t && (_ = 999);
-      let { d: N, pe: B, pe_prime: x } = gt.getPathIncludedDistanceMatrices(c), L = gt.getRingCandidates(N, B, x), k = gt.getSSSR(L, N, c, B, x, u, g, _);
-      for (var n = 0; n < k.length; n++) {
-        let D = Array(k[n].size), Y = 0;
-        for (let O of k[n])
-          D[Y++] = l[O];
+      let { d: A, pe: T, pe_prime: k } = gt.getPathIncludedDistanceMatrices(c), x = gt.getRingCandidates(A, T, k), R = gt.getSSSR(x, A, c, T, k, u, g, _);
+      for (var n = 0; n < R.length; n++) {
+        let D = Array(R[n].size), te = 0;
+        for (let q of R[n])
+          D[te++] = l[q];
         s.push(D);
       }
     }
@@ -5358,8 +5358,8 @@ let vg = class gt {
     return !0;
   }
 };
-var mg = vg;
-let bg = class {
+var wg = bg;
+let yg = class {
   constructor(e, t) {
     this.colors = e, this.theme = this.colors[t];
   }
@@ -5382,8 +5382,8 @@ let bg = class {
     this.colors.hasOwnProperty(e) && (this.theme = this.colors[e]);
   }
 };
-var Yn = bg;
-let wg = class {
+var Kn = yg;
+let _g = class {
   /**
    * A helper method to extend the default options with user supplied ones.
    */
@@ -5401,11 +5401,11 @@ let wg = class {
     return t;
   }
 };
-var Gn = wg;
-const Se = Kr, Dt = Zr, re = ar, Me = Xn;
+var jn = _g;
+const Se = Kr, Pt = Zr, ee = ar, Me = Zn;
 Or();
-const yg = pl, Ci = Li(), Da = jr(), Ai = cl(), _g = fg, Pa = vl, Sg = mg, Cg = Yn, Ag = Gn;
-let Ng = class {
+const Sg = vl, Ci = Li(), $a = jr(), Ai = gl(), Cg = cg, Ia = ml, Ag = wg, Ng = Kn, kg = jn;
+let Rg = class {
   /**
    * The constructor for the class SmilesDrawer.
    *
@@ -5627,7 +5627,7 @@ let Ng = class {
           BACKGROUND: "#fff"
         }
       }
-    }, this.opts = Ag.extend(!0, this.defaultOptions, e), this.opts.halfBondSpacing = this.opts.bondSpacing / 2, this.opts.bondLengthSq = this.opts.bondLength * this.opts.bondLength, this.opts.halfFontSizeLarge = this.opts.fontSizeLarge / 2, this.opts.quarterFontSizeLarge = this.opts.fontSizeLarge / 4, this.opts.fifthFontSizeSmall = this.opts.fontSizeSmall / 5, this.theme = this.opts.themes.dark;
+    }, this.opts = kg.extend(!0, this.defaultOptions, e), this.opts.halfBondSpacing = this.opts.bondSpacing / 2, this.opts.bondLengthSq = this.opts.bondLength * this.opts.bondLength, this.opts.halfFontSizeLarge = this.opts.fontSizeLarge / 2, this.opts.quarterFontSizeLarge = this.opts.fontSizeLarge / 4, this.opts.fifthFontSizeSmall = this.opts.fontSizeSmall / 5, this.theme = this.opts.themes.dark;
   }
   /**
    * Draws the parsed smiles data to a canvas element.
@@ -5638,7 +5638,7 @@ let Ng = class {
    * @param {Boolean} infoOnly=false Only output info on the molecule without drawing anything to the canvas.
    */
   draw(e, t, r = "light", i = !1) {
-    this.initDraw(e, r, i), this.infoOnly || (this.themeManager = new Cg(this.opts.themes, r), this.canvasWrapper = new _g(t, this.themeManager, this.opts)), i || (this.processGraph(), this.canvasWrapper.scale(this.graph.vertices), this.drawEdges(this.opts.debug), this.drawVertices(this.opts.debug), this.canvasWrapper.reset(), this.opts.debug && (console.log(this.graph), console.log(this.rings), console.log(this.ringConnections)));
+    this.initDraw(e, r, i), this.infoOnly || (this.themeManager = new Ng(this.opts.themes, r), this.canvasWrapper = new Cg(t, this.themeManager, this.opts)), i || (this.processGraph(), this.canvasWrapper.scale(this.graph.vertices), this.drawEdges(this.opts.debug), this.drawVertices(this.opts.debug), this.canvasWrapper.reset(), this.opts.debug && (console.log(this.graph), console.log(this.rings), console.log(this.ringConnections)));
   }
   /**
    * Returns the number of rings this edge is a part of.
@@ -5713,7 +5713,7 @@ let Ng = class {
           l > r && (r = l, e = i, t = s);
         }
     }
-    let a = -re.subtract(this.graph.vertices[e].position, this.graph.vertices[t].position).angle();
+    let a = -ee.subtract(this.graph.vertices[e].position, this.graph.vertices[t].position).angle();
     if (!isNaN(a)) {
       let n = a % 0.523599;
       n < 0.2617995 ? a = a - n : a += 0.523599 - n;
@@ -5764,7 +5764,7 @@ let Ng = class {
    * @returns {String} The molecular formula.
    */
   getMolecularFormula(e = null) {
-    let t = "", r = /* @__PURE__ */ new Map(), i = e === null ? this.graph : new Pa(e, this.opts.isomeric);
+    let t = "", r = /* @__PURE__ */ new Map(), i = e === null ? this.graph : new Ia(e, this.opts.isomeric);
     for (var s = 0; s < i.vertices.length; s++) {
       let n = i.vertices[s].value;
       if (r.has(n.element) ? r.set(n.element, r.get(n.element) + 1) : r.set(n.element, 1), n.bracket && !n.bracket.chirality && (r.has("H") ? r.set("H", r.get("H") + n.bracket.hcount) : r.set("H", n.bracket.hcount)), !n.bracket) {
@@ -5804,7 +5804,7 @@ let Ng = class {
     return null;
   }
   initDraw(e, t, r, i) {
-    this.data = e, this.infoOnly = r, this.ringIdCounter = 0, this.ringConnectionIdCounter = 0, this.graph = new Pa(e, this.opts.isomeric), this.rings = Array(), this.ringConnections = Array(), this.originalRings = Array(), this.originalRingConnections = Array(), this.bridgedRing = !1, this.doubleBondConfigCount = null, this.doubleBondConfig = null, this.highlight_atoms = i, this.initRings(), this.initHydrogens();
+    this.data = e, this.infoOnly = r, this.ringIdCounter = 0, this.ringConnectionIdCounter = 0, this.graph = new Ia(e, this.opts.isomeric), this.rings = Array(), this.ringConnections = Array(), this.originalRings = Array(), this.originalRingConnections = Array(), this.bridgedRing = !1, this.doubleBondConfigCount = null, this.doubleBondConfig = null, this.highlight_atoms = i, this.initRings(), this.initHydrogens();
   }
   processGraph() {
     this.position(), this.restoreRingInformation(), this.resolvePrimaryOverlaps();
@@ -5833,10 +5833,10 @@ let Ng = class {
                 if (m.value.rings.length !== 0 || _.value.rings.length !== 0)
                   continue;
                 {
-                  let v = m.position.getRotateAwayFromAngle(c.position, u.position, Se.toRad(120)), N = _.position.getRotateAwayFromAngle(c.position, u.position, Se.toRad(120));
-                  this.rotateSubtree(m.id, u.id, v, u.position), this.rotateSubtree(_.id, u.id, N, u.position);
-                  let B = this.getOverlapScore().total;
-                  B > this.totalOverlapScore ? (this.rotateSubtree(m.id, u.id, -v, u.position), this.rotateSubtree(_.id, u.id, -N, u.position)) : this.totalOverlapScore = B;
+                  let v = m.position.getRotateAwayFromAngle(c.position, u.position, Se.toRad(120)), A = _.position.getRotateAwayFromAngle(c.position, u.position, Se.toRad(120));
+                  this.rotateSubtree(m.id, u.id, v, u.position), this.rotateSubtree(_.id, u.id, A, u.position);
+                  let T = this.getOverlapScore().total;
+                  T > this.totalOverlapScore ? (this.rotateSubtree(m.id, u.id, -v, u.position), this.rotateSubtree(_.id, u.id, -A, u.position)) : this.totalOverlapScore = T;
                 }
               }
             }
@@ -5859,17 +5859,17 @@ let Ng = class {
           if (!e.has(a))
             e.set(a, [s.id, n]);
           else {
-            let h = s.id, l = e.get(a)[0], c = e.get(a)[1], u = new yg(h, l, 1);
+            let h = s.id, l = e.get(a)[0], c = e.get(a)[1], u = new Sg(h, l, 1);
             u.setBondType(c || n || "-");
             let g = this.graph.addEdge(u), m = this.graph.vertices[l];
             s.addRingbondChild(l, r), s.value.addNeighbouringElement(m.value.element), m.addRingbondChild(h, r), m.value.addNeighbouringElement(s.value.element), s.edges.push(g), m.edges.push(g), e.delete(a);
           }
         }
     }
-    let i = Sg.getRings(this.graph, this.opts.experimentalSSSR);
+    let i = Ag.getRings(this.graph, this.opts.experimentalSSSR);
     if (i !== null) {
       for (var t = 0; t < i.length; t++) {
-        let a = [...i[t]], n = this.addRing(new Da(a));
+        let a = [...i[t]], n = this.addRing(new $a(a));
         for (var r = 0; r < a.length; r++)
           this.graph.vertices[a[r]].value.rings.push(n);
       }
@@ -5926,7 +5926,7 @@ let Ng = class {
         t.indexOf(h) === -1 && h !== s && Ai.isBridge(r.ringConnections, r.graph.vertices, s, h) && i(h);
       }
     };
-    return i(e), Dt.unique(t);
+    return i(e), Pt.unique(t);
   }
   /**
    * Checks whether or not a ring is part of a bridged ring.
@@ -5961,7 +5961,7 @@ let Ng = class {
     }
     let h = /* @__PURE__ */ new Set();
     for (let u of i) {
-      let g = this.graph.vertices[u], m = Dt.intersection(e, g.value.rings);
+      let g = this.graph.vertices[u], m = Pt.intersection(e, g.value.rings);
       g.value.rings.length === 1 || m.length === 1 ? r.add(g.id) : h.add(g.id);
     }
     Array();
@@ -5972,7 +5972,7 @@ let Ng = class {
         this.edgeRingCount(g.edges[_]) === 1 && (m = !0);
       m ? (g.value.isBridgeNode = !0, r.add(g.id)) : (g.value.isBridge = !0, r.add(g.id));
     }
-    let c = new Da([...r]);
+    let c = new $a([...r]);
     this.addRing(c), c.isBridged = !0, c.neighbours = [...s];
     for (var a = 0; a < e.length; a++)
       c.rings.push(this.getRing(e[a]).clone());
@@ -5984,7 +5984,7 @@ let Ng = class {
     }
     for (let u of r) {
       let g = this.graph.vertices[u];
-      g.value.rings = Dt.removeAll(g.value.rings, e), g.value.rings.push(c.id);
+      g.value.rings = Pt.removeAll(g.value.rings, e), g.value.rings.push(c.id);
     }
     for (var a = 0; a < e.length; a++)
       for (var n = a + 1; n < e.length; n++)
@@ -6192,7 +6192,7 @@ let Ng = class {
         let n = this.graph.vertices[r], h = this.graph.vertices[i];
         if (!n.value.isDrawn || !h.value.isDrawn)
           continue;
-        let l = re.subtract(n.position, h.position).lengthSq();
+        let l = ee.subtract(n.position, h.position).lengthSq();
         if (l < this.opts.bondLengthSq) {
           let c = (this.opts.bondLength - Math.sqrt(l)) / this.opts.bondLength;
           e += c, t[r] += c, t[i] += c;
@@ -6228,7 +6228,7 @@ let Ng = class {
       }
    */
   chooseSide(e, t, r) {
-    let i = e.getNeighbours(t.id), s = t.getNeighbours(e.id), a = i.length, n = s.length, h = Dt.merge(i, s), l = [0, 0];
+    let i = e.getNeighbours(t.id), s = t.getNeighbours(e.id), a = i.length, n = s.length, h = Pt.merge(i, s), l = [0, 0];
     for (var c = 0; c < h.length; c++)
       this.graph.vertices[h[c]].position.sameSideAs(e.position, t.position, r[0]) ? l[0]++ : l[1]++;
     let u = [0, 0];
@@ -6249,7 +6249,7 @@ let Ng = class {
    * @param {Ring} ring A ring.
    */
   setRingCenter(e) {
-    let t = e.getSize(), r = new re(0, 0);
+    let t = e.getSize(), r = new ee(0, 0);
     for (var i = 0; i < t; i++)
       r.add(this.graph.vertices[e.members[i]].position);
     e.center = r.divide(t);
@@ -6297,49 +6297,49 @@ let Ng = class {
     let r = this, i = this.graph.edges[e], s = this.graph.vertices[i.sourceId], a = this.graph.vertices[i.targetId], n = s.value.element, h = a.value.element;
     if ((!s.value.isDrawn || !a.value.isDrawn) && this.opts.atomVisualization === "default")
       return;
-    let l = s.position, c = a.position, u = this.getEdgeNormals(i), g = Dt.clone(u);
+    let l = s.position, c = a.position, u = this.getEdgeNormals(i), g = Pt.clone(u);
     if (g[0].multiplyScalar(10).add(l), g[1].multiplyScalar(10).add(l), i.bondType === "=" || this.getRingbondType(s, a) === "=" || i.isPartOfAromaticRing && this.bridgedRing) {
       let m = this.areVerticesInSameRing(s, a), _ = this.chooseSide(s, a, g);
       if (m) {
-        let N = this.getLargestOrAromaticCommonRing(s, a).center;
+        let A = this.getLargestOrAromaticCommonRing(s, a).center;
         u[0].multiplyScalar(r.opts.bondSpacing), u[1].multiplyScalar(r.opts.bondSpacing);
-        let B = null;
-        N.sameSideAs(s.position, a.position, re.add(l, u[0])) ? B = new Me(re.add(l, u[0]), re.add(c, u[0]), n, h) : B = new Me(re.add(l, u[1]), re.add(c, u[1]), n, h), B.shorten(this.opts.bondLength - this.opts.shortBondLength * this.opts.bondLength), i.isPartOfAromaticRing ? this.canvasWrapper.drawLine(B, !0) : this.canvasWrapper.drawLine(B), this.canvasWrapper.drawLine(new Me(l, c, n, h));
+        let T = null;
+        A.sameSideAs(s.position, a.position, ee.add(l, u[0])) ? T = new Me(ee.add(l, u[0]), ee.add(c, u[0]), n, h) : T = new Me(ee.add(l, u[1]), ee.add(c, u[1]), n, h), T.shorten(this.opts.bondLength - this.opts.shortBondLength * this.opts.bondLength), i.isPartOfAromaticRing ? this.canvasWrapper.drawLine(T, !0) : this.canvasWrapper.drawLine(T), this.canvasWrapper.drawLine(new Me(l, c, n, h));
       } else if (i.center || s.isTerminal() && a.isTerminal()) {
         u[0].multiplyScalar(r.opts.halfBondSpacing), u[1].multiplyScalar(r.opts.halfBondSpacing);
-        let v = new Me(re.add(l, u[0]), re.add(c, u[0]), n, h), N = new Me(re.add(l, u[1]), re.add(c, u[1]), n, h);
-        this.canvasWrapper.drawLine(v), this.canvasWrapper.drawLine(N);
+        let v = new Me(ee.add(l, u[0]), ee.add(c, u[0]), n, h), A = new Me(ee.add(l, u[1]), ee.add(c, u[1]), n, h);
+        this.canvasWrapper.drawLine(v), this.canvasWrapper.drawLine(A);
       } else if (_.anCount == 0 && _.bnCount > 1 || _.bnCount == 0 && _.anCount > 1) {
         u[0].multiplyScalar(r.opts.halfBondSpacing), u[1].multiplyScalar(r.opts.halfBondSpacing);
-        let v = new Me(re.add(l, u[0]), re.add(c, u[0]), n, h), N = new Me(re.add(l, u[1]), re.add(c, u[1]), n, h);
-        this.canvasWrapper.drawLine(v), this.canvasWrapper.drawLine(N);
+        let v = new Me(ee.add(l, u[0]), ee.add(c, u[0]), n, h), A = new Me(ee.add(l, u[1]), ee.add(c, u[1]), n, h);
+        this.canvasWrapper.drawLine(v), this.canvasWrapper.drawLine(A);
       } else if (_.sideCount[0] > _.sideCount[1]) {
         u[0].multiplyScalar(r.opts.bondSpacing), u[1].multiplyScalar(r.opts.bondSpacing);
-        let v = new Me(re.add(l, u[0]), re.add(c, u[0]), n, h);
+        let v = new Me(ee.add(l, u[0]), ee.add(c, u[0]), n, h);
         v.shorten(this.opts.bondLength - this.opts.shortBondLength * this.opts.bondLength), this.canvasWrapper.drawLine(v), this.canvasWrapper.drawLine(new Me(l, c, n, h));
       } else if (_.sideCount[0] < _.sideCount[1]) {
         u[0].multiplyScalar(r.opts.bondSpacing), u[1].multiplyScalar(r.opts.bondSpacing);
-        let v = new Me(re.add(l, u[1]), re.add(c, u[1]), n, h);
+        let v = new Me(ee.add(l, u[1]), ee.add(c, u[1]), n, h);
         v.shorten(this.opts.bondLength - this.opts.shortBondLength * this.opts.bondLength), this.canvasWrapper.drawLine(v), this.canvasWrapper.drawLine(new Me(l, c, n, h));
       } else if (_.totalSideCount[0] > _.totalSideCount[1]) {
         u[0].multiplyScalar(r.opts.bondSpacing), u[1].multiplyScalar(r.opts.bondSpacing);
-        let v = new Me(re.add(l, u[0]), re.add(c, u[0]), n, h);
+        let v = new Me(ee.add(l, u[0]), ee.add(c, u[0]), n, h);
         v.shorten(this.opts.bondLength - this.opts.shortBondLength * this.opts.bondLength), this.canvasWrapper.drawLine(v), this.canvasWrapper.drawLine(new Me(l, c, n, h));
       } else if (_.totalSideCount[0] <= _.totalSideCount[1]) {
         u[0].multiplyScalar(r.opts.bondSpacing), u[1].multiplyScalar(r.opts.bondSpacing);
-        let v = new Me(re.add(l, u[1]), re.add(c, u[1]), n, h);
+        let v = new Me(ee.add(l, u[1]), ee.add(c, u[1]), n, h);
         v.shorten(this.opts.bondLength - this.opts.shortBondLength * this.opts.bondLength), this.canvasWrapper.drawLine(v), this.canvasWrapper.drawLine(new Me(l, c, n, h));
       }
     } else if (i.bondType === "#") {
       u[0].multiplyScalar(r.opts.bondSpacing / 1.5), u[1].multiplyScalar(r.opts.bondSpacing / 1.5);
-      let m = new Me(re.add(l, u[0]), re.add(c, u[0]), n, h), _ = new Me(re.add(l, u[1]), re.add(c, u[1]), n, h);
+      let m = new Me(ee.add(l, u[0]), ee.add(c, u[0]), n, h), _ = new Me(ee.add(l, u[1]), ee.add(c, u[1]), n, h);
       this.canvasWrapper.drawLine(m), this.canvasWrapper.drawLine(_), this.canvasWrapper.drawLine(new Me(l, c, n, h));
     } else if (i.bondType !== ".") {
       let m = s.value.isStereoCenter, _ = a.value.isStereoCenter;
       i.wedge === "up" ? this.canvasWrapper.drawWedge(new Me(l, c, n, h, m, _)) : i.wedge === "down" ? this.canvasWrapper.drawDashedWedge(new Me(l, c, n, h, m, _)) : this.canvasWrapper.drawLine(new Me(l, c, n, h, m, _));
     }
     if (t) {
-      let m = re.midpoint(l, c);
+      let m = ee.midpoint(l, c);
       this.canvasWrapper.drawDebugText(m.x, m.y, "e: " + e);
     }
   }
@@ -6367,11 +6367,11 @@ let Ng = class {
           s.getAttachedPseudoElements()
         ) : this.opts.atomVisualization === "balls" && this.canvasWrapper.drawBall(i.position.x, i.position.y, l);
       else if (i.getNeighbourCount() === 2 && i.forcePositioned == !0) {
-        let _ = this.graph.vertices[i.neighbours[0]].position, v = this.graph.vertices[i.neighbours[1]].position, N = re.threePointangle(i.position, _, v);
-        Math.abs(Math.PI - N) < 0.1 && this.canvasWrapper.drawPoint(i.position.x, i.position.y, l);
+        let _ = this.graph.vertices[i.neighbours[0]].position, v = this.graph.vertices[i.neighbours[1]].position, A = ee.threePointangle(i.position, _, v);
+        Math.abs(Math.PI - A) < 0.1 && this.canvasWrapper.drawPoint(i.position.x, i.position.y, l);
       }
       if (e) {
-        let _ = "v: " + i.id + " " + Dt.print(s.ringbonds);
+        let _ = "v: " + i.id + " " + Pt.print(s.ringbonds);
         this.canvasWrapper.drawDebugText(i.position.x, i.position.y, _);
       }
     }
@@ -6440,8 +6440,8 @@ let Ng = class {
   createRing(e, t = null, r = null, i = null) {
     if (e.positioned)
       return;
-    t = t || new re(0, 0);
-    let s = e.getOrderedNeighbours(this.ringConnections), a = r ? re.subtract(r.position, t).angle() : 0, n = Se.polyCircumradius(this.opts.bondLength, e.getSize()), h = Se.centralAngle(e.getSize());
+    t = t || new ee(0, 0);
+    let s = e.getOrderedNeighbours(this.ringConnections), a = r ? ee.subtract(r.position, t).angle() : 0, n = Se.polyCircumradius(this.opts.bondLength, e.getSize()), h = Se.centralAngle(e.getSize());
     e.centralAngle = h;
     let l = a, c = this, u = r ? r.id : null;
     if (e.members.indexOf(u) === -1 && (r && (r.positioned = !1), u = e.members[0]), e.isBridged) {
@@ -6469,30 +6469,30 @@ let Ng = class {
       let v = this.getRing(s[g].neighbour);
       if (v.positioned)
         continue;
-      let N = Ai.getVertices(this.ringConnections, e.id, v.id);
-      if (N.length === 2) {
+      let A = Ai.getVertices(this.ringConnections, e.id, v.id);
+      if (A.length === 2) {
         e.isFused = !0, v.isFused = !0;
-        let B = this.graph.vertices[N[0]], x = this.graph.vertices[N[1]], L = re.midpoint(B.position, x.position), k = re.normals(B.position, x.position);
-        k[0].normalize(), k[1].normalize();
-        let z = Se.polyCircumradius(this.opts.bondLength, v.getSize()), D = Se.apothem(z, v.getSize());
-        k[0].multiplyScalar(D).add(L), k[1].multiplyScalar(D).add(L);
-        let Y = k[0];
-        re.subtract(t, k[1]).lengthSq() > re.subtract(t, k[0]).lengthSq() && (Y = k[1]);
-        let O = re.subtract(B.position, Y), Z = re.subtract(x.position, Y);
-        O.clockwise(Z) === -1 ? v.positioned || this.createRing(v, Y, B, x) : v.positioned || this.createRing(v, Y, x, B);
-      } else if (N.length === 1) {
+        let T = this.graph.vertices[A[0]], k = this.graph.vertices[A[1]], x = ee.midpoint(T.position, k.position), R = ee.normals(T.position, k.position);
+        R[0].normalize(), R[1].normalize();
+        let O = Se.polyCircumradius(this.opts.bondLength, v.getSize()), D = Se.apothem(O, v.getSize());
+        R[0].multiplyScalar(D).add(x), R[1].multiplyScalar(D).add(x);
+        let te = R[0];
+        ee.subtract(t, R[1]).lengthSq() > ee.subtract(t, R[0]).lengthSq() && (te = R[1]);
+        let q = ee.subtract(T.position, te), re = ee.subtract(k.position, te);
+        q.clockwise(re) === -1 ? v.positioned || this.createRing(v, te, T, k) : v.positioned || this.createRing(v, te, k, T);
+      } else if (A.length === 1) {
         e.isSpiro = !0, v.isSpiro = !0;
-        let B = this.graph.vertices[N[0]], x = re.subtract(t, B.position);
-        x.invert(), x.normalize();
-        let L = Se.polyCircumradius(this.opts.bondLength, v.getSize());
-        x.multiplyScalar(L), x.add(B.position), v.positioned || this.createRing(v, x, B);
+        let T = this.graph.vertices[A[0]], k = ee.subtract(t, T.position);
+        k.invert(), k.normalize();
+        let x = Se.polyCircumradius(this.opts.bondLength, v.getSize());
+        k.multiplyScalar(x), k.add(T.position), v.positioned || this.createRing(v, k, T);
       }
     }
     for (var g = 0; g < e.members.length; g++) {
-      let v = this.graph.vertices[e.members[g]], N = v.neighbours;
-      for (var m = 0; m < N.length; m++) {
-        let B = this.graph.vertices[N[m]];
-        B.positioned || (B.value.isConnectedToRing = !0, this.createNextBond(B, v, 0));
+      let v = this.graph.vertices[e.members[g]], A = v.neighbours;
+      for (var m = 0; m < A.length; m++) {
+        let T = this.graph.vertices[A[m]];
+        T.positioned || (T.value.isConnectedToRing = !0, this.createNextBond(T, v, 0));
       }
     }
   }
@@ -6523,7 +6523,7 @@ let Ng = class {
    * @returns {Object} An object containing the total overlap score and the center of mass of the subtree weighted by overlap score { value: 0.2, center: new Vector2() }.
    */
   getSubtreeOverlapScore(e, t, r) {
-    let i = this, s = 0, a = new re(0, 0), n = 0;
+    let i = this, s = 0, a = new ee(0, 0), n = 0;
     return this.graph.traverseTree(e, t, function(h) {
       if (!h.value.isDrawn)
         return;
@@ -6542,7 +6542,7 @@ let Ng = class {
    * @returns {Vector2} The current center of mass.
    */
   getCurrentCenterOfMass() {
-    let e = new re(0, 0), t = 0;
+    let e = new ee(0, 0), t = 0;
     for (var r = 0; r < this.graph.vertices.length; r++) {
       let i = this.graph.vertices[r];
       i.positioned && (e.add(i.position), t++);
@@ -6557,7 +6557,7 @@ let Ng = class {
    * @returns {Vector2} The current center of mass.
    */
   getCurrentCenterOfMassInNeigbourhood(e, t = this.opts.bondLength * 2) {
-    let r = new re(0, 0), i = 0, s = t * t;
+    let r = new ee(0, 0), i = 0, s = t * t;
     for (var a = 0; a < this.graph.vertices.length; a++) {
       let n = this.graph.vertices[a];
       n.positioned && e.distanceSq(n.position) < s && (r.add(n.position), i++);
@@ -6665,11 +6665,11 @@ let Ng = class {
     if (!s)
       if (t)
         if (t.value.rings.length > 0) {
-          let h = t.neighbours, l = null, c = new re(0, 0);
+          let h = t.neighbours, l = null, c = new ee(0, 0);
           if (t.value.bridgedRing === null && t.value.rings.length > 1)
             for (var n = 0; n < h.length; n++) {
               let u = this.graph.vertices[h[n]];
-              if (Dt.containsAll(u.value.rings, t.value.rings)) {
+              if (Pt.containsAll(u.value.rings, t.value.rings)) {
                 l = u;
                 break;
               }
@@ -6677,24 +6677,24 @@ let Ng = class {
           if (l === null) {
             for (var n = 0; n < h.length; n++) {
               let g = this.graph.vertices[h[n]];
-              g.positioned && this.areVerticesInSameRing(g, t) && c.add(re.subtract(g.position, t.position));
+              g.positioned && this.areVerticesInSameRing(g, t) && c.add(ee.subtract(g.position, t.position));
             }
             c.invert().normalize().multiplyScalar(this.opts.bondLength).add(t.position);
           } else
             c = l.position.clone().rotateAround(Math.PI, t.position);
           e.previousPosition = t.position, e.setPositionFromVector(c), e.positioned = !0;
         } else {
-          let h = new re(this.opts.bondLength, 0);
+          let h = new ee(this.opts.bondLength, 0);
           h.rotate(r), h.add(t.position), e.setPositionFromVector(h), e.previousPosition = t.position, e.positioned = !0;
         }
       else {
-        let h = new re(this.opts.bondLength, 0);
+        let h = new ee(this.opts.bondLength, 0);
         h.rotate(Se.toRad(-60)), e.previousPosition = h, e.setPosition(this.opts.bondLength, 0), e.angle = Se.toRad(-60), e.value.bridgedRing === null && (e.positioned = !0);
       }
     if (e.value.bridgedRing !== null) {
       let h = this.getRing(e.value.bridgedRing);
       if (!h.positioned) {
-        let l = re.subtract(e.previousPosition, e.position);
+        let l = ee.subtract(e.previousPosition, e.position);
         l.invert(), l.normalize();
         let c = Se.polyCircumradius(this.opts.bondLength, h.members.length);
         l.multiplyScalar(c), l.add(e.position), this.createRing(h, l, e);
@@ -6702,7 +6702,7 @@ let Ng = class {
     } else if (e.value.rings.length > 0) {
       let h = this.getRing(e.value.rings[0]);
       if (!h.positioned) {
-        let l = re.subtract(e.previousPosition, e.position);
+        let l = ee.subtract(e.previousPosition, e.position);
         l.invert(), l.normalize();
         let c = Se.polyCircumradius(this.opts.bondLength, h.getSize());
         l.multiplyScalar(c), l.add(e.position), this.createRing(h, l, e);
@@ -6712,7 +6712,7 @@ let Ng = class {
       let h = e.getNeighbours(), l = Array();
       for (var n = 0; n < h.length; n++)
         this.graph.vertices[h[n]].value.isDrawn && l.push(h[n]);
-      t && (l = Dt.remove(l, t.id));
+      t && (l = Pt.remove(l, t.id));
       let c = e.getAngle();
       if (l.length === 1) {
         let u = this.graph.vertices[l[0]];
@@ -6724,10 +6724,10 @@ let Ng = class {
           let g = this.graph.getEdge(e.id, u.id);
           g.center = !0, (e.value.bondType === "#" || t && t.value.bondType === "#") && (u.angle = 0), u.drawExplicit = !0, this.createNextBond(u, e, c + u.angle);
         } else if (t && t.value.rings.length > 0) {
-          let g = Se.toRad(60), m = -g, _ = new re(this.opts.bondLength, 0), v = new re(this.opts.bondLength, 0);
+          let g = Se.toRad(60), m = -g, _ = new ee(this.opts.bondLength, 0), v = new ee(this.opts.bondLength, 0);
           _.rotate(g).add(e.position), v.rotate(m).add(e.position);
-          let N = this.getCurrentCenterOfMass(), B = _.distanceSq(N), x = v.distanceSq(N);
-          u.angle = B < x ? m : g, this.createNextBond(u, e, c + u.angle);
+          let A = this.getCurrentCenterOfMass(), T = _.distanceSq(A), k = v.distanceSq(A);
+          u.angle = T < k ? m : g, this.createNextBond(u, e, c + u.angle);
         } else {
           let g = e.angle;
           if (t && t.neighbours.length > 3 ? g > 0 ? g = Math.min(1.0472, g) : g < 0 ? g = Math.max(-1.0472, g) : g = 1.0472 : g || (g = this.getLastVertexWithAngle(e.id).angle, g || (g = 1.0472)), t && !a) {
@@ -6741,20 +6741,20 @@ let Ng = class {
         u || (u = 1.0472);
         let g = this.graph.getTreeDepth(l[0], e.id), m = this.graph.getTreeDepth(l[1], e.id), _ = this.graph.vertices[l[0]], v = this.graph.vertices[l[1]];
         _.value.subtreeDepth = g, v.value.subtreeDepth = m;
-        let N = this.graph.getTreeDepth(t ? t.id : null, e.id);
-        t && (t.value.subtreeDepth = N);
-        let B = 0, x = 1;
-        v.value.element === "C" && _.value.element !== "C" && m > 1 && g < 5 ? (B = 1, x = 0) : v.value.element !== "C" && _.value.element === "C" && g > 1 && m < 5 ? (B = 0, x = 1) : m > g && (B = 1, x = 0);
-        let L = this.graph.vertices[l[B]], k = this.graph.vertices[l[x]];
-        this.graph.getEdge(e.id, L.id), this.graph.getEdge(e.id, k.id);
-        let z = !1;
-        N < g && N < m && (z = !0), k.angle = u, L.angle = -u, this.doubleBondConfig === "\\" ? k.value.branchBond === "\\" && (k.angle = -u, L.angle = u) : this.doubleBondConfig === "/" && k.value.branchBond === "/" && (k.angle = -u, L.angle = u), this.createNextBond(k, e, c + k.angle, z), this.createNextBond(L, e, c + L.angle, z);
+        let A = this.graph.getTreeDepth(t ? t.id : null, e.id);
+        t && (t.value.subtreeDepth = A);
+        let T = 0, k = 1;
+        v.value.element === "C" && _.value.element !== "C" && m > 1 && g < 5 ? (T = 1, k = 0) : v.value.element !== "C" && _.value.element === "C" && g > 1 && m < 5 ? (T = 0, k = 1) : m > g && (T = 1, k = 0);
+        let x = this.graph.vertices[l[T]], R = this.graph.vertices[l[k]];
+        this.graph.getEdge(e.id, x.id), this.graph.getEdge(e.id, R.id);
+        let O = !1;
+        A < g && A < m && (O = !0), R.angle = u, x.angle = -u, this.doubleBondConfig === "\\" ? R.value.branchBond === "\\" && (R.angle = -u, x.angle = u) : this.doubleBondConfig === "/" && R.value.branchBond === "/" && (R.angle = -u, x.angle = u), this.createNextBond(R, e, c + R.angle, O), this.createNextBond(x, e, c + x.angle, O);
       } else if (l.length === 3) {
-        let u = this.graph.getTreeDepth(l[0], e.id), g = this.graph.getTreeDepth(l[1], e.id), m = this.graph.getTreeDepth(l[2], e.id), _ = this.graph.vertices[l[0]], v = this.graph.vertices[l[1]], N = this.graph.vertices[l[2]];
-        _.value.subtreeDepth = u, v.value.subtreeDepth = g, N.value.subtreeDepth = m, g > u && g > m ? (_ = this.graph.vertices[l[1]], v = this.graph.vertices[l[0]], N = this.graph.vertices[l[2]]) : m > u && m > g && (_ = this.graph.vertices[l[2]], v = this.graph.vertices[l[0]], N = this.graph.vertices[l[1]]), t && t.value.rings.length < 1 && _.value.rings.length < 1 && v.value.rings.length < 1 && N.value.rings.length < 1 && this.graph.getTreeDepth(v.id, e.id) === 1 && this.graph.getTreeDepth(N.id, e.id) === 1 && this.graph.getTreeDepth(_.id, e.id) > 1 ? (_.angle = -e.angle, e.angle >= 0 ? (v.angle = Se.toRad(30), N.angle = Se.toRad(90)) : (v.angle = -Se.toRad(30), N.angle = -Se.toRad(90)), this.createNextBond(_, e, c + _.angle), this.createNextBond(v, e, c + v.angle), this.createNextBond(N, e, c + N.angle)) : (_.angle = 0, v.angle = Se.toRad(90), N.angle = -Se.toRad(90), this.createNextBond(_, e, c + _.angle), this.createNextBond(v, e, c + v.angle), this.createNextBond(N, e, c + N.angle));
+        let u = this.graph.getTreeDepth(l[0], e.id), g = this.graph.getTreeDepth(l[1], e.id), m = this.graph.getTreeDepth(l[2], e.id), _ = this.graph.vertices[l[0]], v = this.graph.vertices[l[1]], A = this.graph.vertices[l[2]];
+        _.value.subtreeDepth = u, v.value.subtreeDepth = g, A.value.subtreeDepth = m, g > u && g > m ? (_ = this.graph.vertices[l[1]], v = this.graph.vertices[l[0]], A = this.graph.vertices[l[2]]) : m > u && m > g && (_ = this.graph.vertices[l[2]], v = this.graph.vertices[l[0]], A = this.graph.vertices[l[1]]), t && t.value.rings.length < 1 && _.value.rings.length < 1 && v.value.rings.length < 1 && A.value.rings.length < 1 && this.graph.getTreeDepth(v.id, e.id) === 1 && this.graph.getTreeDepth(A.id, e.id) === 1 && this.graph.getTreeDepth(_.id, e.id) > 1 ? (_.angle = -e.angle, e.angle >= 0 ? (v.angle = Se.toRad(30), A.angle = Se.toRad(90)) : (v.angle = -Se.toRad(30), A.angle = -Se.toRad(90)), this.createNextBond(_, e, c + _.angle), this.createNextBond(v, e, c + v.angle), this.createNextBond(A, e, c + A.angle)) : (_.angle = 0, v.angle = Se.toRad(90), A.angle = -Se.toRad(90), this.createNextBond(_, e, c + _.angle), this.createNextBond(v, e, c + v.angle), this.createNextBond(A, e, c + A.angle));
       } else if (l.length === 4) {
-        let u = this.graph.getTreeDepth(l[0], e.id), g = this.graph.getTreeDepth(l[1], e.id), m = this.graph.getTreeDepth(l[2], e.id), _ = this.graph.getTreeDepth(l[3], e.id), v = this.graph.vertices[l[0]], N = this.graph.vertices[l[1]], B = this.graph.vertices[l[2]], x = this.graph.vertices[l[3]];
-        v.value.subtreeDepth = u, N.value.subtreeDepth = g, B.value.subtreeDepth = m, x.value.subtreeDepth = _, g > u && g > m && g > _ ? (v = this.graph.vertices[l[1]], N = this.graph.vertices[l[0]], B = this.graph.vertices[l[2]], x = this.graph.vertices[l[3]]) : m > u && m > g && m > _ ? (v = this.graph.vertices[l[2]], N = this.graph.vertices[l[0]], B = this.graph.vertices[l[1]], x = this.graph.vertices[l[3]]) : _ > u && _ > g && _ > m && (v = this.graph.vertices[l[3]], N = this.graph.vertices[l[0]], B = this.graph.vertices[l[1]], x = this.graph.vertices[l[2]]), v.angle = -Se.toRad(36), N.angle = Se.toRad(36), B.angle = -Se.toRad(108), x.angle = Se.toRad(108), this.createNextBond(v, e, c + v.angle), this.createNextBond(N, e, c + N.angle), this.createNextBond(B, e, c + B.angle), this.createNextBond(x, e, c + x.angle);
+        let u = this.graph.getTreeDepth(l[0], e.id), g = this.graph.getTreeDepth(l[1], e.id), m = this.graph.getTreeDepth(l[2], e.id), _ = this.graph.getTreeDepth(l[3], e.id), v = this.graph.vertices[l[0]], A = this.graph.vertices[l[1]], T = this.graph.vertices[l[2]], k = this.graph.vertices[l[3]];
+        v.value.subtreeDepth = u, A.value.subtreeDepth = g, T.value.subtreeDepth = m, k.value.subtreeDepth = _, g > u && g > m && g > _ ? (v = this.graph.vertices[l[1]], A = this.graph.vertices[l[0]], T = this.graph.vertices[l[2]], k = this.graph.vertices[l[3]]) : m > u && m > g && m > _ ? (v = this.graph.vertices[l[2]], A = this.graph.vertices[l[0]], T = this.graph.vertices[l[1]], k = this.graph.vertices[l[3]]) : _ > u && _ > g && _ > m && (v = this.graph.vertices[l[3]], A = this.graph.vertices[l[0]], T = this.graph.vertices[l[1]], k = this.graph.vertices[l[2]]), v.angle = -Se.toRad(36), A.angle = Se.toRad(36), T.angle = -Se.toRad(108), k.angle = Se.toRad(108), this.createNextBond(v, e, c + v.angle), this.createNextBond(A, e, c + A.angle), this.createNextBond(T, e, c + T.angle), this.createNextBond(k, e, c + k.angle);
       }
     }
   }
@@ -6768,7 +6768,7 @@ let Ng = class {
     let t = e.neighbours;
     for (var r = 0; r < t.length; r++) {
       let i = this.graph.vertices[t[r]];
-      if (Dt.containsAll(i.value.rings, e.value.rings))
+      if (Pt.containsAll(i.value.rings, e.value.rings))
         return i;
     }
     return null;
@@ -6830,7 +6830,7 @@ let Ng = class {
    */
   getEdgeNormals(e) {
     let t = this.graph.vertices[e.sourceId].position, r = this.graph.vertices[e.targetId].position;
-    return re.units(t, r);
+    return ee.units(t, r);
   }
   /**
    * Returns an array of vertices that are neighbouring a vertix but are not members of a ring (including bridges).
@@ -6842,7 +6842,7 @@ let Ng = class {
     let t = Array(), r = this.graph.vertices[e], i = r.neighbours;
     for (var s = 0; s < i.length; s++) {
       let a = this.graph.vertices[i[s]];
-      Dt.intersection(r.value.rings, a.value.rings).length === 0 && a.value.isBridge == !1 && t.push(a);
+      Pt.intersection(r.value.rings, a.value.rings).length === 0 && a.value.isBridge == !1 && t.push(a);
     }
     return t;
   }
@@ -6857,11 +6857,11 @@ let Ng = class {
         continue;
       let n = a.getNeighbours(), h = n.length, l = Array(h);
       for (var r = 0; r < h; r++) {
-        let Z = new Uint8Array(this.graph.vertices.length), j = Array(Array());
-        Z[a.id] = 1, this.visitStereochemistry(n[r], a.id, Z, j, e, 0);
+        let re = new Uint8Array(this.graph.vertices.length), j = Array(Array());
+        re[a.id] = 1, this.visitStereochemistry(n[r], a.id, re, j, e, 0);
         for (var i = 0; i < j.length; i++)
-          j[i].sort(function(q, se) {
-            return se - q;
+          j[i].sort(function(X, se) {
+            return se - X;
           });
         l[r] = [r, j];
       }
@@ -6882,12 +6882,12 @@ let Ng = class {
             l[r][1][i].push(0);
         }
       }
-      l.sort(function(Z, j) {
-        for (var q = 0; q < Z[1].length; q++)
-          for (var se = 0; se < Z[1][q].length; se++) {
-            if (Z[1][q][se] > j[1][q][se])
+      l.sort(function(re, j) {
+        for (var X = 0; X < re[1].length; X++)
+          for (var se = 0; se < re[1][X].length; se++) {
+            if (re[1][X][se] > j[1][X][se])
               return -1;
-            if (Z[1][q][se] < j[1][q][se])
+            if (re[1][X][se] < j[1][X][se])
               return 1;
           }
         return 0;
@@ -6895,30 +6895,30 @@ let Ng = class {
       let g = new Uint8Array(h);
       for (var r = 0; r < h; r++)
         g[r] = l[r][0], a.value.priority = r;
-      let m = this.graph.vertices[n[g[0]]].position, _ = this.graph.vertices[n[g[1]]].position, v = this.graph.vertices[n[g[2]]].position, N = m.relativeClockwise(_, a.position);
+      let m = this.graph.vertices[n[g[0]]].position, _ = this.graph.vertices[n[g[1]]].position, v = this.graph.vertices[n[g[2]]].position, A = m.relativeClockwise(_, a.position);
       m.relativeClockwise(v, a.position);
-      let B = N === -1, x = a.value.bracket.chirality === "@" ? -1 : 1, L = Se.parityOfPermutation(g) * x === 1 ? "R" : "S", k = "down", z = "up";
-      (B && L !== "R" || !B && L !== "S") && (a.value.hydrogenDirection = "up", k = "up", z = "down"), a.value.hasHydrogen && (this.graph.getEdge(a.id, n[g[g.length - 1]]).wedge = k);
-      let D = new Array(n.length - 1), Y = a.value.rings.length > 1 && a.value.hasHydrogen, O = a.value.hasHydrogen ? 1 : 0;
-      for (var r = 0; r < g.length - O; r++) {
+      let T = A === -1, k = a.value.bracket.chirality === "@" ? -1 : 1, x = Se.parityOfPermutation(g) * k === 1 ? "R" : "S", R = "down", O = "up";
+      (T && x !== "R" || !T && x !== "S") && (a.value.hydrogenDirection = "up", R = "up", O = "down"), a.value.hasHydrogen && (this.graph.getEdge(a.id, n[g[g.length - 1]]).wedge = R);
+      let D = new Array(n.length - 1), te = a.value.rings.length > 1 && a.value.hasHydrogen, q = a.value.hasHydrogen ? 1 : 0;
+      for (var r = 0; r < g.length - q; r++) {
         D[r] = new Uint32Array(2);
         let j = this.graph.vertices[n[g[r]]];
         D[r][0] += j.value.isStereoCenter ? 0 : 1e5, D[r][0] += this.areVerticesInSameRing(j, a) ? 0 : 1e4, D[r][0] += j.value.isHeteroAtom() ? 1e3 : 0, D[r][0] -= j.value.subtreeDepth === 0 ? 1e3 : 0, D[r][0] += 1e3 - j.value.subtreeDepth, D[r][1] = n[g[r]];
       }
-      if (D.sort(function(Z, j) {
-        return Z[0] > j[0] ? -1 : Z[0] < j[0] ? 1 : 0;
-      }), !Y) {
-        let Z = D[0][1];
+      if (D.sort(function(re, j) {
+        return re[0] > j[0] ? -1 : re[0] < j[0] ? 1 : 0;
+      }), !te) {
+        let re = D[0][1];
         if (a.value.hasHydrogen)
-          this.graph.getEdge(a.id, Z).wedge = z;
+          this.graph.getEdge(a.id, re).wedge = O;
         else {
-          let j = z;
-          for (var r = g.length - 1; r >= 0 && (j === k ? j = z : j = k, n[g[r]] !== Z); r--)
+          let j = O;
+          for (var r = g.length - 1; r >= 0 && (j === R ? j = O : j = R, n[g[r]] !== re); r--)
             ;
-          this.graph.getEdge(a.id, Z).wedge = j;
+          this.graph.getEdge(a.id, re).wedge = j;
         }
       }
-      a.value.chirality = L;
+      a.value.chirality = x;
     }
   }
   /**
@@ -6999,16 +6999,16 @@ let Ng = class {
     }
   }
 };
-var kg = Ng;
-const Rg = Xn, je = ar, xg = Kr;
-function Tg(d) {
+var xg = Rg;
+const Tg = Zn, je = ar, Eg = Kr;
+function Lg(d) {
   for (var e = "", t = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789", r = t.length, i = 0; i < d; i++)
     e += t.charAt(Math.floor(Math.random() * r));
   return e;
 }
-let Eg = class dt {
+let Mg = class dt {
   constructor(e, t, r, i = !0) {
-    if (typeof t == "string" || t instanceof String ? this.svg = document.getElementById(t) : this.svg = t, this.container = null, this.opts = r, this.uid = Tg(5), this.gradientId = 0, this.backgroundItems = [], this.paths = [], this.vertices = [], this.gradients = [], this.highlights = [], this.drawingWidth = 0, this.drawingHeight = 0, this.halfBondThickness = this.opts.bondThickness / 2, this.themeManager = e, this.maskElements = [], this.maxX = -Number.MAX_VALUE, this.maxY = -Number.MAX_VALUE, this.minX = Number.MAX_VALUE, this.minY = Number.MAX_VALUE, i)
+    if (typeof t == "string" || t instanceof String ? this.svg = document.getElementById(t) : this.svg = t, this.container = null, this.opts = r, this.uid = Lg(5), this.gradientId = 0, this.backgroundItems = [], this.paths = [], this.vertices = [], this.gradients = [], this.highlights = [], this.drawingWidth = 0, this.drawingHeight = 0, this.halfBondThickness = this.opts.bondThickness / 2, this.themeManager = e, this.maskElements = [], this.maxX = -Number.MAX_VALUE, this.maxY = -Number.MAX_VALUE, this.minX = Number.MAX_VALUE, this.minY = Number.MAX_VALUE, i)
       for (; this.svg.firstChild; )
         this.svg.removeChild(this.svg.firstChild);
     this.style = document.createElementNS("http://www.w3.org/2000/svg", "style"), this.style.appendChild(document.createTextNode(`
@@ -7150,10 +7150,10 @@ let Eg = class dt {
     s ? (a = r, n = t) : (a = t, n = r);
     let h = je.subtract(n, a).normalize(), l = e.getLength(), c = 1.25 / (l / (this.opts.bondLength / 10)), u = this.createGradient(e);
     for (let g = 0; g < 1; g += c) {
-      let m = je.multiplyScalar(h, g * l), _ = je.add(a, m), v = this.opts.fontSizeLarge / 2 * g, N = je.multiplyScalar(i[0], v);
-      _.subtract(N);
-      let B = _.clone();
-      B.add(je.multiplyScalar(N, 2)), this.drawLine(new Rg(_, B), null, u);
+      let m = je.multiplyScalar(h, g * l), _ = je.add(a, m), v = this.opts.fontSizeLarge / 2 * g, A = je.multiplyScalar(i[0], v);
+      _.subtract(A);
+      let T = _.clone();
+      T.add(je.multiplyScalar(A, 2)), this.drawLine(new Tg(_, T), null, u);
     }
   }
   /**
@@ -7189,7 +7189,7 @@ let Eg = class dt {
    * @param {s} s The size of the ring.
    */
   drawRing(e, t, r) {
-    let i = document.createElementNS("http://www.w3.org/2000/svg", "circle"), s = xg.apothemFromSideLength(this.opts.bondLength, r);
+    let i = document.createElementNS("http://www.w3.org/2000/svg", "circle"), s = Eg.apothemFromSideLength(this.opts.bondLength, r);
     i.setAttributeNS(null, "cx", e), i.setAttributeNS(null, "cy", t), i.setAttributeNS(null, "r", s - this.opts.bondSpacing), i.setAttributeNS(null, "stroke", this.themeManager.getColor("C")), i.setAttributeNS(null, "stroke-width", this.opts.bondThickness), i.setAttributeNS(null, "fill", "none"), this.paths.push(i);
   }
   /**
@@ -7258,9 +7258,9 @@ let Eg = class dt {
     l.setAttributeNS(null, "class", "element");
     let c = document.createElementNS("http://www.w3.org/2000/svg", "g");
     l.setAttributeNS(null, "fill", "#ffffff"), t === "left" && (e = e.reverse()), (t === "right" || t === "down" || t === "up") && (r -= a.width / 2), t === "left" && (r += a.width / 2), e.forEach((m, _) => {
-      const v = m[0], N = m[1];
-      let B = document.createElementNS("http://www.w3.org/2000/svg", "tspan");
-      B.setAttributeNS(null, "fill", this.themeManager.getColor(N)), B.textContent = v, (t === "up" || t === "down") && (B.setAttributeNS(null, "x", "0px"), t === "up" ? B.setAttributeNS(null, "y", `-${0.9 * _}em`) : B.setAttributeNS(null, "y", `${0.9 * _}em`)), l.appendChild(B);
+      const v = m[0], A = m[1];
+      let T = document.createElementNS("http://www.w3.org/2000/svg", "tspan");
+      T.setAttributeNS(null, "fill", this.themeManager.getColor(A)), T.textContent = v, (t === "up" || t === "down") && (T.setAttributeNS(null, "x", "0px"), t === "up" ? T.setAttributeNS(null, "y", `-${0.9 * _}em`) : T.setAttributeNS(null, "y", `${0.9 * _}em`)), l.appendChild(T);
     }), l.setAttributeNS(null, "data-direction", t), t === "left" || t === "right" ? (l.setAttributeNS(null, "dominant-baseline", "alphabetic"), l.setAttributeNS(null, "y", "0.36em")) : l.setAttributeNS(null, "dominant-baseline", "central"), t === "left" && l.setAttributeNS(null, "text-anchor", "end"), c.appendChild(l), c.setAttributeNS(null, "style", `transform: translateX(${r}px) translateY(${i}px)`);
     let u = this.opts.fontSizeLarge * 0.75;
     e[0][1].length > 1 && (u = this.opts.fontSizeLarge * 1.1);
@@ -7373,17 +7373,17 @@ let Eg = class dt {
 `).forEach((g) => {
       let m = dt.measureText(g, r, i, 1);
       if (m.width >= s) {
-        let _ = 0, v = 0, N = g.split(" "), B = 0;
-        for (let x = 0; x < N.length; x++) {
-          let L = dt.measureText(N[x], r, i, 1);
-          _ + L.width > s && (u.push({
-            text: N.slice(B, x).join(" "),
+        let _ = 0, v = 0, A = g.split(" "), T = 0;
+        for (let k = 0; k < A.length; k++) {
+          let x = dt.measureText(A[k], r, i, 1);
+          _ + x.width > s && (u.push({
+            text: A.slice(T, k).join(" "),
             width: _,
             height: v
-          }), _ = 0, v = 0, B = x), L.height > v && (v = L.height), _ += L.width;
+          }), _ = 0, v = 0, T = k), x.height > v && (v = x.height), _ += x.width;
         }
-        B < N.length && u.push({
-          text: N.slice(B, N.length).join(" "),
+        T < A.length && u.push({
+          text: A.slice(T, A.length).join(" "),
           width: _,
           height: v
         });
@@ -7400,16 +7400,16 @@ let Eg = class dt {
     }), a.appendChild(h), { svg: a, width: l, height: c };
   }
 };
-var Un = Eg;
-function Lg(d) {
+var Jn = Mg;
+function Bg(d) {
   function e(g, m) {
-    var _ = g.length, v = _ === 0 || _ > 0 && _ - 1 in g, N = 0;
+    var _ = g.length, v = _ === 0 || _ > 0 && _ - 1 in g, A = 0;
     if (v)
-      for (; N < _ && m.call(g[N], N, g[N]) !== !1; N++)
+      for (; A < _ && m.call(g[A], A, g[A]) !== !1; A++)
         ;
     else
-      for (N in g)
-        if (m.call(g[N], N, g[N]) === !1)
+      for (A in g)
+        if (m.call(g[A], A, g[A]) === !1)
           break;
   }
   function t(g) {
@@ -7430,25 +7430,25 @@ function Lg(d) {
     var m = "";
     return e(g, function(_, v) {
       if (_ = r.apply(null, _.split(",")), _ !== !1) {
-        var N = [], B, x = 1;
+        var A = [], T, k = 1;
         e(v, function() {
-          B && this[1] === B[1] && this[0] === B[0] + x ? x++ : (B && (N.push(i(B[0], B[1], x)), x = 1), B = this);
-        }), N.push(i(B[0], B[1], x)), m += s(_, N.join(""));
+          T && this[1] === T[1] && this[0] === T[0] + k ? k++ : (T && (A.push(i(T[0], T[1], k)), k = 1), T = this);
+        }), A.push(i(T[0], T[1], k)), m += s(_, A.join(""));
       }
     }), m;
   }
   var n = function(g) {
-    var m = {}, _ = g.data, v = _.length, N = g.width;
+    var m = {}, _ = g.data, v = _.length, A = g.width;
     g.height;
-    for (var B = 0, x = 0, L = 0, k; L < v; L += 4)
-      _[L + 3] > 0 && (k = _[L] + "," + _[L + 1] + "," + _[L + 2] + "," + _[L + 3], m[k] = m[k] || [], B = L / 4 % N, x = Math.floor(L / 4 / N), m[k].push([B, x]));
+    for (var T = 0, k = 0, x = 0, R; x < v; x += 4)
+      _[x + 3] > 0 && (R = _[x] + "," + _[x + 1] + "," + _[x + 2] + "," + _[x + 3], m[R] = m[R] || [], T = x / 4 % A, k = Math.floor(x / 4 / A), m[R].push([T, k]));
     return m;
   };
   let h = n(d), l = a(h), c = '<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 -0.5 ' + d.width + " " + d.height + '" shape-rendering="crispEdges"><g shape-rendering="crispEdges">' + l + "</g></svg>";
   var u = document.createElement("div");
   return u.innerHTML = c, u.firstChild;
 }
-var Mg = Lg, ml = { exports: {} };
+var Dg = Bg, bl = { exports: {} };
 /**
  * chroma.js - JavaScript library for color conversions
  *
@@ -7508,7 +7508,7 @@ var Mg = Lg, ml = { exports: {} };
 (function(d, e) {
   (function(t, r) {
     d.exports = r();
-  })(eg, function() {
+  })(rg, function() {
     for (var t = function(o, f, p) {
       return f === void 0 && (f = 0), p === void 0 && (p = 1), o < f ? f : o > p ? p : o;
     }, r = t, i = function(o) {
@@ -7544,71 +7544,71 @@ var Mg = Lg, ml = { exports: {} };
       PITHIRD: _ / 3,
       DEG2RAD: _ / 180,
       RAD2DEG: 180 / _
-    }, N = {
+    }, A = {
       format: {},
       autodetect: []
-    }, B = v.last, x = v.clip_rgb, L = v.type, k = N, z = function() {
+    }, T = v.last, k = v.clip_rgb, x = v.type, R = A, O = function() {
       for (var f = [], p = arguments.length; p--; )
         f[p] = arguments[p];
       var b = this;
-      if (L(f[0]) === "object" && f[0].constructor && f[0].constructor === this.constructor)
+      if (x(f[0]) === "object" && f[0].constructor && f[0].constructor === this.constructor)
         return f[0];
-      var C = B(f), A = !1;
+      var C = T(f), N = !1;
       if (!C) {
-        A = !0, k.sorted || (k.autodetect = k.autodetect.sort(function(I, V) {
-          return V.p - I.p;
-        }), k.sorted = !0);
-        for (var S = 0, R = k.autodetect; S < R.length; S += 1) {
-          var E = R[S];
-          if (C = E.test.apply(E, f), C)
+        N = !0, R.sorted || (R.autodetect = R.autodetect.sort(function(I, W) {
+          return W.p - I.p;
+        }), R.sorted = !0);
+        for (var S = 0, E = R.autodetect; S < E.length; S += 1) {
+          var M = E[S];
+          if (C = M.test.apply(M, f), C)
             break;
         }
       }
-      if (k.format[C]) {
-        var P = k.format[C].apply(null, A ? f : f.slice(0, -1));
-        b._rgb = x(P);
+      if (R.format[C]) {
+        var P = R.format[C].apply(null, N ? f : f.slice(0, -1));
+        b._rgb = k(P);
       } else
         throw new Error("unknown format: " + f);
       b._rgb.length === 3 && b._rgb.push(1);
     };
-    z.prototype.toString = function() {
-      return L(this.hex) == "function" ? this.hex() : "[" + this._rgb.join(",") + "]";
+    O.prototype.toString = function() {
+      return x(this.hex) == "function" ? this.hex() : "[" + this._rgb.join(",") + "]";
     };
-    var D = z, Y = function() {
+    var D = O, te = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      return new (Function.prototype.bind.apply(Y.Color, [null].concat(o)))();
+      return new (Function.prototype.bind.apply(te.Color, [null].concat(o)))();
     };
-    Y.Color = D, Y.version = "2.4.2";
-    var O = Y, Z = v.unpack, j = Math.max, q = function() {
+    te.Color = D, te.version = "2.4.2";
+    var q = te, re = v.unpack, j = Math.max, X = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = Z(o, "rgb"), b = p[0], C = p[1], A = p[2];
-      b = b / 255, C = C / 255, A = A / 255;
-      var S = 1 - j(b, j(C, A)), R = S < 1 ? 1 / (1 - S) : 0, E = (1 - b - S) * R, P = (1 - C - S) * R, I = (1 - A - S) * R;
-      return [E, P, I, S];
-    }, se = q, ye = v.unpack, ke = function() {
+      var p = re(o, "rgb"), b = p[0], C = p[1], N = p[2];
+      b = b / 255, C = C / 255, N = N / 255;
+      var S = 1 - j(b, j(C, N)), E = S < 1 ? 1 / (1 - S) : 0, M = (1 - b - S) * E, P = (1 - C - S) * E, I = (1 - N - S) * E;
+      return [M, P, I, S];
+    }, se = X, ye = v.unpack, ke = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       o = ye(o, "cmyk");
-      var p = o[0], b = o[1], C = o[2], A = o[3], S = o.length > 4 ? o[4] : 1;
-      return A === 1 ? [0, 0, 0, S] : [
-        p >= 1 ? 0 : 255 * (1 - p) * (1 - A),
+      var p = o[0], b = o[1], C = o[2], N = o[3], S = o.length > 4 ? o[4] : 1;
+      return N === 1 ? [0, 0, 0, S] : [
+        p >= 1 ? 0 : 255 * (1 - p) * (1 - N),
         // r
-        b >= 1 ? 0 : 255 * (1 - b) * (1 - A),
+        b >= 1 ? 0 : 255 * (1 - b) * (1 - N),
         // g
-        C >= 1 ? 0 : 255 * (1 - C) * (1 - A),
+        C >= 1 ? 0 : 255 * (1 - C) * (1 - N),
         // b
         S
       ];
-    }, xe = ke, we = O, Ee = D, Qe = N, Ce = v.unpack, Ae = v.type, Be = se;
+    }, xe = ke, we = q, Ee = D, et = A, Ce = v.unpack, Ae = v.type, Be = se;
     Ee.prototype.cmyk = function() {
       return Be(this._rgb);
     }, we.cmyk = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       return new (Function.prototype.bind.apply(Ee, [null].concat(o, ["cmyk"])))();
-    }, Qe.format.cmyk = xe, Qe.autodetect.push({
+    }, et.format.cmyk = xe, et.autodetect.push({
       p: 2,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
@@ -7617,22 +7617,22 @@ var Mg = Lg, ml = { exports: {} };
           return "cmyk";
       }
     });
-    var st = v.unpack, It = v.last, wt = function(o) {
+    var at = v.unpack, It = v.last, wt = function(o) {
       return Math.round(o * 100) / 100;
-    }, K = function() {
+    }, U = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = st(o, "hsla"), b = It(o) || "lsa";
+      var p = at(o, "hsla"), b = It(o) || "lsa";
       return p[0] = wt(p[0] || 0), p[1] = wt(p[1] * 100) + "%", p[2] = wt(p[2] * 100) + "%", b === "hsla" || p.length > 3 && p[3] < 1 ? (p[3] = p.length > 3 ? p[3] : 1, b = "hsla") : p.length = 3, b + "(" + p.join(",") + ")";
-    }, Ot = K, J = v.unpack, Te = function() {
+    }, Ot = U, Z = v.unpack, Te = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      o = J(o, "rgba");
+      o = Z(o, "rgba");
       var p = o[0], b = o[1], C = o[2];
       p /= 255, b /= 255, C /= 255;
-      var A = Math.min(p, b, C), S = Math.max(p, b, C), R = (S + A) / 2, E, P;
-      return S === A ? (E = 0, P = Number.NaN) : E = R < 0.5 ? (S - A) / (S + A) : (S - A) / (2 - S - A), p == S ? P = (b - C) / (S - A) : b == S ? P = 2 + (C - p) / (S - A) : C == S && (P = 4 + (p - b) / (S - A)), P *= 60, P < 0 && (P += 360), o.length > 3 && o[3] !== void 0 ? [P, E, R, o[3]] : [P, E, R];
-    }, et = Te, Ie = v.unpack, Ye = v.last, Ue = Ot, Ge = et, De = Math.round, Ze = function() {
+      var N = Math.min(p, b, C), S = Math.max(p, b, C), E = (S + N) / 2, M, P;
+      return S === N ? (M = 0, P = Number.NaN) : M = E < 0.5 ? (S - N) / (S + N) : (S - N) / (2 - S - N), p == S ? P = (b - C) / (S - N) : b == S ? P = 2 + (C - p) / (S - N) : C == S && (P = 4 + (p - b) / (S - N)), P *= 60, P < 0 && (P += 360), o.length > 3 && o[3] !== void 0 ? [P, M, E, o[3]] : [P, M, E];
+    }, tt = Te, Ie = v.unpack, Ye = v.last, Ue = Ot, Ge = tt, De = Math.round, Ze = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       var p = Ie(o, "rgba"), b = Ye(o) || "rgb";
@@ -7641,18 +7641,18 @@ var Mg = Lg, ml = { exports: {} };
       for (var o, f = [], p = arguments.length; p--; )
         f[p] = arguments[p];
       f = We(f, "hsl");
-      var b = f[0], C = f[1], A = f[2], S, R, E;
+      var b = f[0], C = f[1], N = f[2], S, E, M;
       if (C === 0)
-        S = R = E = A * 255;
+        S = E = M = N * 255;
       else {
-        var P = [0, 0, 0], I = [0, 0, 0], V = A < 0.5 ? A * (1 + C) : A + C - A * C, F = 2 * A - V, U = b / 360;
-        P[0] = U + 1 / 3, P[1] = U, P[2] = U - 1 / 3;
-        for (var G = 0; G < 3; G++)
-          P[G] < 0 && (P[G] += 1), P[G] > 1 && (P[G] -= 1), 6 * P[G] < 1 ? I[G] = F + (V - F) * 6 * P[G] : 2 * P[G] < 1 ? I[G] = V : 3 * P[G] < 2 ? I[G] = F + (V - F) * (2 / 3 - P[G]) * 6 : I[G] = F;
-        o = [Le(I[0] * 255), Le(I[1] * 255), Le(I[2] * 255)], S = o[0], R = o[1], E = o[2];
+        var P = [0, 0, 0], I = [0, 0, 0], W = N < 0.5 ? N * (1 + C) : N + C - N * C, F = 2 * N - W, G = b / 360;
+        P[0] = G + 1 / 3, P[1] = G, P[2] = G - 1 / 3;
+        for (var Y = 0; Y < 3; Y++)
+          P[Y] < 0 && (P[Y] += 1), P[Y] > 1 && (P[Y] -= 1), 6 * P[Y] < 1 ? I[Y] = F + (W - F) * 6 * P[Y] : 2 * P[Y] < 1 ? I[Y] = W : 3 * P[Y] < 2 ? I[Y] = F + (W - F) * (2 / 3 - P[Y]) * 6 : I[Y] = F;
+        o = [Le(I[0] * 255), Le(I[1] * 255), Le(I[2] * 255)], S = o[0], E = o[1], M = o[2];
       }
-      return f.length > 3 ? [S, R, E, f[3]] : [S, R, E, 1];
-    }, Lt = qe, yt = Lt, Vt = N, Xt = /^rgb\(\s*(-?\d+),\s*(-?\d+)\s*,\s*(-?\d+)\s*\)$/, Yt = /^rgba\(\s*(-?\d+),\s*(-?\d+)\s*,\s*(-?\d+)\s*,\s*([01]|[01]?\.\d+)\)$/, Ft = /^rgb\(\s*(-?\d+(?:\.\d+)?)%,\s*(-?\d+(?:\.\d+)?)%\s*,\s*(-?\d+(?:\.\d+)?)%\s*\)$/, _t = /^rgba\(\s*(-?\d+(?:\.\d+)?)%,\s*(-?\d+(?:\.\d+)?)%\s*,\s*(-?\d+(?:\.\d+)?)%\s*,\s*([01]|[01]?\.\d+)\)$/, zt = /^hsl\(\s*(-?\d+(?:\.\d+)?),\s*(-?\d+(?:\.\d+)?)%\s*,\s*(-?\d+(?:\.\d+)?)%\s*\)$/, Gt = /^hsla\(\s*(-?\d+(?:\.\d+)?),\s*(-?\d+(?:\.\d+)?)%\s*,\s*(-?\d+(?:\.\d+)?)%\s*,\s*([01]|[01]?\.\d+)\)$/, Ut = Math.round, Zt = function(o) {
+      return f.length > 3 ? [S, E, M, f[3]] : [S, E, M, 1];
+    }, Mt = qe, yt = Mt, Vt = A, Xt = /^rgb\(\s*(-?\d+),\s*(-?\d+)\s*,\s*(-?\d+)\s*\)$/, Yt = /^rgba\(\s*(-?\d+),\s*(-?\d+)\s*,\s*(-?\d+)\s*,\s*([01]|[01]?\.\d+)\)$/, Ft = /^rgb\(\s*(-?\d+(?:\.\d+)?)%,\s*(-?\d+(?:\.\d+)?)%\s*,\s*(-?\d+(?:\.\d+)?)%\s*\)$/, _t = /^rgba\(\s*(-?\d+(?:\.\d+)?)%,\s*(-?\d+(?:\.\d+)?)%\s*,\s*(-?\d+(?:\.\d+)?)%\s*,\s*([01]|[01]?\.\d+)\)$/, zt = /^hsl\(\s*(-?\d+(?:\.\d+)?),\s*(-?\d+(?:\.\d+)?)%\s*,\s*(-?\d+(?:\.\d+)?)%\s*\)$/, Gt = /^hsla\(\s*(-?\d+(?:\.\d+)?),\s*(-?\d+(?:\.\d+)?)%\s*,\s*(-?\d+(?:\.\d+)?)%\s*,\s*([01]|[01]?\.\d+)\)$/, Ut = Math.round, Zt = function(o) {
       o = o.toLowerCase().trim();
       var f;
       if (Vt.format.named)
@@ -7666,40 +7666,40 @@ var Mg = Lg, ml = { exports: {} };
         return p[3] = 1, p;
       }
       if (f = o.match(Yt)) {
-        for (var C = f.slice(1, 5), A = 0; A < 4; A++)
-          C[A] = +C[A];
+        for (var C = f.slice(1, 5), N = 0; N < 4; N++)
+          C[N] = +C[N];
         return C;
       }
       if (f = o.match(Ft)) {
-        for (var S = f.slice(1, 4), R = 0; R < 3; R++)
-          S[R] = Ut(S[R] * 2.55);
+        for (var S = f.slice(1, 4), E = 0; E < 3; E++)
+          S[E] = Ut(S[E] * 2.55);
         return S[3] = 1, S;
       }
       if (f = o.match(_t)) {
-        for (var E = f.slice(1, 5), P = 0; P < 3; P++)
-          E[P] = Ut(E[P] * 2.55);
-        return E[3] = +E[3], E;
+        for (var M = f.slice(1, 5), P = 0; P < 3; P++)
+          M[P] = Ut(M[P] * 2.55);
+        return M[3] = +M[3], M;
       }
       if (f = o.match(zt)) {
         var I = f.slice(1, 4);
         I[1] *= 0.01, I[2] *= 0.01;
-        var V = yt(I);
-        return V[3] = 1, V;
+        var W = yt(I);
+        return W[3] = 1, W;
       }
       if (f = o.match(Gt)) {
         var F = f.slice(1, 4);
         F[1] *= 0.01, F[2] *= 0.01;
-        var U = yt(F);
-        return U[3] = +f[4], U;
+        var G = yt(F);
+        return G[3] = +f[4], G;
       }
     };
     Zt.test = function(o) {
       return Xt.test(o) || Yt.test(o) || Ft.test(o) || _t.test(o) || zt.test(o) || Gt.test(o);
     };
-    var Bi = Zt, Di = O, Fr = D, Jr = N, Qr = v.type, Pi = He, ei = Bi;
+    var Pi = Zt, $i = q, Fr = D, Jr = A, Qr = v.type, Ii = He, ei = Pi;
     Fr.prototype.css = function(o) {
-      return Pi(this._rgb, o);
-    }, Di.css = function() {
+      return Ii(this._rgb, o);
+    }, $i.css = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       return new (Function.prototype.bind.apply(Fr, [null].concat(o, ["css"])))();
@@ -7712,11 +7712,11 @@ var Mg = Lg, ml = { exports: {} };
           return "css";
       }
     });
-    var ti = D, ri = O, ii = N, $i = v.unpack;
+    var ti = D, ri = q, ii = A, Oi = v.unpack;
     ii.format.gl = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = $i(o, "rgba");
+      var p = Oi(o, "rgba");
       return p[0] *= 255, p[1] *= 255, p[2] *= 255, p;
     }, ri.gl = function() {
       for (var o = [], f = arguments.length; f--; )
@@ -7729,67 +7729,67 @@ var Mg = Lg, ml = { exports: {} };
     var ni = v.unpack, si = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = ni(o, "rgb"), b = p[0], C = p[1], A = p[2], S = Math.min(b, C, A), R = Math.max(b, C, A), E = R - S, P = E * 100 / 255, I = S / (255 - E) * 100, V;
-      return E === 0 ? V = Number.NaN : (b === R && (V = (C - A) / E), C === R && (V = 2 + (A - b) / E), A === R && (V = 4 + (b - C) / E), V *= 60, V < 0 && (V += 360)), [V, P, I];
-    }, Ii = si, Oi = v.unpack, Fi = Math.floor, zi = function() {
-      for (var o, f, p, b, C, A, S = [], R = arguments.length; R--; )
-        S[R] = arguments[R];
-      S = Oi(S, "hcg");
-      var E = S[0], P = S[1], I = S[2], V, F, U;
+      var p = ni(o, "rgb"), b = p[0], C = p[1], N = p[2], S = Math.min(b, C, N), E = Math.max(b, C, N), M = E - S, P = M * 100 / 255, I = S / (255 - M) * 100, W;
+      return M === 0 ? W = Number.NaN : (b === E && (W = (C - N) / M), C === E && (W = 2 + (N - b) / M), N === E && (W = 4 + (b - C) / M), W *= 60, W < 0 && (W += 360)), [W, P, I];
+    }, Fi = si, zi = v.unpack, Hi = Math.floor, Wi = function() {
+      for (var o, f, p, b, C, N, S = [], E = arguments.length; E--; )
+        S[E] = arguments[E];
+      S = zi(S, "hcg");
+      var M = S[0], P = S[1], I = S[2], W, F, G;
       I = I * 255;
-      var G = P * 255;
+      var Y = P * 255;
       if (P === 0)
-        V = F = U = I;
+        W = F = G = I;
       else {
-        E === 360 && (E = 0), E > 360 && (E -= 360), E < 0 && (E += 360), E /= 60;
-        var ae = Fi(E), he = E - ae, ue = I * (1 - P), de = ue + G * (1 - he), Ve = ue + G * he, ze = ue + G;
+        M === 360 && (M = 0), M > 360 && (M -= 360), M < 0 && (M += 360), M /= 60;
+        var ae = Hi(M), he = M - ae, ue = I * (1 - P), de = ue + Y * (1 - he), Ve = ue + Y * he, ze = ue + Y;
         switch (ae) {
           case 0:
-            o = [ze, Ve, ue], V = o[0], F = o[1], U = o[2];
+            o = [ze, Ve, ue], W = o[0], F = o[1], G = o[2];
             break;
           case 1:
-            f = [de, ze, ue], V = f[0], F = f[1], U = f[2];
+            f = [de, ze, ue], W = f[0], F = f[1], G = f[2];
             break;
           case 2:
-            p = [ue, ze, Ve], V = p[0], F = p[1], U = p[2];
+            p = [ue, ze, Ve], W = p[0], F = p[1], G = p[2];
             break;
           case 3:
-            b = [ue, de, ze], V = b[0], F = b[1], U = b[2];
+            b = [ue, de, ze], W = b[0], F = b[1], G = b[2];
             break;
           case 4:
-            C = [Ve, ue, ze], V = C[0], F = C[1], U = C[2];
+            C = [Ve, ue, ze], W = C[0], F = C[1], G = C[2];
             break;
           case 5:
-            A = [ze, ue, de], V = A[0], F = A[1], U = A[2];
+            N = [ze, ue, de], W = N[0], F = N[1], G = N[2];
             break;
         }
       }
-      return [V, F, U, S.length > 3 ? S[3] : 1];
-    }, Hi = zi, Wi = v.unpack, qi = v.type, Vi = O, ai = D, li = N, y = Ii;
+      return [W, F, G, S.length > 3 ? S[3] : 1];
+    }, qi = Wi, Vi = v.unpack, Xi = v.type, Yi = q, ai = D, li = A, y = Fi;
     ai.prototype.hcg = function() {
       return y(this._rgb);
-    }, Vi.hcg = function() {
+    }, Yi.hcg = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       return new (Function.prototype.bind.apply(ai, [null].concat(o, ["hcg"])))();
-    }, li.format.hcg = Hi, li.autodetect.push({
+    }, li.format.hcg = qi, li.autodetect.push({
       p: 1,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o = Wi(o, "hcg"), qi(o) === "array" && o.length === 3)
+        if (o = Vi(o, "hcg"), Xi(o) === "array" && o.length === 3)
           return "hcg";
       }
     });
-    var vr = v.unpack, ht = v.last, Kt = Math.round, mr = function() {
+    var vr = v.unpack, ft = v.last, Kt = Math.round, mr = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = vr(o, "rgba"), b = p[0], C = p[1], A = p[2], S = p[3], R = ht(o) || "auto";
-      S === void 0 && (S = 1), R === "auto" && (R = S < 1 ? "rgba" : "rgb"), b = Kt(b), C = Kt(C), A = Kt(A);
-      var E = b << 16 | C << 8 | A, P = "000000" + E.toString(16);
+      var p = vr(o, "rgba"), b = p[0], C = p[1], N = p[2], S = p[3], E = ft(o) || "auto";
+      S === void 0 && (S = 1), E === "auto" && (E = S < 1 ? "rgba" : "rgb"), b = Kt(b), C = Kt(C), N = Kt(N);
+      var M = b << 16 | C << 8 | N, P = "000000" + M.toString(16);
       P = P.substr(P.length - 6);
       var I = "0" + Kt(S * 255).toString(16);
-      switch (I = I.substr(I.length - 2), R.toLowerCase()) {
+      switch (I = I.substr(I.length - 2), E.toLowerCase()) {
         case "rgba":
           return "#" + P + I;
         case "argb":
@@ -7797,22 +7797,22 @@ var Mg = Lg, ml = { exports: {} };
         default:
           return "#" + P;
       }
-    }, Ne = mr, ft = /^#?([A-Fa-f0-9]{6}|[A-Fa-f0-9]{3})$/, Xi = /^#?([A-Fa-f0-9]{8}|[A-Fa-f0-9]{4})$/, oi = function(o) {
-      if (o.match(ft)) {
+    }, Ne = mr, ut = /^#?([A-Fa-f0-9]{6}|[A-Fa-f0-9]{3})$/, Gi = /^#?([A-Fa-f0-9]{8}|[A-Fa-f0-9]{4})$/, oi = function(o) {
+      if (o.match(ut)) {
         (o.length === 4 || o.length === 7) && (o = o.substr(1)), o.length === 3 && (o = o.split(""), o = o[0] + o[0] + o[1] + o[1] + o[2] + o[2]);
         var f = parseInt(o, 16), p = f >> 16, b = f >> 8 & 255, C = f & 255;
         return [p, b, C, 1];
       }
-      if (o.match(Xi)) {
+      if (o.match(Gi)) {
         (o.length === 5 || o.length === 9) && (o = o.substr(1)), o.length === 4 && (o = o.split(""), o = o[0] + o[0] + o[1] + o[1] + o[2] + o[2] + o[3] + o[3]);
-        var A = parseInt(o, 16), S = A >> 24 & 255, R = A >> 16 & 255, E = A >> 8 & 255, P = Math.round((A & 255) / 255 * 100) / 100;
-        return [S, R, E, P];
+        var N = parseInt(o, 16), S = N >> 24 & 255, E = N >> 16 & 255, M = N >> 8 & 255, P = Math.round((N & 255) / 255 * 100) / 100;
+        return [S, E, M, P];
       }
       throw new Error("unknown hex color: " + o);
-    }, zr = oi, Q = O, Hr = D, Yi = v.type, lr = N, jt = Ne;
+    }, zr = oi, K = q, Hr = D, Ui = v.type, lr = A, jt = Ne;
     Hr.prototype.hex = function(o) {
       return jt(this._rgb, o);
-    }, Q.hex = function() {
+    }, K.hex = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       return new (Function.prototype.bind.apply(Hr, [null].concat(o, ["hex"])))();
@@ -7821,106 +7821,106 @@ var Mg = Lg, ml = { exports: {} };
       test: function(o) {
         for (var f = [], p = arguments.length - 1; p-- > 0; )
           f[p] = arguments[p + 1];
-        if (!f.length && Yi(o) === "string" && [3, 4, 5, 6, 7, 8, 9].indexOf(o.length) >= 0)
+        if (!f.length && Ui(o) === "string" && [3, 4, 5, 6, 7, 8, 9].indexOf(o.length) >= 0)
           return "hex";
       }
     });
-    var Gi = v.unpack, or = v.TWOPI, Ui = Math.min, Zi = Math.sqrt, hi = Math.acos, fi = function() {
+    var Zi = v.unpack, or = v.TWOPI, Ki = Math.min, ji = Math.sqrt, hi = Math.acos, fi = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = Gi(o, "rgb"), b = p[0], C = p[1], A = p[2];
-      b /= 255, C /= 255, A /= 255;
-      var S, R = Ui(b, C, A), E = (b + C + A) / 3, P = E > 0 ? 1 - R / E : 0;
-      return P === 0 ? S = NaN : (S = (b - C + (b - A)) / 2, S /= Zi((b - C) * (b - C) + (b - A) * (C - A)), S = hi(S), A > C && (S = or - S), S /= or), [S * 360, P, E];
-    }, Ki = fi, ui = v.unpack, Wr = v.limit, Jt = v.TWOPI, qr = v.PITHIRD, Qt = Math.cos, ji = function() {
+      var p = Zi(o, "rgb"), b = p[0], C = p[1], N = p[2];
+      b /= 255, C /= 255, N /= 255;
+      var S, E = Ki(b, C, N), M = (b + C + N) / 3, P = M > 0 ? 1 - E / M : 0;
+      return P === 0 ? S = NaN : (S = (b - C + (b - N)) / 2, S /= ji((b - C) * (b - C) + (b - N) * (C - N)), S = hi(S), N > C && (S = or - S), S /= or), [S * 360, P, M];
+    }, Ji = fi, ui = v.unpack, Wr = v.limit, Jt = v.TWOPI, qr = v.PITHIRD, Qt = Math.cos, Qi = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       o = ui(o, "hsi");
-      var p = o[0], b = o[1], C = o[2], A, S, R;
-      return isNaN(p) && (p = 0), isNaN(b) && (b = 0), p > 360 && (p -= 360), p < 0 && (p += 360), p /= 360, p < 1 / 3 ? (R = (1 - b) / 3, A = (1 + b * Qt(Jt * p) / Qt(qr - Jt * p)) / 3, S = 1 - (R + A)) : p < 2 / 3 ? (p -= 1 / 3, A = (1 - b) / 3, S = (1 + b * Qt(Jt * p) / Qt(qr - Jt * p)) / 3, R = 1 - (A + S)) : (p -= 2 / 3, S = (1 - b) / 3, R = (1 + b * Qt(Jt * p) / Qt(qr - Jt * p)) / 3, A = 1 - (S + R)), A = Wr(C * A * 3), S = Wr(C * S * 3), R = Wr(C * R * 3), [A * 255, S * 255, R * 255, o.length > 3 ? o[3] : 1];
-    }, Ji = ji, Qi = v.unpack, M = v.type, w = O, $ = D, T = N, H = Ki;
+      var p = o[0], b = o[1], C = o[2], N, S, E;
+      return isNaN(p) && (p = 0), isNaN(b) && (b = 0), p > 360 && (p -= 360), p < 0 && (p += 360), p /= 360, p < 1 / 3 ? (E = (1 - b) / 3, N = (1 + b * Qt(Jt * p) / Qt(qr - Jt * p)) / 3, S = 1 - (E + N)) : p < 2 / 3 ? (p -= 1 / 3, N = (1 - b) / 3, S = (1 + b * Qt(Jt * p) / Qt(qr - Jt * p)) / 3, E = 1 - (N + S)) : (p -= 2 / 3, S = (1 - b) / 3, E = (1 + b * Qt(Jt * p) / Qt(qr - Jt * p)) / 3, N = 1 - (S + E)), N = Wr(C * N * 3), S = Wr(C * S * 3), E = Wr(C * E * 3), [N * 255, S * 255, E * 255, o.length > 3 ? o[3] : 1];
+    }, en = Qi, tn = v.unpack, B = v.type, w = q, $ = D, L = A, z = Ji;
     $.prototype.hsi = function() {
-      return H(this._rgb);
+      return z(this._rgb);
     }, w.hsi = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       return new (Function.prototype.bind.apply($, [null].concat(o, ["hsi"])))();
-    }, T.format.hsi = Ji, T.autodetect.push({
+    }, L.format.hsi = en, L.autodetect.push({
       p: 2,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o = Qi(o, "hsi"), M(o) === "array" && o.length === 3)
+        if (o = tn(o, "hsi"), B(o) === "array" && o.length === 3)
           return "hsi";
       }
     });
-    var X = v.unpack, ee = v.type, Oe = O, at = D, ut = N, Rl = et;
-    at.prototype.hsl = function() {
-      return Rl(this._rgb);
+    var V = v.unpack, J = v.type, Oe = q, lt = D, ct = A, Tl = tt;
+    lt.prototype.hsl = function() {
+      return Tl(this._rgb);
     }, Oe.hsl = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      return new (Function.prototype.bind.apply(at, [null].concat(o, ["hsl"])))();
-    }, ut.format.hsl = Lt, ut.autodetect.push({
+      return new (Function.prototype.bind.apply(lt, [null].concat(o, ["hsl"])))();
+    }, ct.format.hsl = Mt, ct.autodetect.push({
       p: 2,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o = X(o, "hsl"), ee(o) === "array" && o.length === 3)
+        if (o = V(o, "hsl"), J(o) === "array" && o.length === 3)
           return "hsl";
       }
     });
-    var xl = v.unpack, Tl = Math.min, El = Math.max, Ll = function() {
+    var El = v.unpack, Ll = Math.min, Ml = Math.max, Bl = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      o = xl(o, "rgb");
-      var p = o[0], b = o[1], C = o[2], A = Tl(p, b, C), S = El(p, b, C), R = S - A, E, P, I;
-      return I = S / 255, S === 0 ? (E = Number.NaN, P = 0) : (P = R / S, p === S && (E = (b - C) / R), b === S && (E = 2 + (C - p) / R), C === S && (E = 4 + (p - b) / R), E *= 60, E < 0 && (E += 360)), [E, P, I];
-    }, Ml = Ll, Bl = v.unpack, Dl = Math.floor, Pl = function() {
-      for (var o, f, p, b, C, A, S = [], R = arguments.length; R--; )
-        S[R] = arguments[R];
-      S = Bl(S, "hsv");
-      var E = S[0], P = S[1], I = S[2], V, F, U;
+      o = El(o, "rgb");
+      var p = o[0], b = o[1], C = o[2], N = Ll(p, b, C), S = Ml(p, b, C), E = S - N, M, P, I;
+      return I = S / 255, S === 0 ? (M = Number.NaN, P = 0) : (P = E / S, p === S && (M = (b - C) / E), b === S && (M = 2 + (C - p) / E), C === S && (M = 4 + (p - b) / E), M *= 60, M < 0 && (M += 360)), [M, P, I];
+    }, Dl = Bl, Pl = v.unpack, $l = Math.floor, Il = function() {
+      for (var o, f, p, b, C, N, S = [], E = arguments.length; E--; )
+        S[E] = arguments[E];
+      S = Pl(S, "hsv");
+      var M = S[0], P = S[1], I = S[2], W, F, G;
       if (I *= 255, P === 0)
-        V = F = U = I;
+        W = F = G = I;
       else {
-        E === 360 && (E = 0), E > 360 && (E -= 360), E < 0 && (E += 360), E /= 60;
-        var G = Dl(E), ae = E - G, he = I * (1 - P), ue = I * (1 - P * ae), de = I * (1 - P * (1 - ae));
-        switch (G) {
+        M === 360 && (M = 0), M > 360 && (M -= 360), M < 0 && (M += 360), M /= 60;
+        var Y = $l(M), ae = M - Y, he = I * (1 - P), ue = I * (1 - P * ae), de = I * (1 - P * (1 - ae));
+        switch (Y) {
           case 0:
-            o = [I, de, he], V = o[0], F = o[1], U = o[2];
+            o = [I, de, he], W = o[0], F = o[1], G = o[2];
             break;
           case 1:
-            f = [ue, I, he], V = f[0], F = f[1], U = f[2];
+            f = [ue, I, he], W = f[0], F = f[1], G = f[2];
             break;
           case 2:
-            p = [he, I, de], V = p[0], F = p[1], U = p[2];
+            p = [he, I, de], W = p[0], F = p[1], G = p[2];
             break;
           case 3:
-            b = [he, ue, I], V = b[0], F = b[1], U = b[2];
+            b = [he, ue, I], W = b[0], F = b[1], G = b[2];
             break;
           case 4:
-            C = [de, he, I], V = C[0], F = C[1], U = C[2];
+            C = [de, he, I], W = C[0], F = C[1], G = C[2];
             break;
           case 5:
-            A = [I, he, ue], V = A[0], F = A[1], U = A[2];
+            N = [I, he, ue], W = N[0], F = N[1], G = N[2];
             break;
         }
       }
-      return [V, F, U, S.length > 3 ? S[3] : 1];
-    }, $l = Pl, Il = v.unpack, Ol = v.type, Fl = O, es = D, ts = N, zl = Ml;
-    es.prototype.hsv = function() {
-      return zl(this._rgb);
-    }, Fl.hsv = function() {
+      return [W, F, G, S.length > 3 ? S[3] : 1];
+    }, Ol = Il, Fl = v.unpack, zl = v.type, Hl = q, rs = D, is = A, Wl = Dl;
+    rs.prototype.hsv = function() {
+      return Wl(this._rgb);
+    }, Hl.hsv = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      return new (Function.prototype.bind.apply(es, [null].concat(o, ["hsv"])))();
-    }, ts.format.hsv = $l, ts.autodetect.push({
+      return new (Function.prototype.bind.apply(rs, [null].concat(o, ["hsv"])))();
+    }, is.format.hsv = Ol, is.autodetect.push({
       p: 2,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o = Il(o, "hsv"), Ol(o) === "array" && o.length === 3)
+        if (o = Fl(o, "hsv"), zl(o) === "array" && o.length === 3)
           return "hsv";
       }
     });
@@ -7939,96 +7939,96 @@ var Mg = Lg, ml = { exports: {} };
       // 3 * t1 * t1
       t3: 8856452e-9
       // t1 * t1 * t1
-    }, br = ci, Hl = v.unpack, rs = Math.pow, Wl = function() {
+    }, br = ci, ql = v.unpack, ns = Math.pow, Vl = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = Hl(o, "rgb"), b = p[0], C = p[1], A = p[2], S = ql(b, C, A), R = S[0], E = S[1], P = S[2], I = 116 * E - 16;
-      return [I < 0 ? 0 : I, 500 * (R - E), 200 * (E - P)];
-    }, en = function(o) {
-      return (o /= 255) <= 0.04045 ? o / 12.92 : rs((o + 0.055) / 1.055, 2.4);
-    }, tn = function(o) {
-      return o > br.t3 ? rs(o, 1 / 3) : o / br.t2 + br.t0;
-    }, ql = function(o, f, p) {
-      o = en(o), f = en(f), p = en(p);
-      var b = tn((0.4124564 * o + 0.3575761 * f + 0.1804375 * p) / br.Xn), C = tn((0.2126729 * o + 0.7151522 * f + 0.072175 * p) / br.Yn), A = tn((0.0193339 * o + 0.119192 * f + 0.9503041 * p) / br.Zn);
-      return [b, C, A];
-    }, is = Wl, wr = ci, Vl = v.unpack, Xl = Math.pow, Yl = function() {
-      for (var o = [], f = arguments.length; f--; )
-        o[f] = arguments[f];
-      o = Vl(o, "lab");
-      var p = o[0], b = o[1], C = o[2], A, S, R, E, P, I;
-      return S = (p + 16) / 116, A = isNaN(b) ? S : S + b / 500, R = isNaN(C) ? S : S - C / 200, S = wr.Yn * nn(S), A = wr.Xn * nn(A), R = wr.Zn * nn(R), E = rn(3.2404542 * A - 1.5371385 * S - 0.4985314 * R), P = rn(-0.969266 * A + 1.8760108 * S + 0.041556 * R), I = rn(0.0556434 * A - 0.2040259 * S + 1.0572252 * R), [E, P, I, o.length > 3 ? o[3] : 1];
+      var p = ql(o, "rgb"), b = p[0], C = p[1], N = p[2], S = Xl(b, C, N), E = S[0], M = S[1], P = S[2], I = 116 * M - 16;
+      return [I < 0 ? 0 : I, 500 * (E - M), 200 * (M - P)];
     }, rn = function(o) {
-      return 255 * (o <= 304e-5 ? 12.92 * o : 1.055 * Xl(o, 1 / 2.4) - 0.055);
+      return (o /= 255) <= 0.04045 ? o / 12.92 : ns((o + 0.055) / 1.055, 2.4);
     }, nn = function(o) {
+      return o > br.t3 ? ns(o, 1 / 3) : o / br.t2 + br.t0;
+    }, Xl = function(o, f, p) {
+      o = rn(o), f = rn(f), p = rn(p);
+      var b = nn((0.4124564 * o + 0.3575761 * f + 0.1804375 * p) / br.Xn), C = nn((0.2126729 * o + 0.7151522 * f + 0.072175 * p) / br.Yn), N = nn((0.0193339 * o + 0.119192 * f + 0.9503041 * p) / br.Zn);
+      return [b, C, N];
+    }, ss = Vl, wr = ci, Yl = v.unpack, Gl = Math.pow, Ul = function() {
+      for (var o = [], f = arguments.length; f--; )
+        o[f] = arguments[f];
+      o = Yl(o, "lab");
+      var p = o[0], b = o[1], C = o[2], N, S, E, M, P, I;
+      return S = (p + 16) / 116, N = isNaN(b) ? S : S + b / 500, E = isNaN(C) ? S : S - C / 200, S = wr.Yn * an(S), N = wr.Xn * an(N), E = wr.Zn * an(E), M = sn(3.2404542 * N - 1.5371385 * S - 0.4985314 * E), P = sn(-0.969266 * N + 1.8760108 * S + 0.041556 * E), I = sn(0.0556434 * N - 0.2040259 * S + 1.0572252 * E), [M, P, I, o.length > 3 ? o[3] : 1];
+    }, sn = function(o) {
+      return 255 * (o <= 304e-5 ? 12.92 * o : 1.055 * Gl(o, 1 / 2.4) - 0.055);
+    }, an = function(o) {
       return o > wr.t1 ? o * o * o : wr.t2 * (o - wr.t0);
-    }, ns = Yl, Gl = v.unpack, Ul = v.type, Zl = O, ss = D, as = N, Kl = is;
-    ss.prototype.lab = function() {
-      return Kl(this._rgb);
-    }, Zl.lab = function() {
+    }, as = Ul, Zl = v.unpack, Kl = v.type, jl = q, ls = D, os = A, Jl = ss;
+    ls.prototype.lab = function() {
+      return Jl(this._rgb);
+    }, jl.lab = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      return new (Function.prototype.bind.apply(ss, [null].concat(o, ["lab"])))();
-    }, as.format.lab = ns, as.autodetect.push({
+      return new (Function.prototype.bind.apply(ls, [null].concat(o, ["lab"])))();
+    }, os.format.lab = as, os.autodetect.push({
       p: 2,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o = Gl(o, "lab"), Ul(o) === "array" && o.length === 3)
+        if (o = Zl(o, "lab"), Kl(o) === "array" && o.length === 3)
           return "lab";
       }
     });
-    var jl = v.unpack, Jl = v.RAD2DEG, Ql = Math.sqrt, eo = Math.atan2, to = Math.round, ro = function() {
+    var Ql = v.unpack, eo = v.RAD2DEG, to = Math.sqrt, ro = Math.atan2, io = Math.round, no = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = jl(o, "lab"), b = p[0], C = p[1], A = p[2], S = Ql(C * C + A * A), R = (eo(A, C) * Jl + 360) % 360;
-      return to(S * 1e4) === 0 && (R = Number.NaN), [b, S, R];
-    }, ls = ro, io = v.unpack, no = is, so = ls, ao = function() {
+      var p = Ql(o, "lab"), b = p[0], C = p[1], N = p[2], S = to(C * C + N * N), E = (ro(N, C) * eo + 360) % 360;
+      return io(S * 1e4) === 0 && (E = Number.NaN), [b, S, E];
+    }, hs = no, so = v.unpack, ao = ss, lo = hs, oo = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = io(o, "rgb"), b = p[0], C = p[1], A = p[2], S = no(b, C, A), R = S[0], E = S[1], P = S[2];
-      return so(R, E, P);
-    }, lo = ao, oo = v.unpack, ho = v.DEG2RAD, fo = Math.sin, uo = Math.cos, co = function() {
+      var p = so(o, "rgb"), b = p[0], C = p[1], N = p[2], S = ao(b, C, N), E = S[0], M = S[1], P = S[2];
+      return lo(E, M, P);
+    }, ho = oo, fo = v.unpack, uo = v.DEG2RAD, co = Math.sin, go = Math.cos, po = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = oo(o, "lch"), b = p[0], C = p[1], A = p[2];
-      return isNaN(A) && (A = 0), A = A * ho, [b, uo(A) * C, fo(A) * C];
-    }, os = co, go = v.unpack, po = os, vo = ns, mo = function() {
+      var p = fo(o, "lch"), b = p[0], C = p[1], N = p[2];
+      return isNaN(N) && (N = 0), N = N * uo, [b, go(N) * C, co(N) * C];
+    }, fs = po, vo = v.unpack, mo = fs, bo = as, wo = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      o = go(o, "lch");
-      var p = o[0], b = o[1], C = o[2], A = po(p, b, C), S = A[0], R = A[1], E = A[2], P = vo(S, R, E), I = P[0], V = P[1], F = P[2];
-      return [I, V, F, o.length > 3 ? o[3] : 1];
-    }, hs = mo, bo = v.unpack, wo = hs, yo = function() {
+      o = vo(o, "lch");
+      var p = o[0], b = o[1], C = o[2], N = mo(p, b, C), S = N[0], E = N[1], M = N[2], P = bo(S, E, M), I = P[0], W = P[1], F = P[2];
+      return [I, W, F, o.length > 3 ? o[3] : 1];
+    }, us = wo, yo = v.unpack, _o = us, So = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = bo(o, "hcl").reverse();
-      return wo.apply(void 0, p);
-    }, _o = yo, So = v.unpack, Co = v.type, fs = O, gi = D, sn = N, us = lo;
+      var p = yo(o, "hcl").reverse();
+      return _o.apply(void 0, p);
+    }, Co = So, Ao = v.unpack, No = v.type, cs = q, gi = D, ln = A, gs = ho;
     gi.prototype.lch = function() {
-      return us(this._rgb);
+      return gs(this._rgb);
     }, gi.prototype.hcl = function() {
-      return us(this._rgb).reverse();
-    }, fs.lch = function() {
+      return gs(this._rgb).reverse();
+    }, cs.lch = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       return new (Function.prototype.bind.apply(gi, [null].concat(o, ["lch"])))();
-    }, fs.hcl = function() {
+    }, cs.hcl = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       return new (Function.prototype.bind.apply(gi, [null].concat(o, ["hcl"])))();
-    }, sn.format.lch = hs, sn.format.hcl = _o, ["lch", "hcl"].forEach(function(o) {
-      return sn.autodetect.push({
+    }, ln.format.lch = us, ln.format.hcl = Co, ["lch", "hcl"].forEach(function(o) {
+      return ln.autodetect.push({
         p: 2,
         test: function() {
           for (var f = [], p = arguments.length; p--; )
             f[p] = arguments[p];
-          if (f = So(f, o), Co(f) === "array" && f.length === 3)
+          if (f = Ao(f, o), No(f) === "array" && f.length === 3)
             return o;
         }
       });
     });
-    var Ao = {
+    var ko = {
       aliceblue: "#f0f8ff",
       antiquewhite: "#faebd7",
       aqua: "#00ffff",
@@ -8184,359 +8184,359 @@ var Mg = Lg, ml = { exports: {} };
       whitesmoke: "#f5f5f5",
       yellow: "#ffff00",
       yellowgreen: "#9acd32"
-    }, cs = Ao, No = D, gs = N, ko = v.type, Vr = cs, Ro = zr, xo = Ne;
-    No.prototype.name = function() {
-      for (var o = xo(this._rgb, "rgb"), f = 0, p = Object.keys(Vr); f < p.length; f += 1) {
+    }, ds = ko, Ro = D, ps = A, xo = v.type, Vr = ds, To = zr, Eo = Ne;
+    Ro.prototype.name = function() {
+      for (var o = Eo(this._rgb, "rgb"), f = 0, p = Object.keys(Vr); f < p.length; f += 1) {
         var b = p[f];
         if (Vr[b] === o)
           return b.toLowerCase();
       }
       return o;
-    }, gs.format.named = function(o) {
+    }, ps.format.named = function(o) {
       if (o = o.toLowerCase(), Vr[o])
-        return Ro(Vr[o]);
+        return To(Vr[o]);
       throw new Error("unknown color name: " + o);
-    }, gs.autodetect.push({
+    }, ps.autodetect.push({
       p: 5,
       test: function(o) {
         for (var f = [], p = arguments.length - 1; p-- > 0; )
           f[p] = arguments[p + 1];
-        if (!f.length && ko(o) === "string" && Vr[o.toLowerCase()])
+        if (!f.length && xo(o) === "string" && Vr[o.toLowerCase()])
           return "named";
       }
     });
-    var To = v.unpack, Eo = function() {
+    var Lo = v.unpack, Mo = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = To(o, "rgb"), b = p[0], C = p[1], A = p[2];
-      return (b << 16) + (C << 8) + A;
-    }, Lo = Eo, Mo = v.type, Bo = function(o) {
-      if (Mo(o) == "number" && o >= 0 && o <= 16777215) {
+      var p = Lo(o, "rgb"), b = p[0], C = p[1], N = p[2];
+      return (b << 16) + (C << 8) + N;
+    }, Bo = Mo, Do = v.type, Po = function(o) {
+      if (Do(o) == "number" && o >= 0 && o <= 16777215) {
         var f = o >> 16, p = o >> 8 & 255, b = o & 255;
         return [f, p, b, 1];
       }
       throw new Error("unknown num color: " + o);
-    }, Do = Bo, Po = O, ds = D, ps = N, $o = v.type, Io = Lo;
-    ds.prototype.num = function() {
-      return Io(this._rgb);
-    }, Po.num = function() {
+    }, $o = Po, Io = q, vs = D, ms = A, Oo = v.type, Fo = Bo;
+    vs.prototype.num = function() {
+      return Fo(this._rgb);
+    }, Io.num = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      return new (Function.prototype.bind.apply(ds, [null].concat(o, ["num"])))();
-    }, ps.format.num = Do, ps.autodetect.push({
+      return new (Function.prototype.bind.apply(vs, [null].concat(o, ["num"])))();
+    }, ms.format.num = $o, ms.autodetect.push({
       p: 5,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o.length === 1 && $o(o[0]) === "number" && o[0] >= 0 && o[0] <= 16777215)
+        if (o.length === 1 && Oo(o[0]) === "number" && o[0] >= 0 && o[0] <= 16777215)
           return "num";
       }
     });
-    var Oo = O, an = D, vs = N, ms = v.unpack, bs = v.type, ws = Math.round;
-    an.prototype.rgb = function(o) {
-      return o === void 0 && (o = !0), o === !1 ? this._rgb.slice(0, 3) : this._rgb.slice(0, 3).map(ws);
-    }, an.prototype.rgba = function(o) {
+    var zo = q, on = D, bs = A, ws = v.unpack, ys = v.type, _s = Math.round;
+    on.prototype.rgb = function(o) {
+      return o === void 0 && (o = !0), o === !1 ? this._rgb.slice(0, 3) : this._rgb.slice(0, 3).map(_s);
+    }, on.prototype.rgba = function(o) {
       return o === void 0 && (o = !0), this._rgb.slice(0, 4).map(function(f, p) {
-        return p < 3 ? o === !1 ? f : ws(f) : f;
+        return p < 3 ? o === !1 ? f : _s(f) : f;
       });
-    }, Oo.rgb = function() {
+    }, zo.rgb = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      return new (Function.prototype.bind.apply(an, [null].concat(o, ["rgb"])))();
-    }, vs.format.rgb = function() {
+      return new (Function.prototype.bind.apply(on, [null].concat(o, ["rgb"])))();
+    }, bs.format.rgb = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = ms(o, "rgba");
+      var p = ws(o, "rgba");
       return p[3] === void 0 && (p[3] = 1), p;
-    }, vs.autodetect.push({
+    }, bs.autodetect.push({
       p: 3,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o = ms(o, "rgba"), bs(o) === "array" && (o.length === 3 || o.length === 4 && bs(o[3]) == "number" && o[3] >= 0 && o[3] <= 1))
+        if (o = ws(o, "rgba"), ys(o) === "array" && (o.length === 3 || o.length === 4 && ys(o[3]) == "number" && o[3] >= 0 && o[3] <= 1))
           return "rgb";
       }
     });
-    var di = Math.log, Fo = function(o) {
+    var di = Math.log, Ho = function(o) {
       var f = o / 100, p, b, C;
       return f < 66 ? (p = 255, b = f < 6 ? 0 : -155.25485562709179 - 0.44596950469579133 * (b = f - 2) + 104.49216199393888 * di(b), C = f < 20 ? 0 : -254.76935184120902 + 0.8274096064007395 * (C = f - 10) + 115.67994401066147 * di(C)) : (p = 351.97690566805693 + 0.114206453784165 * (p = f - 55) - 40.25366309332127 * di(p), b = 325.4494125711974 + 0.07943456536662342 * (b = f - 50) - 28.0852963507957 * di(b), C = 255), [p, b, C, 1];
-    }, ys = Fo, zo = ys, Ho = v.unpack, Wo = Math.round, qo = function() {
+    }, Ss = Ho, Wo = Ss, qo = v.unpack, Vo = Math.round, Xo = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      for (var p = Ho(o, "rgb"), b = p[0], C = p[2], A = 1e3, S = 4e4, R = 0.4, E; S - A > R; ) {
-        E = (S + A) * 0.5;
-        var P = zo(E);
-        P[2] / P[0] >= C / b ? S = E : A = E;
+      for (var p = qo(o, "rgb"), b = p[0], C = p[2], N = 1e3, S = 4e4, E = 0.4, M; S - N > E; ) {
+        M = (S + N) * 0.5;
+        var P = Wo(M);
+        P[2] / P[0] >= C / b ? S = M : N = M;
       }
-      return Wo(E);
-    }, Vo = qo, ln = O, pi = D, on = N, Xo = Vo;
+      return Vo(M);
+    }, Yo = Xo, hn = q, pi = D, fn = A, Go = Yo;
     pi.prototype.temp = pi.prototype.kelvin = pi.prototype.temperature = function() {
-      return Xo(this._rgb);
-    }, ln.temp = ln.kelvin = ln.temperature = function() {
+      return Go(this._rgb);
+    }, hn.temp = hn.kelvin = hn.temperature = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       return new (Function.prototype.bind.apply(pi, [null].concat(o, ["temp"])))();
-    }, on.format.temp = on.format.kelvin = on.format.temperature = ys;
-    var Yo = v.unpack, hn = Math.cbrt, Go = Math.pow, Uo = Math.sign, Zo = function() {
+    }, fn.format.temp = fn.format.kelvin = fn.format.temperature = Ss;
+    var Uo = v.unpack, un = Math.cbrt, Zo = Math.pow, Ko = Math.sign, jo = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = Yo(o, "rgb"), b = p[0], C = p[1], A = p[2], S = [fn(b / 255), fn(C / 255), fn(A / 255)], R = S[0], E = S[1], P = S[2], I = hn(0.4122214708 * R + 0.5363325363 * E + 0.0514459929 * P), V = hn(0.2119034982 * R + 0.6806995451 * E + 0.1073969566 * P), F = hn(0.0883024619 * R + 0.2817188376 * E + 0.6299787005 * P);
+      var p = Uo(o, "rgb"), b = p[0], C = p[1], N = p[2], S = [cn(b / 255), cn(C / 255), cn(N / 255)], E = S[0], M = S[1], P = S[2], I = un(0.4122214708 * E + 0.5363325363 * M + 0.0514459929 * P), W = un(0.2119034982 * E + 0.6806995451 * M + 0.1073969566 * P), F = un(0.0883024619 * E + 0.2817188376 * M + 0.6299787005 * P);
       return [
-        0.2104542553 * I + 0.793617785 * V - 0.0040720468 * F,
-        1.9779984951 * I - 2.428592205 * V + 0.4505937099 * F,
-        0.0259040371 * I + 0.7827717662 * V - 0.808675766 * F
+        0.2104542553 * I + 0.793617785 * W - 0.0040720468 * F,
+        1.9779984951 * I - 2.428592205 * W + 0.4505937099 * F,
+        0.0259040371 * I + 0.7827717662 * W - 0.808675766 * F
       ];
-    }, _s = Zo;
-    function fn(o) {
+    }, Cs = jo;
+    function cn(o) {
       var f = Math.abs(o);
-      return f < 0.04045 ? o / 12.92 : (Uo(o) || 1) * Go((f + 0.055) / 1.055, 2.4);
+      return f < 0.04045 ? o / 12.92 : (Ko(o) || 1) * Zo((f + 0.055) / 1.055, 2.4);
     }
-    var Ko = v.unpack, vi = Math.pow, jo = Math.sign, Jo = function() {
+    var Jo = v.unpack, vi = Math.pow, Qo = Math.sign, eh = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      o = Ko(o, "lab");
-      var p = o[0], b = o[1], C = o[2], A = vi(p + 0.3963377774 * b + 0.2158037573 * C, 3), S = vi(p - 0.1055613458 * b - 0.0638541728 * C, 3), R = vi(p - 0.0894841775 * b - 1.291485548 * C, 3);
+      o = Jo(o, "lab");
+      var p = o[0], b = o[1], C = o[2], N = vi(p + 0.3963377774 * b + 0.2158037573 * C, 3), S = vi(p - 0.1055613458 * b - 0.0638541728 * C, 3), E = vi(p - 0.0894841775 * b - 1.291485548 * C, 3);
       return [
-        255 * un(4.0767416621 * A - 3.3077115913 * S + 0.2309699292 * R),
-        255 * un(-1.2684380046 * A + 2.6097574011 * S - 0.3413193965 * R),
-        255 * un(-0.0041960863 * A - 0.7034186147 * S + 1.707614701 * R),
+        255 * gn(4.0767416621 * N - 3.3077115913 * S + 0.2309699292 * E),
+        255 * gn(-1.2684380046 * N + 2.6097574011 * S - 0.3413193965 * E),
+        255 * gn(-0.0041960863 * N - 0.7034186147 * S + 1.707614701 * E),
         o.length > 3 ? o[3] : 1
       ];
-    }, Ss = Jo;
-    function un(o) {
+    }, As = eh;
+    function gn(o) {
       var f = Math.abs(o);
-      return f > 31308e-7 ? (jo(o) || 1) * (1.055 * vi(f, 1 / 2.4) - 0.055) : o * 12.92;
+      return f > 31308e-7 ? (Qo(o) || 1) * (1.055 * vi(f, 1 / 2.4) - 0.055) : o * 12.92;
     }
-    var Qo = v.unpack, eh = v.type, th = O, Cs = D, As = N, rh = _s;
-    Cs.prototype.oklab = function() {
-      return rh(this._rgb);
-    }, th.oklab = function() {
+    var th = v.unpack, rh = v.type, ih = q, Ns = D, ks = A, nh = Cs;
+    Ns.prototype.oklab = function() {
+      return nh(this._rgb);
+    }, ih.oklab = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      return new (Function.prototype.bind.apply(Cs, [null].concat(o, ["oklab"])))();
-    }, As.format.oklab = Ss, As.autodetect.push({
+      return new (Function.prototype.bind.apply(Ns, [null].concat(o, ["oklab"])))();
+    }, ks.format.oklab = As, ks.autodetect.push({
       p: 3,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o = Qo(o, "oklab"), eh(o) === "array" && o.length === 3)
+        if (o = th(o, "oklab"), rh(o) === "array" && o.length === 3)
           return "oklab";
       }
     });
-    var ih = v.unpack, nh = _s, sh = ls, ah = function() {
+    var sh = v.unpack, ah = Cs, lh = hs, oh = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      var p = ih(o, "rgb"), b = p[0], C = p[1], A = p[2], S = nh(b, C, A), R = S[0], E = S[1], P = S[2];
-      return sh(R, E, P);
-    }, lh = ah, oh = v.unpack, hh = os, fh = Ss, uh = function() {
+      var p = sh(o, "rgb"), b = p[0], C = p[1], N = p[2], S = ah(b, C, N), E = S[0], M = S[1], P = S[2];
+      return lh(E, M, P);
+    }, hh = oh, fh = v.unpack, uh = fs, ch = As, gh = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      o = oh(o, "lch");
-      var p = o[0], b = o[1], C = o[2], A = hh(p, b, C), S = A[0], R = A[1], E = A[2], P = fh(S, R, E), I = P[0], V = P[1], F = P[2];
-      return [I, V, F, o.length > 3 ? o[3] : 1];
-    }, ch = uh, gh = v.unpack, dh = v.type, ph = O, Ns = D, ks = N, vh = lh;
-    Ns.prototype.oklch = function() {
-      return vh(this._rgb);
-    }, ph.oklch = function() {
+      o = fh(o, "lch");
+      var p = o[0], b = o[1], C = o[2], N = uh(p, b, C), S = N[0], E = N[1], M = N[2], P = ch(S, E, M), I = P[0], W = P[1], F = P[2];
+      return [I, W, F, o.length > 3 ? o[3] : 1];
+    }, dh = gh, ph = v.unpack, vh = v.type, mh = q, Rs = D, xs = A, bh = hh;
+    Rs.prototype.oklch = function() {
+      return bh(this._rgb);
+    }, mh.oklch = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
-      return new (Function.prototype.bind.apply(Ns, [null].concat(o, ["oklch"])))();
-    }, ks.format.oklch = ch, ks.autodetect.push({
+      return new (Function.prototype.bind.apply(Rs, [null].concat(o, ["oklch"])))();
+    }, xs.format.oklch = dh, xs.autodetect.push({
       p: 3,
       test: function() {
         for (var o = [], f = arguments.length; f--; )
           o[f] = arguments[f];
-        if (o = gh(o, "oklch"), dh(o) === "array" && o.length === 3)
+        if (o = ph(o, "oklch"), vh(o) === "array" && o.length === 3)
           return "oklch";
       }
     });
-    var Rs = D, mh = v.type;
-    Rs.prototype.alpha = function(o, f) {
-      return f === void 0 && (f = !1), o !== void 0 && mh(o) === "number" ? f ? (this._rgb[3] = o, this) : new Rs([this._rgb[0], this._rgb[1], this._rgb[2], o], "rgb") : this._rgb[3];
+    var Ts = D, wh = v.type;
+    Ts.prototype.alpha = function(o, f) {
+      return f === void 0 && (f = !1), o !== void 0 && wh(o) === "number" ? f ? (this._rgb[3] = o, this) : new Ts([this._rgb[0], this._rgb[1], this._rgb[2], o], "rgb") : this._rgb[3];
     };
-    var bh = D;
-    bh.prototype.clipped = function() {
+    var yh = D;
+    yh.prototype.clipped = function() {
       return this._rgb._clipped || !1;
     };
-    var hr = D, wh = ci;
+    var hr = D, _h = ci;
     hr.prototype.darken = function(o) {
       o === void 0 && (o = 1);
       var f = this, p = f.lab();
-      return p[0] -= wh.Kn * o, new hr(p, "lab").alpha(f.alpha(), !0);
+      return p[0] -= _h.Kn * o, new hr(p, "lab").alpha(f.alpha(), !0);
     }, hr.prototype.brighten = function(o) {
       return o === void 0 && (o = 1), this.darken(-o);
     }, hr.prototype.darker = hr.prototype.darken, hr.prototype.brighter = hr.prototype.brighten;
-    var yh = D;
-    yh.prototype.get = function(o) {
+    var Sh = D;
+    Sh.prototype.get = function(o) {
       var f = o.split("."), p = f[0], b = f[1], C = this[p]();
       if (b) {
-        var A = p.indexOf(b) - (p.substr(0, 2) === "ok" ? 2 : 0);
-        if (A > -1)
-          return C[A];
+        var N = p.indexOf(b) - (p.substr(0, 2) === "ok" ? 2 : 0);
+        if (N > -1)
+          return C[N];
         throw new Error("unknown channel " + b + " in mode " + p);
       } else
         return C;
     };
-    var yr = D, _h = v.type, Sh = Math.pow, Ch = 1e-7, Ah = 20;
+    var yr = D, Ch = v.type, Ah = Math.pow, Nh = 1e-7, kh = 20;
     yr.prototype.luminance = function(o) {
-      if (o !== void 0 && _h(o) === "number") {
+      if (o !== void 0 && Ch(o) === "number") {
         if (o === 0)
           return new yr([0, 0, 0, this._rgb[3]], "rgb");
         if (o === 1)
           return new yr([255, 255, 255, this._rgb[3]], "rgb");
-        var f = this.luminance(), p = "rgb", b = Ah, C = function(S, R) {
-          var E = S.interpolate(R, 0.5, p), P = E.luminance();
-          return Math.abs(o - P) < Ch || !b-- ? E : P > o ? C(S, E) : C(E, R);
-        }, A = (f > o ? C(new yr([0, 0, 0]), this) : C(this, new yr([255, 255, 255]))).rgb();
-        return new yr(A.concat([this._rgb[3]]));
+        var f = this.luminance(), p = "rgb", b = kh, C = function(S, E) {
+          var M = S.interpolate(E, 0.5, p), P = M.luminance();
+          return Math.abs(o - P) < Nh || !b-- ? M : P > o ? C(S, M) : C(M, E);
+        }, N = (f > o ? C(new yr([0, 0, 0]), this) : C(this, new yr([255, 255, 255]))).rgb();
+        return new yr(N.concat([this._rgb[3]]));
       }
-      return Nh.apply(void 0, this._rgb.slice(0, 3));
+      return Rh.apply(void 0, this._rgb.slice(0, 3));
     };
-    var Nh = function(o, f, p) {
-      return o = cn(o), f = cn(f), p = cn(p), 0.2126 * o + 0.7152 * f + 0.0722 * p;
-    }, cn = function(o) {
-      return o /= 255, o <= 0.03928 ? o / 12.92 : Sh((o + 0.055) / 1.055, 2.4);
-    }, lt = {}, xs = D, Ts = v.type, mi = lt, Es = function(o, f, p) {
+    var Rh = function(o, f, p) {
+      return o = dn(o), f = dn(f), p = dn(p), 0.2126 * o + 0.7152 * f + 0.0722 * p;
+    }, dn = function(o) {
+      return o /= 255, o <= 0.03928 ? o / 12.92 : Ah((o + 0.055) / 1.055, 2.4);
+    }, ot = {}, Es = D, Ls = v.type, mi = ot, Ms = function(o, f, p) {
       p === void 0 && (p = 0.5);
       for (var b = [], C = arguments.length - 3; C-- > 0; )
         b[C] = arguments[C + 3];
-      var A = b[0] || "lrgb";
-      if (!mi[A] && !b.length && (A = Object.keys(mi)[0]), !mi[A])
-        throw new Error("interpolation mode " + A + " is not defined");
-      return Ts(o) !== "object" && (o = new xs(o)), Ts(f) !== "object" && (f = new xs(f)), mi[A](o, f, p).alpha(o.alpha() + p * (f.alpha() - o.alpha()));
-    }, Ls = D, kh = Es;
-    Ls.prototype.mix = Ls.prototype.interpolate = function(o, f) {
+      var N = b[0] || "lrgb";
+      if (!mi[N] && !b.length && (N = Object.keys(mi)[0]), !mi[N])
+        throw new Error("interpolation mode " + N + " is not defined");
+      return Ls(o) !== "object" && (o = new Es(o)), Ls(f) !== "object" && (f = new Es(f)), mi[N](o, f, p).alpha(o.alpha() + p * (f.alpha() - o.alpha()));
+    }, Bs = D, xh = Ms;
+    Bs.prototype.mix = Bs.prototype.interpolate = function(o, f) {
       f === void 0 && (f = 0.5);
       for (var p = [], b = arguments.length - 2; b-- > 0; )
         p[b] = arguments[b + 2];
-      return kh.apply(void 0, [this, o, f].concat(p));
+      return xh.apply(void 0, [this, o, f].concat(p));
     };
-    var Ms = D;
-    Ms.prototype.premultiply = function(o) {
+    var Ds = D;
+    Ds.prototype.premultiply = function(o) {
       o === void 0 && (o = !1);
       var f = this._rgb, p = f[3];
-      return o ? (this._rgb = [f[0] * p, f[1] * p, f[2] * p, p], this) : new Ms([f[0] * p, f[1] * p, f[2] * p, p], "rgb");
+      return o ? (this._rgb = [f[0] * p, f[1] * p, f[2] * p, p], this) : new Ds([f[0] * p, f[1] * p, f[2] * p, p], "rgb");
     };
-    var gn = D, Rh = ci;
-    gn.prototype.saturate = function(o) {
+    var pn = D, Th = ci;
+    pn.prototype.saturate = function(o) {
       o === void 0 && (o = 1);
       var f = this, p = f.lch();
-      return p[1] += Rh.Kn * o, p[1] < 0 && (p[1] = 0), new gn(p, "lch").alpha(f.alpha(), !0);
-    }, gn.prototype.desaturate = function(o) {
+      return p[1] += Th.Kn * o, p[1] < 0 && (p[1] = 0), new pn(p, "lch").alpha(f.alpha(), !0);
+    }, pn.prototype.desaturate = function(o) {
       return o === void 0 && (o = 1), this.saturate(-o);
     };
-    var Bs = D, Ds = v.type;
-    Bs.prototype.set = function(o, f, p) {
+    var Ps = D, $s = v.type;
+    Ps.prototype.set = function(o, f, p) {
       p === void 0 && (p = !1);
-      var b = o.split("."), C = b[0], A = b[1], S = this[C]();
-      if (A) {
-        var R = C.indexOf(A) - (C.substr(0, 2) === "ok" ? 2 : 0);
-        if (R > -1) {
-          if (Ds(f) == "string")
+      var b = o.split("."), C = b[0], N = b[1], S = this[C]();
+      if (N) {
+        var E = C.indexOf(N) - (C.substr(0, 2) === "ok" ? 2 : 0);
+        if (E > -1) {
+          if ($s(f) == "string")
             switch (f.charAt(0)) {
               case "+":
-                S[R] += +f;
+                S[E] += +f;
                 break;
               case "-":
-                S[R] += +f;
+                S[E] += +f;
                 break;
               case "*":
-                S[R] *= +f.substr(1);
+                S[E] *= +f.substr(1);
                 break;
               case "/":
-                S[R] /= +f.substr(1);
+                S[E] /= +f.substr(1);
                 break;
               default:
-                S[R] = +f;
+                S[E] = +f;
             }
-          else if (Ds(f) === "number")
-            S[R] = f;
+          else if ($s(f) === "number")
+            S[E] = f;
           else
             throw new Error("unsupported value for Color.set");
-          var E = new Bs(S, C);
-          return p ? (this._rgb = E._rgb, this) : E;
+          var M = new Ps(S, C);
+          return p ? (this._rgb = M._rgb, this) : M;
         }
-        throw new Error("unknown channel " + A + " in mode " + C);
+        throw new Error("unknown channel " + N + " in mode " + C);
       } else
         return S;
     };
-    var xh = D, Th = function(o, f, p) {
+    var Eh = D, Lh = function(o, f, p) {
       var b = o._rgb, C = f._rgb;
-      return new xh(
+      return new Eh(
         b[0] + p * (C[0] - b[0]),
         b[1] + p * (C[1] - b[1]),
         b[2] + p * (C[2] - b[2]),
         "rgb"
       );
     };
-    lt.rgb = Th;
-    var Eh = D, dn = Math.sqrt, _r = Math.pow, Lh = function(o, f, p) {
-      var b = o._rgb, C = b[0], A = b[1], S = b[2], R = f._rgb, E = R[0], P = R[1], I = R[2];
-      return new Eh(
-        dn(_r(C, 2) * (1 - p) + _r(E, 2) * p),
-        dn(_r(A, 2) * (1 - p) + _r(P, 2) * p),
-        dn(_r(S, 2) * (1 - p) + _r(I, 2) * p),
+    ot.rgb = Lh;
+    var Mh = D, vn = Math.sqrt, _r = Math.pow, Bh = function(o, f, p) {
+      var b = o._rgb, C = b[0], N = b[1], S = b[2], E = f._rgb, M = E[0], P = E[1], I = E[2];
+      return new Mh(
+        vn(_r(C, 2) * (1 - p) + _r(M, 2) * p),
+        vn(_r(N, 2) * (1 - p) + _r(P, 2) * p),
+        vn(_r(S, 2) * (1 - p) + _r(I, 2) * p),
         "rgb"
       );
     };
-    lt.lrgb = Lh;
-    var Mh = D, Bh = function(o, f, p) {
+    ot.lrgb = Bh;
+    var Dh = D, Ph = function(o, f, p) {
       var b = o.lab(), C = f.lab();
-      return new Mh(
+      return new Dh(
         b[0] + p * (C[0] - b[0]),
         b[1] + p * (C[1] - b[1]),
         b[2] + p * (C[2] - b[2]),
         "lab"
       );
     };
-    lt.lab = Bh;
-    var Ps = D, Sr = function(o, f, p, b) {
-      var C, A, S, R;
-      b === "hsl" ? (S = o.hsl(), R = f.hsl()) : b === "hsv" ? (S = o.hsv(), R = f.hsv()) : b === "hcg" ? (S = o.hcg(), R = f.hcg()) : b === "hsi" ? (S = o.hsi(), R = f.hsi()) : b === "lch" || b === "hcl" ? (b = "hcl", S = o.hcl(), R = f.hcl()) : b === "oklch" && (S = o.oklch().reverse(), R = f.oklch().reverse());
-      var E, P, I, V, F, U;
-      (b.substr(0, 1) === "h" || b === "oklch") && (C = S, E = C[0], I = C[1], F = C[2], A = R, P = A[0], V = A[1], U = A[2]);
-      var G, ae, he, ue;
-      return !isNaN(E) && !isNaN(P) ? (P > E && P - E > 180 ? ue = P - (E + 360) : P < E && E - P > 180 ? ue = P + 360 - E : ue = P - E, ae = E + p * ue) : isNaN(E) ? isNaN(P) ? ae = Number.NaN : (ae = P, (F == 1 || F == 0) && b != "hsv" && (G = V)) : (ae = E, (U == 1 || U == 0) && b != "hsv" && (G = I)), G === void 0 && (G = I + p * (V - I)), he = F + p * (U - F), b === "oklch" ? new Ps([he, G, ae], b) : new Ps([ae, G, he], b);
-    }, Dh = Sr, $s = function(o, f, p) {
-      return Dh(o, f, p, "lch");
+    ot.lab = Ph;
+    var Is = D, Sr = function(o, f, p, b) {
+      var C, N, S, E;
+      b === "hsl" ? (S = o.hsl(), E = f.hsl()) : b === "hsv" ? (S = o.hsv(), E = f.hsv()) : b === "hcg" ? (S = o.hcg(), E = f.hcg()) : b === "hsi" ? (S = o.hsi(), E = f.hsi()) : b === "lch" || b === "hcl" ? (b = "hcl", S = o.hcl(), E = f.hcl()) : b === "oklch" && (S = o.oklch().reverse(), E = f.oklch().reverse());
+      var M, P, I, W, F, G;
+      (b.substr(0, 1) === "h" || b === "oklch") && (C = S, M = C[0], I = C[1], F = C[2], N = E, P = N[0], W = N[1], G = N[2]);
+      var Y, ae, he, ue;
+      return !isNaN(M) && !isNaN(P) ? (P > M && P - M > 180 ? ue = P - (M + 360) : P < M && M - P > 180 ? ue = P + 360 - M : ue = P - M, ae = M + p * ue) : isNaN(M) ? isNaN(P) ? ae = Number.NaN : (ae = P, (F == 1 || F == 0) && b != "hsv" && (Y = W)) : (ae = M, (G == 1 || G == 0) && b != "hsv" && (Y = I)), Y === void 0 && (Y = I + p * (W - I)), he = F + p * (G - F), b === "oklch" ? new Is([he, Y, ae], b) : new Is([ae, Y, he], b);
+    }, $h = Sr, Os = function(o, f, p) {
+      return $h(o, f, p, "lch");
     };
-    lt.lch = $s, lt.hcl = $s;
-    var Ph = D, $h = function(o, f, p) {
+    ot.lch = Os, ot.hcl = Os;
+    var Ih = D, Oh = function(o, f, p) {
       var b = o.num(), C = f.num();
-      return new Ph(b + p * (C - b), "num");
+      return new Ih(b + p * (C - b), "num");
     };
-    lt.num = $h;
-    var Ih = Sr, Oh = function(o, f, p) {
-      return Ih(o, f, p, "hcg");
-    };
-    lt.hcg = Oh;
+    ot.num = Oh;
     var Fh = Sr, zh = function(o, f, p) {
-      return Fh(o, f, p, "hsi");
+      return Fh(o, f, p, "hcg");
     };
-    lt.hsi = zh;
+    ot.hcg = zh;
     var Hh = Sr, Wh = function(o, f, p) {
-      return Hh(o, f, p, "hsl");
+      return Hh(o, f, p, "hsi");
     };
-    lt.hsl = Wh;
+    ot.hsi = Wh;
     var qh = Sr, Vh = function(o, f, p) {
-      return qh(o, f, p, "hsv");
+      return qh(o, f, p, "hsl");
+    };
+    ot.hsl = Vh;
+    var Xh = Sr, Yh = function(o, f, p) {
+      return Xh(o, f, p, "hsv");
     };
-    lt.hsv = Vh;
-    var Xh = D, Yh = function(o, f, p) {
+    ot.hsv = Yh;
+    var Gh = D, Uh = function(o, f, p) {
       var b = o.oklab(), C = f.oklab();
-      return new Xh(
+      return new Gh(
         b[0] + p * (C[0] - b[0]),
         b[1] + p * (C[1] - b[1]),
         b[2] + p * (C[2] - b[2]),
         "oklab"
       );
     };
-    lt.oklab = Yh;
-    var Gh = Sr, Uh = function(o, f, p) {
-      return Gh(o, f, p, "oklch");
+    ot.oklab = Uh;
+    var Zh = Sr, Kh = function(o, f, p) {
+      return Zh(o, f, p, "oklch");
     };
-    lt.oklch = Uh;
-    var pn = D, Zh = v.clip_rgb, vn = Math.pow, mn = Math.sqrt, bn = Math.PI, Is = Math.cos, Os = Math.sin, Kh = Math.atan2, jh = function(o, f, p) {
+    ot.oklch = Kh;
+    var mn = D, jh = v.clip_rgb, bn = Math.pow, wn = Math.sqrt, yn = Math.PI, Fs = Math.cos, zs = Math.sin, Jh = Math.atan2, Qh = function(o, f, p) {
       f === void 0 && (f = "lrgb"), p === void 0 && (p = null);
       var b = o.length;
       p || (p = Array.from(new Array(b)).map(function() {
@@ -8548,138 +8548,138 @@ var Mg = Lg, ml = { exports: {} };
       if (p.forEach(function(ae, he) {
         p[he] *= C;
       }), o = o.map(function(ae) {
-        return new pn(ae);
+        return new mn(ae);
       }), f === "lrgb")
-        return Jh(o, p);
-      for (var A = o.shift(), S = A.get(f), R = [], E = 0, P = 0, I = 0; I < S.length; I++)
-        if (S[I] = (S[I] || 0) * p[0], R.push(isNaN(S[I]) ? 0 : p[0]), f.charAt(I) === "h" && !isNaN(S[I])) {
-          var V = S[I] / 180 * bn;
-          E += Is(V) * p[0], P += Os(V) * p[0];
+        return ef(o, p);
+      for (var N = o.shift(), S = N.get(f), E = [], M = 0, P = 0, I = 0; I < S.length; I++)
+        if (S[I] = (S[I] || 0) * p[0], E.push(isNaN(S[I]) ? 0 : p[0]), f.charAt(I) === "h" && !isNaN(S[I])) {
+          var W = S[I] / 180 * yn;
+          M += Fs(W) * p[0], P += zs(W) * p[0];
         }
-      var F = A.alpha() * p[0];
+      var F = N.alpha() * p[0];
       o.forEach(function(ae, he) {
         var ue = ae.get(f);
         F += ae.alpha() * p[he + 1];
         for (var de = 0; de < S.length; de++)
           if (!isNaN(ue[de]))
-            if (R[de] += p[he + 1], f.charAt(de) === "h") {
-              var Ve = ue[de] / 180 * bn;
-              E += Is(Ve) * p[he + 1], P += Os(Ve) * p[he + 1];
+            if (E[de] += p[he + 1], f.charAt(de) === "h") {
+              var Ve = ue[de] / 180 * yn;
+              M += Fs(Ve) * p[he + 1], P += zs(Ve) * p[he + 1];
             } else
               S[de] += ue[de] * p[he + 1];
       });
-      for (var U = 0; U < S.length; U++)
-        if (f.charAt(U) === "h") {
-          for (var G = Kh(P / R[U], E / R[U]) / bn * 180; G < 0; )
-            G += 360;
-          for (; G >= 360; )
-            G -= 360;
-          S[U] = G;
+      for (var G = 0; G < S.length; G++)
+        if (f.charAt(G) === "h") {
+          for (var Y = Jh(P / E[G], M / E[G]) / yn * 180; Y < 0; )
+            Y += 360;
+          for (; Y >= 360; )
+            Y -= 360;
+          S[G] = Y;
         } else
-          S[U] = S[U] / R[U];
-      return F /= b, new pn(S, f).alpha(F > 0.99999 ? 1 : F, !0);
-    }, Jh = function(o, f) {
+          S[G] = S[G] / E[G];
+      return F /= b, new mn(S, f).alpha(F > 0.99999 ? 1 : F, !0);
+    }, ef = function(o, f) {
       for (var p = o.length, b = [0, 0, 0, 0], C = 0; C < o.length; C++) {
-        var A = o[C], S = f[C] / p, R = A._rgb;
-        b[0] += vn(R[0], 2) * S, b[1] += vn(R[1], 2) * S, b[2] += vn(R[2], 2) * S, b[3] += R[3] * S;
+        var N = o[C], S = f[C] / p, E = N._rgb;
+        b[0] += bn(E[0], 2) * S, b[1] += bn(E[1], 2) * S, b[2] += bn(E[2], 2) * S, b[3] += E[3] * S;
       }
-      return b[0] = mn(b[0]), b[1] = mn(b[1]), b[2] = mn(b[2]), b[3] > 0.9999999 && (b[3] = 1), new pn(Zh(b));
-    }, St = O, Cr = v.type, Qh = Math.pow, wn = function(o) {
-      var f = "rgb", p = St("#ccc"), b = 0, C = [0, 1], A = [], S = [0, 0], R = !1, E = [], P = !1, I = 0, V = 1, F = !1, U = {}, G = !0, ae = 1, he = function(W) {
-        if (W = W || ["#fff", "#000"], W && Cr(W) === "string" && St.brewer && St.brewer[W.toLowerCase()] && (W = St.brewer[W.toLowerCase()]), Cr(W) === "array") {
-          W.length === 1 && (W = [W[0], W[0]]), W = W.slice(0);
-          for (var te = 0; te < W.length; te++)
-            W[te] = St(W[te]);
-          A.length = 0;
-          for (var oe = 0; oe < W.length; oe++)
-            A.push(oe / (W.length - 1));
+      return b[0] = wn(b[0]), b[1] = wn(b[1]), b[2] = wn(b[2]), b[3] > 0.9999999 && (b[3] = 1), new mn(jh(b));
+    }, St = q, Cr = v.type, tf = Math.pow, _n = function(o) {
+      var f = "rgb", p = St("#ccc"), b = 0, C = [0, 1], N = [], S = [0, 0], E = !1, M = [], P = !1, I = 0, W = 1, F = !1, G = {}, Y = !0, ae = 1, he = function(H) {
+        if (H = H || ["#fff", "#000"], H && Cr(H) === "string" && St.brewer && St.brewer[H.toLowerCase()] && (H = St.brewer[H.toLowerCase()]), Cr(H) === "array") {
+          H.length === 1 && (H = [H[0], H[0]]), H = H.slice(0);
+          for (var Q = 0; Q < H.length; Q++)
+            H[Q] = St(H[Q]);
+          N.length = 0;
+          for (var oe = 0; oe < H.length; oe++)
+            N.push(oe / (H.length - 1));
         }
-        return tt(), E = W;
-      }, ue = function(W) {
-        if (R != null) {
-          for (var te = R.length - 1, oe = 0; oe < te && W >= R[oe]; )
+        return rt(), M = H;
+      }, ue = function(H) {
+        if (E != null) {
+          for (var Q = E.length - 1, oe = 0; oe < Q && H >= E[oe]; )
             oe++;
           return oe - 1;
         }
         return 0;
-      }, de = function(W) {
-        return W;
-      }, Ve = function(W) {
-        return W;
-      }, ze = function(W, te) {
+      }, de = function(H) {
+        return H;
+      }, Ve = function(H) {
+        return H;
+      }, ze = function(H, Q) {
         var oe, le;
-        if (te == null && (te = !1), isNaN(W) || W === null)
+        if (Q == null && (Q = !1), isNaN(H) || H === null)
           return p;
-        if (te)
-          le = W;
-        else if (R && R.length > 2) {
-          var Xe = ue(W);
-          le = Xe / (R.length - 2);
+        if (Q)
+          le = H;
+        else if (E && E.length > 2) {
+          var Xe = ue(H);
+          le = Xe / (E.length - 2);
         } else
-          V !== I ? le = (W - I) / (V - I) : le = 1;
-        le = Ve(le), te || (le = de(le)), ae !== 1 && (le = Qh(le, ae)), le = S[0] + le * (1 - S[0] - S[1]), le = Math.min(1, Math.max(0, le));
+          W !== I ? le = (H - I) / (W - I) : le = 1;
+        le = Ve(le), Q || (le = de(le)), ae !== 1 && (le = tf(le, ae)), le = S[0] + le * (1 - S[0] - S[1]), le = Math.min(1, Math.max(0, le));
         var _e = Math.floor(le * 1e4);
-        if (G && U[_e])
-          oe = U[_e];
+        if (Y && G[_e])
+          oe = G[_e];
         else {
-          if (Cr(E) === "array")
-            for (var ce = 0; ce < A.length; ce++) {
-              var pe = A[ce];
+          if (Cr(M) === "array")
+            for (var ce = 0; ce < N.length; ce++) {
+              var pe = N[ce];
               if (le <= pe) {
-                oe = E[ce];
+                oe = M[ce];
                 break;
               }
-              if (le >= pe && ce === A.length - 1) {
-                oe = E[ce];
+              if (le >= pe && ce === N.length - 1) {
+                oe = M[ce];
                 break;
               }
-              if (le > pe && le < A[ce + 1]) {
-                le = (le - pe) / (A[ce + 1] - pe), oe = St.interpolate(E[ce], E[ce + 1], le, f);
+              if (le > pe && le < N[ce + 1]) {
+                le = (le - pe) / (N[ce + 1] - pe), oe = St.interpolate(M[ce], M[ce + 1], le, f);
                 break;
               }
             }
           else
-            Cr(E) === "function" && (oe = E(le));
-          G && (U[_e] = oe);
+            Cr(M) === "function" && (oe = M(le));
+          Y && (G[_e] = oe);
         }
         return oe;
-      }, tt = function() {
-        return U = {};
+      }, rt = function() {
+        return G = {};
       };
       he(o);
-      var fe = function(W) {
-        var te = St(ze(W));
-        return P && te[P] ? te[P]() : te;
+      var fe = function(H) {
+        var Q = St(ze(H));
+        return P && Q[P] ? Q[P]() : Q;
       };
-      return fe.classes = function(W) {
-        if (W != null) {
-          if (Cr(W) === "array")
-            R = W, C = [W[0], W[W.length - 1]];
+      return fe.classes = function(H) {
+        if (H != null) {
+          if (Cr(H) === "array")
+            E = H, C = [H[0], H[H.length - 1]];
           else {
-            var te = St.analyze(C);
-            W === 0 ? R = [te.min, te.max] : R = St.limits(te, "e", W);
+            var Q = St.analyze(C);
+            H === 0 ? E = [Q.min, Q.max] : E = St.limits(Q, "e", H);
           }
           return fe;
         }
-        return R;
-      }, fe.domain = function(W) {
+        return E;
+      }, fe.domain = function(H) {
         if (!arguments.length)
           return C;
-        I = W[0], V = W[W.length - 1], A = [];
-        var te = E.length;
-        if (W.length === te && I !== V)
-          for (var oe = 0, le = Array.from(W); oe < le.length; oe += 1) {
+        I = H[0], W = H[H.length - 1], N = [];
+        var Q = M.length;
+        if (H.length === Q && I !== W)
+          for (var oe = 0, le = Array.from(H); oe < le.length; oe += 1) {
             var Xe = le[oe];
-            A.push((Xe - I) / (V - I));
+            N.push((Xe - I) / (W - I));
           }
         else {
-          for (var _e = 0; _e < te; _e++)
-            A.push(_e / (te - 1));
-          if (W.length > 2) {
-            var ce = W.map(function(ve, me) {
-              return me / (W.length - 1);
-            }), pe = W.map(function(ve) {
-              return (ve - I) / (V - I);
+          for (var _e = 0; _e < Q; _e++)
+            N.push(_e / (Q - 1));
+          if (H.length > 2) {
+            var ce = H.map(function(ve, me) {
+              return me / (H.length - 1);
+            }), pe = H.map(function(ve) {
+              return (ve - I) / (W - I);
             });
             pe.every(function(ve, me) {
               return ce[me] === ve;
@@ -8693,184 +8693,184 @@ var Mg = Lg, ml = { exports: {} };
             });
           }
         }
-        return C = [I, V], fe;
-      }, fe.mode = function(W) {
-        return arguments.length ? (f = W, tt(), fe) : f;
-      }, fe.range = function(W, te) {
-        return he(W), fe;
-      }, fe.out = function(W) {
-        return P = W, fe;
-      }, fe.spread = function(W) {
-        return arguments.length ? (b = W, fe) : b;
-      }, fe.correctLightness = function(W) {
-        return W == null && (W = !0), F = W, tt(), F ? de = function(te) {
-          for (var oe = ze(0, !0).lab()[0], le = ze(1, !0).lab()[0], Xe = oe > le, _e = ze(te, !0).lab()[0], ce = oe + (le - oe) * te, pe = _e - ce, ve = 0, me = 1, At = 20; Math.abs(pe) > 0.01 && At-- > 0; )
+        return C = [I, W], fe;
+      }, fe.mode = function(H) {
+        return arguments.length ? (f = H, rt(), fe) : f;
+      }, fe.range = function(H, Q) {
+        return he(H), fe;
+      }, fe.out = function(H) {
+        return P = H, fe;
+      }, fe.spread = function(H) {
+        return arguments.length ? (b = H, fe) : b;
+      }, fe.correctLightness = function(H) {
+        return H == null && (H = !0), F = H, rt(), F ? de = function(Q) {
+          for (var oe = ze(0, !0).lab()[0], le = ze(1, !0).lab()[0], Xe = oe > le, _e = ze(Q, !0).lab()[0], ce = oe + (le - oe) * Q, pe = _e - ce, ve = 0, me = 1, At = 20; Math.abs(pe) > 0.01 && At-- > 0; )
             (function() {
-              return Xe && (pe *= -1), pe < 0 ? (ve = te, te += (me - te) * 0.5) : (me = te, te += (ve - te) * 0.5), _e = ze(te, !0).lab()[0], pe = _e - ce;
+              return Xe && (pe *= -1), pe < 0 ? (ve = Q, Q += (me - Q) * 0.5) : (me = Q, Q += (ve - Q) * 0.5), _e = ze(Q, !0).lab()[0], pe = _e - ce;
             })();
-          return te;
-        } : de = function(te) {
-          return te;
+          return Q;
+        } : de = function(Q) {
+          return Q;
         }, fe;
-      }, fe.padding = function(W) {
-        return W != null ? (Cr(W) === "number" && (W = [W, W]), S = W, fe) : S;
-      }, fe.colors = function(W, te) {
-        arguments.length < 2 && (te = "hex");
+      }, fe.padding = function(H) {
+        return H != null ? (Cr(H) === "number" && (H = [H, H]), S = H, fe) : S;
+      }, fe.colors = function(H, Q) {
+        arguments.length < 2 && (Q = "hex");
         var oe = [];
         if (arguments.length === 0)
-          oe = E.slice(0);
-        else if (W === 1)
+          oe = M.slice(0);
+        else if (H === 1)
           oe = [fe(0.5)];
-        else if (W > 1) {
+        else if (H > 1) {
           var le = C[0], Xe = C[1] - le;
-          oe = ef(0, W, !1).map(function(me) {
-            return fe(le + me / (W - 1) * Xe);
+          oe = rf(0, H, !1).map(function(me) {
+            return fe(le + me / (H - 1) * Xe);
           });
         } else {
           o = [];
           var _e = [];
-          if (R && R.length > 2)
-            for (var ce = 1, pe = R.length, ve = 1 <= pe; ve ? ce < pe : ce > pe; ve ? ce++ : ce--)
-              _e.push((R[ce - 1] + R[ce]) * 0.5);
+          if (E && E.length > 2)
+            for (var ce = 1, pe = E.length, ve = 1 <= pe; ve ? ce < pe : ce > pe; ve ? ce++ : ce--)
+              _e.push((E[ce - 1] + E[ce]) * 0.5);
           else
             _e = C;
           oe = _e.map(function(me) {
             return fe(me);
           });
         }
-        return St[te] && (oe = oe.map(function(me) {
-          return me[te]();
+        return St[Q] && (oe = oe.map(function(me) {
+          return me[Q]();
         })), oe;
-      }, fe.cache = function(W) {
-        return W != null ? (G = W, fe) : G;
-      }, fe.gamma = function(W) {
-        return W != null ? (ae = W, fe) : ae;
-      }, fe.nodata = function(W) {
-        return W != null ? (p = St(W), fe) : p;
+      }, fe.cache = function(H) {
+        return H != null ? (Y = H, fe) : Y;
+      }, fe.gamma = function(H) {
+        return H != null ? (ae = H, fe) : ae;
+      }, fe.nodata = function(H) {
+        return H != null ? (p = St(H), fe) : p;
       }, fe;
     };
-    function ef(o, f, p) {
-      for (var b = [], C = o < f, A = p ? C ? f + 1 : f - 1 : f, S = o; C ? S < A : S > A; C ? S++ : S--)
+    function rf(o, f, p) {
+      for (var b = [], C = o < f, N = p ? C ? f + 1 : f - 1 : f, S = o; C ? S < N : S > N; C ? S++ : S--)
         b.push(S);
       return b;
     }
-    var Xr = D, tf = wn, rf = function(o) {
+    var Xr = D, nf = _n, sf = function(o) {
       for (var f = [1, 1], p = 1; p < o; p++) {
         for (var b = [1], C = 1; C <= f.length; C++)
           b[C] = (f[C] || 0) + f[C - 1];
         f = b;
       }
       return f;
-    }, nf = function(o) {
-      var f, p, b, C, A, S, R;
+    }, af = function(o) {
+      var f, p, b, C, N, S, E;
       if (o = o.map(function(F) {
         return new Xr(F);
       }), o.length === 2)
         f = o.map(function(F) {
           return F.lab();
-        }), A = f[0], S = f[1], C = function(F) {
-          var U = [0, 1, 2].map(function(G) {
-            return A[G] + F * (S[G] - A[G]);
+        }), N = f[0], S = f[1], C = function(F) {
+          var G = [0, 1, 2].map(function(Y) {
+            return N[Y] + F * (S[Y] - N[Y]);
           });
-          return new Xr(U, "lab");
+          return new Xr(G, "lab");
         };
       else if (o.length === 3)
         p = o.map(function(F) {
           return F.lab();
-        }), A = p[0], S = p[1], R = p[2], C = function(F) {
-          var U = [0, 1, 2].map(function(G) {
-            return (1 - F) * (1 - F) * A[G] + 2 * (1 - F) * F * S[G] + F * F * R[G];
+        }), N = p[0], S = p[1], E = p[2], C = function(F) {
+          var G = [0, 1, 2].map(function(Y) {
+            return (1 - F) * (1 - F) * N[Y] + 2 * (1 - F) * F * S[Y] + F * F * E[Y];
           });
-          return new Xr(U, "lab");
+          return new Xr(G, "lab");
         };
       else if (o.length === 4) {
-        var E;
+        var M;
         b = o.map(function(F) {
           return F.lab();
-        }), A = b[0], S = b[1], R = b[2], E = b[3], C = function(F) {
-          var U = [0, 1, 2].map(function(G) {
-            return (1 - F) * (1 - F) * (1 - F) * A[G] + 3 * (1 - F) * (1 - F) * F * S[G] + 3 * (1 - F) * F * F * R[G] + F * F * F * E[G];
+        }), N = b[0], S = b[1], E = b[2], M = b[3], C = function(F) {
+          var G = [0, 1, 2].map(function(Y) {
+            return (1 - F) * (1 - F) * (1 - F) * N[Y] + 3 * (1 - F) * (1 - F) * F * S[Y] + 3 * (1 - F) * F * F * E[Y] + F * F * F * M[Y];
           });
-          return new Xr(U, "lab");
+          return new Xr(G, "lab");
         };
       } else if (o.length >= 5) {
-        var P, I, V;
+        var P, I, W;
         P = o.map(function(F) {
           return F.lab();
-        }), V = o.length - 1, I = rf(V), C = function(F) {
-          var U = 1 - F, G = [0, 1, 2].map(function(ae) {
+        }), W = o.length - 1, I = sf(W), C = function(F) {
+          var G = 1 - F, Y = [0, 1, 2].map(function(ae) {
             return P.reduce(function(he, ue, de) {
-              return he + I[de] * Math.pow(U, V - de) * Math.pow(F, de) * ue[ae];
+              return he + I[de] * Math.pow(G, W - de) * Math.pow(F, de) * ue[ae];
             }, 0);
           });
-          return new Xr(G, "lab");
+          return new Xr(Y, "lab");
         };
       } else
         throw new RangeError("No point in running bezier with only one color.");
       return C;
-    }, sf = function(o) {
-      var f = nf(o);
+    }, lf = function(o) {
+      var f = af(o);
       return f.scale = function() {
-        return tf(f);
+        return nf(f);
       }, f;
-    }, yn = O, Ct = function(o, f, p) {
+    }, Sn = q, Ct = function(o, f, p) {
       if (!Ct[p])
         throw new Error("unknown blend mode " + p);
       return Ct[p](o, f);
     }, er = function(o) {
       return function(f, p) {
-        var b = yn(p).rgb(), C = yn(f).rgb();
-        return yn.rgb(o(b, C));
+        var b = Sn(p).rgb(), C = Sn(f).rgb();
+        return Sn.rgb(o(b, C));
       };
     }, tr = function(o) {
       return function(f, p) {
         var b = [];
         return b[0] = o(f[0], p[0]), b[1] = o(f[1], p[1]), b[2] = o(f[2], p[2]), b;
       };
-    }, af = function(o) {
+    }, of = function(o) {
       return o;
-    }, lf = function(o, f) {
+    }, hf = function(o, f) {
       return o * f / 255;
-    }, of = function(o, f) {
+    }, ff = function(o, f) {
       return o > f ? f : o;
-    }, hf = function(o, f) {
+    }, uf = function(o, f) {
       return o > f ? o : f;
-    }, ff = function(o, f) {
+    }, cf = function(o, f) {
       return 255 * (1 - (1 - o / 255) * (1 - f / 255));
-    }, uf = function(o, f) {
+    }, gf = function(o, f) {
       return f < 128 ? 2 * o * f / 255 : 255 * (1 - 2 * (1 - o / 255) * (1 - f / 255));
-    }, cf = function(o, f) {
+    }, df = function(o, f) {
       return 255 * (1 - (1 - f / 255) / (o / 255));
-    }, gf = function(o, f) {
+    }, pf = function(o, f) {
       return o === 255 ? 255 : (o = 255 * (f / 255) / (1 - o / 255), o > 255 ? 255 : o);
     };
-    Ct.normal = er(tr(af)), Ct.multiply = er(tr(lf)), Ct.screen = er(tr(ff)), Ct.overlay = er(tr(uf)), Ct.darken = er(tr(of)), Ct.lighten = er(tr(hf)), Ct.dodge = er(tr(gf)), Ct.burn = er(tr(cf));
-    for (var df = Ct, _n = v.type, pf = v.clip_rgb, vf = v.TWOPI, mf = Math.pow, bf = Math.sin, wf = Math.cos, Fs = O, yf = function(o, f, p, b, C) {
+    Ct.normal = er(tr(of)), Ct.multiply = er(tr(hf)), Ct.screen = er(tr(cf)), Ct.overlay = er(tr(gf)), Ct.darken = er(tr(ff)), Ct.lighten = er(tr(uf)), Ct.dodge = er(tr(pf)), Ct.burn = er(tr(df));
+    for (var vf = Ct, Cn = v.type, mf = v.clip_rgb, bf = v.TWOPI, wf = Math.pow, yf = Math.sin, _f = Math.cos, Hs = q, Sf = function(o, f, p, b, C) {
       o === void 0 && (o = 300), f === void 0 && (f = -1.5), p === void 0 && (p = 1), b === void 0 && (b = 1), C === void 0 && (C = [0, 1]);
-      var A = 0, S;
-      _n(C) === "array" ? S = C[1] - C[0] : (S = 0, C = [C, C]);
-      var R = function(E) {
-        var P = vf * ((o + 120) / 360 + f * E), I = mf(C[0] + S * E, b), V = A !== 0 ? p[0] + E * A : p, F = V * I * (1 - I) / 2, U = wf(P), G = bf(P), ae = I + F * (-0.14861 * U + 1.78277 * G), he = I + F * (-0.29227 * U - 0.90649 * G), ue = I + F * (1.97294 * U);
-        return Fs(pf([ae * 255, he * 255, ue * 255, 1]));
+      var N = 0, S;
+      Cn(C) === "array" ? S = C[1] - C[0] : (S = 0, C = [C, C]);
+      var E = function(M) {
+        var P = bf * ((o + 120) / 360 + f * M), I = wf(C[0] + S * M, b), W = N !== 0 ? p[0] + M * N : p, F = W * I * (1 - I) / 2, G = _f(P), Y = yf(P), ae = I + F * (-0.14861 * G + 1.78277 * Y), he = I + F * (-0.29227 * G - 0.90649 * Y), ue = I + F * (1.97294 * G);
+        return Hs(mf([ae * 255, he * 255, ue * 255, 1]));
       };
-      return R.start = function(E) {
-        return E == null ? o : (o = E, R);
-      }, R.rotations = function(E) {
-        return E == null ? f : (f = E, R);
-      }, R.gamma = function(E) {
-        return E == null ? b : (b = E, R);
-      }, R.hue = function(E) {
-        return E == null ? p : (p = E, _n(p) === "array" ? (A = p[1] - p[0], A === 0 && (p = p[1])) : A = 0, R);
-      }, R.lightness = function(E) {
-        return E == null ? C : (_n(E) === "array" ? (C = E, S = E[1] - E[0]) : (C = [E, E], S = 0), R);
-      }, R.scale = function() {
-        return Fs.scale(R);
-      }, R.hue(p), R;
-    }, _f = D, Sf = "0123456789abcdef", Cf = Math.floor, Af = Math.random, Nf = function() {
+      return E.start = function(M) {
+        return M == null ? o : (o = M, E);
+      }, E.rotations = function(M) {
+        return M == null ? f : (f = M, E);
+      }, E.gamma = function(M) {
+        return M == null ? b : (b = M, E);
+      }, E.hue = function(M) {
+        return M == null ? p : (p = M, Cn(p) === "array" ? (N = p[1] - p[0], N === 0 && (p = p[1])) : N = 0, E);
+      }, E.lightness = function(M) {
+        return M == null ? C : (Cn(M) === "array" ? (C = M, S = M[1] - M[0]) : (C = [M, M], S = 0), E);
+      }, E.scale = function() {
+        return Hs.scale(E);
+      }, E.hue(p), E;
+    }, Cf = D, Af = "0123456789abcdef", Nf = Math.floor, kf = Math.random, Rf = function() {
       for (var o = "#", f = 0; f < 6; f++)
-        o += Sf.charAt(Cf(Af() * 16));
-      return new _f(o, "hex");
-    }, Sn = l, zs = Math.log, kf = Math.pow, Rf = Math.floor, xf = Math.abs, Hs = function(o, f) {
+        o += Af.charAt(Nf(kf() * 16));
+      return new Cf(o, "hex");
+    }, An = l, Ws = Math.log, xf = Math.pow, Tf = Math.floor, Ef = Math.abs, qs = function(o, f) {
       f === void 0 && (f = null);
       var p = {
         min: Number.MAX_VALUE,
@@ -8879,79 +8879,79 @@ var Mg = Lg, ml = { exports: {} };
         values: [],
         count: 0
       };
-      return Sn(o) === "object" && (o = Object.values(o)), o.forEach(function(b) {
-        f && Sn(b) === "object" && (b = b[f]), b != null && !isNaN(b) && (p.values.push(b), p.sum += b, b < p.min && (p.min = b), b > p.max && (p.max = b), p.count += 1);
+      return An(o) === "object" && (o = Object.values(o)), o.forEach(function(b) {
+        f && An(b) === "object" && (b = b[f]), b != null && !isNaN(b) && (p.values.push(b), p.sum += b, b < p.min && (p.min = b), b > p.max && (p.max = b), p.count += 1);
       }), p.domain = [p.min, p.max], p.limits = function(b, C) {
-        return Ws(p, b, C);
+        return Vs(p, b, C);
       }, p;
-    }, Ws = function(o, f, p) {
-      f === void 0 && (f = "equal"), p === void 0 && (p = 7), Sn(o) == "array" && (o = Hs(o));
-      var b = o.min, C = o.max, A = o.values.sort(function(An, Nn) {
-        return An - Nn;
+    }, Vs = function(o, f, p) {
+      f === void 0 && (f = "equal"), p === void 0 && (p = 7), An(o) == "array" && (o = qs(o));
+      var b = o.min, C = o.max, N = o.values.sort(function(kn, Rn) {
+        return kn - Rn;
       });
       if (p === 1)
         return [b, C];
       var S = [];
       if (f.substr(0, 1) === "c" && (S.push(b), S.push(C)), f.substr(0, 1) === "e") {
         S.push(b);
-        for (var R = 1; R < p; R++)
-          S.push(b + R / p * (C - b));
+        for (var E = 1; E < p; E++)
+          S.push(b + E / p * (C - b));
         S.push(C);
       } else if (f.substr(0, 1) === "l") {
         if (b <= 0)
           throw new Error("Logarithmic scales are only possible for values > 0");
-        var E = Math.LOG10E * zs(b), P = Math.LOG10E * zs(C);
+        var M = Math.LOG10E * Ws(b), P = Math.LOG10E * Ws(C);
         S.push(b);
         for (var I = 1; I < p; I++)
-          S.push(kf(10, E + I / p * (P - E)));
+          S.push(xf(10, M + I / p * (P - M)));
         S.push(C);
       } else if (f.substr(0, 1) === "q") {
         S.push(b);
-        for (var V = 1; V < p; V++) {
-          var F = (A.length - 1) * V / p, U = Rf(F);
-          if (U === F)
-            S.push(A[U]);
+        for (var W = 1; W < p; W++) {
+          var F = (N.length - 1) * W / p, G = Tf(F);
+          if (G === F)
+            S.push(N[G]);
           else {
-            var G = F - U;
-            S.push(A[U] * (1 - G) + A[U + 1] * G);
+            var Y = F - G;
+            S.push(N[G] * (1 - Y) + N[G + 1] * Y);
           }
         }
         S.push(C);
       } else if (f.substr(0, 1) === "k") {
-        var ae, he = A.length, ue = new Array(he), de = new Array(p), Ve = !0, ze = 0, tt = null;
-        tt = [], tt.push(b);
+        var ae, he = N.length, ue = new Array(he), de = new Array(p), Ve = !0, ze = 0, rt = null;
+        rt = [], rt.push(b);
         for (var fe = 1; fe < p; fe++)
-          tt.push(b + fe / p * (C - b));
-        for (tt.push(C); Ve; ) {
-          for (var W = 0; W < p; W++)
-            de[W] = 0;
-          for (var te = 0; te < he; te++)
-            for (var oe = A[te], le = Number.MAX_VALUE, Xe = void 0, _e = 0; _e < p; _e++) {
-              var ce = xf(tt[_e] - oe);
-              ce < le && (le = ce, Xe = _e), de[Xe]++, ue[te] = Xe;
+          rt.push(b + fe / p * (C - b));
+        for (rt.push(C); Ve; ) {
+          for (var H = 0; H < p; H++)
+            de[H] = 0;
+          for (var Q = 0; Q < he; Q++)
+            for (var oe = N[Q], le = Number.MAX_VALUE, Xe = void 0, _e = 0; _e < p; _e++) {
+              var ce = Ef(rt[_e] - oe);
+              ce < le && (le = ce, Xe = _e), de[Xe]++, ue[Q] = Xe;
             }
           for (var pe = new Array(p), ve = 0; ve < p; ve++)
             pe[ve] = null;
           for (var me = 0; me < he; me++)
-            ae = ue[me], pe[ae] === null ? pe[ae] = A[me] : pe[ae] += A[me];
+            ae = ue[me], pe[ae] === null ? pe[ae] = N[me] : pe[ae] += N[me];
           for (var At = 0; At < p; At++)
             pe[At] *= 1 / de[At];
           Ve = !1;
           for (var rr = 0; rr < p; rr++)
-            if (pe[rr] !== tt[rr]) {
+            if (pe[rr] !== rt[rr]) {
               Ve = !0;
               break;
             }
-          tt = pe, ze++, ze > 200 && (Ve = !1);
+          rt = pe, ze++, ze > 200 && (Ve = !1);
         }
         for (var ir = {}, Ar = 0; Ar < p; Ar++)
           ir[Ar] = [];
         for (var Nr = 0; Nr < he; Nr++)
-          ae = ue[Nr], ir[ae].push(A[Nr]);
+          ae = ue[Nr], ir[ae].push(N[Nr]);
         for (var Wt = [], fr = 0; fr < p; fr++)
           Wt.push(ir[fr][0]), Wt.push(ir[fr][ir[fr].length - 1]);
-        Wt = Wt.sort(function(An, Nn) {
-          return An - Nn;
+        Wt = Wt.sort(function(kn, Rn) {
+          return kn - Rn;
         }), S.push(Wt[0]);
         for (var Yr = 1; Yr < Wt.length; Yr += 2) {
           var ur = Wt[Yr];
@@ -8959,44 +8959,44 @@ var Mg = Lg, ml = { exports: {} };
         }
       }
       return S;
-    }, qs = { analyze: Hs, limits: Ws }, Vs = D, Tf = function(o, f) {
-      o = new Vs(o), f = new Vs(f);
+    }, Xs = { analyze: qs, limits: Vs }, Ys = D, Lf = function(o, f) {
+      o = new Ys(o), f = new Ys(f);
       var p = o.luminance(), b = f.luminance();
       return p > b ? (p + 0.05) / (b + 0.05) : (b + 0.05) / (p + 0.05);
-    }, Xs = D, Ht = Math.sqrt, Pe = Math.pow, Ef = Math.min, Lf = Math.max, Ys = Math.atan2, Gs = Math.abs, bi = Math.cos, Us = Math.sin, Mf = Math.exp, Zs = Math.PI, Bf = function(o, f, p, b, C) {
+    }, Gs = D, Ht = Math.sqrt, Pe = Math.pow, Mf = Math.min, Bf = Math.max, Us = Math.atan2, Zs = Math.abs, bi = Math.cos, Ks = Math.sin, Df = Math.exp, js = Math.PI, Pf = function(o, f, p, b, C) {
       p === void 0 && (p = 1), b === void 0 && (b = 1), C === void 0 && (C = 1);
-      var A = function(ur) {
-        return 360 * ur / (2 * Zs);
+      var N = function(ur) {
+        return 360 * ur / (2 * js);
       }, S = function(ur) {
-        return 2 * Zs * ur / 360;
+        return 2 * js * ur / 360;
       };
-      o = new Xs(o), f = new Xs(f);
-      var R = Array.from(o.lab()), E = R[0], P = R[1], I = R[2], V = Array.from(f.lab()), F = V[0], U = V[1], G = V[2], ae = (E + F) / 2, he = Ht(Pe(P, 2) + Pe(I, 2)), ue = Ht(Pe(U, 2) + Pe(G, 2)), de = (he + ue) / 2, Ve = 0.5 * (1 - Ht(Pe(de, 7) / (Pe(de, 7) + Pe(25, 7)))), ze = P * (1 + Ve), tt = U * (1 + Ve), fe = Ht(Pe(ze, 2) + Pe(I, 2)), W = Ht(Pe(tt, 2) + Pe(G, 2)), te = (fe + W) / 2, oe = A(Ys(I, ze)), le = A(Ys(G, tt)), Xe = oe >= 0 ? oe : oe + 360, _e = le >= 0 ? le : le + 360, ce = Gs(Xe - _e) > 180 ? (Xe + _e + 360) / 2 : (Xe + _e) / 2, pe = 1 - 0.17 * bi(S(ce - 30)) + 0.24 * bi(S(2 * ce)) + 0.32 * bi(S(3 * ce + 6)) - 0.2 * bi(S(4 * ce - 63)), ve = _e - Xe;
-      ve = Gs(ve) <= 180 ? ve : _e <= Xe ? ve + 360 : ve - 360, ve = 2 * Ht(fe * W) * Us(S(ve) / 2);
-      var me = F - E, At = W - fe, rr = 1 + 0.015 * Pe(ae - 50, 2) / Ht(20 + Pe(ae - 50, 2)), ir = 1 + 0.045 * te, Ar = 1 + 0.015 * te * pe, Nr = 30 * Mf(-Pe((ce - 275) / 25, 2)), Wt = 2 * Ht(Pe(te, 7) / (Pe(te, 7) + Pe(25, 7))), fr = -Wt * Us(2 * S(Nr)), Yr = Ht(Pe(me / (p * rr), 2) + Pe(At / (b * ir), 2) + Pe(ve / (C * Ar), 2) + fr * (At / (b * ir)) * (ve / (C * Ar)));
-      return Lf(0, Ef(100, Yr));
-    }, Ks = D, Df = function(o, f, p) {
-      p === void 0 && (p = "lab"), o = new Ks(o), f = new Ks(f);
-      var b = o.get(p), C = f.get(p), A = 0;
+      o = new Gs(o), f = new Gs(f);
+      var E = Array.from(o.lab()), M = E[0], P = E[1], I = E[2], W = Array.from(f.lab()), F = W[0], G = W[1], Y = W[2], ae = (M + F) / 2, he = Ht(Pe(P, 2) + Pe(I, 2)), ue = Ht(Pe(G, 2) + Pe(Y, 2)), de = (he + ue) / 2, Ve = 0.5 * (1 - Ht(Pe(de, 7) / (Pe(de, 7) + Pe(25, 7)))), ze = P * (1 + Ve), rt = G * (1 + Ve), fe = Ht(Pe(ze, 2) + Pe(I, 2)), H = Ht(Pe(rt, 2) + Pe(Y, 2)), Q = (fe + H) / 2, oe = N(Us(I, ze)), le = N(Us(Y, rt)), Xe = oe >= 0 ? oe : oe + 360, _e = le >= 0 ? le : le + 360, ce = Zs(Xe - _e) > 180 ? (Xe + _e + 360) / 2 : (Xe + _e) / 2, pe = 1 - 0.17 * bi(S(ce - 30)) + 0.24 * bi(S(2 * ce)) + 0.32 * bi(S(3 * ce + 6)) - 0.2 * bi(S(4 * ce - 63)), ve = _e - Xe;
+      ve = Zs(ve) <= 180 ? ve : _e <= Xe ? ve + 360 : ve - 360, ve = 2 * Ht(fe * H) * Ks(S(ve) / 2);
+      var me = F - M, At = H - fe, rr = 1 + 0.015 * Pe(ae - 50, 2) / Ht(20 + Pe(ae - 50, 2)), ir = 1 + 0.045 * Q, Ar = 1 + 0.015 * Q * pe, Nr = 30 * Df(-Pe((ce - 275) / 25, 2)), Wt = 2 * Ht(Pe(Q, 7) / (Pe(Q, 7) + Pe(25, 7))), fr = -Wt * Ks(2 * S(Nr)), Yr = Ht(Pe(me / (p * rr), 2) + Pe(At / (b * ir), 2) + Pe(ve / (C * Ar), 2) + fr * (At / (b * ir)) * (ve / (C * Ar)));
+      return Bf(0, Mf(100, Yr));
+    }, Js = D, $f = function(o, f, p) {
+      p === void 0 && (p = "lab"), o = new Js(o), f = new Js(f);
+      var b = o.get(p), C = f.get(p), N = 0;
       for (var S in b) {
-        var R = (b[S] || 0) - (C[S] || 0);
-        A += R * R;
+        var E = (b[S] || 0) - (C[S] || 0);
+        N += E * E;
       }
-      return Math.sqrt(A);
-    }, Pf = D, $f = function() {
+      return Math.sqrt(N);
+    }, If = D, Of = function() {
       for (var o = [], f = arguments.length; f--; )
         o[f] = arguments[f];
       try {
-        return new (Function.prototype.bind.apply(Pf, [null].concat(o)))(), !0;
+        return new (Function.prototype.bind.apply(If, [null].concat(o)))(), !0;
       } catch {
         return !1;
       }
-    }, js = O, Js = wn, If = {
+    }, Qs = q, ea = _n, Ff = {
       cool: function() {
-        return Js([js.hsl(180, 1, 0.9), js.hsl(250, 0.7, 0.4)]);
+        return ea([Qs.hsl(180, 1, 0.9), Qs.hsl(250, 0.7, 0.4)]);
       },
       hot: function() {
-        return Js(["#000", "#f00", "#ff0", "#fff"]).mode("rgb");
+        return ea(["#000", "#f00", "#ff0", "#fff"]).mode("rgb");
       }
     }, wi = {
       // sequential
@@ -9038,19 +9038,19 @@ var Mg = Lg, ml = { exports: {} };
       Paired: ["#a6cee3", "#1f78b4", "#b2df8a", "#33a02c", "#fb9a99", "#e31a1c", "#fdbf6f", "#ff7f00", "#cab2d6", "#6a3d9a", "#ffff99", "#b15928"],
       Pastel2: ["#b3e2cd", "#fdcdac", "#cbd5e8", "#f4cae4", "#e6f5c9", "#fff2ae", "#f1e2cc", "#cccccc"],
       Pastel1: ["#fbb4ae", "#b3cde3", "#ccebc5", "#decbe4", "#fed9a6", "#ffffcc", "#e5d8bd", "#fddaec", "#f2f2f2"]
-    }, Cn = 0, Qs = Object.keys(wi); Cn < Qs.length; Cn += 1) {
-      var ea = Qs[Cn];
-      wi[ea.toLowerCase()] = wi[ea];
-    }
-    var Of = wi, Fe = O;
-    Fe.average = jh, Fe.bezier = sf, Fe.blend = df, Fe.cubehelix = yf, Fe.mix = Fe.interpolate = Es, Fe.random = Nf, Fe.scale = wn, Fe.analyze = qs.analyze, Fe.contrast = Tf, Fe.deltaE = Bf, Fe.distance = Df, Fe.limits = qs.limits, Fe.valid = $f, Fe.scales = If, Fe.colors = cs, Fe.brewer = Of;
-    var Ff = Fe;
-    return Ff;
+    }, Nn = 0, ta = Object.keys(wi); Nn < ta.length; Nn += 1) {
+      var ra = ta[Nn];
+      wi[ra.toLowerCase()] = wi[ra];
+    }
+    var zf = wi, Fe = q;
+    Fe.average = Qh, Fe.bezier = lf, Fe.blend = vf, Fe.cubehelix = Sf, Fe.mix = Fe.interpolate = Ms, Fe.random = Rf, Fe.scale = _n, Fe.analyze = Xs.analyze, Fe.contrast = Lf, Fe.deltaE = Pf, Fe.distance = $f, Fe.limits = Xs.limits, Fe.valid = Of, Fe.scales = Ff, Fe.colors = ds, Fe.brewer = zf;
+    var Hf = Fe;
+    return Hf;
   });
-})(ml);
-var Bg = ml.exports;
-const $a = ar, Dg = Mg, Pg = Bg;
-let $g = class {
+})(bl);
+var Pg = bl.exports;
+const Oa = ar, $g = Dg, Ig = Pg;
+let Og = class {
   /**
   * The constructor of the class Graph.
   * 
@@ -9072,7 +9072,7 @@ let $g = class {
   }
   setFromArray(e, t) {
     this.points = [], e.forEach((r) => {
-      this.points.push(new $a(r[0], r[1]));
+      this.points.push(new Oa(r[0], r[1]));
     }), this.weights = [], t.forEach((r) => {
       this.weights.push(r);
     });
@@ -9105,12 +9105,12 @@ let $g = class {
           e[n][h] < a && (a = e[n][h]), e[n][h] > s && (s = e[n][h]);
       r = Math.max(Math.abs(a), Math.abs(s));
     }
-    const i = Pg.scale(this.colormap).domain([-1, 1]);
+    const i = Ig.scale(this.colormap).domain([-1, 1]);
     for (let s = 0; s < this.width; s++)
       for (let a = 0; a < this.height; a++) {
         this.normalized || (e[s][a] = e[s][a] / r), this.interval !== 0 && (e[s][a] = Math.round(e[s][a] / this.interval) * this.interval);
         let [n, h, l] = i(e[s][a]).rgb();
-        this.setPixel(new $a(s, a), n, h, l);
+        this.setPixel(new Oa(s, a), n, h, l);
       }
   }
   /**
@@ -9132,7 +9132,7 @@ let $g = class {
    * @param {CallableFunction} callback
    */
   getSVG() {
-    return Dg(this.context.getImageData(0, 0, this.width, this.height));
+    return $g(this.context.getImageData(0, 0, this.width, this.height));
   }
   /**
    * Set the colour at a specific point on the canvas.
@@ -9147,11 +9147,11 @@ let $g = class {
     this.context.fillStyle = "rgba(" + t + "," + r + "," + i + "," + this.opacity + ")", this.context.fillRect(e.x, e.y, 1, 1);
   }
 };
-var bl = $g;
-const Ia = Zr, Ig = Li(), Og = kg, Je = Xn, Fg = Un, zg = Yn, $e = ar, Hg = bl;
-let Wg = class {
+var wl = Og;
+const Fa = Zr, Fg = Li(), zg = xg, Je = Zn, Hg = Jn, Wg = Kn, $e = ar, qg = wl;
+let Vg = class {
   constructor(e, t = !0) {
-    this.preprocessor = new Og(e), this.opts = this.preprocessor.opts, this.clear = t, this.svgWrapper = null;
+    this.preprocessor = new zg(e), this.opts = this.preprocessor.opts, this.clear = t, this.svgWrapper = null;
   }
   /**
    * Draws the parsed smiles data to an svg element.
@@ -9171,7 +9171,7 @@ let Wg = class {
     };
     i !== null && (this.opts.padding += this.opts.weights.additionalPadding, this.opts.compactDrawing = !1);
     let l = this.preprocessor;
-    return l.initDraw(e, r, s, a), s || (this.themeManager = new zg(this.opts.themes, r), (this.svgWrapper === null || this.clear) && (this.svgWrapper = new Fg(this.themeManager, t, this.opts, this.clear))), l.processGraph(), this.svgWrapper.determineDimensions(l.graph.vertices), this.drawAtomHighlights(l.opts.debug), this.drawEdges(l.opts.debug), this.drawVertices(l.opts.debug), i !== null && this.drawWeights(i, n), l.opts.debug && (console.log(l.graph), console.log(l.rings), console.log(l.ringConnections)), this.svgWrapper.constructSvg(), i !== null && (this.opts.padding = h.padding, this.opts.compactDrawing = h.padding), t;
+    return l.initDraw(e, r, s, a), s || (this.themeManager = new Wg(this.opts.themes, r), (this.svgWrapper === null || this.clear) && (this.svgWrapper = new Hg(this.themeManager, t, this.opts, this.clear))), l.processGraph(), this.svgWrapper.determineDimensions(l.graph.vertices), this.drawAtomHighlights(l.opts.debug), this.drawEdges(l.opts.debug), this.drawVertices(l.opts.debug), i !== null && this.drawWeights(i, n), l.opts.debug && (console.log(l.graph), console.log(l.rings), console.log(l.ringConnections)), this.svgWrapper.constructSvg(), i !== null && (this.opts.padding = h.padding, this.opts.compactDrawing = h.padding), t;
   }
   /**
   * Draws the parsed smiles data to a canvas element.
@@ -9224,34 +9224,34 @@ let Wg = class {
     let r = this.preprocessor, i = r.opts, s = this.svgWrapper, a = r.graph.edges[e], n = r.graph.vertices[a.sourceId], h = r.graph.vertices[a.targetId], l = n.value.element, c = h.value.element;
     if ((!n.value.isDrawn || !h.value.isDrawn) && r.opts.atomVisualization === "default")
       return;
-    let u = n.position, g = h.position, m = r.getEdgeNormals(a), _ = Ia.clone(m);
+    let u = n.position, g = h.position, m = r.getEdgeNormals(a), _ = Fa.clone(m);
     if (_[0].multiplyScalar(10).add(u), _[1].multiplyScalar(10).add(u), a.bondType === "=" || r.getRingbondType(n, h) === "=" || a.isPartOfAromaticRing && r.bridgedRing) {
-      let v = r.areVerticesInSameRing(n, h), N = r.chooseSide(n, h, _);
+      let v = r.areVerticesInSameRing(n, h), A = r.chooseSide(n, h, _);
       if (v) {
-        let x = r.getLargestOrAromaticCommonRing(n, h).center;
+        let k = r.getLargestOrAromaticCommonRing(n, h).center;
         m[0].multiplyScalar(i.bondSpacing), m[1].multiplyScalar(i.bondSpacing);
-        let L = null;
-        x.sameSideAs(n.position, h.position, $e.add(u, m[0])) ? L = new Je($e.add(u, m[0]), $e.add(g, m[0]), l, c) : L = new Je($e.add(u, m[1]), $e.add(g, m[1]), l, c), L.shorten(i.bondLength - i.shortBondLength * i.bondLength), a.isPartOfAromaticRing ? s.drawLine(L, !0) : s.drawLine(L), s.drawLine(new Je(u, g, l, c));
-      } else if (a.center || n.isTerminal() && h.isTerminal() || N.anCount == 0 && N.bnCount > 1 || N.bnCount == 0 && N.anCount > 1) {
+        let x = null;
+        k.sameSideAs(n.position, h.position, $e.add(u, m[0])) ? x = new Je($e.add(u, m[0]), $e.add(g, m[0]), l, c) : x = new Je($e.add(u, m[1]), $e.add(g, m[1]), l, c), x.shorten(i.bondLength - i.shortBondLength * i.bondLength), a.isPartOfAromaticRing ? s.drawLine(x, !0) : s.drawLine(x), s.drawLine(new Je(u, g, l, c));
+      } else if (a.center || n.isTerminal() && h.isTerminal() || A.anCount == 0 && A.bnCount > 1 || A.bnCount == 0 && A.anCount > 1) {
         this.multiplyNormals(m, i.halfBondSpacing);
-        let B = new Je($e.add(u, m[0]), $e.add(g, m[0]), l, c), x = new Je($e.add(u, m[1]), $e.add(g, m[1]), l, c);
-        s.drawLine(B), s.drawLine(x);
-      } else if (N.sideCount[0] > N.sideCount[1] || N.totalSideCount[0] > N.totalSideCount[1]) {
+        let T = new Je($e.add(u, m[0]), $e.add(g, m[0]), l, c), k = new Je($e.add(u, m[1]), $e.add(g, m[1]), l, c);
+        s.drawLine(T), s.drawLine(k);
+      } else if (A.sideCount[0] > A.sideCount[1] || A.totalSideCount[0] > A.totalSideCount[1]) {
         this.multiplyNormals(m, i.bondSpacing);
-        let B = new Je($e.add(u, m[0]), $e.add(g, m[0]), l, c);
-        B.shorten(i.bondLength - i.shortBondLength * i.bondLength), s.drawLine(B), s.drawLine(new Je(u, g, l, c));
-      } else if (N.sideCount[0] < N.sideCount[1] || N.totalSideCount[0] <= N.totalSideCount[1]) {
+        let T = new Je($e.add(u, m[0]), $e.add(g, m[0]), l, c);
+        T.shorten(i.bondLength - i.shortBondLength * i.bondLength), s.drawLine(T), s.drawLine(new Je(u, g, l, c));
+      } else if (A.sideCount[0] < A.sideCount[1] || A.totalSideCount[0] <= A.totalSideCount[1]) {
         this.multiplyNormals(m, i.bondSpacing);
-        let B = new Je($e.add(u, m[1]), $e.add(g, m[1]), l, c);
-        B.shorten(i.bondLength - i.shortBondLength * i.bondLength), s.drawLine(B), s.drawLine(new Je(u, g, l, c));
+        let T = new Je($e.add(u, m[1]), $e.add(g, m[1]), l, c);
+        T.shorten(i.bondLength - i.shortBondLength * i.bondLength), s.drawLine(T), s.drawLine(new Je(u, g, l, c));
       }
     } else if (a.bondType === "#") {
       m[0].multiplyScalar(i.bondSpacing / 1.5), m[1].multiplyScalar(i.bondSpacing / 1.5);
-      let v = new Je($e.add(u, m[0]), $e.add(g, m[0]), l, c), N = new Je($e.add(u, m[1]), $e.add(g, m[1]), l, c);
-      s.drawLine(v), s.drawLine(N), s.drawLine(new Je(u, g, l, c));
+      let v = new Je($e.add(u, m[0]), $e.add(g, m[0]), l, c), A = new Je($e.add(u, m[1]), $e.add(g, m[1]), l, c);
+      s.drawLine(v), s.drawLine(A), s.drawLine(new Je(u, g, l, c));
     } else if (a.bondType !== ".") {
-      let v = n.value.isStereoCenter, N = h.value.isStereoCenter;
-      a.wedge === "up" ? s.drawWedge(new Je(u, g, l, c, v, N)) : a.wedge === "down" ? s.drawDashedWedge(new Je(u, g, l, c, v, N)) : s.drawLine(new Je(u, g, l, c, v, N));
+      let v = n.value.isStereoCenter, A = h.value.isStereoCenter;
+      a.wedge === "up" ? s.drawWedge(new Je(u, g, l, c, v, A)) : a.wedge === "down" ? s.drawDashedWedge(new Je(u, g, l, c, v, A)) : s.drawLine(new Je(u, g, l, c, v, A));
     }
     if (t) {
       let v = $e.midpoint(u, g);
@@ -9285,33 +9285,33 @@ let Wg = class {
   drawVertices(e) {
     let t = this.preprocessor, r = t.opts, i = t.graph, s = t.rings, a = this.svgWrapper;
     for (var n = i.vertices.length, n = 0; n < i.vertices.length; n++) {
-      let l = i.vertices[n], c = l.value, u = 0, g = 0, m = l.value.bondCount, _ = c.element, v = Ig.maxBonds[_] - m, N = l.getTextDirection(i.vertices, c.hasAttachedPseudoElements), B = r.terminalCarbons || _ !== "C" || c.hasAttachedPseudoElements ? l.isTerminal() : !1, x = c.element === "C";
-      if (i.vertices.length < 3 && (x = !1), c.element === "N" && c.isPartOfAromaticRing && (v = 0), c.bracket && (v = c.bracket.hcount, u = c.bracket.charge, g = c.bracket.isotope), r.atomVisualization === "allballs")
+      let l = i.vertices[n], c = l.value, u = 0, g = 0, m = l.value.bondCount, _ = c.element, v = Fg.maxBonds[_] - m, A = l.getTextDirection(i.vertices, c.hasAttachedPseudoElements), T = r.terminalCarbons || _ !== "C" || c.hasAttachedPseudoElements ? l.isTerminal() : !1, k = c.element === "C";
+      if (i.vertices.length < 3 && (k = !1), c.element === "N" && c.isPartOfAromaticRing && (v = 0), c.bracket && (v = c.bracket.hcount, u = c.bracket.charge, g = c.bracket.isotope), r.atomVisualization === "allballs")
         a.drawBall(l.position.x, l.position.y, _);
-      else if (c.isDrawn && (!x || c.drawExplicit || B || c.hasAttachedPseudoElements) || i.vertices.length === 1)
+      else if (c.isDrawn && (!k || c.drawExplicit || T || c.hasAttachedPseudoElements) || i.vertices.length === 1)
         if (r.atomVisualization === "default") {
-          let L = c.getAttachedPseudoElements();
-          c.hasAttachedPseudoElements && i.vertices.length === Object.keys(L).length + 1 && (N = "right"), a.drawText(
+          let x = c.getAttachedPseudoElements();
+          c.hasAttachedPseudoElements && i.vertices.length === Object.keys(x).length + 1 && (A = "right"), a.drawText(
             l.position.x,
             l.position.y,
             _,
             v,
-            N,
-            B,
+            A,
+            T,
             u,
             g,
             i.vertices.length,
-            L
+            x
           );
         } else
           r.atomVisualization === "balls" && a.drawBall(l.position.x, l.position.y, _);
       else if (l.getNeighbourCount() === 2 && l.forcePositioned == !0) {
-        let L = i.vertices[l.neighbours[0]].position, k = i.vertices[l.neighbours[1]].position, z = $e.threePointangle(l.position, L, k);
-        Math.abs(Math.PI - z) < 0.1 && a.drawPoint(l.position.x, l.position.y, _);
+        let x = i.vertices[l.neighbours[0]].position, R = i.vertices[l.neighbours[1]].position, O = $e.threePointangle(l.position, x, R);
+        Math.abs(Math.PI - O) < 0.1 && a.drawPoint(l.position.x, l.position.y, _);
       }
       if (e) {
-        let L = "v: " + l.id + " " + Ia.print(c.ringbonds);
-        a.drawDebugText(l.position.x, l.position.y, L);
+        let x = "v: " + l.id + " " + Fa.print(c.ringbonds);
+        a.drawDebugText(l.position.x, l.position.y, x);
       }
     }
     if (r.debug)
@@ -9339,7 +9339,7 @@ let Wg = class {
         )
       );
     }
-    let i = new Hg(
+    let i = new qg(
       r,
       e,
       this.svgWrapper.drawingWidth,
@@ -9376,16 +9376,16 @@ let Wg = class {
     e[0].multiplyScalar(t), e[1].multiplyScalar(t);
   }
 };
-var Mi = Wg;
-const qg = Mi;
-let Vg = class {
+var Mi = Vg;
+const Xg = Mi;
+let Yg = class {
   /**
    * The constructor for the class SmilesDrawer.
    *
    * @param {Object} options An object containing custom values for different options. It is merged with the default options.
    */
   constructor(e) {
-    this.svgDrawer = new qg(e);
+    this.svgDrawer = new Xg(e);
   }
   /**
    * Draws the parsed smiles data to a canvas element.
@@ -9418,7 +9418,7 @@ let Vg = class {
     this.svgDrawer.getMolecularFormula();
   }
 };
-var Xg = Vg, Zn = function() {
+var Gg = Yg, Qn = function() {
   function d(r, i) {
     function s() {
       this.constructor = r;
@@ -9499,167 +9499,167 @@ var Xg = Vg, Zn = function() {
       throw Hr("The number of opening parentheses does not match the number of closing parentheses.", 0);
     var n = {}, h = {
       chain: lr
-    }, l = lr, c = function(M) {
-      for (var w = [], $ = [], T = 0; T < M[1].length; T++)
-        w.push(M[1][T]);
-      for (var T = 0; T < M[2].length; T++) {
-        var H = M[2][T][0] ? M[2][T][0] : "-";
+    }, l = lr, c = function(B) {
+      for (var w = [], $ = [], L = 0; L < B[1].length; L++)
+        w.push(B[1][L]);
+      for (var L = 0; L < B[2].length; L++) {
+        var z = B[2][L][0] ? B[2][L][0] : "-";
         $.push({
-          bond: H,
-          id: M[2][T][1]
+          bond: z,
+          id: B[2][L][1]
         });
       }
-      for (var T = 0; T < M[3].length; T++)
-        w.push(M[3][T]);
-      for (var T = 0; T < M[6].length; T++)
-        w.push(M[6][T]);
+      for (var L = 0; L < B[3].length; L++)
+        w.push(B[3][L]);
+      for (var L = 0; L < B[6].length; L++)
+        w.push(B[6][L]);
       return {
-        atom: M[0],
-        isBracket: !!M[0].element,
+        atom: B[0],
+        isBracket: !!B[0].element,
         branches: w,
         branchCount: w.length,
         ringbonds: $,
         ringbondCount: $.length,
-        bond: M[4] ? M[4] : "-",
-        next: M[5],
-        hasNext: !!M[5]
+        bond: B[4] ? B[4] : "-",
+        next: B[5],
+        hasNext: !!B[5]
       };
-    }, u = "(", g = Ne("(", !1), m = ")", _ = Ne(")", !1), v = function(M) {
-      var w = M[1] ? M[1] : "-";
-      return M[2].branchBond = w, M[2];
-    }, N = function(M) {
-      return M;
-    }, B = /^[\-=#$:\/\\.]/, x = ft(["-", "=", "#", "$", ":", "/", "\\", "."], !1, !1), L = function(M) {
-      return M;
-    }, k = "[", z = Ne("[", !1), D = "se", Y = Ne("se", !1), O = "as", Z = Ne("as", !1), j = "]", q = Ne("]", !1), se = function(M) {
+    }, u = "(", g = Ne("(", !1), m = ")", _ = Ne(")", !1), v = function(B) {
+      var w = B[1] ? B[1] : "-";
+      return B[2].branchBond = w, B[2];
+    }, A = function(B) {
+      return B;
+    }, T = /^[\-=#$:\/\\.]/, k = ut(["-", "=", "#", "$", ":", "/", "\\", "."], !1, !1), x = function(B) {
+      return B;
+    }, R = "[", O = Ne("[", !1), D = "se", te = Ne("se", !1), q = "as", re = Ne("as", !1), j = "]", X = Ne("]", !1), se = function(B) {
       return {
-        isotope: M[1],
-        element: M[2],
-        chirality: M[3],
-        hcount: M[4],
-        charge: M[5],
-        class: M[6]
+        isotope: B[1],
+        element: B[2],
+        chirality: B[3],
+        hcount: B[4],
+        charge: B[5],
+        class: B[6]
       };
-    }, ye = "B", ke = Ne("B", !1), xe = "r", we = Ne("r", !1), Ee = "C", Qe = Ne("C", !1), Ce = "l", Ae = Ne("l", !1), Be = /^[NOPSFI]/, st = ft(["N", "O", "P", "S", "F", "I"], !1, !1), It = function(M) {
-      return M.length > 1 ? M.join("") : M;
-    }, wt = /^[bcnops]/, K = ft(["b", "c", "n", "o", "p", "s"], !1, !1), Ot = "*", J = Ne("*", !1), Te = function(M) {
-      return M;
-    }, et = /^[A-Z]/, Ie = ft([
+    }, ye = "B", ke = Ne("B", !1), xe = "r", we = Ne("r", !1), Ee = "C", et = Ne("C", !1), Ce = "l", Ae = Ne("l", !1), Be = /^[NOPSFI]/, at = ut(["N", "O", "P", "S", "F", "I"], !1, !1), It = function(B) {
+      return B.length > 1 ? B.join("") : B;
+    }, wt = /^[bcnops]/, U = ut(["b", "c", "n", "o", "p", "s"], !1, !1), Ot = "*", Z = Ne("*", !1), Te = function(B) {
+      return B;
+    }, tt = /^[A-Z]/, Ie = ut([
       ["A", "Z"]
-    ], !1, !1), Ye = /^[a-z]/, Ue = ft([
+    ], !1, !1), Ye = /^[a-z]/, Ue = ut([
       ["a", "z"]
-    ], !1, !1), Ge = function(M) {
-      return M.join("");
-    }, De = "%", Ze = Ne("%", !1), He = /^[1-9]/, We = ft([
+    ], !1, !1), Ge = function(B) {
+      return B.join("");
+    }, De = "%", Ze = Ne("%", !1), He = /^[1-9]/, We = ut([
       ["1", "9"]
-    ], !1, !1), Le = /^[0-9]/, qe = ft([
+    ], !1, !1), Le = /^[0-9]/, qe = ut([
       ["0", "9"]
-    ], !1, !1), Lt = function(M) {
-      return M.length == 1 ? Number(M) : Number(M.join("").replace("%", ""));
-    }, yt = "@", Vt = Ne("@", !1), Xt = "TH", Yt = Ne("TH", !1), Ft = /^[12]/, _t = ft(["1", "2"], !1, !1), zt = "AL", Gt = Ne("AL", !1), Ut = "SP", Zt = Ne("SP", !1), Bi = /^[1-3]/, Di = ft([
+    ], !1, !1), Mt = function(B) {
+      return B.length == 1 ? Number(B) : Number(B.join("").replace("%", ""));
+    }, yt = "@", Vt = Ne("@", !1), Xt = "TH", Yt = Ne("TH", !1), Ft = /^[12]/, _t = ut(["1", "2"], !1, !1), zt = "AL", Gt = Ne("AL", !1), Ut = "SP", Zt = Ne("SP", !1), Pi = /^[1-3]/, $i = ut([
       ["1", "3"]
-    ], !1, !1), Fr = "TB", Jr = Ne("TB", !1), Qr = "OH", Pi = Ne("OH", !1), ei = function(M) {
-      return M[1] ? M[1] == "@" ? "@@" : M[1].join("").replace(",", "") : "@";
-    }, ti = function(M) {
-      return M;
-    }, ri = "+", ii = Ne("+", !1), $i = function(M) {
-      return M[1] ? M[1] != "+" ? Number(M[1].join("")) : 2 : 1;
-    }, ni = "-", si = Ne("-", !1), Ii = function(M) {
-      return M[1] ? M[1] != "-" ? -Number(M[1].join("")) : -2 : -1;
-    }, Oi = "H", Fi = Ne("H", !1), zi = function(M) {
-      return M[1] ? Number(M[1]) : 1;
-    }, Hi = ":", Wi = Ne(":", !1), qi = /^[0]/, Vi = ft(["0"], !1, !1), ai = function(M) {
-      return Number(M[1][0] + M[1][1].join(""));
-    }, li = function(M) {
-      return Number(M.join(""));
+    ], !1, !1), Fr = "TB", Jr = Ne("TB", !1), Qr = "OH", Ii = Ne("OH", !1), ei = function(B) {
+      return B[1] ? B[1] == "@" ? "@@" : B[1].join("").replace(",", "") : "@";
+    }, ti = function(B) {
+      return B;
+    }, ri = "+", ii = Ne("+", !1), Oi = function(B) {
+      return B[1] ? B[1] != "+" ? Number(B[1].join("")) : 2 : 1;
+    }, ni = "-", si = Ne("-", !1), Fi = function(B) {
+      return B[1] ? B[1] != "-" ? -Number(B[1].join("")) : -2 : -1;
+    }, zi = "H", Hi = Ne("H", !1), Wi = function(B) {
+      return B[1] ? Number(B[1]) : 1;
+    }, qi = ":", Vi = Ne(":", !1), Xi = /^[0]/, Yi = ut(["0"], !1, !1), ai = function(B) {
+      return Number(B[1][0] + B[1][1].join(""));
+    }, li = function(B) {
+      return Number(B.join(""));
     }, y = 0, vr = [{
       line: 1,
       column: 1
-    }], ht = 0, Kt = [], mr;
+    }], ft = 0, Kt = [], mr;
     if ("startRule" in i) {
       if (!(i.startRule in h))
         throw new Error(`Can't start parsing from rule "` + i.startRule + '".');
       l = h[i.startRule];
     }
-    function Ne(M, w) {
+    function Ne(B, w) {
       return {
         type: "literal",
-        text: M,
+        text: B,
         ignoreCase: w
       };
     }
-    function ft(M, w, $) {
+    function ut(B, w, $) {
       return {
         type: "class",
-        parts: M,
+        parts: B,
         inverted: w,
         ignoreCase: $
       };
     }
-    function Xi() {
+    function Gi() {
       return {
         type: "end"
       };
     }
-    function oi(M) {
-      var w = vr[M], $;
+    function oi(B) {
+      var w = vr[B], $;
       if (w)
         return w;
-      for ($ = M - 1; !vr[$]; )
+      for ($ = B - 1; !vr[$]; )
         $--;
       for (w = vr[$], w = {
         line: w.line,
         column: w.column
-      }; $ < M; )
+      }; $ < B; )
         r.charCodeAt($) === 10 ? (w.line++, w.column = 1) : w.column++, $++;
-      return vr[M] = w, w;
+      return vr[B] = w, w;
     }
-    function zr(M, w) {
-      var $ = oi(M), T = oi(w);
+    function zr(B, w) {
+      var $ = oi(B), L = oi(w);
       return {
         start: {
-          offset: M,
+          offset: B,
           line: $.line,
           column: $.column
         },
         end: {
           offset: w,
-          line: T.line,
-          column: T.column
+          line: L.line,
+          column: L.column
         }
       };
     }
-    function Q(M) {
-      y < ht || (y > ht && (ht = y, Kt = []), Kt.push(M));
+    function K(B) {
+      y < ft || (y > ft && (ft = y, Kt = []), Kt.push(B));
     }
-    function Hr(M, w) {
-      return new e(M, null, null, w);
+    function Hr(B, w) {
+      return new e(B, null, null, w);
     }
-    function Yi(M, w, $) {
+    function Ui(B, w, $) {
       return new e(
-        e.buildMessage(M, w),
-        M,
+        e.buildMessage(B, w),
+        B,
         w,
         $
       );
     }
     function lr() {
-      var M, w, $, T, H, X, ee, Oe, at, ut;
-      if (M = y, w = y, $ = Gi(), $ !== n) {
-        for (T = [], H = jt(); H !== n; )
-          T.push(H), H = jt();
-        if (T !== n) {
-          for (H = [], X = y, ee = or(), ee === n && (ee = null), ee !== n ? (Oe = ui(), Oe !== n ? (ee = [ee, Oe], X = ee) : (y = X, X = n)) : (y = X, X = n); X !== n; )
-            H.push(X), X = y, ee = or(), ee === n && (ee = null), ee !== n ? (Oe = ui(), Oe !== n ? (ee = [ee, Oe], X = ee) : (y = X, X = n)) : (y = X, X = n);
-          if (H !== n) {
-            for (X = [], ee = jt(); ee !== n; )
-              X.push(ee), ee = jt();
-            if (X !== n)
-              if (ee = or(), ee === n && (ee = null), ee !== n)
+      var B, w, $, L, z, V, J, Oe, lt, ct;
+      if (B = y, w = y, $ = Zi(), $ !== n) {
+        for (L = [], z = jt(); z !== n; )
+          L.push(z), z = jt();
+        if (L !== n) {
+          for (z = [], V = y, J = or(), J === n && (J = null), J !== n ? (Oe = ui(), Oe !== n ? (J = [J, Oe], V = J) : (y = V, V = n)) : (y = V, V = n); V !== n; )
+            z.push(V), V = y, J = or(), J === n && (J = null), J !== n ? (Oe = ui(), Oe !== n ? (J = [J, Oe], V = J) : (y = V, V = n)) : (y = V, V = n);
+          if (z !== n) {
+            for (V = [], J = jt(); J !== n; )
+              V.push(J), J = jt();
+            if (V !== n)
+              if (J = or(), J === n && (J = null), J !== n)
                 if (Oe = lr(), Oe === n && (Oe = null), Oe !== n) {
-                  for (at = [], ut = jt(); ut !== n; )
-                    at.push(ut), ut = jt();
-                  at !== n ? ($ = [$, T, H, X, ee, Oe, at], w = $) : (y = w, w = n);
+                  for (lt = [], ct = jt(); ct !== n; )
+                    lt.push(ct), ct = jt();
+                  lt !== n ? ($ = [$, L, z, V, J, Oe, lt], w = $) : (y = w, w = n);
                 } else
                   y = w, w = n;
               else
@@ -9672,94 +9672,94 @@ var Xg = Vg, Zn = function() {
           y = w, w = n;
       } else
         y = w, w = n;
-      return w !== n && (w = c(w)), M = w, M;
+      return w !== n && (w = c(w)), B = w, B;
     }
     function jt() {
-      var M, w, $, T, H, X;
-      return M = y, w = y, r.charCodeAt(y) === 40 ? ($ = u, y++) : ($ = n, Q(g)), $ !== n ? (T = or(), T === n && (T = null), T !== n ? (H = lr(), H !== n ? (r.charCodeAt(y) === 41 ? (X = m, y++) : (X = n, Q(_)), X !== n ? ($ = [$, T, H, X], w = $) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = v(w)), M = w, M;
+      var B, w, $, L, z, V;
+      return B = y, w = y, r.charCodeAt(y) === 40 ? ($ = u, y++) : ($ = n, K(g)), $ !== n ? (L = or(), L === n && (L = null), L !== n ? (z = lr(), z !== n ? (r.charCodeAt(y) === 41 ? (V = m, y++) : (V = n, K(_)), V !== n ? ($ = [$, L, z, V], w = $) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = v(w)), B = w, B;
     }
-    function Gi() {
-      var M, w;
-      return M = y, w = Zi(), w === n && (w = hi(), w === n && (w = Ui(), w === n && (w = fi()))), w !== n && (w = N(w)), M = w, M;
+    function Zi() {
+      var B, w;
+      return B = y, w = ji(), w === n && (w = hi(), w === n && (w = Ki(), w === n && (w = fi()))), w !== n && (w = A(w)), B = w, B;
     }
     function or() {
-      var M, w;
-      if (M = y, B.test(r.charAt(y))) {
+      var B, w;
+      if (B = y, T.test(r.charAt(y))) {
         if (w = r.charAt(y), w === r.charAt(y + 1))
           throw w = n, Hr("The parser encountered a bond repetition.", y + 1);
         y++;
       } else
-        w = n, Q(x);
-      return w !== n && (w = L(w)), M = w, M;
+        w = n, K(k);
+      return w !== n && (w = x(w)), B = w, B;
     }
-    function Ui() {
-      var M, w, $, T, H, X, ee, Oe, at, ut;
-      return M = y, w = y, r.charCodeAt(y) === 91 ? ($ = k, y++) : ($ = n, Q(z)), $ !== n ? (T = Qi(), T === n && (T = null), T !== n ? (r.substr(y, 2) === D ? (H = D, y += 2) : (H = n, Q(Y)), H === n && (r.substr(y, 2) === O ? (H = O, y += 2) : (H = n, Q(Z)), H === n && (H = hi(), H === n && (H = Ki(), H === n && (H = fi())))), H !== n ? (X = Wr(), X === n && (X = null), X !== n ? (ee = ji(), ee === n && (ee = null), ee !== n ? (Oe = Jt(), Oe === n && (Oe = null), Oe !== n ? (at = Ji(), at === n && (at = null), at !== n ? (r.charCodeAt(y) === 93 ? (ut = j, y++) : (ut = n, Q(q)), ut !== n ? ($ = [$, T, H, X, ee, Oe, at, ut], w = $) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = se(w)), M = w, M;
+    function Ki() {
+      var B, w, $, L, z, V, J, Oe, lt, ct;
+      return B = y, w = y, r.charCodeAt(y) === 91 ? ($ = R, y++) : ($ = n, K(O)), $ !== n ? (L = tn(), L === n && (L = null), L !== n ? (r.substr(y, 2) === D ? (z = D, y += 2) : (z = n, K(te)), z === n && (r.substr(y, 2) === q ? (z = q, y += 2) : (z = n, K(re)), z === n && (z = hi(), z === n && (z = Ji(), z === n && (z = fi())))), z !== n ? (V = Wr(), V === n && (V = null), V !== n ? (J = Qi(), J === n && (J = null), J !== n ? (Oe = Jt(), Oe === n && (Oe = null), Oe !== n ? (lt = en(), lt === n && (lt = null), lt !== n ? (r.charCodeAt(y) === 93 ? (ct = j, y++) : (ct = n, K(X)), ct !== n ? ($ = [$, L, z, V, J, Oe, lt, ct], w = $) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = se(w)), B = w, B;
     }
-    function Zi() {
-      var M, w, $, T;
-      return M = y, w = y, r.charCodeAt(y) === 66 ? ($ = ye, y++) : ($ = n, Q(ke)), $ !== n ? (r.charCodeAt(y) === 114 ? (T = xe, y++) : (T = n, Q(we)), T === n && (T = null), T !== n ? ($ = [$, T], w = $) : (y = w, w = n)) : (y = w, w = n), w === n && (w = y, r.charCodeAt(y) === 67 ? ($ = Ee, y++) : ($ = n, Q(Qe)), $ !== n ? (r.charCodeAt(y) === 108 ? (T = Ce, y++) : (T = n, Q(Ae)), T === n && (T = null), T !== n ? ($ = [$, T], w = $) : (y = w, w = n)) : (y = w, w = n), w === n && (Be.test(r.charAt(y)) ? (w = r.charAt(y), y++) : (w = n, Q(st)))), w !== n && (w = It(w)), M = w, M;
+    function ji() {
+      var B, w, $, L;
+      return B = y, w = y, r.charCodeAt(y) === 66 ? ($ = ye, y++) : ($ = n, K(ke)), $ !== n ? (r.charCodeAt(y) === 114 ? (L = xe, y++) : (L = n, K(we)), L === n && (L = null), L !== n ? ($ = [$, L], w = $) : (y = w, w = n)) : (y = w, w = n), w === n && (w = y, r.charCodeAt(y) === 67 ? ($ = Ee, y++) : ($ = n, K(et)), $ !== n ? (r.charCodeAt(y) === 108 ? (L = Ce, y++) : (L = n, K(Ae)), L === n && (L = null), L !== n ? ($ = [$, L], w = $) : (y = w, w = n)) : (y = w, w = n), w === n && (Be.test(r.charAt(y)) ? (w = r.charAt(y), y++) : (w = n, K(at)))), w !== n && (w = It(w)), B = w, B;
     }
     function hi() {
-      var M, w;
-      return M = y, wt.test(r.charAt(y)) ? (w = r.charAt(y), y++) : (w = n, Q(K)), w !== n && (w = N(w)), M = w, M;
+      var B, w;
+      return B = y, wt.test(r.charAt(y)) ? (w = r.charAt(y), y++) : (w = n, K(U)), w !== n && (w = A(w)), B = w, B;
     }
     function fi() {
-      var M, w;
-      return M = y, r.charCodeAt(y) === 42 ? (w = Ot, y++) : (w = n, Q(J)), w !== n && (w = Te(w)), M = w, M;
+      var B, w;
+      return B = y, r.charCodeAt(y) === 42 ? (w = Ot, y++) : (w = n, K(Z)), w !== n && (w = Te(w)), B = w, B;
     }
-    function Ki() {
-      var M, w, $, T;
-      return M = y, w = y, et.test(r.charAt(y)) ? ($ = r.charAt(y), y++) : ($ = n, Q(Ie)), $ !== n ? (Ye.test(r.charAt(y)) ? (T = r.charAt(y), y++) : (T = n, Q(Ue)), T === n && (T = null), T !== n ? ($ = [$, T], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = Ge(w)), M = w, M;
+    function Ji() {
+      var B, w, $, L;
+      return B = y, w = y, tt.test(r.charAt(y)) ? ($ = r.charAt(y), y++) : ($ = n, K(Ie)), $ !== n ? (Ye.test(r.charAt(y)) ? (L = r.charAt(y), y++) : (L = n, K(Ue)), L === n && (L = null), L !== n ? ($ = [$, L], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = Ge(w)), B = w, B;
     }
     function ui() {
-      var M, w, $, T, H;
-      return M = y, w = y, r.charCodeAt(y) === 37 ? ($ = De, y++) : ($ = n, Q(Ze)), $ !== n ? (He.test(r.charAt(y)) ? (T = r.charAt(y), y++) : (T = n, Q(We)), T !== n ? (Le.test(r.charAt(y)) ? (H = r.charAt(y), y++) : (H = n, Q(qe)), H !== n ? ($ = [$, T, H], w = $) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n), w === n && (Le.test(r.charAt(y)) ? (w = r.charAt(y), y++) : (w = n, Q(qe))), w !== n && (w = Lt(w)), M = w, M;
+      var B, w, $, L, z;
+      return B = y, w = y, r.charCodeAt(y) === 37 ? ($ = De, y++) : ($ = n, K(Ze)), $ !== n ? (He.test(r.charAt(y)) ? (L = r.charAt(y), y++) : (L = n, K(We)), L !== n ? (Le.test(r.charAt(y)) ? (z = r.charAt(y), y++) : (z = n, K(qe)), z !== n ? ($ = [$, L, z], w = $) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n), w === n && (Le.test(r.charAt(y)) ? (w = r.charAt(y), y++) : (w = n, K(qe))), w !== n && (w = Mt(w)), B = w, B;
     }
     function Wr() {
-      var M, w, $, T, H, X, ee;
-      return M = y, w = y, r.charCodeAt(y) === 64 ? ($ = yt, y++) : ($ = n, Q(Vt)), $ !== n ? (r.charCodeAt(y) === 64 ? (T = yt, y++) : (T = n, Q(Vt)), T === n && (T = y, r.substr(y, 2) === Xt ? (H = Xt, y += 2) : (H = n, Q(Yt)), H !== n ? (Ft.test(r.charAt(y)) ? (X = r.charAt(y), y++) : (X = n, Q(_t)), X !== n ? (H = [H, X], T = H) : (y = T, T = n)) : (y = T, T = n), T === n && (T = y, r.substr(y, 2) === zt ? (H = zt, y += 2) : (H = n, Q(Gt)), H !== n ? (Ft.test(r.charAt(y)) ? (X = r.charAt(y), y++) : (X = n, Q(_t)), X !== n ? (H = [H, X], T = H) : (y = T, T = n)) : (y = T, T = n), T === n && (T = y, r.substr(y, 2) === Ut ? (H = Ut, y += 2) : (H = n, Q(Zt)), H !== n ? (Bi.test(r.charAt(y)) ? (X = r.charAt(y), y++) : (X = n, Q(Di)), X !== n ? (H = [H, X], T = H) : (y = T, T = n)) : (y = T, T = n), T === n && (T = y, r.substr(y, 2) === Fr ? (H = Fr, y += 2) : (H = n, Q(Jr)), H !== n ? (He.test(r.charAt(y)) ? (X = r.charAt(y), y++) : (X = n, Q(We)), X !== n ? (Le.test(r.charAt(y)) ? (ee = r.charAt(y), y++) : (ee = n, Q(qe)), ee === n && (ee = null), ee !== n ? (H = [H, X, ee], T = H) : (y = T, T = n)) : (y = T, T = n)) : (y = T, T = n), T === n && (T = y, r.substr(y, 2) === Qr ? (H = Qr, y += 2) : (H = n, Q(Pi)), H !== n ? (He.test(r.charAt(y)) ? (X = r.charAt(y), y++) : (X = n, Q(We)), X !== n ? (Le.test(r.charAt(y)) ? (ee = r.charAt(y), y++) : (ee = n, Q(qe)), ee === n && (ee = null), ee !== n ? (H = [H, X, ee], T = H) : (y = T, T = n)) : (y = T, T = n)) : (y = T, T = n)))))), T === n && (T = null), T !== n ? ($ = [$, T], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = ei(w)), M = w, M;
+      var B, w, $, L, z, V, J;
+      return B = y, w = y, r.charCodeAt(y) === 64 ? ($ = yt, y++) : ($ = n, K(Vt)), $ !== n ? (r.charCodeAt(y) === 64 ? (L = yt, y++) : (L = n, K(Vt)), L === n && (L = y, r.substr(y, 2) === Xt ? (z = Xt, y += 2) : (z = n, K(Yt)), z !== n ? (Ft.test(r.charAt(y)) ? (V = r.charAt(y), y++) : (V = n, K(_t)), V !== n ? (z = [z, V], L = z) : (y = L, L = n)) : (y = L, L = n), L === n && (L = y, r.substr(y, 2) === zt ? (z = zt, y += 2) : (z = n, K(Gt)), z !== n ? (Ft.test(r.charAt(y)) ? (V = r.charAt(y), y++) : (V = n, K(_t)), V !== n ? (z = [z, V], L = z) : (y = L, L = n)) : (y = L, L = n), L === n && (L = y, r.substr(y, 2) === Ut ? (z = Ut, y += 2) : (z = n, K(Zt)), z !== n ? (Pi.test(r.charAt(y)) ? (V = r.charAt(y), y++) : (V = n, K($i)), V !== n ? (z = [z, V], L = z) : (y = L, L = n)) : (y = L, L = n), L === n && (L = y, r.substr(y, 2) === Fr ? (z = Fr, y += 2) : (z = n, K(Jr)), z !== n ? (He.test(r.charAt(y)) ? (V = r.charAt(y), y++) : (V = n, K(We)), V !== n ? (Le.test(r.charAt(y)) ? (J = r.charAt(y), y++) : (J = n, K(qe)), J === n && (J = null), J !== n ? (z = [z, V, J], L = z) : (y = L, L = n)) : (y = L, L = n)) : (y = L, L = n), L === n && (L = y, r.substr(y, 2) === Qr ? (z = Qr, y += 2) : (z = n, K(Ii)), z !== n ? (He.test(r.charAt(y)) ? (V = r.charAt(y), y++) : (V = n, K(We)), V !== n ? (Le.test(r.charAt(y)) ? (J = r.charAt(y), y++) : (J = n, K(qe)), J === n && (J = null), J !== n ? (z = [z, V, J], L = z) : (y = L, L = n)) : (y = L, L = n)) : (y = L, L = n)))))), L === n && (L = null), L !== n ? ($ = [$, L], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = ei(w)), B = w, B;
     }
     function Jt() {
-      var M, w;
-      return M = y, w = qr(), w === n && (w = Qt()), w !== n && (w = ti(w)), M = w, M;
+      var B, w;
+      return B = y, w = qr(), w === n && (w = Qt()), w !== n && (w = ti(w)), B = w, B;
     }
     function qr() {
-      var M, w, $, T, H, X;
-      return M = y, w = y, r.charCodeAt(y) === 43 ? ($ = ri, y++) : ($ = n, Q(ii)), $ !== n ? (r.charCodeAt(y) === 43 ? (T = ri, y++) : (T = n, Q(ii)), T === n && (T = y, He.test(r.charAt(y)) ? (H = r.charAt(y), y++) : (H = n, Q(We)), H !== n ? (Le.test(r.charAt(y)) ? (X = r.charAt(y), y++) : (X = n, Q(qe)), X === n && (X = null), X !== n ? (H = [H, X], T = H) : (y = T, T = n)) : (y = T, T = n)), T === n && (T = null), T !== n ? ($ = [$, T], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = $i(w)), M = w, M;
+      var B, w, $, L, z, V;
+      return B = y, w = y, r.charCodeAt(y) === 43 ? ($ = ri, y++) : ($ = n, K(ii)), $ !== n ? (r.charCodeAt(y) === 43 ? (L = ri, y++) : (L = n, K(ii)), L === n && (L = y, He.test(r.charAt(y)) ? (z = r.charAt(y), y++) : (z = n, K(We)), z !== n ? (Le.test(r.charAt(y)) ? (V = r.charAt(y), y++) : (V = n, K(qe)), V === n && (V = null), V !== n ? (z = [z, V], L = z) : (y = L, L = n)) : (y = L, L = n)), L === n && (L = null), L !== n ? ($ = [$, L], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = Oi(w)), B = w, B;
     }
     function Qt() {
-      var M, w, $, T, H, X;
-      return M = y, w = y, r.charCodeAt(y) === 45 ? ($ = ni, y++) : ($ = n, Q(si)), $ !== n ? (r.charCodeAt(y) === 45 ? (T = ni, y++) : (T = n, Q(si)), T === n && (T = y, He.test(r.charAt(y)) ? (H = r.charAt(y), y++) : (H = n, Q(We)), H !== n ? (Le.test(r.charAt(y)) ? (X = r.charAt(y), y++) : (X = n, Q(qe)), X === n && (X = null), X !== n ? (H = [H, X], T = H) : (y = T, T = n)) : (y = T, T = n)), T === n && (T = null), T !== n ? ($ = [$, T], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = Ii(w)), M = w, M;
+      var B, w, $, L, z, V;
+      return B = y, w = y, r.charCodeAt(y) === 45 ? ($ = ni, y++) : ($ = n, K(si)), $ !== n ? (r.charCodeAt(y) === 45 ? (L = ni, y++) : (L = n, K(si)), L === n && (L = y, He.test(r.charAt(y)) ? (z = r.charAt(y), y++) : (z = n, K(We)), z !== n ? (Le.test(r.charAt(y)) ? (V = r.charAt(y), y++) : (V = n, K(qe)), V === n && (V = null), V !== n ? (z = [z, V], L = z) : (y = L, L = n)) : (y = L, L = n)), L === n && (L = null), L !== n ? ($ = [$, L], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = Fi(w)), B = w, B;
     }
-    function ji() {
-      var M, w, $, T;
-      return M = y, w = y, r.charCodeAt(y) === 72 ? ($ = Oi, y++) : ($ = n, Q(Fi)), $ !== n ? (Le.test(r.charAt(y)) ? (T = r.charAt(y), y++) : (T = n, Q(qe)), T === n && (T = null), T !== n ? ($ = [$, T], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = zi(w)), M = w, M;
-    }
-    function Ji() {
-      var M, w, $, T, H, X, ee;
-      if (M = y, w = y, r.charCodeAt(y) === 58 ? ($ = Hi, y++) : ($ = n, Q(Wi)), $ !== n) {
-        if (T = y, He.test(r.charAt(y)) ? (H = r.charAt(y), y++) : (H = n, Q(We)), H !== n) {
-          for (X = [], Le.test(r.charAt(y)) ? (ee = r.charAt(y), y++) : (ee = n, Q(qe)); ee !== n; )
-            X.push(ee), Le.test(r.charAt(y)) ? (ee = r.charAt(y), y++) : (ee = n, Q(qe));
-          X !== n ? (H = [H, X], T = H) : (y = T, T = n);
+    function Qi() {
+      var B, w, $, L;
+      return B = y, w = y, r.charCodeAt(y) === 72 ? ($ = zi, y++) : ($ = n, K(Hi)), $ !== n ? (Le.test(r.charAt(y)) ? (L = r.charAt(y), y++) : (L = n, K(qe)), L === n && (L = null), L !== n ? ($ = [$, L], w = $) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = Wi(w)), B = w, B;
+    }
+    function en() {
+      var B, w, $, L, z, V, J;
+      if (B = y, w = y, r.charCodeAt(y) === 58 ? ($ = qi, y++) : ($ = n, K(Vi)), $ !== n) {
+        if (L = y, He.test(r.charAt(y)) ? (z = r.charAt(y), y++) : (z = n, K(We)), z !== n) {
+          for (V = [], Le.test(r.charAt(y)) ? (J = r.charAt(y), y++) : (J = n, K(qe)); J !== n; )
+            V.push(J), Le.test(r.charAt(y)) ? (J = r.charAt(y), y++) : (J = n, K(qe));
+          V !== n ? (z = [z, V], L = z) : (y = L, L = n);
         } else
-          y = T, T = n;
-        T === n && (qi.test(r.charAt(y)) ? (T = r.charAt(y), y++) : (T = n, Q(Vi))), T !== n ? ($ = [$, T], w = $) : (y = w, w = n);
+          y = L, L = n;
+        L === n && (Xi.test(r.charAt(y)) ? (L = r.charAt(y), y++) : (L = n, K(Yi))), L !== n ? ($ = [$, L], w = $) : (y = w, w = n);
       } else
         y = w, w = n;
-      return w !== n && (w = ai(w)), M = w, M;
+      return w !== n && (w = ai(w)), B = w, B;
     }
-    function Qi() {
-      var M, w, $, T, H;
-      return M = y, w = y, He.test(r.charAt(y)) ? ($ = r.charAt(y), y++) : ($ = n, Q(We)), $ !== n ? (Le.test(r.charAt(y)) ? (T = r.charAt(y), y++) : (T = n, Q(qe)), T === n && (T = null), T !== n ? (Le.test(r.charAt(y)) ? (H = r.charAt(y), y++) : (H = n, Q(qe)), H === n && (H = null), H !== n ? ($ = [$, T, H], w = $) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = li(w)), M = w, M;
+    function tn() {
+      var B, w, $, L, z;
+      return B = y, w = y, He.test(r.charAt(y)) ? ($ = r.charAt(y), y++) : ($ = n, K(We)), $ !== n ? (Le.test(r.charAt(y)) ? (L = r.charAt(y), y++) : (L = n, K(qe)), L === n && (L = null), L !== n ? (Le.test(r.charAt(y)) ? (z = r.charAt(y), y++) : (z = n, K(qe)), z === n && (z = null), z !== n ? ($ = [$, L, z], w = $) : (y = w, w = n)) : (y = w, w = n)) : (y = w, w = n), w !== n && (w = li(w)), B = w, B;
     }
     if (mr = l(), mr !== n && y === r.length)
       return mr;
-    throw mr !== n && y < r.length && Q(Xi()), Yi(
+    throw mr !== n && y < r.length && K(Gi()), Ui(
       Kt,
-      ht < r.length ? r.charAt(ht) : null,
-      ht < r.length ? zr(ht, ht + 1) : zr(ht, ht)
+      ft < r.length ? r.charAt(ft) : null,
+      ft < r.length ? zr(ft, ft + 1) : zr(ft, ft)
     );
   }
   return {
@@ -9767,8 +9767,8 @@ var Xg = Vg, Zn = function() {
     parse: t
   };
 }();
-const Dn = Zn;
-let Yg = class {
+const $n = Qn;
+let Ug = class {
   /**
    * The constructor for the class Reaction.
    *
@@ -9781,16 +9781,16 @@ let Yg = class {
       throw new Error("Invalid reaction SMILES. Did you add fewer than or more than two '>'?");
     t[0] !== "" && (this.reactantsSmiles = t[0].split(".")), t[1] !== "" && (this.reagentsSmiles = t[1].split(".")), t[2] !== "" && (this.productsSmiles = t[2].split("."));
     for (var r = 0; r < this.reactantsSmiles.length; r++)
-      this.reactants.push(Dn.parse(this.reactantsSmiles[r]));
+      this.reactants.push($n.parse(this.reactantsSmiles[r]));
     for (var r = 0; r < this.reagentsSmiles.length; r++)
-      this.reagents.push(Dn.parse(this.reagentsSmiles[r]));
+      this.reagents.push($n.parse(this.reagentsSmiles[r]));
     for (var r = 0; r < this.productsSmiles.length; r++)
-      this.products.push(Dn.parse(this.productsSmiles[r]));
+      this.products.push($n.parse(this.productsSmiles[r]));
   }
 };
-var Gg = Yg;
-const Ug = Gg;
-let Zg = class {
+var Zg = Ug;
+const Kg = Zg;
+let jg = class {
   /**
    * Returns the hex code of a color associated with a key from the current theme.
    *
@@ -9798,11 +9798,11 @@ let Zg = class {
    * @returns {Reaction} A reaction object.
    */
   static parse(e) {
-    return new Ug(e);
+    return new Kg(e);
   }
 };
-var wl = Zg;
-const Kg = {
+var yl = jg;
+const Jg = {
   C2H4O2: "acetic acid",
   C3H6O: "acetone",
   C2H3N: "acetonitrile",
@@ -9835,9 +9835,9 @@ const Kg = {
   C6H15N: "triethyl amine",
   H2O: "water"
 };
-var jg = Kg;
-const Jg = Mi, Pn = Un, Qg = Gn, e0 = Yn, Oa = jg;
-let t0 = class {
+var Qg = Jg;
+const e0 = Mi, In = Jn, t0 = jn, r0 = Kn, za = Qg;
+let i0 = class {
   /**
    * The constructor for the class ReactionDrawer.
    *
@@ -9863,7 +9863,7 @@ let t0 = class {
       weights: {
         normalize: !1
       }
-    }, this.opts = Qg.extend(!0, this.defaultOptions, e), this.drawer = new Jg(t), this.molOpts = this.drawer.opts;
+    }, this.opts = t0.extend(!0, this.defaultOptions, e), this.drawer = new e0(t), this.molOpts = this.drawer.opts;
   }
   /**
   * Draws the parsed reaction smiles data to a canvas element.
@@ -9880,33 +9880,33 @@ let t0 = class {
   * @returns {SVGElement} The svg element
   */
   draw(e, t, r = "light", i = null, s = "{reagents}", a = "", n = !1) {
-    if (this.themeManager = new e0(this.molOpts.themes, r), this.opts.weights.normalize) {
-      let B = -Number.MAX_SAFE_INTEGER, x = Number.MAX_SAFE_INTEGER;
+    if (this.themeManager = new r0(this.molOpts.themes, r), this.opts.weights.normalize) {
+      let T = -Number.MAX_SAFE_INTEGER, k = Number.MAX_SAFE_INTEGER;
       if (i.hasOwnProperty("reactants"))
-        for (let k = 0; k < i.reactants.length; k++)
-          for (let z = 0; z < i.reactants[k].length; z++)
-            i.reactants[k][z] < x && (x = i.reactants[k][z]), i.reactants[k][z] > B && (B = i.reactants[k][z]);
+        for (let R = 0; R < i.reactants.length; R++)
+          for (let O = 0; O < i.reactants[R].length; O++)
+            i.reactants[R][O] < k && (k = i.reactants[R][O]), i.reactants[R][O] > T && (T = i.reactants[R][O]);
       if (i.hasOwnProperty("reagents"))
-        for (let k = 0; k < i.reagents.length; k++)
-          for (let z = 0; z < i.reagents[k].length; z++)
-            i.reagents[k][z] < x && (x = i.reagents[k][z]), i.reagents[k][z] > B && (B = i.reagents[k][z]);
+        for (let R = 0; R < i.reagents.length; R++)
+          for (let O = 0; O < i.reagents[R].length; O++)
+            i.reagents[R][O] < k && (k = i.reagents[R][O]), i.reagents[R][O] > T && (T = i.reagents[R][O]);
       if (i.hasOwnProperty("products"))
-        for (let k = 0; k < i.products.length; k++)
-          for (let z = 0; z < i.products[k].length; z++)
-            i.products[k][z] < x && (x = i.products[k][z]), i.products[k][z] > B && (B = i.products[k][z]);
-      let L = Math.max(Math.abs(x), Math.abs(B));
-      if (L === 0 && (L = 1), i.hasOwnProperty("reactants"))
-        for (let k = 0; k < i.reactants.length; k++)
-          for (let z = 0; z < i.reactants[k].length; z++)
-            i.reactants[k][z] /= L;
+        for (let R = 0; R < i.products.length; R++)
+          for (let O = 0; O < i.products[R].length; O++)
+            i.products[R][O] < k && (k = i.products[R][O]), i.products[R][O] > T && (T = i.products[R][O]);
+      let x = Math.max(Math.abs(k), Math.abs(T));
+      if (x === 0 && (x = 1), i.hasOwnProperty("reactants"))
+        for (let R = 0; R < i.reactants.length; R++)
+          for (let O = 0; O < i.reactants[R].length; O++)
+            i.reactants[R][O] /= x;
       if (i.hasOwnProperty("reagents"))
-        for (let k = 0; k < i.reagents.length; k++)
-          for (let z = 0; z < i.reagents[k].length; z++)
-            i.reagents[k][z] /= L;
+        for (let R = 0; R < i.reagents.length; R++)
+          for (let O = 0; O < i.reagents[R].length; O++)
+            i.reagents[R][O] /= x;
       if (i.hasOwnProperty("products"))
-        for (let k = 0; k < i.products.length; k++)
-          for (let z = 0; z < i.products[k].length; z++)
-            i.products[k][z] /= L;
+        for (let R = 0; R < i.products.length; R++)
+          for (let O = 0; O < i.products[R].length; O++)
+            i.products[R][O] /= x;
     }
     let h = null;
     for (t === null || t === "svg" ? (h = document.createElementNS("http://www.w3.org/2000/svg", "svg"), h.setAttribute("xmlns", "http://www.w3.org/2000/svg"), h.setAttributeNS(null, "width", "500"), h.setAttributeNS(null, "height", "500")) : typeof t == "string" || t instanceof String ? h = document.getElementById(t) : h = t; h.firstChild; )
@@ -9918,16 +9918,16 @@ let t0 = class {
         height: this.opts.plus.size * this.opts.scale,
         svg: this.getPlus()
       });
-      let B = null;
-      i && i.hasOwnProperty("reactants") && i.reactants.length > u && (B = i.reactants[u]);
-      let x = document.createElementNS("http://www.w3.org/2000/svg", "svg");
-      this.drawer.draw(e.reactants[u], x, r, B, n, [], this.opts.weights.normalize);
-      let L = {
-        width: x.viewBox.baseVal.width * this.opts.scale,
-        height: x.viewBox.baseVal.height * this.opts.scale,
-        svg: x
+      let T = null;
+      i && i.hasOwnProperty("reactants") && i.reactants.length > u && (T = i.reactants[u]);
+      let k = document.createElementNS("http://www.w3.org/2000/svg", "svg");
+      this.drawer.draw(e.reactants[u], k, r, T, n, [], this.opts.weights.normalize);
+      let x = {
+        width: k.viewBox.baseVal.width * this.opts.scale,
+        height: k.viewBox.baseVal.height * this.opts.scale,
+        svg: k
       };
-      l.push(L), L.height > c && (c = L.height);
+      l.push(x), x.height > c && (c = x.height);
     }
     l.push({
       width: this.opts.arrow.length * this.opts.scale,
@@ -9937,11 +9937,11 @@ let t0 = class {
     let g = "";
     for (var u = 0; u < e.reagents.length; u++) {
       u > 0 && (g += ", ");
-      let x = this.drawer.getMolecularFormula(e.reagents[u]);
-      x in Oa && (x = Oa[x]), g += Pn.replaceNumbersWithSubscript(x);
+      let k = this.drawer.getMolecularFormula(e.reagents[u]);
+      k in za && (k = za[k]), g += In.replaceNumbersWithSubscript(k);
     }
     s = s.replace("{reagents}", g);
-    const m = Pn.writeText(
+    const m = In.writeText(
       s,
       this.themeManager,
       this.opts.fontSize * this.opts.scale,
@@ -9957,7 +9957,7 @@ let t0 = class {
       offsetY: -(m.height / 2) - this.opts.arrow.margin,
       position: "relative"
     });
-    const v = Pn.writeText(
+    const v = In.writeText(
       a,
       this.themeManager,
       this.opts.fontSize * this.opts.scale,
@@ -9978,22 +9978,22 @@ let t0 = class {
         height: this.opts.plus.size * this.opts.scale,
         svg: this.getPlus()
       });
-      let x = null;
-      i && i.hasOwnProperty("products") && i.products.length > u && (x = i.products[u]);
-      let L = document.createElementNS("http://www.w3.org/2000/svg", "svg");
-      this.drawer.draw(e.products[u], L, r, x, n, [], this.opts.weights.normalize);
-      let k = {
-        width: L.viewBox.baseVal.width * this.opts.scale,
-        height: L.viewBox.baseVal.height * this.opts.scale,
-        svg: L
+      let k = null;
+      i && i.hasOwnProperty("products") && i.products.length > u && (k = i.products[u]);
+      let x = document.createElementNS("http://www.w3.org/2000/svg", "svg");
+      this.drawer.draw(e.products[u], x, r, k, n, [], this.opts.weights.normalize);
+      let R = {
+        width: x.viewBox.baseVal.width * this.opts.scale,
+        height: x.viewBox.baseVal.height * this.opts.scale,
+        svg: x
       };
-      l.push(k), k.height > c && (c = k.height);
+      l.push(R), R.height > c && (c = R.height);
     }
-    let N = 0;
-    return l.forEach((B) => {
-      let x = B.offsetX ?? 0, L = B.offsetY ?? 0;
-      B.svg.setAttributeNS(null, "x", Math.round(N + x)), B.svg.setAttributeNS(null, "y", Math.round((c - B.height) / 2 + L)), B.svg.setAttributeNS(null, "width", Math.round(B.width)), B.svg.setAttributeNS(null, "height", Math.round(B.height)), h.appendChild(B.svg), B.position !== "relative" && (N += Math.round(B.width + this.opts.spacing + x));
-    }), h.setAttributeNS(null, "viewBox", `0 0 ${N} ${c}`), h.style.width = N + "px", h.style.height = c + "px", h;
+    let A = 0;
+    return l.forEach((T) => {
+      let k = T.offsetX ?? 0, x = T.offsetY ?? 0;
+      T.svg.setAttributeNS(null, "x", Math.round(A + k)), T.svg.setAttributeNS(null, "y", Math.round((c - T.height) / 2 + x)), T.svg.setAttributeNS(null, "width", Math.round(T.width)), T.svg.setAttributeNS(null, "height", Math.round(T.height)), h.appendChild(T.svg), T.position !== "relative" && (A += Math.round(T.width + this.opts.spacing + k));
+    }), h.setAttributeNS(null, "viewBox", `0 0 ${A} ${c}`), h.style.width = A + "px", h.style.height = c + "px", h;
   }
   getPlus() {
     let e = this.opts.plus.size, t = this.opts.plus.thickness, r = document.createElementNS("http://www.w3.org/2000/svg", "svg"), i = document.createElementNS("http://www.w3.org/2000/svg", "rect"), s = document.createElementNS("http://www.w3.org/2000/svg", "rect");
@@ -10012,14 +10012,14 @@ let t0 = class {
     return i.appendChild(this.getCDArrowhead()), r.appendChild(i), r.setAttributeNS(null, "id", "arrow"), s.setAttributeNS(null, "x1", 0), s.setAttributeNS(null, "y1", -this.opts.arrow.thickness / 2), s.setAttributeNS(null, "x2", t), s.setAttributeNS(null, "y2", -this.opts.arrow.thickness / 2), s.setAttributeNS(null, "stroke-width", this.opts.arrow.thickness), s.setAttributeNS(null, "stroke", this.themeManager.getColor("C")), s.setAttributeNS(null, "marker-end", "url(#arrowhead)"), r.appendChild(s), r.setAttributeNS(null, "viewBox", `0 ${-e / 2} ${t + e * (7 / 4.5)} ${e}`), r;
   }
 };
-var yl = t0;
-const r0 = Zn, i0 = wl, n0 = Mi, s0 = yl, Fa = Un, a0 = Gn;
-let l0 = class qn {
+var _l = i0;
+const n0 = Qn, s0 = yl, a0 = Mi, l0 = _l, Ha = Jn, o0 = jn;
+let h0 = class Yn {
   constructor(e = {}, t = {}) {
-    this.drawer = new n0(e), this.reactionDrawer = new s0(t, JSON.parse(JSON.stringify(this.drawer.opts)));
+    this.drawer = new a0(e), this.reactionDrawer = new l0(t, JSON.parse(JSON.stringify(this.drawer.opts)));
   }
   static apply(e = {}, t = {}, r = "data-smiles", i = "light", s = null, a = null) {
-    new qn(e, t).apply(r, i, s, a);
+    new Yn(e, t).apply(r, i, s, a);
   }
   apply(e = "data-smiles", t = "light", r = null, i = null) {
     document.querySelectorAll(`[${e}]`).forEach((a) => {
@@ -10031,7 +10031,7 @@ let l0 = class qn {
         let c = {};
         a.hasAttribute("data-smiles-options") && (c = JSON.parse(a.getAttribute("data-smiles-options").replaceAll("'", '"')));
         let u = {};
-        a.hasAttribute("data-smiles-reaction-options") && (u = JSON.parse(a.getAttribute("data-smiles-reaction-options").replaceAll("'", '"'))), new qn(c, u).draw(n, a, h, r, i, l);
+        a.hasAttribute("data-smiles-reaction-options") && (u = JSON.parse(a.getAttribute("data-smiles-reaction-options").replaceAll("'", '"'))), new Yn(c, u).draw(n, a, h, r, i, l);
       } else
         this.draw(n, a, h, r, i, l);
     });
@@ -10060,7 +10060,7 @@ let l0 = class qn {
       textAboveArrow: "{reagents}",
       textBelowArrow: ""
     };
-    if (l = a0.extend(!0, c, l), e.includes(">"))
+    if (l = o0.extend(!0, c, l), e.includes(">"))
       try {
         this.drawReaction(e, t, r, l, a, i);
       } catch (u) {
@@ -10074,7 +10074,7 @@ let l0 = class qn {
       }
   }
   drawMolecule(e, t, r, i, s) {
-    let a = r0.parse(e);
+    let a = n0.parse(e);
     if (t === null || t === "svg") {
       let n = this.drawer.draw(a, null, r, i), h = this.getDimensions(n);
       n.setAttributeNS(null, "width", "" + h.w), n.setAttributeNS(null, "height", "" + h.h), s && s(n);
@@ -10091,7 +10091,7 @@ let l0 = class qn {
       });
   }
   drawReaction(e, t, r, i, s, a) {
-    let n = i0.parse(e);
+    let n = s0.parse(e);
     if (t === null || t === "svg") {
       let h = this.reactionDrawer.draw(n, null, r), l = this.getDimensions(h);
       h.setAttributeNS(null, "width", "" + l.w), h.setAttributeNS(null, "height", "" + l.h), a && a(h);
@@ -10110,12 +10110,12 @@ let l0 = class qn {
   svgToCanvas(e, t = null) {
     t === null && (t = document.createElement("canvas"));
     let r = this.getDimensions(t, e);
-    return Fa.svgToCanvas(e, t, r.w, r.h), t;
+    return Ha.svgToCanvas(e, t, r.w, r.h), t;
   }
   svgToImg(e, t = null) {
     t === null && (t = document.createElement("img"));
     let r = this.getDimensions(t, e);
-    return Fa.svgToImg(e, t, r.w, r.h), t;
+    return Ha.svgToImg(e, t, r.w, r.h), t;
   }
   /**
    * 
@@ -10128,47 +10128,47 @@ let l0 = class qn {
     return this.drawer.opts.scale <= 0 ? (r === null && (r = e.width), i === null && (i = e.height), e.style.width !== "" && (r = parseInt(e.style.width)), e.style.height !== "" && (i = parseInt(e.style.height))) : t && (r = parseFloat(t.style.width), i = parseFloat(t.style.height)), { w: r, h: i };
   }
 };
-var o0 = l0;
-const _l = Xg, Sl = Zn, Cl = wl, h0 = Mi, f0 = yl, Al = o0, u0 = bl;
-var c0 = !!(typeof window < "u" && window.document && window.document.createElement), nt = {
+var f0 = h0;
+const Sl = Gg, Cl = Qn, Al = yl, u0 = Mi, c0 = _l, Nl = f0, g0 = wl;
+var d0 = !!(typeof window < "u" && window.document && window.document.createElement), st = {
   Version: "1.0.0"
 };
-nt.Drawer = _l;
-nt.Parser = Sl;
-nt.SvgDrawer = h0;
-nt.ReactionDrawer = f0;
-nt.ReactionParser = Cl;
-nt.GaussDrawer = u0;
-nt.clean = function(d) {
+st.Drawer = Sl;
+st.Parser = Cl;
+st.SvgDrawer = u0;
+st.ReactionDrawer = c0;
+st.ReactionParser = Al;
+st.GaussDrawer = g0;
+st.clean = function(d) {
   return d.replace(/[^A-Za-z0-9@\.\+\-\?!\(\)\[\]\{\}/\\=#\$:\*]/g, "");
 };
-nt.apply = function(d, e = "canvas[data-smiles]", t = "light", r = null) {
-  let i = new _l(d), s = document.querySelectorAll(e);
+st.apply = function(d, e = "canvas[data-smiles]", t = "light", r = null) {
+  let i = new Sl(d), s = document.querySelectorAll(e);
   for (var a = 0; a < s.length; a++) {
     let n = s[a];
-    nt.parse(n.getAttribute("data-smiles"), function(h) {
+    st.parse(n.getAttribute("data-smiles"), function(h) {
       i.draw(h, n, t, !1);
     }, function(h) {
       r && r(h);
     });
   }
 };
-nt.parse = function(d, e, t) {
+st.parse = function(d, e, t) {
   try {
-    e && e(Sl.parse(d));
+    e && e(Cl.parse(d));
   } catch (r) {
     t && t(r);
   }
 };
-nt.parseReaction = function(d, e, t) {
+st.parseReaction = function(d, e, t) {
   try {
-    e && e(Cl.parse(d));
+    e && e(Al.parse(d));
   } catch (r) {
     t && t(r);
   }
 };
-c0 && (window.SmilesDrawer = nt, window.SmiDrawer = Al);
-nt.SmiDrawer = Al;
+d0 && (window.SmilesDrawer = st, window.SmiDrawer = Nl);
+st.SmiDrawer = Nl;
 Array.prototype.fill || Object.defineProperty(Array.prototype, "fill", {
   value: function(d) {
     if (this == null)
@@ -10178,41 +10178,41 @@ Array.prototype.fill || Object.defineProperty(Array.prototype, "fill", {
     return e;
   }
 });
-var g0 = nt;
-const za = /* @__PURE__ */ tg(g0), {
-  SvelteComponent: d0,
-  append: p0,
+var p0 = st;
+const Wa = /* @__PURE__ */ ig(p0), {
+  SvelteComponent: v0,
+  append: m0,
   attr: Ti,
-  binding_callbacks: v0,
-  detach: Kn,
-  element: Nl,
-  empty: m0,
-  init: b0,
-  insert: jn,
-  noop: Vn,
-  safe_not_equal: w0,
-  svg_element: y0
-} = window.__gradio__svelte__internal, { afterUpdate: _0 } = window.__gradio__svelte__internal;
-function S0(d) {
+  binding_callbacks: b0,
+  detach: es,
+  element: kl,
+  empty: w0,
+  init: y0,
+  insert: ts,
+  noop: Gn,
+  safe_not_equal: _0,
+  svg_element: S0
+} = window.__gradio__svelte__internal, { afterUpdate: C0 } = window.__gradio__svelte__internal;
+function A0(d) {
   let e;
   return {
     c() {
-      e = Nl("div"), e.textContent = "No molecule to display", Ti(e, "class", "text-center my-10 py-10 text-gray-600");
+      e = kl("div"), e.textContent = "No molecule to display", Ti(e, "class", "text-center my-10 py-10 text-gray-600");
     },
     m(t, r) {
-      jn(t, e, r);
+      ts(t, e, r);
     },
-    p: Vn,
+    p: Gn,
     d(t) {
-      t && Kn(e);
+      t && es(e);
     }
   };
 }
-function C0(d) {
+function N0(d) {
   let e, t;
   return {
     c() {
-      e = Nl("div"), t = y0("svg"), Ti(
+      e = kl("div"), t = S0("svg"), Ti(
         t,
         "data-smiles",
         /*smiles*/
@@ -10220,7 +10220,7 @@ function C0(d) {
       ), Ti(t, "class", "svelte-zjukdr");
     },
     m(r, i) {
-      jn(r, e, i), p0(e, t), d[2](t);
+      ts(r, e, i), m0(e, t), d[2](t);
     },
     p(r, i) {
       i & /*smiles*/
@@ -10232,47 +10232,47 @@ function C0(d) {
       );
     },
     d(r) {
-      r && Kn(e), d[2](null);
+      r && es(e), d[2](null);
     }
   };
 }
-function A0(d) {
+function k0(d) {
   let e;
   function t(s, a) {
     return (
       /*smiles*/
-      s[0].length > 0 ? C0 : S0
+      s[0].length > 0 ? N0 : A0
     );
   }
   let r = t(d), i = r(d);
   return {
     c() {
-      i.c(), e = m0();
+      i.c(), e = w0();
     },
     m(s, a) {
-      i.m(s, a), jn(s, e, a);
+      i.m(s, a), ts(s, e, a);
     },
     p(s, [a]) {
       r === (r = t(s)) && i ? i.p(s, a) : (i.d(1), i = r(s), i && (i.c(), i.m(e.parentNode, e)));
     },
-    i: Vn,
-    o: Vn,
+    i: Gn,
+    o: Gn,
     d(s) {
-      s && Kn(e), i.d(s);
+      s && es(e), i.d(s);
     }
   };
 }
-function N0(d, e, t) {
+function R0(d, e, t) {
   let { smiles: r = "" } = e;
   const i = { width: 300, height: 200 };
-  let s = new za.SvgDrawer(i), a;
-  _0(() => {
-    za.parse(r, function(h) {
+  let s = new Wa.SvgDrawer(i), a;
+  C0(() => {
+    Wa.parse(r, function(h) {
       s.draw(h, a, "light");
     });
   });
   function n(h) {
-    v0[h ? "unshift" : "push"](() => {
+    b0[h ? "unshift" : "push"](() => {
       a = h, t(1, a);
     });
   }
@@ -10280,32 +10280,32 @@ function N0(d, e, t) {
     "smiles" in h && t(0, r = h.smiles);
   }, [r, a, n];
 }
-class k0 extends d0 {
+class x0 extends v0 {
   constructor(e) {
-    super(), b0(this, e, N0, A0, w0, { smiles: 0 });
+    super(), y0(this, e, R0, k0, _0, { smiles: 0 });
   }
 }
 const {
-  SvelteComponent: R0,
-  attr: x0,
-  create_component: T0,
-  destroy_component: E0,
-  detach: L0,
-  element: M0,
-  init: B0,
-  insert: D0,
-  mount_component: P0,
-  safe_not_equal: $0,
-  set_style: Ha,
-  toggle_class: Wa,
-  transition_in: I0,
-  transition_out: O0
-} = window.__gradio__svelte__internal, { createEventDispatcher: F0 } = window.__gradio__svelte__internal;
-function z0(d) {
+  SvelteComponent: T0,
+  attr: E0,
+  create_component: L0,
+  destroy_component: M0,
+  detach: B0,
+  element: D0,
+  init: P0,
+  insert: $0,
+  mount_component: I0,
+  safe_not_equal: O0,
+  set_style: qa,
+  toggle_class: Va,
+  transition_in: F0,
+  transition_out: z0
+} = window.__gradio__svelte__internal, { createEventDispatcher: H0 } = window.__gradio__svelte__internal;
+function W0(d) {
   let e, t, r;
-  return t = new tl({
+  return t = new rl({
     props: {
-      Icon: rl,
+      Icon: il,
       label: "Finish drawing",
       size: "large"
     }
@@ -10315,8 +10315,8 @@ function z0(d) {
     d[2]
   ), {
     c() {
-      e = M0("div"), T0(t.$$.fragment), x0(e, "class", "svelte-181q4hi"), Wa(e, "not-absolute", !/*absolute*/
-      d[0]), Ha(
+      e = D0("div"), L0(t.$$.fragment), E0(e, "class", "svelte-181q4hi"), Va(e, "not-absolute", !/*absolute*/
+      d[0]), qa(
         e,
         "position",
         /*absolute*/
@@ -10324,13 +10324,13 @@ function z0(d) {
       );
     },
     m(i, s) {
-      D0(i, e, s), P0(t, e, null), r = !0;
+      $0(i, e, s), I0(t, e, null), r = !0;
     },
     p(i, [s]) {
       (!r || s & /*absolute*/
-      1) && Wa(e, "not-absolute", !/*absolute*/
+      1) && Va(e, "not-absolute", !/*absolute*/
       i[0]), s & /*absolute*/
-      1 && Ha(
+      1 && qa(
         e,
         "position",
         /*absolute*/
@@ -10338,79 +10338,79 @@ function z0(d) {
       );
     },
     i(i) {
-      r || (I0(t.$$.fragment, i), r = !0);
+      r || (F0(t.$$.fragment, i), r = !0);
     },
     o(i) {
-      O0(t.$$.fragment, i), r = !1;
+      z0(t.$$.fragment, i), r = !1;
     },
     d(i) {
-      i && L0(e), E0(t);
+      i && B0(e), M0(t);
     }
   };
 }
-function H0(d, e, t) {
+function q0(d, e, t) {
   let { absolute: r = !0 } = e;
-  const i = F0(), s = (a) => {
+  const i = H0(), s = (a) => {
     i("clear"), a.stopPropagation();
   };
   return d.$$set = (a) => {
     "absolute" in a && t(0, r = a.absolute);
   }, [r, i, s];
 }
-class W0 extends R0 {
+class V0 extends T0 {
   constructor(e) {
-    super(), B0(this, e, H0, z0, $0, { absolute: 0 });
+    super(), P0(this, e, q0, W0, O0, { absolute: 0 });
   }
 }
 const {
-  SvelteComponent: q0,
-  append: V0,
-  attr: $n,
-  create_component: X0,
-  destroy_component: Y0,
-  detach: qa,
-  element: Va,
-  init: G0,
-  insert: Xa,
-  mount_component: U0,
-  noop: Z0,
-  safe_not_equal: K0,
-  space: j0,
-  transition_in: J0,
-  transition_out: Q0
-} = window.__gradio__svelte__internal, { createEventDispatcher: ed } = window.__gradio__svelte__internal;
-function td(d) {
+  SvelteComponent: X0,
+  append: Y0,
+  attr: On,
+  create_component: G0,
+  destroy_component: U0,
+  detach: Xa,
+  element: Ya,
+  init: Z0,
+  insert: Ga,
+  mount_component: K0,
+  noop: j0,
+  safe_not_equal: J0,
+  space: Q0,
+  transition_in: ed,
+  transition_out: td
+} = window.__gradio__svelte__internal, { createEventDispatcher: rd } = window.__gradio__svelte__internal;
+function id(d) {
   let e, t, r, i, s;
-  return e = new W0({}), e.$on(
+  return e = new V0({}), e.$on(
     "clear",
     /*getsmiles*/
     d[0]
   ), {
     c() {
-      X0(e.$$.fragment), t = j0(), r = Va("div"), i = Va("iframe"), $n(
+      G0(e.$$.fragment), t = Q0(), r = Ya("div"), i = Ya("iframe"), On(
         i,
         "srcdoc",
         /*ketcherDoc*/
         d[1]
-      ), $n(i, "class", "svelte-rryiqv"), $n(r, "class", "composerWrapper");
+      ), On(i, "class", "svelte-rryiqv"), On(r, "class", "composerWrapper");
     },
     m(a, n) {
-      U0(e, a, n), Xa(a, t, n), Xa(a, r, n), V0(r, i), s = !0;
+      K0(e, a, n), Ga(a, t, n), Ga(a, r, n), Y0(r, i), s = !0;
     },
-    p: Z0,
+    p: j0,
     i(a) {
-      s || (J0(e.$$.fragment, a), s = !0);
+      s || (ed(e.$$.fragment, a), s = !0);
     },
     o(a) {
-      Q0(e.$$.fragment, a), s = !1;
+      td(e.$$.fragment, a), s = !1;
     },
     d(a) {
-      a && (qa(t), qa(r)), Y0(e, a);
+      a && (Xa(t), Xa(r)), U0(e, a);
     }
   };
 }
-function rd(d) {
-  const e = ed();
+function nd(d) {
+  const e = rd();
   function t() {
     document.querySelector("iframe").contentWindow.ketcher.getSmiles().then((a) => {
       e("moleculesketched", { smiles: a });
@@ -10504,42 +10504,42 @@ function rd(d) {
 </html>
 `];
 }
-class id extends q0 {
+class sd extends X0 {
   constructor(e) {
-    super(), G0(this, e, rd, td, K0, {});
+    super(), Z0(this, e, nd, id, J0, {});
   }
 }
 const {
-  SvelteComponent: nd,
-  append: ct,
-  assign: sd,
-  attr: pt,
-  binding_callbacks: ad,
-  check_outros: Ya,
+  SvelteComponent: ad,
+  append: Tt,
+  assign: ld,
+  attr: vt,
+  binding_callbacks: od,
+  check_outros: Fn,
   create_component: Dr,
   destroy_component: Pr,
-  detach: Jn,
-  element: nr,
-  flush: it,
-  get_spread_object: ld,
-  get_spread_update: od,
-  group_outros: Ga,
-  init: hd,
-  insert: Qn,
-  listen: In,
+  detach: Bi,
+  element: sr,
+  flush: nt,
+  get_spread_object: hd,
+  get_spread_update: fd,
+  group_outros: zn,
+  init: ud,
+  insert: Di,
+  listen: Un,
   mount_component: $r,
-  noop: fd,
-  run_all: ud,
-  safe_not_equal: cd,
-  set_data: gd,
+  noop: Rl,
+  run_all: cd,
+  safe_not_equal: gd,
+  set_data: dd,
   set_input_value: Ua,
-  set_style: kl,
+  set_style: xl,
   space: Lr,
-  text: dd,
-  toggle_class: pd,
-  transition_in: vt,
-  transition_out: Pt
-} = window.__gradio__svelte__internal, { tick: vd } = window.__gradio__svelte__internal;
+  text: pd,
+  toggle_class: vd,
+  transition_in: Qe,
+  transition_out: mt
+} = window.__gradio__svelte__internal, { tick: md } = window.__gradio__svelte__internal;
 function Za(d) {
   let e, t;
   const r = [
@@ -10556,8 +10556,8 @@ function Za(d) {
   ];
   let i = {};
   for (let s = 0; s < r.length; s += 1)
-    i = sd(i, r[s]);
-  return e = new Qc({ props: i }), e.$on(
+    i = ld(i, r[s]);
+  return e = new tg({ props: i }), e.$on(
     "clear_status",
     /*clear_status_handler*/
     d[19]
@@ -10570,7 +10570,7 @@ function Za(d) {
     },
     p(s, a) {
       const n = a & /*gradio, loading_status*/
-      1026 ? od(r, [
+      1026 ? fd(r, [
         a & /*gradio*/
         2 && { autoscroll: (
           /*gradio*/
@@ -10582,7 +10582,7 @@ function Za(d) {
           s[1].i18n
         ) },
         a & /*loading_status*/
-        1024 && ld(
+        1024 && hd(
           /*loading_status*/
           s[10]
         )
@@ -10590,176 +10590,203 @@ function Za(d) {
       e.$set(n);
     },
     i(s) {
-      t || (vt(e.$$.fragment, s), t = !0);
+      t || (Qe(e.$$.fragment, s), t = !0);
     },
     o(s) {
-      Pt(e.$$.fragment, s), t = !1;
+      mt(e.$$.fragment, s), t = !1;
     },
     d(s) {
       Pr(e, s);
     }
   };
 }
-function md(d) {
+function bd(d) {
   let e;
   return {
     c() {
-      e = dd(
+      e = pd(
         /*label*/
         d[2]
       );
     },
     m(t, r) {
-      Qn(t, e, r);
+      Di(t, e, r);
     },
     p(t, r) {
       r & /*label*/
-      4 && gd(
+      4 && dd(
         e,
         /*label*/
         t[2]
       );
     },
     d(t) {
-      t && Jn(e);
+      t && Bi(e);
     }
   };
 }
 function Ka(d) {
+  let e, t, r, i, s, a, n, h, l;
+  return i = new pc({}), {
+    c() {
+      e = sr("div"), t = sr("button"), r = sr("div"), Dr(i.$$.fragment), s = Lr(), a = sr("span"), a.textContent = "Draw molecule", vt(r, "class", "w-4 h-4 mr-2"), vt(t, "class", "flex items-center svelte-q9tvhg"), vt(e, "class", "w-full flex justify-center");
+    },
+    m(c, u) {
+      Di(c, e, u), Tt(e, t), Tt(t, r), $r(i, r, null), Tt(t, s), Tt(t, a), n = !0, h || (l = Un(
+        t,
+        "click",
+        /*showEditor*/
+        d[17]
+      ), h = !0);
+    },
+    p: Rl,
+    i(c) {
+      n || (Qe(i.$$.fragment, c), n = !0);
+    },
+    o(c) {
+      mt(i.$$.fragment, c), n = !1;
+    },
+    d(c) {
+      c && Bi(e), Pr(i), h = !1, l();
+    }
+  };
+}
+function ja(d) {
   let e, t, r;
-  return t = new id({}), t.$on(
+  return t = new sd({}), t.$on(
     "moleculesketched",
     /*handleMolecule*/
     d[16]
   ), {
     c() {
-      e = nr("div"), Dr(t.$$.fragment), pt(e, "class", "absolute top-0 left-0 w-full z-10"), kl(e, "height", "100%");
+      e = sr("div"), Dr(t.$$.fragment), vt(e, "class", "absolute top-0 left-0 w-full z-10"), xl(e, "height", "100%");
     },
     m(i, s) {
-      Qn(i, e, s), $r(t, e, null), r = !0;
+      Di(i, e, s), $r(t, e, null), r = !0;
     },
-    p: fd,
+    p: Rl,
     i(i) {
-      r || (vt(t.$$.fragment, i), r = !0);
+      r || (Qe(t.$$.fragment, i), r = !0);
     },
     o(i) {
-      Pt(t.$$.fragment, i), r = !1;
+      mt(t.$$.fragment, i), r = !1;
     },
     d(i) {
-      i && Jn(e), Pr(t);
+      i && Bi(e), Pr(t);
     }
   };
 }
-function bd(d) {
-  let e, t, r, i, s, a, n, h, l, c, u, g, m, _, v, N, B, x, L, k, z, D = (
+function wd(d) {
+  let e, t, r, i, s, a, n, h, l, c, u, g, m, _, v, A = (
     /*loading_status*/
     d[10] && Za(d)
   );
-  i = new Ou({
+  i = new zu({
     props: {
       show_label: (
         /*show_label*/
         d[7]
       ),
       info: void 0,
-      $$slots: { default: [md] },
+      $$slots: { default: [bd] },
       $$scope: { ctx: d }
     }
-  }), c = new k0({ props: { smiles: (
+  }), c = new x0({ props: { smiles: (
     /*value*/
     d[0]
-  ) } }), v = new gc({});
-  let Y = (
+  ) } });
+  let T = (
+    /*interactive*/
+    d[11] && Ka(d)
+  ), k = (
     /*showeditor*/
-    d[14] && Ka(d)
+    d[14] && ja(d)
   );
   return {
     c() {
-      e = nr("div"), D && D.c(), t = Lr(), r = nr("label"), Dr(i.$$.fragment), s = Lr(), a = nr("input"), l = Lr(), Dr(c.$$.fragment), u = Lr(), g = nr("div"), m = nr("button"), _ = nr("div"), Dr(v.$$.fragment), N = Lr(), B = nr("span"), B.textContent = "Draw molecule", x = Lr(), Y && Y.c(), pt(a, "data-testid", "textbox"), pt(a, "type", "text"), pt(a, "class", "scroll-hide svelte-q9tvhg"), pt(
+      e = sr("div"), A && A.c(), t = Lr(), r = sr("label"), Dr(i.$$.fragment), s = Lr(), a = sr("input"), l = Lr(), Dr(c.$$.fragment), u = Lr(), T && T.c(), g = Lr(), k && k.c(), vt(a, "data-testid", "textbox"), vt(a, "type", "text"), vt(a, "class", "scroll-hide svelte-q9tvhg"), vt(
         a,
         "placeholder",
         /*placeholder*/
         d[6]
       ), a.disabled = n = !/*interactive*/
-      d[11], pt(a, "dir", h = /*rtl*/
-      d[12] ? "rtl" : "ltr"), pt(r, "class", "svelte-q9tvhg"), pd(r, "container", yd), pt(_, "class", "w-4 h-4 mr-2"), pt(m, "class", "flex items-center svelte-q9tvhg"), pt(g, "class", "w-full flex justify-center"), kl(e, "min-height", "70vh");
+      d[11], vt(a, "dir", h = /*rtl*/
+      d[12] ? "rtl" : "ltr"), vt(r, "class", "svelte-q9tvhg"), vd(r, "container", _d), xl(e, "min-height", "70vh");
     },
-    m(O, Z) {
-      Qn(O, e, Z), D && D.m(e, null), ct(e, t), ct(e, r), $r(i, r, null), ct(r, s), ct(r, a), Ua(
+    m(x, R) {
+      Di(x, e, R), A && A.m(e, null), Tt(e, t), Tt(e, r), $r(i, r, null), Tt(r, s), Tt(r, a), Ua(
         a,
         /*value*/
         d[0]
-      ), d[21](a), ct(e, l), $r(c, e, null), ct(e, u), ct(e, g), ct(g, m), ct(m, _), $r(v, _, null), ct(m, N), ct(m, B), ct(e, x), Y && Y.m(e, null), L = !0, k || (z = [
-        In(
+      ), d[21](a), Tt(e, l), $r(c, e, null), Tt(e, u), T && T.m(e, null), Tt(e, g), k && k.m(e, null), m = !0, _ || (v = [
+        Un(
           a,
           "input",
           /*input_input_handler*/
           d[20]
         ),
-        In(
+        Un(
           a,
           "keypress",
           /*handle_keypress*/
           d[15]
-        ),
-        In(
-          m,
-          "click",
-          /*showEditor*/
-          d[17]
         )
-      ], k = !0);
+      ], _ = !0);
     },
-    p(O, Z) {
+    p(x, R) {
       /*loading_status*/
-      O[10] ? D ? (D.p(O, Z), Z & /*loading_status*/
-      1024 && vt(D, 1)) : (D = Za(O), D.c(), vt(D, 1), D.m(e, t)) : D && (Ga(), Pt(D, 1, 1, () => {
-        D = null;
-      }), Ya());
-      const j = {};
-      Z & /*show_label*/
-      128 && (j.show_label = /*show_label*/
-      O[7]), Z & /*$$scope, label*/
-      33554436 && (j.$$scope = { dirty: Z, ctx: O }), i.$set(j), (!L || Z & /*placeholder*/
-      64) && pt(
+      x[10] ? A ? (A.p(x, R), R & /*loading_status*/
+      1024 && Qe(A, 1)) : (A = Za(x), A.c(), Qe(A, 1), A.m(e, t)) : A && (zn(), mt(A, 1, 1, () => {
+        A = null;
+      }), Fn());
+      const O = {};
+      R & /*show_label*/
+      128 && (O.show_label = /*show_label*/
+      x[7]), R & /*$$scope, label*/
+      16777220 && (O.$$scope = { dirty: R, ctx: x }), i.$set(O), (!m || R & /*placeholder*/
+      64) && vt(
         a,
         "placeholder",
         /*placeholder*/
-        O[6]
-      ), (!L || Z & /*interactive*/
+        x[6]
+      ), (!m || R & /*interactive*/
       2048 && n !== (n = !/*interactive*/
-      O[11])) && (a.disabled = n), (!L || Z & /*rtl*/
+      x[11])) && (a.disabled = n), (!m || R & /*rtl*/
       4096 && h !== (h = /*rtl*/
-      O[12] ? "rtl" : "ltr")) && pt(a, "dir", h), Z & /*value*/
+      x[12] ? "rtl" : "ltr")) && vt(a, "dir", h), R & /*value*/
       1 && a.value !== /*value*/
-      O[0] && Ua(
+      x[0] && Ua(
         a,
         /*value*/
-        O[0]
+        x[0]
       );
-      const q = {};
-      Z & /*value*/
-      1 && (q.smiles = /*value*/
-      O[0]), c.$set(q), /*showeditor*/
-      O[14] ? Y ? (Y.p(O, Z), Z & /*showeditor*/
-      16384 && vt(Y, 1)) : (Y = Ka(O), Y.c(), vt(Y, 1), Y.m(e, null)) : Y && (Ga(), Pt(Y, 1, 1, () => {
-        Y = null;
-      }), Ya());
-    },
-    i(O) {
-      L || (vt(D), vt(i.$$.fragment, O), vt(c.$$.fragment, O), vt(v.$$.fragment, O), vt(Y), L = !0);
-    },
-    o(O) {
-      Pt(D), Pt(i.$$.fragment, O), Pt(c.$$.fragment, O), Pt(v.$$.fragment, O), Pt(Y), L = !1;
-    },
-    d(O) {
-      O && Jn(e), D && D.d(), Pr(i), d[21](null), Pr(c), Pr(v), Y && Y.d(), k = !1, ud(z);
+      const D = {};
+      R & /*value*/
+      1 && (D.smiles = /*value*/
+      x[0]), c.$set(D), /*interactive*/
+      x[11] ? T ? (T.p(x, R), R & /*interactive*/
+      2048 && Qe(T, 1)) : (T = Ka(x), T.c(), Qe(T, 1), T.m(e, g)) : T && (zn(), mt(T, 1, 1, () => {
+        T = null;
+      }), Fn()), /*showeditor*/
+      x[14] ? k ? (k.p(x, R), R & /*showeditor*/
+      16384 && Qe(k, 1)) : (k = ja(x), k.c(), Qe(k, 1), k.m(e, null)) : k && (zn(), mt(k, 1, 1, () => {
+        k = null;
+      }), Fn());
+    },
+    i(x) {
+      m || (Qe(A), Qe(i.$$.fragment, x), Qe(c.$$.fragment, x), Qe(T), Qe(k), m = !0);
+    },
+    o(x) {
+      mt(A), mt(i.$$.fragment, x), mt(c.$$.fragment, x), mt(T), mt(k), m = !1;
+    },
+    d(x) {
+      x && Bi(e), A && A.d(), Pr(i), d[21](null), Pr(c), T && T.d(), k && k.d(), _ = !1, cd(v);
     }
   };
 }
-function wd(d) {
+function yd(d) {
   let e, t;
-  return e = new tu({
+  return e = new iu({
     props: {
       visible: (
         /*visible*/
@@ -10783,7 +10810,7 @@ function wd(d) {
       ),
       allow_overflow: !1,
       padding: !0,
-      $$slots: { default: [bd] },
+      $$slots: { default: [wd] },
       $$scope: { ctx: d }
     }
   }), {
@@ -10805,80 +10832,80 @@ function wd(d) {
       256 && (s.scale = /*scale*/
       r[8]), i & /*min_width*/
       512 && (s.min_width = /*min_width*/
-      r[9]), i & /*$$scope, showeditor, value, placeholder, interactive, rtl, el, show_label, label, gradio, loading_status*/
-      33586375 && (s.$$scope = { dirty: i, ctx: r }), e.$set(s);
+      r[9]), i & /*$$scope, showeditor, interactive, value, placeholder, rtl, el, show_label, label, gradio, loading_status*/
+      16809159 && (s.$$scope = { dirty: i, ctx: r }), e.$set(s);
     },
     i(r) {
-      t || (vt(e.$$.fragment, r), t = !0);
+      t || (Qe(e.$$.fragment, r), t = !0);
     },
     o(r) {
-      Pt(e.$$.fragment, r), t = !1;
+      mt(e.$$.fragment, r), t = !1;
     },
     d(r) {
       Pr(e, r);
     }
   };
 }
-const yd = !0;
-function _d(d, e, t) {
-  var r = this && this.__awaiter || function(q, se, ye, ke) {
+const _d = !0;
+function Sd(d, e, t) {
+  var r = this && this.__awaiter || function(X, se, ye, ke) {
     function xe(we) {
       return we instanceof ye ? we : new ye(function(Ee) {
         Ee(we);
       });
     }
     return new (ye || (ye = Promise))(function(we, Ee) {
-      function Qe(Be) {
+      function et(Be) {
         try {
           Ae(ke.next(Be));
-        } catch (st) {
-          Ee(st);
+        } catch (at) {
+          Ee(at);
         }
       }
       function Ce(Be) {
         try {
           Ae(ke.throw(Be));
-        } catch (st) {
-          Ee(st);
+        } catch (at) {
+          Ee(at);
         }
       }
       function Ae(Be) {
-        Be.done ? we(Be.value) : xe(Be.value).then(Qe, Ce);
+        Be.done ? we(Be.value) : xe(Be.value).then(et, Ce);
       }
-      Ae((ke = ke.apply(q, se || [])).next());
+      Ae((ke = ke.apply(X, se || [])).next());
     });
   };
-  let { gradio: i } = e, { label: s = "Textbox" } = e, { elem_id: a = "" } = e, { elem_classes: n = [] } = e, { visible: h = !0 } = e, { value: l = "" } = e, { placeholder: c = "" } = e, { show_label: u } = e, { scale: g = null } = e, { min_width: m = void 0 } = e, { loading_status: _ = void 0 } = e, { value_is_output: v = !1 } = e, { interactive: N } = e, { rtl: B = !1 } = e, x;
-  function L() {
+  let { gradio: i } = e, { label: s = "Textbox" } = e, { elem_id: a = "" } = e, { elem_classes: n = [] } = e, { visible: h = !0 } = e, { value: l = "" } = e, { placeholder: c = "" } = e, { show_label: u } = e, { scale: g = null } = e, { min_width: m = void 0 } = e, { loading_status: _ = void 0 } = e, { value_is_output: v = !1 } = e, { interactive: A } = e, { rtl: T = !1 } = e, k;
+  function x() {
     i.dispatch("change"), v || i.dispatch("input");
   }
-  function k(q) {
+  function R(X) {
     return r(this, void 0, void 0, function* () {
-      yield vd(), q.key === "Enter" && (q.preventDefault(), i.dispatch("submit"));
+      yield md(), X.key === "Enter" && (X.preventDefault(), i.dispatch("submit"));
     });
   }
-  let z = !1;
-  function D(q) {
-    t(0, l = q.detail.smiles), t(14, z = !1);
+  let O = !1;
+  function D(X) {
+    t(0, l = X.detail.smiles), t(14, O = !1);
   }
-  function Y() {
-    t(14, z = !0);
+  function te() {
+    t(14, O = !0);
   }
-  const O = () => i.dispatch("clear_status", _);
-  function Z() {
+  const q = () => i.dispatch("clear_status", _);
+  function re() {
     l = this.value, t(0, l);
   }
-  function j(q) {
-    ad[q ? "unshift" : "push"](() => {
-      x = q, t(13, x);
+  function j(X) {
+    od[X ? "unshift" : "push"](() => {
+      k = X, t(13, k);
     });
   }
-  return d.$$set = (q) => {
-    "gradio" in q && t(1, i = q.gradio), "label" in q && t(2, s = q.label), "elem_id" in q && t(3, a = q.elem_id), "elem_classes" in q && t(4, n = q.elem_classes), "visible" in q && t(5, h = q.visible), "value" in q && t(0, l = q.value), "placeholder" in q && t(6, c = q.placeholder), "show_label" in q && t(7, u = q.show_label), "scale" in q && t(8, g = q.scale), "min_width" in q && t(9, m = q.min_width), "loading_status" in q && t(10, _ = q.loading_status), "value_is_output" in q && t(18, v = q.value_is_output), "interactive" in q && t(11, N = q.interactive), "rtl" in q && t(12, B = q.rtl);
+  return d.$$set = (X) => {
+    "gradio" in X && t(1, i = X.gradio), "label" in X && t(2, s = X.label), "elem_id" in X && t(3, a = X.elem_id), "elem_classes" in X && t(4, n = X.elem_classes), "visible" in X && t(5, h = X.visible), "value" in X && t(0, l = X.value), "placeholder" in X && t(6, c = X.placeholder), "show_label" in X && t(7, u = X.show_label), "scale" in X && t(8, g = X.scale), "min_width" in X && t(9, m = X.min_width), "loading_status" in X && t(10, _ = X.loading_status), "value_is_output" in X && t(18, v = X.value_is_output), "interactive" in X && t(11, A = X.interactive), "rtl" in X && t(12, T = X.rtl);
   }, d.$$.update = () => {
     d.$$.dirty & /*value*/
     1 && l === null && t(0, l = ""), d.$$.dirty & /*value*/
-    1 && L();
+    1 && x();
   }, [
     l,
     i,
@@ -10891,22 +10918,22 @@ function _d(d, e, t) {
     g,
     m,
     _,
-    N,
-    B,
-    x,
-    z,
+    A,
+    T,
     k,
+    O,
+    R,
     D,
-    Y,
+    te,
     v,
-    O,
-    Z,
+    q,
+    re,
     j
   ];
 }
-class Md extends nd {
+class Bd extends ad {
   constructor(e) {
-    super(), hd(this, e, _d, wd, cd, {
+    super(), ud(this, e, Sd, yd, gd, {
       gradio: 1,
       label: 2,
       elem_id: 3,
@@ -10927,87 +10954,87 @@ class Md extends nd {
     return this.$$.ctx[1];
   }
   set gradio(e) {
-    this.$$set({ gradio: e }), it();
+    this.$$set({ gradio: e }), nt();
   }
   get label() {
     return this.$$.ctx[2];
   }
   set label(e) {
-    this.$$set({ label: e }), it();
+    this.$$set({ label: e }), nt();
   }
   get elem_id() {
     return this.$$.ctx[3];
   }
   set elem_id(e) {
-    this.$$set({ elem_id: e }), it();
+    this.$$set({ elem_id: e }), nt();
   }
   get elem_classes() {
     return this.$$.ctx[4];
   }
   set elem_classes(e) {
-    this.$$set({ elem_classes: e }), it();
+    this.$$set({ elem_classes: e }), nt();
   }
   get visible() {
     return this.$$.ctx[5];
   }
   set visible(e) {
-    this.$$set({ visible: e }), it();
+    this.$$set({ visible: e }), nt();
   }
   get value() {
     return this.$$.ctx[0];
   }
   set value(e) {
-    this.$$set({ value: e }), it();
+    this.$$set({ value: e }), nt();
   }
   get placeholder() {
     return this.$$.ctx[6];
   }
   set placeholder(e) {
-    this.$$set({ placeholder: e }), it();
+    this.$$set({ placeholder: e }), nt();
   }
   get show_label() {
     return this.$$.ctx[7];
   }
   set show_label(e) {
-    this.$$set({ show_label: e }), it();
+    this.$$set({ show_label: e }), nt();
   }
   get scale() {
     return this.$$.ctx[8];
   }
   set scale(e) {
-    this.$$set({ scale: e }), it();
+    this.$$set({ scale: e }), nt();
   }
   get min_width() {
     return this.$$.ctx[9];
   }
   set min_width(e) {
-    this.$$set({ min_width: e }), it();
+    this.$$set({ min_width: e }), nt();
   }
   get loading_status() {
     return this.$$.ctx[10];
   }
   set loading_status(e) {
-    this.$$set({ loading_status: e }), it();
+    this.$$set({ loading_status: e }), nt();
   }
   get value_is_output() {
     return this.$$.ctx[18];
   }
   set value_is_output(e) {
-    this.$$set({ value_is_output: e }), it();
+    this.$$set({ value_is_output: e }), nt();
   }
   get interactive() {
     return this.$$.ctx[11];
   }
   set interactive(e) {
-    this.$$set({ interactive: e }), it();
+    this.$$set({ interactive: e }), nt();
   }
   get rtl() {
     return this.$$.ctx[12];
   }
   set rtl(e) {
-    this.$$set({ rtl: e }), it();
+    this.$$set({ rtl: e }), nt();
   }
 }
 export {
-  Md as default
+  Bd as default
 };