stripy/Notebooks/SphericalTriangulations/Ex1-Spherical-Triangulations.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Example 1 - Triangulation of arbitrary points on the sphere\n",
    "\n",
    "`stripy` provides a python interfact to STRIPACK and SSRFPACK (Renka 1997a,b) as a triangulation class that would typically be used as follows:\n",
    "\n",
    "``` python\n",
    "\n",
    "import stripy as stripy\n",
    "spherical_triangulation = stripy.sTriangulation(lons=vertices_lon_as_radians, lats=vertices_lat_as_radians)\n",
    "s_areas = spherical_triangulation.areas()\n",
    "```\n",
    "\n",
    "The methods of the `sTriangulation` class include interpolation, smoothing and gradients (from SSRFPACK), triangle areas, point location by simplex and nearest vertex, refinement operations by edge or centroid, and neighbourhood search / distance computations through a k-d tree algorithm suited to points on the surface of a unit sphere. `stripy` also includes template triangulated meshes with refinement operations.\n",
    "\n",
    "In this notebook we introduce the `sTriangulation` class itself.\n",
    "\n",
    "#### Notebook contents\n",
    "\n",
    "   - [Icosahedron](#Triangulate-the-vertices-of-an-icosahedron)\n",
    "   - [Plotting on a map](#Making-a-plot-of-the-triangulation)\n",
    "   - [3D visualisation](#Lavavu-to-view-spherical-information)\n",
    "   - [Predefined meshes](#Predefined-meshes)\n",
    "\n",
    "#### References\n",
    "\n",
    "\n",
    "\n",
    " \n",
    "   1. Renka, R. J. (1997), Algorithm 772: STRIPACK: Delaunay triangulation and Voronoi diagram on the surface of a sphere, ACM Transactions on Mathematical Software (TOMS).\n",
    "   \n",
    "   2. Renka, R. J. (1997), Algorithm 773: SSRFPACK: interpolation of scattered data on the surface of a sphere with a surface under tension, ACM Transactions on Mathematical Software (TOMS), 23(3), 435–442, doi:10.1145/275323.275330.\n",
    "   \n",
    "   3. Renka, R. J. (1996), Algorithm 751; TRIPACK: a constrained two-dimensional Delaunay triangulation package, ACM Transactions on Mathematical Software, 22(1), 1–8, doi:10.1145/225545.225546.\n",
    "   \n",
    "   4. Renka, R. J. (1996), Algorithm 752; SRFPACK: software for scattered data fitting with a constrained surface under tension, ACM Transactions on Mathematical Software, 22(1), 9–17, doi:10.1145/225545.225547.\n",
    "\n",
    "\n",
    "The next example is [Ex2-SphericalGrids](./Ex2-SphericalGrids.ipynb)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Triangulate the vertices of an icosahedron"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "import stripy as stripy\n",
    "import numpy as np\n",
    "\n",
    "# Vertices of an icosahedron as Lat / Lon in degrees\n",
    "\n",
    "vertices_LatLonDeg = np.array(\n",
    "                               [[ 90,         0.0 ],\n",
    "                                [ 26.57,      0.0 ],\n",
    "                                [-26.57,     36.0 ],\n",
    "                                [ 26.57,     72.0 ],\n",
    "                                [-26.57,    108.0 ],\n",
    "                                [ 26.57,    144.0 ],\n",
    "                                [-26.57,    180.0 ],\n",
    "                                [ 26.57,    360.0-72.0 ],\n",
    "                                [-26.57,    360.0-36.0 ],\n",
    "                                [ 26.57,    360.0-144.0 ],\n",
    "                                [-26.57,    360.0-108.0 ],\n",
    "                                [-90,         0.0 ]])\n",
    "\n",
    "\n",
    "vertices_lat = np.radians(vertices_LatLonDeg.T[0])\n",
    "vertices_lon = np.radians(vertices_LatLonDeg.T[1])\n",
    "\n",
    "spherical_triangulation = stripy.sTriangulation(lons=vertices_lon, lats=vertices_lat)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "This creates a triangulation object constructed using the wrapped fortran code of Renka (1997). The triangulation object has a number of \n",
    "useful methods and attached data which can be listed with\n",
    "\n",
    "``` python\n",
    "\n",
    "help(spherical_triangulation)\n",
    "```\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[0.628217   0.628217   0.628217   0.628217   0.628217   0.62842006\n",
      " 0.62842006 0.62842006 0.628217   0.628217   0.62842006 0.62842006\n",
      " 0.628217   0.62842006 0.62842006 0.628217   0.62842006 0.62842006\n",
      " 0.62842006 0.628217  ]\n",
      "12\n"
     ]
    }
   ],
   "source": [
    "print(spherical_triangulation.areas())\n",
    "print(spherical_triangulation.npoints)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "162\n"
     ]
    }
   ],
   "source": [
    "refined_spherical_triangulation = stripy.sTriangulation(lons=vertices_lon, lats=vertices_lat, refinement_levels=2)\n",
    "\n",
    "print(refined_spherical_triangulation.npoints)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Making a plot of the triangulation\n",
    "\n",
    "We can make a plot of the two grids and the most straightforward way to display the information\n",
    "is through a standard map projection of the sphere to the plane. \n",
    "\n",
    "(Here we superimpose the points on a global map of coastlines using the `cartopy` map library and use the Mollweide projection. \n",
    " Other projections to try include `Robinson`, `Orthographic`, `PlateCarree`)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 1440x720 with 2 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "%matplotlib inline\n",
    "\n",
    "import gdal\n",
    "import cartopy\n",
    "import cartopy.crs as ccrs\n",
    "import matplotlib.pyplot as plt\n",
    "\n",
    "\n",
    "fig = plt.figure(figsize=(20, 10), facecolor=\"none\")\n",
    "    \n",
    "ax  = plt.subplot(121, projection=ccrs.Mollweide(central_longitude=0.0, globe=None))\n",
    "ax.coastlines(color=\"#777777\")\n",
    "ax.set_global()\n",
    "\n",
    "ax2 = plt.subplot(122, projection=ccrs.Mollweide(central_longitude=0.0,  globe=None))\n",
    "ax2.coastlines(color=\"#777777\")\n",
    "ax2.set_global()\n",
    "\n",
    "## Plot the vertices and the edges for the original isocahedron\n",
    "\n",
    "lons = np.degrees(spherical_triangulation.lons)\n",
    "lats = np.degrees(spherical_triangulation.lats)\n",
    "\n",
    "ax.scatter(lons, lats, color=\"Red\",\n",
    "                 marker=\"o\", s=150.0, transform=ccrs.PlateCarree())\n",
    "\n",
    "segs = spherical_triangulation.identify_segments()\n",
    "\n",
    "for s1, s2 in segs:\n",
    "    ax.plot( [lons[s1], lons[s2]],\n",
    "             [lats[s1], lats[s2]], \n",
    "              linewidth=0.5, color=\"black\", transform=ccrs.Geodetic())\n",
    "\n",
    "\n",
    "## Plot the vertices and the edges for the refined isocahedron\n",
    "\n",
    "lons = np.degrees(refined_spherical_triangulation.lons)\n",
    "lats = np.degrees(refined_spherical_triangulation.lats)\n",
    "\n",
    "ax2.scatter(lons, lats, color=\"Red\", alpha=0.5,\n",
    "                 marker=\"o\", s=50.0, transform=ccrs.PlateCarree())\n",
    "\n",
    "\n",
    "segs = refined_spherical_triangulation.identify_segments()\n",
    "\n",
    "for s1, s2 in segs:\n",
    "    ax2.plot( [lons[s1], lons[s2]],\n",
    "              [lats[s1], lats[s2]], \n",
    "              linewidth=0.5, color=\"black\", transform=ccrs.Geodetic())"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### `Lavavu` to view spherical information\n",
    "\n",
    "We can view the same triangulation in an interactive form using the `lavavu` package (`pip install lavavu`). \n",
    "The list of simplices of the triangulation (`spherical_triangulation.simplices`) is compatible with the format expected by Lavavu.\n",
    "\n",
    "\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "import lavavu\n",
    "\n",
    "lv = lavavu.Viewer(border=False, resolution=[666,666], background=\"#FFFFFF\")\n",
    "lv[\"axis\"]=False\n",
    "lv['specular'] = 0.5\n",
    "\n",
    "ghost = lv.triangles(\"ghost\",  wireframe=False, colour=\"#777777\", opacity=0.1)\n",
    "ghost.vertices(refined_spherical_triangulation.points*0.99)\n",
    "ghost.indices(refined_spherical_triangulation.simplices)\n",
    "\n",
    "tris = lv.triangles(\"coarse\",  wireframe=False, colour=\"#4444FF\", opacity=0.8)\n",
    "tris.vertices(spherical_triangulation.points)\n",
    "tris.indices(spherical_triangulation.simplices)\n",
    "\n",
    "trisw = lv.triangles(\"coarsew\",  wireframe=True, colour=\"#000000\", opacity=0.8, linewidth=3.0)\n",
    "trisw.vertices(spherical_triangulation.points)\n",
    "trisw.indices(spherical_triangulation.simplices)\n",
    "\n",
    "nodes = lv.points(\"coarse_nodes\", pointsize=10.0, pointtype=\"shiny\", colour=\"#4444FF\", opacity=0.95)\n",
    "nodes.vertices(spherical_triangulation.points)\n",
    "\n",
    "tris2 = lv.triangles(\"fine\",  wireframe=False, colour=\"#007f00\", opacity=0.25)\n",
    "tris2.vertices(refined_spherical_triangulation.points)\n",
    "tris2.indices(refined_spherical_triangulation.simplices)\n",
    "\n",
    "tris2w = lv.triangles(\"finew\",  wireframe=True, colour=\"#444444\", opacity=0.25, linewidth=0.5)\n",
    "tris2w.vertices(refined_spherical_triangulation.points)\n",
    "tris2w.indices(refined_spherical_triangulation.simplices)\n",
    "\n",
    "nodes2 = lv.points(\"fine_nodes\", pointsize=3.0, pointtype=\"shiny\", colour=\"FF0000\", opacity=0.95)\n",
    "nodes2.vertices(refined_spherical_triangulation.points)\n",
    "\n",
    "lv.hide(\"fine\")\n",
    "lv.hide(\"finew\")\n",
    "\n",
    "\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {
    "scrolled": false
   },
   "outputs": [
    {
     "data": {
      "text/html": [
       "<script>\n",
       "_backup_define = window.define; window.define = undefined;// gl-matrix 1.3.7 - https://github.com/toji/gl-matrix/blob/master/LICENSE.md\n",
       "(function(w,D){\"object\"===typeof exports?module.exports=D(global):\"function\"===typeof define&&define.amd?define([],function(){return D(w)}):D(w)})(this,function(w){function D(a){return o=a}function G(){return o=\"undefined\"!==typeof Float32Array?Float32Array:Array}var E={};(function(){if(\"undefined\"!=typeof Float32Array){var a=new Float32Array(1),b=new Int32Array(a.buffer);E.invsqrt=function(c){a[0]=c;b[0]=1597463007-(b[0]>>1);var d=a[0];return d*(1.5-0.5*c*d*d)}}else E.invsqrt=function(a){return 1/\n",
       "Math.sqrt(a)}})();var o=null;G();var r={create:function(a){var b=new o(3);a?(b[0]=a[0],b[1]=a[1],b[2]=a[2]):b[0]=b[1]=b[2]=0;return b},createFrom:function(a,b,c){var d=new o(3);d[0]=a;d[1]=b;d[2]=c;return d},set:function(a,b){b[0]=a[0];b[1]=a[1];b[2]=a[2];return b},equal:function(a,b){return a===b||1.0E-6>Math.abs(a[0]-b[0])&&1.0E-6>Math.abs(a[1]-b[1])&&1.0E-6>Math.abs(a[2]-b[2])},add:function(a,b,c){if(!c||a===c)return a[0]+=b[0],a[1]+=b[1],a[2]+=b[2],a;c[0]=a[0]+b[0];c[1]=a[1]+b[1];c[2]=a[2]+b[2];\n",
       "return c},subtract:function(a,b,c){if(!c||a===c)return a[0]-=b[0],a[1]-=b[1],a[2]-=b[2],a;c[0]=a[0]-b[0];c[1]=a[1]-b[1];c[2]=a[2]-b[2];return c},multiply:function(a,b,c){if(!c||a===c)return a[0]*=b[0],a[1]*=b[1],a[2]*=b[2],a;c[0]=a[0]*b[0];c[1]=a[1]*b[1];c[2]=a[2]*b[2];return c},negate:function(a,b){b||(b=a);b[0]=-a[0];b[1]=-a[1];b[2]=-a[2];return b},scale:function(a,b,c){if(!c||a===c)return a[0]*=b,a[1]*=b,a[2]*=b,a;c[0]=a[0]*b;c[1]=a[1]*b;c[2]=a[2]*b;return c},normalize:function(a,b){b||(b=a);var c=\n",
       "a[0],d=a[1],e=a[2],g=Math.sqrt(c*c+d*d+e*e);if(!g)return b[0]=0,b[1]=0,b[2]=0,b;if(1===g)return b[0]=c,b[1]=d,b[2]=e,b;g=1/g;b[0]=c*g;b[1]=d*g;b[2]=e*g;return b},cross:function(a,b,c){c||(c=a);var d=a[0],e=a[1],a=a[2],g=b[0],f=b[1],b=b[2];c[0]=e*b-a*f;c[1]=a*g-d*b;c[2]=d*f-e*g;return c},length:function(a){var b=a[0],c=a[1],a=a[2];return Math.sqrt(b*b+c*c+a*a)},squaredLength:function(a){var b=a[0],c=a[1],a=a[2];return b*b+c*c+a*a},dot:function(a,b){return a[0]*b[0]+a[1]*b[1]+a[2]*b[2]},direction:function(a,\n",
       "b,c){c||(c=a);var d=a[0]-b[0],e=a[1]-b[1],a=a[2]-b[2],b=Math.sqrt(d*d+e*e+a*a);if(!b)return c[0]=0,c[1]=0,c[2]=0,c;b=1/b;c[0]=d*b;c[1]=e*b;c[2]=a*b;return c},lerp:function(a,b,c,d){d||(d=a);d[0]=a[0]+c*(b[0]-a[0]);d[1]=a[1]+c*(b[1]-a[1]);d[2]=a[2]+c*(b[2]-a[2]);return d},dist:function(a,b){var c=b[0]-a[0],d=b[1]-a[1],e=b[2]-a[2];return Math.sqrt(c*c+d*d+e*e)}},H=null,y=new o(4);r.unproject=function(a,b,c,d,e){e||(e=a);H||(H=x.create());var g=H;y[0]=2*(a[0]-d[0])/d[2]-1;y[1]=2*(a[1]-d[1])/d[3]-1;y[2]=\n",
       "2*a[2]-1;y[3]=1;x.multiply(c,b,g);if(!x.inverse(g))return null;x.multiplyVec4(g,y);if(0===y[3])return null;e[0]=y[0]/y[3];e[1]=y[1]/y[3];e[2]=y[2]/y[3];return e};var L=r.createFrom(1,0,0),M=r.createFrom(0,1,0),N=r.createFrom(0,0,1),z=r.create();r.rotationTo=function(a,b,c){c||(c=k.create());var d=r.dot(a,b);if(1<=d)k.set(O,c);else if(-0.999999>d)r.cross(L,a,z),1.0E-6>r.length(z)&&r.cross(M,a,z),1.0E-6>r.length(z)&&r.cross(N,a,z),r.normalize(z),k.fromAngleAxis(Math.PI,z,c);else{var d=Math.sqrt(2*(1+\n",
       "d)),e=1/d;r.cross(a,b,z);c[0]=z[0]*e;c[1]=z[1]*e;c[2]=z[2]*e;c[3]=0.5*d;k.normalize(c)}1<c[3]?c[3]=1:-1>c[3]&&(c[3]=-1);return c};r.str=function(a){return\"[\"+a[0]+\", \"+a[1]+\", \"+a[2]+\"]\"};var A={create:function(a){var b=new o(9);a?(b[0]=a[0],b[1]=a[1],b[2]=a[2],b[3]=a[3],b[4]=a[4],b[5]=a[5],b[6]=a[6],b[7]=a[7],b[8]=a[8]):b[0]=b[1]=b[2]=b[3]=b[4]=b[5]=b[6]=b[7]=b[8]=0;return b},createFrom:function(a,b,c,d,e,g,f,h,j){var i=new o(9);i[0]=a;i[1]=b;i[2]=c;i[3]=d;i[4]=e;i[5]=g;i[6]=f;i[7]=h;i[8]=j;return i},\n",
       "determinant:function(a){var b=a[3],c=a[4],d=a[5],e=a[6],g=a[7],f=a[8];return a[0]*(f*c-d*g)+a[1]*(-f*b+d*e)+a[2]*(g*b-c*e)},inverse:function(a,b){var c=a[0],d=a[1],e=a[2],g=a[3],f=a[4],h=a[5],j=a[6],i=a[7],m=a[8],l=m*f-h*i,C=-m*g+h*j,q=i*g-f*j,n=c*l+d*C+e*q;if(!n)return null;n=1/n;b||(b=A.create());b[0]=l*n;b[1]=(-m*d+e*i)*n;b[2]=(h*d-e*f)*n;b[3]=C*n;b[4]=(m*c-e*j)*n;b[5]=(-h*c+e*g)*n;b[6]=q*n;b[7]=(-i*c+d*j)*n;b[8]=(f*c-d*g)*n;return b},multiply:function(a,b,c){c||(c=a);var d=a[0],e=a[1],g=a[2],\n",
       "f=a[3],h=a[4],j=a[5],i=a[6],m=a[7],a=a[8],l=b[0],C=b[1],q=b[2],n=b[3],k=b[4],p=b[5],o=b[6],s=b[7],b=b[8];c[0]=l*d+C*f+q*i;c[1]=l*e+C*h+q*m;c[2]=l*g+C*j+q*a;c[3]=n*d+k*f+p*i;c[4]=n*e+k*h+p*m;c[5]=n*g+k*j+p*a;c[6]=o*d+s*f+b*i;c[7]=o*e+s*h+b*m;c[8]=o*g+s*j+b*a;return c},multiplyVec2:function(a,b,c){c||(c=b);var d=b[0],b=b[1];c[0]=d*a[0]+b*a[3]+a[6];c[1]=d*a[1]+b*a[4]+a[7];return c},multiplyVec3:function(a,b,c){c||(c=b);var d=b[0],e=b[1],b=b[2];c[0]=d*a[0]+e*a[3]+b*a[6];c[1]=d*a[1]+e*a[4]+b*a[7];c[2]=\n",
       "d*a[2]+e*a[5]+b*a[8];return c},set:function(a,b){b[0]=a[0];b[1]=a[1];b[2]=a[2];b[3]=a[3];b[4]=a[4];b[5]=a[5];b[6]=a[6];b[7]=a[7];b[8]=a[8];return b},equal:function(a,b){return a===b||1.0E-6>Math.abs(a[0]-b[0])&&1.0E-6>Math.abs(a[1]-b[1])&&1.0E-6>Math.abs(a[2]-b[2])&&1.0E-6>Math.abs(a[3]-b[3])&&1.0E-6>Math.abs(a[4]-b[4])&&1.0E-6>Math.abs(a[5]-b[5])&&1.0E-6>Math.abs(a[6]-b[6])&&1.0E-6>Math.abs(a[7]-b[7])&&1.0E-6>Math.abs(a[8]-b[8])},identity:function(a){a||(a=A.create());a[0]=1;a[1]=0;a[2]=0;a[3]=0;\n",
       "a[4]=1;a[5]=0;a[6]=0;a[7]=0;a[8]=1;return a},transpose:function(a,b){if(!b||a===b){var c=a[1],d=a[2],e=a[5];a[1]=a[3];a[2]=a[6];a[3]=c;a[5]=a[7];a[6]=d;a[7]=e;return a}b[0]=a[0];b[1]=a[3];b[2]=a[6];b[3]=a[1];b[4]=a[4];b[5]=a[7];b[6]=a[2];b[7]=a[5];b[8]=a[8];return b},toMat4:function(a,b){b||(b=x.create());b[15]=1;b[14]=0;b[13]=0;b[12]=0;b[11]=0;b[10]=a[8];b[9]=a[7];b[8]=a[6];b[7]=0;b[6]=a[5];b[5]=a[4];b[4]=a[3];b[3]=0;b[2]=a[2];b[1]=a[1];b[0]=a[0];return b},str:function(a){return\"[\"+a[0]+\", \"+a[1]+\n",
       "\", \"+a[2]+\", \"+a[3]+\", \"+a[4]+\", \"+a[5]+\", \"+a[6]+\", \"+a[7]+\", \"+a[8]+\"]\"}},x={create:function(a){var b=new o(16);a&&(b[0]=a[0],b[1]=a[1],b[2]=a[2],b[3]=a[3],b[4]=a[4],b[5]=a[5],b[6]=a[6],b[7]=a[7],b[8]=a[8],b[9]=a[9],b[10]=a[10],b[11]=a[11],b[12]=a[12],b[13]=a[13],b[14]=a[14],b[15]=a[15]);return b},createFrom:function(a,b,c,d,e,g,f,h,j,i,m,l,C,q,n,k){var p=new o(16);p[0]=a;p[1]=b;p[2]=c;p[3]=d;p[4]=e;p[5]=g;p[6]=f;p[7]=h;p[8]=j;p[9]=i;p[10]=m;p[11]=l;p[12]=C;p[13]=q;p[14]=n;p[15]=k;return p},set:function(a,\n",
       "b){b[0]=a[0];b[1]=a[1];b[2]=a[2];b[3]=a[3];b[4]=a[4];b[5]=a[5];b[6]=a[6];b[7]=a[7];b[8]=a[8];b[9]=a[9];b[10]=a[10];b[11]=a[11];b[12]=a[12];b[13]=a[13];b[14]=a[14];b[15]=a[15];return b},equal:function(a,b){return a===b||1.0E-6>Math.abs(a[0]-b[0])&&1.0E-6>Math.abs(a[1]-b[1])&&1.0E-6>Math.abs(a[2]-b[2])&&1.0E-6>Math.abs(a[3]-b[3])&&1.0E-6>Math.abs(a[4]-b[4])&&1.0E-6>Math.abs(a[5]-b[5])&&1.0E-6>Math.abs(a[6]-b[6])&&1.0E-6>Math.abs(a[7]-b[7])&&1.0E-6>Math.abs(a[8]-b[8])&&1.0E-6>Math.abs(a[9]-b[9])&&1.0E-6>\n",
       "Math.abs(a[10]-b[10])&&1.0E-6>Math.abs(a[11]-b[11])&&1.0E-6>Math.abs(a[12]-b[12])&&1.0E-6>Math.abs(a[13]-b[13])&&1.0E-6>Math.abs(a[14]-b[14])&&1.0E-6>Math.abs(a[15]-b[15])},identity:function(a){a||(a=x.create());a[0]=1;a[1]=0;a[2]=0;a[3]=0;a[4]=0;a[5]=1;a[6]=0;a[7]=0;a[8]=0;a[9]=0;a[10]=1;a[11]=0;a[12]=0;a[13]=0;a[14]=0;a[15]=1;return a},transpose:function(a,b){if(!b||a===b){var c=a[1],d=a[2],e=a[3],g=a[6],f=a[7],h=a[11];a[1]=a[4];a[2]=a[8];a[3]=a[12];a[4]=c;a[6]=a[9];a[7]=a[13];a[8]=d;a[9]=g;a[11]=\n",
       "a[14];a[12]=e;a[13]=f;a[14]=h;return a}b[0]=a[0];b[1]=a[4];b[2]=a[8];b[3]=a[12];b[4]=a[1];b[5]=a[5];b[6]=a[9];b[7]=a[13];b[8]=a[2];b[9]=a[6];b[10]=a[10];b[11]=a[14];b[12]=a[3];b[13]=a[7];b[14]=a[11];b[15]=a[15];return b},determinant:function(a){var b=a[0],c=a[1],d=a[2],e=a[3],g=a[4],f=a[5],h=a[6],j=a[7],i=a[8],m=a[9],l=a[10],C=a[11],q=a[12],n=a[13],k=a[14],a=a[15];return q*m*h*e-i*n*h*e-q*f*l*e+g*n*l*e+i*f*k*e-g*m*k*e-q*m*d*j+i*n*d*j+q*c*l*j-b*n*l*j-i*c*k*j+b*m*k*j+q*f*d*C-g*n*d*C-q*c*h*C+b*n*h*C+\n",
       "g*c*k*C-b*f*k*C-i*f*d*a+g*m*d*a+i*c*h*a-b*m*h*a-g*c*l*a+b*f*l*a},inverse:function(a,b){b||(b=a);var c=a[0],d=a[1],e=a[2],g=a[3],f=a[4],h=a[5],j=a[6],i=a[7],m=a[8],l=a[9],k=a[10],q=a[11],n=a[12],o=a[13],p=a[14],r=a[15],s=c*h-d*f,v=c*j-e*f,t=c*i-g*f,u=d*j-e*h,w=d*i-g*h,x=e*i-g*j,y=m*o-l*n,z=m*p-k*n,F=m*r-q*n,A=l*p-k*o,D=l*r-q*o,E=k*r-q*p,B=s*E-v*D+t*A+u*F-w*z+x*y;if(!B)return null;B=1/B;b[0]=(h*E-j*D+i*A)*B;b[1]=(-d*E+e*D-g*A)*B;b[2]=(o*x-p*w+r*u)*B;b[3]=(-l*x+k*w-q*u)*B;b[4]=(-f*E+j*F-i*z)*B;b[5]=\n",
       "(c*E-e*F+g*z)*B;b[6]=(-n*x+p*t-r*v)*B;b[7]=(m*x-k*t+q*v)*B;b[8]=(f*D-h*F+i*y)*B;b[9]=(-c*D+d*F-g*y)*B;b[10]=(n*w-o*t+r*s)*B;b[11]=(-m*w+l*t-q*s)*B;b[12]=(-f*A+h*z-j*y)*B;b[13]=(c*A-d*z+e*y)*B;b[14]=(-n*u+o*v-p*s)*B;b[15]=(m*u-l*v+k*s)*B;return b},toRotationMat:function(a,b){b||(b=x.create());b[0]=a[0];b[1]=a[1];b[2]=a[2];b[3]=a[3];b[4]=a[4];b[5]=a[5];b[6]=a[6];b[7]=a[7];b[8]=a[8];b[9]=a[9];b[10]=a[10];b[11]=a[11];b[12]=0;b[13]=0;b[14]=0;b[15]=1;return b},toMat3:function(a,b){b||(b=A.create());b[0]=\n",
       "a[0];b[1]=a[1];b[2]=a[2];b[3]=a[4];b[4]=a[5];b[5]=a[6];b[6]=a[8];b[7]=a[9];b[8]=a[10];return b},toInverseMat3:function(a,b){var c=a[0],d=a[1],e=a[2],g=a[4],f=a[5],h=a[6],j=a[8],i=a[9],m=a[10],l=m*f-h*i,k=-m*g+h*j,q=i*g-f*j,n=c*l+d*k+e*q;if(!n)return null;n=1/n;b||(b=A.create());b[0]=l*n;b[1]=(-m*d+e*i)*n;b[2]=(h*d-e*f)*n;b[3]=k*n;b[4]=(m*c-e*j)*n;b[5]=(-h*c+e*g)*n;b[6]=q*n;b[7]=(-i*c+d*j)*n;b[8]=(f*c-d*g)*n;return b},multiply:function(a,b,c){c||(c=a);var d=a[0],e=a[1],g=a[2],f=a[3],h=a[4],j=a[5],\n",
       "i=a[6],m=a[7],l=a[8],k=a[9],q=a[10],n=a[11],o=a[12],p=a[13],r=a[14],a=a[15],s=b[0],v=b[1],t=b[2],u=b[3];c[0]=s*d+v*h+t*l+u*o;c[1]=s*e+v*j+t*k+u*p;c[2]=s*g+v*i+t*q+u*r;c[3]=s*f+v*m+t*n+u*a;s=b[4];v=b[5];t=b[6];u=b[7];c[4]=s*d+v*h+t*l+u*o;c[5]=s*e+v*j+t*k+u*p;c[6]=s*g+v*i+t*q+u*r;c[7]=s*f+v*m+t*n+u*a;s=b[8];v=b[9];t=b[10];u=b[11];c[8]=s*d+v*h+t*l+u*o;c[9]=s*e+v*j+t*k+u*p;c[10]=s*g+v*i+t*q+u*r;c[11]=s*f+v*m+t*n+u*a;s=b[12];v=b[13];t=b[14];u=b[15];c[12]=s*d+v*h+t*l+u*o;c[13]=s*e+v*j+t*k+u*p;c[14]=s*g+\n",
       "v*i+t*q+u*r;c[15]=s*f+v*m+t*n+u*a;return c},multiplyVec3:function(a,b,c){c||(c=b);var d=b[0],e=b[1],b=b[2];c[0]=a[0]*d+a[4]*e+a[8]*b+a[12];c[1]=a[1]*d+a[5]*e+a[9]*b+a[13];c[2]=a[2]*d+a[6]*e+a[10]*b+a[14];return c},multiplyVec4:function(a,b,c){c||(c=b);var d=b[0],e=b[1],g=b[2],b=b[3];c[0]=a[0]*d+a[4]*e+a[8]*g+a[12]*b;c[1]=a[1]*d+a[5]*e+a[9]*g+a[13]*b;c[2]=a[2]*d+a[6]*e+a[10]*g+a[14]*b;c[3]=a[3]*d+a[7]*e+a[11]*g+a[15]*b;return c},translate:function(a,b,c){var d=b[0],e=b[1],b=b[2],g,f,h,j,i,m,l,k,q,\n",
       "n,o,p;if(!c||a===c)return a[12]=a[0]*d+a[4]*e+a[8]*b+a[12],a[13]=a[1]*d+a[5]*e+a[9]*b+a[13],a[14]=a[2]*d+a[6]*e+a[10]*b+a[14],a[15]=a[3]*d+a[7]*e+a[11]*b+a[15],a;g=a[0];f=a[1];h=a[2];j=a[3];i=a[4];m=a[5];l=a[6];k=a[7];q=a[8];n=a[9];o=a[10];p=a[11];c[0]=g;c[1]=f;c[2]=h;c[3]=j;c[4]=i;c[5]=m;c[6]=l;c[7]=k;c[8]=q;c[9]=n;c[10]=o;c[11]=p;c[12]=g*d+i*e+q*b+a[12];c[13]=f*d+m*e+n*b+a[13];c[14]=h*d+l*e+o*b+a[14];c[15]=j*d+k*e+p*b+a[15];return c},scale:function(a,b,c){var d=b[0],e=b[1],b=b[2];if(!c||a===c)return a[0]*=\n",
       "d,a[1]*=d,a[2]*=d,a[3]*=d,a[4]*=e,a[5]*=e,a[6]*=e,a[7]*=e,a[8]*=b,a[9]*=b,a[10]*=b,a[11]*=b,a;c[0]=a[0]*d;c[1]=a[1]*d;c[2]=a[2]*d;c[3]=a[3]*d;c[4]=a[4]*e;c[5]=a[5]*e;c[6]=a[6]*e;c[7]=a[7]*e;c[8]=a[8]*b;c[9]=a[9]*b;c[10]=a[10]*b;c[11]=a[11]*b;c[12]=a[12];c[13]=a[13];c[14]=a[14];c[15]=a[15];return c},rotate:function(a,b,c,d){var e=c[0],g=c[1],c=c[2],f=Math.sqrt(e*e+g*g+c*c),h,j,i,m,l,k,q,n,o,p,r,s,v,t,u,w,x,y,z,A;if(!f)return null;1!==f&&(f=1/f,e*=f,g*=f,c*=f);h=Math.sin(b);j=Math.cos(b);i=1-j;b=a[0];\n",
       "f=a[1];m=a[2];l=a[3];k=a[4];q=a[5];n=a[6];o=a[7];p=a[8];r=a[9];s=a[10];v=a[11];t=e*e*i+j;u=g*e*i+c*h;w=c*e*i-g*h;x=e*g*i-c*h;y=g*g*i+j;z=c*g*i+e*h;A=e*c*i+g*h;e=g*c*i-e*h;g=c*c*i+j;d?a!==d&&(d[12]=a[12],d[13]=a[13],d[14]=a[14],d[15]=a[15]):d=a;d[0]=b*t+k*u+p*w;d[1]=f*t+q*u+r*w;d[2]=m*t+n*u+s*w;d[3]=l*t+o*u+v*w;d[4]=b*x+k*y+p*z;d[5]=f*x+q*y+r*z;d[6]=m*x+n*y+s*z;d[7]=l*x+o*y+v*z;d[8]=b*A+k*e+p*g;d[9]=f*A+q*e+r*g;d[10]=m*A+n*e+s*g;d[11]=l*A+o*e+v*g;return d},rotateX:function(a,b,c){var d=Math.sin(b),\n",
       "b=Math.cos(b),e=a[4],g=a[5],f=a[6],h=a[7],j=a[8],i=a[9],m=a[10],l=a[11];c?a!==c&&(c[0]=a[0],c[1]=a[1],c[2]=a[2],c[3]=a[3],c[12]=a[12],c[13]=a[13],c[14]=a[14],c[15]=a[15]):c=a;c[4]=e*b+j*d;c[5]=g*b+i*d;c[6]=f*b+m*d;c[7]=h*b+l*d;c[8]=e*-d+j*b;c[9]=g*-d+i*b;c[10]=f*-d+m*b;c[11]=h*-d+l*b;return c},rotateY:function(a,b,c){var d=Math.sin(b),b=Math.cos(b),e=a[0],g=a[1],f=a[2],h=a[3],j=a[8],i=a[9],m=a[10],l=a[11];c?a!==c&&(c[4]=a[4],c[5]=a[5],c[6]=a[6],c[7]=a[7],c[12]=a[12],c[13]=a[13],c[14]=a[14],c[15]=\n",
       "a[15]):c=a;c[0]=e*b+j*-d;c[1]=g*b+i*-d;c[2]=f*b+m*-d;c[3]=h*b+l*-d;c[8]=e*d+j*b;c[9]=g*d+i*b;c[10]=f*d+m*b;c[11]=h*d+l*b;return c},rotateZ:function(a,b,c){var d=Math.sin(b),b=Math.cos(b),e=a[0],g=a[1],f=a[2],h=a[3],j=a[4],i=a[5],m=a[6],l=a[7];c?a!==c&&(c[8]=a[8],c[9]=a[9],c[10]=a[10],c[11]=a[11],c[12]=a[12],c[13]=a[13],c[14]=a[14],c[15]=a[15]):c=a;c[0]=e*b+j*d;c[1]=g*b+i*d;c[2]=f*b+m*d;c[3]=h*b+l*d;c[4]=e*-d+j*b;c[5]=g*-d+i*b;c[6]=f*-d+m*b;c[7]=h*-d+l*b;return c},frustum:function(a,b,c,d,e,g,f){f||\n",
       "(f=x.create());var h=b-a,j=d-c,i=g-e;f[0]=2*e/h;f[1]=0;f[2]=0;f[3]=0;f[4]=0;f[5]=2*e/j;f[6]=0;f[7]=0;f[8]=(b+a)/h;f[9]=(d+c)/j;f[10]=-(g+e)/i;f[11]=-1;f[12]=0;f[13]=0;f[14]=-(2*g*e)/i;f[15]=0;return f},perspective:function(a,b,c,d,e){a=c*Math.tan(a*Math.PI/360);b*=a;return x.frustum(-b,b,-a,a,c,d,e)},ortho:function(a,b,c,d,e,g,f){f||(f=x.create());var h=b-a,j=d-c,i=g-e;f[0]=2/h;f[1]=0;f[2]=0;f[3]=0;f[4]=0;f[5]=2/j;f[6]=0;f[7]=0;f[8]=0;f[9]=0;f[10]=-2/i;f[11]=0;f[12]=-(a+b)/h;f[13]=-(d+c)/j;f[14]=\n",
       "-(g+e)/i;f[15]=1;return f},lookAt:function(a,b,c,d){d||(d=x.create());var e,g,f,h,j,i,m,l,k=a[0],o=a[1],a=a[2];f=c[0];h=c[1];g=c[2];m=b[0];c=b[1];e=b[2];if(k===m&&o===c&&a===e)return x.identity(d);b=k-m;c=o-c;m=a-e;l=1/Math.sqrt(b*b+c*c+m*m);b*=l;c*=l;m*=l;e=h*m-g*c;g=g*b-f*m;f=f*c-h*b;(l=Math.sqrt(e*e+g*g+f*f))?(l=1/l,e*=l,g*=l,f*=l):f=g=e=0;h=c*f-m*g;j=m*e-b*f;i=b*g-c*e;(l=Math.sqrt(h*h+j*j+i*i))?(l=1/l,h*=l,j*=l,i*=l):i=j=h=0;d[0]=e;d[1]=h;d[2]=b;d[3]=0;d[4]=g;d[5]=j;d[6]=c;d[7]=0;d[8]=f;d[9]=\n",
       "i;d[10]=m;d[11]=0;d[12]=-(e*k+g*o+f*a);d[13]=-(h*k+j*o+i*a);d[14]=-(b*k+c*o+m*a);d[15]=1;return d},fromRotationTranslation:function(a,b,c){c||(c=x.create());var d=a[0],e=a[1],g=a[2],f=a[3],h=d+d,j=e+e,i=g+g,a=d*h,m=d*j,d=d*i,k=e*j,e=e*i,g=g*i,h=f*h,j=f*j,f=f*i;c[0]=1-(k+g);c[1]=m+f;c[2]=d-j;c[3]=0;c[4]=m-f;c[5]=1-(a+g);c[6]=e+h;c[7]=0;c[8]=d+j;c[9]=e-h;c[10]=1-(a+k);c[11]=0;c[12]=b[0];c[13]=b[1];c[14]=b[2];c[15]=1;return c},str:function(a){return\"[\"+a[0]+\", \"+a[1]+\", \"+a[2]+\", \"+a[3]+\", \"+a[4]+\", \"+\n",
       "a[5]+\", \"+a[6]+\", \"+a[7]+\", \"+a[8]+\", \"+a[9]+\", \"+a[10]+\", \"+a[11]+\", \"+a[12]+\", \"+a[13]+\", \"+a[14]+\", \"+a[15]+\"]\"}},k={create:function(a){var b=new o(4);a?(b[0]=a[0],b[1]=a[1],b[2]=a[2],b[3]=a[3]):b[0]=b[1]=b[2]=b[3]=0;return b},createFrom:function(a,b,c,d){var e=new o(4);e[0]=a;e[1]=b;e[2]=c;e[3]=d;return e},set:function(a,b){b[0]=a[0];b[1]=a[1];b[2]=a[2];b[3]=a[3];return b},equal:function(a,b){return a===b||1.0E-6>Math.abs(a[0]-b[0])&&1.0E-6>Math.abs(a[1]-b[1])&&1.0E-6>Math.abs(a[2]-b[2])&&1.0E-6>\n",
       "Math.abs(a[3]-b[3])},identity:function(a){a||(a=k.create());a[0]=0;a[1]=0;a[2]=0;a[3]=1;return a}},O=k.identity();k.calculateW=function(a,b){var c=a[0],d=a[1],e=a[2];if(!b||a===b)return a[3]=-Math.sqrt(Math.abs(1-c*c-d*d-e*e)),a;b[0]=c;b[1]=d;b[2]=e;b[3]=-Math.sqrt(Math.abs(1-c*c-d*d-e*e));return b};k.dot=function(a,b){return a[0]*b[0]+a[1]*b[1]+a[2]*b[2]+a[3]*b[3]};k.inverse=function(a,b){var c=a[0],d=a[1],e=a[2],g=a[3],c=(c=c*c+d*d+e*e+g*g)?1/c:0;if(!b||a===b)return a[0]*=-c,a[1]*=-c,a[2]*=-c,a[3]*=\n",
       "c,a;b[0]=-a[0]*c;b[1]=-a[1]*c;b[2]=-a[2]*c;b[3]=a[3]*c;return b};k.conjugate=function(a,b){if(!b||a===b)return a[0]*=-1,a[1]*=-1,a[2]*=-1,a;b[0]=-a[0];b[1]=-a[1];b[2]=-a[2];b[3]=a[3];return b};k.length=function(a){var b=a[0],c=a[1],d=a[2],a=a[3];return Math.sqrt(b*b+c*c+d*d+a*a)};k.normalize=function(a,b){b||(b=a);var c=a[0],d=a[1],e=a[2],g=a[3],f=Math.sqrt(c*c+d*d+e*e+g*g);if(0===f)return b[0]=0,b[1]=0,b[2]=0,b[3]=0,b;f=1/f;b[0]=c*f;b[1]=d*f;b[2]=e*f;b[3]=g*f;return b};k.add=function(a,b,c){if(!c||\n",
       "a===c)return a[0]+=b[0],a[1]+=b[1],a[2]+=b[2],a[3]+=b[3],a;c[0]=a[0]+b[0];c[1]=a[1]+b[1];c[2]=a[2]+b[2];c[3]=a[3]+b[3];return c};k.multiply=function(a,b,c){c||(c=a);var d=a[0],e=a[1],g=a[2],a=a[3],f=b[0],h=b[1],j=b[2],b=b[3];c[0]=d*b+a*f+e*j-g*h;c[1]=e*b+a*h+g*f-d*j;c[2]=g*b+a*j+d*h-e*f;c[3]=a*b-d*f-e*h-g*j;return c};k.multiplyVec3=function(a,b,c){c||(c=b);var d=b[0],e=b[1],g=b[2],b=a[0],f=a[1],h=a[2],a=a[3],j=a*d+f*g-h*e,i=a*e+h*d-b*g,k=a*g+b*e-f*d,d=-b*d-f*e-h*g;c[0]=j*a+d*-b+i*-h-k*-f;c[1]=i*a+\n",
       "d*-f+k*-b-j*-h;c[2]=k*a+d*-h+j*-f-i*-b;return c};k.scale=function(a,b,c){if(!c||a===c)return a[0]*=b,a[1]*=b,a[2]*=b,a[3]*=b,a;c[0]=a[0]*b;c[1]=a[1]*b;c[2]=a[2]*b;c[3]=a[3]*b;return c};k.toMat3=function(a,b){b||(b=A.create());var c=a[0],d=a[1],e=a[2],g=a[3],f=c+c,h=d+d,j=e+e,i=c*f,k=c*h,c=c*j,l=d*h,d=d*j,e=e*j,f=g*f,h=g*h,g=g*j;b[0]=1-(l+e);b[1]=k+g;b[2]=c-h;b[3]=k-g;b[4]=1-(i+e);b[5]=d+f;b[6]=c+h;b[7]=d-f;b[8]=1-(i+l);return b};k.toMat4=function(a,b){b||(b=x.create());var c=a[0],d=a[1],e=a[2],g=\n",
       "a[3],f=c+c,h=d+d,j=e+e,i=c*f,k=c*h,c=c*j,l=d*h,d=d*j,e=e*j,f=g*f,h=g*h,g=g*j;b[0]=1-(l+e);b[1]=k+g;b[2]=c-h;b[3]=0;b[4]=k-g;b[5]=1-(i+e);b[6]=d+f;b[7]=0;b[8]=c+h;b[9]=d-f;b[10]=1-(i+l);b[11]=0;b[12]=0;b[13]=0;b[14]=0;b[15]=1;return b};k.slerp=function(a,b,c,d){d||(d=a);var e=a[0]*b[0]+a[1]*b[1]+a[2]*b[2]+a[3]*b[3],g,f;if(1<=Math.abs(e))return d!==a&&(d[0]=a[0],d[1]=a[1],d[2]=a[2],d[3]=a[3]),d;g=Math.acos(e);f=Math.sqrt(1-e*e);if(0.001>Math.abs(f))return d[0]=0.5*a[0]+0.5*b[0],d[1]=0.5*a[1]+0.5*b[1],\n",
       "d[2]=0.5*a[2]+0.5*b[2],d[3]=0.5*a[3]+0.5*b[3],d;e=Math.sin((1-c)*g)/f;c=Math.sin(c*g)/f;d[0]=a[0]*e+b[0]*c;d[1]=a[1]*e+b[1]*c;d[2]=a[2]*e+b[2]*c;d[3]=a[3]*e+b[3]*c;return d};k.fromRotationMatrix=function(a,b){b||(b=k.create());var c=a[0]+a[4]+a[8],d;if(0<c)d=Math.sqrt(c+1),b[3]=0.5*d,d=0.5/d,b[0]=(a[7]-a[5])*d,b[1]=(a[2]-a[6])*d,b[2]=(a[3]-a[1])*d;else{d=k.fromRotationMatrix.s_iNext=k.fromRotationMatrix.s_iNext||[1,2,0];c=0;a[4]>a[0]&&(c=1);a[8]>a[3*c+c]&&(c=2);var e=d[c],g=d[e];d=Math.sqrt(a[3*c+\n",
       "c]-a[3*e+e]-a[3*g+g]+1);b[c]=0.5*d;d=0.5/d;b[3]=(a[3*g+e]-a[3*e+g])*d;b[e]=(a[3*e+c]+a[3*c+e])*d;b[g]=(a[3*g+c]+a[3*c+g])*d}return b};A.toQuat4=k.fromRotationMatrix;(function(){var a=A.create();k.fromAxes=function(b,c,d,e){a[0]=c[0];a[3]=c[1];a[6]=c[2];a[1]=d[0];a[4]=d[1];a[7]=d[2];a[2]=b[0];a[5]=b[1];a[8]=b[2];return k.fromRotationMatrix(a,e)}})();k.identity=function(a){a||(a=k.create());a[0]=0;a[1]=0;a[2]=0;a[3]=1;return a};k.fromAngleAxis=function(a,b,c){c||(c=k.create());var a=0.5*a,d=Math.sin(a);\n",
       "c[3]=Math.cos(a);c[0]=d*b[0];c[1]=d*b[1];c[2]=d*b[2];return c};k.toAngleAxis=function(a,b){b||(b=a);var c=a[0]*a[0]+a[1]*a[1]+a[2]*a[2];0<c?(b[3]=2*Math.acos(a[3]),c=E.invsqrt(c),b[0]=a[0]*c,b[1]=a[1]*c,b[2]=a[2]*c):(b[3]=0,b[0]=1,b[1]=0,b[2]=0);return b};k.str=function(a){return\"[\"+a[0]+\", \"+a[1]+\", \"+a[2]+\", \"+a[3]+\"]\"};var J={create:function(a){var b=new o(2);a?(b[0]=a[0],b[1]=a[1]):(b[0]=0,b[1]=0);return b},createFrom:function(a,b){var c=new o(2);c[0]=a;c[1]=b;return c},add:function(a,b,c){c||\n",
       "(c=b);c[0]=a[0]+b[0];c[1]=a[1]+b[1];return c},subtract:function(a,b,c){c||(c=b);c[0]=a[0]-b[0];c[1]=a[1]-b[1];return c},multiply:function(a,b,c){c||(c=b);c[0]=a[0]*b[0];c[1]=a[1]*b[1];return c},divide:function(a,b,c){c||(c=b);c[0]=a[0]/b[0];c[1]=a[1]/b[1];return c},scale:function(a,b,c){c||(c=a);c[0]=a[0]*b;c[1]=a[1]*b;return c},dist:function(a,b){var c=b[0]-a[0],d=b[1]-a[1];return Math.sqrt(c*c+d*d)},set:function(a,b){b[0]=a[0];b[1]=a[1];return b},equal:function(a,b){return a===b||1.0E-6>Math.abs(a[0]-\n",
       "b[0])&&1.0E-6>Math.abs(a[1]-b[1])},negate:function(a,b){b||(b=a);b[0]=-a[0];b[1]=-a[1];return b},normalize:function(a,b){b||(b=a);var c=a[0]*a[0]+a[1]*a[1];0<c?(c=Math.sqrt(c),b[0]=a[0]/c,b[1]=a[1]/c):b[0]=b[1]=0;return b},cross:function(a,b,c){a=a[0]*b[1]-a[1]*b[0];if(!c)return a;c[0]=c[1]=0;c[2]=a;return c},length:function(a){var b=a[0],a=a[1];return Math.sqrt(b*b+a*a)},squaredLength:function(a){var b=a[0],a=a[1];return b*b+a*a},dot:function(a,b){return a[0]*b[0]+a[1]*b[1]},direction:function(a,\n",
       "b,c){c||(c=a);var d=a[0]-b[0],a=a[1]-b[1],b=d*d+a*a;if(!b)return c[0]=0,c[1]=0,c[2]=0,c;b=1/Math.sqrt(b);c[0]=d*b;c[1]=a*b;return c},lerp:function(a,b,c,d){d||(d=a);d[0]=a[0]+c*(b[0]-a[0]);d[1]=a[1]+c*(b[1]-a[1]);return d},str:function(a){return\"[\"+a[0]+\", \"+a[1]+\"]\"}},I={create:function(a){var b=new o(4);a?(b[0]=a[0],b[1]=a[1],b[2]=a[2],b[3]=a[3]):b[0]=b[1]=b[2]=b[3]=0;return b},createFrom:function(a,b,c,d){var e=new o(4);e[0]=a;e[1]=b;e[2]=c;e[3]=d;return e},set:function(a,b){b[0]=a[0];b[1]=a[1];\n",
       "b[2]=a[2];b[3]=a[3];return b},equal:function(a,b){return a===b||1.0E-6>Math.abs(a[0]-b[0])&&1.0E-6>Math.abs(a[1]-b[1])&&1.0E-6>Math.abs(a[2]-b[2])&&1.0E-6>Math.abs(a[3]-b[3])},identity:function(a){a||(a=I.create());a[0]=1;a[1]=0;a[2]=0;a[3]=1;return a},transpose:function(a,b){if(!b||a===b){var c=a[1];a[1]=a[2];a[2]=c;return a}b[0]=a[0];b[1]=a[2];b[2]=a[1];b[3]=a[3];return b},determinant:function(a){return a[0]*a[3]-a[2]*a[1]},inverse:function(a,b){b||(b=a);var c=a[0],d=a[1],e=a[2],g=a[3],f=c*g-e*\n",
       "d;if(!f)return null;f=1/f;b[0]=g*f;b[1]=-d*f;b[2]=-e*f;b[3]=c*f;return b},multiply:function(a,b,c){c||(c=a);var d=a[0],e=a[1],g=a[2],a=a[3];c[0]=d*b[0]+e*b[2];c[1]=d*b[1]+e*b[3];c[2]=g*b[0]+a*b[2];c[3]=g*b[1]+a*b[3];return c},rotate:function(a,b,c){c||(c=a);var d=a[0],e=a[1],g=a[2],a=a[3],f=Math.sin(b),b=Math.cos(b);c[0]=d*b+e*f;c[1]=d*-f+e*b;c[2]=g*b+a*f;c[3]=g*-f+a*b;return c},multiplyVec2:function(a,b,c){c||(c=b);var d=b[0],b=b[1];c[0]=d*a[0]+b*a[1];c[1]=d*a[2]+b*a[3];return c},scale:function(a,\n",
       "b,c){c||(c=a);var d=a[1],e=a[2],g=a[3],f=b[0],b=b[1];c[0]=a[0]*f;c[1]=d*b;c[2]=e*f;c[3]=g*b;return c},str:function(a){return\"[\"+a[0]+\", \"+a[1]+\", \"+a[2]+\", \"+a[3]+\"]\"}},K={create:function(a){var b=new o(4);a?(b[0]=a[0],b[1]=a[1],b[2]=a[2],b[3]=a[3]):(b[0]=0,b[1]=0,b[2]=0,b[3]=0);return b},createFrom:function(a,b,c,d){var e=new o(4);e[0]=a;e[1]=b;e[2]=c;e[3]=d;return e},add:function(a,b,c){c||(c=b);c[0]=a[0]+b[0];c[1]=a[1]+b[1];c[2]=a[2]+b[2];c[3]=a[3]+b[3];return c},subtract:function(a,b,c){c||(c=\n",
       "b);c[0]=a[0]-b[0];c[1]=a[1]-b[1];c[2]=a[2]-b[2];c[3]=a[3]-b[3];return c},multiply:function(a,b,c){c||(c=b);c[0]=a[0]*b[0];c[1]=a[1]*b[1];c[2]=a[2]*b[2];c[3]=a[3]*b[3];return c},divide:function(a,b,c){c||(c=b);c[0]=a[0]/b[0];c[1]=a[1]/b[1];c[2]=a[2]/b[2];c[3]=a[3]/b[3];return c},scale:function(a,b,c){c||(c=a);c[0]=a[0]*b;c[1]=a[1]*b;c[2]=a[2]*b;c[3]=a[3]*b;return c},set:function(a,b){b[0]=a[0];b[1]=a[1];b[2]=a[2];b[3]=a[3];return b},equal:function(a,b){return a===b||1.0E-6>Math.abs(a[0]-b[0])&&1.0E-6>\n",
       "Math.abs(a[1]-b[1])&&1.0E-6>Math.abs(a[2]-b[2])&&1.0E-6>Math.abs(a[3]-b[3])},negate:function(a,b){b||(b=a);b[0]=-a[0];b[1]=-a[1];b[2]=-a[2];b[3]=-a[3];return b},length:function(a){var b=a[0],c=a[1],d=a[2],a=a[3];return Math.sqrt(b*b+c*c+d*d+a*a)},squaredLength:function(a){var b=a[0],c=a[1],d=a[2],a=a[3];return b*b+c*c+d*d+a*a},lerp:function(a,b,c,d){d||(d=a);d[0]=a[0]+c*(b[0]-a[0]);d[1]=a[1]+c*(b[1]-a[1]);d[2]=a[2]+c*(b[2]-a[2]);d[3]=a[3]+c*(b[3]-a[3]);return d},str:function(a){return\"[\"+a[0]+\", \"+\n",
       "a[1]+\", \"+a[2]+\", \"+a[3]+\"]\"}};w&&(w.glMatrixArrayType=o,w.MatrixArray=o,w.setMatrixArrayType=D,w.determineMatrixArrayType=G,w.glMath=E,w.vec2=J,w.vec3=r,w.vec4=K,w.mat2=I,w.mat3=A,w.mat4=x,w.quat4=k);return{glMatrixArrayType:o,MatrixArray:o,setMatrixArrayType:D,determineMatrixArrayType:G,glMath:E,vec2:J,vec3:r,vec4:K,mat2:I,mat3:A,mat4:x,quat4:k}});/**\n",
       " * dat-gui JavaScript Controller Library\n",
       " * http://code.google.com/p/dat-gui\n",
       " *\n",
       " * Copyright 2011 Data Arts Team, Google Creative Lab\n",
       " *\n",
       " * Licensed under the Apache License, Version 2.0 (the \"License\");\n",
       " * you may not use this file except in compliance with the License.\n",
       " * You may obtain a copy of the License at\n",
       " *\n",
       " * http://www.apache.org/licenses/LICENSE-2.0\n",
       " */\n",
       "!function(e,t){\"object\"==typeof exports&&\"undefined\"!=typeof module?t(exports):\"function\"==typeof define&&define.amd?define([\"exports\"],t):t(e.dat={})}(this,function(e){\"use strict\";function t(e,t){var n=e.__state.conversionName.toString(),o=Math.round(e.r),i=Math.round(e.g),r=Math.round(e.b),s=e.a,a=Math.round(e.h),l=e.s.toFixed(1),d=e.v.toFixed(1);if(t||\"THREE_CHAR_HEX\"===n||\"SIX_CHAR_HEX\"===n){for(var c=e.hex.toString(16);c.length<6;)c=\"0\"+c;return\"#\"+c}return\"CSS_RGB\"===n?\"rgb(\"+o+\",\"+i+\",\"+r+\")\":\"CSS_RGBA\"===n?\"rgba(\"+o+\",\"+i+\",\"+r+\",\"+s+\")\":\"HEX\"===n?\"0x\"+e.hex.toString(16):\"RGB_ARRAY\"===n?\"[\"+o+\",\"+i+\",\"+r+\"]\":\"RGBA_ARRAY\"===n?\"[\"+o+\",\"+i+\",\"+r+\",\"+s+\"]\":\"RGB_OBJ\"===n?\"{r:\"+o+\",g:\"+i+\",b:\"+r+\"}\":\"RGBA_OBJ\"===n?\"{r:\"+o+\",g:\"+i+\",b:\"+r+\",a:\"+s+\"}\":\"HSV_OBJ\"===n?\"{h:\"+a+\",s:\"+l+\",v:\"+d+\"}\":\"HSVA_OBJ\"===n?\"{h:\"+a+\",s:\"+l+\",v:\"+d+\",a:\"+s+\"}\":\"unknown format\"}function n(e,t,n){Object.defineProperty(e,t,{get:function(){return\"RGB\"===this.__state.space?this.__state[t]:(I.recalculateRGB(this,t,n),this.__state[t])},set:function(e){\"RGB\"!==this.__state.space&&(I.recalculateRGB(this,t,n),this.__state.space=\"RGB\"),this.__state[t]=e}})}function o(e,t){Object.defineProperty(e,t,{get:function(){return\"HSV\"===this.__state.space?this.__state[t]:(I.recalculateHSV(this),this.__state[t])},set:function(e){\"HSV\"!==this.__state.space&&(I.recalculateHSV(this),this.__state.space=\"HSV\"),this.__state[t]=e}})}function i(e){if(\"0\"===e||S.isUndefined(e))return 0;var t=e.match(U);return S.isNull(t)?0:parseFloat(t[1])}function r(e){var t=e.toString();return t.indexOf(\".\")>-1?t.length-t.indexOf(\".\")-1:0}function s(e,t){var n=Math.pow(10,t);return Math.round(e*n)/n}function a(e,t,n,o,i){return o+(e-t)/(n-t)*(i-o)}function l(e,t,n,o){e.style.background=\"\",S.each(ee,function(i){e.style.cssText+=\"background: \"+i+\"linear-gradient(\"+t+\", \"+n+\" 0%, \"+o+\" 100%); \"})}function d(e){e.style.background=\"\",e.style.cssText+=\"background: -moz-linear-gradient(top,  #ff0000 0%, #ff00ff 17%, #0000ff 34%, #00ffff 50%, #00ff00 67%, #ffff00 84%, #ff0000 100%);\",e.style.cssText+=\"background: -webkit-linear-gradient(top,  #ff0000 0%,#ff00ff 17%,#0000ff 34%,#00ffff 50%,#00ff00 67%,#ffff00 84%,#ff0000 100%);\",e.style.cssText+=\"background: -o-linear-gradient(top,  #ff0000 0%,#ff00ff 17%,#0000ff 34%,#00ffff 50%,#00ff00 67%,#ffff00 84%,#ff0000 100%);\",e.style.cssText+=\"background: -ms-linear-gradient(top,  #ff0000 0%,#ff00ff 17%,#0000ff 34%,#00ffff 50%,#00ff00 67%,#ffff00 84%,#ff0000 100%);\",e.style.cssText+=\"background: linear-gradient(top,  #ff0000 0%,#ff00ff 17%,#0000ff 34%,#00ffff 50%,#00ff00 67%,#ffff00 84%,#ff0000 100%);\"}function c(e,t,n){var o=document.createElement(\"li\");return t&&o.appendChild(t),n?e.__ul.insertBefore(o,n):e.__ul.appendChild(o),e.onResize(),o}function u(e){X.unbind(window,\"resize\",e.__resizeHandler),e.saveToLocalStorageIfPossible&&X.unbind(window,\"unload\",e.saveToLocalStorageIfPossible)}function _(e,t){var n=e.__preset_select[e.__preset_select.selectedIndex];n.innerHTML=t?n.value+\"*\":n.value}function h(e,t,n){if(n.__li=t,n.__gui=e,S.extend(n,{options:function(t){if(arguments.length>1){var o=n.__li.nextElementSibling;return n.remove(),f(e,n.object,n.property,{before:o,factoryArgs:[S.toArray(arguments)]})}if(S.isArray(t)||S.isObject(t)){var i=n.__li.nextElementSibling;return n.remove(),f(e,n.object,n.property,{before:i,factoryArgs:[t]})}},name:function(e){return n.__li.firstElementChild.firstElementChild.innerHTML=e,n},listen:function(){return n.__gui.listen(n),n},remove:function(){return n.__gui.remove(n),n}}),n instanceof q){var o=new Q(n.object,n.property,{min:n.__min,max:n.__max,step:n.__step});S.each([\"updateDisplay\",\"onChange\",\"onFinishChange\",\"step\",\"min\",\"max\"],function(e){var t=n[e],i=o[e];n[e]=o[e]=function(){var e=Array.prototype.slice.call(arguments);return i.apply(o,e),t.apply(n,e)}}),X.addClass(t,\"has-slider\"),n.domElement.insertBefore(o.domElement,n.domElement.firstElementChild)}else if(n instanceof Q){var i=function(t){if(S.isNumber(n.__min)&&S.isNumber(n.__max)){var o=n.__li.firstElementChild.firstElementChild.innerHTML,i=n.__gui.__listening.indexOf(n)>-1;n.remove();var r=f(e,n.object,n.property,{before:n.__li.nextElementSibling,factoryArgs:[n.__min,n.__max,n.__step]});return r.name(o),i&&r.listen(),r}return t};n.min=S.compose(i,n.min),n.max=S.compose(i,n.max)}else n instanceof K?(X.bind(t,\"click\",function(){X.fakeEvent(n.__checkbox,\"click\")}),X.bind(n.__checkbox,\"click\",function(e){e.stopPropagation()})):n instanceof Z?(X.bind(t,\"click\",function(){X.fakeEvent(n.__button,\"click\")}),X.bind(t,\"mouseover\",function(){X.addClass(n.__button,\"hover\")}),X.bind(t,\"mouseout\",function(){X.removeClass(n.__button,\"hover\")})):n instanceof $&&(X.addClass(t,\"color\"),n.updateDisplay=S.compose(function(e){return t.style.borderLeftColor=n.__color.toString(),e},n.updateDisplay),n.updateDisplay());n.setValue=S.compose(function(t){return e.getRoot().__preset_select&&n.isModified()&&_(e.getRoot(),!0),t},n.setValue)}function p(e,t){var n=e.getRoot(),o=n.__rememberedObjects.indexOf(t.object);if(-1!==o){var i=n.__rememberedObjectIndecesToControllers[o];if(void 0===i&&(i={},n.__rememberedObjectIndecesToControllers[o]=i),i[t.property]=t,n.load&&n.load.remembered){var r=n.load.remembered,s=void 0;if(r[e.preset])s=r[e.preset];else{if(!r[se])return;s=r[se]}if(s[o]&&void 0!==s[o][t.property]){var a=s[o][t.property];t.initialValue=a,t.setValue(a)}}}}function f(e,t,n,o){if(void 0===t[n])throw new Error('Object \"'+t+'\" has no property \"'+n+'\"');var i=void 0;if(o.color)i=new $(t,n);else{var r=[t,n].concat(o.factoryArgs);i=ne.apply(e,r)}o.before instanceof z&&(o.before=o.before.__li),p(e,i),X.addClass(i.domElement,\"c\");var s=document.createElement(\"span\");X.addClass(s,\"property-name\"),s.innerHTML=i.property;var a=document.createElement(\"div\");a.appendChild(s),a.appendChild(i.domElement);var l=c(e,a,o.before);return X.addClass(l,he.CLASS_CONTROLLER_ROW),i instanceof $?X.addClass(l,\"color\"):X.addClass(l,H(i.getValue())),h(e,l,i),e.__controllers.push(i),i}function m(e,t){return document.location.href+\".\"+t}function g(e,t,n){var o=document.createElement(\"option\");o.innerHTML=t,o.value=t,e.__preset_select.appendChild(o),n&&(e.__preset_select.selectedIndex=e.__preset_select.length-1)}function b(e,t){t.style.display=e.useLocalStorage?\"block\":\"none\"}function v(e){var t=e.__save_row=document.createElement(\"li\");X.addClass(e.domElement,\"has-save\"),e.__ul.insertBefore(t,e.__ul.firstChild),X.addClass(t,\"save-row\");var n=document.createElement(\"span\");n.innerHTML=\"&nbsp;\",X.addClass(n,\"button gears\");var o=document.createElement(\"span\");o.innerHTML=\"Save\",X.addClass(o,\"button\"),X.addClass(o,\"save\");var i=document.createElement(\"span\");i.innerHTML=\"New\",X.addClass(i,\"button\"),X.addClass(i,\"save-as\");var r=document.createElement(\"span\");r.innerHTML=\"Revert\",X.addClass(r,\"button\"),X.addClass(r,\"revert\");var s=e.__preset_select=document.createElement(\"select\");if(e.load&&e.load.remembered?S.each(e.load.remembered,function(t,n){g(e,n,n===e.preset)}):g(e,se,!1),X.bind(s,\"change\",function(){for(var t=0;t<e.__preset_select.length;t++)e.__preset_select[t].innerHTML=e.__preset_select[t].value;e.preset=this.value}),t.appendChild(s),t.appendChild(n),t.appendChild(o),t.appendChild(i),t.appendChild(r),ae){var a=document.getElementById(\"dg-local-explain\"),l=document.getElementById(\"dg-local-storage\");document.getElementById(\"dg-save-locally\").style.display=\"block\",\"true\"===localStorage.getItem(m(e,\"isLocal\"))&&l.setAttribute(\"checked\",\"checked\"),b(e,a),X.bind(l,\"change\",function(){e.useLocalStorage=!e.useLocalStorage,b(e,a)})}var d=document.getElementById(\"dg-new-constructor\");X.bind(d,\"keydown\",function(e){!e.metaKey||67!==e.which&&67!==e.keyCode||le.hide()}),X.bind(n,\"click\",function(){d.innerHTML=JSON.stringify(e.getSaveObject(),void 0,2),le.show(),d.focus(),d.select()}),X.bind(o,\"click\",function(){e.save()}),X.bind(i,\"click\",function(){var t=prompt(\"Enter a new preset name.\");t&&e.saveAs(t)}),X.bind(r,\"click\",function(){e.revert()})}function y(e){function t(t){return t.preventDefault(),e.width+=i-t.clientX,e.onResize(),i=t.clientX,!1}function n(){X.removeClass(e.__closeButton,he.CLASS_DRAG),X.unbind(window,\"mousemove\",t),X.unbind(window,\"mouseup\",n)}function o(o){return o.preventDefault(),i=o.clientX,X.addClass(e.__closeButton,he.CLASS_DRAG),X.bind(window,\"mousemove\",t),X.bind(window,\"mouseup\",n),!1}var i=void 0;e.__resize_handle=document.createElement(\"div\"),S.extend(e.__resize_handle.style,{width:\"6px\",marginLeft:\"-3px\",height:\"200px\",cursor:\"ew-resize\",position:\"absolute\"}),X.bind(e.__resize_handle,\"mousedown\",o),X.bind(e.__closeButton,\"mousedown\",o),e.domElement.insertBefore(e.__resize_handle,e.domElement.firstElementChild)}function w(e,t){e.domElement.style.width=t+\"px\",e.__save_row&&e.autoPlace&&(e.__save_row.style.width=t+\"px\"),e.__closeButton&&(e.__closeButton.style.width=t+\"px\")}function x(e,t){var n={};return S.each(e.__rememberedObjects,function(o,i){var r={},s=e.__rememberedObjectIndecesToControllers[i];S.each(s,function(e,n){r[n]=t?e.initialValue:e.getValue()}),n[i]=r}),n}function E(e){for(var t=0;t<e.__preset_select.length;t++)e.__preset_select[t].value===e.preset&&(e.__preset_select.selectedIndex=t)}function C(e){0!==e.length&&oe.call(window,function(){C(e)}),S.each(e,function(e){e.updateDisplay()})}var A=Array.prototype.forEach,k=Array.prototype.slice,S={BREAK:{},extend:function(e){return this.each(k.call(arguments,1),function(t){(this.isObject(t)?Object.keys(t):[]).forEach(function(n){this.isUndefined(t[n])||(e[n]=t[n])}.bind(this))},this),e},defaults:function(e){return this.each(k.call(arguments,1),function(t){(this.isObject(t)?Object.keys(t):[]).forEach(function(n){this.isUndefined(e[n])&&(e[n]=t[n])}.bind(this))},this),e},compose:function(){var e=k.call(arguments);return function(){for(var t=k.call(arguments),n=e.length-1;n>=0;n--)t=[e[n].apply(this,t)];return t[0]}},each:function(e,t,n){if(e)if(A&&e.forEach&&e.forEach===A)e.forEach(t,n);else if(e.length===e.length+0){var o=void 0,i=void 0;for(o=0,i=e.length;o<i;o++)if(o in e&&t.call(n,e[o],o)===this.BREAK)return}else for(var r in e)if(t.call(n,e[r],r)===this.BREAK)return},defer:function(e){setTimeout(e,0)},debounce:function(e,t,n){var o=void 0;return function(){var i=this,r=arguments,s=n||!o;clearTimeout(o),o=setTimeout(function(){o=null,n||e.apply(i,r)},t),s&&e.apply(i,r)}},toArray:function(e){return e.toArray?e.toArray():k.call(e)},isUndefined:function(e){return void 0===e},isNull:function(e){return null===e},isNaN:function(e){function t(t){return e.apply(this,arguments)}return t.toString=function(){return e.toString()},t}(function(e){return isNaN(e)}),isArray:Array.isArray||function(e){return e.constructor===Array},isObject:function(e){return e===Object(e)},isNumber:function(e){return e===e+0},isString:function(e){return e===e+\"\"},isBoolean:function(e){return!1===e||!0===e},isFunction:function(e){return\"[object Function]\"===Object.prototype.toString.call(e)}},O=[{litmus:S.isString,conversions:{THREE_CHAR_HEX:{read:function(e){var t=e.match(/^#([A-F0-9])([A-F0-9])([A-F0-9])$/i);return null!==t&&{space:\"HEX\",hex:parseInt(\"0x\"+t[1].toString()+t[1].toString()+t[2].toString()+t[2].toString()+t[3].toString()+t[3].toString(),0)}},write:t},SIX_CHAR_HEX:{read:function(e){var t=e.match(/^#([A-F0-9]{6})$/i);return null!==t&&{space:\"HEX\",hex:parseInt(\"0x\"+t[1].toString(),0)}},write:t},CSS_RGB:{read:function(e){var t=e.match(/^rgb\\(\\s*(.+)\\s*,\\s*(.+)\\s*,\\s*(.+)\\s*\\)/);return null!==t&&{space:\"RGB\",r:parseFloat(t[1]),g:parseFloat(t[2]),b:parseFloat(t[3])}},write:t},CSS_RGBA:{read:function(e){var t=e.match(/^rgba\\(\\s*(.+)\\s*,\\s*(.+)\\s*,\\s*(.+)\\s*,\\s*(.+)\\s*\\)/);return null!==t&&{space:\"RGB\",r:parseFloat(t[1]),g:parseFloat(t[2]),b:parseFloat(t[3]),a:parseFloat(t[4])}},write:t}}},{litmus:S.isNumber,conversions:{HEX:{read:function(e){return{space:\"HEX\",hex:e,conversionName:\"HEX\"}},write:function(e){return e.hex}}}},{litmus:S.isArray,conversions:{RGB_ARRAY:{read:function(e){return 3===e.length&&{space:\"RGB\",r:e[0],g:e[1],b:e[2]}},write:function(e){return[e.r,e.g,e.b]}},RGBA_ARRAY:{read:function(e){return 4===e.length&&{space:\"RGB\",r:e[0],g:e[1],b:e[2],a:e[3]}},write:function(e){return[e.r,e.g,e.b,e.a]}}}},{litmus:S.isObject,conversions:{RGBA_OBJ:{read:function(e){return!!(S.isNumber(e.r)&&S.isNumber(e.g)&&S.isNumber(e.b)&&S.isNumber(e.a))&&{space:\"RGB\",r:e.r,g:e.g,b:e.b,a:e.a}},write:function(e){return{r:e.r,g:e.g,b:e.b,a:e.a}}},RGB_OBJ:{read:function(e){return!!(S.isNumber(e.r)&&S.isNumber(e.g)&&S.isNumber(e.b))&&{space:\"RGB\",r:e.r,g:e.g,b:e.b}},write:function(e){return{r:e.r,g:e.g,b:e.b}}},HSVA_OBJ:{read:function(e){return!!(S.isNumber(e.h)&&S.isNumber(e.s)&&S.isNumber(e.v)&&S.isNumber(e.a))&&{space:\"HSV\",h:e.h,s:e.s,v:e.v,a:e.a}},write:function(e){return{h:e.h,s:e.s,v:e.v,a:e.a}}},HSV_OBJ:{read:function(e){return!!(S.isNumber(e.h)&&S.isNumber(e.s)&&S.isNumber(e.v))&&{space:\"HSV\",h:e.h,s:e.s,v:e.v}},write:function(e){return{h:e.h,s:e.s,v:e.v}}}}}],T=void 0,L=void 0,R=function(){L=!1;var e=arguments.length>1?S.toArray(arguments):arguments[0];return S.each(O,function(t){if(t.litmus(e))return S.each(t.conversions,function(t,n){if(T=t.read(e),!1===L&&!1!==T)return L=T,T.conversionName=n,T.conversion=t,S.BREAK}),S.BREAK}),L},B=void 0,N={hsv_to_rgb:function(e,t,n){var o=Math.floor(e/60)%6,i=e/60-Math.floor(e/60),r=n*(1-t),s=n*(1-i*t),a=n*(1-(1-i)*t),l=[[n,a,r],[s,n,r],[r,n,a],[r,s,n],[a,r,n],[n,r,s]][o];return{r:255*l[0],g:255*l[1],b:255*l[2]}},rgb_to_hsv:function(e,t,n){var o=Math.min(e,t,n),i=Math.max(e,t,n),r=i-o,s=void 0,a=void 0;return 0===i?{h:NaN,s:0,v:0}:(a=r/i,s=e===i?(t-n)/r:t===i?2+(n-e)/r:4+(e-t)/r,(s/=6)<0&&(s+=1),{h:360*s,s:a,v:i/255})},rgb_to_hex:function(e,t,n){var o=this.hex_with_component(0,2,e);return o=this.hex_with_component(o,1,t),o=this.hex_with_component(o,0,n)},component_from_hex:function(e,t){return e>>8*t&255},hex_with_component:function(e,t,n){return n<<(B=8*t)|e&~(255<<B)}},H=\"function\"==typeof Symbol&&\"symbol\"==typeof Symbol.iterator?function(e){return typeof e}:function(e){return e&&\"function\"==typeof Symbol&&e.constructor===Symbol&&e!==Symbol.prototype?\"symbol\":typeof e},F=function(e,t){if(!(e instanceof t))throw new TypeError(\"Cannot call a class as a function\")},P=function(){function e(e,t){for(var n=0;n<t.length;n++){var o=t[n];o.enumerable=o.enumerable||!1,o.configurable=!0,\"value\"in o&&(o.writable=!0),Object.defineProperty(e,o.key,o)}}return function(t,n,o){return n&&e(t.prototype,n),o&&e(t,o),t}}(),j=function e(t,n,o){null===t&&(t=Function.prototype);var i=Object.getOwnPropertyDescriptor(t,n);if(void 0===i){var r=Object.getPrototypeOf(t);return null===r?void 0:e(r,n,o)}if(\"value\"in i)return i.value;var s=i.get;if(void 0!==s)return s.call(o)},D=function(e,t){if(\"function\"!=typeof t&&null!==t)throw new TypeError(\"Super expression must either be null or a function, not \"+typeof t);e.prototype=Object.create(t&&t.prototype,{constructor:{value:e,enumerable:!1,writable:!0,configurable:!0}}),t&&(Object.setPrototypeOf?Object.setPrototypeOf(e,t):e.__proto__=t)},V=function(e,t){if(!e)throw new ReferenceError(\"this hasn't been initialised - super() hasn't been called\");return!t||\"object\"!=typeof t&&\"function\"!=typeof t?e:t},I=function(){function e(){if(F(this,e),this.__state=R.apply(this,arguments),!1===this.__state)throw new Error(\"Failed to interpret color arguments\");this.__state.a=this.__state.a||1}return P(e,[{key:\"toString\",value:function(){return t(this)}},{key:\"toHexString\",value:function(){return t(this,!0)}},{key:\"toOriginal\",value:function(){return this.__state.conversion.write(this)}}]),e}();I.recalculateRGB=function(e,t,n){if(\"HEX\"===e.__state.space)e.__state[t]=N.component_from_hex(e.__state.hex,n);else{if(\"HSV\"!==e.__state.space)throw new Error(\"Corrupted color state\");S.extend(e.__state,N.hsv_to_rgb(e.__state.h,e.__state.s,e.__state.v))}},I.recalculateHSV=function(e){var t=N.rgb_to_hsv(e.r,e.g,e.b);S.extend(e.__state,{s:t.s,v:t.v}),S.isNaN(t.h)?S.isUndefined(e.__state.h)&&(e.__state.h=0):e.__state.h=t.h},I.COMPONENTS=[\"r\",\"g\",\"b\",\"h\",\"s\",\"v\",\"hex\",\"a\"],n(I.prototype,\"r\",2),n(I.prototype,\"g\",1),n(I.prototype,\"b\",0),o(I.prototype,\"h\"),o(I.prototype,\"s\"),o(I.prototype,\"v\"),Object.defineProperty(I.prototype,\"a\",{get:function(){return this.__state.a},set:function(e){this.__state.a=e}}),Object.defineProperty(I.prototype,\"hex\",{get:function(){return\"HEX\"!==!this.__state.space&&(this.__state.hex=N.rgb_to_hex(this.r,this.g,this.b)),this.__state.hex},set:function(e){this.__state.space=\"HEX\",this.__state.hex=e}});var z=function(){function e(t,n){F(this,e),this.initialValue=t[n],this.domElement=document.createElement(\"div\"),this.object=t,this.property=n,this.__onChange=void 0,this.__onFinishChange=void 0}return P(e,[{key:\"onChange\",value:function(e){return this.__onChange=e,this}},{key:\"onFinishChange\",value:function(e){return this.__onFinishChange=e,this}},{key:\"setValue\",value:function(e){return this.object[this.property]=e,this.__onChange&&this.__onChange.call(this,e),this.updateDisplay(),this}},{key:\"getValue\",value:function(){return this.object[this.property]}},{key:\"updateDisplay\",value:function(){return this}},{key:\"isModified\",value:function(){return this.initialValue!==this.getValue()}}]),e}(),M={HTMLEvents:[\"change\"],MouseEvents:[\"click\",\"mousemove\",\"mousedown\",\"mouseup\",\"mouseover\"],KeyboardEvents:[\"keydown\"]},G={};S.each(M,function(e,t){S.each(e,function(e){G[e]=t})});var U=/(\\d+(\\.\\d+)?)px/,X={makeSelectable:function(e,t){void 0!==e&&void 0!==e.style&&(e.onselectstart=t?function(){return!1}:function(){},e.style.MozUserSelect=t?\"auto\":\"none\",e.style.KhtmlUserSelect=t?\"auto\":\"none\",e.unselectable=t?\"on\":\"off\")},makeFullscreen:function(e,t,n){var o=n,i=t;S.isUndefined(i)&&(i=!0),S.isUndefined(o)&&(o=!0),e.style.position=\"absolute\",i&&(e.style.left=0,e.style.right=0),o&&(e.style.top=0,e.style.bottom=0)},fakeEvent:function(e,t,n,o){var i=n||{},r=G[t];if(!r)throw new Error(\"Event type \"+t+\" not supported.\");var s=document.createEvent(r);switch(r){case\"MouseEvents\":var a=i.x||i.clientX||0,l=i.y||i.clientY||0;s.initMouseEvent(t,i.bubbles||!1,i.cancelable||!0,window,i.clickCount||1,0,0,a,l,!1,!1,!1,!1,0,null);break;case\"KeyboardEvents\":var d=s.initKeyboardEvent||s.initKeyEvent;S.defaults(i,{cancelable:!0,ctrlKey:!1,altKey:!1,shiftKey:!1,metaKey:!1,keyCode:void 0,charCode:void 0}),d(t,i.bubbles||!1,i.cancelable,window,i.ctrlKey,i.altKey,i.shiftKey,i.metaKey,i.keyCode,i.charCode);break;default:s.initEvent(t,i.bubbles||!1,i.cancelable||!0)}S.defaults(s,o),e.dispatchEvent(s)},bind:function(e,t,n,o){var i=o||!1;return e.addEventListener?e.addEventListener(t,n,i):e.attachEvent&&e.attachEvent(\"on\"+t,n),X},unbind:function(e,t,n,o){var i=o||!1;return e.removeEventListener?e.removeEventListener(t,n,i):e.detachEvent&&e.detachEvent(\"on\"+t,n),X},addClass:function(e,t){if(void 0===e.className)e.className=t;else if(e.className!==t){var n=e.className.split(/ +/);-1===n.indexOf(t)&&(n.push(t),e.className=n.join(\" \").replace(/^\\s+/,\"\").replace(/\\s+$/,\"\"))}return X},removeClass:function(e,t){if(t)if(e.className===t)e.removeAttribute(\"class\");else{var n=e.className.split(/ +/),o=n.indexOf(t);-1!==o&&(n.splice(o,1),e.className=n.join(\" \"))}else e.className=void 0;return X},hasClass:function(e,t){return new RegExp(\"(?:^|\\\\s+)\"+t+\"(?:\\\\s+|$)\").test(e.className)||!1},getWidth:function(e){var t=getComputedStyle(e);return i(t[\"border-left-width\"])+i(t[\"border-right-width\"])+i(t[\"padding-left\"])+i(t[\"padding-right\"])+i(t.width)},getHeight:function(e){var t=getComputedStyle(e);return i(t[\"border-top-width\"])+i(t[\"border-bottom-width\"])+i(t[\"padding-top\"])+i(t[\"padding-bottom\"])+i(t.height)},getOffset:function(e){var t=e,n={left:0,top:0};if(t.offsetParent)do{n.left+=t.offsetLeft,n.top+=t.offsetTop,t=t.offsetParent}while(t);return n},isActive:function(e){return e===document.activeElement&&(e.type||e.href)}},K=function(e){function t(e,n){F(this,t);var o=V(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,n)),i=o;return o.__prev=o.getValue(),o.__checkbox=document.createElement(\"input\"),o.__checkbox.setAttribute(\"type\",\"checkbox\"),X.bind(o.__checkbox,\"change\",function(){i.setValue(!i.__prev)},!1),o.domElement.appendChild(o.__checkbox),o.updateDisplay(),o}return D(t,z),P(t,[{key:\"setValue\",value:function(e){var n=j(t.prototype.__proto__||Object.getPrototypeOf(t.prototype),\"setValue\",this).call(this,e);return this.__onFinishChange&&this.__onFinishChange.call(this,this.getValue()),this.__prev=this.getValue(),n}},{key:\"updateDisplay\",value:function(){return!0===this.getValue()?(this.__checkbox.setAttribute(\"checked\",\"checked\"),this.__checkbox.checked=!0,this.__prev=!0):(this.__checkbox.checked=!1,this.__prev=!1),j(t.prototype.__proto__||Object.getPrototypeOf(t.prototype),\"updateDisplay\",this).call(this)}}]),t}(),Y=function(e){function t(e,n,o){F(this,t);var i=V(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,n)),r=o,s=i;if(i.__select=document.createElement(\"select\"),S.isArray(r)){var a={};S.each(r,function(e){a[e]=e}),r=a}return S.each(r,function(e,t){var n=document.createElement(\"option\");n.innerHTML=t,n.setAttribute(\"value\",e),s.__select.appendChild(n)}),i.updateDisplay(),X.bind(i.__select,\"change\",function(){var e=this.options[this.selectedIndex].value;s.setValue(e)}),i.domElement.appendChild(i.__select),i}return D(t,z),P(t,[{key:\"setValue\",value:function(e){var n=j(t.prototype.__proto__||Object.getPrototypeOf(t.prototype),\"setValue\",this).call(this,e);return this.__onFinishChange&&this.__onFinishChange.call(this,this.getValue()),n}},{key:\"updateDisplay\",value:function(){return X.isActive(this.__select)?this:(this.__select.value=this.getValue(),j(t.prototype.__proto__||Object.getPrototypeOf(t.prototype),\"updateDisplay\",this).call(this))}}]),t}(),J=function(e){function t(e,n){function o(){r.setValue(r.__input.value)}F(this,t);var i=V(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,n)),r=i;return i.__input=document.createElement(\"input\"),i.__input.setAttribute(\"type\",\"text\"),X.bind(i.__input,\"keyup\",o),X.bind(i.__input,\"change\",o),X.bind(i.__input,\"blur\",function(){r.__onFinishChange&&r.__onFinishChange.call(r,r.getValue())}),X.bind(i.__input,\"keydown\",function(e){13===e.keyCode&&this.blur()}),i.updateDisplay(),i.domElement.appendChild(i.__input),i}return D(t,z),P(t,[{key:\"updateDisplay\",value:function(){return X.isActive(this.__input)||(this.__input.value=this.getValue()),j(t.prototype.__proto__||Object.getPrototypeOf(t.prototype),\"updateDisplay\",this).call(this)}}]),t}(),W=function(e){function t(e,n,o){F(this,t);var i=V(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,n)),s=o||{};return i.__min=s.min,i.__max=s.max,i.__step=s.step,S.isUndefined(i.__step)?0===i.initialValue?i.__impliedStep=1:i.__impliedStep=Math.pow(10,Math.floor(Math.log(Math.abs(i.initialValue))/Math.LN10))/10:i.__impliedStep=i.__step,i.__precision=r(i.__impliedStep),i}return D(t,z),P(t,[{key:\"setValue\",value:function(e){var n=e;return void 0!==this.__min&&n<this.__min?n=this.__min:void 0!==this.__max&&n>this.__max&&(n=this.__max),void 0!==this.__step&&n%this.__step!=0&&(n=Math.round(n/this.__step)*this.__step),j(t.prototype.__proto__||Object.getPrototypeOf(t.prototype),\"setValue\",this).call(this,n)}},{key:\"min\",value:function(e){return this.__min=e,this}},{key:\"max\",value:function(e){return this.__max=e,this}},{key:\"step\",value:function(e){return this.__step=e,this.__impliedStep=e,this.__precision=r(e),this}}]),t}(),Q=function(e){function t(e,n,o){function i(){l.__onFinishChange&&l.__onFinishChange.call(l,l.getValue())}function r(e){var t=d-e.clientY;l.setValue(l.getValue()+t*l.__impliedStep),d=e.clientY}function s(){X.unbind(window,\"mousemove\",r),X.unbind(window,\"mouseup\",s),i()}F(this,t);var a=V(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,n,o));a.__truncationSuspended=!1;var l=a,d=void 0;return a.__input=document.createElement(\"input\"),a.__input.setAttribute(\"type\",\"text\"),X.bind(a.__input,\"change\",function(){var e=parseFloat(l.__input.value);S.isNaN(e)||l.setValue(e)}),X.bind(a.__input,\"blur\",function(){i()}),X.bind(a.__input,\"mousedown\",function(e){X.bind(window,\"mousemove\",r),X.bind(window,\"mouseup\",s),d=e.clientY}),X.bind(a.__input,\"keydown\",function(e){13===e.keyCode&&(l.__truncationSuspended=!0,this.blur(),l.__truncationSuspended=!1,i())}),a.updateDisplay(),a.domElement.appendChild(a.__input),a}return D(t,W),P(t,[{key:\"updateDisplay\",value:function(){return this.__input.value=this.__truncationSuspended?this.getValue():s(this.getValue(),this.__precision),j(t.prototype.__proto__||Object.getPrototypeOf(t.prototype),\"updateDisplay\",this).call(this)}}]),t}(),q=function(e){function t(e,n,o,i,r){function s(e){e.preventDefault();var t=_.__background.getBoundingClientRect();return _.setValue(a(e.clientX,t.left,t.right,_.__min,_.__max)),!1}function l(){X.unbind(window,\"mousemove\",s),X.unbind(window,\"mouseup\",l),_.__onFinishChange&&_.__onFinishChange.call(_,_.getValue())}function d(e){var t=e.touches[0].clientX,n=_.__background.getBoundingClientRect();_.setValue(a(t,n.left,n.right,_.__min,_.__max))}function c(){X.unbind(window,\"touchmove\",d),X.unbind(window,\"touchend\",c),_.__onFinishChange&&_.__onFinishChange.call(_,_.getValue())}F(this,t);var u=V(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,n,{min:o,max:i,step:r})),_=u;return u.__background=document.createElement(\"div\"),u.__foreground=document.createElement(\"div\"),X.bind(u.__background,\"mousedown\",function(e){document.activeElement.blur(),X.bind(window,\"mousemove\",s),X.bind(window,\"mouseup\",l),s(e)}),X.bind(u.__background,\"touchstart\",function(e){1===e.touches.length&&(X.bind(window,\"touchmove\",d),X.bind(window,\"touchend\",c),d(e))}),X.addClass(u.__background,\"slider\"),X.addClass(u.__foreground,\"slider-fg\"),u.updateDisplay(),u.__background.appendChild(u.__foreground),u.domElement.appendChild(u.__background),u}return D(t,W),P(t,[{key:\"updateDisplay\",value:function(){var e=(this.getValue()-this.__min)/(this.__max-this.__min);return this.__foreground.style.width=100*e+\"%\",j(t.prototype.__proto__||Object.getPrototypeOf(t.prototype),\"updateDisplay\",this).call(this)}}]),t}(),Z=function(e){function t(e,n,o){F(this,t);var i=V(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,n)),r=i;return i.__button=document.createElement(\"div\"),i.__button.innerHTML=void 0===o?\"Fire\":o,X.bind(i.__button,\"click\",function(e){return e.preventDefault(),r.fire(),!1}),X.addClass(i.__button,\"button\"),i.domElement.appendChild(i.__button),i}return D(t,z),P(t,[{key:\"fire\",value:function(){this.__onChange&&this.__onChange.call(this),this.getValue().call(this.object),this.__onFinishChange&&this.__onFinishChange.call(this,this.getValue())}}]),t}(),$=function(e){function t(e,n){function o(e){u(e),X.bind(window,\"mousemove\",u),X.bind(window,\"touchmove\",u),X.bind(window,\"mouseup\",r),X.bind(window,\"touchend\",r)}function i(e){_(e),X.bind(window,\"mousemove\",_),X.bind(window,\"touchmove\",_),X.bind(window,\"mouseup\",s),X.bind(window,\"touchend\",s)}function r(){X.unbind(window,\"mousemove\",u),X.unbind(window,\"touchmove\",u),X.unbind(window,\"mouseup\",r),X.unbind(window,\"touchend\",r),c()}function s(){X.unbind(window,\"mousemove\",_),X.unbind(window,\"touchmove\",_),X.unbind(window,\"mouseup\",s),X.unbind(window,\"touchend\",s),c()}function a(){var e=R(this.value);!1!==e?(p.__color.__state=e,p.setValue(p.__color.toOriginal())):this.value=p.__color.toString()}function c(){p.__onFinishChange&&p.__onFinishChange.call(p,p.__color.toOriginal())}function u(e){-1===e.type.indexOf(\"touch\")&&e.preventDefault();var t=p.__saturation_field.getBoundingClientRect(),n=e.touches&&e.touches[0]||e,o=n.clientX,i=n.clientY,r=(o-t.left)/(t.right-t.left),s=1-(i-t.top)/(t.bottom-t.top);return s>1?s=1:s<0&&(s=0),r>1?r=1:r<0&&(r=0),p.__color.v=s,p.__color.s=r,p.setValue(p.__color.toOriginal()),!1}function _(e){-1===e.type.indexOf(\"touch\")&&e.preventDefault();var t=p.__hue_field.getBoundingClientRect(),n=1-((e.touches&&e.touches[0]||e).clientY-t.top)/(t.bottom-t.top);return n>1?n=1:n<0&&(n=0),p.__color.h=360*n,p.setValue(p.__color.toOriginal()),!1}F(this,t);var h=V(this,(t.__proto__||Object.getPrototypeOf(t)).call(this,e,n));h.__color=new I(h.getValue()),h.__temp=new I(0);var p=h;h.domElement=document.createElement(\"div\"),X.makeSelectable(h.domElement,!1),h.__selector=document.createElement(\"div\"),h.__selector.className=\"selector\",h.__saturation_field=document.createElement(\"div\"),h.__saturation_field.className=\"saturation-field\",h.__field_knob=document.createElement(\"div\"),h.__field_knob.className=\"field-knob\",h.__field_knob_border=\"2px solid \",h.__hue_knob=document.createElement(\"div\"),h.__hue_knob.className=\"hue-knob\",h.__hue_field=document.createElement(\"div\"),h.__hue_field.className=\"hue-field\",h.__input=document.createElement(\"input\"),h.__input.type=\"text\",h.__input_textShadow=\"0 1px 1px \",X.bind(h.__input,\"keydown\",function(e){13===e.keyCode&&a.call(this)}),X.bind(h.__input,\"blur\",a),X.bind(h.__selector,\"mousedown\",function(){X.addClass(this,\"drag\").bind(window,\"mouseup\",function(){X.removeClass(p.__selector,\"drag\")})}),X.bind(h.__selector,\"touchstart\",function(){X.addClass(this,\"drag\").bind(window,\"touchend\",function(){X.removeClass(p.__selector,\"drag\")})});var f=document.createElement(\"div\");return S.extend(h.__selector.style,{width:\"122px\",height:\"102px\",padding:\"3px\",backgroundColor:\"#222\",boxShadow:\"0px 1px 3px rgba(0,0,0,0.3)\"}),S.extend(h.__field_knob.style,{position:\"absolute\",width:\"12px\",height:\"12px\",border:h.__field_knob_border+(h.__color.v<.5?\"#fff\":\"#000\"),boxShadow:\"0px 1px 3px rgba(0,0,0,0.5)\",borderRadius:\"12px\",zIndex:1}),S.extend(h.__hue_knob.style,{position:\"absolute\",width:\"15px\",height:\"2px\",borderRight:\"4px solid #fff\",zIndex:1}),S.extend(h.__saturation_field.style,{width:\"100px\",height:\"100px\",border:\"1px solid #555\",marginRight:\"3px\",display:\"inline-block\",cursor:\"pointer\"}),S.extend(f.style,{width:\"100%\",height:\"100%\",background:\"none\"}),l(f,\"top\",\"rgba(0,0,0,0)\",\"#000\"),S.extend(h.__hue_field.style,{width:\"15px\",height:\"100px\",border:\"1px solid #555\",cursor:\"ns-resize\",position:\"absolute\",top:\"3px\",right:\"3px\"}),d(h.__hue_field),S.extend(h.__input.style,{outline:\"none\",textAlign:\"center\",color:\"#fff\",border:0,fontWeight:\"bold\",textShadow:h.__input_textShadow+\"rgba(0,0,0,0.7)\"}),X.bind(h.__saturation_field,\"mousedown\",o),X.bind(h.__saturation_field,\"touchstart\",o),X.bind(h.__field_knob,\"mousedown\",o),X.bind(h.__field_knob,\"touchstart\",o),X.bind(h.__hue_field,\"mousedown\",i),X.bind(h.__hue_field,\"touchstart\",i),h.__saturation_field.appendChild(f),h.__selector.appendChild(h.__field_knob),h.__selector.appendChild(h.__saturation_field),h.__selector.appendChild(h.__hue_field),h.__hue_field.appendChild(h.__hue_knob),h.domElement.appendChild(h.__input),h.domElement.appendChild(h.__selector),h.updateDisplay(),h}return D(t,z),P(t,[{key:\"updateDisplay\",value:function(){var e=R(this.getValue());if(!1!==e){var t=!1;S.each(I.COMPONENTS,function(n){if(!S.isUndefined(e[n])&&!S.isUndefined(this.__color.__state[n])&&e[n]!==this.__color.__state[n])return t=!0,{}},this),t&&S.extend(this.__color.__state,e)}S.extend(this.__temp.__state,this.__color.__state),this.__temp.a=1;var n=this.__color.v<.5||this.__color.s>.5?255:0,o=255-n;S.extend(this.__field_knob.style,{marginLeft:100*this.__color.s-7+\"px\",marginTop:100*(1-this.__color.v)-7+\"px\",backgroundColor:this.__temp.toHexString(),border:this.__field_knob_border+\"rgb(\"+n+\",\"+n+\",\"+n+\")\"}),this.__hue_knob.style.marginTop=100*(1-this.__color.h/360)+\"px\",this.__temp.s=1,this.__temp.v=1,l(this.__saturation_field,\"left\",\"#fff\",this.__temp.toHexString()),this.__input.value=this.__color.toString(),S.extend(this.__input.style,{backgroundColor:this.__color.toHexString(),color:\"rgb(\"+n+\",\"+n+\",\"+n+\")\",textShadow:this.__input_textShadow+\"rgba(\"+o+\",\"+o+\",\"+o+\",.7)\"})}}]),t}(),ee=[\"-moz-\",\"-o-\",\"-webkit-\",\"-ms-\",\"\"],te={load:function(e,t){var n=t||document,o=n.createElement(\"link\");o.type=\"text/css\",o.rel=\"stylesheet\",o.href=e,n.getElementsByTagName(\"head\")[0].appendChild(o)},inject:function(e,t){var n=t||document,o=document.createElement(\"style\");o.type=\"text/css\",o.innerHTML=e;var i=n.getElementsByTagName(\"head\")[0];try{i.appendChild(o)}catch(e){}}},ne=function(e,t){var n=e[t];return S.isArray(arguments[2])||S.isObject(arguments[2])?new Y(e,t,arguments[2]):S.isNumber(n)?S.isNumber(arguments[2])&&S.isNumber(arguments[3])?S.isNumber(arguments[4])?new q(e,t,arguments[2],arguments[3],arguments[4]):new q(e,t,arguments[2],arguments[3]):S.isNumber(arguments[4])?new Q(e,t,{min:arguments[2],max:arguments[3],step:arguments[4]}):new Q(e,t,{min:arguments[2],max:arguments[3]}):S.isString(n)?new J(e,t):S.isFunction(n)?new Z(e,t,\"\"):S.isBoolean(n)?new K(e,t):null},oe=window.requestAnimationFrame||window.webkitRequestAnimationFrame||window.mozRequestAnimationFrame||window.oRequestAnimationFrame||window.msRequestAnimationFrame||function(e){setTimeout(e,1e3/60)},ie=function(){function e(){F(this,e),this.backgroundElement=document.createElement(\"div\"),S.extend(this.backgroundElement.style,{backgroundColor:\"rgba(0,0,0,0.8)\",top:0,left:0,display:\"none\",zIndex:\"1000\",opacity:0,WebkitTransition:\"opacity 0.2s linear\",transition:\"opacity 0.2s linear\"}),X.makeFullscreen(this.backgroundElement),this.backgroundElement.style.position=\"fixed\",this.domElement=document.createElement(\"div\"),S.extend(this.domElement.style,{position:\"fixed\",display:\"none\",zIndex:\"1001\",opacity:0,WebkitTransition:\"-webkit-transform 0.2s ease-out, opacity 0.2s linear\",transition:\"transform 0.2s ease-out, opacity 0.2s linear\"}),document.body.appendChild(this.backgroundElement),document.body.appendChild(this.domElement);var t=this;X.bind(this.backgroundElement,\"click\",function(){t.hide()})}return P(e,[{key:\"show\",value:function(){var e=this;this.backgroundElement.style.display=\"block\",this.domElement.style.display=\"block\",this.domElement.style.opacity=0,this.domElement.style.webkitTransform=\"scale(1.1)\",this.layout(),S.defer(function(){e.backgroundElement.style.opacity=1,e.domElement.style.opacity=1,e.domElement.style.webkitTransform=\"scale(1)\"})}},{key:\"hide\",value:function(){var e=this,t=function t(){e.domElement.style.display=\"none\",e.backgroundElement.style.display=\"none\",X.unbind(e.domElement,\"webkitTransitionEnd\",t),X.unbind(e.domElement,\"transitionend\",t),X.unbind(e.domElement,\"oTransitionEnd\",t)};X.bind(this.domElement,\"webkitTransitionEnd\",t),X.bind(this.domElement,\"transitionend\",t),X.bind(this.domElement,\"oTransitionEnd\",t),this.backgroundElement.style.opacity=0,this.domElement.style.opacity=0,this.domElement.style.webkitTransform=\"scale(1.1)\"}},{key:\"layout\",value:function(){this.domElement.style.left=window.innerWidth/2-X.getWidth(this.domElement)/2+\"px\",this.domElement.style.top=window.innerHeight/2-X.getHeight(this.domElement)/2+\"px\"}}]),e}(),re=function(e){if(e&&\"undefined\"!=typeof window){var t=document.createElement(\"style\");return t.setAttribute(\"type\",\"text/css\"),t.innerHTML=e,document.head.appendChild(t),e}}(\".dg ul{list-style:none;margin:0;padding:0;width:100%;clear:both}.dg.ac{position:fixed;top:0;left:0;right:0;height:0;z-index:0}.dg:not(.ac) .main{overflow:hidden}.dg.main{-webkit-transition:opacity .1s linear;-o-transition:opacity .1s linear;-moz-transition:opacity .1s linear;transition:opacity .1s linear}.dg.main.taller-than-window{overflow-y:auto}.dg.main.taller-than-window .close-button{opacity:1;margin-top:-1px;border-top:1px solid #2c2c2c}.dg.main ul.closed .close-button{opacity:1 !important}.dg.main:hover .close-button,.dg.main .close-button.drag{opacity:1}.dg.main .close-button{-webkit-transition:opacity .1s linear;-o-transition:opacity .1s linear;-moz-transition:opacity .1s linear;transition:opacity .1s linear;border:0;line-height:19px;height:20px;cursor:pointer;text-align:center;background-color:#000}.dg.main .close-button.close-top{position:relative}.dg.main .close-button.close-bottom{position:absolute}.dg.main .close-button:hover{background-color:#111}.dg.a{float:right;margin-right:15px;overflow-y:visible}.dg.a.has-save>ul.close-top{margin-top:0}.dg.a.has-save>ul.close-bottom{margin-top:27px}.dg.a.has-save>ul.closed{margin-top:0}.dg.a .save-row{top:0;z-index:1002}.dg.a .save-row.close-top{position:relative}.dg.a .save-row.close-bottom{position:fixed}.dg li{-webkit-transition:height .1s ease-out;-o-transition:height .1s ease-out;-moz-transition:height .1s ease-out;transition:height .1s ease-out;-webkit-transition:overflow .1s linear;-o-transition:overflow .1s linear;-moz-transition:overflow .1s linear;transition:overflow .1s linear}.dg li:not(.folder){cursor:auto;height:27px;line-height:27px;padding:0 4px 0 5px}.dg li.folder{padding:0;border-left:4px solid rgba(0,0,0,0)}.dg li.title{cursor:pointer;margin-left:-4px}.dg .closed li:not(.title),.dg .closed ul li,.dg .closed ul li>*{height:0;overflow:hidden;border:0}.dg .cr{clear:both;padding-left:3px;height:27px;overflow:hidden}.dg .property-name{cursor:default;float:left;clear:left;width:40%;overflow:hidden;text-overflow:ellipsis}.dg .c{float:left;width:60%;position:relative}.dg .c input[type=text]{border:0;margin-top:4px;padding:3px;width:100%;float:right}.dg .has-slider input[type=text]{width:30%;margin-left:0}.dg .slider{float:left;width:66%;margin-left:-5px;margin-right:0;height:19px;margin-top:4px}.dg .slider-fg{height:100%}.dg .c input[type=checkbox]{margin-top:7px}.dg .c select{margin-top:5px}.dg .cr.function,.dg .cr.function .property-name,.dg .cr.function *,.dg .cr.boolean,.dg .cr.boolean *{cursor:pointer}.dg .cr.color{overflow:visible}.dg .selector{display:none;position:absolute;margin-left:-9px;margin-top:23px;z-index:10}.dg .c:hover .selector,.dg .selector.drag{display:block}.dg li.save-row{padding:0}.dg li.save-row .button{display:inline-block;padding:0px 6px}.dg.dialogue{background-color:#222;width:460px;padding:15px;font-size:13px;line-height:15px}#dg-new-constructor{padding:10px;color:#222;font-family:Monaco, monospace;font-size:10px;border:0;resize:none;box-shadow:inset 1px 1px 1px #888;word-wrap:break-word;margin:12px 0;display:block;width:440px;overflow-y:scroll;height:100px;position:relative}#dg-local-explain{display:none;font-size:11px;line-height:17px;border-radius:3px;background-color:#333;padding:8px;margin-top:10px}#dg-local-explain code{font-size:10px}#dat-gui-save-locally{display:none}.dg{color:#eee;font:11px 'Lucida Grande', sans-serif;text-shadow:0 -1px 0 #111}.dg.main::-webkit-scrollbar{width:5px;background:#1a1a1a}.dg.main::-webkit-scrollbar-corner{height:0;display:none}.dg.main::-webkit-scrollbar-thumb{border-radius:5px;background:#676767}.dg li:not(.folder){background:#1a1a1a;border-bottom:1px solid #2c2c2c}.dg li.save-row{line-height:25px;background:#dad5cb;border:0}.dg li.save-row select{margin-left:5px;width:108px}.dg li.save-row .button{margin-left:5px;margin-top:1px;border-radius:2px;font-size:9px;line-height:7px;padding:4px 4px 5px 4px;background:#c5bdad;color:#fff;text-shadow:0 1px 0 #b0a58f;box-shadow:0 -1px 0 #b0a58f;cursor:pointer}.dg li.save-row .button.gears{background:#c5bdad url(data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAsAAAANCAYAAAB/9ZQ7AAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAAQJJREFUeNpiYKAU/P//PwGIC/ApCABiBSAW+I8AClAcgKxQ4T9hoMAEUrxx2QSGN6+egDX+/vWT4e7N82AMYoPAx/evwWoYoSYbACX2s7KxCxzcsezDh3evFoDEBYTEEqycggWAzA9AuUSQQgeYPa9fPv6/YWm/Acx5IPb7ty/fw+QZblw67vDs8R0YHyQhgObx+yAJkBqmG5dPPDh1aPOGR/eugW0G4vlIoTIfyFcA+QekhhHJhPdQxbiAIguMBTQZrPD7108M6roWYDFQiIAAv6Aow/1bFwXgis+f2LUAynwoIaNcz8XNx3Dl7MEJUDGQpx9gtQ8YCueB+D26OECAAQDadt7e46D42QAAAABJRU5ErkJggg==) 2px 1px no-repeat;height:7px;width:8px}.dg li.save-row .button:hover{background-color:#bab19e;box-shadow:0 -1px 0 #b0a58f}.dg li.folder{border-bottom:0}.dg li.title{padding-left:16px;background:#000 url(data:image/gif;base64,R0lGODlhBQAFAJEAAP////Pz8////////yH5BAEAAAIALAAAAAAFAAUAAAIIlI+hKgFxoCgAOw==) 6px 10px no-repeat;cursor:pointer;border-bottom:1px solid rgba(255,255,255,0.2)}.dg .closed li.title{background-image:url(data:image/gif;base64,R0lGODlhBQAFAJEAAP////Pz8////////yH5BAEAAAIALAAAAAAFAAUAAAIIlGIWqMCbWAEAOw==)}.dg .cr.boolean{border-left:3px solid #806787}.dg .cr.color{border-left:3px solid}.dg .cr.function{border-left:3px solid #e61d5f}.dg .cr.number{border-left:3px solid #2FA1D6}.dg .cr.number input[type=text]{color:#2FA1D6}.dg .cr.string{border-left:3px solid #1ed36f}.dg .cr.string input[type=text]{color:#1ed36f}.dg .cr.function:hover,.dg .cr.boolean:hover{background:#111}.dg .c input[type=text]{background:#303030;outline:none}.dg .c input[type=text]:hover{background:#3c3c3c}.dg .c input[type=text]:focus{background:#494949;color:#fff}.dg .c .slider{background:#303030;cursor:ew-resize}.dg .c .slider-fg{background:#2FA1D6;max-width:100%}.dg .c .slider:hover{background:#3c3c3c}.dg .c .slider:hover .slider-fg{background:#44abda}\\n\");te.inject(re);var se=\"Default\",ae=function(){try{return!!window.localStorage}catch(e){return!1}}(),le=void 0,de=!0,ce=void 0,ue=!1,_e=[],he=function e(t){var n=this,o=t||{};this.domElement=document.createElement(\"div\"),this.__ul=document.createElement(\"ul\"),this.domElement.appendChild(this.__ul),X.addClass(this.domElement,\"dg\"),this.__folders={},this.__controllers=[],this.__rememberedObjects=[],this.__rememberedObjectIndecesToControllers=[],this.__listening=[],o=S.defaults(o,{closeOnTop:!1,autoPlace:!0,width:e.DEFAULT_WIDTH}),o=S.defaults(o,{resizable:o.autoPlace,hideable:o.autoPlace}),S.isUndefined(o.load)?o.load={preset:se}:o.preset&&(o.load.preset=o.preset),S.isUndefined(o.parent)&&o.hideable&&_e.push(this),o.resizable=S.isUndefined(o.parent)&&o.resizable,o.autoPlace&&S.isUndefined(o.scrollable)&&(o.scrollable=!0);var i=ae&&\"true\"===localStorage.getItem(m(this,\"isLocal\")),r=void 0,s=void 0;if(Object.defineProperties(this,{parent:{get:function(){return o.parent}},scrollable:{get:function(){return o.scrollable}},autoPlace:{get:function(){return o.autoPlace}},closeOnTop:{get:function(){return o.closeOnTop}},preset:{get:function(){return n.parent?n.getRoot().preset:o.load.preset},set:function(e){n.parent?n.getRoot().preset=e:o.load.preset=e,E(this),n.revert()}},width:{get:function(){return o.width},set:function(e){o.width=e,w(n,e)}},name:{get:function(){return o.name},set:function(e){o.name=e,s&&(s.innerHTML=o.name)}},closed:{get:function(){return o.closed},set:function(t){o.closed=t,o.closed?X.addClass(n.__ul,e.CLASS_CLOSED):X.removeClass(n.__ul,e.CLASS_CLOSED),this.onResize(),n.__closeButton&&(n.__closeButton.innerHTML=t?e.TEXT_OPEN:e.TEXT_CLOSED)}},load:{get:function(){return o.load}},useLocalStorage:{get:function(){return i},set:function(e){ae&&(i=e,e?X.bind(window,\"unload\",r):X.unbind(window,\"unload\",r),localStorage.setItem(m(n,\"isLocal\"),e))}}}),S.isUndefined(o.parent)){if(this.closed=o.closed||!1,X.addClass(this.domElement,e.CLASS_MAIN),X.makeSelectable(this.domElement,!1),ae&&i){n.useLocalStorage=!0;var a=localStorage.getItem(m(this,\"gui\"));a&&(o.load=JSON.parse(a))}this.__closeButton=document.createElement(\"div\"),this.__closeButton.innerHTML=e.TEXT_CLOSED,X.addClass(this.__closeButton,e.CLASS_CLOSE_BUTTON),o.closeOnTop?(X.addClass(this.__closeButton,e.CLASS_CLOSE_TOP),this.domElement.insertBefore(this.__closeButton,this.domElement.childNodes[0])):(X.addClass(this.__closeButton,e.CLASS_CLOSE_BOTTOM),this.domElement.appendChild(this.__closeButton)),X.bind(this.__closeButton,\"click\",function(){n.closed=!n.closed})}else{void 0===o.closed&&(o.closed=!0);var l=document.createTextNode(o.name);X.addClass(l,\"controller-name\"),s=c(n,l);X.addClass(this.__ul,e.CLASS_CLOSED),X.addClass(s,\"title\"),X.bind(s,\"click\",function(e){return e.preventDefault(),n.closed=!n.closed,!1}),o.closed||(this.closed=!1)}o.autoPlace&&(S.isUndefined(o.parent)&&(de&&(ce=document.createElement(\"div\"),X.addClass(ce,\"dg\"),X.addClass(ce,e.CLASS_AUTO_PLACE_CONTAINER),document.body.appendChild(ce),de=!1),ce.appendChild(this.domElement),X.addClass(this.domElement,e.CLASS_AUTO_PLACE)),this.parent||w(n,o.width)),this.__resizeHandler=function(){n.onResizeDebounced()},X.bind(window,\"resize\",this.__resizeHandler),X.bind(this.__ul,\"webkitTransitionEnd\",this.__resizeHandler),X.bind(this.__ul,\"transitionend\",this.__resizeHandler),X.bind(this.__ul,\"oTransitionEnd\",this.__resizeHandler),this.onResize(),o.resizable&&y(this),r=function(){ae&&\"true\"===localStorage.getItem(m(n,\"isLocal\"))&&localStorage.setItem(m(n,\"gui\"),JSON.stringify(n.getSaveObject()))},this.saveToLocalStorageIfPossible=r,o.parent||function(){var e=n.getRoot();e.width+=1,S.defer(function(){e.width-=1})}()};he.toggleHide=function(){ue=!ue,S.each(_e,function(e){e.domElement.style.display=ue?\"none\":\"\"})},he.CLASS_AUTO_PLACE=\"a\",he.CLASS_AUTO_PLACE_CONTAINER=\"ac\",he.CLASS_MAIN=\"main\",he.CLASS_CONTROLLER_ROW=\"cr\",he.CLASS_TOO_TALL=\"taller-than-window\",he.CLASS_CLOSED=\"closed\",he.CLASS_CLOSE_BUTTON=\"close-button\",he.CLASS_CLOSE_TOP=\"close-top\",he.CLASS_CLOSE_BOTTOM=\"close-bottom\",he.CLASS_DRAG=\"drag\",he.DEFAULT_WIDTH=245,he.TEXT_CLOSED=\"Close Controls\",he.TEXT_OPEN=\"Open Controls\",he._keydownHandler=function(e){\"text\"===document.activeElement.type||72!==e.which&&72!==e.keyCode||he.toggleHide()},X.bind(window,\"keydown\",he._keydownHandler,!1),S.extend(he.prototype,{add:function(e,t){return f(this,e,t,{factoryArgs:Array.prototype.slice.call(arguments,2)})},addColor:function(e,t){return f(this,e,t,{color:!0})},remove:function(e){this.__ul.removeChild(e.__li),this.__controllers.splice(this.__controllers.indexOf(e),1);var t=this;S.defer(function(){t.onResize()})},destroy:function(){if(this.parent)throw new Error(\"Only the root GUI should be removed with .destroy(). For subfolders, use gui.removeFolder(folder) instead.\");this.autoPlace&&ce.removeChild(this.domElement);var e=this;S.each(this.__folders,function(t){e.removeFolder(t)}),X.unbind(window,\"keydown\",he._keydownHandler,!1),u(this)},addFolder:function(e){if(void 0!==this.__folders[e])throw new Error('You already have a folder in this GUI by the name \"'+e+'\"');var t={name:e,parent:this};t.autoPlace=this.autoPlace,this.load&&this.load.folders&&this.load.folders[e]&&(t.closed=this.load.folders[e].closed,t.load=this.load.folders[e]);var n=new he(t);this.__folders[e]=n;var o=c(this,n.domElement);return X.addClass(o,\"folder\"),n},removeFolder:function(e){this.__ul.removeChild(e.domElement.parentElement),delete this.__folders[e.name],this.load&&this.load.folders&&this.load.folders[e.name]&&delete this.load.folders[e.name],u(e);var t=this;S.each(e.__folders,function(t){e.removeFolder(t)}),S.defer(function(){t.onResize()})},open:function(){this.closed=!1},close:function(){this.closed=!0},onResize:function(){var e=this.getRoot();if(e.scrollable){var t=X.getOffset(e.__ul).top,n=0;S.each(e.__ul.childNodes,function(t){e.autoPlace&&t===e.__save_row||(n+=X.getHeight(t))}),window.innerHeight-t-20<n?(X.addClass(e.domElement,he.CLASS_TOO_TALL),e.__ul.style.height=window.innerHeight-t-20+\"px\"):(X.removeClass(e.domElement,he.CLASS_TOO_TALL),e.__ul.style.height=\"auto\")}e.__resize_handle&&S.defer(function(){e.__resize_handle.style.height=e.__ul.offsetHeight+\"px\"}),e.__closeButton&&(e.__closeButton.style.width=e.width+\"px\")},onResizeDebounced:S.debounce(function(){this.onResize()},50),remember:function(){if(S.isUndefined(le)&&((le=new ie).domElement.innerHTML='<div id=\"dg-save\" class=\"dg dialogue\">\\n\\n  Here\\'s the new load parameter for your <code>GUI</code>\\'s constructor:\\n\\n  <textarea id=\"dg-new-constructor\"></textarea>\\n\\n  <div id=\"dg-save-locally\">\\n\\n    <input id=\"dg-local-storage\" type=\"checkbox\"/> Automatically save\\n    values to <code>localStorage</code> on exit.\\n\\n    <div id=\"dg-local-explain\">The values saved to <code>localStorage</code> will\\n      override those passed to <code>dat.GUI</code>\\'s constructor. This makes it\\n      easier to work incrementally, but <code>localStorage</code> is fragile,\\n      and your friends may not see the same values you do.\\n\\n    </div>\\n\\n  </div>\\n\\n</div>'),this.parent)throw new Error(\"You can only call remember on a top level GUI.\");var e=this;S.each(Array.prototype.slice.call(arguments),function(t){0===e.__rememberedObjects.length&&v(e),-1===e.__rememberedObjects.indexOf(t)&&e.__rememberedObjects.push(t)}),this.autoPlace&&w(this,this.width)},getRoot:function(){for(var e=this;e.parent;)e=e.parent;return e},getSaveObject:function(){var e=this.load;return e.closed=this.closed,this.__rememberedObjects.length>0&&(e.preset=this.preset,e.remembered||(e.remembered={}),e.remembered[this.preset]=x(this)),e.folders={},S.each(this.__folders,function(t,n){e.folders[n]=t.getSaveObject()}),e},save:function(){this.load.remembered||(this.load.remembered={}),this.load.remembered[this.preset]=x(this),_(this,!1),this.saveToLocalStorageIfPossible()},saveAs:function(e){this.load.remembered||(this.load.remembered={},this.load.remembered[se]=x(this,!0)),this.load.remembered[e]=x(this),this.preset=e,g(this,e,!0),this.saveToLocalStorageIfPossible()},revert:function(e){S.each(this.__controllers,function(t){this.getRoot().load.remembered?p(e||this.getRoot(),t):t.setValue(t.initialValue),t.__onFinishChange&&t.__onFinishChange.call(t,t.getValue())},this),S.each(this.__folders,function(e){e.revert(e)}),e||_(this.getRoot(),!1)},listen:function(e){var t=0===this.__listening.length;this.__listening.push(e),t&&C(this.__listening)},updateDisplay:function(){S.each(this.__controllers,function(e){e.updateDisplay()}),S.each(this.__folders,function(e){e.updateDisplay()})}});var pe={Color:I,math:N,interpret:R},fe={Controller:z,BooleanController:K,OptionController:Y,StringController:J,NumberController:W,NumberControllerBox:Q,NumberControllerSlider:q,FunctionController:Z,ColorController:$},me={dom:X},ge={GUI:he},be=he,ve={color:pe,controllers:fe,dom:me,gui:ge,GUI:be};e.color=pe,e.controllers=fe,e.dom=me,e.gui=ge,e.GUI=be,e.default=ve,Object.defineProperty(e,\"__esModule\",{value:!0})});\n",
       "window.define = _backup_define; delete _backup_define;/*\n",
       " Javascript graphics utility library\n",
       " Helper functions, WebGL classes, Mouse input, Colours and Gradients UI\n",
       " Copyright (c) 2014, Owen Kaluza\n",
       " Released into public domain:\n",
       " This program is free software. It comes without any warranty, to\n",
       " the extent permitted by applicable law. You can redistribute it\n",
       " and/or modify it as long as this header remains intact\n",
       "*/\n",
       "var $jscomp=$jscomp||{};$jscomp.scope={};$jscomp.checkStringArgs=function(a,b,c){if(null==a)throw new TypeError(\"The 'this' value for String.prototype.\"+c+\" must not be null or undefined\");if(b instanceof RegExp)throw new TypeError(\"First argument to String.prototype.\"+c+\" must not be a regular expression\");return a+\"\"};\n",
       "$jscomp.defineProperty=\"function\"==typeof Object.defineProperties?Object.defineProperty:function(a,b,c){if(c.get||c.set)throw new TypeError(\"ES3 does not support getters and setters.\");a!=Array.prototype&&a!=Object.prototype&&(a[b]=c.value)};$jscomp.getGlobal=function(a){return\"undefined\"!=typeof window&&window===a?a:\"undefined\"!=typeof global&&null!=global?global:a};$jscomp.global=$jscomp.getGlobal(this);\n",
       "$jscomp.polyfill=function(a,b,c,d){if(b){c=$jscomp.global;a=a.split(\".\");for(d=0;d<a.length-1;d++){var e=a[d];e in c||(c[e]={});c=c[e]}a=a[a.length-1];d=c[a];b=b(d);b!=d&&null!=b&&$jscomp.defineProperty(c,a,{configurable:!0,writable:!0,value:b})}};\n",
       "$jscomp.polyfill(\"String.prototype.repeat\",function(a){return a?a:function(a){var b=$jscomp.checkStringArgs(this,null,\"repeat\");if(0>a||1342177279<a)throw new RangeError(\"Invalid count value\");a|=0;for(var d=\"\";a;)if(a&1&&(d+=b),a>>>=1)b+=b;return d}},\"es6-impl\",\"es3\");$jscomp.stringPadding=function(a,b){var c=void 0!==a?String(a):\" \";return 0<b&&c?c.repeat(Math.ceil(b/c.length)).substring(0,b):\"\"};\n",
       "$jscomp.polyfill(\"String.prototype.padStart\",function(a){return a?a:function(a,c){var b=$jscomp.checkStringArgs(this,null,\"padStart\");return $jscomp.stringPadding(c,a-b.length)+b}},\"es8\",\"es3\");var OK=function(){var a={debug_on:!1,debug:function(b){if(a.debug_on){var c=document.getElementById(\"console\");c?c.innerHTML=\"<div style=\\\"font-family: 'monospace'; font-size: 8pt;\\\">\"+b+\"</div>\"+c.innerHTML:console.log(b)}},clear:function(){var a=document.getElementById(\"console\");a&&(a.innerHTML=\"\")}};return a}();\n",
       "function getSearchVariable(a,b){for(var c=window.location.search.substring(1).split(\"&\"),d=0;d<c.length;d++){var e=c[d].split(\"=\");if(unescape(e[0])==a)return unescape(e[1])}return b}function getImageDataURL(a){var b=document.createElement(\"canvas\");b.width=a.width;b.height=a.height;b.getContext(\"2d\").drawImage(a,0,0);return b.toDataURL(\"image/png\")}\n",
       "function toggle(a){var b=document.getElementById(a).style.display;\"none\"!=b&&b?document.getElementById(a).style.display=\"none\":document.getElementById(a).style.display=\"block\"}function setAll(a,b){for(var c=document.getElementsByClassName(b),d=0;d<c.length;d++)c[d].style.display=a}function getSourceFromElement(a){var b=document.getElementById(a);if(!b)return null;a=\"\";for(b=b.firstChild;b;)3==b.nodeType&&(a+=b.textContent),b=b.nextSibling;return a}\n",
       "function removeChildren(a){if(a.hasChildNodes())for(;0<a.childNodes.length;)a.removeChild(a.firstChild)}function requestFullScreen(a){a=document.getElementById(a);a.requestFullscreen?a.requestFullscreen():a.mozRequestFullScreen?a.mozRequestFullScreen():a.webkitRequestFullScreen&&a.webkitRequestFullScreen()}function typeOf(a){var b=typeof a;\"object\"===b&&(a?\"number\"!==typeof a.length||a.propertyIsEnumerable(\"length\")||\"function\"!==typeof a.splice||(b=\"array\"):b=\"null\");return b}\n",
       "function isEmpty(a){var b,c;if(\"object\"===typeOf(a))for(b in a)if(c=a[b],void 0!==c&&\"function\"!==typeOf(c))return!1;return!0}\n",
       "function ajaxReadFile(a,b,c,d,e){var f=new XMLHttpRequest,g=0;void 0!=d&&(\"number\"==typeof d?g=d:f.onprogress=d);f.onreadystatechange=function(){if(0<g&&2<f.readyState){var c=parseInt(f.responseText.length);d&&setProgress(c/g*100)}4==f.readyState&&(200==f.status?(d&&setProgress(100),OK.debug(\"RECEIVED: \"+a),b&&b(f.responseText,a)):b?b(\"Error: \"+f.status+\" : \"+a):OK.debug(\"Ajax Read File Error: returned status code \"+f.status+\" \"+f.statusText))};c?f.open(\"GET\",a+\"?d=\"+(new Date).getTime(),!0):f.open(\"GET\",\n",
       "a,!0);for(var h in e)f.setRequestHeader(h,e[h]);f.send(null)}function readURL(a,b,c){var d=new XMLHttpRequest,e=0;void 0!=c&&(\"number\"==typeof c?e=c:d.onprogress=c);d.onreadystatechange=function(){if(0<e&&2<d.readyState){var a=parseInt(d.responseText.length);c&&setProgress(a/e*100)}};b?d.open(\"GET\",a+\"?d=\"+(new Date).getTime(),!1):d.open(\"GET\",a,!1);d.overrideMimeType(\"text/plain; charset=x-user-defined\");d.send(null);if(200!=d.status)return\"\";c&&setProgress(100);return d.responseText}\n",
       "function updateProgress(a){a.lengthComputable&&(setProgress(a.loaded/a.total*100),OK.debug(a.loaded+\" / \"+a.total))}function setProgress(a){a=Math.round(a);document.getElementById(\"progressbar\").style.width=3*a+\"px\";document.getElementById(\"progressstatus\").innerHTML=a+\"%\"}\n",
       "function ajaxPost(a,b,c,d,e){var f=new XMLHttpRequest;void 0!=d&&(f.upload.onprogress=d);f.onreadystatechange=function(){4==f.readyState&&(200==f.status?(d&&setProgress(100),OK.debug(\"POST: \"+a),c&&c(f.responseText)):c?c(\"Error, status:\"+f.status):OK.debug(\"Ajax Post Error: returned status code \"+f.status+\" \"+f.statusText))};f.open(\"POST\",a,!0);\"string\"==typeof b&&f.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded\");if(e)for(key in e)f.setRequestHeader(key,e[key]);f.send(b)}\n",
       "var defaultMouse,dragMouse;function MouseEventHandler(a,b,c,d,e,f,g){this.click=a;this.wheel=b;this.move=c;this.down=d;this.up=e;this.leave=f;this.pinch=g}\n",
       "function Mouse(a,b,c){this.element=a;this.handler=b;this.isdown=this.disabled=!1;this.button=null;this.dragged=!1;this.lastY=this.lastX=this.absoluteY=this.absoluteX=this.x=this.x=0;this.slider=null;this.spin=0;this.moveUpdate=!1;this.enableContext=c?!0:!1;a.addEventListener(\"onwheel\"in document?\"wheel\":\"mousewheel\",handleMouseWheel,!1);a.onmousedown=handleMouseDown;a.onmouseout=handleMouseLeave;document.onmouseup=handleMouseUp;document.onmousemove=handleMouseMove;a.addEventListener(\"touchstart\",\n",
       "touchHandler,!0);a.addEventListener(\"touchmove\",touchHandler,!0);a.addEventListener(\"touchend\",touchHandler,!0);a.oncontextmenu=function(){return this.mouse.enableContext}}Mouse.prototype.setDefault=function(){defaultMouse=document.mouse=this};\n",
       "Mouse.prototype.update=function(a){a||(a=window.event);this.x=a.clientX;this.y=a.clientY;this.absoluteX=this.x;this.absoluteY=this.y;var b=this.element.getBoundingClientRect(),b=[b.left,b.top];this.x-=b[0];this.y-=b[1];this.clientx=a.pageX-b[0];this.clienty=a.pageY-b[1]};function getMouse(a){a||(a=window.event);var b=a.target.mouse;if(b)return b;for(a=a.target;a!=document;)if(a=a.parentNode,a.mouse)return a.mouse;return null}\n",
       "function handleMouseDown(a){var b=getMouse(a);if(!b||b.disabled)return!0;b.target=(a||window.event).target;b.dragged=!1;b.update(a);b.isdown||(b.lastX=b.absoluteX,b.lastY=b.absoluteY);b.isdown=!0;dragMouse=b;b.button=a.button;document.mouse=b;var c=!0;b.handler.down&&(c=b.handler.down(a,b));!c&&a.preventDefault&&a.preventDefault();return c}\n",
       "function handleMouseUp(a){var b=document.mouse;if(!b||b.disabled)return!0;var c=!0;b.isdown&&(b.update(a),b.handler.click&&(c=b.handler.click(a,b)),b.isdown=!1,dragMouse=null,b.button=null,b.dragged=!1);b.handler.up&&(c=c&&b.handler.up(a,b));document.mouse=defaultMouse;!c&&a.preventDefault&&a.preventDefault();return c}\n",
       "function handleMouseMove(a){var b=dragMouse?dragMouse:getMouse(a);if(!b||b.disabled)return!0;b.update(a);b.deltaX=b.absoluteX-b.lastX;b.deltaY=b.absoluteY-b.lastY;var c=!0;!b.dragged&&b.isdown&&3<Math.abs(b.deltaX)+Math.abs(b.deltaY)&&(b.dragged=!0);b.handler.move&&(c=b.handler.move(a,b));b.moveUpdate&&(b.lastX=b.absoluteX,b.lastY=b.absoluteY);!c&&a.preventDefault&&a.preventDefault();return c}\n",
       "function handleMouseWheel(a){var b=getMouse(a);if(!b||b.disabled)return!0;b.update(a);var c=!1;a.spin=0<(a.deltaY?-a.deltaY:a.wheelDelta)?1:-1;b.handler.wheel&&(c=b.handler.wheel(a,b));!c&&a.preventDefault&&a.preventDefault();return c}function handleMouseLeave(a){var b=getMouse(a);if(!b||b.disabled)return!0;var c=!0;b.handler.leave&&(c=b.handler.leave(a,b));!c&&a.preventDefault&&a.preventDefault();return a.returnValue=c}\n",
       "function touchHandler(a){var b=a.changedTouches[0],c=null,d=getMouse(a);switch(a.type){case \"touchstart\":2==a.touches.length?(d.isdown=!1,d.scaling=0):c=\"mousedown\";break;case \"touchmove\":if(null!=d.scaling&&2==a.touches.length){var e=Math.sqrt((a.touches[0].pageX-a.touches[1].pageX)*(a.touches[0].pageX-a.touches[1].pageX)+(a.touches[0].pageY-a.touches[1].pageY)*(a.touches[0].pageY-a.touches[1].pageY));0<d.scaling?(a.distance=e-d.scaling,d.handler.pinch&&d.handler.pinch(a,d),a.returnValue=!0):d.scaling=\n",
       "e}else c=\"mousemove\";break;case \"touchend\":null!=d.scaling?d.scaling=0==d.scaling?null:0:c=\"mouseup\";break;default:return}1<a.touches.length&&(c=null);c&&(d=document.createEvent(\"MouseEvent\"),d.initMouseEvent(c,!0,!0,window,1,b.screenX,b.screenY,b.clientX,b.clientY,a.ctrlKey,a.altKey,a.shiftKey,a.metaKey,0,null),b.target.dispatchEvent(d),a.preventDefault())}\n",
       "function printMatrix(a){console.log(\"--------- --------- --------- ---------\");for(var b=0;4>b;b++){for(var c=\"\",d=0;4>d;d++)var e=\"\"+(4*d+b),f=\"\"+a[4*d+b].toFixed(5),c=c+(e.padStart(2)+\" \"+f.padStart(8)+\" \");console.log(c)}console.log(\"--------- --------- --------- ---------\")}function Viewport(a,b,c,d){this.x=a;this.y=b;this.width=c;this.height=d;this.array=new Float32Array([a,b,c,d])}\n",
       "function WebGL(a,b){this.program=null;this.modelView=new ViewMatrix;this.projection=new ViewMatrix;this.textures=[];this.timer=null;if(!window.WebGLRenderingContext)throw\"No browser WebGL support\";try{this.gl=a.getContext(\"webgl\",b)||a.getContext(\"experimental-webgl\",b)}catch(c){throw OK.debug(\"detectGL exception: \"+c),\"No context\";}this.viewport=new Viewport(0,0,a.width,a.height);if(!this.gl)throw\"Failed to get context\";}\n",
       "WebGL.prototype.setMatrices=function(){this.gl.uniformMatrix4fv(this.program.mvMatrixUniform,!1,this.modelView.matrix);this.gl.uniformMatrix4fv(this.program.pMatrixUniform,!1,this.projection.matrix);this.setNormalMatrix()};WebGL.prototype.setNormalMatrix=function(){this.program.nMatrixUniform&&(this.nMatrix=mat4.create(this.modelView.matrix),mat4.inverse(this.nMatrix),mat4.transpose(this.nMatrix),this.gl.uniformMatrix4fv(this.program.nMatrixUniform,!1,this.nMatrix))};\n",
       "WebGL.prototype.initDraw2d=function(){this.gl.enableVertexAttribArray(this.program.attributes.aVertexPosition);this.gl.bindBuffer(this.gl.ARRAY_BUFFER,this.vertexPositionBuffer);this.gl.vertexAttribPointer(this.program.attributes.aVertexPosition,this.vertexPositionBuffer.itemSize,this.gl.FLOAT,!1,0,0);this.program.attributes.aTextureCoord&&(this.gl.enableVertexAttribArray(this.program.attributes.aTextureCoord),this.gl.bindBuffer(this.gl.ARRAY_BUFFER,this.textureCoordBuffer),this.gl.vertexAttribPointer(this.program.attributes.aTextureCoord,\n",
       "this.textureCoordBuffer.itemSize,this.gl.FLOAT,!1,0,0));this.setMatrices()};WebGL.prototype.updateTexture=function(a,b,c){void 0==c&&(c=this.gl.TEXTURE0);this.gl.activeTexture(c);this.gl.bindTexture(this.gl.TEXTURE_2D,a);this.gl.texImage2D(this.gl.TEXTURE_2D,0,this.gl.RGBA,this.gl.RGBA,this.gl.UNSIGNED_BYTE,b);this.gl.bindTexture(this.gl.TEXTURE_2D,null)};\n",
       "WebGL.prototype.init2dBuffers=function(a){void 0==a&&(a=this.gl.TEXTURE0);this.vertexPositionBuffer=this.gl.createBuffer();this.gl.bindBuffer(this.gl.ARRAY_BUFFER,this.vertexPositionBuffer);this.gl.bufferData(this.gl.ARRAY_BUFFER,new Float32Array([1,1,-1,1,1,-1,-1,-1]),this.gl.STATIC_DRAW);this.vertexPositionBuffer.itemSize=2;this.vertexPositionBuffer.numItems=4;this.gl.activeTexture(a);this.gradientTexture=this.gl.createTexture();this.gl.bindTexture(this.gl.TEXTURE_2D,this.gradientTexture);this.gl.texParameteri(this.gl.TEXTURE_2D,\n",
       "this.gl.TEXTURE_MAG_FILTER,this.gl.NEAREST);this.gl.texParameteri(this.gl.TEXTURE_2D,this.gl.TEXTURE_MIN_FILTER,this.gl.NEAREST);this.textureCoordBuffer=this.gl.createBuffer();this.gl.bindBuffer(this.gl.ARRAY_BUFFER,this.textureCoordBuffer);this.gl.bufferData(this.gl.ARRAY_BUFFER,new Float32Array([1,1,0,1,1,0,0,0]),this.gl.STATIC_DRAW);this.textureCoordBuffer.itemSize=2;this.textureCoordBuffer.numItems=4};\n",
       "WebGL.prototype.loadTexture=function(a,b,c,d){void 0==b&&(b=this.gl.NEAREST);void 0==c&&(c=this.gl.RGBA);this.texid=this.textures.length;this.textures.push(this.gl.createTexture());this.gl.bindTexture(this.gl.TEXTURE_2D,this.textures[this.texid]);d&&this.gl.pixelStorei(this.gl.UNPACK_FLIP_Y_WEBGL,!0);this.gl.texImage2D(this.gl.TEXTURE_2D,0,c,c,this.gl.UNSIGNED_BYTE,a);this.gl.texParameteri(this.gl.TEXTURE_2D,this.gl.TEXTURE_MAG_FILTER,b);this.gl.texParameteri(this.gl.TEXTURE_2D,this.gl.TEXTURE_MIN_FILTER,\n",
       "b);this.gl.texParameteri(this.gl.TEXTURE_2D,this.gl.TEXTURE_WRAP_S,this.gl.CLAMP_TO_EDGE);this.gl.texParameteri(this.gl.TEXTURE_2D,this.gl.TEXTURE_WRAP_T,this.gl.CLAMP_TO_EDGE);this.gl.bindTexture(this.gl.TEXTURE_2D,null);return this.textures[this.texid]};WebGL.prototype.setPerspective=function(a,b,c,d){void 0==a&&(a=45);void 0==b&&(b=1);void 0==c&&(c=.1);void 0==d&&(d=1E3);this.projection.matrix=mat4.perspective(a,b,c,d)};WebGL.prototype.use=function(a){this.program=a;this.program.program&&this.gl.useProgram(this.program.program)};\n",
       "WebGL.prototype.view=function(a){this.gl&&(this.gl.viewport(this.viewport.x,this.viewport.y,this.viewport.width,this.viewport.height),this.gl.clear(this.gl.COLOR_BUFFER_BIT|this.gl.DEPTH_BUFFER_BIT),this.apply(a))};\n",
       "WebGL.prototype.apply=function(a){if(this.gl){this.setPerspective(a.fov,this.viewport.width/this.viewport.height,a.near_clip,a.far_clip);this.modelView.identity();this.modelView.translate([a.translate[0],a.translate[1],a.translate[2]]);var b=[-(a.focus[0]-a.centre[0]),-(a.focus[1]-a.centre[1]),-(a.focus[2]-a.centre[2])];this.modelView.translate(b);this.modelView.mult(quat4.toMat4(a.rotate));this.modelView.scale(a.scale);this.modelView.translate([-b[0],-b[1],-b[2]]);this.modelView.translate([-a.focus[0],\n",
       "-a.focus[1],-a.focus[2]*a.orientation]);1==a.orientation?this.gl.frontFace(a.gl.CCW):(this.gl.frontFace(a.gl.CW),this.modelView.scale([1,1,-1]))}};\n",
       "function WebGLProgram(a,b,c){this.program=null;0>b.indexOf(\"main\")&&(b=getSourceFromElement(b));0>c.indexOf(\"main\")&&(c=getSourceFromElement(c));this.gl=a;this.program&&this.gl.isProgram(this.program)&&(this.gl.isShader(this.vshader)&&(this.gl.detachShader(this.program,this.vshader),this.gl.deleteShader(this.vshader)),this.gl.isShader(this.fshader)&&(this.gl.detachShader(this.program,this.fshader),this.gl.deleteShader(this.fshader)),this.gl.deleteProgram(this.program));this.program=this.gl.createProgram();\n",
       "this.vshader=this.compileShader(b,this.gl.VERTEX_SHADER);this.fshader=this.compileShader(c,this.gl.FRAGMENT_SHADER);this.gl.attachShader(this.program,this.vshader);this.gl.attachShader(this.program,this.fshader);this.gl.linkProgram(this.program);if(!this.gl.getProgramParameter(this.program,this.gl.LINK_STATUS))throw\"Could not initialise shaders: \"+this.gl.getProgramInfoLog(this.program);}\n",
       "WebGLProgram.prototype.compileShader=function(a,b){var c=this.gl.createShader(b);this.gl.shaderSource(c,a);this.gl.compileShader(c);if(!this.gl.getShaderParameter(c,this.gl.COMPILE_STATUS))throw this.gl.getShaderInfoLog(c);return c};\n",
       "WebGLProgram.prototype.setup=function(a,b,c){if(this.program){if(void 0==a){a=[];for(var d=this.gl.getProgramParameter(this.program,this.gl.ACTIVE_ATTRIBUTES),e=0;e<d;++e){var f=this.gl.getActiveAttrib(this.program,e);a.push(f.name)}}if(void 0==b)for(b=[],d=this.gl.getProgramParameter(this.program,this.gl.ACTIVE_UNIFORMS),e=0;e<d;++e)f=this.gl.getActiveUniform(this.program,e),b.push(f.name);this.attributes={};for(e in a)this.attributes[a[e]]=this.gl.getAttribLocation(this.program,a[e]),c||this.gl.enableVertexAttribArray(this.attributes[a[e]]);\n",
       "this.uniforms={};for(e in b)this.uniforms[b[e]]=this.gl.getUniformLocation(this.program,b[e]);this.mvMatrixUniform=this.gl.getUniformLocation(this.program,\"uMVMatrix\");this.pMatrixUniform=this.gl.getUniformLocation(this.program,\"uPMatrix\");this.nMatrixUniform=this.gl.getUniformLocation(this.program,\"uNMatrix\")}};function ViewMatrix(){this.matrix=mat4.create();mat4.identity(this.matrix);this.stack=[]}ViewMatrix.prototype.toString=function(){return JSON.stringify(this.toArray())};\n",
       "ViewMatrix.prototype.toArray=function(){return JSON.parse(mat4.str(this.matrix))};ViewMatrix.prototype.push=function(a){a?(this.stack.push(mat4.create(a)),this.matrix=mat4.create(a)):this.stack.push(mat4.create(this.matrix))};ViewMatrix.prototype.pop=function(){if(0==this.stack.length)throw\"Matrix stack underflow\";return this.matrix=this.stack.pop()};ViewMatrix.prototype.mult=function(a){mat4.multiply(this.matrix,a)};ViewMatrix.prototype.identity=function(){mat4.identity(this.matrix)};\n",
       "ViewMatrix.prototype.scale=function(a){mat4.scale(this.matrix,a)};ViewMatrix.prototype.translate=function(a){mat4.translate(this.matrix,a)};ViewMatrix.prototype.rotate=function(a,b){mat4.rotate(this.matrix,a*Math.PI/180,b)};\n",
       "function Palette(a,b){this.premultiply=b;this.background=new Colour(\"rgba(0,0,0,0)\");this.colours=[];this.slider=new Image;this.slider.src=\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAkAAAAPCAYAAAA2yOUNAAAAj0lEQVQokWNIjHT8/+zZs//Pnj37/+TJk/9XLp/+f+bEwf9HDm79v2Prqv9aKrz/GUYVEaeoMDMQryJXayWIoi0bFmFV1NWS+z/E1/Q/AwMDA0NVcez/LRsWoSia2luOUAADVcWx/xfO6/1/5fLp/1N7y//HhlmhKoCBgoyA/w3Vyf8jgyyxK4CBUF8zDAUAAJRXY0G1eRgAAAAASUVORK5CYII=\";if(a){var c=!1;if(\"string\"==typeof a)for(var d=a.split(/[\\n;]/),e,f=0;f<\n",
       "d.length;f++){var g=d[f].trim();if(g){var h=g.split(\"=\");if(\"Background\"==h[0])this.background=new Colour(h[1]);else if(\"P\"==h[0][0])e=parseFloat(h[1]);else if(\"C\"==h[0][0]){if(this.colours.push(new ColourPos(h[1],e)),1==e)break}else 2==h.length?this.colours.push(new ColourPos(h[1],h[0])):(c=!0,this.colours.push(new ColourPos(g)))}}else{for(d=0;d<a.length;d++)void 0==a[d].position&&(c=!0),this.colours.push(new ColourPos(a[d].colour,a[d].position));a.background&&(this.background=new Colour(a.background))}if(c)for(d=\n",
       "0;d<this.colours.length;d++)this.colours[d].position=1/(this.colours.length-1)*d;this.sort();c=!1;for(d=0;d<this.colours.length;d++)0<this.colours[d].colour.alpha&&(c=!0),1<this.colours[d].colour.alpha&&(this.colours[d].colour.alpha=1);if(!c)for(d=0;d<this.colours.length;d++)this.colours[d].colour.alpha=1}else this.colours.push(new ColourPos(\"rgba(255,255,255,1)\",0)),this.colours.push(new ColourPos(\"rgba(0,0,0,1)\",1))}\n",
       "Palette.prototype.sort=function(){this.colours.sort(function(a,b){return a.position-b.position})};Palette.prototype.newColour=function(a,b){var c=new ColourPos(b,a);this.colours.push(c);this.sort();for(c=1;c<this.colours.length-1;c++)if(this.colours[c].position==a)return c;return-1};Palette.prototype.inRange=function(a,b,c){for(var d=0;d<this.colours.length;d++){var e=this.colours[d].position*c;if(a==e||1<b&&a>=e-b/2&&a<=e+b/2)return d}return-1};\n",
       "Palette.prototype.inDragRange=function(a,b,c){for(var d=1;d<this.colours.length-1;d++){var e=this.colours[d].position*c;if(a==e||1<b&&a>=e-b/2&&a<=e+b/2)return d}return 0};Palette.prototype.remove=function(a){this.colours.splice(a,1)};Palette.prototype.toString=function(){for(var a=\"Background=\"+this.background.html(),b=0;b<this.colours.length;b++)a+=\"\\n\"+this.colours[b].position.toFixed(6)+\"=\"+this.colours[b].colour.html();return a};\n",
       "Palette.prototype.get=function(a){a||(a={});a.background=this.background.html();a.colours=[];for(var b=0;b<this.colours.length;b++)a.colours.push({position:this.colours[b].position,colour:this.colours[b].colour.html()});return a};Palette.prototype.toJSON=function(){return JSON.stringify(this.get())};\n",
       "Palette.prototype.draw=function(a,b){if(!this.slider.width&&b){var c=this;setTimeout(function(){c.draw(a,b)},150)}else if(a){var d=/webkit/.test(navigator.userAgent.toLowerCase());0==this.colours.length&&(this.background=new Colour(\"#ffffff\"),this.colours.push(new ColourPos(\"#000000\",0)),this.colours.push(new ColourPos(\"#ffffff\",1)));list=this.colours.slice(0);list.sort(function(a,b){return a.position-b.position});if(a.getContext){var e=a.width,f=a.height,g=a.getContext(\"2d\");g.clearRect(0,0,e,f);\n",
       "if(d)for(var h=0,d=1;d<list.length;d++){var k=Math.round(e*list[d].position);g.fillStyle=g.createLinearGradient(h,0,k,0);var l=list[d-1].colour,m=list[d].colour;this.premultiply&&!b&&(l=this.background.blend(l),m=this.background.blend(m));g.fillStyle.addColorStop(0,l.html());g.fillStyle.addColorStop(1,m.html());g.fillRect(h,0,k-h,f);h=k}else{g.fillStyle=g.createLinearGradient(0,0,e,0);for(d=0;d<list.length;d++)h=list[d].colour,this.premultiply&&!b&&(h=this.background.blend(h)),g.fillStyle.addColorStop(list[d].position,\n",
       "h.html());g.fillRect(0,0,e,f)}if(f=document.getElementById(\"backgroundCUR\"))f.style.background=this.background.html();if(b)for(d=1;d<list.length-1;d++)f=Math.floor(e*list[d].position)+.5,50<list[d].colour.HSV().V?g.strokeStyle=\"black\":g.strokeStyle=\"white\",g.beginPath(),g.moveTo(f,0),g.lineTo(f,a.height),g.closePath(),g.stroke(),f-=this.slider.width/2,g.drawImage(this.slider,f,0)}else alert(\"getContext failed!\")}else alert(\"Invalid canvas!\")};\n",
       "function ColourPos(a,b){this.position=void 0==b?0:parseFloat(b);if(0<=this.position&&1>=this.position)this.colour=a?\"object\"==typeof a?a:new Colour(a):new Colour(\"#000000\");else throw\"Invalid Colour Position: \"+b;}\n",
       "function Colour(a){\"undefined\"==typeof a?this.set(\"#ffffff\"):\"string\"==typeof a?this.set(a):\"object\"==typeof a?\"undefined\"!=typeof a.H?this.setHSV(a):\"undefined\"!=typeof a.red?(this.red=a.red,this.green=a.green,this.blue=a.blue,this.alpha=a.alpha):a.R?(this.red=a.R,this.green=a.G,this.blue=a.B,this.alpha=\"undefined\"==typeof a.A?1:a.A):(this.red=a[0],this.green=a[1],this.blue=a[2],1>=this.red&&1>=this.green&&1>=this.blue&&(this.red=Math.round(255*this.red),this.green=Math.round(255*this.green),this.blue=\n",
       "Math.round(255*this.blue)),this.alpha=\"undefined\"==typeof a[3]?1:a[3]):this.fromInt(a);1<this.alpha&&(this.alpha/=255)}\n",
       "Colour.prototype.set=function(a){a||(a=\"#ffffff\");var b=/^rgba?\\((\\d{1,3})\\s*,\\s*(\\d{1,3})\\s*,\\s*(\\d{1,3})\\s*,?\\s*(\\d\\.?\\d*)?\\)$/.exec(a);b?(this.red=parseInt(b[1]),this.green=parseInt(b[2]),this.blue=parseInt(b[3]),this.alpha=\"undefined\"==typeof b[4]?1:parseFloat(b[4])):\"#\"==a.charAt(0)?(a=a.substring(1,7),this.alpha=1,this.red=parseInt(a.substring(0,2),16),this.green=parseInt(a.substring(2,4),16),this.blue=parseInt(a.substring(4,6),16)):this.fromInt(parseInt(a));1<this.alpha&&(this.alpha/=255)};\n",
       "Colour.prototype.fromInt=function(a){this.red=a&255;this.green=(a&65280)>>>8;this.blue=(a&16711680)>>>16;this.alpha=((a&4278190080)>>>24)/255};Colour.prototype.toInt=function(){var a=this.red,a=a+(this.green<<8),a=a+(this.blue<<16);return a+=Math.round(255*this.alpha)<<24};Colour.prototype.toString=function(){return this.html()};Colour.prototype.html=function(){return\"rgba(\"+this.red+\",\"+this.green+\",\"+this.blue+\",\"+this.alpha.toFixed(2)/1+\")\"};\n",
       "Colour.prototype.rgbaGL=function(){return new Float32Array([this.red/255,this.green/255,this.blue/255,this.alpha])};Colour.prototype.rgbaGLSL=function(){var a=this.rgbaGL();return\"rgba(\"+a[0].toFixed(4)/1+\",\"+a[1].toFixed(4)/1+\",\"+a[2].toFixed(4)/1+\",\"+a[3].toFixed(4)/1+\")\"};Colour.prototype.rgba=function(){return[this.red/255,this.green/255,this.blue/255,this.alpha]};Colour.prototype.rgbaObj=function(){return{R:this.red,G:this.green,B:this.blue,A:this.alpha}};Colour.prototype.print=function(){OK.debug(this.printString(!0))};\n",
       "Colour.prototype.printString=function(a){return\"R:\"+this.red+\" G:\"+this.green+\" B:\"+this.blue+(a?\" A:\"+this.alpha:\"\")};Colour.prototype.HEX=function(a){a=Math.round(Math.min(Math.max(0,a),255));return\"0123456789ABCDEF\".charAt((a-a%16)/16)+\"0123456789ABCDEF\".charAt(a%16)};Colour.prototype.htmlHex=function(a){return\"#\"+this.HEX(this.red)+this.HEX(this.green)+this.HEX(this.blue)};Colour.prototype.hex=function(a){return this.HEX(this.red)+this.HEX(this.green)+this.HEX(this.blue)+this.HEX(255*this.alpha)};\n",
       "Colour.prototype.hexGL=function(a){return this.HEX(255*this.alpha)+this.HEX(this.blue)+this.HEX(this.green)+this.HEX(this.red)};\n",
       "Colour.prototype.setHSV=function(a){var b,c,d,e,f;f=a.S/100;var g=a.V/100,h=a.H/360;if(0<f){1<=h&&(h=0);h*=6;F=h-Math.floor(h);d=Math.round(255*g*(1-f));e=Math.round(255*g*(1-f*F));f=Math.round(255*g*(1-f*(1-F)));g=Math.round(255*g);switch(Math.floor(h)){case 0:b=g;c=f;e=d;break;case 1:b=e;c=g;e=d;break;case 2:b=d;c=g;e=f;break;case 3:b=d;c=e;e=g;break;case 4:b=f;c=d;e=g;break;case 5:b=g,c=d}this.red=b?b:0;this.green=c?c:0;this.blue=e?e:0}else this.blue=this.green=this.red=g=Math.round(255*g);this.alpha=\n",
       "\"undefined\"==typeof a.A?1:a.A};Colour.prototype.HSV=function(){var a=this.red/255,b=this.green/255,c=this.blue/255,d=Math.max(a,b,c);deltaMax=d-Math.min(a,b,c);var e,f,g,h,k;0==deltaMax?e=f=0:(e=deltaMax/d,g=((d-a)/6+deltaMax/2)/deltaMax,h=((d-b)/6+deltaMax/2)/deltaMax,k=((d-c)/6+deltaMax/2)/deltaMax,a==d?f=k-h:b==d?f=1/3+g-k:c==d&&(f=2/3+h-g),0>f&&(f+=1),1<f&&--f);return{H:360*f,S:100*e,V:100*d}};Colour.prototype.HSVA=function(){var a=this.HSV();a.A=this.alpha;return a};\n",
       "Colour.prototype.interpolate=function(a,b){this.red=Math.round(this.red+b*(a.red-this.red));this.green=Math.round(this.green+b*(a.green-this.green));this.blue=Math.round(this.blue+b*(a.blue-this.blue));this.alpha=Math.round(this.alpha+b*(a.alpha-this.alpha))};Colour.prototype.blend=function(a){return new Colour([Math.round((1-a.alpha)*this.red+a.alpha*a.red),Math.round((1-a.alpha)*this.green+a.alpha*a.green),Math.round((1-a.alpha)*this.blue+a.alpha*a.blue),(1-a.alpha)*this.alpha+a.alpha*a.alpha])};\n",
       "function MoveWindow(a){if(a){this.element=document.getElementById(a);if(!this.element)return alert(\"No such element: \"+a),null;this.mouse=new Mouse(this.element,this);this.mouse.moveUpdate=!0;this.element.mouse=this.mouse}}\n",
       "MoveWindow.prototype.open=function(a,b){var c=this.element.style;0>a&&(a=0);0>b&&(b=0);void 0!=a&&(c.left=a+\"px\");void 0!=b&&(c.top=b+\"px\");c.display=\"block\";var d=this.element.offsetWidth,e=this.element.offsetHeight;a+d>window.innerWidth-20&&(c.left=window.innerWidth-d-20+\"px\");b+e>window.innerHeight-20&&(c.top=window.innerHeight-e-20+\"px\")};MoveWindow.prototype.close=function(){this.element.style.display=\"none\"};\n",
       "MoveWindow.prototype.move=function(a,b){if(b.isdown&&!(0<b.button)){var c=b.element.style;c.left=parseInt(c.left)+b.deltaX+\"px\";c.top=parseInt(c.top)+b.deltaY+\"px\"}};MoveWindow.prototype.down=function(a,b){return!1};function scale(a,b,c,d){return clamp(d*a/b,c,d)}function clamp(a,b,c){return Math.max(b,Math.min(c,a))}\n",
       "function ColourPicker(a,b){function c(a,b,c){var d=document.createElement(\"div\");d.id=a;b&&(d.innerHTML=b);c&&(d.style.cssText=c);return d}var d=document.getElementById(\"picker\");if(d&&d.picker)return d.picker.savefn=a,d.picker.abortfn=b,d.picker;d=document.body;this.element=c(\"picker\",null,\"display:none; top: 58px; z-index: 20; background: #0d0d0d; color: #aaa; cursor: move; font-family: sans; font-size: 11px; padding: 7px 10px 11px 10px; position: fixed; width: 252px; border-radius: 5px; border: 1px solid #444;\");\n",
       "var e=c(\"pickCURBG\",null,'background-image: url(\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAAAIElEQVQ4jWP4TwAcOHAAL2YYNWBYGEBIASEwasCwMAAALvidroqDalkAAAAASUVORK5CYII=\"); float: left; width: 12px; height: 12px; margin-right: 3px;');e.appendChild(c(\"pickCUR\",null,\"float: left; width: 12px; height: 12px; background: #fff; margin-right: 3px;\"));this.element.appendChild(e);e=c(\"pickRGB\",\"R: 255 G: 255 B: 255\",\"float: left; position: relative; top: -1px;\");e.onclick=\"colours.picker.updateString()\";\n",
       "this.element.appendChild(e);this.element.appendChild(c(\"pickCLOSE\",\"X\",\"float: right; cursor: pointer; margin: 0 8px 3px;\"));this.element.appendChild(c(\"pickOK\",\"OK\",\"float: right; cursor: pointer; margin: 0 8px 3px;\"));e=c(\"SV\",null,\"position: relative; cursor: crosshair; float: left; height: 170px; width: 170px; margin-right: 10px; background: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAAEG0lEQVQ4jQEQBO/7APz8/Pz7+/vx+/v75Pr6+tb6+vrF+Pj4tPf396H4+PiO9/f3e/X19Wfz8/NU8PDwQuvr6zLi4uIjzs7OFZmZmQoA8PDw/O/v7/Ht7e3l7Ozs2Ozs7Mjq6uq35ubmpeXl5ZLf39+A3NzcbtXV1VvMzMxLvr6+O6ioqCyEhIQfQEBAFADk5OT84eHh8uDg4Obe3t7Z3Nzcy9nZ2brV1dWq0NDQmcrKyofCwsJ2uLi4ZKqqqlSYmJhFfX19N1lZWSsnJychANPT0/zT09Pz0NDQ6c3NzdzKysrNx8fHv8DAwK+6urqfsrKyj6mpqX+cnJxvjIyMX3l5eVBeXl5EPz8/ORsbGy8Aw8PD/MHBwfS+vr7qurq63ra2ttKxsbHErKystaOjo6eampqXj4+PiYODg3lycnJrXl5eX0hISFIuLi5IEBAQPwCwsLD9r6+v9aysrOynp6fioqKi1p2dncmVlZW8jo6OroODg6F5eXmUa2trhl1dXXlLS0ttNzc3YiIiIlkNDQ1RAJ6env2bm5v2l5eX7pSUlOWPj4/aiIiIz4GBgcN5eXm3cHBwq2RkZJ5XV1eSSkpKhzk5OX0qKipzGBgYawgICGMAioqK/YeHh/eDg4PvgICA6Hp6et90dHTVbW1ty2VlZcBcXFy1UVFRqkZGRqA6OjqWLS0tjSEhIYQSEhJ9BgYGdwB2dnb+c3Nz+HFxcfJra2vrZmZm42JiYttaWlrRUlJSyUtLS79CQkK2Nzc3rS0tLaQiIiKdGBgYlQ4ODo8EBASKAGNjY/5gYGD5XV1d9FpaWu5VVVXnTk5O4UlJSdlCQkLRPDw8yTQ0NMEqKiq7IiIisxkZGa0RERGmCgoKoQMDA5wAUFBQ/k9PT/pKSkr3R0dH8kNDQ+w+Pj7mOTk54DMzM9otLS3TJycnzSAgIMgZGRnBExMTvA0NDbcHBweyAwMDrwA9PT3+PDw8+zo6Ovg2Njb0MzMz8DAwMOwqKirnJSUl4iEhId4cHBzYFxcX1BISEtAODg7KCQkJxwQEBMQBAQHBAC0tLf4rKyv9Kioq+iYmJvclJSX0ISEh8R4eHu4aGhrqFhYW5xMTE+MQEBDgDQ0N3AgICNkGBgbWBAQE0wAAANEAHh4e/h0dHf0bGxv7Ghoa+hgYGPcWFhb2FBQU8xEREfEPDw/uDAwM7AoKCuoICAjoBgYG5gMDA+MBAQHiAAAA4QARERH+EBAQ/g8PD/0NDQ38DQ0N+wsLC/kKCgr4CAgI9wcHB/YFBQX0BAQE8wICAvIBAQHwAQEB7wAAAO8AAADuAAUFBf4FBQX+BAQE/gQEBP4DAwP+AwMD/QMDA/0CAgL8AQEB/AEBAfsAAAD7AAAA+wAAAPoAAAD6AAAA+QAAAPmq2NbsCl2m4wAAAABJRU5ErkJggg==') no-repeat; background-size: 100%;\");\n",
       "e.appendChild(c(\"SVslide\",null,\"background: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAkAAAAJCAYAAADgkQYQAAAALUlEQVQYlWNgQAX/kTBW8B8ZYFMIk0ARQFaIoQCbQuopIspNRPsOrpABSzgBAFHzU61KjdKlAAAAAElFTkSuQmCC'); height: 9px; width: 9px; position: absolute; cursor: crosshair\"));this.element.appendChild(e);e=c(\"H\",null,'cursor: crosshair; float: left; height: 170px; position: relative; width: 19px; padding: 0;background-image: url(\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAAAIElEQVQ4jWP4TwAcOHAAL2YYNWBYGEBIASEwasCwMAAALvidroqDalkAAAAASUVORK5CYII=\");');\n",
       "e.appendChild(c(\"Hmodel\",null,\"position: relative;\"));e.appendChild(c(\"Hslide\",null,'top: 0px; left: -5px; background: url(\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB0AAAAFCAYAAAC5Fuf5AAAAKklEQVQokWP4////fwY6gv////9n+A8F9LIQxVJaW4xiz4D5lB4WIlsMAPjER7mTpG/OAAAAAElFTkSuQmCC\"); height: 5px; width: 29px; position: absolute; '));this.element.appendChild(e);e=c(\"O\",null,'cursor: crosshair; float: left; height: 170px; position: relative; width: 19px; padding: 0;background-image: url(\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAAAIElEQVQ4jWP4TwAcOHAAL2YYNWBYGEBIASEwasCwMAAALvidroqDalkAAAAASUVORK5CYII=\");border: 1px solid #888; left: 9px;');\n",
       "e.appendChild(c(\"Omodel\",null,\"position: relative;\"));e.appendChild(c(\"Oslide\",null,'top: 0px; left: -5px; background: url(\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB0AAAAFCAYAAAC5Fuf5AAAAKklEQVQokWP4////fwY6gv////9n+A8F9LIQxVJaW4xiz4D5lB4WIlsMAPjER7mTpG/OAAAAAElFTkSuQmCC\"); height: 5px; width: 29px; position: absolute; '));this.element.appendChild(e);d.appendChild(this.element);d=document.createElement(\"style\");d.styleSheet?d.styleSheet.cssText=\"#pickRGB:hover {color: #FFD000;} #pickCLOSE:hover {color: #FFD000;} #pickOK:hover {color: #FFD000;}\":\n",
       "d.appendChild(document.createTextNode(\"#pickRGB:hover {color: #FFD000;} #pickCLOSE:hover {color: #FFD000;} #pickOK:hover {color: #FFD000;}\"));document.getElementsByTagName(\"head\")[0].appendChild(d);MoveWindow.call(this,\"picker\");this.savefn=a;this.abortfn=b;this.size=170;this.sv=5;this.oh=2;this.picked={H:360,S:100,V:100,A:1};this.max={H:360,S:100,V:100,A:1};this.colour=new Colour;for(var e=\"\",f,d=0;d<=this.size;d++)f=new Colour({H:Math.round(360/this.size*d),S:100,V:100,A:1}),e+=\"<div class='hue' style='height: 1px; width: 19px; margin: 0; padding: 0; background: \"+\n",
       "f.htmlHex()+\";'> </div>\";document.getElementById(\"Hmodel\").innerHTML=e;e=\"\";for(d=0;d<=this.size;d++)f=1-d/this.size,e+=\"<div class='opacity' style='height: 1px; width: 19px; margin: 0; padding: 0; background: #000;opacity: \"+f.toFixed(2)+\";'> </div>\";document.getElementById(\"Omodel\").innerHTML=e;this.element.picker=this}ColourPicker.prototype=new MoveWindow;ColourPicker.prototype.constructor=MoveWindow;\n",
       "ColourPicker.prototype.pick=function(a,b,c){this.update(a.HSVA());\"block\"!=this.element.style.display&&MoveWindow.prototype.open.call(this,b,c)};ColourPicker.prototype.select=function(a,b,c){if(!b||!c){var d=a.getBoundingClientRect();b=b?b:d.left+32;c=c?c:d.top+32}d=new Colour(a.style.backgroundColor);this.update(d.HSVA());\"block\"!=this.element.style.display&&(MoveWindow.prototype.open.call(this,b,c),this.target=a)};\n",
       "ColourPicker.prototype.click=function(a,b){if(\"pickCLOSE\"==b.target.id)this.abortfn&&this.abortfn(),toggle(\"picker\");else if(\"pickOK\"==b.target.id){this.savefn&&this.savefn(this.picked);if(this.target){var c=new Colour(this.picked);this.target.style.backgroundColor=c.html()}toggle(\"picker\")}else\"SV\"==b.target.id?this.setSV(b):\"Hslide\"==b.target.id||\"hue\"==b.target.className?this.setHue(b):\"Oslide\"!=b.target.id&&\"opacity\"!=b.target.className||this.setOpacity(b)};\n",
       "ColourPicker.prototype.move=function(a,b){b.isdown&&0==b.button&&(\"picker\"==b.target.id||\"pickCUR\"==b.target.id||\"pickRGB\"==b.target.id?MoveWindow.prototype.move.call(this,a,b):b.target&&this.click(a,b))};ColourPicker.prototype.wheel=function(a,b){this.incHue(-a.spin)};\n",
       "ColourPicker.prototype.setSV=function(a){var b=document.getElementById(\"SV\").getBoundingClientRect(),c=a.absoluteX-parseInt(b.left);a=a.absoluteY-parseInt(b.top);this.picked.S=scale(c,this.size,0,this.max.S);this.picked.V=this.max.V-scale(a,this.size,0,this.max.V);this.update(this.picked)};ColourPicker.prototype.setHue=function(a){var b=document.getElementById(\"H\").getBoundingClientRect();parseInt(b.left);a=a.absoluteY-parseInt(b.top);this.picked.H=scale(a,this.size,0,this.max.H);this.update(this.picked)};\n",
       "ColourPicker.prototype.incHue=function(a){this.picked.H+=a;this.picked.H=clamp(this.picked.H,0,this.max.H);this.update(this.picked)};ColourPicker.prototype.setOpacity=function(a){var b=document.getElementById(\"O\").getBoundingClientRect();parseInt(b.left);a=a.absoluteY-parseInt(b.top);this.picked.A=1-clamp(a/this.size,0,1);this.update(this.picked)};ColourPicker.prototype.updateString=function(a){a||(a=prompt(\"Edit colour:\",this.colour.html()));a&&(this.colour=new Colour(a),this.update(this.colour.HSV()))};\n",
       "ColourPicker.prototype.update=function(a){this.picked=a;this.colour=new Colour(a);rgba=this.colour.rgbaObj();rgbaStr=this.colour.html();bgcol=new Colour({H:a.H,S:100,V:100,A:255});document.getElementById(\"pickRGB\").innerHTML=this.colour.printString();document.getElementById(\"pickCUR\").style.background=rgbaStr;document.getElementById(\"pickCUR\").style.backgroundColour=rgbaStr;document.getElementById(\"SV\").style.backgroundColor=bgcol.htmlHex();document.getElementById(\"Hslide\").style.top=a.H/360*this.size-\n",
       "this.oh+\"px\";document.getElementById(\"SVslide\").style.top=Math.round(this.size-a.V/100*this.size-this.sv)+\"px\";document.getElementById(\"SVslide\").style.left=Math.round(a.S/100*this.size-this.sv)+\"px\";document.getElementById(\"Oslide\").style.top=this.size*(1-a.A)-this.oh-1+\"px\"};\n",
       "function GradientEditor(a,b,c,d,e){this.canvas=a;this.callback=b;this.premultiply=c;this.changed=!0;this.inserting=!1;this.element=this.editing=null;this.spin=0;this.scrollable=e;d||(this.picker=new ColourPicker(this.save.bind(this),this.cancel.bind(this)));this.palette=new Palette(null,c);this.canvas.mouse=new Mouse(this.canvas,this);this.canvas.oncontextmenu=\"return false;\";this.canvas.oncontextmenu=function(){return!1}}\n",
       "GradientEditor.prototype.read=function(a){this.palette=new Palette(a,this.premultiply);this.reset();this.update(!0)};GradientEditor.prototype.update=function(a){this.changed=!0;this.palette.draw(this.canvas,!0);!a&&this.callback&&this.callback(this)};GradientEditor.prototype.get=function(a,b){if(b&&!this.changed)return!1;this.changed=!1;this.palette.draw(a,!1);return!0};\n",
       "GradientEditor.prototype.insert=function(a,b,c){this.inserting=!0;var d=new Colour;this.editing=this.palette.newColour(a,d);this.update();this.picker=new ColourPicker(this.save.bind(this),this.cancel.bind(this));this.picker.pick(d,b,c)};GradientEditor.prototype.editBackground=function(a){this.editing=-1;this.element=a;this.picker=new ColourPicker(this.save.bind(this),this.cancel.bind(this));a=a.getBoundingClientRect();this.picker.pick(this.palette.background,a.left+32,a.top+32)};\n",
       "GradientEditor.prototype.edit=function(a,b,c){this.picker=new ColourPicker(this.save.bind(this),this.cancel.bind(this));\"number\"==typeof a?(this.editing=a,this.picker.pick(this.palette.colours[a].colour,b,c)):\"object\"==typeof a&&(this.cancel(),this.element=a,b=new Colour(a.style.backgroundColor),a=a.getBoundingClientRect(),this.picker.pick(b,a.left+32,a.top+32));this.update()};\n",
       "GradientEditor.prototype.save=function(a){null!=this.editing&&(0<=this.editing?this.palette.colours[this.editing].colour.setHSV(a):this.palette.background.setHSV(a));if(this.element){var b=new Colour(0);b.setHSV(a);this.element.style.backgroundColor=b.html();if(this.element.onchange)this.element.onchange()}this.reset();this.update()};GradientEditor.prototype.cancel=function(){0<=this.editing&&this.inserting&&this.palette.remove(this.editing);this.reset();this.update()};\n",
       "GradientEditor.prototype.reset=function(){this.inserting=!1;this.element=this.editing=null};\n",
       "GradientEditor.prototype.click=function(a,b){if(a.ctrlKey){for(var c=0;c<this.palette.colours.length;c++)this.palette.colours[c].position=1-this.palette.colours[c].position;this.update();return!1}if(null!=b.slider)return b.slider=null,this.palette.sort(),this.update(),!1;var d=this.canvas;if(d.getContext){this.cancel();d.getContext(\"2d\");var e=d.getBoundingClientRect().top+30,c=this.palette.inRange(b.x,this.palette.slider.width,d.width);0<=c?0==a.button?this.edit(c,a.clientX-128,e):2==a.button&&(this.palette.remove(c),\n",
       "this.update()):this.insert(b.x/d.width,a.clientX-128,e)}return!1};GradientEditor.prototype.down=function(a,b){return!1};GradientEditor.prototype.move=function(a,b){if(!b.isdown)return!0;if(null==b.slider){var c=this.palette.inDragRange(b.x,this.palette.slider.width,this.canvas.width);0<c&&(b.slider=c)}null==b.slider?b.isdown=!1:(1>b.x&&(b.x=1),b.x>this.canvas.width-1&&(b.x=this.canvas.width-1),this.palette.colours[b.slider].position=b.x/this.canvas.width,this.update(!0))};\n",
       "GradientEditor.prototype.wheel=function(a,b){this.timer?clearTimeout(this.timer):this.canvas.style.cursor=\"wait\";this.spin+=.01*a.spin;var c=this;this.timer=setTimeout(function(){c.cycle(c.spin);c.spin=0},150)};GradientEditor.prototype.leave=function(a,b){};\n",
       "GradientEditor.prototype.cycle=function(a){this.canvas.style.cursor=\"default\";this.timer=null;for(var b=1;b<this.palette.colours.length-1;b++){var c=this.palette.colours[b].position,c=c+a;0>=c&&(c+=1);1<=c&&--c;this.palette.colours[b].position=c}this.palette.sort();this.update()};\n",
       "//Maintain a list of interactor instances opened by id\n",
       "//(check in case this script imported twice, don't overwrite previous)\n",
       "var _wi = window._wi ? window._wi : {};\n",
       "var debug_mode = false;\n",
       "\n",
       "function WindowInteractor(id, uid, port) {\n",
       "  //Interactor class, handles javascript side of window control\n",
       "  //Takes viewer id, viewer python id, command server port optional\n",
       "  //(otherwise assumes command server same as page server)\n",
       "  // - set as active target for commands\n",
       "  // - init webgl bounding box\n",
       "  // - display initial image\n",
       "\n",
       "  //Store self in list and save id\n",
       "  this.id = id;\n",
       "  this.uid = uid;\n",
       "  var loc = window.location;\n",
       "\n",
       "  //Request type settings\n",
       "  this.instant = true; //false; //Use image.src to issue commands, combines into single request;\n",
       "  this.post = false; //Set this to use POST instead of GET\n",
       "\n",
       "  //Standalone? Always request images at the full window size\n",
       "  this.fixedsize = 0;\n",
       "  if (uid == 0) {\n",
       "    this.fixedsize = 1;\n",
       "    var that = this;\n",
       "    window.onresize = function() {that.resize();};\n",
       "  }\n",
       "\n",
       "  //Connection attempts via this function, pass url\n",
       "  this.baseurl = null;\n",
       "  var that = this;\n",
       "  var connect = function(url) {\n",
       "    var xhttp = new XMLHttpRequest();\n",
       "    xhttp.onload = function() {\n",
       "      //Success? Use current url\n",
       "      if (xhttp.status == 200) {\n",
       "        if (!that.baseurl) {\n",
       "          if (that.uid && that.uid != parseInt(xhttp.response)) {\n",
       "            console.log(\"--- Connection OK, but UID does not match! \" + url + \" : \" + that.uid + \" != \" + xhttp.response);\n",
       "          } else {\n",
       "            //Remove last slash if any\n",
       "            if (url.slice(-1) == '/')\n",
       "              url = url.slice(0,-1);\n",
       "            console.log(\"--- Connected to LavaVu via \" + url + \" UID: \" + that.uid);\n",
       "            that.baseurl = url;\n",
       "            //Ready to initialise\n",
       "            that.init();\n",
       "          }\n",
       "        } else {\n",
       "          console.log(\"--- Connection OK, but already connected: \" + url)\n",
       "        }\n",
       "      } else {\n",
       "        console.log(\"--- Connection failed on : \" + url);\n",
       "      }\n",
       "    }\n",
       "    //Catch errors, we expect some as not all urls will work\n",
       "    try {\n",
       "      xhttp.open('GET', url + \"/connect?url=\" + url + \"&ts=\" + new Date().getTime(), true);\n",
       "      xhttp.send();\n",
       "    } catch (err) {\n",
       "      console.log(err.message);\n",
       "    }\n",
       "  }\n",
       "\n",
       "  //Possible connection modes:\n",
       "  // 1) No port provided, assume running on same port/address as current page\n",
       "  // 2) Port provided, running on this port, accessible via hostname:port\n",
       "  // 3) Port provided, running on this port, accessible via hostname/proxy/port (jupyter-server-proxy)\n",
       "  // 4) Port provided, running on this port, accessible via localhost:port (google colab auto-translated proxy)\n",
       "\n",
       "  //Call connect function for each url\n",
       "  //First to succeed will be used\n",
       "  console.log(\"Attempting to connect to LavaVu server\");\n",
       "  if (!port) {\n",
       "    //No port provided? We are the server,\n",
       "    //Just use the same address for requests\n",
       "    connect(loc.href);\n",
       "  } else {\n",
       "\n",
       "    //Several possible modes to try\n",
       "    //JupyterHub URL\n",
       "    var regex = /\\/user\\/[a-z0-9-]+\\//i;\n",
       "    var parsed = regex.exec(loc.href);\n",
       "    if (parsed && parsed.length > 0) {\n",
       "      var base = parsed[0];\n",
       "      connect(loc.href.substring(0,parsed.index) + base + \"proxy/\" + port);\n",
       "    }\n",
       "\n",
       "    if (loc.protocol != 'file:') {\n",
       "      //(Don't bother for file:// urls)\n",
       "      connect(loc.protocol + \"//\" + loc.hostname + \":\" + port);\n",
       "      connect(loc.protocol + \"//\" + loc.hostname + (loc.port ? \":\" + loc.port : \"\") + \"/proxy/\" + port);\n",
       "      // In an authenticated setting, user-redirect is used to tell the hub to\n",
       "      // make a link with the correct path for the user. jupyter-server-proxy\n",
       "      // documentation tells us to use a link of this form.\n",
       "      connect(loc.protocol + \"//\" + loc.hostname + (loc.port ? \":\" + loc.port : \"\") + \"/user-redirect/proxy/\" + port);\n",
       "    }\n",
       "    if (loc.hostname != \"localhost\") {\n",
       "      connect(\"https://localhost:\" + port);\n",
       "      //connect(\"http://localhost:\" + port);\n",
       "      connect(\"http://127.0.0.1:\" + port);\n",
       "      //connect(\"https://127.0.0.1:\" + port);\n",
       "    }\n",
       "  }\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.resize = function() {\n",
       "  var that = this;\n",
       "  if (that.resizeTimer)\n",
       "    clearTimeout(that.resizeTimer);\n",
       "  that.resizeTimer = setTimeout(function() {that.get_image();}, 250);\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.init = function() {\n",
       "  console.log(\"WindowInteractor: \" + this.id + \" baseurl: \" + this.baseurl);\n",
       "\n",
       "  this.img = document.getElementById(\"imgtarget_\" + this.id);\n",
       "\n",
       "  //No window\n",
       "  if (!this.img) return;\n",
       "\n",
       "  //Save baseurl on img for menu popup function\n",
       "  this.img.baseurl = this.baseurl;\n",
       "\n",
       "  //Load frame image and run command in single action\n",
       "  //console.log(\"INITIAL SIZE: \" + this.img.width + ' x ' + this.img.height);\n",
       "  //If initial img size > 64x64 (default image => grey 64x64 square)\n",
       "  //then use the image size as in the image requests\n",
       "  if (this.img.width > 64 && this.img.height > 64) {\n",
       "    this.fixedsize = 2; //2 == use image size\n",
       "    this.img.fixedsize = 2; //2 == use image size\n",
       "  }\n",
       "\n",
       "  //Initial image\n",
       "  //(Init WebGL bounding box interaction on load)\n",
       "  var that = this;\n",
       "  this.get_image(function() {\n",
       "    //console.log('In image loaded callback ' + that.id);\n",
       "    //Init on image load with callback function to execute commands\n",
       "    that.box = initBox(that.img, function(cmd) {that.execute(cmd);}, that.fixedsize);\n",
       "    console.log(\"Window initialised, id: \" + that.id);\n",
       "    //Clear onload\n",
       "    that.img.onload = null;\n",
       "\n",
       "    //Update the box size by getting state\n",
       "    that.get_state();\n",
       "  });\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.execute = function(cmd, callback) {\n",
       "  //console.log(this.id + \" execute: \" + cmd);\n",
       "  var that = this;\n",
       "  var final_callback = function(response) {\n",
       "    if (callback)\n",
       "      callback(response);\n",
       "\n",
       "    //Update state\n",
       "    that.get_state();\n",
       "  }\n",
       "\n",
       "  //Replace newlines with semi-colon first\n",
       "  if (cmd.charAt(0) != '{')\n",
       "    cmd = cmd.replace(/\\n/g,';');\n",
       "\n",
       "  var usepost = this.post;\n",
       "  if (cmd.length > 1024)\n",
       "    usepost = true;\n",
       "\n",
       "  //Use IMG.SRC to issue the command and retrieve new image in single action\n",
       "  if (this.instant && this.img && !usepost) {\n",
       "    //Base64 encode to avoid issues with jupyterlab and command urls\n",
       "    var url = this.baseurl +  \"/icommand=\" + '_' + window.btoa(cmd) + this.image_args();\n",
       "\n",
       "    //this.img.onload = null; //This breaks interact while timestepper animating\n",
       "    this.img.onload = final_callback;\n",
       "    this.img.src = url;\n",
       "  //Use HTTP POST or GET to issue command and IMG.SRC to get image\n",
       "  } else {\n",
       "    var xhttp = new XMLHttpRequest();\n",
       "    var params = undefined;\n",
       "    if (usepost) {\n",
       "      var url = this.baseurl + \"/command\";\n",
       "      xhttp.open('POST', this.baseurl, true);\n",
       "      params = cmd;\n",
       "      //console.log(\"POST: \" + params);\n",
       "    } else {\n",
       "      var url = this.baseurl + \"/command=\" + '_' + window.btoa(cmd);\n",
       "      xhttp.open('GET', url, true);\n",
       "    }\n",
       "    xhttp.onload = function() {\n",
       "      if (xhttp.status == 200) {\n",
       "        that.get_image();\n",
       "        final_callback(xhttp.response);\n",
       "      } else\n",
       "        console.log(\"Ajax Error: \" + url + \", returned status code \" + xhttp.status + \" \" + xhttp.statusText);\n",
       "    }\n",
       "    xhttp.send(params);\n",
       "  }\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.do_action = function(id, val, el) {\n",
       "  //HTML control actions via http, replace value first\n",
       "  var script = this.actions[id];\n",
       "  //console.log(id + \" : \" + val);\n",
       "  script = script.replace(/---VAL---/g, val);\n",
       "  this.execute(script);\n",
       "  //Reload state - this happens in action execute anyway, so not needed?\n",
       "  //this.get_state();\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.redisplay = function() {\n",
       "  //console.log(\"redisplay: \" + this.id);\n",
       "  if (this.img && this.box) {\n",
       "    //Call get_image\n",
       "    this.get_image();\n",
       "    //Update the box size by getting state\n",
       "    this.get_state();\n",
       "  }\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.image_args = function() {\n",
       "  if (this.fixedsize) {\n",
       "    if (this.fixedsize == 1) {\n",
       "      //Full screen minus image border (1px)\n",
       "      var W = window.innerWidth - 2;\n",
       "      var H = window.innerHeight - 2;\n",
       "      return \"?width=\" + W + \"&height=\" + H + \"&ts=\" + new Date().getTime()\n",
       "    } else if (this.fixedsize == 2) {\n",
       "      //Image size (use width only and preserve aspect ratio if dimensions are equal)\n",
       "      var W = this.img.width;\n",
       "      var H = this.img.height;\n",
       "      if (W == H) {\n",
       "        return \"?width=\" + W + \"&ts=\" + new Date().getTime()\n",
       "      } else {\n",
       "        return \"?width=\" + W + \"&height=\" + H + \"&ts=\" + new Date().getTime()\n",
       "      }\n",
       "    }\n",
       "  } else {\n",
       "    //Once the first frame received, set to fixed size to preserve dimensions\n",
       "    //(prevents changes if the default output res is modified)\n",
       "    this.fixedsize = 2;\n",
       "    return \"?\" + new Date().getTime();\n",
       "  }\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.get_image = function(onload) {\n",
       "  if (!this.img) return;\n",
       "  //console.log(\"get_img: \" + this.id);\n",
       "\n",
       "  //if (!this.img) this.img = document.getElementById('imgtarget_0');\n",
       "  var url = this.baseurl + \"/image\" + this.image_args();\n",
       "  if (this.img) {\n",
       "    this.img.onload = onload;\n",
       "    this.img.src = url;\n",
       "  }\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.get_state = function() {\n",
       "  //Reload state\n",
       "  if (!this.box) {\n",
       "    //console.log(\"Not yet initialised. Skip get_state\");\n",
       "    //No box interactor\n",
       "    //if this interactor has value controls only,\n",
       "    //trigger redisplay on matching interactive window if any\n",
       "    for (var w in _wi) {\n",
       "      if (_wi[w] != this && _wi[w].uid == this.uid) {\n",
       "        console.log(this.id + ': Redisplaying on matching controller found: ' + w)\n",
       "        _wi[w].redisplay();\n",
       "      }\n",
       "    }\n",
       "    return;\n",
       "  }\n",
       "  //console.log(\"get_state called by \" + this.get_state.caller);\n",
       "  if (!this.img) return; //Skip for control only interator\n",
       "  var that = this;\n",
       "  var onget = function(data) {\n",
       "    if (that.box.deleted) {\n",
       "      console.log(\"This Window is defunct! removing\");\n",
       "      that.box = null;\n",
       "    } else {\n",
       "      that.box.loadFile(data);\n",
       "      that.redisplay_reset();\n",
       "    }\n",
       "  };\n",
       "\n",
       "  var url = this.baseurl + \"/getstate?\" + new Date().getTime();\n",
       "  var xhttp = new XMLHttpRequest();\n",
       "  xhttp.onload = function() {\n",
       "    if (xhttp.status == 200) {\n",
       "      //Success, callback\n",
       "      onget(xhttp.response);\n",
       "    } else\n",
       "      console.log(\"Ajax Request Error: \" + url + \", returned status code \" + xhttp.status + \" \" + xhttp.statusText);\n",
       "  }\n",
       "  xhttp.open('GET', url, true);\n",
       "  xhttp.send();\n",
       "}\n",
       "\n",
       "WindowInteractor.prototype.redisplay_reset = function() {\n",
       "  //Auto redisplay on idle - should be called on successful image load\n",
       "  if (!this.img) return;\n",
       "\n",
       "  //Redisplay interval / keep-alive (10 seconds)\n",
       "  //Reset the timer whenever get_state called, should only trigger after idle period\n",
       "  //console.log(\"REDISPLAY RESET \" + this.id);\n",
       "  var that = this;\n",
       "  if (this.redisplay_timer)\n",
       "    clearTimeout(this.redisplay_timer);\n",
       "\n",
       "  //Image element no longer exists? Skip\n",
       "  if (!document.getElementById(\"imgtarget_\" + this.id)) return;\n",
       "\n",
       "  // Get img position in the viewport\n",
       "  var bounding = this.img.getBoundingClientRect();\n",
       "  if (\n",
       "    bounding.top >= 0 &&\n",
       "    bounding.left >= 0 &&\n",
       "    bounding.right <= (window.innerWidth || document.documentElement.clientWidth) &&\n",
       "    bounding.bottom <= (window.innerHeight || document.documentElement.clientHeight)\n",
       "  ) {\n",
       "    //console.log('IMG In the viewport! Setting redisplay timer on');\n",
       "    this.redisplay_timer = setTimeout(function() { console.log(\"Redisplay \" + that.id); that.redisplay(); }, 10000);\n",
       "  } else {\n",
       "    //console.log('Not in the viewport... disabling auto-refresh');\n",
       "  }\n",
       "}\n",
       "\n",
       "//Bounding box only in WebGL\n",
       "//Urgent TODO: move shared code with draw.js into common file\n",
       "//maintaining two copies currently!\n",
       "//Re-init using previous callback data\n",
       "\n",
       "function initBox(el, cmd_callback, fixedsize) {\n",
       "  //console.log(\"INITBOX: \" + el.id);\n",
       "  var canvas = document.createElement(\"canvas\");\n",
       "  if (!el) el = document.body.firstChild;\n",
       "  canvas.id = \"canvas_\" + el.id;\n",
       "  canvas.imgtarget = el\n",
       "  el.parentElement.appendChild(canvas);\n",
       "  canvas.style.cssText = \"position: absolute; width: 100%; height: 100%; margin: 0px; padding: 0px; top: 0; left: 0; bottom: 0; right: 0; z-index: 11; border: none;\"\n",
       "  var viewer = new BoxViewer(canvas);\n",
       "\n",
       "  //Canvas event handling\n",
       "  canvas.mouse = new Mouse(canvas, new MouseEventHandler(canvasBoxMouseClick, canvasBoxMouseWheel, canvasBoxMouseMove, canvasBoxMouseDown, null, null, canvasBoxMousePinch));\n",
       "  //Following two settings should probably be defaults?\n",
       "  canvas.mouse.moveUpdate = true; //Continual update of deltaX/Y\n",
       "  //canvas.mouse.setDefault();\n",
       "  canvas.mouse.wheelTimer = true; //Accumulate wheel scroll (prevents too many events backing up)\n",
       "  defaultMouse = document.mouse = canvas.mouse;\n",
       "\n",
       "  //Attach viewer object to canvas\n",
       "  canvas.viewer = viewer;\n",
       "\n",
       "  //Disable context menu and prevent bubbling\n",
       "  canvas.addEventListener('contextmenu', e => {e.preventDefault(); e.stopPropagation();});\n",
       "\n",
       "  //Command callback function\n",
       "  viewer.command = cmd_callback;\n",
       "\n",
       "  //Data dict and colourmap names stored in globals\n",
       "  viewer.dict = window.dictionary;\n",
       "  viewer.defaultcolourmaps = window.defaultcolourmaps;\n",
       "\n",
       "  //Enable to forward key presses to server directly\n",
       "  //(only used for full size viewers)\n",
       "  if (fixedsize == 1)\n",
       "    document.addEventListener('keyup', function(event) {keyPress(event, viewer);});\n",
       "\n",
       "  return viewer;\n",
       "}\n",
       "\n",
       "function keyModifiers(event) {\n",
       "  modifiers = '';\n",
       "  if (event.ctrlKey) modifiers += 'C';\n",
       "  if (event.shiftKey) modifiers += 'S';\n",
       "  if (event.altKey) modifiers += 'A';\n",
       "  if (event.metaKey) modifiers += 'M';\n",
       "  return modifiers;\n",
       "}\n",
       "\n",
       "function keyPress(event, viewer) {\n",
       "  // space and arrow keys, prevent scrolling\n",
       "  if ([' ', 'ArrowUp', 'ArrowDown', 'ArrowLeft', 'ArrowRight'].includes(event.key))\n",
       "    event.preventDefault();\n",
       "\n",
       "  if (event.target.tagName == 'INPUT') return;\n",
       "\n",
       "  //Special key codes\n",
       "  if (event.key == 'ArrowUp') key = 17;\n",
       "  else if (event.key == 'ArrowDown') key = 18;\n",
       "  else if (event.key == 'ArrowLeft') key = 20;\n",
       "  else if (event.key == 'ArrowRight') key = 19;\n",
       "  else if (event.key == 'PageUp') key = 24;\n",
       "  else if (event.key == 'PageDown') key = 25;\n",
       "  else if (event.key == 'PageUp') key = 24;\n",
       "  else if (event.key == 'Home') key = 22;\n",
       "  else if (event.key == 'End') key = 23;\n",
       "  else if (event.key == 'Backspace') key = 8;\n",
       "  else if (event.key == 'Tab') key = 9;\n",
       "  else if (event.key == 'Escape') key = 27;\n",
       "  else if (event.key == 'Enter') key = 13;\n",
       "  else if (event.key == 'Insert') key = 21;\n",
       "  else if (event.key == 'Delete') key = 127;\n",
       "  else if (event.key[0] == 'F' && event.key.length > 1)\n",
       "    key = 189 + parseInt(event.key.substr(1));\n",
       "  else if (event.key.length == 1) {\n",
       "    key = event.key.charCodeAt(0);\n",
       "    if (key > 127 && event.code.length == 4 && event.code.substr(0,3) == 'Key')\n",
       "      key = event.code.charCodeAt(3);\n",
       "  } else\n",
       "    return;\n",
       "\n",
       "  //console.log(event.key);\n",
       "  //console.log(event.code);\n",
       "  //console.log(key);\n",
       "\n",
       "  var modifiers = keyModifiers(event);\n",
       "\n",
       "  //Ignore CTRL+R, CTRL+SHIFT+R\n",
       "  if (key == 114 && modifiers == 'C' || key == 82 && modifiers == 'CS') return;\n",
       "\n",
       "  cmd = 'key key=' + key + ',modifiers=' + modifiers + \",x=\" + defaultMouse.x + \",y=\" + defaultMouse.y;\n",
       "  //console.log(cmd);\n",
       "  viewer.command(cmd);\n",
       "}\n",
       "\n",
       "function canvasBoxMouseClick(event, mouse) {\n",
       "  mouse.element.viewer.check_context(mouse);\n",
       "\n",
       "  if (mouse.element.viewer.rotating)\n",
       "    mouse.element.viewer.command('' + mouse.element.viewer.getRotationString());\n",
       "  else\n",
       "    mouse.element.viewer.command('' + mouse.element.viewer.getTranslationString());\n",
       "\n",
       "  if (mouse.element.viewer.rotating) {\n",
       "    mouse.element.viewer.rotating = false;\n",
       "    //mouse.element.viewer.reload = true;\n",
       "  }\n",
       "\n",
       "  //Clear the webgl box\n",
       "  mouse.element.viewer.clear();\n",
       "\n",
       "  return false;\n",
       "}\n",
       "\n",
       "function canvasBoxMouseDown(event, mouse) {\n",
       "  mouse.element.viewer.check_context(mouse);\n",
       "  //Just draw so the box appears\n",
       "  mouse.element.viewer.draw();\n",
       "  return false;\n",
       "}\n",
       "\n",
       "var hideBoxTimer;\n",
       "\n",
       "function canvasBoxMouseMove(event, mouse) {\n",
       "  //GUI elements to show on mouseover\n",
       "  if (mouse.element && mouse.element.viewer && Object.keys(mouse.element.viewer.vis).length) {\n",
       "    var gui = mouse.element.viewer.gui;\n",
       "    var rect = mouse.element.getBoundingClientRect();\n",
       "    x = event.clientX-rect.left;\n",
       "    y = event.clientY-rect.top;\n",
       "    if (x >= 0 && y >= 0 && x < rect.width && y < rect.height) {\n",
       "      if (!gui && mouse.element.imgtarget)\n",
       "        mouse.element.imgtarget.nextElementSibling.style.display = \"block\";\n",
       "\n",
       "      if (gui) {\n",
       "        if (mouse.element.imgtarget) mouse.element.imgtarget.nextElementSibling.style.display = \"none\";\n",
       "        gui.domElement.style.display = \"block\";\n",
       "      }\n",
       "\n",
       "      if (hideBoxTimer) \n",
       "        clearTimeout(hideBoxTimer);\n",
       "\n",
       "      hideBoxTimer = setTimeout(function () { hideMenu(mouse.element, gui);}, 1000 );\n",
       "    }\n",
       "  }\n",
       "\n",
       "  if (!mouse.isdown || !mouse.element.viewer) return true;\n",
       "  mouse.element.viewer.rotating = false;\n",
       "\n",
       "  //Switch buttons for translate/rotate\n",
       "  var button = mouse.button;\n",
       "\n",
       "  if (mouse.element.viewer.mode == \"Translate\") {\n",
       "    //Swap rotate/translate buttons\n",
       "    if (button == 0)\n",
       "      button = 2\n",
       "    else if (button == 2)\n",
       "      button = 0;\n",
       "  } else if (button==0 && mouse.element.viewer.mode == \"Zoom\") {\n",
       "      button = 100;\n",
       "  }\n",
       "\n",
       "  //console.log(mouse.deltaX + \",\" + mouse.deltaY);\n",
       "  switch (button)\n",
       "  {\n",
       "    case 0:\n",
       "      mouse.element.viewer.rotateY(mouse.deltaX/5);\n",
       "      mouse.element.viewer.rotateX(mouse.deltaY/5);\n",
       "      mouse.element.viewer.rotating = true;\n",
       "      break;\n",
       "    case 1:\n",
       "      mouse.element.viewer.rotateZ(Math.sqrt(mouse.deltaX*mouse.deltaX + mouse.deltaY*mouse.deltaY)/5);\n",
       "      mouse.element.viewer.rotating = true;\n",
       "      break;\n",
       "    case 2:\n",
       "      var adjust = mouse.element.viewer.modelsize / 1000;   //1/1000th of size\n",
       "      mouse.element.viewer.translate[0] += mouse.deltaX * adjust;\n",
       "      mouse.element.viewer.translate[1] -= mouse.deltaY * adjust;\n",
       "      break;\n",
       "    case 100:\n",
       "      var adjust = mouse.element.viewer.modelsize / 1000;   //1/1000th of size\n",
       "      mouse.element.viewer.translate[2] += mouse.deltaX * adjust;\n",
       "      break;\n",
       "  }\n",
       "\n",
       "  mouse.element.viewer.draw();\n",
       "\n",
       "  return false;\n",
       "}\n",
       "\n",
       "function canvasBoxMouseWheel(event, mouse) {\n",
       "  mouse.element.viewer.check_context(mouse);\n",
       "  var scroll = event.deltaY < 0 ? 0.01 : -0.01;\n",
       "  //console.log(event.shiftKey,event.deltaY * -0.01);\n",
       "  if (event.shiftKey) {\n",
       "    mouse.element.viewer.zoomClip(scroll);\n",
       "    //mouse.element.viewer.zoomClip(event.spin*0.01);\n",
       "  } else {\n",
       "    mouse.element.viewer.zoom(scroll);\n",
       "    //mouse.element.viewer.zoom(event.spin*0.01);\n",
       "  }\n",
       "  return false; //Prevent default\n",
       "}\n",
       "\n",
       "function canvasBoxMousePinch(event, mouse) {\n",
       "  mouse.element.viewer.check_context(mouse);\n",
       "  if (event.distance != 0) {\n",
       "    var factor = event.distance * 0.0001;\n",
       "    mouse.element.viewer.zoom(factor);\n",
       "    //Clear the box after a second\n",
       "    setTimeout(function() {mouse.element.viewer.clear();}, 1000);\n",
       "  }\n",
       "  return false; //Prevent default\n",
       "}\n",
       "\n",
       "//This object encapsulates a vertex buffer and shader set\n",
       "function BoxRenderer(gl, colour) {\n",
       "  this.gl = gl;\n",
       "  if (colour)\n",
       "    this.colour = colour;\n",
       "  else\n",
       "    this.colour = [0.5, 0.5, 0.5, 1.0];\n",
       "\n",
       "  //Line renderer\n",
       "  this.attribSizes = [3 * Float32Array.BYTES_PER_ELEMENT];\n",
       "\n",
       "  this.elements = 0;\n",
       "  this.elementSize = 0;\n",
       "  for (var i=0; i<this.attribSizes.length; i++)\n",
       "    this.elementSize += this.attribSizes[i];\n",
       "}\n",
       "\n",
       "var vs = \"precision highp float; \\n \\\n",
       "attribute vec3 aVertexPosition; \\n \\\n",
       "attribute vec4 aVertexColour; \\n \\\n",
       "uniform mat4 uMVMatrix; \\n \\\n",
       "uniform mat4 uPMatrix; \\n \\\n",
       "uniform vec4 uColour; \\n \\\n",
       "varying vec4 vColour; \\n \\\n",
       "void main(void) \\n \\\n",
       "{ \\n \\\n",
       "  vec4 mvPosition = uMVMatrix * vec4(aVertexPosition, 1.0); \\n \\\n",
       "  gl_Position = uPMatrix * mvPosition; \\n \\\n",
       "  vColour = uColour; \\n \\\n",
       "}\";\n",
       "\n",
       "var fs = \"precision highp float; \\n \\\n",
       "varying vec4 vColour; \\n \\\n",
       "void main(void) \\n \\\n",
       "{ \\n \\\n",
       "  gl_FragColor = vColour; \\n \\\n",
       "}\";\n",
       "\n",
       "BoxRenderer.prototype.init = function() {\n",
       "  //Compile the shaders\n",
       "  this.program = new WebGLProgram(this.gl, vs, fs);\n",
       "  if (this.program.errors) console.log(this.program.errors);\n",
       "  //Setup attribs/uniforms (flag set to skip enabling attribs)\n",
       "  this.program.setup(undefined, undefined, true);\n",
       "\n",
       "  return true;\n",
       "}\n",
       "\n",
       "BoxRenderer.prototype.updateBuffers = function(view) {\n",
       "  //Create buffer if not yet allocated\n",
       "  if (this.vertexBuffer == undefined) {\n",
       "    //Init shaders etc...\n",
       "    if (!this.init()) return;\n",
       "    this.vertexBuffer = this.gl.createBuffer();\n",
       "    this.indexBuffer = this.gl.createBuffer();\n",
       "  }\n",
       "\n",
       "  //Bind buffers\n",
       "  this.gl.bindBuffer(this.gl.ARRAY_BUFFER, this.vertexBuffer);\n",
       "  this.gl.bindBuffer(this.gl.ELEMENT_ARRAY_BUFFER, this.indexBuffer);\n",
       "\n",
       "  this.box(view.min, view.max);\n",
       "}\n",
       "\n",
       "BoxRenderer.prototype.box = function(min, max) {\n",
       "  var zero = [min[0]+0.5*(max[0] - min[0]), min[1]+0.5*(max[1] - min[1]), min[2]+0.5*(max[2] - min[2])];\n",
       "  var min10 = [min[0] + 0.45*(max[0] - min[0]), min[1]+0.45*(max[1] - min[1]), min[2]+0.45*(max[2] - min[2])];\n",
       "  var max10 = [min[0] + 0.55*(max[0] - min[0]), min[1]+0.55*(max[1] - min[1]), min[2]+0.55*(max[2] - min[2])];\n",
       "  var vertices = new Float32Array(\n",
       "        [\n",
       "          /* Bounding box */\n",
       "          min[0], min[1], max[2],\n",
       "          min[0], max[1], max[2],\n",
       "          max[0], max[1], max[2],\n",
       "          max[0], min[1], max[2],\n",
       "          min[0], min[1], min[2],\n",
       "          min[0], max[1], min[2],\n",
       "          max[0], max[1], min[2],\n",
       "          max[0], min[1], min[2],\n",
       "          /* 10% box */\n",
       "          min10[0], min10[1], max10[2],\n",
       "          min10[0], max10[1], max10[2],\n",
       "          max10[0], max10[1], max10[2],\n",
       "          max10[0], min10[1], max10[2],\n",
       "          min10[0], min10[1], min10[2],\n",
       "          min10[0], max10[1], min10[2],\n",
       "          max10[0], max10[1], min10[2],\n",
       "          max10[0], min10[1], min10[2],\n",
       "          /* Axis lines */\n",
       "          min[0], zero[1], zero[2],\n",
       "          max[0], zero[1], zero[2],\n",
       "          zero[0], min[1], zero[2],\n",
       "          zero[0], max[1], zero[2],\n",
       "          zero[0], zero[1], min[2],\n",
       "          zero[0], zero[1], max[2]\n",
       "        ]);\n",
       "\n",
       "  var indices = new Uint16Array(\n",
       "        [\n",
       "          /* Bounding box */\n",
       "          0, 1, 1, 2, 2, 3, 3, 0,\n",
       "          4, 5, 5, 6, 6, 7, 7, 4,\n",
       "          0, 4, 3, 7, 1, 5, 2, 6,\n",
       "          /* 10% box */\n",
       "          8, 9, 9, 10, 10, 11, 11, 8,\n",
       "          12, 13, 13, 14, 14, 15, 15, 12,\n",
       "          8, 12, 11, 15, 9, 13, 10, 14,\n",
       "          /* Axis lines */\n",
       "          16, 17,\n",
       "          18, 19,\n",
       "          20, 21\n",
       "        ]\n",
       "     );\n",
       "  this.gl.bufferData(this.gl.ARRAY_BUFFER, vertices, this.gl.STATIC_DRAW);\n",
       "  this.gl.bufferData(this.gl.ELEMENT_ARRAY_BUFFER, indices, this.gl.STATIC_DRAW);\n",
       "  this.elements = 24+24+6;\n",
       "}\n",
       "\n",
       "BoxRenderer.prototype.draw = function(webgl, nobox, noaxes) {\n",
       "  if (!this.elements) return;\n",
       "\n",
       "  if (this.program.attributes[\"aVertexPosition\"] == undefined) return; //Require vertex buffer\n",
       "\n",
       "  webgl.use(this.program);\n",
       "  webgl.setMatrices();\n",
       "\n",
       "  //Bind buffers\n",
       "  this.gl.bindBuffer(this.gl.ARRAY_BUFFER, this.vertexBuffer);\n",
       "  this.gl.bindBuffer(this.gl.ELEMENT_ARRAY_BUFFER, this.indexBuffer);\n",
       "\n",
       "  //Enable attributes\n",
       "  for (var key in this.program.attributes)\n",
       "    this.gl.enableVertexAttribArray(this.program.attributes[key]);\n",
       "\n",
       " \n",
       "  //Line box render\n",
       "  this.gl.vertexAttribPointer(this.program.attributes[\"aVertexPosition\"], 3, this.gl.FLOAT, false, 0, 0);\n",
       "  //Bounding box\n",
       "  if (!nobox) {\n",
       "    this.gl.uniform4f(this.program.uniforms[\"uColour\"], this.colour[0], this.colour[1], this.colour[2], this.colour[3]);\n",
       "    this.gl.drawElements(this.gl.LINES, 24, this.gl.UNSIGNED_SHORT, 0);\n",
       "  }\n",
       "\n",
       "  //10% box (always draw)\n",
       "  this.gl.drawElements(this.gl.LINES, 24, this.gl.UNSIGNED_SHORT, 24 * 2);\n",
       "\n",
       "  //Axes (2 bytes per unsigned short)\n",
       "  if (!noaxes) {\n",
       "    this.gl.uniform4f(this.program.uniforms[\"uColour\"], 1.0, 0.0, 0.0, 1.0);\n",
       "    this.gl.drawElements(this.gl.LINES, 2, this.gl.UNSIGNED_SHORT, (24+24) * 2);\n",
       "    this.gl.uniform4f(this.program.uniforms[\"uColour\"], 0.0, 1.0, 0.0, 1.0);\n",
       "    this.gl.drawElements(this.gl.LINES, 2, this.gl.UNSIGNED_SHORT, (24+24+2) * 2);\n",
       "    this.gl.uniform4f(this.program.uniforms[\"uColour\"], 0.0, 0.0, 1.0, 1.0);\n",
       "    this.gl.drawElements(this.gl.LINES, 2, this.gl.UNSIGNED_SHORT, (24+24+4) * 2);\n",
       "  }\n",
       "\n",
       "  //Disable attribs\n",
       "  for (var key in this.program.attributes)\n",
       "    this.gl.disableVertexAttribArray(this.program.attributes[key]);\n",
       "\n",
       "  this.gl.bindBuffer(this.gl.ARRAY_BUFFER, null);\n",
       "  this.gl.bindBuffer(this.gl.ELEMENT_ARRAY_BUFFER, null);\n",
       "  this.gl.useProgram(null);\n",
       "}\n",
       "\n",
       "//This object holds the viewer details and calls the renderers\n",
       "function BoxViewer(canvas) {\n",
       "  this.vis = {};\n",
       "  this.vis.objects = [];\n",
       "  this.vis.colourmaps = [];\n",
       "  this.canvas = canvas;\n",
       "  if (!canvas) {alert(\"Invalid Canvas\"); return;}\n",
       "  try {\n",
       "    this.webgl = new WebGL(this.canvas, {antialias: true}); //, premultipliedAlpha: false});\n",
       "    this.gl = this.webgl.gl;\n",
       "    canvas.addEventListener(\"webglcontextlost\", function(event) {\n",
       "      //event.preventDefault();\n",
       "      console.log(\"Context loss detected, clearing data/state and flagging defunct\");\n",
       "      this.mouse.lostContext = true;\n",
       "    }, false);\n",
       "\n",
       "    canvas.addEventListener(\"webglcontextrestored\", function(event) {\n",
       "      console.log(\"Context restored\");\n",
       "    }, false);\n",
       "\n",
       "  } catch(e) {\n",
       "    //No WebGL\n",
       "    console.log(\"No WebGL: \" + e);\n",
       "  }\n",
       "\n",
       "  this.rotating = false;\n",
       "  this.translate = [0,0,0];\n",
       "  this.rotate = quat4.create();\n",
       "  quat4.identity(this.rotate);\n",
       "  this.fov = 45;\n",
       "  this.focus = [0,0,0];\n",
       "  this.centre = [0,0,0];\n",
       "  this.near_clip = this.far_clip = 0.0;\n",
       "  this.modelsize = 1;\n",
       "  this.scale = [1, 1, 1];\n",
       "  this.orientation = 1.0; //1.0 for RH, -1.0 for LH\n",
       "\n",
       "  //Non-persistant settings\n",
       "  this.mode = 'Rotate';\n",
       "  if (!this.gl) return;\n",
       "\n",
       "  //Create the renderers\n",
       "  this.border = new BoxRenderer(this.gl, [0.5,0.5,0.5,1]);\n",
       "\n",
       "  this.gl.enable(this.gl.DEPTH_TEST);\n",
       "  this.gl.depthFunc(this.gl.LEQUAL);\n",
       "  //this.gl.depthMask(this.gl.FALSE);\n",
       "  this.gl.enable(this.gl.BLEND);\n",
       "  //this.gl.blendFunc(this.gl.SRC_ALPHA, this.gl.ONE_MINUS_SRC_ALPHA);\n",
       "  //this.gl.blendFuncSeparate(this.gl.SRC_ALPHA, this.gl.ONE_MINUS_SRC_ALPHA, this.gl.ZERO, this.gl.ONE);\n",
       "  this.gl.blendFuncSeparate(this.gl.SRC_ALPHA, this.gl.ONE_MINUS_SRC_ALPHA, this.gl.ONE, this.gl.ONE_MINUS_SRC_ALPHA);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.check_context = function(mouse) {\n",
       "  if (mouse.lostContext) {\n",
       "    console.log(\"Recreating viewer after context loss\");\n",
       "    //Reinit on timer? on click?\n",
       "    var box = initBox(this.canvas.imgtarget, this.command);\n",
       "    box.loadFile(JSON.stringify(this.vis));\n",
       "    //Delete the old canvas now\n",
       "    this.canvas.parentNode.removeChild(this.canvas);\n",
       "    this.vis = null;\n",
       "    mouse.lostContext = false;\n",
       "    this.deleted = true;\n",
       "  }\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.reload = function() {\n",
       "  this.command('reload');\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.checkPointMinMax = function(coord) {\n",
       "  for (var i=0; i<3; i++) {\n",
       "    this.view.min[i] = Math.min(coord[i], this.view.min[i]);\n",
       "    this.view.max[i] = Math.max(coord[i], this.view.max[i]);\n",
       "  }\n",
       "  //console.log(JSON.stringify(this.view.min) + \" -- \" + JSON.stringify(this.view.max));\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.sendState = function(reload) {\n",
       "  var exp = {\"objects\"    : this.exportObjects(),\n",
       "             \"colourmaps\" : this.exportColourMaps(),\n",
       "             \"views\"      : this.exportView(),\n",
       "             \"properties\" : this.vis.properties};\n",
       "\n",
       "  exp.exported = true;\n",
       "  exp.reload = reload;\n",
       "\n",
       "  this.command(JSON.stringify(exp));\n",
       "}\n",
       "\n",
       "function Merge(obj1, obj2) {\n",
       "  for (var p in obj2) {\n",
       "    try {\n",
       "      //console.log(p + \" ==> \" + obj2[p].constructor);\n",
       "      // Property in destination object set; update its value.\n",
       "      if (!obj2.hasOwnProperty(p)) continue;\n",
       "      if (obj2[p].constructor == Object || obj2[p].constructor == Array) {\n",
       "        obj1[p] = Merge(obj1[p], obj2[p]);\n",
       "      } else {\n",
       "        //Just copy\n",
       "        obj1[p] = obj2[p];\n",
       "      }\n",
       "    } catch(e) {\n",
       "      // Property in destination object not set; create it and set its value.\n",
       "      obj1[p] = obj2[p];\n",
       "    }\n",
       "  }\n",
       "\n",
       "  //Clear any keys in obj1 that are not in obj2\n",
       "  for (var p in obj1) {\n",
       "    if (!obj1.hasOwnProperty(p)) continue; //Ignore built in keys\n",
       "    if (p in obj2) continue;\n",
       "    if (typeof(obj1[p]) != 'object') {\n",
       "      //Just delete\n",
       "      delete obj1[p]\n",
       "    }\n",
       "  }\n",
       "\n",
       "  return obj1;\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.toString = function(nocam, reload) {\n",
       "  var exp = {\"objects\"    : this.exportObjects(),\n",
       "             \"colourmaps\" : this.exportColourMaps(),\n",
       "             \"views\"      : this.exportView(nocam),\n",
       "             \"properties\" : this.vis.properties};\n",
       "\n",
       "  exp.exported = true;\n",
       "  exp.reload = reload ? true : false;\n",
       "\n",
       "  if (nocam) return JSON.stringify(exp);\n",
       "  //Export with 2 space indentation\n",
       "  return JSON.stringify(exp, undefined, 2);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.exportView = function(nocam) {\n",
       "  //Update camera settings of current view\n",
       "  if (nocam)\n",
       "    this.view = {};\n",
       "  else {\n",
       "    this.view.rotate = this.getRotation();\n",
       "    this.view.focus = this.focus;\n",
       "    this.view.translate = this.translate;\n",
       "    //Allows scale editing in UI by commenting this\n",
       "    //this.view.scale = this.scale;\n",
       "  }\n",
       "  /*\n",
       "   * If we overwrite these, changes from menu will not apply\n",
       "   *\n",
       "  this.view.fov = this.fov;\n",
       "  this.view.near = this.near_clip;\n",
       "  this.view.far = this.far_clip;\n",
       "  this.view.border = this.showBorder ? 1 : 0;\n",
       "  this.view.axis = this.axes;\n",
       "  */\n",
       "  //this.view.background = this.background.toString();\n",
       "\n",
       "  //Never export min/max\n",
       "  var V = Object.assign(this.view);\n",
       "  V.min = undefined;\n",
       "  V.max = undefined;\n",
       "  return [V];\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.exportObjects = function() {\n",
       "  objs = [];\n",
       "  for (var id in this.vis.objects) {\n",
       "    objs[id] = {};\n",
       "    //Skip geometry data\n",
       "    for (var type in this.vis.objects[id]) {\n",
       "      if (type != \"triangles\" && type != \"points\" && type != 'lines' && type != \"volume\") {\n",
       "        objs[id][type] = this.vis.objects[id][type];\n",
       "      }\n",
       "    }\n",
       "  }\n",
       "  //console.log(\"OBJECTS: \" + JSON.stringify(objs));\n",
       "\n",
       "  return objs;\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.exportColourMaps = function() {\n",
       "  return this.vis.colourmaps;\n",
       "//DEPRECATED\n",
       "  //Below extracts map from gui editor, not needed unless editor hasn't updated vis object\n",
       "  cmaps = [];\n",
       "  if (this.vis.colourmaps) {\n",
       "    for (var i=0; i<this.vis.colourmaps.length; i++) {\n",
       "      console.log(i + \" - \" + this.vis.colourmaps[i].palette);\n",
       "      if (!this.vis.colourmaps[i].palette) continue;\n",
       "      cmaps[i] = this.vis.colourmaps[i].palette.get();\n",
       "      //Copy additional properties\n",
       "      for (var type in this.vis.colourmaps[i]) {\n",
       "        if (type != \"palette\" && type != \"colours\")\n",
       "          cmaps[i][type] = this.vis.colourmaps[i][type];\n",
       "      }\n",
       "    }\n",
       "  }\n",
       "  return cmaps;\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.exportFile = function() {\n",
       "  window.open('data:text/plain;base64,' + window.btoa(this.toString(false, true)));\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.loadFile = function(source) {\n",
       "  //Skip update to rotate/translate etc if in process of updating\n",
       "  //if (document.mouse.isdown) return;\n",
       "  if (source.length < 3) {\n",
       "    console.log('Invalid source data, ignoring');\n",
       "    console.log(source);\n",
       "    console.log(BoxViewer.prototype.loadFile.caller);\n",
       "    return; //Invalid\n",
       "  }\n",
       "\n",
       "  if (!this.vis)\n",
       "    this.vis = {};\n",
       "\n",
       "  //Parse data\n",
       "  var src = {};\n",
       "  try {\n",
       "    src = JSON.parse(source);\n",
       "  } catch(e) {\n",
       "    console.log(source);\n",
       "    console.log(\"Parse Error: \" + e);\n",
       "    return;\n",
       "  }\n",
       "\n",
       "  //Before merge, delete all colourmap data if changed\n",
       "  for (var c in this.vis.colourmaps) {\n",
       "    //Name or colour count mismatch? delete so can be recreated\n",
       "    if (this.vis.colourmaps[c].name != src.colourmaps[c].name || \n",
       "        this.vis.colourmaps[c].colours.length != src.colourmaps[c].colours.length) {\n",
       "      //Delete the colourmap folder for this map, will be re-created\n",
       "      if (this.cgui && this.cgui.__folders[this.vis.colourmaps[c].name]) {\n",
       "        this.cgui.removeFolder(this.cgui.__folders[this.vis.colourmaps[c].name]);\n",
       "        this.cgui.__folders[this.vis.colourmaps[c].name] = undefined;\n",
       "      }\n",
       "      //Clear all the colours so new data will replace in merge\n",
       "      this.vis.colourmaps[c].colours = undefined;\n",
       "    }\n",
       "  }\n",
       "\n",
       "  //Merge keys - preserves original objects for gui access\n",
       "  Merge(this.vis, src);\n",
       "\n",
       "  //No model loaded? Prevents errors so default are loaded\n",
       "  if (!this.vis.properties)\n",
       "    this.vis.properties = {};\n",
       "\n",
       "  //Set active view (always first for now)\n",
       "  this.view = this.vis.views[0];\n",
       "\n",
       "  //Always set a bounding box, get from objects if not in view\n",
       "  var objbb = false;\n",
       "  if (!this.view.min || !this.view.max) {\n",
       "    this.view.min = [Number.MAX_VALUE, Number.MAX_VALUE, Number.MAX_VALUE];\n",
       "    this.view.max = [-Number.MAX_VALUE, -Number.MAX_VALUE, -Number.MAX_VALUE];\n",
       "    objbb = true;\n",
       "  }\n",
       "  //console.log(JSON.stringify(this.view,null, 2));\n",
       "\n",
       "  if (this.view) {\n",
       "    this.fov = this.view.fov || 45;\n",
       "    this.near_clip = this.view.near || 0;\n",
       "    this.far_clip = this.view.far || 0;\n",
       "    this.orientation = this.view.orientation || 1;\n",
       "    this.axes = this.view.axis == undefined ? true : this.view.axis;\n",
       "  }\n",
       "\n",
       "  if (this.vis.properties.resolution && this.vis.properties.resolution[0] && this.vis.properties.resolution[1]) {\n",
       "    this.width = this.vis.properties.resolution[0];\n",
       "    this.height = this.vis.properties.resolution[1];\n",
       "    //this.canvas.style.width = \"\";\n",
       "    //this.canvas.style.height = \"\";\n",
       "  } else {\n",
       "    //Autosize when img loaded\n",
       "    this.width = 0;\n",
       "    this.height = 0;\n",
       "  }\n",
       "\n",
       "  //Process object data\n",
       "  for (var id in this.vis.objects) {\n",
       "    //Apply object bounding box\n",
       "    if (objbb && this.vis.objects[id].min)\n",
       "      this.checkPointMinMax(this.vis.objects[id].min);\n",
       "    if (objbb && this.vis.objects[id].max)\n",
       "      this.checkPointMinMax(this.vis.objects[id].max);\n",
       "  }\n",
       "\n",
       "  this.updateDims(this.view);\n",
       "\n",
       "  //Update display\n",
       "  if (!this.gl) return;\n",
       "  this.draw();\n",
       "  this.clear();\n",
       "\n",
       "  //Create UI - disable by omitting dat.gui.min.js\n",
       "  //(If menu doesn't exist or is open, update immediately\n",
       "  // otherwise, wait until clicked/opened as update is slow)\n",
       "  if (!this.gui || !this.gui.closed)\n",
       "    this.menu();\n",
       "  else\n",
       "    this.reloadgui = true;\n",
       "\n",
       "  //Copy updated values to all generated controls\n",
       "  //This allows data changed by other means (ie: through python) to \n",
       "  // be reflected in the HTML control values\n",
       "  var that = this;\n",
       "  var getValWithIndex = function(prop, val, idx) {\n",
       "    if (val === undefined) return;\n",
       "    if (idx != null && idx >= 0 && val.length > idx)\n",
       "       val = val[idx];\n",
       "    //Round off floating point numbers\n",
       "    if (that.dict[property].type.indexOf('real') >= 0)\n",
       "       return val.toFixed(6) / 1; //toFixed() / 1 rounds to fixed position and removes trailing zeros\n",
       "    return val;\n",
       "  }\n",
       "  var pel = this.canvas.parentElement.parentElement;\n",
       "  var children = pel.getElementsByTagName('*');\n",
       "  for (var i=0; i<children.length; i++) {\n",
       "    //Process property controls\n",
       "    var id = children[i].id;\n",
       "    if (id.indexOf('lvctrl') >= 0) {\n",
       "      var target = children[i].getAttribute(\"data-target\");\n",
       "      var property = children[i].getAttribute(\"data-property\");\n",
       "      var idx = children[i].getAttribute(\"data-index\");\n",
       "      //console.log(id + \" : \" + target + \" : \" + property + \" [\" + idx + \"]\");\n",
       "      if (property) {\n",
       "        if (target) {\n",
       "          //Loop through objects, find those whose name matches element target\n",
       "          for (var o in this.vis.objects) {\n",
       "            var val = this.vis.objects[o][property];\n",
       "            if (val === undefined) continue;\n",
       "            if (this.vis.objects[o].name == target) {\n",
       "              if (idx != null && idx >= 0)\n",
       "                val = val[idx];\n",
       "              //console.log(target + \" ==> SET \" + id + \" : ['\" + property + \"'] VALUE TO \" + val);\n",
       "              //console.log(\"TAG: \" + children[i].tagName);\n",
       "              if (children[i].type == 'checkbox')\n",
       "                children[i].checked = val;\n",
       "              else if (children[i].tagName == 'SELECT') {\n",
       "                //If integer, set by index, otherwise set by value\n",
       "                var parsed = parseInt(val);\n",
       "                if (isNaN(parsed) || parsed.toString() != val) {\n",
       "                  //If the value is in the options, set it, otherwise leave as is\n",
       "                  for (var c in children[i].options) {\n",
       "                    if (children[i].options[c].value == val) {\n",
       "                      children[i].selectedIndex = c;\n",
       "                      break;\n",
       "                    }\n",
       "                  }\n",
       "                } else {\n",
       "                  children[i].selectedIndex = parsed;\n",
       "                }\n",
       "              } else if (children[i].tagName == 'DIV') {\n",
       "                children[i].style.background = new Colour(val).html();\n",
       "              } else if (children[i].tagName == 'CANVAS' && children[i].gradient) {\n",
       "                //Store full list of colourmaps\n",
       "                var el = children[i]; //canvas element\n",
       "                //Ensure we aren't merging the same object\n",
       "                el.colourmaps = Merge(JSON.parse(JSON.stringify(el.colourmaps)), this.vis.colourmaps);\n",
       "                //Load the initial colourmap\n",
       "                if (!el.selectedIndex >= 0) {\n",
       "                  //Get the selected index from the property value\n",
       "                  for (var c in this.vis.colourmaps) {\n",
       "                    if (this.vis.colourmaps[c].name == val) {\n",
       "                      el.selectedIndex = c;\n",
       "                      //Copy, don't link\n",
       "                      el.currentmap = JSON.parse(JSON.stringify(this.vis.colourmaps[c]));\n",
       "                      //el.currentmap = Object.assign(this.vis.colourmaps[c]);\n",
       "                      break;\n",
       "                    }\n",
       "                  }\n",
       "                }\n",
       "                //Can't use gradient.read() here as it triggers another state load,\n",
       "                //looping infinitely - so load the palette change directly\n",
       "                el.gradient.palette = new Palette(this.vis.colourmaps[el.selectedIndex].colours, true);\n",
       "                //el.gradient.reset(); //For some reason this screws up colour editing\n",
       "                el.gradient.update(true); //Update without triggering callback that triggers a state reload\n",
       "              } else {\n",
       "                //console.log(id + \" : \" + target + \" : \" + property + \" = \" + val);\n",
       "                children[i].value = getValWithIndex(property, val, idx);\n",
       "              }\n",
       "            }\n",
       "          }\n",
       "        } else if (this.vis.views[0][property] != null) {\n",
       "          //View property\n",
       "          var val = this.vis.views[0][property];\n",
       "          //console.log(\"SET \" + id + \" : ['\" + property + \"'] VIEW PROP VALUE TO \" + val);\n",
       "          children[i].value = getValWithIndex(property, val, idx);\n",
       "        } else if (this.vis.properties[property] != null) {\n",
       "          //Global property\n",
       "          var val = this.vis.properties[property];\n",
       "          //console.log(\"SET \" + id + \" : ['\" + property + \"'] GLOBAL VALUE TO \" + val);\n",
       "          children[i].value = getValWithIndex(property, val, idx);\n",
       "        }\n",
       "      }\n",
       "    }\n",
       "  }\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.menu = function() {\n",
       "  //Create UI - disable by omitting dat.gui.min.js\n",
       "  //This is slow! Don't call while animating\n",
       "  var viewer = this;\n",
       "  var changefn = function(value, reload) {\n",
       "    //console.log(JSON.stringify(Object.keys(this)));\n",
       "    //console.log(value);\n",
       "    if (reload == undefined) {\n",
       "      reload = true;\n",
       "      if (this.property && viewer.dict[this.property])\n",
       "      {\n",
       "        //Get reload level from prop dict\n",
       "        //console.log(this.property + \" REDRAW: \" + viewer.dict[this.property].redraw);\n",
       "        reload = viewer.dict[this.property].redraw;\n",
       "      }\n",
       "    }\n",
       "\n",
       "    //Sync state and reload\n",
       "    viewer.sendState(reload);\n",
       "  };\n",
       "\n",
       "  if (!this.gui || this.gui.closed) {\n",
       "    //Re-create from scratch if closed or not present\n",
       "    createMenu(this, changefn);\n",
       "  } else {\n",
       "    updateMenu(this, changefn);\n",
       "  }\n",
       "  this.reloadgui = false;\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.clear = function() {\n",
       "  if (!this.gl) return;\n",
       "  this.gl.clear(this.gl.COLOR_BUFFER_BIT | this.gl.DEPTH_BUFFER_BIT);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.draw = function() {\n",
       "  if (!this.canvas) return;\n",
       "\n",
       "  //Get the dimensions from the current canvas\n",
       "  if (this.width != this.canvas.offsetWidth || this.height != this.canvas.offsetHeight) {\n",
       "    this.width = this.canvas.offsetWidth;\n",
       "    this.height = this.canvas.offsetHeight;\n",
       "    //Need to set this too for some reason\n",
       "    this.canvas.width = this.width;\n",
       "    this.canvas.height = this.height;\n",
       "    if (this.gl) {\n",
       "      this.gl.viewportWidth = this.width;\n",
       "      this.gl.viewportHeight = this.height;\n",
       "      this.webgl.viewport = new Viewport(0, 0, this.width, this.height);\n",
       "    }\n",
       "  }\n",
       "\n",
       "  /*/Attempt to prevent element resizing to 0,0 when a frame is dropped\n",
       "  if (this.width)\n",
       "    this.canvas.parentElement.style.minWidth = this.width + 'px';\n",
       "  if (this.height)\n",
       "    this.canvas.parentElement.style.minHeight = this.height + 'px';\n",
       "  */\n",
       "\n",
       "  if (!this.gl) return;\n",
       "\n",
       "  //Check isContextLost\n",
       "  if (this.gl.isContextLost()) {\n",
       "    console.log(\"boxviewer_draw_: context lost\");\n",
       "    this.mouse.lostContext = true;\n",
       "    return;\n",
       "  }\n",
       "\n",
       "  this.gl.viewport(0, 0, this.gl.viewportWidth, this.gl.viewportHeight);\n",
       "  //this.gl.clearColor(1, 1, 1, 0);\n",
       "  this.gl.clearColor(0, 0, 0, 0);\n",
       "  this.gl.clear(this.gl.COLOR_BUFFER_BIT | this.gl.DEPTH_BUFFER_BIT);\n",
       "\n",
       "  this.webgl.view(this);\n",
       "\n",
       "  //Render objects\n",
       "  this.border.draw(this.webgl, false, true);\n",
       "\n",
       "    //Remove translation and re-render axes\n",
       "    var tr = this.translate.slice();\n",
       "    this.translate = [0,0,-this.modelsize*1.25];\n",
       "    this.webgl.apply(this);\n",
       "    this.border.draw(this.webgl, true, false);\n",
       "    this.translate = tr;\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.syncRotation = function() {\n",
       "  this.rotated = true;\n",
       "  this.draw();\n",
       "  rstr = '' + this.getRotationString();\n",
       "  that = this;\n",
       "  window.requestAnimationFrame(function() {that.command(rstr);});\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.rotateX = function(deg) {\n",
       "  this.rotation(deg, [1,0,0]);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.rotateY = function(deg) {\n",
       "  this.rotation(deg, [0,1,0]);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.rotateZ = function(deg) {\n",
       "  this.rotation(deg, [0,0,1]);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.rotation = function(deg, axis) {\n",
       "  //Quaterion rotate\n",
       "  var arad = deg * Math.PI / 180.0;\n",
       "  var rotation = quat4.fromAngleAxis(arad, axis);\n",
       "  rotation = quat4.normalize(rotation);\n",
       "  this.rotate = quat4.multiply(rotation, this.rotate);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.getRotation = function() {\n",
       "  return [this.rotate[0], this.rotate[1], this.rotate[2], this.rotate[3]];\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.getRotationString = function() {\n",
       "  //Return current rotation quaternion as string\n",
       "  var q = this.getRotation();\n",
       "  return 'rotation ' + q[0] + ' ' + q[1] + ' ' + q[2] + ' ' + q[3];\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.getTranslationString = function() {\n",
       "  return 'translation ' + this.translate[0] + ' ' + this.translate[1] + ' ' + this.translate[2];\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.reset = function() {\n",
       "  if (this.gl) {\n",
       "    this.updateDims(this.view);\n",
       "    this.draw();\n",
       "  }\n",
       "\n",
       "  this.command('reset');\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.zoom = function(factor) {\n",
       "  if (this.gl) {\n",
       "    this.translate[2] += factor * Math.max(0.01*this.modelsize, Math.abs(this.translate[2]));\n",
       "    this.draw();\n",
       "  }\n",
       "\n",
       "  var that = this;\n",
       "  if (this.zoomTimer) \n",
       "    clearTimeout(this.zoomTimer);\n",
       "  this.zoomTimer = setTimeout(function () {that.command('' + that.getTranslationString());  that.clear(); that.zoomTimer = null;}, 500 );\n",
       "\n",
       "  //this.command('' + this.getTranslationString());\n",
       "  //this.command('zoom ' + factor);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.zoomClip = function(factor) {\n",
       "  var near_clip = this.near_clip + factor * this.modelsize;\n",
       "  if (near_clip >= this.modelsize * 0.001)\n",
       "     this.near_clip = near_clip;\n",
       "\n",
       "  if (this.gl) this.draw();\n",
       "\n",
       "  var that = this;\n",
       "  if (this.zoomTimer) clearTimeout(this.zoomTimer);\n",
       "  //this.zoomTimer = setTimeout(function () {that.command('zoomclip ' + factor);  that.clear();}, 500 );\n",
       "  this.zoomTimer = setTimeout(function () {that.command('nearclip ' + that.near_clip);  that.clear();}, 500 );\n",
       "\n",
       "  //this.command('zoomclip ' + factor);\n",
       "}\n",
       "\n",
       "BoxViewer.prototype.updateDims = function(view) {\n",
       "  if (!view) return;\n",
       "  var oldsize = this.modelsize;\n",
       "\n",
       "  //Check for valid dims\n",
       "  for (var i=0; i<3; i++) {\n",
       "    if (view.bounds && view.max[i] < view.bounds.max[i])\n",
       "      view.max[i] = view.bounds.max[i];\n",
       "    if (view.bounds && view.min[i] > view.bounds.min[i])\n",
       "      view.min[i] = view.bounds.min[i];\n",
       "    /*if (view.max[i] <  view.min[i] <= 0.0) {\n",
       "        view.max[i] = 1.0;\n",
       "        view.min[i] = -1.0;\n",
       "      }\n",
       "    }*/\n",
       "  }\n",
       "\n",
       "  this.dims = [view.max[0] - view.min[0], view.max[1] - view.min[1], view.max[2] - view.min[2]];\n",
       "  this.modelsize = Math.sqrt(this.dims[0]*this.dims[0] + this.dims[1]*this.dims[1] + this.dims[2]*this.dims[2]);\n",
       "\n",
       "  this.focus = [view.min[0] + 0.5*this.dims[0], view.min[1] + 0.5*this.dims[1], view.min[2] + 0.5*this.dims[2]];\n",
       "  this.centre = [this.focus[0],this.focus[1],this.focus[2]];\n",
       "\n",
       "  this.translate = [0,0,0];\n",
       "  if (this.modelsize != oldsize) this.translate[2] = -this.modelsize*1.25;\n",
       "\n",
       "  if (this.near_clip == 0.0) this.near_clip = this.modelsize / 10.0;   \n",
       "  if (this.far_clip == 0.0) this.far_clip = this.modelsize * 10.0;\n",
       "\n",
       "  quat4.identity(this.rotate);\n",
       "\n",
       "  if (view) {\n",
       "    //Initial rotation\n",
       "    if (view.rotate) {\n",
       "      if (view.rotate.length == 3) {\n",
       "        this.rotateZ(-view.rotate[2]);\n",
       "        this.rotateY(-view.rotate[1]);\n",
       "        this.rotateX(-view.rotate[0]);\n",
       "      } else if (view.rotate.length == 4) {\n",
       "        this.rotate = quat4.create(view.rotate);\n",
       "      }\n",
       "    }\n",
       "\n",
       "    //Translate\n",
       "    if (view.translate) {\n",
       "      this.translate[0] = view.translate[0];\n",
       "      this.translate[1] = view.translate[1];\n",
       "      this.translate[2] = view.translate[2];\n",
       "    }\n",
       "\n",
       "    //Scale\n",
       "    if (view.scale) {\n",
       "      this.scale[0] = view.scale[0];\n",
       "      this.scale[1] = view.scale[1];\n",
       "      this.scale[2] = view.scale[2];\n",
       "    }\n",
       "\n",
       "    //Focal point\n",
       "    if (view.focus) {\n",
       "      this.focus[0] = this.centre[0] = view.focus[0];\n",
       "      this.focus[1] = this.centre[1] = view.focus[1];\n",
       "      this.focus[2] = this.centre[2] = view.focus[2];\n",
       "    }\n",
       "\n",
       "  }\n",
       "\n",
       "  //console.log(\"DIMS: \" + view.min[0] + \" to \" + view.max[0] + \",\" + view.min[1] + \" to \" + view.max[1] + \",\" + view.min[2] + \" to \" + view.max[2]);\n",
       "  //console.log(\"New model size: \" + this.modelsize + \", Focal point: \" + this.focus[0] + \",\" + this.focus[1] + \",\" + this.focus[2]);\n",
       "  //console.log(\"Translate: \" + this.translate[0] + \",\" + this.translate[1] + \",\" + this.translate[2]);\n",
       "\n",
       "  if (!this.gl) return;\n",
       " \n",
       "  //Create the bounding box vertex buffer\n",
       "  this.border.updateBuffers(this.view);\n",
       "}\n",
       "\n",
       "/* dat.gui menu */\n",
       "\n",
       "function parseColour(input) {\n",
       "  if (typeof(input) != 'object') {\n",
       "    //var div = document.createElement('div');\n",
       "    var div = document.getElementById('hidden_style_div');\n",
       "    div.style.color = input;\n",
       "    //This triggers a full layout calc - can slow things down\n",
       "    c = getComputedStyle(div).color;\n",
       "    o = getComputedStyle(div).opacity;\n",
       "    C = new Colour(c);\n",
       "    //c.alpha = o;\n",
       "    //toFixed() / 1 rounds to fixed position and removes trailing zeros\n",
       "    c.alpha = parseFloat(o).toFixed(2) / 1;\n",
       "  } else {\n",
       "    C = new Colour(input);\n",
       "  }\n",
       "  return C.html();\n",
       "}\n",
       "\n",
       "//Attempts to get range from data/volume objects for range controls\n",
       "function menu_getrange(obj, ctrl) {\n",
       "    //Ranged?\n",
       "    if (ctrl.length > 1 && ctrl[1].length == 3) {\n",
       "      var range = [ctrl[1][0], ctrl[1][1]];\n",
       "      //Mapped range?\n",
       "      if (ctrl[1][0] === ctrl[1][1] && ctrl[1][0] === 0.0) {\n",
       "        //Try volume range\n",
       "        if (obj.volume && obj.volume.minimum < obj.volume.maximum)\n",
       "          range = [obj.volume.minimum, obj.volume.maximum];\n",
       "        //Or value data range\n",
       "        else if (obj.values && obj.values.minimum < obj.values.maximum)\n",
       "          range = [obj.values.minimum, obj.values.maximum];\n",
       "      }\n",
       "      if (range[1] <= range[0]) {\n",
       "        //console.log(obj.name + \" : range (invalid) = \" + range);\n",
       "        return [0.0, 1.0]; //No valid range data, use a default\n",
       "      }\n",
       "      //console.log(obj.name + \" : range = \" + range);\n",
       "      return range;\n",
       "    }\n",
       "    return null;\n",
       "}\n",
       "\n",
       "//Add controls to menu, using property metadata\n",
       "function menu_addctrl(menu, obj, viewer, prop, changefn) {\n",
       "  //TODO: implement delayed high quality render for faster interaction\n",
       "  //var changefn = function(value) {viewer.delayedRender(250);};\n",
       "  var ctrl = viewer.dict[prop].control;\n",
       "\n",
       "  //Query prop dict for data type, default, min/max/step etc\n",
       "  var dtype = viewer.dict[prop].type;\n",
       "  if (prop === 'colourmap') {\n",
       "    var maps = ['']\n",
       "    for (var i=0; i<viewer.vis.colourmaps.length; i++)\n",
       "      maps.push(viewer.vis.colourmaps[i].name);\n",
       "    //console.log(JSON.stringify(maps));\n",
       "    menu.add(obj, prop, maps).onFinishChange(changefn);\n",
       "\n",
       "  } else if (ctrl.length > 2 && ctrl[2] != null) {\n",
       "    //Select from list of options\n",
       "    menu.add(obj, prop, ctrl[2]).onFinishChange(changefn);\n",
       "\n",
       "  } else if ((dtype.indexOf('real') >= 0 || dtype.indexOf('integer') >= 0)) { // && typeof(obj[prop]) == 'number') {\n",
       "\n",
       "    //Ranged?\n",
       "    var range = menu_getrange(obj, ctrl);\n",
       "    var addnumeric = function(menu, obj, prop, range, changefn) {\n",
       "      if (range) {\n",
       "        if (obj[prop] < range[0]) obj[prop] = range[0];\n",
       "        if (obj[prop] > range[1]) obj[prop] = range[1];\n",
       "        return menu.add(obj, prop, range[0], range[1], ctrl[1][2]).onFinishChange(changefn);\n",
       "      } else {\n",
       "        return menu.add(obj, prop).onFinishChange(changefn);\n",
       "      }\n",
       "    }\n",
       "\n",
       "    //Array quantities\n",
       "    var dims = 1;\n",
       "    var p0 = dtype.indexOf('[');\n",
       "    var p1 = dtype.indexOf(']');\n",
       "    if (p0 >= 0 && p1 >= 0)\n",
       "      dims = parseInt(dtype.slice(p0+1, p1));\n",
       "    if (dims > 1) {\n",
       "      //2d, 3d ?\n",
       "      for (var d=0; d<dims; d++) {\n",
       "        //console.log(\"Adding DIM \" + d);\n",
       "        var added = addnumeric(menu, obj[prop], \"\" + d, range, changefn)\n",
       "        added.name(prop + '[' + d + ']');\n",
       "      }\n",
       "\n",
       "    //Only add if a number, anything else will cause dat.gui to error\n",
       "    } else if (typeof(obj[prop]) == 'number') {\n",
       "      //1d\n",
       "      console.log(\"Adding \", prop, typeof(obj[prop]));\n",
       "      addnumeric(menu, obj, prop, range, changefn)\n",
       "    }\n",
       "\n",
       "  } else if (dtype === 'string' || dtype === 'boolean') {\n",
       "    menu.add(obj, prop).onFinishChange(changefn);\n",
       "  } else if (dtype === 'boolean') {\n",
       "    menu.add(obj, prop).onFinishChange(changefn);\n",
       "  } else if (dtype === 'colour') {\n",
       "    try {\n",
       "      //Convert to html colour first\n",
       "      obj[prop] = parseColour(obj[prop]);\n",
       "      menu.addColor(obj, prop).onChange(changefn);\n",
       "    } catch(e) {\n",
       "      console.log(e);\n",
       "    }\n",
       "  }\n",
       "}\n",
       "\n",
       "function menu_addctrls(menu, obj, viewer, onchange) {\n",
       "  //Loop through every available property\n",
       "  var extras = [];\n",
       "  for (var prop in viewer.dict) {\n",
       "\n",
       "    //Check if it is enabled in GUI\n",
       "    var ctrl = viewer.dict[prop].control;\n",
       "    if (!ctrl || ctrl[0] === false) continue; //Control disabled\n",
       "\n",
       "    //Check if it has been set on the target object\n",
       "    if (prop in obj) {\n",
       "      //console.log(prop + \" ==> \" + JSON.stringify(viewer.dict[prop]));\n",
       "      menu_addctrl(menu, obj, viewer, prop, onchange);\n",
       "\n",
       "    } else {\n",
       "      //Save list of properties without controls\n",
       "      extras.push(prop);\n",
       "      continue;\n",
       "    }\n",
       "  }\n",
       "\n",
       "  //Sort into alphabetical order\n",
       "  extras.sort();\n",
       "\n",
       "  //Add the extra properties to a dropdown list\n",
       "  //Selecting a property will add a controller for it\n",
       "  var propadd = {\"properties\" : \"\"};\n",
       "  var propselfn = function(prop) {\n",
       "    //Set the property to the default value\n",
       "    propadd.ref[prop] = viewer.dict[prop][\"default\"];\n",
       "    //Add new property controller\n",
       "    menu_addctrl(propadd.menu, propadd.ref, viewer, prop, onchange);\n",
       "    //Remove, then add the props list back at the bottom, minus new prop\n",
       "    propadd.menu.remove(propadd.controller);\n",
       "    //Save the new filtered list\n",
       "    propadd.list = propadd.list.filter(word => word != prop);\n",
       "    propadd.controller = propadd.menu.add(propadd, \"properties\", propadd.list).name(\"More properties\").onFinishChange(propadd.fn);\n",
       "  }\n",
       "  propadd.controller = menu.add(propadd, \"properties\", extras).name(\"More properties\").onFinishChange(propselfn);\n",
       "  propadd.ref = obj;\n",
       "  propadd.menu = menu;\n",
       "  propadd.fn = propselfn;\n",
       "  propadd.list = extras;\n",
       "}\n",
       "\n",
       "\n",
       "function menu_addcmaps(menu, obj, viewer, onchange) {\n",
       "  //Colourmap editing menu\n",
       "  if (viewer.cgui.prmenu) viewer.cgui.removeFolder(viewer.cgui.prmenu);\n",
       "  if (viewer.cgui.cmenu) viewer.cgui.removeFolder(viewer.cgui.cmenu);\n",
       "  if (viewer.cgui.pomenu) viewer.cgui.removeFolder(viewer.cgui.pomenu);\n",
       "  viewer.cgui.prmenu = viewer.cgui.addFolder(\"Properties\");\n",
       "  viewer.cgui.cmenu = viewer.cgui.addFolder(\"Colours\");\n",
       "  viewer.cgui.pomenu = viewer.cgui.addFolder(\"Positions\");\n",
       "  //Loop through every available property\n",
       "  for (var prop in viewer.dict) {\n",
       "    //Check if it is enabled in GUI\n",
       "    var ctrl = viewer.dict[prop].control;\n",
       "    if (!ctrl || ctrl[0] === false) continue; //Control disabled\n",
       "\n",
       "    //Check if it applies to colourmap object\n",
       "    if (viewer.dict[prop][\"target\"] == 'colourmap') {\n",
       "      //console.log(prop + \" ==> \" + JSON.stringify(viewer.dict[prop]));\n",
       "      //Need to add property default if not set\n",
       "      if (!obj[prop])\n",
       "        obj[prop] = viewer.dict[prop].default;\n",
       "      menu_addctrl(menu.prmenu, obj, viewer, prop, onchange);\n",
       "    }\n",
       "  }\n",
       "\n",
       "  var reload_onchange = function() {onchange(\"\", true);};\n",
       "\n",
       "  //Loop through colours\n",
       "  menu.cmenu.add({\"Add Colour\" : function() {obj.colours.unshift({\"colour\" : \"rgba(0,0,0,1)\", \"position\" : 0.0}); viewer.gui.close(); reload_onchange(); }}, \"Add Colour\");\n",
       "  //Need to add delete buttons in closure to get correct pos/index\n",
       "  function del_btn(pos) {menu.pomenu.add({\"Delete\" : function() {obj.colours.splice(pos, 1); viewer.gui.close(); reload_onchange(); }}, 'Delete').name('Delete ' + pos);}\n",
       "  for (var c in obj.colours) {\n",
       "    var o = obj.colours[c];\n",
       "    //Convert to html colour first\n",
       "    o.colour = parseColour(o.colour);\n",
       "    o.opacity = 1.0;\n",
       "    menu.cmenu.addColor(o, 'colour').onChange(reload_onchange).name('Colour ' + c);\n",
       "    menu.pomenu.add(o, 'position', 0.0, 1.0, 0.01).onFinishChange(reload_onchange).name('Position ' + c);\n",
       "    del_btn(c);\n",
       "  }\n",
       "}\n",
       "\n",
       "function createMenu(viewer, onchange, webglmode, global) {\n",
       "  if (!dat) return null;\n",
       "  //var t0 = performance.now();\n",
       "\n",
       "  //Exists? Destroy\n",
       "  if (viewer.gui)\n",
       "    viewer.gui.destroy();\n",
       "\n",
       "  var el = null;\n",
       "  //Insert within element rather than whole document\n",
       "  if (!global && viewer.canvas.parentElement != document.body && viewer.canvas.parentElement.parentElement != document.body) {\n",
       "    var pel = viewer.canvas.parentElement;\n",
       "    //A bit of a hack to detect converted HTML output and skip going up two parent elements\n",
       "    if (pel.parentElement.className != 'section')\n",
       "      pel = pel.parentElement;\n",
       "    pel.style.position = 'relative'; //Parent element relative prevents menu escaping wrapper div\n",
       "    //Jupyter notebook overflow hacks (allows gui to be larger than cell)\n",
       "    var e = pel;\n",
       "    //These parent elements need 'overflow: visible' to prevent scrolling or cut-off of menu\n",
       "    //Add the \"pgui\" class to all the parent containers \n",
       "    while (e != document.body) {\n",
       "      e.classList.add(\"pgui\");\n",
       "      e = e.parentElement;\n",
       "    }\n",
       "    //pel.style.overflow = 'visible'; //Parent element relative prevents menu escaping wrapper div\n",
       "    //pel.parentElement.style.overflow = 'visible'; //Parent element relative prevents menu escaping wrapper div\n",
       "    var id = 'dat_gui_menu_' + viewer.canvas.id;\n",
       "    el = document.getElementById(id)\n",
       "    if (el)\n",
       "      el.parentNode.removeChild(el);\n",
       "    el = document.createElement(\"div\");\n",
       "    el.id = id;\n",
       "    el.style.cssText = \"position: absolute; top: 0em; right: 0em; z-index: 255;\";\n",
       "    pel.insertBefore(el, pel.childNodes[0]);\n",
       "  }\n",
       "\n",
       "  var gui;\n",
       "  //Insert within element rather than whole document\n",
       "  if (el) {\n",
       "    gui = new dat.GUI({ autoPlace: false });\n",
       "    el.appendChild(gui.domElement);\n",
       "  } else {\n",
       "    gui = new dat.GUI();\n",
       "  }\n",
       "\n",
       "  //Re-create menu on element mouse down if we need to reload\n",
       "  //(Instead of calling whenever state changes, re-creation is slow!)\n",
       "  gui.domElement.onmousedown = function(e) {\n",
       "    if (viewer.reloadgui)\n",
       "      viewer.menu();\n",
       "    return true;\n",
       "  }\n",
       "\n",
       "  //Horrible hack to stop codemirror stealing events when menu is over an editor element\n",
       "  gui.domElement.onmouseenter = function(e) {\n",
       "    //console.log('mouseenter');\n",
       "    var stylesheet = document.styleSheets[0];\n",
       "    stylesheet.insertRule('.CodeMirror-code { pointer-events: none;}', 0);\n",
       "  };\n",
       "\n",
       "  gui.domElement.onmouseleave = function(e) {\n",
       "    //console.log('mouseleave');\n",
       "    var stylesheet = document.styleSheets[0];\n",
       "    if (stylesheet.cssRules[0].cssText.indexOf('CodeMirror') >= 0)\n",
       "      stylesheet.deleteRule(0);\n",
       "  };\n",
       "\n",
       "  //Hidden element for style compute, required to be on page for chrome, can't just use createElement\n",
       "  var elem = document.getElementById('hidden_style_div');\n",
       "  if (!elem) {\n",
       "    elem = document.createElement('div');\n",
       "    elem.style.display = 'none';\n",
       "    elem.id = 'hidden_style_div';\n",
       "    document.body.appendChild(elem);\n",
       "  }\n",
       "\n",
       "  //Move above other controls\n",
       "  gui.domElement.parentElement.style.zIndex = '255';\n",
       "  //Save close button for hide menu check\n",
       "  gui.closebtn = gui.domElement.getElementsByClassName('close-button')[0];\n",
       "  //Hide/show on mouseover (only if overlapping)\n",
       "  if (!viewer.reloadgui) {\n",
       "    //Create closed and hidden for the first time, leave as is otherwise\n",
       "    gui.close();\n",
       "    hideMenu(viewer.canvas, gui);\n",
       "  }\n",
       "\n",
       "  gui.add({\"Reload\" : function() {viewer.reload();}}, \"Reload\");\n",
       "  //VR supported? (WebGL only)\n",
       "  if (webglmode && navigator.getVRDisplays) {\n",
       "    viewer.vrDisplay = null;\n",
       "    viewer.inVR = false;\n",
       "    gui.add({\"VR Mode\" : function() {start_VR(viewer);}}, 'VR Mode');\n",
       "  }\n",
       "\n",
       "  if (!!window.chrome) //Stupid chrome disabled data URL open\n",
       "    gui.add({\"Export\" : function() {var w = window.open(); w.document.write('<pre>' + viewer.toString()  + '</pre>');}}, 'Export');\n",
       "  else\n",
       "    gui.add({\"Export\" : function() {window.open('data:application/json;base64,' + window.btoa(viewer.toString()));}}, 'Export');\n",
       "  //gui.add({\"loadFile\" : function() {document.getElementById('fileupload').click();}}, 'loadFile'). name('Load Image file');\n",
       "\n",
       "  //Non-persistent settings\n",
       "  gui.add(viewer, \"mode\", ['Rotate', 'Translate', 'Zoom']);\n",
       "  viewer.cmd = '';\n",
       "  gui.add(viewer, \"cmd\").onFinishChange(function(cmd) {if (cmd.length) {viewer.command(cmd); viewer.cmd = '';}}).name('Command');\n",
       "  //var s = gui.addFolder('Settings');\n",
       "  if (webglmode) {\n",
       "    gui.add(viewer.vis, \"interactive\").name(\"Interactive Render\");\n",
       "    gui.add(viewer.vis, \"immediatesort\").name(\"Immediate Sort\");\n",
       "    gui.add(viewer.vis, \"sortenabled\").name('Sort Enabled');\n",
       "  } else {\n",
       "    var url = viewer.canvas.imgtarget.baseurl;\n",
       "    if (url)\n",
       "      gui.add({\"Popup Viewer\" : function() {window.open(url, \"LavaVu\", \"toolbar=no,location=no,directories=no,status=no,menubar=no,scrollbars=no,resizable=no,width=1024,height=768\");}}, 'Popup Viewer');\n",
       "  }\n",
       "\n",
       "  var g = gui.addFolder('Globals/Defaults');\n",
       "  menu_addctrls(g, viewer.vis.properties, viewer, onchange);\n",
       "\n",
       "  var v = gui.addFolder('Views');\n",
       "  var ir2 = 1.0 / Math.sqrt(2.0);\n",
       "  v.add({\"Reset\" : function() {viewer.reset(); }}, 'Reset');\n",
       "  v.add({\"XY\" : function() {viewer.rotate = quat4.create([0, 0, 0, 1]); viewer.syncRotation(); }}, 'XY');\n",
       "  v.add({\"YX\" : function() {viewer.rotate = quat4.create([0, 1, 0, 0]); viewer.syncRotation();}}, 'YX');\n",
       "  v.add({\"XZ\" : function() {viewer.rotate = quat4.create([ir2, 0, 0, -ir2]); viewer.syncRotation();}}, 'XZ');\n",
       "  v.add({\"ZX\" : function() {viewer.rotate = quat4.create([ir2, 0, 0, ir2]); viewer.syncRotation();}}, 'ZX');\n",
       "  v.add({\"YZ\" : function() {viewer.rotate = quat4.create([0, -ir2, 0, -ir2]); viewer.syncRotation();}}, 'YZ');\n",
       "  v.add({\"ZY\" : function() {viewer.rotate = quat4.create([0, -ir2, 0, ir2]); viewer.syncRotation();}}, 'ZY');\n",
       "  //console.log(JSON.stringify(viewer.view));\n",
       "  menu_addctrls(v, viewer.view, viewer, onchange);\n",
       "\n",
       "  var o = gui.addFolder('Objects');\n",
       "  for (var id in viewer.vis.objects) {\n",
       "    var of = o.addFolder(viewer.vis.objects[id].name);\n",
       "    menu_addctrls(of, viewer.vis.objects[id], viewer, onchange);\n",
       "  }\n",
       "\n",
       "  viewer.gui = gui;\n",
       "  if (!viewer.selectedcolourmap) {\n",
       "    viewer.selectedcolourmap = \"\";\n",
       "    viewer.newcolourmap = \"\";\n",
       "  }\n",
       "  viewer.cgui = viewer.gui.addFolder('ColourMaps');\n",
       "\n",
       "  createColourMapMenu(viewer, onchange, webglmode);\n",
       "\n",
       "  //var t1 = performance.now();\n",
       "  //console.log(\"Call to menu() took \" + (t1 - t0) + \" milliseconds.\")\n",
       "}\n",
       "\n",
       "function createColourMapMenu(viewer, onchange, webglmode) {\n",
       "  //Remove existing entries\n",
       "  for (var i in viewer.cgui.__controllers)\n",
       "    viewer.cgui.__controllers[i].remove();\n",
       "\n",
       "  var cms = [];\n",
       "\n",
       "  //Dropdown to select a colourmap, when selected the editing menu will be populated\n",
       "  for (var id in viewer.vis.colourmaps)\n",
       "    cms.push(viewer.vis.colourmaps[id].name);\n",
       "\n",
       "  if (webglmode) {\n",
       "    //Add a default colourmap\n",
       "    viewer.cgui.add({\"Add\" : function() {viewer.addColourMap(); viewer.gui.close();}}, 'Add');\n",
       "  } else {\n",
       "    //Add a colourmap from list of defaults\n",
       "    cmapaddfn = function(value) {\n",
       "      if (!value || !value.length) return;\n",
       "      viewer.command(\"select; colourmap \" + value + \" \" + value);\n",
       "      viewer.gui.close();\n",
       "    };\n",
       "\n",
       "    viewer.cgui.add(viewer, \"newcolourmap\", viewer.defaultcolourmaps).onFinishChange(cmapaddfn).name(\"Add\");\n",
       "  }\n",
       "\n",
       "  //Do the rest only if colourmaps exist...\n",
       "  if (cms.length == 0) return;\n",
       "\n",
       "  //When selected, populate the Colours & Positions menus\n",
       "  cmapselfn = function(value) {\n",
       "    if (!value) return;\n",
       "    for (var id in viewer.vis.colourmaps) {\n",
       "      if (value == viewer.vis.colourmaps[id].name)\n",
       "        menu_addcmaps(viewer.cgui, viewer.vis.colourmaps[id], viewer, onchange);\n",
       "    }\n",
       "  };\n",
       "\n",
       "  viewer.cgui.cmap = viewer.cgui.add(viewer, \"selectedcolourmap\", cms).onFinishChange(cmapselfn).name(\"Colourmap\");\n",
       "\n",
       "  //Re-select if previous value if any\n",
       "  if (viewer.selectedcolourmap)\n",
       "  cmapselfn(viewer.selectedcolourmap);\n",
       "}\n",
       "\n",
       "function updateMenu(viewer, onchange) {\n",
       "  //Attempt to update DAT.GUI controls\n",
       "  function updateDisplay(gui) {\n",
       "    for (var i in gui.__controllers)\n",
       "      gui.__controllers[i].updateDisplay();\n",
       "    for (var f in gui.__folders)\n",
       "      updateDisplay(gui.__folders[f]);\n",
       "  }\n",
       "  updateDisplay(viewer.gui);\n",
       "  updateDisplay(viewer.cgui);\n",
       "}\n",
       "\n",
       "function hideMenu(canvas, gui) {\n",
       "  //No menu, but hide the mode controls\n",
       "  if (!gui) {\n",
       "    if (canvas.imgtarget)\n",
       "      canvas.imgtarget.nextElementSibling.style.display = \"none\";\n",
       "    return;\n",
       "  }\n",
       "\n",
       "  //Requires menu to be closed and hiding enabled\n",
       "  if (!gui.closed) return;\n",
       "\n",
       "  //Only hide if overlapping the canvas\n",
       "  var rect0 = gui.closebtn.getBoundingClientRect();\n",
       "  var rect1 = canvas.getBoundingClientRect();\n",
       "  if (rect0.right < rect1.left || rect0.left > rect1.right ||\n",
       "      rect0.bottom < rect1.top || rect0.top > rect1.bottom) {\n",
       "    //No overlap, don't hide\n",
       "    return;\n",
       "  }\n",
       "\n",
       "  //Reached this point? Menu needs hiding\n",
       "  gui.domElement.style.display = \"none\";\n",
       "}\n",
       "\n",
       "//https://hacks.mozilla.org/2018/09/converting-a-webgl-application-to-webvr/\n",
       "//https://github.com/Manishearth/webgl-to-webvr/\n",
       "// This function is triggered when the user clicks the \"enter VR\" button\n",
       "function start_VR(viewer) {\n",
       "  if (viewer.vrDisplay != null) {\n",
       "    if (!viewer.inVR) {\n",
       "      viewer.inVR = true;\n",
       "      // hand the canvas to the WebVR API\n",
       "      viewer.vrDisplay.requestPresent([{ source: viewer.canvas }]);\n",
       "      // requestPresent() will request permission to enter VR mode,\n",
       "      // and once the user has done this our `vrdisplaypresentchange`\n",
       "      // callback will be triggered\n",
       "\n",
       "      //Show stats\n",
       "      if (!document.getElementById(\"stats_info\")) {\n",
       "        var stats = new Stats();\n",
       "        document.body.appendChild(stats.dom);\n",
       "        requestAnimationFrame(function loop() {\n",
       "          stats.update();\n",
       "          requestAnimationFrame(loop)\n",
       "        });\n",
       "      }\n",
       "\n",
       "    } else {\n",
       "      stop_VR(viewer);\n",
       "    }\n",
       "  }\n",
       "}\n",
       "\n",
       "function stop_VR(viewer) {\n",
       "  viewer.inVR = false;\n",
       "  // resize canvas to regular non-VR size if necessary\n",
       "  viewer.width = 0; //Auto resize\n",
       "  viewer.height = 0;\n",
       "  viewer.canvas.style.width = \"100%\";\n",
       "  viewer.canvas.style.height = \"100%\";\n",
       "\n",
       "  viewer.drawFrame();\n",
       "  viewer.draw();\n",
       "}\n",
       "\n",
       "function setup_VR(viewer) {\n",
       "  if (!navigator.getVRDisplays) {\n",
       "    alert(\"Your browser does not support WebVR\");\n",
       "    return;\n",
       "  }\n",
       "\n",
       "  function display_setup(displays) {\n",
       "    if (displays.length === 0)\n",
       "      return;\n",
       "    //Use last in list\n",
       "    viewer.vrDisplay = displays[displays.length-1];\n",
       "  }\n",
       "\n",
       "  navigator.getVRDisplays().then(display_setup);\n",
       "\n",
       "  function VR_change() {\n",
       "    // no VR display, exit\n",
       "    if (viewer.vrDisplay == null)\n",
       "        return;\n",
       "\n",
       "    // are we entering or exiting VR?\n",
       "    if (viewer.vrDisplay.isPresenting) {\n",
       "      // optional, but recommended\n",
       "      viewer.vrDisplay.depthNear = viewer.near_clip;\n",
       "      viewer.vrDisplay.depthFar = viewer.far_clip;\n",
       "\n",
       "      // We should make our canvas the size expected\n",
       "      // by WebVR\n",
       "      const eye = viewer.vrDisplay.getEyeParameters(\"left\");\n",
       "      // multiply by two since we're rendering both eyes side\n",
       "      // by side\n",
       "      viewer.width = eye.renderWidth * 2;\n",
       "      viewer.height = eye.renderHeight;\n",
       "      viewer.canvas.style.width = viewer.width + \"px\";\n",
       "      viewer.canvas.style.height = viewer.height + \"px\";\n",
       "      viewer.canvas.width = viewer.canvas.clientWidth;\n",
       "      viewer.canvas.height = viewer.canvas.clientHeight;\n",
       "\n",
       "      const vrCallback = () => {\n",
       "        if (viewer.vrDisplay == null || !viewer.inVR)\n",
       "          return;\n",
       "\n",
       "        // reregister callback if we're still in VR\n",
       "        viewer.vrDisplay.requestAnimationFrame(vrCallback);\n",
       "\n",
       "        // render scene\n",
       "        renderVR(viewer);\n",
       "      };\n",
       "\n",
       "      // register callback\n",
       "      viewer.vrDisplay.requestAnimationFrame(vrCallback);\n",
       "\n",
       "    } else {\n",
       "      stop_VR(viewer);\n",
       "    }\n",
       "  }\n",
       "\n",
       "  window.addEventListener('vrdisplaypresentchange', VR_change);\n",
       "}\n",
       "\n",
       "function renderVR(viewer) {\n",
       "  //Clear full canvas\n",
       "  viewer.gl.viewport(0, 0, viewer.canvas.width, viewer.canvas.height);\n",
       "  viewer.gl.clear(viewer.gl.COLOR_BUFFER_BIT | viewer.gl.DEPTH_BUFFER_BIT);\n",
       "\n",
       "  //Left eye\n",
       "  renderEye(viewer, true);\n",
       "\n",
       "  //Right eye\n",
       "  renderEye(viewer, false);\n",
       "\n",
       "  viewer.vrDisplay.submitFrame();\n",
       "}\n",
       "\n",
       "function renderEye(viewer, isLeft) {\n",
       "  let projection, mview;\n",
       "  let frameData = new VRFrameData();\n",
       "  var gl = viewer.webgl.gl;\n",
       "  var width = viewer.canvas.width / 2;\n",
       "  var height = viewer.canvas.height;\n",
       "\n",
       "  viewer.vrDisplay.getFrameData(frameData);\n",
       "\n",
       "  // choose which half of the canvas to draw on\n",
       "  if (isLeft) {\n",
       "    viewer.webgl.viewport = new Viewport(0, 0, width, height);\n",
       "    gl.viewport(0, 0, width, height);\n",
       "    //Apply the default camera\n",
       "    viewer.webgl.apply(viewer);\n",
       "\n",
       "    projection = frameData.leftProjectionMatrix;\n",
       "    mview = frameData.leftViewMatrix;\n",
       "  } else {\n",
       "    viewer.webgl.viewport = new Viewport(width, 0, width, height);\n",
       "    gl.viewport(width, 0, width, height);\n",
       "//viewer.webgl.viewport = new Viewport(0, 0, width, height);\n",
       "//gl.viewport(0, 0, width, height);\n",
       "    projection = frameData.rightProjectionMatrix;\n",
       "    mview = frameData.rightViewMatrix;\n",
       "  }\n",
       "\n",
       "  //Apply the default camera\n",
       "  viewer.webgl.apply(viewer);\n",
       "\n",
       "  //Update matrices with VR modified versions\n",
       "  //mat4.multiply(mview, viewer.webgl.modelView.matrix);\n",
       "  //viewer.webgl.modelView.matrix = mview;\n",
       "  mat4.multiply(viewer.webgl.modelView.matrix, mview);\n",
       "//console.log(isLeft ? \"LEFT \" : \"RIGHT \"); printMatrix(mview);\n",
       "  //gl.uniformMatrix4fv(viewer.webgl.program.mvMatrixUniform, false, mview);\n",
       "\n",
       "  viewer.webgl.projection.matrix = projection;\n",
       "\n",
       "  //Render objects\n",
       "  for (var r in viewer.renderers) {\n",
       "    if (viewer.renderers[r].border && !viewer.showBorder) continue;\n",
       "    viewer.renderers[r].draw();\n",
       "  }\n",
       "\n",
       "  viewer.rotated = false; //Clear rotation flag\n",
       "}\n",
       "\n",
       "\n",
       "</script>\n",
       "<style>\n",
       "/* Notebook control stylesheet */\n",
       ".lvctrl input { display: inline; }\n",
       ".lvctrl input[type=range] { width: 200px; border: 0px;}\n",
       ".lvctrl input[type=button] { width: 100px; border: 1px solid #999; border-radius: 3px; background: transparent; margin-right: 3px; height: 20px;}\n",
       ".lvctrl input[type=number] { width: 105px; height: 26px; border-radius: 0; border: 1px dotted #999;}\n",
       ".lvctrl pre { display: inline; }\n",
       ".lvctrl p  { color: gray; margin: 0px}\n",
       ".lvctrl label { margin: 0px}\n",
       "\n",
       ".lvtab    { border: 1px solid #999; padding: 5px; }\n",
       ".lvtabbar { width:100%; overflow:hidden; margin-top: 5px; }\n",
       ".lvtabbar .lvtabbar-item { padding:4px 8px; float:left; width:auto; border:none; outline:none; display:block; }\n",
       ".lvtabbar .dropdown-hover,.lvtabbar .dropdown-click { position:static; float:left; }\n",
       ".lvtabbar .lvbutton { white-space:normal; }\n",
       "\n",
       ".lvbutton:hover { color:#000!important; background-color:#ccc!important; border: 1px solid #999; border-bottom: 0; }\n",
       ".lvbutton { border: 1px solid #999; border-bottom: 0; border-radius: 5px 5px 0px 0px; margin-right: 3px; display:inline-block; outline:0; padding:4px 8px; vertical-align:middle; overflow:hidden; text-decoration:none; color:inherit; background-color:inherit; text-align:center; cursor:pointer; white-space:nowrap; }\n",
       "\n",
       ".lvseltab,.hover-lvseltab:hover { color:#fff!important; background-color:#555!important; }\n",
       "\n",
       "/* Range styling: http://danielstern.ca/range.css/?ref=css-tricks#/ */\n",
       "input[type=range] {\n",
       "  -webkit-appearance: none;\n",
       "  width: 100%;\n",
       "}\n",
       "input[type=range]:focus {\n",
       "  outline: none;\n",
       "}\n",
       "input[type=range]::-webkit-slider-runnable-track {\n",
       "  width: 100%;\n",
       "  height: 3px; /* Larger track in chrome as can only click exactly on it */\n",
       "  cursor: pointer;\n",
       "  background: #d7d7d7;\n",
       "  border-radius: 0px;\n",
       "  border: 0px solid #7f7f7f;\n",
       "}\n",
       "input[type=range]::-webkit-slider-thumb {\n",
       "  border: 0.5px solid #7f7f7f;\n",
       "  height: 12px;\n",
       "  width: 12px;\n",
       "  border-radius: 8px;\n",
       "  background: #ffffff;\n",
       "  cursor: pointer;\n",
       "  -webkit-appearance: none;\n",
       "  margin-top: -5px;\n",
       "}\n",
       "input[type=range]:focus::-webkit-slider-runnable-track {\n",
       "  background: #949494;\n",
       "  margin-top: -3px;\n",
       "}\n",
       "input[type=range]::-moz-range-track {\n",
       "  width: 100%;\n",
       "  height: 2px;\n",
       "  cursor: pointer;\n",
       "  background: #d7d7d7;\n",
       "  border-radius: 0px;\n",
       "  border: 0px solid #7f7f7f;\n",
       "}\n",
       "input[type=range]::-moz-range-thumb {\n",
       "  border: 0.5px solid #7f7f7f;\n",
       "  height: 12px;\n",
       "  width: 12px;\n",
       "  border-radius: 8px;\n",
       "  background: #ffffff;\n",
       "  cursor: pointer;\n",
       "}\n",
       "input[type=range]::-ms-track {\n",
       "  width: 100%;\n",
       "  height: 2px;\n",
       "  cursor: pointer;\n",
       "  background: transparent;\n",
       "  border-color: transparent;\n",
       "  color: transparent;\n",
       "}\n",
       "input[type=range]::-ms-fill-lower {\n",
       "  background: #cacaca;\n",
       "  border: 0px solid #7f7f7f;\n",
       "  border-radius: 0px;\n",
       "}\n",
       "input[type=range]::-ms-fill-upper {\n",
       "  background: #d7d7d7;\n",
       "  border: 0px solid #7f7f7f;\n",
       "  border-radius: 0px;\n",
       "}\n",
       "input[type=range]::-ms-thumb {\n",
       "  border: 0.5px solid #7f7f7f;\n",
       "  height: 12px;\n",
       "  width: 12px;\n",
       "  border-radius: 8px;\n",
       "  background: #ffffff;\n",
       "  cursor: pointer;\n",
       "  height: 2px;\n",
       "}\n",
       "input[type=range]:focus::-ms-fill-lower {\n",
       "  background: #d7d7d7;\n",
       "}\n",
       "input[type=range]:focus::-ms-fill-upper {\n",
       "  background: #949494;\n",
       "}\n",
       "\n",
       "/* General webgl control stylesheet */\n",
       "\n",
       "/*\n",
       ".lvctrl {\n",
       "  font-family: sans-serif;\n",
       "  font-size: 9pt !important;\n",
       "  line-height: 20px !important;\n",
       "}\n",
       "*/\n",
       ".message {font-family: monospace; font-size: 9pt;}\n",
       "\n",
       "/* Popup div */\n",
       ".popup {\n",
       "  position:fixed;\n",
       "  width:200px; height:100px;\n",
       "  top: 50%; left:50%;\n",
       "  margin:-50px 0 0 -100px; /* [-(height/2)px 0 0 -(width/2)px] */\n",
       "  display:none; z-index: 30; border: none; \n",
       "  padding: 5px; overflow: hidden;\n",
       "  background: #ffe;\n",
       "  border-radius: 5px 5px 5px 5px;\n",
       "  box-shadow: 3px 3px 2px #333;\n",
       "}\n",
       ".popclose {float: right; cursor: pointer; color: #333; margin: 0px 3px; font-weight: bold}\n",
       "\n",
       "/*\n",
       " * These somehow break scrollbars in jupyter notebook, should be scoped if still needed\n",
       ".lvctrl input, select {\n",
       "  margin: 1px 0px;\n",
       "  font-size: 9pt;\n",
       "}\n",
       "\n",
       ".lvctrl input[type=\"text\"] {width: 200px; }\n",
       ".lvctrl input[type=\"range\"] {width: 148px; }\n",
       "*/\n",
       "\n",
       "/* Colour select */\n",
       ".colourbg {margin:0px; width: 100px; height: 20px; border: 1px dotted #999; }\n",
       ".colour {display: inline-block; width: 100%; height: 100%; margin: 0px; padding: 0px; border: none;}\n",
       "\n",
       ".checkerboard {background-image: url(\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAAAIElEQVQ4jWP4TwAcOHAAL2YYNWBYGEBIASEwasCwMAAALvidroqDalkAAAAASUVORK5CYII=\");}\n",
       "\n",
       ".palette { margin: 3px 0px; border:1px solid #999;}\n",
       "\n",
       "/* Hacky select element styling, fixes selects in dat.gui, but also apply to other inline select elements */\n",
       "select:not([multiple]) {\n",
       "    -webkit-appearance: none;\n",
       "    -moz-appearance: none;\n",
       "    background-position: right 50%;\n",
       "    background-repeat: no-repeat;\n",
       "    background-image: url(data:image/png;base64,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);\n",
       "    padding-right: 1.0em;\n",
       "    border: 1px solid #888;\n",
       "    border-radius: 0\n",
       "}\n",
       "\n",
       "\n",
       "\n",
       ".dg.main.taller-than-window .close-button {\n",
       "    border-top: 1px solid #ddd;\n",
       "}\n",
       "\n",
       ".dg.main .close-button {\n",
       "    background-color: #e8e8e8;\n",
       "}\n",
       "\n",
       ".dg.main ul { padding-left: 0; list-style: none; }\n",
       " \n",
       ".dg.main .close-button:hover {\n",
       "    background-color: #ddd;\n",
       "}\n",
       "\n",
       ".dg {\n",
       "    color: #555;\n",
       "    text-shadow: none !important;\n",
       "}\n",
       "\n",
       ".dg.main::-webkit-scrollbar {\n",
       "    background: #fafafa;\n",
       "}\n",
       "\n",
       ".dg.main::-webkit-scrollbar-thumb {\n",
       "    background: #bbb;\n",
       "}\n",
       " \n",
       ".dg li:not(.folder) {\n",
       "    background: #fafafa;\n",
       "    border-bottom: 1px solid #ddd;\n",
       "}\n",
       " \n",
       ".dg li input {\n",
       "    line-height: 16px;\n",
       "}\n",
       "\n",
       ".dg li.save-row .button {\n",
       "    text-shadow: none !important;\n",
       "}\n",
       "\n",
       ".dg li.title {\n",
       "    background: #e8e8e8 url(data:image/gif;base64,R0lGODlhBQAFAJEAAP////Pz8////////yH5BAEAAAIALAAAAAAFAAUAAAIIlI+hKgFxoCgAOw==) 6px 10px no-repeat;\n",
       "}\n",
       "\n",
       ".dg .cr.function:hover,.dg .cr.boolean:hover {\n",
       "    background: #bbb;\n",
       "}\n",
       " \n",
       ".dg .c input[type=text] {\n",
       "    background: #e9e9e9;\n",
       "}\n",
       " \n",
       ".dg .c input[type=text]:hover {\n",
       "    background: #bbb;\n",
       "}\n",
       " \n",
       ".dg .c input[type=text]:focus {\n",
       "    background: #bbb;\n",
       "    color: #555;\n",
       "}\n",
       " \n",
       ".dg .c .slider {\n",
       "    background: #e9e9e9;\n",
       "}\n",
       "\n",
       ".dg .c .slider:hover {\n",
       "    background: #bbb;\n",
       "}\n",
       "\n",
       ".dg li input {\n",
       "    line-height: 17px;\n",
       "}\n",
       "\n",
       ".dg input, .dg select {\n",
       "  margin: 1px 0px !important;\n",
       "  line-height: 20px; \n",
       "  font-size: 9pt;\n",
       "}\n",
       "\n",
       ".dg select {\n",
       "  float: right;\n",
       "}\n",
       "\n",
       ".dg {cursor: default !important;}\n",
       "\n",
       "/* Classic notebook - allows menu to escape cell */\n",
       "div .output_subarea.output_html.rendered_html.pgui { overflow: visible;}\n",
       "\n",
       "/* Jupyterlab notebook - allows menu to escape cell */\n",
       ".p-Widget.jp-OutputArea.jp-Cell-outputArea.pgui { overflow: visible;}\n",
       ".p-Widget.jp-OutputArea-output.pgui { overflow: visible;}\n",
       ".p-Widget.p-Panel.jp-OutputArea-child.pgui { overflow: visible; }\n",
       "\n",
       "\n",
       "</style>\n",
       "<script>\n",
       "var dictionary = {\"renderers\":{\"default\":[{\"labels\":\"labels\"},{\"points\":\"points\",\"sortedpoints\":\"points\",\"particles\":\"points\",\"pointspheres\":\"spheres\",\"pointcubes\":\"cuboids\"},{\"quads\":\"quads\",\"grid\":\"quads\"},{\"triangles\":\"sortedtriangles\",\"sortedtriangles\":\"sortedtriangles\",\"basictriangles\":\"basictriangles\",\"mesh\":\"basictriangles\",\"surface\":\"basictriangles\"},{\"vectors\":\"vectors\",\"arrows\":\"vectors\"},{\"tracers\":\"tracers\",\"streamlines\":\"tracers\"},{\"lines\":\"lines\",\"links\":\"lines\",\"sortedlines\":\"sortedlines\",\"simplelines\":\"simplelines\"},{\"shapes\":\"shapes\",\"spheres\":\"spheres\",\"cuboids\":\"cuboids\",\"cubes\":\"cuboids\"},{\"volume\":\"volume\",\"volumes\":\"volume\"},{\"screen\":\"screen\",\"fullscreen\":\"screen\"}],\"target\":\"all\",\"type\":\"object\",\"desc\":\"Holds list of available renderer types that can be created and their aliases, grouped in order of base types (label/point/grid/tri/vector/tracer/line/shape/volume/screen) read only.\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"renderlist\":{\"default\":\"\",\"target\":\"all\",\"type\":\"string\",\"desc\":\"Sets a list of renderers to create and order they are displayed. This allows overriding the default renderer order, defined by the object order. For valid types see \\\"renderers\\\" property.\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"subrenderers\":{\"default\":\"sortedtriangles points simplelines\",\"target\":\"all\",\"type\":\"string\",\"desc\":\"List of renderers created for rendering primitives (points, lines, triangles) from more complex renderers (eg: vectors). Allows selection of different primitive rendering modes, globally or per object.\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"font\":{\"default\":\"vector\",\"target\":\"all\",\"type\":\"string\",\"desc\":\"Font typeface vector (thicker, better for larger text) or line (better for small labels)\",\"strict\":true,\"redraw\":0,\"control\":[true,null,[\"vector\",\"line\"]]},\"fontscale\":{\"default\":1.0,\"target\":\"all\",\"type\":\"real\",\"desc\":\"Font scaling, applied by multiplying with any existing calculated scaling.\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"fontsize\":{\"default\":1.0,\"target\":\"all\",\"type\":\"real\",\"desc\":\"Font size, absolute scaling that overrides all automatic calculations of the font size\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"fontcolour\":{\"default\":[0,0,0,0],\"target\":\"all\",\"type\":\"colour\",\"desc\":\"Font colour RGB(A)\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"time\":{\"default\":0.0,\"target\":\"timestep\",\"type\":\"real\",\"desc\":\"Time value for timestep\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"name\":{\"default\":\"\",\"target\":\"object\",\"type\":\"string\",\"desc\":\"Name of object\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"visible\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Set to false to hide object\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"inview\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Set to false to exclude object from bounding box calculation and the default camera view\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"fixed\":{\"default\":false,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Set to true to make all data fixed, not time varying, for this object\",\"strict\":true,\"redraw\":1,\"control\":[false]},\"renderer\":{\"default\":\"\",\"target\":\"object\",\"type\":\"string\",\"desc\":\"Create a custom renderer using label provided instead of using the default renderers, type of renderer created based on the \\\"geometry\\\" property\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"shaders\":{\"default\":[],\"target\":\"object\",\"type\":\"object\",\"desc\":\"Custom shaders for rendering object, either filenames or source strings, provide either [fragment], [vertex, fragment] or [geometry, vertex, fragment]\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"uniforms\":{\"default\":[],\"target\":\"object\",\"type\":\"object\",\"desc\":\"Custom shader uniforms for rendering objects, list of uniform names, will be copied from property data\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"steprange\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Calculate dynamic range values per step rather than over full time range\",\"strict\":true,\"redraw\":2,\"control\":[true]},\"lit\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Apply lighting to object\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"cullface\":{\"default\":false,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Cull back facing polygons of object surfaces\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"wireframe\":{\"default\":false,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Render object surfaces as wireframe\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"flat\":{\"default\":false,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Renders surfaces as flat shaded, lines/vectors/tracers as 2d, faster but no 3d or lighting\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"depthtest\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Set to false to disable depth test when drawing object so always drawn regardless of 3d position\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"depthwrite\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Set to false to disable depth buffer write when drawing object, so other objects behind it will still be drawn and will appear in front if drawn after this object\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"dims\":{\"default\":[0,0,0],\"target\":\"object\",\"type\":\"integer[3]\",\"desc\":\"Width,Height,Depth override for geometry. Usually this data will be determined from the numpy array shape when loaded from python but setting this property overrides the shape, unless it doesn't match the data size. Note this property is the reverse of the numpy array shape (Depth,Height,Width) or (Height,Width).\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"rotatable\":{\"default\":false,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Set to true to apply the view rotation to this object\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"shift\":{\"default\":0.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Apply a shift to object position by this amount multiplied by model size*10^-7, to fix depth fighting when visualising objects drawn at same depth\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"colour\":{\"default\":[0,0,0,255],\"target\":\"object\",\"type\":\"colour\",\"desc\":\"Object colour RGB(A)\",\"strict\":true,\"redraw\":2,\"control\":[true]},\"colourmap\":{\"default\":\"\",\"target\":\"object\",\"type\":\"string\",\"desc\":\"name of the colourmap to use\",\"strict\":false,\"redraw\":2,\"control\":[true]},\"opacitymap\":{\"default\":\"\",\"target\":\"object\",\"type\":\"string\",\"desc\":\"name of the opacity colourmap to use\",\"strict\":false,\"redraw\":2,\"control\":[true]},\"opacity\":{\"default\":1.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Opacity of object where 0 is transparent and 1 is opaque\",\"strict\":true,\"redraw\":2,\"control\":[true,[0.01,1.0,0.01]]},\"brightness\":{\"default\":0.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Brightness of object from -1 (full dark) to 0 (default) to 1 (full light)\",\"strict\":true,\"redraw\":0,\"control\":[true,[-1.0,1.0,0.01]]},\"contrast\":{\"default\":1.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Contrast of object from 0 (none, grey) to 2 (max)\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,2.0,0.01]]},\"saturation\":{\"default\":1.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Saturation of object from 0 (greyscale) to 2 (fully saturated)\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,2.0,0.01]]},\"ambient\":{\"default\":0.4,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Ambient lighting level (background constant light)\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"diffuse\":{\"default\":0.65,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Diffuse lighting level (shading light/dark)\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"specular\":{\"default\":0.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Specular highlight lighting level (spot highlights)\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"shininess\":{\"default\":0.5,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Specular shininess factor, controls size of highlight\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"light\":{\"default\":[1.0,1.0,1.0,0.0],\"target\":\"object\",\"type\":\"real[4]\",\"desc\":\"Light properties, colour Red,Green,Blue values and fourth component if provided is two-sided lighting flag, set to 1.0 to switch to single-sided lighting\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"lightpos\":{\"default\":[0.1,-0.1,2.0,0.0],\"target\":\"object\",\"type\":\"real[4]\",\"desc\":\"Light position X Y Z. Default is relative to camera (light moves follows camera, rotating the scene changes the illuminated area). Fourth component, if provided, is scene light flag, set to 1.0 to switch to a position in the scene, regardless of camera/view position the same parts of the scene will be illuminated.\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"clip\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Allow object to be clipped\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"clipmap\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Clipping mapped to range normalised [0,1]\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"clipmin\":{\"default\":[0.0,0.0,0.0],\"target\":\"object\",\"type\":\"real[3]\",\"desc\":\"Object clipping minimum [x,y,z]\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"clipmax\":{\"default\":[1.0,1.0,1.0],\"target\":\"object\",\"type\":\"real[3]\",\"desc\":\"Object clipping maximum [x,y,z]\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"xmin\":{\"default\":0.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"(legacy) Object clipping, minimum x\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"ymin\":{\"default\":0.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"(legacy) Object clipping, maximum y\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"zmin\":{\"default\":0.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"(legacy) Object clipping, minimum z\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"xmax\":{\"default\":1.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"(legacy) Object clipping, maximum x\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"ymax\":{\"default\":1.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"(legacy) Object clipping, maximum y\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"zmax\":{\"default\":1.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"(legacy) Object clipping, maximum z\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"filters\":{\"default\":[],\"target\":\"object\",\"type\":\"object\",\"desc\":\"Filter list\",\"strict\":true,\"redraw\":1,\"control\":[false]},\"glyphs\":{\"default\":2,\"target\":\"object\",\"type\":\"integer\",\"desc\":\"Glyph quality 0=none, 1=low, higher=increasing triangulation detail (arrows/shapes etc)\",\"strict\":true,\"redraw\":2,\"control\":[true,null,{\"none\":0,\"verylow\":1,\"low\":2,\"medium\":3,\"high\":4,\"veryhigh\":5}]},\"scaling\":{\"default\":1.0,\"target\":\"object\",\"type\":\"real\",\"desc\":\"Object scaling factor\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"texture\":{\"default\":\"\",\"target\":\"object\",\"type\":\"string\",\"desc\":\"Apply a texture, either external texture image file path to load or colourmap\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"fliptexture\":{\"default\":true,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Flip texture image after loading, usually required\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"repeat\":{\"default\":false,\"target\":\"object\",\"type\":\"boolean\",\"desc\":\"Repeat texture image enabled, default is clamp to edges\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"texturefilter\":{\"default\":2,\"target\":\"object\",\"type\":\"integer\",\"desc\":\"Type of texture filtering, 0=nearest, 1=linear, 2=mipmap (default)\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"colourby\":{\"default\":0,\"target\":\"object\",\"type\":\"string or integer\",\"desc\":\"Index or label of data set to colour object by (requires colour map)\",\"strict\":false,\"redraw\":2,\"control\":[true]},\"opacityby\":{\"default\":\"\",\"target\":\"object\",\"type\":\"string or integer\",\"desc\":\"Index or label of data set to apply transparency to object by (requires opacity map)\",\"strict\":false,\"redraw\":2,\"control\":[true]},\"limit\":{\"default\":0,\"target\":\"object,line\",\"type\":\"real\",\"desc\":\"Line length limit, can be used to skip drawing line segments that cross periodic boundary\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"link\":{\"default\":false,\"target\":\"object,line\",\"type\":\"boolean\",\"desc\":\"To chain line vertices into longer lines set to true\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"loop\":{\"default\":false,\"target\":\"object,line\",\"type\":\"boolean\",\"desc\":\"To join the start and end of linked lines set to true\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"scalelines\":{\"default\":1.0,\"target\":\"object,line\",\"type\":\"real\",\"desc\":\"Line scaling multiplier, applies to all line objects\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"linewidth\":{\"default\":1.0,\"target\":\"object,line\",\"type\":\"real\",\"desc\":\"Line width scaling\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"tubes\":{\"default\":false,\"target\":\"object,line\",\"type\":\"boolean\",\"desc\":\"Draw lines as 3D tubes\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"pointsize\":{\"default\":1.0,\"target\":\"object,point\",\"type\":\"real\",\"desc\":\"Point size scaling\",\"strict\":true,\"redraw\":2,\"control\":[true,[0.1,20.0,0.01]]},\"pointtype\":{\"default\":1,\"target\":\"object,point\",\"type\":\"integer/string\",\"desc\":\"Point type 0/blur, 1/smooth, 2/sphere, 3/shiny, 4/flat\",\"strict\":true,\"redraw\":2,\"control\":[true,null,{\"blur\":0,\"smooth\":1,\"sphere\":2,\"shiny\":3,\"flat\":4}]},\"scalepoints\":{\"default\":1.0,\"target\":\"object,point\",\"type\":\"real\",\"desc\":\"Point scaling multiplier, applies to all points objects\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"sizeby\":{\"default\":\"\",\"target\":\"object,point\",\"type\":\"string or integer\",\"desc\":\"Index or label of data set to apply to point sizes\",\"strict\":false,\"redraw\":2,\"control\":[true]},\"opaque\":{\"default\":false,\"target\":\"object,surface\",\"type\":\"boolean\",\"desc\":\"If opaque flag is set skips depth sorting step and allows individual surface properties to be applied\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"optimise\":{\"default\":true,\"target\":\"object,surface\",\"type\":\"boolean\",\"desc\":\"Disable this flag to skip the mesh optimisation step\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"vertexnormals\":{\"default\":true,\"target\":\"object,surface\",\"type\":\"boolean\",\"desc\":\"Disable this flag to skip calculating vertex normals\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"smoothangle\":{\"default\":90,\"target\":\"object,surface\",\"type\":\"int\",\"desc\":\"Angle between surface normals (in degrees) below which normals will be smoothed. Reduce this to preserve hard edges.\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"flip\":{\"default\":false,\"target\":\"object,surface\",\"type\":\"boolean\",\"desc\":\"Set this flag to reverse the surface faces (currently implemented for grids only)\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"power\":{\"default\":1.0,\"target\":\"object,volume\",\"type\":\"real\",\"desc\":\"Power used when applying transfer function, 1.0=linear mapping\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,3.0,0.01]]},\"bloom\":{\"default\":0.0,\"target\":\"object,volume\",\"type\":\"real\",\"desc\":\"Bloom effect, brightens colours, particularly around edges of transparent areas, by using a more additive blend equation. Setting this to ~0.5 will replicate the old (technically incorrect) volume shader blending for lavavu pre v1.5.\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"samples\":{\"default\":256,\"target\":\"object,volume\",\"type\":\"integer\",\"desc\":\"Number of samples to take per ray cast, higher = better quality, but slower\",\"strict\":true,\"redraw\":0,\"control\":[true,[16,2048,1]]},\"density\":{\"default\":5.0,\"target\":\"object,volume\",\"type\":\"real\",\"desc\":\"Density multiplier for volume data\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,200.0,1.0]]},\"isovalue\":{\"default\":0.0,\"target\":\"object,volume\",\"type\":\"real\",\"desc\":\"Isovalue for dynamic isosurface (normalised to [0,1] over actual data range)\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"isovalues\":{\"default\":[],\"target\":\"object,volume\",\"type\":\"real[]\",\"desc\":\"Isovalues to extract from volume into mesh isosurface\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"isoalpha\":{\"default\":1.0,\"target\":\"object,volume\",\"type\":\"real\",\"desc\":\"Transparency value for isosurface\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"isosmooth\":{\"default\":0.1,\"target\":\"object,volume\",\"type\":\"real\",\"desc\":\"Isosurface smoothing factor for normal calculation\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,4.0,0.1]]},\"isowalls\":{\"default\":true,\"target\":\"object,volume\",\"type\":\"boolean\",\"desc\":\"Connect isosurface enclosed area with walls\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"tricubicfilter\":{\"default\":false,\"target\":\"object,volume\",\"type\":\"boolean\",\"desc\":\"Apply a tricubic filter for increased smoothness\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"densityclip\":{\"default\":[0.0,1.0],\"target\":\"object,volume\",\"type\":\"real[2]\",\"desc\":\"Density range [min,max] to map, values outside the range are discarded\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"minclip\":{\"default\":0.0,\"target\":\"object,volume\",\"type\":\"real\",\"desc\":\"(legacy) Minimum density value to map, lower discarded\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"maxclip\":{\"default\":1.0,\"target\":\"object,volume\",\"type\":\"real\",\"desc\":\"(legacy) Maximum density value to map, higher discarded\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"compresstextures\":{\"default\":false,\"target\":\"object,volume\",\"type\":\"boolean\",\"desc\":\"Compress volume textures where possible\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"texturesize\":{\"default\":[0,0,0],\"target\":\"object,volume\",\"type\":\"int[3]\",\"desc\":\"Volume texture size limit (for crop)\",\"strict\":true,\"redraw\":2,\"control\":[false]},\"textureoffset\":{\"default\":[0,0,0],\"target\":\"object,volume\",\"type\":\"int[3]\",\"desc\":\"Volume texture offset (for crop)\",\"strict\":true,\"redraw\":2,\"control\":[false]},\"scalemax\":{\"default\":0.0,\"target\":\"object,vector\",\"type\":\"real\",\"desc\":\"Length scaling maximum, sets the range over which vectors will be scaled [0,scalemax]. Default automatically calculated based on data max\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"arrowhead\":{\"default\":5.0,\"target\":\"object,vector\",\"type\":\"real\",\"desc\":\"Arrow head size as a multiple of length or radius, if < 1.0 is multiple of length, if > 1.0 is multiple of radius\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"scalevectors\":{\"default\":1.0,\"target\":\"object,vector\",\"type\":\"real\",\"desc\":\"Vector scaling multiplier, applies to all vector objects\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"thickness\":{\"default\":0.0,\"target\":\"object,vector\",\"type\":\"real\",\"desc\":\"Arrow shaft thickness as fixed value (overrides \\\"radius\\\")\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"length\":{\"default\":0.0,\"target\":\"object,vector\",\"type\":\"real\",\"desc\":\"Arrow fixed length, default is to use vector magnitude\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"normalise\":{\"default\":1.0,\"target\":\"object,vector\",\"type\":\"real\",\"desc\":\"Normalisation factor to adjust between vector arrows scaled to their vector length or all arrows having a constant length. If 0.0 vectors are scaled to their vector length, if 1.0 vectors are all scaled to the constant \\\"length\\\" property (if property length=0.0, this is ignored).\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"autoscale\":{\"default\":true,\"target\":\"object,vector\",\"type\":\"boolean\",\"desc\":\"Automatically scale vectors based on maximum magnitude\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"radius\":{\"default\":0.02,\"target\":\"object,vector\",\"type\":\"real\",\"desc\":\"When applied to Vector Arrows: Arrow shaft radius as ratio of vector length. When applied to shapes: radius of spheres.\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"steps\":{\"default\":0,\"target\":\"object,tracer\",\"type\":\"integer\",\"desc\":\"Number of time steps to trace particle path\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"taper\":{\"default\":true,\"target\":\"object,tracer\",\"type\":\"boolean\",\"desc\":\"Taper width of tracer arrow up as we get closer to current timestep\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"fade\":{\"default\":false,\"target\":\"object,tracer\",\"type\":\"boolean\",\"desc\":\"Fade opacity of tracer arrow in from transparent as we get closer to current timestep\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"connect\":{\"default\":true,\"target\":\"object,tracer\",\"type\":\"boolean\",\"desc\":\"Set false to render tracers as points instead of connected lines\",\"strict\":true,\"redraw\":1,\"control\":[true]},\"scaletracers\":{\"default\":1.0,\"target\":\"object,tracer\",\"type\":\"real\",\"desc\":\"Tracer scaling multiplier, applies to all tracer objects\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"shapewidth\":{\"default\":1.0,\"target\":\"object,shape\",\"type\":\"real\",\"desc\":\"Shape width scaling factor\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"shapeheight\":{\"default\":1.0,\"target\":\"object,shape\",\"type\":\"real\",\"desc\":\"Shape height scaling factor\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"shapelength\":{\"default\":1.0,\"target\":\"object,shape\",\"type\":\"real\",\"desc\":\"Shape length scaling factor\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"shape\":{\"default\":0,\"target\":\"object,shape\",\"type\":\"integer\",\"desc\":\"Shape type: 0=ellipsoid, 1=cuboid\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"scaleshapes\":{\"default\":1.0,\"target\":\"object,shape\",\"type\":\"real\",\"desc\":\"Shape scaling multiplier, applies to all shape objects\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"widthby\":{\"default\":\"widths\",\"target\":\"object,shape\",\"type\":\"string or integer\",\"desc\":\"Index or label of data set to apply to shape widths\",\"strict\":false,\"redraw\":2,\"control\":[true]},\"heightby\":{\"default\":\"heights\",\"target\":\"object,shape\",\"type\":\"string or integer\",\"desc\":\"Index or label of data set to apply to shape heights\",\"strict\":false,\"redraw\":2,\"control\":[true]},\"lengthby\":{\"default\":\"lengths\",\"target\":\"object,shape\",\"type\":\"string or integer\",\"desc\":\"Index or label of data set to apply to shape lengths\",\"strict\":false,\"redraw\":2,\"control\":[true]},\"segments\":{\"default\":32,\"target\":\"object,shape\",\"type\":\"integer\",\"desc\":\"Triangulation quality for spheres, number of segments to draw (minimum 4)\",\"strict\":true,\"redraw\":2,\"control\":[true]},\"colourbar\":{\"default\":false,\"target\":\"colourbar\",\"type\":\"boolean\",\"desc\":\"Indicates object is a colourbar\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"align\":{\"default\":\"bottom\",\"target\":\"colourbar\",\"type\":\"string\",\"desc\":\"Alignment of colour bar to screen edge, top/bottom/left/right\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"size\":{\"default\":[0,0],\"target\":\"colourbar\",\"type\":\"real[2]\",\"desc\":\"Dimensions of colour bar (length/breadth) in pixels or viewport size ratio\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"ticks\":{\"default\":0,\"target\":\"colourbar\",\"type\":\"integer\",\"desc\":\"Number of additional tick marks to draw besides start and end\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"tickvalues\":{\"default\":[],\"target\":\"colourbar\",\"type\":\"real[]\",\"desc\":\"Values of intermediate tick marks\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"printticks\":{\"default\":true,\"target\":\"colourbar\",\"type\":\"boolean\",\"desc\":\"Set to false to disable drawing of intermediate tick values\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"format\":{\"default\":\"%.5g\",\"target\":\"colourbar\",\"type\":\"string\",\"desc\":\"Format specifier for label values, eg: %.3[f/e/g] standard, scientific, both\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"scalevalue\":{\"default\":1.0,\"target\":\"colourbar\",\"type\":\"real\",\"desc\":\"Multiplier to scale tick values\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"outline\":{\"default\":1.0,\"target\":\"colourbar\",\"type\":\"integer\",\"desc\":\"Outline width to draw around colour bar\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"offset\":{\"default\":0,\"target\":\"colourbar\",\"type\":\"real\",\"desc\":\"Margin to parallel edge in pixels or viewport size ratio\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"position\":{\"default\":0,\"target\":\"colourbar\",\"type\":\"real\",\"desc\":\"Margin to perpendicular edge in pixels or viewport size ratio, >0=towards left/bottom, 0=centre (horizontal only), <0=towards right/top\",\"strict\":true,\"redraw\":1,\"control\":[false]},\"binlabels\":{\"default\":false,\"target\":\"colourbar\",\"type\":\"boolean\",\"desc\":\"Set to true to label discrete bins rather than tick points\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"logscale\":{\"default\":false,\"target\":\"colourmap\",\"type\":\"boolean\",\"desc\":\"Set to true to use log scales\",\"strict\":true,\"redraw\":2,\"control\":[true]},\"discrete\":{\"default\":false,\"target\":\"colourmap\",\"type\":\"boolean\",\"desc\":\"Set to true to apply colours as discrete values rather than gradient\",\"strict\":true,\"redraw\":2,\"control\":[true]},\"interpolate\":{\"default\":true,\"target\":\"colourmap\",\"type\":\"boolean\",\"desc\":\"Set to false to disable interpolation between colours, nearest colour will always be applied\",\"strict\":true,\"redraw\":2,\"control\":[true]},\"colours\":{\"default\":[],\"target\":\"colourmap\",\"type\":\"colours\",\"desc\":\"Colour list (or string), X11 colour names, rgb(a) colours or html hex colours\",\"strict\":false,\"redraw\":2,\"control\":[false]},\"range\":{\"default\":[0.0,0.0],\"target\":\"colourmap\",\"type\":\"real[2]\",\"desc\":\"Fixed scale range, default is to automatically calculate range based on data min/max\",\"strict\":true,\"redraw\":2,\"control\":[true]},\"locked\":{\"default\":false,\"target\":\"colourmap\",\"type\":\"boolean\",\"desc\":\"Set to true to lock colourmap ranges to current values\",\"strict\":true,\"redraw\":2,\"control\":[true]},\"zoomstep\":{\"default\":-1,\"target\":\"view\",\"type\":\"integer\",\"desc\":\"When to apply camera auto-zoom to fit model to window, -1=never, 0=first timestep only, 1=every timestep\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"margin\":{\"default\":0.025,\"target\":\"view\",\"type\":\"real\",\"desc\":\"Margin in pixels (when >= 1) or ratio of viewport width (when < 1.0) around edges of model when to applying camera auto-zoom\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"rotate\":{\"default\":[0.0,0.0,0.0,1.0],\"target\":\"view\",\"type\":\"quaternion\",\"desc\":\"Camera rotation quaternion [x,y,z,w]\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"xyzrotate\":{\"default\":[0.0,0.0,0.0],\"target\":\"view\",\"type\":\"real[3]\",\"desc\":\"Camera rotation as Euler angles [x,y,z] - output only\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"translate\":{\"default\":[0.0,0.0,0.0],\"target\":\"view\",\"type\":\"real[3]\",\"desc\":\"Camera translation [x,y,z]\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"focus\":{\"default\":[0.0,0.0,0.0],\"target\":\"view\",\"type\":\"real[3]\",\"desc\":\"Camera focal point [x,y,z]\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"scale\":{\"default\":[1.0,1.0,1.0],\"target\":\"view\",\"type\":\"real[3]\",\"desc\":\"Global model scaling factors [x,y,z]\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,20.0,0.1]]},\"near\":{\"default\":0.0,\"target\":\"view\",\"type\":\"real\",\"desc\":\"Near clipping plane position, adjusts where geometry close to the camera is clipped\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"far\":{\"default\":0.0,\"target\":\"view\",\"type\":\"real\",\"desc\":\"Far clip plane position, adjusts where far geometry is clipped\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"fov\":{\"default\":45.0,\"target\":\"view\",\"type\":\"real\",\"desc\":\"Field-Of-View (horizontal) in degrees\",\"strict\":true,\"redraw\":0,\"control\":[true,[10,170,1]]},\"orthographic\":{\"default\":false,\"target\":\"view\",\"type\":\"boolean\",\"desc\":\"Enable to switch to an orthographic projection instead of the default perspective projection\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"coordsystem\":{\"default\":1,\"target\":\"view\",\"type\":\"integer\",\"desc\":\"Set to determine coordinate system, 1=Right-handed (OpenGL default) -1=Left-handed\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"follow\":{\"default\":false,\"target\":\"view\",\"type\":\"boolean\",\"desc\":\"Enable to follow the model bounding box centre with camera as it changes\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"min\":{\"default\":[0,0,0],\"target\":\"global\",\"type\":\"real[3]\",\"desc\":\"Global model minimum bounds [x,y,z]\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"max\":{\"default\":[0,0,0],\"target\":\"global\",\"type\":\"real[3]\",\"desc\":\"Global model maximum bounds [x,y,z]\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"title\":{\"default\":\"\",\"target\":\"global\",\"type\":\"string\",\"desc\":\"Title to display at top centre of view\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"rulers\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Draw rulers around object axes\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"ruleraxes\":{\"default\":\"xyz\",\"target\":\"global\",\"type\":\"string\",\"desc\":\"Which figure axes to draw rulers beside (xyzXYZ) lowercase = min, capital = max \",\"strict\":true,\"redraw\":0,\"control\":[false]},\"rulerticks\":{\"default\":5,\"target\":\"global\",\"type\":\"integer\",\"desc\":\"Number of tick marks to display on rulers\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"rulerformat\":{\"default\":\"%-10.3f\",\"target\":\"global\",\"type\":\"string\",\"desc\":\"Format specifier for ruler tick values, eg: %.3[f/e/g] standard, scientific, both\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"rulerlabels\":{\"default\":[],\"target\":\"global\",\"type\":\"string[][]\",\"desc\":\"Tick labels to display on rulers, 2d array, one dimension per model axis, replaces rulerticks. If values are numeric, will define the position value, otherwise define the label only.\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"rulerwidth\":{\"default\":1.5,\"target\":\"global\",\"type\":\"real\",\"desc\":\"Width of ruler lines\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"rulerscale\":{\"default\":1.0,\"target\":\"global\",\"type\":\"real\",\"desc\":\"Scaling of ruler label text\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"border\":{\"default\":1.0,\"target\":\"global\",\"type\":\"real\",\"desc\":\"Border width around model boundary, 0=disabled\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"fillborder\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Draw filled background box around model boundary\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"bordercolour\":{\"default\":\"grey\",\"target\":\"global\",\"type\":\"colour\",\"desc\":\"Colour of model boundary border\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"axis\":{\"default\":true,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Draw X/Y/Z legend showing model axes orientation\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"axislength\":{\"default\":0.1,\"target\":\"global\",\"type\":\"real\",\"desc\":\"Axis legend scaling factor\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"axisbox\":{\"default\":[0,0,0,0],\"target\":\"global\",\"type\":\"real[4]\",\"desc\":\"Custom dimensions of viewport for drawing the axis (x, y, width, height) proportional to main viewport size\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"quality\":{\"default\":2,\"target\":\"global\",\"type\":\"integer\",\"desc\":\"Read only: Over-sample antialiasing level, for off-screen rendering\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"bounds\":{\"default\":[],\"target\":\"global\",\"type\":\"real[][]\",\"desc\":\"Read only bounding box (min/max)\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"caption\":{\"default\":\"default\",\"target\":\"global\",\"type\":\"string\",\"desc\":\"Title for caption area and image output filenames\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"resolution\":{\"default\":[1024,768],\"target\":\"global\",\"type\":\"integer[2]\",\"desc\":\"Window resolution X,Y\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"antialias\":{\"default\":true,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Enable multisample anti-aliasing, only works with interactive viewing\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"fps\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Turn on to display FPS count\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"filestep\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Turn on to automatically add and switch to a new timestep after loading a data file\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"hideall\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Turn on to set initial state of all loaded objects to hidden\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"background\":{\"default\":[0,0,0,255],\"target\":\"global\",\"type\":\"colour\",\"desc\":\"Background colour RGB(A)\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"alpha\":{\"default\":1.0,\"target\":\"global\",\"type\":\"real\",\"desc\":\"Global opacity multiplier where 0 is transparent and 1 is opaque, this is combined with \\\"opacity\\\" prop\",\"strict\":true,\"redraw\":0,\"control\":[true,[0.0,1.0,0.01]]},\"noload\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Disables initial loading of object data from database, only object names loaded, use the \\\"load\\\" command to subsequently load selected object data\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"merge\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Enable to load subsequent databases into the current model, if disabled then each database is loaded into a new model\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"pngalpha\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Enable transparent png output\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"trisplit\":{\"default\":0,\"target\":\"global\",\"type\":\"integer\",\"desc\":\"Imported model triangle subdivision level. Can also be set to 1 to force vertex normals to be recalculated by ignoring any present in the loaded model data.\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"trilimit\":{\"default\":0,\"target\":\"global\",\"type\":\"real\",\"desc\":\"Imported model triangle edge size limit. Triangles will be split until edges below this threashold.\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"globalcam\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Enable global camera for all models (default is separate cam for each)\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"volchannels\":{\"default\":1,\"target\":\"global\",\"type\":\"integer\",\"desc\":\"Volume rendering output channels 1 (luminance) 3/4 (rgba)\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"volres\":{\"default\":[256,256,256],\"target\":\"global\",\"type\":\"integer[3]\",\"desc\":\"Volume rendering data voxel resolution X Y Z\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"volmin\":{\"default\":[0.0,0.0,0.0],\"target\":\"global\",\"type\":\"real[3]\",\"desc\":\"Volume rendering min bound X Y Z\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"volmax\":{\"default\":[1.0,1.0,1.0],\"target\":\"global\",\"type\":\"real[3]\",\"desc\":\"Volume rendering max bound X Y Z\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"volsubsample\":{\"default\":[1,1,1],\"target\":\"global\",\"type\":\"int[3]\",\"desc\":\"Volume rendering subsampling factor X Y Z\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"slicevolumes\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Convert full volume data sets to slices (allows cropping and sub-sampling)\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"slicedump\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Export full volume data sets to slices\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"pointsubsample\":{\"default\":0,\"target\":\"global\",\"type\":\"integer\",\"desc\":\"Point render sub-sampling factor\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"pointmaxcount\":{\"default\":0,\"target\":\"global\",\"type\":\"integer\",\"desc\":\"Point render maximum count before auto sub-sampling\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"pointdistsample\":{\"default\":0,\"target\":\"global\",\"type\":\"integer\",\"desc\":\"Point distance sub-sampling factor\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"pointattribs\":{\"default\":true,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Point size/type attributes can be applied per object (requires more GPU ram)\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"pointattenuate\":{\"default\":true,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Point distance size attenuation (points shrink when further from viewer ie: perspective)\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"pointpixelscale\":{\"default\":1,\"target\":\"global\",\"type\":\"int\",\"desc\":\"Set to zero for constant point size in pixels, set to 1 to scale points when the viewport is resized after storing the initial render size. If set to > 1, this is the viewport height where pointsize = pixels. As the viewport height is adjusted points are scaled relative to this height - so points will appear the same regardless of render size\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"sort\":{\"default\":true,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Automatic depth sorting enabled\",\"strict\":true,\"redraw\":0,\"control\":[true]},\"cache\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Cache all time varying data in ram on initial load\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"gpucache\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Cache timestep varying data on gpu as well as ram (only if model size permits)\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"clearstep\":{\"default\":false,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Clear all time varying data from previous step on loading another\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"timestep\":{\"default\":-1,\"target\":\"global\",\"type\":\"integer\",\"desc\":\"Holds the current model timestep, read only, -1 indicates no time varying data loaded\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"validate\":{\"default\":true,\"target\":\"global\",\"type\":\"boolean\",\"desc\":\"Disable to turn off validation of property names from the dictionary. Allows setting/reading custom properties.\",\"strict\":true,\"redraw\":0,\"control\":[false]},\"data\":{\"default\":null,\"target\":\"global\",\"type\":\"dict\",\"desc\":\"Holds a dictionary of data sets in the current model by label, read only\",\"strict\":true,\"redraw\":0,\"control\":[false]}}\n",
       "var defaultcolourmaps = [\"diverge\", \"isolum\", \"isorainbow\", \"cubelaw\", \"cubelaw2\", \"smoothheat\", \"coolwarm\", \"spectral\", \"drywet\", \"elevation\", \"dem1\", \"dem2\", \"dem3\", \"dem4\", \"ocean\", \"bathy\", \"seafloor\", \"abyss\", \"ibcso\", \"gebco\", \"topo\", \"sealand\", \"nighttime\", \"world\", \"geo\", \"terra\", \"relief\", \"globe\", \"earth\", \"etopo1\", \"cubhelix\", \"hot\", \"cool\", \"copper\", \"gray\", \"split\", \"polar\", \"red2green\", \"paired\", \"categorical\", \"haxby\", \"jet\", \"panoply\", \"no_green\", \"wysiwyg\", \"seis\", \"rainbow\", \"nih\"]\n",
       "\n",
       "</script>\n"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "text/html": [
       "<script type=\"text/javascript\">\n",
       "function init(viewerid) {_wi[viewerid] = new WindowInteractor(viewerid, 140490020644720, 8080);\n",
       "_wi[viewerid].actions = {\n",
       "  \"sbc6up7I9v\" : \"select; hide triangles; hide points; show ghost; show fine_nodes; show coarse; show coarsew; show coarse_nodes; redraw ---VAL---\",\n",
       "  \"edn12t9oWD\" : \"select; hide triangles; hide points; show ghost; show coarse_nodes; show fine; show finew; show fine_nodes; redraw ---VAL---\"};\n",
       "}\n",
       "</script>\n",
       "<form novalidate><div style=\"padding:0px; margin: 0px; position: relative;\" class=\"lvctrl\">\n",
       "</div>\n",
       "<div style=\"min-height: 50px; min-width: 50px; position: relative; display: inline-block; float: right;\">\n",
       "<img id=\"imgtarget_ejqsluaizR\" draggable=false style=\"margin: 0px; border: 1px solid #aaa; display: inline-block;\" src=\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAEAAAABACAQAAAAAYLlVAAAAPUlEQVR42u3OMQEAAAgDINe/iSU1xh5IQPamKgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgLtwAMBsGqBDct9xQAAAABJRU5ErkJggg==\">\n",
       "\n",
       "           <div style=\"display: none; z-index: 200; position: absolute; top: 5px; right: 5px;\">\n",
       "             <select onchange=\"_wi['ejqsluaizR'].box.mode = this.value;\">\n",
       "               <option>Rotate</option>\n",
       "               <option>Translate</option>\n",
       "               <option>Zoom</option>\n",
       "             </select>\n",
       "             <input type=\"button\" value=\"Reset\" onclick=\"_wi['ejqsluaizR'].execute('reset');\">\n",
       "           </div></div>\n",
       "<div style=\"padding:0px; margin: 0px; position: relative;\" class=\"lvctrl\">\n",
       "<input class=\"lvctrl_sbc6up7I9v\" type=\"button\" value=\"Coarse\" onclick=\"_wi['ejqsluaizR'].do_action('sbc6up7I9v', '', this);\" ><br>\n",
       "<input class=\"lvctrl_edn12t9oWD\" type=\"button\" value=\"Fine\" onclick=\"_wi['ejqsluaizR'].do_action('edn12t9oWD', '', this);\" ><br>\n",
       "</div>\n",
       "</form><!-- CREATION TIMESTAMP 20200820080337 --><script>init('ejqsluaizR');</script>"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "\n",
    "lv.control.Panel()\n",
    "lv.control.Button(command=\"hide triangles; hide points; show ghost; show fine_nodes; show coarse; show coarsew; show coarse_nodes; redraw\", label=\"Coarse\")\n",
    "lv.control.Button(command=\"hide triangles; hide points; show ghost; show coarse_nodes; show fine; show finew; show fine_nodes; redraw\", label=\"Fine\")\n",
    "\n",
    "lv.control.show()\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Predefined meshes\n",
    "\n",
    "One common use of `stripy` is in meshing the sphere and, to this end, we provide pre-defined meshes for icosahedral and octahedral triangulations, each of which can have mid-face centroid points included. A triangulation of the six cube-vertices is also provided as well as a 'buckyball' mesh. The icosahedral meshes defined above can be created directly using:\n",
    "\n",
    "``` python\n",
    "\n",
    "spherical_triangulation         = stripy.spherical_meshes.icosahedral_mesh(refinement_levels=0)\n",
    "refined_spherical_triangulation = stripy.spherical_meshes.icosahedral_mesh(refinement_levels=3)\n",
    "```\n",
    "\n",
    "This capability is shown in a companion notebook [Ex2-SphericalGrids](./Ex2-SphericalGrids.ipynb)\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.7.7"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 2
}