├── css3d
    ├── 1
    │   └── index.html
    ├── 2
    │   └── index.html
    ├── 3
    │   └── index.html
    ├── viewer.css
    ├── map.js
    ├── pieces.css
    └── viewer.js
├── README.md
└── webgl
    ├── index.html
    ├── w.js
    ├── mario.js
    └── mariotexture.js


/css3d/viewer.css:
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1 | /* 3D scene */
2 | #viewport{width:700px;height:600px;overflow:hidden;border:1px solid;position:relative;perspective:500px}
3 | #viewport *{transform-style:preserve-3d;box-sizing:border-box}
4 | #camera{width:0;height:0;position:absolute;top:50%;left:50%}
5 | #scene{position:fixed;transform:translate3D(-50%,-50%,-2000px)rotateX(65deg)rotateZ(-35deg)}
6 | #floor{position:fixed;background:#4B4}


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/README.md:
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 1 | Mini 3D Platformer bootstrap/demo
 2 | ===
 3 | 
 4 | CSS3D:
 5 | 
 6 | Demo 1: https://xem.github.io/mini3DPlatformer/css3d/1 (hero moves north / east / south / west only)
 7 | 
 8 | Demo 2: https://xem.github.io/mini3DPlatformer/css3d/2 (hero rotates on itself and moves forward and backwards)
 9 | 
10 | Demo 3: https://xem.github.io/mini3DPlatformer/css3d/3 (3rd person camera)
11 | 
12 | 
13 | WEBGL:
14 | 
15 | Demo:  https://xem.github.io/mini3DPlatformer/webgl (3rd person camera)


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/css3d/map.js:
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 1 | // Map (made with https://xem.github.io/3Dmapeditor/)
 2 | map = {
 3 |   w: 10,
 4 |   h: 10,
 5 |   layers: [
 6 | 
 7 |     // Layer 0:
 8 |     [
 9 |       '0000000000',
10 |       '0000000000',
11 |       '0000000000',
12 |       '0000100000',
13 |       '0000100000',
14 |       '0011111000',
15 |       '0000100000',
16 |       '0000100000',
17 |       '0000000000',
18 |       '0000000000',
19 |     ],
20 |     
21 |     // Layer 1:
22 |     [
23 |       '0000000000',
24 |       '0000000000',
25 |       '0000000000',
26 |       '0000000000',
27 |       '0000000000',
28 |       '0000100000',
29 |       '0000000000',
30 |       '0000000000',
31 |       '0000000000',
32 |       '0000000000',
33 |     ],
34 |   ]
35 | };


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/css3d/pieces.css:
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 1 | /* Global */
 2 | .piece{pointer-events:none;position:absolute;width:200px;height:200px}
 3 | .face{width:200px;height:200px;position:fixed;font-size:100px;transform-origin:50% 100%;backface-visibility:hidden}
 4 | 
 5 | /* piece rotation */
 6 | .r1{transform:rotateZ(90deg)}
 7 | .r2{transform:rotateZ(180deg)}
 8 | .r3{transform:rotateZ(-90deg)}
 9 | 
10 | /* Cube */
11 | .up{transform:translateZ(200px)}
12 | .left{transform:translate3D(-100px,-100px,0)rotateZ(90deg)rotateX(-90deg)}
13 | .right{transform:translate3D(100px,-100px,0)rotateZ(-90deg)rotateX(-90deg)}
14 | .front{transform:rotateX(-90deg)}
15 | .back{transform:translate3D(0,-200px,0)rotateZ(180deg)rotateX(-90deg)}
16 | .down{transform:rotateX(180deg)}
17 | 
18 | /* textures */
19 | .cube *{background:#bbb}
20 | .cube .front{background:#ddd}
21 | .cube .left, .cube .right{background:#999}
22 | 
23 | #hero * {background:#fa0}
24 | #hero .front{background:#e92}
25 | #hero .left, #hero .right{background:#d70}
26 | #hero .front:before {display:block;width:200px;content:'👀';font-size:100px;text-align:center} 
27 | 
28 | /* plane, sprite */
29 | .plane,.sprite{font-size:200px}
30 | .plane *,.sprite *{transform-origin:50% 100%;transform:translateY(-100px)rotateX(-90deg)}


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/css3d/viewer.js:
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 1 | // Globals
 2 | var token = " ",
 3 | rotation = 0,
 4 | texture = 0,
 5 | w = map.w,
 6 | h = map.h,
 7 | x = 0,
 8 | y = 0,
 9 | z = 0,
10 | rx = 45,
11 | rz = 45,
12 | 
13 | // Move the scene
14 | moveScene = (rx, rz) => {
15 |   scene.style.transformOrigin = `50% 50%`;
16 |   scene.style.transform = `translate3D(-50%,-50%,-${Math.max(w*200,h*200)+z*200}px)rotateX(${rx}deg)rotateZ(${rz}deg)`;
17 | },
18 | 
19 | // Return HTML code for a cube, at the given coordinates
20 | drawCube = (x, y, z, id='') => {
21 |   html = `<div id='${id}' class='cube' style='transform:${id == 'hero' ? ('scaleX(' + hero_w + ')scaleY(' + hero_h + ')') : ''}translate3d(${x*200}px,${y*200}px,${z*200}px)'>`;
22 |   html += `<div class="face up"></div>`;
23 |   html += `<div class="face left"></div>`;
24 |   html += `<div class="face back"></div>`;
25 |   html += `<div class="face right"></div>`;
26 |   html += `<div class="face front"></div>`;
27 |   return html;
28 | },
29 | 
30 | // Draw scene
31 | drawScene = () => {
32 |   for(Z in map.layers){
33 |     for(Y in map.layers[Z]){
34 |       for(X in map.layers[Z][Y]){
35 |         token = map.layers[Z][Y][X];
36 |         if(token == "1"){ // 1 = cube
37 |           scene.insertAdjacentHTML("beforeEnd", drawCube(X,Y,Z));
38 |         }
39 |       }
40 |     }
41 |   }
42 | }
43 | 
44 | drawScene();
45 | scene.style.width = floor.style.width = w * 200 + "px";
46 | scene.style.height = floor.style.height = h * 200 + "px";
47 | if(top.RX) RX.onchange = RX.onupdate = RX.oninput = RZ.onchange = RZ.onupdate = RZ.oninput = () => { moveScene(rx = +RX.value, rz = +RZ.value) }


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/webgl/index.html:
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  1 | <script src="w.js"></script>
  2 | <script src="mario.js"></script>
  3 | <script src="mariotexture.js"></script>
  4 | <script src="treetexture.js"></script>
  5 | <script src="bricktexture.js"></script>
  6 | <canvas id=c width=640 height=640></canvas>
  7 | 
  8 | <script>
  9 | 
 10 | // +X = right, +Z = near, +Y = up
 11 | // -X = left, -Z = far, -Y = down
 12 | // All items fit in a 1 unit cube
 13 | // All angles are in degrees
 14 | // Coordinates of an object are at its center, ex: mario will be standing on the origin at [0, 0.5, 0]
 15 | 
 16 | // Keyboard inputs
 17 | onkeydown=onkeyup=e=>keys['s****lurd************************l**r************l*d***u**u'[e.which-32]]=+!!e.type[5]
 18 | 
 19 | // Hero
 20 | hero = {
 21 |   x: -2,
 22 |   y: 9.5,
 23 |   z: 5,
 24 |   
 25 |   ry: -35,
 26 |   rmodel: 0,
 27 |   rmodeltarget: 0,
 28 |   rcamera: 0,
 29 |   
 30 |   vx: 0,
 31 |   vy: 0,
 32 |   vz: 0,
 33 |   
 34 |   ax: 0,
 35 |   ay: 0,
 36 |   az: 0,
 37 |   
 38 |   grounded: 1
 39 | };
 40 | 
 41 | G = 0.03;
 42 | 
 43 | cubes = [
 44 |   [2, 0, 1],
 45 |   [2, 1, 1],
 46 |   [1, 0, 1],
 47 |   [4, 0, 1],
 48 |   [4, 0, 3],
 49 |   [1, 0, 3],
 50 | ],
 51 | 
 52 | // The world map as a list of 10x10 grids.
 53 | // map[N] corresponds to the layer y = N
 54 | map = [];
 55 | for(y = 0; y < 10; y++){
 56 |   map[y] = [];
 57 |   for(x = 0; x < 10; x++){
 58 |     map[y][x] = [];
 59 |     for(z = 0; z < 10; z++){
 60 |       if(cubes.some(c => c[0] == x && c[1] == y && c[2] == z)){
 61 |         map[y][x][z] = 1;
 62 |       }
 63 |       else map[y][x][z] = 0;
 64 |     }
 65 |   }
 66 | }
 67 | 
 68 | collision = o => {
 69 |   var
 70 |   y1 = Math.floor(o.y-.5),
 71 |   x1 = Math.floor(o.x-.2),
 72 |   x2 = Math.floor(o.x+.2),
 73 |   z1 = Math.floor(o.z+.2),
 74 |   z2 = Math.floor(o.z-.2);
 75 |   if(o.y - .5 < 0) return 1;
 76 |   if(map[y1]?.[x1]?.[z1] == 1) return 1;
 77 |   if(map[y1]?.[x1]?.[z2] == 1) return 1;
 78 |   if(map[y1]?.[x2]?.[z1] == 1) return 1;
 79 |   if(map[y1]?.[x2]?.[z2] == 1) return 1;
 80 |   return 0;
 81 | },
 82 | 
 83 | 
 84 | onload = () => {
 85 |   
 86 |   // Reset keys
 87 |   keys = {u:0, l:0, r:0, d:0, s:0};
 88 |   
 89 |   // Create scene
 90 |   W.reset(c);
 91 |   W.ambient(0.7);
 92 |   W.light({x:.5,y:-.3,z:-.5});
 93 |   for(y in map){
 94 |     for(x in map[y]){
 95 |       for(z in map[y][x]){
 96 |         if(map[y][x][z]){
 97 |           W.cube({size:1,x:+x+.5,z:+z+.5,y:+y+.5,t:brick});
 98 |         }
 99 |       }
100 |     }
101 |   }
102 |   W.group({n:"M",size:1,x:hero.x,y:hero.y+.5,z:hero.z,rx:-90,ry:0,s:1});
103 |   W.group({n:"m",g:"M",size:1,x:0,y:0,z:0,rx:0,ry:0,s:1});
104 |   W.mario({n:"mm",g:"m",size:1,x:0,y:0,z:0,rx:0,ry:0,t:mario,s:1});
105 |   W.camera({g:"M",z:.5,y:-3.5,rx:90});
106 |   W.clearColor("8Af");
107 |   W.plane({g:"camera",size:150,b:"3d2",z:-100,y:-80,ns:1});
108 |   
109 |   // Game loop
110 |   setInterval(()=>{
111 |   
112 |     // tmp
113 |     var x, y, z;
114 |     x = hero.x;
115 |     y = hero.y;
116 |     z = hero.z;
117 |     
118 |     // Fall
119 |     if(hero.vy < 0) hero.vy -= G;
120 |     
121 |     // Ascend (less gravity)
122 |     if(hero.vy >= 0) hero.vy -= G/30;
123 |     
124 |     if(hero.vy < -G) hero.vy = -G;
125 |     hero.y += hero.vy;
126 |     
127 |     
128 |     // Jump
129 |     if(hero.grounded && keys.s){
130 |       hero.vy += .045;
131 |     }
132 |     
133 |     hero.grounded = 0;
134 |     if(collision(hero)){
135 |       hero.y = y;
136 |       hero.grounded = 1;
137 |     }
138 |     
139 |     
140 |     // Go front / back
141 |     if(keys.u || keys.d){
142 |       hero.z += (-keys.u + keys.d) * Math.cos(hero.ry*Math.PI/180) / 40;
143 |       if(collision(hero)){
144 |         hero.z = z;
145 |       }
146 |       hero.x += (-keys.u + keys.d) * Math.sin(hero.ry*Math.PI/180) / 40;
147 |       if(collision(hero)){
148 |         hero.x = x;
149 |       }
150 |       if(keys.u) hero.rmodeltarget = 0;
151 |       if(keys.d) hero.rmodeltarget = 180;
152 |     }
153 |     
154 |     // Go left / right
155 |     if(keys.r || keys.l){
156 |       hero.z += (-keys.l + keys.r) * Math.cos((hero.ry + 90)*Math.PI/180) / 40;
157 |       if(collision(hero)){
158 |         hero.z = z;
159 |       }
160 |       hero.x += (-keys.l + keys.r) * Math.sin((hero.ry + 90)*Math.PI/180) / 40;
161 |       if(collision(hero)){
162 |         hero.x = x;
163 |       }
164 |       // Rotate hero's model
165 |       if(keys.r) hero.rmodeltarget = 270;
166 |       if(keys.l) hero.rmodeltarget = 90
167 |     }
168 |     
169 |     hero.rmodel = (hero.rmodel + 360)%360;
170 |     hero.rcamera = (hero.rcamera + 360)%360;
171 |     if(hero.rmodel == hero.rmodeltarget) { /* ok */ }
172 |     else if(hero.rmodel <= 0 && hero.rmodeltarget == 270) { hero.rmodel-=5}
173 |     else if(hero.rmodel >= 270 && hero.rmodeltarget == 0) { hero.rmodel+=5}
174 |     else if((hero.rmodel < hero.rmodeltarget)){ hero.rmodel+=5; }
175 |     else if((hero.rmodel > hero.rmodeltarget)){ hero.rmodel-=5 }
176 |     W.move({n:"mm", rz: hero.rmodel});
177 |    
178 | 
179 |     console.log(hero.rmodel, hero.rmodeltarget, hero.rcamera, hero.ry);
180 |     
181 |     // Adapt model group's angle (affects camera)
182 |     if(hero.rcamera > hero.rmodel){
183 |       hero.rcamera --;
184 |       hero.ry ++;
185 |       //hero.rmodel--;
186 |       //hero.rmodeltarget--;
187 |       //hero.ry++;
188 |       //console.log(hero.rmodel, hero.rmodeltarget, hero.ry);
189 |     }
190 |     /*else if(hero.rcamera < hero.rmodel){
191 |       hero.rcamera --;
192 |       hero.ry ++;
193 |       //hero.rmodel--;
194 |       //hero.rmodeltarget--;
195 |       //hero.ry++;
196 |     }*/
197 |     
198 |     // Move hero's group
199 |     W.move({n:"m", rz: hero.rcamera});
200 |     W.move({n:"M", x:hero.x, y: hero.y, z:hero.z, ry: hero.ry});
201 |   });
202 | 
203 | }
204 | </script>


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/css3d/1/index.html:
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  1 | <h3>Mini 3D Platformer demo 1</h3>
  2 | <link rel=stylesheet href="../viewer.css">
  3 | <link rel=stylesheet href="../pieces.css">
  4 | 
  5 | <p>Move with arrow keys or WASD or ZQSD, jump with Space
  6 | <p><a href="https://github.com/xem/mini3DPlatformer/">Source code</a>
  7 | <p>
  8 | <div id=viewport>
  9 |   <div id=camera>
 10 |     <div id=scene>
 11 |     
 12 |       <div id=floor></div>
 13 |     
 14 |     </div>
 15 |   </div>
 16 | </div>
 17 | 
 18 | <p>Camera:
 19 | <!--button id=cf>Fixed</button>
 20 | <button id=c3>3rd person</button>
 21 | <button id=c1>1st person</button-->
 22 | 
 23 | <p>rx <input type=range min=0 max=90 value=45 id=RX> 
 24 | rz <input type=range min=-90 max=90 value=0 id=RZ>
 25 | 
 26 | <script src="../map.js"></script>
 27 | <script src="../viewer.js"></script>
 28 | 
 29 | <script>
 30 | tile_w = 200;   // tiles width in px
 31 | tile_h = 200;   // tiles height in px
 32 | map_w = map.w;  // map width in tiles
 33 | map_h = map.h;  // map height in tiles
 34 | 
 35 | // Hero (units are proportional to the map's cubes)
 36 | hero_w = .9;        // hero width 
 37 | hero_h = .9;        // hero height
 38 | hero_d = .9;        // hero depth
 39 | hero_x = 2;         // X position
 40 | hero_y = 2;         // Y position
 41 | hero_z = 5;         // Z position
 42 | hero_vz = 0;        // Z speed
 43 | hero_az = 0;        // Z acceleration
 44 | hero_grounded = 0;  // hero is grounded
 45 | hero_canjump = 1;   // hero can jump (or jump again after space key has been released)
 46 | 
 47 | tile1 = null;
 48 | tile2 = null;
 49 | 
 50 | // World
 51 | g = 0.001;    // gravity in tiles/frame²
 52 | scroll_x = 0; // X scroll in tiles
 53 | 
 54 | // Inputs (see https://xem.github.io/articles/jsgamesinputs.html)
 55 | // (I added "s" for space)
 56 | u=r=d=l=s=0;
 57 | onkeydown=onkeyup=e=>this['s****lurd************************l**r************l*d***u**u'[e.which-32]]=e.type[5];
 58 | 
 59 | // Draw hero
 60 | scene.insertAdjacentHTML("beforeEnd", drawCube(hero_x, hero_y, hero_z, "hero"));
 61 | 
 62 | // Get the value of a map's cube at given coordinates
 63 | getCubeValue = (x, y, z) => {
 64 | 
 65 |   // Layer doesn't exist: return non-solid cube value
 66 |   if(!map.layers[Math.floor(z)]){
 67 |     return 0;
 68 |   }
 69 |   
 70 |   if(!map.layers[Math.floor(z)][Math.floor(y)]){
 71 |     return 0;
 72 |   }
 73 |   
 74 |   return map.layers[Math.floor(z)][Math.floor(y)][Math.floor(x)];
 75 | }
 76 | 
 77 | // Game loop (60 fps)
 78 | setInterval(() => {
 79 |   
 80 |   // Compute hero position:
 81 |   // The hero's bounding cuboid's corners have the following coordinates:
 82 |   //
 83 |   //
 84 |   //                [hero_x, hero_y, hero_z + hero_d]      [hero_x + hero_w, hero_y, hero_z + hero_d]
 85 |   //                                                ______
 86 |   //                                               /|    /|
 87 |   //  [hero_x, hero_y + hero_h, hero_z + hero_d]  /_____/  [hero_x + hero_w, hero_y + hero_h, hero_z + hero_d]
 88 |   //                                             |  |  |  |
 89 |   //                                             |  |  |  |
 90 |   //                       [hero_x, hero_y, hero_z] |__|__| [hero_x + hero_w, hero_y, hero_z]
 91 |   //                                             | /   | /
 92 |   //                                             |/____|/
 93 |   //           [hero_x, hero_y + hero_h, hero_z]         [hero_x + hero_w, hero_y + hero_h, hero_z]
 94 |   //
 95 |   
 96 |   // Reset grounded state
 97 |   hero_grounded = 0;
 98 |   
 99 |   // Apply gravity to Y acceleration, Y acceleration to Y speed and Y speed to Y position
100 |   hero_az -= g;
101 |   hero_vz += hero_az;
102 |   hero_z += hero_vz;
103 |   
104 |   // Get the value of the map cube at the bottom corners of the hero
105 |   tile1 = getCubeValue(hero_x, hero_y, hero_z);
106 |   tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z);
107 |   tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z);
108 |   tile4 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z);
109 |   
110 |   // If a tile is solid, put the hero on top of it (he's grounded)
111 |   if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1 || hero_z < 0){
112 |     //console.log("collision bottom");
113 |     hero_z = Math.ceil(hero_z);
114 |     hero_grounded = 1;
115 |     hero_vz = 0;
116 |     hero_az = 0;
117 |   }
118 |   
119 |   // If left key is pressed, go left
120 |   if(l){
121 |     hero_x -= .1;
122 |     if(hero_x < 0) hero_x = 0;
123 |     
124 |     // Get the value of the map cubes at the left corners of the hero
125 |     tile1 = getCubeValue(hero_x, hero_y, hero_z);
126 |     tile2 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z);
127 |     tile3 = getCubeValue(hero_x, hero_y, hero_z + hero_d);
128 |     tile4 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z + hero_d);
129 |     
130 |     // If a tile is solid, put the hero on the right side of it
131 |     if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1){
132 |       console.log("collision left");
133 |       hero_x = Math.ceil(hero_x);
134 |     }
135 |   }
136 |   
137 |   // If right key is pressed, go right
138 |   else if(r){
139 |     hero_x += .1;
140 |     if((hero_x + hero_w) >= map_w) hero_x = map_w - hero_w;
141 |     
142 |     // Get the value of the map cubes at the right corners of the hero
143 |     tile1 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z);
144 |     tile2 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h -.1, hero_z);
145 |     tile3 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z + hero_d);
146 |     tile4 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z + hero_d);
147 |     
148 |     // If a tile is solid, put the hero on the right side of it
149 |     if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1){
150 |       console.log("collision right");
151 |       hero_x = Math.floor(hero_x + hero_w - .1) - hero_w;
152 |     }
153 |   }
154 |   
155 |   // If up key is pressed, go back
156 |   else if(u){
157 |     hero_y -= .1;
158 |     if(hero_y < 0) hero_y = 0;
159 |     
160 |     // Get the value of the map cubes at the back corners of the hero
161 |     tile1 = getCubeValue(hero_x, hero_y, hero_z);
162 |     tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z);
163 |     tile3 = getCubeValue(hero_x, hero_y, hero_z + hero_d);
164 |     tile4 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z + hero_d);
165 |     
166 |     // If this tile is solid, put the hero on the right side of it
167 |     if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1){
168 |       console.log("collision back");
169 |       hero_y = Math.ceil(hero_y);
170 |     }
171 |   }
172 |   
173 |   // If down key is pressed, go front
174 |   else if(d){
175 |     hero_y += .1;
176 |     if((hero_y + hero_h) >= map_h) hero_y = map_h - hero_h;
177 |   
178 |     // Get the value of the map cubes at the front corners of the hero
179 |     tile1 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z);
180 |     tile2 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z);
181 |     tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z + hero_d);
182 |     tile4 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z + hero_d);
183 |     
184 |     // If a tile is solid, put the hero on the right side of it
185 |     if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1){
186 |       console.log("collision front");
187 |       hero_y = Math.floor(hero_y + hero_h - .1) - hero_h;
188 |     }
189 |   }
190 |   
191 |   // If space key is pressed and the hero is grounded, jump
192 |   if(s && hero_grounded && hero_canjump){
193 |     hero_vz = .3;
194 |     hero_canjump = 0;
195 |   }
196 |   
197 |   // If space key is released, allow hero to jump again next time he's grounded
198 |   if(!s){
199 |     hero_canjump = 1;
200 |   }
201 |   
202 |   // If moving up
203 |   if(hero_vz > 0){
204 |   
205 |     // Get the value of the tiles at the top corners of the hero
206 |     tile1 = getCubeValue(hero_x, hero_y, hero_z + hero_d);
207 |     tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z + hero_d);
208 |     tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z + hero_d);
209 |     tile4 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z + hero_d);
210 |     
211 |     // If a tile is solid, put the hero on the bottom side of it and make him fall
212 |     if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1){
213 |       hero_z = Math.floor(hero_z);
214 |       hero_vz = 0;
215 |       hero_az = 0;
216 |     }
217 |   }
218 |   
219 |   // Move hero
220 |   hero.style.transform = `translate3d(${hero_x*200}px,${hero_y*200}px,${hero_z*200}px)`;
221 | 
222 | }, 16);
223 | </script>
224 | 


--------------------------------------------------------------------------------
/css3d/2/index.html:
--------------------------------------------------------------------------------
  1 | <h3>Mini 3D Platformer demo 2</h3>
  2 | <link rel=stylesheet href="../viewer.css">
  3 | <link rel=stylesheet href="../pieces.css">
  4 | 
  5 | <p>Rotate with left/right (or A/D or Q/D), go front with up (or Z or W), go back with down (or S), jump with Space
  6 | <p><a href="https://github.com/xem/mini3DPlatformer/">Source code</a>
  7 | <p>
  8 | <div id=viewport>
  9 |   <div id=camera>
 10 |     <div id=scene>
 11 |     
 12 |       <div id=floor></div>
 13 |     
 14 |     </div>
 15 |   </div>
 16 | </div>
 17 | 
 18 | <p>Camera:
 19 | <!--button id=cf>Fixed</button>
 20 | <button id=c3>3rd person</button>
 21 | <button id=c1>1st person</button-->
 22 | 
 23 | <p>rx <input type=range min=0 max=90 value=45 id=RX> 
 24 | rz <input type=range min=-90 max=90 value=0 id=RZ>
 25 | 
 26 | <script src="../map.js"></script>
 27 | <script src="../viewer.js"></script>
 28 | 
 29 | <script>
 30 | tile_w = 200;   // tiles width in px
 31 | tile_h = 200;   // tiles height in px
 32 | map_w = map.w;  // map width in tiles
 33 | map_h = map.h;  // map height in tiles
 34 | 
 35 | // Hero (units are proportional to the map's cubes)
 36 | hero_w = .7;        // hero width 
 37 | hero_h = .7;        // hero height
 38 | hero_d = 0.9;       // hero depth
 39 | hero_x = 2;         // X position
 40 | hero_vx = 0;        // X speed
 41 | hero_targetx = 0;   // X next position
 42 | hero_y = 2;         // Y position
 43 | hero_vy = 0;        // Y speed
 44 | hero_targety = 0;   // Y next position
 45 | hero_z = 5;         // Z position
 46 | hero_vz = 0;        // Z speed
 47 | hero_az = 0;        // Z acceleration
 48 | hero_rz = Math.PI/2;// Z angle in radians
 49 | hero_grounded = 0;  // hero is grounded
 50 | hero_canjump = 1;   // hero can jump (or jump again after space key has been released)
 51 | 
 52 | tile1 = null;
 53 | tile2 = null;
 54 | 
 55 | // World
 56 | g = 0.001;    // gravity in tiles/frame²
 57 | scroll_x = 0; // X scroll in tiles
 58 | 
 59 | // Inputs (see https://xem.github.io/articles/jsgamesinputs.html)
 60 | // (I added "s" for space)
 61 | u=r=d=l=s=0;
 62 | onkeydown=onkeyup=e=>this['s****lurd************************l**r************l*d***u**u'[e.which-32]]=e.type[5];
 63 | 
 64 | // Draw hero
 65 | scene.insertAdjacentHTML("beforeEnd", drawCube(hero_x, hero_y, hero_z, "hero"));
 66 | 
 67 | // Get the value of a map's cube at given coordinates
 68 | getCubeValue = (x, y, z) => {
 69 | 
 70 |   // Layer doesn't exist: return non-solid cube value
 71 |   if(!map.layers[Math.floor(z)]){
 72 |     return 0;
 73 |   }
 74 |   
 75 |   if(!map.layers[Math.floor(z)][Math.floor(y)]){
 76 |     return 0;
 77 |   }
 78 |   
 79 |   return map.layers[Math.floor(z)][Math.floor(y)][Math.floor(x)];
 80 | }
 81 | 
 82 | // Game loop (60 fps)
 83 | setInterval(() => {
 84 |   
 85 |   // Compute hero position:
 86 |   
 87 |   // The hero's bounding cuboid's corners have the following coordinates:
 88 |   // NB: the hero rotates inside its bounding cuboid, but the bounding cuboid stays fixed
 89 |   //
 90 |   //
 91 |   //                [hero_x, hero_y, hero_z + hero_d]      [hero_x + hero_w, hero_y, hero_z + hero_d]
 92 |   //                                                ______
 93 |   //                                               /|    /|
 94 |   //  [hero_x, hero_y + hero_h, hero_z + hero_d]  /_____/  [hero_x + hero_w, hero_y + hero_h, hero_z + hero_d]
 95 |   //                                             |  |  |  |
 96 |   //                                             |  |  |  |
 97 |   //                       [hero_x, hero_y, hero_z] |__|__| [hero_x + hero_w, hero_y, hero_z]
 98 |   //                                             | /   | /
 99 |   //                                             |/____|/
100 |   //           [hero_x, hero_y + hero_h, hero_z]         [hero_x + hero_w, hero_y + hero_h, hero_z]
101 |   //
102 |   
103 |   // Reset grounded state
104 |   hero_grounded = 0;
105 |   
106 |   // Apply gravity to Y acceleration, Y acceleration to Y speed and Y speed to Y position
107 |   hero_az -= g;
108 |   hero_vz += hero_az;
109 |   hero_z += hero_vz;
110 |   
111 |   // Get the value of the map cube at the bottom corners of the hero
112 |   tile1 = getCubeValue(hero_x, hero_y, hero_z);
113 |   tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z);
114 |   tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z);
115 |   tile4 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z);
116 |   
117 |   // If a tile is solid, put the hero on top of it (he's grounded)
118 |   if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1 || hero_z < 0){
119 |     //console.log("collision bottom");
120 |     hero_z = Math.ceil(hero_z);
121 |     hero_grounded = 1;
122 |     hero_vz = 0;
123 |     hero_az = 0;
124 |   }
125 |   
126 |   // If left key is pressed, rotate left
127 |   if(l){
128 |     hero_rz -= .1;
129 |   }
130 |   
131 |   // If right key is pressed, rotate right
132 |   else if(r){
133 |     hero_rz += .1;
134 |   }
135 |   
136 |   // If up key is pressed, go front at current Z angle
137 |   else if(u){
138 |     hero_vx += .1 * Math.cos(hero_rz);
139 |     hero_vy += .1 * Math.sin(hero_rz);
140 |   }
141 |   
142 |   // If down key is pressed, go back at current Z angle
143 |   else if(d){
144 |     hero_vx -= .1 * Math.cos(hero_rz);
145 |     hero_vy -= .1 * Math.sin(hero_rz);
146 |   }
147 |   
148 |   // Apply X/Y speed to target X/Y position and do not move if there's a collision  
149 |   hero_targetx = hero_x + hero_vx;
150 |   hero_targety = hero_y + hero_vy;
151 |   if(hero_targetx < 0) hero_targetx = 0;
152 |   if((hero_targetx + hero_w) >= map_w) hero_targetx = map_w - hero_w;
153 |   if(hero_targety < 0) hero_targety = 0;
154 |   if((hero_targety + hero_h) >= map_h) hero_targety = map_h - hero_h;
155 |   
156 |   // Top/Left
157 |   if(hero_vx < 0 && hero_vy < 0){
158 |     
159 |     // Get the value of the map cubes at the top and left sides of the hero
160 |     tile1 = getCubeValue(hero_x + .1, hero_y + .1, hero_z); // top-left (inset)
161 |     tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z); // top
162 |     tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z); // left
163 |     
164 |     // Stick to the solid cubes
165 |     if(tile1 == 0 && tile3 == 0){
166 |       console.log("left");
167 |       hero_x = hero_targetx;
168 |     }
169 |     if(tile1 == 0 && tile2 == 0){
170 |       console.log("top");
171 |       hero_y = hero_targety;
172 |     }
173 |   }
174 |   
175 |   // Top/Right
176 |   if(hero_vx > 0 && hero_vy < 0){
177 |     
178 |     // Get the value of the map cubes at the top and right sides of the hero
179 |     tile1 = getCubeValue(hero_x + hero_w - .2, hero_y + .1, hero_z); // top-right (inset)
180 |     tile2 = getCubeValue(hero_x, hero_y, hero_z); // top
181 |     tile3 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z); // right
182 |     
183 |     // Stick to the solid cubes
184 |     if(tile1 == 0 && tile3 == 0){
185 |       console.log("right");
186 |       hero_x = hero_targetx;
187 |     }
188 |     if(tile1 == 0 && tile2 == 0){
189 |       console.log("top");
190 |       hero_y = hero_targety;
191 |     }
192 |   }
193 |   
194 |   // Bottom/Left
195 |   if(hero_vx < 0 && hero_vy > 0){
196 |     
197 |     // Get the value of the map cubes at the bottom and left sides of the hero
198 |     tile1 = getCubeValue(hero_x + .1, hero_y + hero_h - .1, hero_z); // bottom-left (inset)
199 |     tile2 = getCubeValue(hero_x + hero_w, hero_y + hero_h - .1, hero_z); // bottom
200 |     tile3 = getCubeValue(hero_x, hero_y, hero_z); // left
201 |     
202 |     // Stick to the solid cubes
203 |     if(tile1 == 0 && tile3 == 0){
204 |       console.log("left");
205 |       hero_x = hero_targetx;
206 |     }
207 |     if(tile1 == 0 && tile2 == 0){
208 |       console.log("bottom");
209 |       hero_y = hero_targety;
210 |     }
211 |   }
212 |   
213 |   // Bottom/Right
214 |   if(hero_vx > 0 && hero_vy > 0){
215 |     
216 |     // Get the value of the map cubes at the bottom and right sides of the hero
217 |     tile1 = getCubeValue(hero_x + hero_w - .2, hero_y + hero_h - .1, hero_z); // bottom-right (inset)
218 |     tile2 = getCubeValue(hero_x, hero_y + hero_h, hero_z); // bottom
219 |     tile3 = getCubeValue(hero_x + hero_w, hero_y, hero_z); // right
220 |     
221 |     // Stick to the solid cubes
222 |     if(tile1 == 0 && tile3 == 0){
223 |       console.log("right");
224 |       hero_x = hero_targetx;
225 |     }
226 |     if(tile1 == 0 && tile2 == 0){
227 |       console.log("bottom");
228 |       hero_y = hero_targety;
229 |     }
230 |   }
231 |   
232 |   hero_vx = 0;
233 |   hero_vy = 0;
234 |   
235 |   // If space key is pressed and the hero is grounded, jump
236 |   if(s && hero_grounded && hero_canjump){
237 |     hero_vz = .3;
238 |     hero_canjump = 0;
239 |   }
240 |   
241 |   // If space key is released, allow hero to jump again next time he's grounded
242 |   if(!s){
243 |     hero_canjump = 1;
244 |   }
245 |   
246 |   // If moving up
247 |   if(hero_vz > 0){
248 |   
249 |     // Get the value of the tiles at the top corners of the hero
250 |     tile1 = getCubeValue(hero_x, hero_y, hero_z + hero_d);
251 |     tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z + hero_d);
252 |     tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z + hero_d);
253 |     tile4 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z + hero_d);
254 |     
255 |     // If a tile is solid, put the hero on the bottom side of it and make him fall
256 |     if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1){
257 |       hero_z = Math.floor(hero_z);
258 |       hero_vz = 0;
259 |       hero_az = 0;
260 |     }
261 |   }
262 |   
263 |   // Move hero
264 |   hero.style.transformOrigin = `${hero_x*200+100}px ${hero_y*200+100}px ${hero_z*200}px`;
265 |   hero.style.transform = `scaleX(${hero_w})scaleY(${hero_h})rotateZ(${hero_rz - Math.PI/2}rad)translate3d(${hero_x*200}px,${hero_y*200}px,${hero_z*200}px)`;
266 | 
267 | }, 16);
268 | </script>
269 | 


--------------------------------------------------------------------------------
/css3d/3/index.html:
--------------------------------------------------------------------------------
  1 | <h3>Mini 3D Platformer demo 3</h3>
  2 | <link rel=stylesheet href="../viewer.css">
  3 | <link rel=stylesheet href="../pieces.css">
  4 | 
  5 | <p>Rotate with left/right (or A/D or Q/D), go front with up (or Z or W), go back with down (or S), jump with Space
  6 | <p><a href="https://github.com/xem/mini3DPlatformer">Source code</a>
  7 | <p>
  8 | <div id=viewport>
  9 |   <div id=camera>
 10 |     <div id=scene>
 11 |     
 12 |       <div id=floor></div>
 13 |     
 14 |     </div>
 15 |   </div>
 16 | </div>
 17 | 
 18 | <script src="../map.js"></script>
 19 | <script src="../viewer.js"></script>
 20 | 
 21 | <script>
 22 | tile_w = 200;   // tiles width in px
 23 | tile_h = 200;   // tiles height in px
 24 | map_w = map.w;  // map width in tiles
 25 | map_h = map.h;  // map height in tiles
 26 | 
 27 | // Hero (units are proportional to the map's cubes)
 28 | hero_w = .7;        // hero width 
 29 | hero_h = .7;        // hero height
 30 | hero_d = 0.9;       // hero depth
 31 | hero_x = 2;         // X position
 32 | hero_vx = 0;        // X speed
 33 | hero_targetx = 0;   // X next position
 34 | hero_y = 7;         // Y position
 35 | hero_vy = 0;        // Y speed
 36 | hero_targety = 0;   // Y next position
 37 | hero_z = 5;         // Z position
 38 | hero_vz = 0;        // Z speed
 39 | hero_az = 0;        // Z acceleration
 40 | hero_rz = -Math.PI/2;// Z angle in radians
 41 | hero_grounded = 0;  // hero is grounded
 42 | hero_canjump = 1;   // hero can jump (or jump again after space key has been released)
 43 | 
 44 | tile1 = null;
 45 | tile2 = null;
 46 | 
 47 | // World
 48 | g = 0.001;    // gravity in tiles/frame²
 49 | scroll_x = 0; // X scroll in tiles
 50 | 
 51 | // Inputs (see https://xem.github.io/articles/jsgamesinputs.html)
 52 | // (I added "s" for space)
 53 | u=r=d=l=s=0;
 54 | onkeydown=onkeyup=e=>this['s****lurd************************l**r************l*d***u**u'[e.which-32]]=e.type[5];
 55 | 
 56 | // Draw hero
 57 | scene.insertAdjacentHTML("beforeEnd", drawCube(hero_x, hero_y, hero_z, "hero"));
 58 | 
 59 | // Get the value of a map's cube at given coordinates
 60 | getCubeValue = (x, y, z) => {
 61 | 
 62 |   // Layer doesn't exist: return non-solid cube value
 63 |   if(!map.layers[Math.floor(z)]){
 64 |     return 0;
 65 |   }
 66 |   
 67 |   if(!map.layers[Math.floor(z)][Math.floor(y)]){
 68 |     return 0;
 69 |   }
 70 |   
 71 |   return map.layers[Math.floor(z)][Math.floor(y)][Math.floor(x)];
 72 | }
 73 | 
 74 | // Game loop (60 fps)
 75 | setInterval(() => {
 76 |   
 77 |   // Compute hero position:
 78 |   
 79 |   // The hero's bounding cuboid's corners have the following coordinates:
 80 |   // NB: the hero rotates inside its bounding cuboid, but the bounding cuboid stays fixed
 81 |   //
 82 |   //
 83 |   //                [hero_x, hero_y, hero_z + hero_d]      [hero_x + hero_w, hero_y, hero_z + hero_d]
 84 |   //                                                ______
 85 |   //                                               /|    /|
 86 |   //  [hero_x, hero_y + hero_h, hero_z + hero_d]  /_____/  [hero_x + hero_w, hero_y + hero_h, hero_z + hero_d]
 87 |   //                                             |  |  |  |
 88 |   //                                             |  |  |  |
 89 |   //                       [hero_x, hero_y, hero_z] |__|__| [hero_x + hero_w, hero_y, hero_z]
 90 |   //                                             | /   | /
 91 |   //                                             |/____|/
 92 |   //           [hero_x, hero_y + hero_h, hero_z]         [hero_x + hero_w, hero_y + hero_h, hero_z]
 93 |   //
 94 |   
 95 |   // Reset grounded state
 96 |   hero_grounded = 0;
 97 |   
 98 |   // Apply gravity to Y acceleration, Y acceleration to Y speed and Y speed to Y position
 99 |   hero_az -= g;
100 |   hero_vz += hero_az;
101 |   hero_z += hero_vz;
102 |   
103 |   // Get the value of the map cube at the bottom corners of the hero
104 |   tile1 = getCubeValue(hero_x, hero_y, hero_z);
105 |   tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z);
106 |   tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z);
107 |   tile4 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z);
108 |   
109 |   // If a tile is solid, put the hero on top of it (he's grounded)
110 |   if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1 || hero_z < 0){
111 |     //console.log("collision bottom");
112 |     hero_z = Math.ceil(hero_z);
113 |     hero_grounded = 1;
114 |     hero_vz = 0;
115 |     hero_az = 0;
116 |   }
117 |   
118 |   // If left key is pressed, rotate left
119 |   if(l){
120 |     hero_rz -= .1;
121 |   }
122 |   
123 |   // If right key is pressed, rotate right
124 |   else if(r){
125 |     hero_rz += .1;
126 |   }
127 |   
128 |   // If up key is pressed, go front at current Z angle
129 |   else if(u){
130 |     hero_vx += .1 * Math.cos(hero_rz);
131 |     hero_vy += .1 * Math.sin(hero_rz);
132 |   }
133 |   
134 |   // If down key is pressed, go back at current Z angle
135 |   else if(d){
136 |     hero_vx -= .1 * Math.cos(hero_rz);
137 |     hero_vy -= .1 * Math.sin(hero_rz);
138 |   }
139 |   
140 |   // Apply X/Y speed to target X/Y position and do not move if there's a collision  
141 |   hero_targetx = hero_x + hero_vx;
142 |   hero_targety = hero_y + hero_vy;
143 |   if(hero_targetx < 0) hero_targetx = 0;
144 |   if((hero_targetx + hero_w) >= map_w) hero_targetx = map_w - hero_w;
145 |   if(hero_targety < 0) hero_targety = 0;
146 |   if((hero_targety + hero_h) >= map_h) hero_targety = map_h - hero_h;
147 |   
148 |   // Top/Left
149 |   if(hero_vx < 0 && hero_vy < 0){
150 |     
151 |     // Get the value of the map cubes at the top and left sides of the hero
152 |     tile1 = getCubeValue(hero_x + .1, hero_y + .1, hero_z); // top-left (inset)
153 |     tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z); // top
154 |     tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z); // left
155 |     
156 |     // Stick to the solid cubes
157 |     if(tile1 == 0 && tile3 == 0){
158 |       console.log("left");
159 |       hero_x = hero_targetx;
160 |     }
161 |     if(tile1 == 0 && tile2 == 0){
162 |       console.log("top");
163 |       hero_y = hero_targety;
164 |     }
165 |   }
166 |   
167 |   // Top/Right
168 |   if(hero_vx > 0 && hero_vy < 0){
169 |     
170 |     // Get the value of the map cubes at the top and right sides of the hero
171 |     tile1 = getCubeValue(hero_x + hero_w - .2, hero_y + .1, hero_z); // top-right (inset)
172 |     tile2 = getCubeValue(hero_x, hero_y, hero_z); // top
173 |     tile3 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z); // right
174 |     
175 |     // Stick to the solid cubes
176 |     if(tile1 == 0 && tile3 == 0){
177 |       console.log("right");
178 |       hero_x = hero_targetx;
179 |     }
180 |     if(tile1 == 0 && tile2 == 0){
181 |       console.log("top");
182 |       hero_y = hero_targety;
183 |     }
184 |   }
185 |   
186 |   // Bottom/Left
187 |   if(hero_vx < 0 && hero_vy > 0){
188 |     
189 |     // Get the value of the map cubes at the bottom and left sides of the hero
190 |     tile1 = getCubeValue(hero_x + .1, hero_y + hero_h - .1, hero_z); // bottom-left (inset)
191 |     tile2 = getCubeValue(hero_x + hero_w, hero_y + hero_h - .1, hero_z); // bottom
192 |     tile3 = getCubeValue(hero_x, hero_y, hero_z); // left
193 |     
194 |     // Stick to the solid cubes
195 |     if(tile1 == 0 && tile3 == 0){
196 |       console.log("left");
197 |       hero_x = hero_targetx;
198 |     }
199 |     if(tile1 == 0 && tile2 == 0){
200 |       console.log("bottom");
201 |       hero_y = hero_targety;
202 |     }
203 |   }
204 |   
205 |   // Bottom/Right
206 |   if(hero_vx > 0 && hero_vy > 0){
207 |     
208 |     // Get the value of the map cubes at the bottom and right sides of the hero
209 |     tile1 = getCubeValue(hero_x + hero_w - .2, hero_y + hero_h - .1, hero_z); // bottom-right (inset)
210 |     tile2 = getCubeValue(hero_x, hero_y + hero_h, hero_z); // bottom
211 |     tile3 = getCubeValue(hero_x + hero_w, hero_y, hero_z); // right
212 |     
213 |     // Stick to the solid cubes
214 |     if(tile1 == 0 && tile3 == 0){
215 |       console.log("right");
216 |       hero_x = hero_targetx;
217 |     }
218 |     if(tile1 == 0 && tile2 == 0){
219 |       console.log("bottom");
220 |       hero_y = hero_targety;
221 |     }
222 |   }
223 |   
224 |   hero_vx = 0;
225 |   hero_vy = 0;
226 |   
227 |   // If space key is pressed and the hero is grounded, jump
228 |   if(s && hero_grounded && hero_canjump){
229 |     hero_vz = .3;
230 |     hero_canjump = 0;
231 |   }
232 |   
233 |   // If space key is released, allow hero to jump again next time he's grounded
234 |   if(!s){
235 |     hero_canjump = 1;
236 |   }
237 |   
238 |   // If moving up
239 |   if(hero_vz > 0){
240 |   
241 |     // Get the value of the tiles at the top corners of the hero
242 |     tile1 = getCubeValue(hero_x, hero_y, hero_z + hero_d);
243 |     tile2 = getCubeValue(hero_x + hero_w - .1, hero_y, hero_z + hero_d);
244 |     tile3 = getCubeValue(hero_x, hero_y + hero_h - .1, hero_z + hero_d);
245 |     tile4 = getCubeValue(hero_x + hero_w - .1, hero_y + hero_h - .1, hero_z + hero_d);
246 |     
247 |     // If a tile is solid, put the hero on the bottom side of it and make him fall
248 |     if(tile1 == 1 || tile2 == 1 || tile3 == 1 || tile4 == 1){
249 |       hero_z = Math.floor(hero_z);
250 |       hero_vz = 0;
251 |       hero_az = 0;
252 |     }
253 |   }
254 |   
255 |   // Move hero
256 |   hero.style.transformOrigin = `${hero_x*200+100}px ${hero_y*200+100}px ${hero_z*200}px`;
257 |   hero.style.transform = `scaleX(${hero_w})scaleY(${hero_h})rotateZ(${hero_rz - Math.PI/2}rad)translate3d(${hero_x*200}px,${hero_y*200}px,${hero_z*200}px)`;
258 |   
259 |   // Move camera
260 |   scene.style.transformOrigin = `${hero_x*200+100}px ${hero_y*200+100}px ${hero_z*200}px`;
261 |   scene.style.transform = `translate3d(${-hero_x*200}px,${-hero_y*200}px,${-hero_z*200}px)translateY(-1000px)rotateX(65deg)rotateZ(180deg)rotateZ(${-(hero_rz - Math.PI/2)}rad)translateZ(-1000px)`;
262 | 
263 | }, 16);
264 | </script>
265 | 


--------------------------------------------------------------------------------
/webgl/w.js:
--------------------------------------------------------------------------------
  1 | // WebGL framework
  2 | // ===============
  3 | 
  4 | debug = 1; // Enable shader/program compilation logs (optional)
  5 | 
  6 | W = {
  7 |   
  8 |   // List of 3D models that can be rendered by the framework
  9 |   // (See the end of the file for built-in models: plane, billboard, cube, pyramid...)
 10 |   models: {},
 11 |   
 12 |   // List of custom renderers
 13 |   //renderers: {},
 14 | 
 15 |   // Reset the framework
 16 |   // param: a <canvas> element
 17 |   reset: canvas => {
 18 |     
 19 |     // Globals
 20 |     W.canvas = canvas;    // canvas element
 21 |     W.objs = 0;           // Object counter
 22 |     W.current = {};       // Objects current states
 23 |     W.next = {};          // Objects next states
 24 |     W.textures = {};      // Textures list
 25 | 
 26 |     // WebGL context
 27 |     W.gl = canvas.getContext('webgl2');
 28 |     
 29 |     // Default blending method for transparent objects
 30 |     W.gl.blendFunc(770 /* SRC_ALPHA */, 771 /* ONE_MINUS_SRC_ALPHA */);
 31 |     
 32 |     // Enable texture 0
 33 |     W.gl.activeTexture(33984 /* TEXTURE0 */);
 34 | 
 35 |     // Create a WebGL program
 36 |     W.program = W.gl.createProgram();
 37 |     
 38 |     // Hide polygons back-faces (optional)
 39 |     W.gl.enable(2884 /* CULL_FACE */);
 40 |     
 41 |     // Create a Vertex shader
 42 |     // (this GLSL program is called for every vertex of the scene)
 43 |     W.gl.shaderSource(
 44 |       
 45 |       t = W.gl.createShader(35633 /* VERTEX_SHADER */),
 46 |       
 47 |       `#version 300 es
 48 |       precision highp float;                        // Set default float precision
 49 |       in vec4 pos, col, uv, normal;                 // Vertex attributes: position, color, texture coordinates, normal (if any)
 50 |       uniform mat4 pv, eye, m, im;                  // Uniform transformation matrices: projection * view, eye, model, inverse model
 51 |       uniform vec4 bb;                              // If the current shape is a billboard: bb = [w, h, 1.0, 0.0]
 52 |       out vec4 v_pos, v_col, v_uv, v_normal;        // Varyings sent to the fragment shader: position, color, texture coordinates, normal (if any)
 53 |       void main() {                                 
 54 |         gl_Position = pv * (                        // Set vertex position: p * v * v_pos
 55 |           v_pos = bb.z > 0.                         // Set v_pos varying:
 56 |           ? m[3] + eye * (pos * bb)                 // Billboards always face the camera:  p * v * distance + eye * (position * [w, h, 1.0, 0.0])
 57 |           : m * pos                                 // Other objects rotate normally:      p * v * m * position
 58 |         );                                          
 59 |         v_col = col;                                // Set varyings 
 60 |         v_uv = uv;
 61 |         v_normal = transpose(inverse(m)) * normal;  // recompute normals to match model thansformation
 62 |       }`
 63 |     );
 64 |     
 65 |     // Compile the Vertex shader and attach it to the program
 66 |     W.gl.compileShader(t);
 67 |     W.gl.attachShader(W.program, t);
 68 |     if(debug) console.log('vertex shader:', W.gl.getShaderInfoLog(t) || 'OK');
 69 |     
 70 |     // Create a Fragment shader
 71 |     // (This GLSL program is called for every fragment (pixel) of the scene)
 72 |     W.gl.shaderSource(
 73 | 
 74 |       t = W.gl.createShader(35632 /* FRAGMENT_SHADER */),
 75 |       
 76 |       `#version 300 es
 77 |       precision highp float;                  // Set default float precision
 78 |       in vec4 v_pos, v_col, v_uv, v_normal;   // Varyings received from the vertex shader: position, color, texture coordinates, normal (if any)
 79 |       uniform vec3 light;                     // Uniform: light direction, smooth normals enabled
 80 |       uniform vec4 o;                         // options [smooth, shading enabled, ambient, mix]
 81 |       uniform sampler2D sampler;              // Uniform: 2D texture
 82 |       out vec4 c;                             // Output: final fragment color
 83 | 
 84 |       // The code below displays colored / textured / shaded fragments
 85 |       void main() {
 86 |         c = mix(texture(sampler, v_uv.xy), v_col, o[3]);  // base color (mix of texture and rgba)
 87 |         if(o[1] > 0.){                                    // if lighting/shading is enabled:
 88 |           c = vec4(                                       // output = vec4(base color RGB * (directional shading + ambient light)), base color Alpha
 89 |             c.rgb * (max(0., dot(light, -normalize(       // Directional shading: compute dot product of light direction and normal (0 if negative)
 90 |               o[0] > 0.                                   // if smooth shading is enabled:
 91 |               ? vec3(v_normal.xyz)                        // use smooth normals passed as varying
 92 |               : cross(dFdx(v_pos.xyz), dFdy(v_pos.xyz))   // else, compute flat normal by making a cross-product with the current fragment and its x/y neighbours
 93 |             )))
 94 |             + o[2]),                                      // add ambient light passed as uniform
 95 |             c.a                                           // use base color's alpha
 96 |           );
 97 |         }
 98 |       }`
 99 |     );
100 |     
101 |     // Compile the Fragment shader and attach it to the program
102 |     W.gl.compileShader(t);
103 |     W.gl.attachShader(W.program, t);
104 |     if(debug) console.log('fragment shader:', W.gl.getShaderInfoLog(t) || 'OK');
105 |     
106 |     // Compile the program
107 |     W.gl.linkProgram(W.program);
108 |     W.gl.useProgram(W.program);
109 |     if(debug) console.log('program:', W.gl.getProgramInfoLog(W.program) || 'OK');
110 |     
111 |     // Set the scene's background color (RGBA)
112 |     W.gl.clearColor(1, 1, 1, 1);
113 |     
114 |     // Shortcut to set the clear color
115 |     W.clearColor = c => W.gl.clearColor(...W.col(c));
116 |     W.clearColor("fff");
117 |     
118 |     // Enable fragments depth sorting
119 |     // (the fragments of close objects will automatically overlap the fragments of further objects)
120 |     W.gl.enable(2929 /* DEPTH_TEST */);
121 |     
122 |     // When everything is loaded: set default light / camera
123 |     W.light({y: -1});
124 |     W.camera({fov: 30});
125 |     
126 |     // Draw the scene. Ignore the first frame because the default camera will probably be overwritten by the program
127 |     setTimeout(W.draw, 16);
128 |   },
129 | 
130 |   // Set a state to an object
131 |   setState: (state, type, texture, i, normal = [], A, B, C, Ai, Bi, Ci, AB, BC) => {
132 | 
133 |     // Custom name or default name ('o' + auto-increment)
134 |     state.n ||= 'o' + W.objs++;
135 |     
136 |     // Size sets w, h and d at once (optional)
137 |     if(state.size) state.w = state.h = state.d = state.size;
138 |     
139 |     // If a new texture is provided, build it and save it in W.textures
140 |     if(state.t && state.t.width && !W.textures[state.t.id]){
141 |       texture = W.gl.createTexture();
142 |       W.gl.pixelStorei(37441 /* UNPACK_PREMULTIPLY_ALPHA_WEBGL */, true);
143 |       W.gl.bindTexture(3553 /* TEXTURE_2D */, texture);
144 |       W.gl.pixelStorei(37440 /* UNPACK_FLIP_Y_WEBGL */, 1);
145 |       W.gl.texImage2D(3553 /* TEXTURE_2D */, 0, 6408 /* RGBA */, 6408 /* RGBA */, 5121 /* UNSIGNED_BYTE */, state.t);
146 |       W.gl.generateMipmap(3553 /* TEXTURE_2D */);
147 |       W.textures[state.t.id] = texture;
148 |     }
149 |     
150 |     // Recompute the projection matrix if fov is set (near: 1, far: 1000, ratio: canvas ratio)
151 |     if(state.fov){
152 |       W.projection =     
153 |         new DOMMatrix([
154 |           (1 / Math.tan(state.fov * Math.PI / 180)) / (W.canvas.width / W.canvas.height), 0, 0, 0, 
155 |           0, (1 / Math.tan(state.fov * Math.PI / 180)), 0, 0, 
156 |           0, 0, -1001 / 999, -1,
157 |           0, 0, -2002 / 999, 0
158 |         ]);
159 |     }
160 |     
161 |     // Save object's type,
162 |     // merge previous state (or default state) with the new state passed in parameter,
163 |     // and reset f (the animation timer)
164 |     state = {type, ...(W.current[state.n] = W.next[state.n] || {w:1, h:1, d:1, x:0, y:0, z:0, rx:0, ry:0, rz:0, b:'888', mode:4, mix: 0}), ...state, f:0};
165 |     
166 |     // Build the model's vertices buffer if it doesn't exist yet
167 |     if(W.models[state.type]?.vertices && !W.models?.[state.type].verticesBuffer){
168 |       W.gl.bindBuffer(34962 /* ARRAY_BUFFER */, W.models[state.type].verticesBuffer = W.gl.createBuffer());
169 |       W.gl.bufferData(34962 /* ARRAY_BUFFER */, new Float32Array(W.models[state.type].vertices), 35044 /*STATIC_DRAW*/);
170 | 
171 |       // Compute smooth normals if they don't exist yet (optional)
172 |       if(!W.models[state.type].normals && W.smooth) W.smooth(state);
173 |       
174 |       // Make a buffer from the smooth/custom normals (if any)
175 |       if(W.models[state.type].normals){
176 |         W.gl.bindBuffer(34962 /* ARRAY_BUFFER */, W.models[state.type].normalsBuffer = W.gl.createBuffer());
177 |         W.gl.bufferData(34962 /* ARRAY_BUFFER */, new Float32Array(W.models[state.type].normals.flat()), 35044 /*STATIC_DRAW*/); 
178 |       }      
179 |     }
180 |     
181 |     // Build the model's uv buffer (if any) if it doesn't exist yet
182 |     if(W.models[state.type]?.uv && !W.models[state.type].uvBuffer){
183 |       W.gl.bindBuffer(34962 /* ARRAY_BUFFER */, W.models[state.type].uvBuffer = W.gl.createBuffer());
184 |       W.gl.bufferData(34962 /* ARRAY_BUFFER */, new Float32Array(W.models[state.type].uv), 35044 /*STATIC_DRAW*/); 
185 |     }
186 |     
187 |     // Build the model's index buffer (if any) and smooth normals if they don't exist yet
188 |     if(W.models[state.type]?.indices && !W.models[state.type].indicesBuffer){
189 |       W.gl.bindBuffer(34963 /* ELEMENT_ARRAY_BUFFER */, W.models[state.type].indicesBuffer = W.gl.createBuffer());
190 |       W.gl.bufferData(34963 /* ELEMENT_ARRAY_BUFFER */, new Uint16Array(W.models[state.type].indices), 35044 /* STATIC_DRAW */);
191 |     }
192 |     
193 |     // Set mix to 1 if no texture is set
194 |     if(!state.t){
195 |       state.mix = 1;
196 |     }
197 | 
198 |     // set mix to 0 by default if a texture is set
199 |     else if(state.t && !state.mix){
200 |       state.mix = 0;
201 |     }
202 |     
203 |     // Save new state
204 |     W.next[state.n] = state;
205 |   },
206 |   
207 |   // Draw the scene
208 |   draw: (now, dt, v, i, transparent = []) => {
209 |     
210 |     // Loop and measure time delta between frames
211 |     dt = now - W.lastFrame;
212 |     W.lastFrame = now;
213 |     requestAnimationFrame(W.draw);
214 |     
215 |     if(W.next.camera.g){
216 |       W.render(W.next[W.next.camera.g], dt, 1);
217 |     }
218 |     
219 |     // Create a matrix called v containing the current camera transformation
220 |     v = W.animation('camera');
221 |     
222 |     // If the camera is in a group
223 |     if(W.next?.camera?.g){
224 | 
225 |       // premultiply the camera matrix by the group's model matrix.
226 |       v.preMultiplySelf(W.next[W.next.camera.g].M || W.next[W.next.camera.g].m);
227 |     }
228 |     
229 |     // Send it to the shaders as the Eye matrix
230 |     W.gl.uniformMatrix4fv(
231 |       W.gl.getUniformLocation(W.program, 'eye'),
232 |       false,
233 |       v.toFloat32Array()
234 |     );
235 |     
236 |     // Invert it to obtain the View matrix
237 |     v.invertSelf();
238 | 
239 |     // Premultiply it with the Perspective matrix to obtain a Projection-View matrix
240 |     v.preMultiplySelf(W.projection);
241 |     
242 |     // send it to the shaders as the pv matrix
243 |     W.gl.uniformMatrix4fv(
244 |       W.gl.getUniformLocation(W.program, 'pv'),
245 |       false,
246 |       v.toFloat32Array()
247 |     );
248 | 
249 |     // Clear canvas
250 |     W.gl.clear(16640 /* W.gl.COLOR_BUFFER_BIT | W.gl.DEPTH_BUFFER_BIT */);
251 |     
252 |     // Render all the objects in the scene
253 |     for(i in W.next){
254 |       
255 |       // Render the shapes with no texture and no transparency (RGB1 color)
256 |       if(!W.next[i].t && W.col(W.next[i].b)[3] == 1){
257 |         W.render(W.next[i], dt);
258 |       }
259 |       
260 |       // Add the objects with transparency (RGBA or texture) in an array
261 |       else {
262 |         transparent.push(W.next[i]);
263 |       }
264 |     }
265 |     
266 |     // Order transparent objects from back to front
267 |     transparent.sort((a, b) => {
268 |       // Return a value > 0 if b is closer to the camera than a
269 |       // Return a value < 0 if a is closer to the camera than b
270 |       return W.dist(b) - W.dist(a);
271 |     });
272 | 
273 |     // Enable alpha blending
274 |     W.gl.enable(3042 /* BLEND */);
275 | 
276 |     // Render all transparent objects
277 |     for(i of transparent){
278 | 
279 |       // Disable depth buffer write if it's a plane or a billboard to allow transparent objects to intersect planes more easily
280 |       if(["plane","billboard"].includes(i.type)) W.gl.depthMask(0);
281 |     
282 |       W.render(i, dt);
283 |       
284 |       W.gl.depthMask(1);
285 |     }
286 |     
287 |     // Disable alpha blending for the next frame
288 |     W.gl.disable(3042 /* BLEND */);
289 |     
290 |     // Transition the light's direction and send it to the shaders
291 |     W.gl.uniform3f(
292 |       W.gl.getUniformLocation(W.program, 'light'),
293 |       W.lerp('light','x'), W.lerp('light','y'), W.lerp('light','z')
294 |     );
295 |   },
296 |   
297 |   // Render an object
298 |   render: (object, dt, just_compute = ['camera','light','group'].includes(object.type), buffer) => {
299 | 
300 |     // If the object has a texture
301 |     if(object.t) {
302 | 
303 |       // Set the texture's target (2D or cubemap)
304 |       W.gl.bindTexture(3553 /* TEXTURE_2D */, W.textures[object.t.id]);
305 | 
306 |       // Pass texture 0 to the sampler
307 |       W.gl.uniform1i(W.gl.getUniformLocation(W.program, 'sampler'), 0);
308 |     }
309 | 
310 |     // If the object has an animation, increment its timer...
311 |     if(object.f < object.a) object.f += dt;
312 |     
313 |     // ...but don't let it go over the animation duration.
314 |     if(object.f > object.a) object.f = object.a;
315 | 
316 |     // Compose the model matrix from lerped transformations
317 |     W.next[object.n].m = W.animation(object.n);
318 | 
319 |     // If the object is in a group:
320 |     if(W.next[object.g]){
321 | 
322 |       // premultiply the model matrix by the group's model matrix.
323 |       W.next[object.n].m.preMultiplySelf(W.next[object.g].M || W.next[object.g].m);
324 |     }
325 | 
326 |     // send the model matrix to the vertex shader
327 |     W.gl.uniformMatrix4fv(
328 |       W.gl.getUniformLocation(W.program, 'm'),
329 |       false,
330 |       (W.next[object.n].M || W.next[object.n].m).toFloat32Array()
331 |     );
332 |     
333 |     // send the inverse of the model matrix to the vertex shader
334 |     W.gl.uniformMatrix4fv(
335 |       W.gl.getUniformLocation(W.program, 'im'),
336 |       false,
337 |       (new DOMMatrix(W.next[object.n].M || W.next[object.n].m)).invertSelf().toFloat32Array()
338 |     );
339 |     
340 |     // Don't render invisible items (camera, light, groups, camera's parent)
341 |     if(!just_compute){
342 |       
343 |       // Set up the position buffer
344 |       W.gl.bindBuffer(34962 /* ARRAY_BUFFER */, W.models[object.type].verticesBuffer);
345 |       W.gl.vertexAttribPointer(buffer = W.gl.getAttribLocation(W.program, 'pos'), 3, 5126 /* FLOAT */, false, 0, 0)
346 |       W.gl.enableVertexAttribArray(buffer);
347 |       
348 |       // Set up the texture coordinatess buffer (if any)
349 |       if(W.models[object.type].uvBuffer){
350 |         W.gl.bindBuffer(34962 /* ARRAY_BUFFER */, W.models[object.type].uvBuffer);
351 |         W.gl.vertexAttribPointer(buffer = W.gl.getAttribLocation(W.program, 'uv'), 2, 5126 /* FLOAT */, false, 0, 0);
352 |         W.gl.enableVertexAttribArray(buffer);
353 |       }
354 |       
355 |       // Set the normals buffer
356 |       if((object.s || W.models[object.type].customNormals) && W.models[object.type].normalsBuffer){
357 |         W.gl.bindBuffer(34962 /* ARRAY_BUFFER */, W.models[object.type].normalsBuffer);
358 |         W.gl.vertexAttribPointer(buffer = W.gl.getAttribLocation(W.program, 'normal'), 3, 5126 /* FLOAT */, false, 0, 0);
359 |         W.gl.enableVertexAttribArray(buffer);
360 |       }
361 |       
362 |       // Other options: [smooth, shading enabled, ambient light, texture/color mix]
363 |       W.gl.uniform4f(
364 | 
365 |         W.gl.getUniformLocation(W.program, 'o'), 
366 |         
367 |         // Enable smooth shading if "s" is true
368 |         object.s,
369 |         
370 |         // Enable shading if in TRIANGLE* mode and object.ns disabled
371 |         ((object.mode > 3) || (W.gl[object.mode] > 3)) && !object.ns ? 1 : 0,
372 |         
373 |         // Ambient light
374 |         W.ambientLight || 0.2,
375 |         
376 |         // Texture/color mix (if a texture is present. 0: fully textured, 1: fully colored)
377 |         object.mix
378 |       );
379 |       
380 |       // If the object is a billboard: send a specific uniform to the shaders:
381 |       // [width, height, isBillboard = 1, 0]
382 |       W.gl.uniform4f(
383 |         W.gl.getUniformLocation(W.program, 'bb'),
384 |         
385 |         // Size
386 |         object.w,
387 |         object.h,               
388 | 
389 |         // is a billboard
390 |         object.type == 'billboard',
391 |         
392 |         // Reserved
393 |         0
394 |       );
395 |       
396 |       // Set up the indices (if any)
397 |       if(W.models[object.type].indicesBuffer){
398 |         W.gl.bindBuffer(34963 /* ELEMENT_ARRAY_BUFFER */, W.models[object.type].indicesBuffer);
399 |       }
400 |         
401 |       // Set the object's color
402 |       W.gl.vertexAttrib4fv(
403 |         W.gl.getAttribLocation(W.program, 'col'),
404 |         W.col(object.b)
405 |       );
406 | 
407 |       // Draw
408 |       // Both indexed and unindexed models are supported.
409 |       // You can keep the "drawElements" only if all your models are indexed.
410 |       if(W.models[object.type].indicesBuffer){
411 |         W.gl.drawElements(+object.mode || W.gl[object.mode], W.models[object.type].indices.length, 5123 /* UNSIGNED_SHORT */, 0);
412 |       }
413 |       else {
414 |         W.gl.drawArrays(+object.mode || W.gl[object.mode], 0, W.models[object.type].vertices.length / 3);
415 |       }
416 |     }
417 |   },
418 |   
419 |   // Helpers
420 |   // -------
421 |   
422 |   // Interpolate a property between two values
423 |   lerp: (item, property) => 
424 |     W.next[item]?.a
425 |     ? W.current[item][property] + (W.next[item][property] -  W.current[item][property]) * (W.next[item].f / W.next[item].a)
426 |     : W.next[item][property],
427 |   
428 |   // Transition an item
429 |   animation: (item, m = new DOMMatrix) =>
430 |     W.next[item]
431 |     ? m
432 |       .translateSelf(W.lerp(item, 'x'), W.lerp(item, 'y'), W.lerp(item, 'z'))
433 |       .rotateSelf(W.lerp(item, 'rx'),W.lerp(item, 'ry'),W.lerp(item, 'rz'))
434 |       .scaleSelf(W.lerp(item, 'w'),W.lerp(item, 'h'),W.lerp(item, 'd'))
435 |     : m,
436 |     
437 |   // Compute the distance squared between two objects (useful for sorting transparent items)
438 |   dist: (a, b = W.next.camera) => a?.m && b?.m ? (b.m.m41 - a.m.m41)**2 + (b.m.m42 - a.m.m42)**2 + (b.m.m43 - a.m.m43)**2 : 0,
439 |   
440 |   // Set the ambient light level (0 to 1)
441 |   ambient: a => W.ambientLight = a,
442 |   
443 |   // Convert an rgb/rgba hex string into a vec4
444 |   col: c => [...c.replace("#","").match(c.length < 5 ? /./g : /../g).map(a => ('0x' + a) / (c.length < 5 ? 15 : 255)), 1], // rgb / rgba / rrggbb / rrggbbaa
445 |   
446 |   // Add a new 3D model
447 |   add: (name, objects) => {
448 |     W.models[name] = objects;
449 |     if(objects.normals){
450 |       W.models[name].customNormals = 1;
451 |     }
452 |     W[name] = settings => W.setState(settings, name);
453 |   },
454 |   
455 |   // Built-in objects
456 |   // ----------------
457 |   
458 |   group: t => W.setState(t, 'group'),
459 |   
460 |   move: (t, delay) => setTimeout(()=>{ W.setState(t) }, delay || 1),
461 |   
462 |   delete: (t, delay) => setTimeout(()=>{ delete W.next[t] }, delay || 1),
463 |   
464 |   camera: (t, delay) => setTimeout(()=>{ W.setState(t, t.n = 'camera') }, delay || 1),
465 |     
466 |   light: (t, delay) => delay ? setTimeout(()=>{ W.setState(t, t.n = 'light') }, delay) : W.setState(t, t.n = 'light'),
467 | };
468 | 
469 | // Smooth normals computation plug-in (optional)
470 | // =============================================
471 | 
472 | W.smooth = (state, dict = {}, vertices = [], iterate, iterateSwitch, i, j, A, B, C, Ai, Bi, Ci, normal) => {
473 |   
474 |   // Prepare smooth normals array
475 |   W.models[state.type].normals = [];
476 |   
477 |   // Fill vertices array: [[x,y,z],[x,y,z]...]
478 |   for(i = 0; i < W.models[state.type].vertices.length; i+=3){
479 |     vertices.push(W.models[state.type].vertices.slice(i, i+3));
480 |   }
481 |   
482 |   // Iterator
483 |   if(iterate = W.models[state.type].indices) iterateSwitch = 1;
484 |   else iterate = vertices, iterateSwitch = 0;
485 |     
486 |   // Iterate twice on the vertices
487 |   // - 1st pass: compute normals of each triangle and accumulate them for each vertex
488 |   // - 2nd pass: save the final smooth normals values
489 |   for(i = 0; i < iterate.length * 2; i+=3){
490 |     j = i % iterate.length;
491 |     A = vertices[Ai = iterateSwitch ? W.models[state.type].indices[j] : j];
492 |     B = vertices[Bi = iterateSwitch ? W.models[state.type].indices[j+1] : j+1];
493 |     C = vertices[Ci = iterateSwitch ? W.models[state.type].indices[j+2] : j+2];
494 |     AB = [B[0] - A[0], B[1] - A[1], B[2] - A[2]];
495 |     BC = [C[0] - B[0], C[1] - B[1], C[2] - B[2]];
496 |     normal = i > j ? [0,0,0] : [AB[1] * BC[2] - AB[2] * BC[1], AB[2] * BC[0] - AB[0] * BC[2], AB[0] * BC[1] - AB[1] * BC[0]];
497 |     dict[A[0]+"_"+A[1]+"_"+A[2]] ||= [0,0,0];
498 |     dict[B[0]+"_"+B[1]+"_"+B[2]] ||= [0,0,0];
499 |     dict[C[0]+"_"+C[1]+"_"+C[2]] ||= [0,0,0];
500 |     W.models[state.type].normals[Ai] = dict[A[0]+"_"+A[1]+"_"+A[2]] = dict[A[0]+"_"+A[1]+"_"+A[2]].map((a,i) => a + normal[i]);
501 |     W.models[state.type].normals[Bi] = dict[B[0]+"_"+B[1]+"_"+B[2]] = dict[B[0]+"_"+B[1]+"_"+B[2]].map((a,i) => a + normal[i]);
502 |     W.models[state.type].normals[Ci] = dict[C[0]+"_"+C[1]+"_"+C[2]] = dict[C[0]+"_"+C[1]+"_"+C[2]].map((a,i) => a + normal[i]);
503 |   }
504 | }
505 | 
506 | 
507 | // 3D models
508 | // =========
509 | 
510 | // Each model has:
511 | // - A vertices array [x, y, z, x, y, z...]
512 | // - A uv array [u, v, u, v...] (optional. Allows texturing... if absent: RGBA coloring only)
513 | // - An indices array (optional, enables drawElements rendering... if absent: drawArrays is ised)
514 | // - A normals array [nx, ny, nz, nx, ny, nz...] (optional... if absent: hard/smooth normals are computed by the framework when they're needed)
515 | // The buffers (vertices, uv, indices) are built automatically when they're needed
516 | // All models are optional, you can remove the ones you don't need to save space
517 | // Custom models can be added from the same model, an OBJ importer is available on https://xem.github.io/WebGLFramework/obj2js/
518 | 
519 | // Plane / billboard
520 | //
521 | //  v1------v0
522 | //  |       |
523 | //  |   x   |
524 | //  |       |
525 | //  v2------v3
526 | 
527 | W.add("plane", {
528 |   vertices: [
529 |     .5, .5, 0,    -.5, .5, 0,   -.5,-.5, 0,
530 |     .5, .5, 0,    -.5,-.5, 0,    .5,-.5, 0
531 |   ],
532 |   
533 |   uv: [
534 |     1, 1,     0, 1,    0, 0,
535 |     1, 1,     0, 0,    1, 0
536 |   ],
537 | });
538 | W.add("billboard", W.models.plane);
539 | 
540 | // Cube
541 | //
542 | //    v6----- v5
543 | //   /|      /|
544 | //  v1------v0|
545 | //  | |  x  | |
546 | //  | |v7---|-|v4
547 | //  |/      |/
548 | //  v2------v3
549 | 
550 | W.add("cube", {
551 |   vertices: [
552 |     .5, .5, .5,  -.5, .5, .5,  -.5,-.5, .5, // front
553 |     .5, .5, .5,  -.5,-.5, .5,   .5,-.5, .5,
554 |     .5, .5,-.5,   .5, .5, .5,   .5,-.5, .5, // right
555 |     .5, .5,-.5,   .5,-.5, .5,   .5,-.5,-.5,
556 |     .5, .5,-.5,  -.5, .5,-.5,  -.5, .5, .5, // up
557 |     .5, .5,-.5,  -.5, .5, .5,   .5, .5, .5,
558 |    -.5, .5, .5,  -.5, .5,-.5,  -.5,-.5,-.5, // left
559 |    -.5, .5, .5,  -.5,-.5,-.5,  -.5,-.5, .5,
560 |    -.5, .5,-.5,   .5, .5,-.5,   .5,-.5,-.5, // back
561 |    -.5, .5,-.5,   .5,-.5,-.5,  -.5,-.5,-.5,
562 |     .5,-.5, .5,  -.5,-.5, .5,  -.5,-.5,-.5, // down
563 |     .5,-.5, .5,  -.5,-.5,-.5,   .5,-.5,-.5
564 |   ],
565 |   uv: [
566 |     1, 1,   0, 1,   0, 0, // front
567 |     1, 1,   0, 0,   1, 0,            
568 |     1, 1,   0, 1,   0, 0, // right
569 |     1, 1,   0, 0,   1, 0, 
570 |     1, 1,   0, 1,   0, 0, // up
571 |     1, 1,   0, 0,   1, 0,
572 |     1, 1,   0, 1,   0, 0, // left
573 |     1, 1,   0, 0,   1, 0,
574 |     1, 1,   0, 1,   0, 0, // back
575 |     1, 1,   0, 0,   1, 0,
576 |     1, 1,   0, 1,   0, 0, // down
577 |     1, 1,   0, 0,   1, 0
578 |   ]
579 | });
580 | W.cube = settings => W.setState(settings, 'cube');
581 | 
582 | // Pyramid
583 | //
584 | //      ^
585 | //     /\\
586 | //    // \ \
587 | //   /+-x-\-+
588 | //  //     \/
589 | //  +------+
590 | 
591 | W.add("pyramid", {
592 |   vertices: [
593 |     -.5,-.5, .5,   .5,-.5, .5,    0, .5,  0,  // Front
594 |      .5,-.5, .5,   .5,-.5,-.5,    0, .5,  0,  // Right
595 |      .5,-.5,-.5,  -.5,-.5,-.5,    0, .5,  0,  // Back
596 |     -.5,-.5,-.5,  -.5,-.5, .5,    0, .5,  0,  // Left
597 |      .5,-.5, .5,  -.5,-.5, .5,  -.5,-.5,-.5, // down
598 |      .5,-.5, .5,  -.5,-.5,-.5,   .5,-.5,-.5
599 |   ],
600 |   uv: [
601 |     0, 0,   1, 0,  .5, 1,  // Front
602 |     0, 0,   1, 0,  .5, 1,  // Right
603 |     0, 0,   1, 0,  .5, 1,  // Back
604 |     0, 0,   1, 0,  .5, 1,  // Left
605 |     1, 1,   0, 1,   0, 0,  // down
606 |     1, 1,   0, 0,   1, 0
607 |   ]
608 | });
609 | 
610 | // Sphere
611 | //
612 | //          =   =
613 | //       =         =
614 | //      =           =
615 | //     =      x      =
616 | //      =           =
617 | //       =         =
618 | //          =   =
619 | 
620 | ((i, ai, j, aj, p1, p2, vertices = [], indices = [], uv = [], precision = 20) => {
621 |   for(j = 0; j <= precision; j++){
622 |     aj = j * Math.PI / precision;
623 |     for(i = 0; i <= precision; i++){
624 |       ai = i * 2 * Math.PI / precision;
625 |       vertices.push(+(Math.sin(ai) * Math.sin(aj)/2).toFixed(6), +(Math.cos(aj)/2).toFixed(6), +(Math.cos(ai) * Math.sin(aj)/2).toFixed(6));
626 |       uv.push((Math.sin((i/precision))) * 3.5, -Math.sin(j/precision))
627 |       if(i < precision && j < precision){
628 |         indices.push(p1 = j * (precision + 1) + i, p2 = p1 + (precision + 1), (p1 + 1), (p1 + 1), p2, (p2 + 1));
629 |       }
630 |     }
631 |   }
632 |   W.add("sphere", {vertices, uv, indices});
633 | })();


--------------------------------------------------------------------------------
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5 | });


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/webgl/mariotexture.js:
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1 | document.write('<img 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uX2GEBZlnVtd0QNXz3NlCGItWqtWKdOnG1s3TRNbZ1zjRPrnG3EiXPOiTr1zijBELEhpbZZFCCQAkqtUxMybANVhebQ2XIY1Xsmz4Vz04zTvEgLEGUGIEqgcK6c1MZnmJwa1dvrAY9Uhqpz6pZVVhSG+Kc2P/WuzSe5qbSegGOOixhEEdG09Q1GKas4v5wOn8LyU/vvf/7g2x5dvuNP8pVHUDwOXAS2gDEwASZABdTANjC+YZPoe2drQFrcj50scHA1P7A4XJwrhqZ3MlFjXWMdgHFVev4K+AcA8B3vvu/4oT1vPHnoDy6/jJFsfQMRBfTiegXg/e99sMiCohIypQ14kRCkNz608FhIVU2WJj7kqgoLsoBFIykjzQYjJMVwfjScH+aj4WBuNJgbFaOQNfGd31ko9ypoxgK42gIgJjgRa11jQ8UaoKJKpBquIBhmJe8gshAl5Jy3dtEdiCg/AUBwrR0MUTZPALLcUL0V/G7oEmQJ3k5ragCR2knjhAmiEFEBDp65fPtGAM8T1c4KEREZckr5JtIp8Pc3/z2IP5MvUJ4jG/T8bkJI3XR2TUGOaJ3Vunl38E12aX915Zn17eee37q8XpeLMs2gBpgDCiAHNsgAgLpdmxSfQz1r08pA/ABUzcQ351P/8Vlj0ExKf0Hd2Nq6tq3OudK6ygIJQh4K+O0//MIDdx9+BcNF7/uIfvJjpdWmcfsOHwBw8cw5VZ02NREVSQqgtMi9NEZ/gKIPNdqzDKCeTk0OVXV1UwJODWKRrB/TucW54VzL9OFW40YM4fZ6gJ0APAI004qYieD9TdgAYRUgDUpEAE3gIQERDAFsQCZJCmJj2BRA5SCcIk3RBmy03JEG1+gf7VsY0sP/+lCzthTm1pXscnIDEhatRayTNgjOhEPnrtzG/gNQhYEaKINICVzt5XSTac2ZD27++3T+wGfNfqcCMjuDaQoQIxg7ACBgO6EzmtZJvnBoZXXjgJl76S+nL61uXLTVdio1QKvQDEizOQCo1m+9md2je0mx08+tnX5+DUAzKZuyCicQ1dIAIIZJk0FiiAiwpZVWCX3/337wmbOvfCRFaTKty2riW7Y2GZd1M8izsqlV3CAxpQUBReLr5QDVNAdMno1CXijLAIFDCRvSyY2TlA0Rjea6LLkClCbF0sI8m/LcpbJpGmed6PccOvS7525DceiMBRBfrU8KwY5oU/D4BEpOHAGiahggoqStHQq/ukAlEYXJSgpA1ZbBe2yJQKqwVYRinZkgaGOlUQlokoiBvWdvp+5viX2dligzM7CIKTRnNpeFPnjhd7+4ekqUlKhXtNcP+rWgSEEJQGO4MwmPJCmX5ybF0rA5cmX+arb2AtvNIbv1fICqrIZ3rOd7Tux/z+nPfPh6raLveUh/9xej+vHPmfEHTj+//qn/+Kz/hvNCpyWA2tYAiozLWqaNK2s3ta60rrTduCvw1ecvDot0l6feAtH7PnLxNz82mdauaRAzXwnSuvINM4AbJEaB0ro8MQCGC0tZMdQ8n19ZdHVZFJhul+0NG69wgVqkWXeq6hS+1BoJiGiyOZ5sjad1PW1qFZUIH149zQiACnb1zdqQhQJwUFKNcQ1RCMUAlR8d8j4N2nt1YbGUQvloSwRWPVleiQJABBTkEhIHcS33A/Sacb/2f6mmqsZaY1gMj9KkgX3nlS/91eqDpTAM92rEWu5HqGRpc19EDrRlqBZZS1cHtDhIDqSjOwc6HWVEiYHTjYqmXNwQAF3bxFkiMhp1zCCvtscAalv7ZpX1jXAyActLxWTaXOfWN6d9P/yRx37pwwkJi3vXg8eV9Fd+6z8ghvAr6+uJgwVQIBnmg4WCkjzJBiYtAGRzFV04D6CclL4yAoBTuy2aOa3WtxRYXloAMN4cb2+Nx5vjsqnLuvEV+7cLBu2yIqzl9TZa1wpAOOIXRgIKMEFBPaCKLk/V5xPQDHaIErx3eQgRbnFRCHor4NysOO57bbh/R69Zla1TZqiMtBFOLyq95eoTD+99Y+MaZ0wPAvVCXURBTwdTACWCYkqYcJImziiSZCkhpARmYmZNYFXs9ddC7KQd8QTo1nb5xJmrxeoSgHJ7MtnaTmwNoPbF9ETT2la1I8Av4igSNA1akTt/eWt+mL9iAfDUNPV0Un76i5f++tEXABDQWEdEZFrLaCpLALY3t1V1bqFFvsGUVdMSwPp2yQkDMF5gVAnYWN8iIMvMxXMhTuWrN9yNl1S+TOomQHuDoXElh4uF7H6lluvF7xQ+EUZCcCBH1AClgOy0KNcTaYh63IIpUPYDXp5SZlW7tzw7bNZgcChBgUbVOhXpwYv9rxn3nwb1C0wYYGjClJGkJl2ScsjJ291TcyjnMsvW7soxvdB2gEMKViRKGShvuKhNMUmKTZNfNcVVyi9RdpmzMecV7Zom7oi+Z8d6IAIAO4Utz15c/8oLwYUot8dE5NK8PUldBaDIjK9mI0Clm423v+no0vxgUKSD/JUvzzz1jz++vr45LStm+syXnqmt+AfV6ioLsRBHtfWrgmMVJ5FrSiKy9bTeXlvfnpYOU4mqkshZ15T11bW1q2ubV9c21ze2L17aWCtL/89Fzz4w5e2gXTRQq/Kb+K/ucf+O50bu70JznRRpP2VB0F6VS+/xsvViOzqQSmEF2l86/Zrqfu3ZOk++pNkYYwgKylSYaCBNorVRu/PqHeKgUQaU1d+JEnCqlIIS5UwoFf8ZSQPT7F4nMUvX1Jb5P95wdPG73/O6tbU1AIv7Vwejoao2tqnBFRhJQUBZ1W03Q0SSCMA7Hjh65MDS8vxgeWHwsoesR2sbk42tKYB3PXCcElRWKitqoUBtBaq1dbV1XVRUFcD00kvNxvrW1XE5rdreOSuucc4KAZ7RleTq5sbVzQ1prFhnyxoALMiRKpzgO1cPvprGe+oEoA94+p9dPHJt/lJB6i1AO/EB6/S0fMgfKaDa7KI+cfYFAIeYDkpDEImBXgGs6n8C5ONFurdii5SJgUyFlXKxDnjrxuO5tYm4sGIBPRfn2jt6yNelCwyIQabNHqgywEpGySy/53+/tYb2qiGSgX9Ku/iwGk8n65dhp41fo0sEoCiyIs/8n4OkINI0ozzXosAXnjy3MCr2rswdObBsf+uhVzZ0D737rafPXHrhwtrG1uQvHnsWfhUmEDpPVEWboKqb4/Lc+SsXz17ZOndha3O8tTlWYDouJ5NpNektKgBqEQuxtnaNVZ+ScuKs6wC1arsjyaunzgdocfwO6K87+J5I+5qc4NrcF4DORHSwAEQ+yuIdtp0tlwm8xBCJBkPt+et2Yr3rUMv9FNfsNkCiKopEnJp0pPUmF/deOf2Xy6fStJl289B2D7EqoaWefwwiKMXS5sgfr6xnMfqJqGqAAuW5r5zrnYHjR1YBPHfmiqrmua9apKmtYbsRfd833gtgcW6QGH7Fo8zMm+PKyfSPPvNk0Hka1B8sSmieYNxIKcIza3zp0pWNhYWRl4FqWvrhKgHjF8s7AKghLHBO2RAB1grF0xDX3N0W6iyA64Gcdm+G6wpDT9RV4ZQ2SrkydhfHFpOmnD/o0gGoNXoACvg08DW0UJ5dAuaADYTkgp9nusFq+dtH0sOTLWeJiDjnQAZwIAdOnaw0Y4KSn5+edMcPsWu9yA6p94M8KIpDFoYv/Lt5E2cGLcqAAkAC99/+wNe98x0nAZy4c9/JO/edOrHvW77+7tcdW73zjj2vO7JaLC3XhKmtW7eNiHz+6/V37FmaHxR5JorqN16JEcjSlNiI6gN3Hw5NTKAxTKZAOQsYFdgcjze3twnY3BwrUJaldw0rABbOwTq4+A9e2VuxVkqghE6vQSivnjoL4FvLcQZb7u8xR+wJsQ+K+yA+EVkH60JZz/rKkRby+NkKOstWrYLo35L6qhLwbJOBVMGEq3fsXTlzq8Uqr4BaPe4ABgmQeG3mHFPtTGKIClcf5RcSbQzDoPUDFERkSAXRhCgwW/3cY/CAwKGIWIZe9hT2kgDpEHZ68tgqgO94911vve9oWHIObIyrcZOUZh4AYX32YqjqG99wx2CQQdW6Nn718trhKUlSAHuWl/7w0w/7I6VF0esUIbByloGjMtsYjyuLHCBfGtmbgvZC52AMAFSzQxSHDQo1u7V5cc9i/08iWr98k1TjTgFAzyPsOwBdRMcYMUxsWpdWBSIzEhkrBanH5KpJAS1DlUN7blh84KOI/jIGlENk9bZZuuuRxPYZkAVyRJAP9UWwDppLMyFKxap1xHFTm9apUwDE3AsC+ImKsCiilRYDvLoWd0VBnXFQ1YOrBYhgW21CAJaXlwGMx+PxZAKgLEsAf/s9p6JHEY0RIL/5EP/wR2+9Ff/wbQ9ubU+YzfxoCIv+qvbYTEIYKq1rJAa293U1y/cEaOK9Wy1CrQ2mnVtJGpXp3pXhpbXJnCFOTDWzQwyWVpdml9sTgfbs3QPgyqXr5rw7AWha95U4lGhqZ24YGsqgASVSZhCFfLFrUXugXmEc4mqeuL3L7Jm+8CKODCnYEStUoCm5WCD4GlIUgCB5NoTx/QpIInGOWQFSPbHxwhPFIfS7GiQ08iIjrhqMYEpv1PqXJ9vdjdo6UICAZAjowb2DEGVOcGC1ePcb9+GRi89fGJPn/vEYREOiQ4eW7ztxuKvLT8Ki/5ffGjSNm5YWRF987Lmyd3235ZHPB0Wzbh0o3bkNVr9nAyIkPQcHKIA33HXgy0+dh+KBuw6sLA4IePTpix/7B+/7/T//8trm+Klnz/s7zC/NAxCRdhFprNonw4aJj9xx5MUzL+7akU4AahPKNhRwIKjGxTeqCofg5XOSwKTCDBhVgoMCVrEONDANJ2cW76Z0oOQA1xXAEaBkFDDaX5QEQGGIURPmQA7GwTn4vVjgG3D5jgOrZ87f+ty8LGotAIfG9NAMkd+7jrURTUy1OUjdRPserMKRlxgnSI23Cao9Fu33M+6B0Acdt8x32hr/eFUyiMWhvVApyEvz0QNzL1ycPHv6yenm1H/3I9/9ztGoOHXXIX+jympu4Pc/CE/4rYfoh27VCIynNYClhQEix3vWD0p0FucGr0C7LHqr/r/hgWN/9djzsPjx73/3Fx57AUSfe+T5X33o/Z/45GdV9f3f9sAPqxJwcHVpPBVATz390nPnLi/MDYosOf3cBQBLe5bEs5R6TRaGgon9T2YGcPjwYQBnz57d0ZGeAKQphSgQiZLfm05V2qFlgJmdScAsMF4+hAhKDmjINMRqkjPH3qkqCLa6m+gulem77rEEESj1BQ+GAJgEZMAS5kUAfaUxk1siFxGKZ/0kLl4h8nHYEBUIoINZHPdmtfVaQEztTmmqgdPb4Jju+NwOxM16pr/70X7sv/Mq+rGgIBid2B1YGhxYGmRS4tQ7AHz6c18D8KZ7DsfaRO0aRESKl7vM8PQv/r1/++mvvHR56/GvdYppAGgCxczGJ4A+eM9hAF968tyv/qPv/pd//EUCHn324s/+wDdsbG5+9rEXfub73v0z3/vuTz/24tvuP/L2+4+C6L/8zrdC9cf+i7cDWFyeA9BYmyXGCbYn9cKoUMUD9xxdGBU//ft/vrC0oL3F62wYCmYmUJEVcf0WVFVFRWXv3r2XLs24lJ0ATNMcoJRUFLVyqE6CksIvBWZSYlYyBFaw9UkAEBEL52UycMQXDr9ZyYzLalw13bTFKnD/t0kJFo4iX5hBA3LQVEGEnCgP8gHW25r13o2k96GFAwwwG6/GnKooWBoFhLkL8rQVH9A41yEGQj7k09sdRDFbXNiq85vLdosmW7DsWb/lY8ykCPxXCdDoA/cc8uJ4/MieeBMCkJvoSPibJEQSbclvPkQ38wQu/cpPV5W953V754f5Y09fAPBD3/rg6XNXPvv4C7/9Cz/02ceeB/AXDz/7E3/nHf5xZaMK0HcTgA9819s2x9V3gRaG6T1Hl95531Hfv7fdf6Tt1GAuXywGbfOsCsGIKBOGRXr0wDKAwz/7PwNYWlrSOAhezUPhaqesRV4kSZJkCRPb2tZNLSrOOefc0tLS+nrnGXcCsJbOAxiodQpLRkewyyQAACAASURBVACn5EBGxagAyhCAhNRSUlNaJ4llUyZZky3IwqG1pXvPHXtXM9wjZMZ1E/heMUoJQGqA4PWTswFii2qjKE/8jerzX7qqk/1eDasKEQcfUqEqqhcO7tn/0m2ugvbU166tMGQACALx+2FbwKks11uqqmzgIp95H8X6/WRUnPoaGCWgCRusesBCrafffkbPVbopdWGjPrqa9adoCEy6g61IhNN1cW4wcyRIYLjzzILn61D5ax8GUDcOwF3HVk8c3vONbzkO4I59CyAqLaD6jlPHALzxxH4N28nQgdVCHJxABHmOhVEsQW06VFCAStXFIo+j2ipNQP2mLMhSzjPa+5O/DGBxZRGtkwpAoTasMGmapigKX1M0HA0BWLYKrevaOXetE9IJwIvD/QByN2aFA1vikLTyxdEiRGKVHKhOBpPBSp3NTwfzdbFYjVbLYnUrPXDxyvaSDBeG7KQukoAGF+YIim9+SwlA9XkARPSnX9i7vt04oY2tS8O9q1v3f4t55I+fgWMkd0JXyBrAQKCknZv2mlD/1q0/YL0cAgL13C+gDM7RqOMwj3H8fDVKiSrIOhijEL/1DdkwvuqR5cxTCWHDuZtSF2Loq3lE171FV2Xvgl4UwujiYg7096+kmRtCO3sC6G88RD+y0wiUv/bh1lwZ5izDPPI8Nb58v9eqKNmqK8tFfAiZZLbkI0RyCVYBQkJIipFTK5SYEC5pu+CXmhsg/cD/6I+EaE9nGolAtavFicc/eZ4PhoNiWMwN55y4qZumLm2aBrtRJwBPLZ4EIM4RhKGiBDLWGFISYkssxJaMEpEp6mxUZwtNPm/T4dTkFfLtqRU2h4tB30X8m2+V7/r6rW96czs3j/uO/cIH8ck/O//R335fWfL5rc2NPa8XNr7Om4i2wXMqYS35NfvE33aKuBgao0AKZKoOEL83jEJJlLnhDEJ9DuvgZ1gao8GJRsdS/jwlcLtazpuJW4lvRR6a4WmPvmaw0BRtRN8fT3p3oD6jo2tYa1J8udpu0lh+4sO9fgKAMWRMkmcJ0BOqaJeKXEEo8p4/vOO2MUYOKEKtNKGZggcxNRF8Q8RgjvmRsD/A0upSb0zCT7Gi0KquDBkmLobFYDQoBgUUiUmKvEhNmqZpXdcbGxvXdrATgGdX7gYwzkdAQmJJwSogVjKCRGCUWEENGSUmYiUmTi2yiU1EVUmXByNm3ppOfBPf+xb7T3+8yYs23TFjsr/5wcf/xpse/Sf/59/5sy/e97wOjpx4z4mn/oNHpo1SDWJQ2lWX4NKh1b3nXqv1AO0/xA2OGhWFsWCBWlUBnt77hsqKs7KjIyCQMjtFriBKxO/9AnhPWqFEqSoi3xoNsZcgDDdoWOcBx+BPWwrRftbebhEtsu/7zURdEUT4ti8S8WfbQkB+/SH+wEcBlL/2kRn2jdExwJchzXSgKDSokLYlKSlARM6pMbR7wUjgY3JaEgwpE7hVDvQj3dYY80vzPtpDbVUfwTbWWgtAVJw4JsYESZakebowtwDAWdfYpizLpmmSJBERmY1CdgJwaXQHAJcNXCtcXhSJ/WpBn/ENqEyhIOsIIAGINGXL1KQm7Bjx3re4X/6Q7Q1Qe89WEihh/Pc//H8ZTL/whQNnj957/GufZnVeW1oYS6LkmHln3PR2U4uxWta2gAqE0Yg0UCVlJF/dd4+TOFzU2gy/MFTBgCoTMoJPnwW2IlIVYUpUQ8yRulIWuYkERObrWLZnAXAt0L9GBlpno4vBtZupxJPdrFkAAJSf+LkdR/zd2xt2uAzxk71GyzWhVs8EIYwOentVMF9RpZNqjJXwj3YwbGlpCYDEV7NE0AURsY31xXLqNLhtMeVs2EyrKYHKugRQVRV2o645E7MAghPjl3h3e2uD4KjHwaEFXheUAa5xjmZlRIV5fsDjvXcs/rP/5ivxxseBxXj5N0EfgzwOfXRx7llVFZGf/dZ/9suPfxvSt//6vnezug9e+ssTKAVUKo/IGHKA+I0Krx4+sHL2NicE3gn58/iWk75pdaBaqVatSRvFowv3n0nmba0hdx16TRTCueq3kCOIBZhglHq2n+J2DuFKH1KA3pj9I/U1el/fx0PxeOtazFwcfmj0vvvAqbtHF0eS0G7TFUm1DfCn2dYFir86OaTQ3bbl/ct9M2wEh/54u2FYgI+S/tgv9TuwsLAg4ncsoLCOiuGsExXXONtYERGV8BqSXt8b24zHY39ExO+1pgD6ISDMlEJQBkC7JRrUr+uKzVSg2wEFhAJaBswre+azC2vrxuC/+8FzcTYALIYMSZDf+4HHwvAQAAyGctddz/zpnx5bPHr84nMvADjNoxOybUFj5UVK2ZCKiKpco5FuC/XtS89XU/8OMwuyoC/te0BMGnGt/02mQ/JERg2TicOnpCZGQbXj115UV3c++rq0u6PcSisBk56Cn5WpVrl6RUs92+Uvce33ivjOBtFWktqTgaY1L/Daeqe+p7YBccvb3TOCvfb0+wEUP/ax/klLy0tAqEjxjyQmAM66uqpFRFVd2IskXiMoyxIO0kgz11hnvcWwjb32pWOe+gapv6Vxq/Gp1Xbh2z6KiT0sAIKIqjF6xz5+9/2bs+CHenfoKzM0pdoGrz/53O//Ht9xfPPCs/o1jE6iBLgBT5TmiRMygFrnnMjplcUTV3dxZV4NtQPDvQ8mzpKASk4fPfRmAbfTyeo30dKwGZiyxmpgQSiK8W+K8u4qQmKg81R9pfwNElAzO8PtgDQzn7odIrojfddZe/ahdSSAjpV7VCHuz0Z+l4yqMxpop7svVFF4ZhtF1JvrHUBuhzwroCg++PH+sfnFUNrg2Zc06H6fFmps49+hpE77iSJSIiZmhqKpmtKUSZY0VQNCU+0eAsLMmuDQ6AhQbSum1H6v2uN+9E0hAJmMt0H1HfuTuq4IyiYhJCBL5DFMX1QJhGriqtLPqxy686XLa3c6Wn+SRnehfJqHB2VcwxqhfWw2p1vE7ESd6FcX5hGXFL9h+8a7S71CoqDiwaAa/Ht3/4jjRJkhgYWJPSf7rVp8HTk5hfNFUgABBhQT9AA4hIdC3rWzCjc3ah36v1bFt85Ae0BDGKWdnZhx7AEhAIjQv2PQSgHE8D3a/aQR3OjuRbl95dgDMzZCfO9zJ4BfKOhZzMfXugpBAlD8vRmVD2BhZQGAZ2tVbVO5pASgrEuFOufEo4EdOp28w8oARKWqKlGxjb3x/hH9RfGzZjQFmk6iodplNsNOjmHoja2VraCB8JXL04OL65PNR5MMzMTmeJKuq64DCVND+D11cE5dM19PS1U4h81LcFeqy4SvXJyU+crnVr/uu9f+mIErZHK30ag1zmacWmmcRiWmKgqn+nA+9J17czXzRpNXTzWRBYHM+fkTn195YOoMJKgG9nwUkEA0HEIQBVhEkABKlqRWGoTRVICUfM1BqzxezrpWr3qpJwTBoEzCt309jZ7Y7Pi2PUd7GB2o/EG/RQ+1rwJQtKrT9zf69qElNn7ViUF8los39xv19i0H0fVYP7a33VPaVzCExte2hkJU+uA8SRPbWCAmgwEATdNYa51z/uC1a3G7y3ceiC42mpmYWwd+/ADFgfQoWKQRqp0aYNxMXVk2qF5IUxA54pLMqSQxAJGDuC3bnHP2vLNQQbkFdSGmNhUBs5L+TwsP/tzWl/wKoQp82WEFiX8fnyFKKUQqW8dMgL9Kh+0Mf13z8oRhFpkBfj0QQZirZPFTR/9WleTaqz8Xgmknk1ozSBFsxLiKQqEld6PcOqQtbrg19d9q2aiGA5r3ZwxA5QywQQ+WhHP6qS5vDXooHJG5bdki28AxTc9i+K6FwFF7n5687UT8O1yEiHY+NIN2AMwtzsFrfUK7cM4jGQBN1YiIQp04aSS2l9IsZJQXlhbKaVlXNRiucU4cAFU1xvhdslvB8Ound9A1AtCzoRpqpfqWt1Mz3fpG/x4BiKqDq8abF1988aurq2cqBiBEm6BnyUuNXoZsqFsTOescpIEKNq6A4IMrqkRg/svs4Mfm8ZHNhwFY4m1Kle1QkwQuAYxhUbHOT4juaLsqPs1hX7Gvl1uSBIoDwbGjYthxYrl4ZuWuR1fuc5z2EjoK8m+QIpC2qwcAAAwRVQrhOiUC1CoBNbUxCu1QtV7XB+gyADOwGz0h0r7+7uSKojR6pWtb89M7p4UrcdSsRUiltcPRhvP9GRof3HquLcdHz7iMMsZCUDUMIr/ZeXhQ8ZM7tb4vY94xGd7ZdY1r073W2hC/j8OQFVle5CAwcZqmxpg0T+tp7Zxz4jz7+tgRM4vI5ubm7gO90wdoVUITjmh0m+IkdCIeVvGK9ZBEVK6ur5EpL16cPv/o4/PvGjaNcfZp6FV/byaQOmACuSwCcVAHW6Fp8NdP3/vwC/cGzUQE0Gfyg5/Jz3+TXQOSklNSYXWFWIYKMbMlFQ9FnPScvMgpHsf+WTJsF7VJqHINZ4U3FEABWLVGFVACBOoSU7GpKavN/J/e+22WB5AWL4fHCEidmvASjSgY3N6Z/O2CAyXwSxy8OqG4JhIzUaFZ2oFYOl7X7ogqaBphSTsvUbXvjAtFxd8puE6KnPbkod+AiG3C2hbbd6/Dz3LGmSZAxcd4W8ADFD8xw/rLq0sBAfropAZY60uXVdQ1rqkbIACgsBuKAgAbTpIEsc4HwMriyqScqGhDAa75hQFOnapOp9PrDHGgTgDW/823LX37HwBtNKRNrRM6NdcmWdpMvgICVXG6Pq3uPXLo01945kSqm3Z89AgUYC79RUxgKsPIC1TQVGDCmRfN5Nyza9sT/wb1MjmYZsVoYflXV+998+n/BSJalxAw1cJSqzNqC2ZAmQG/DrNnCwg39nl2kudPUNhogA1VxFuaTDn9vXt/4PTcCdSMaWUb6eFvBasKnMDA163GezHDF0yTul4zJGp/BcnOLNINGtfD+uHR7ZEIinozs9PNbfoqq+fO2Zn7V15jag7EgHbfi2jv2czaItVyhu9nY7zeIVKMfmoG8BxaGQGwYh2RgH0tNjTshwWgrmsoRKSxDYHEv3gjzmg2zIgoz/KiKJbmlwCkadr2zIvEtJq2kdPr1f/0aRYC+QfZGK7zY90a1gAQexMTx0JVRVALnj13pVi967PP4fUXUI6x/wCm08YYJsCwGEbMFMNaZAkefwKPP+ye46OAKJxSAiIiaqoyzYv/7dDf/NDZTyFJRXJySQXUsCkakKbMifpXBYh/jxPFXYh8wKnbgawLZAXURiF6r35/C40KGoZrwnY6nAo9tvftXzr4NhW42jnr0cwOniWFOgGDycd7PEOwt1KhJkJ8DdBMCsNHhG6BOkbfgcVbx6CtAG1Pm5WBfmw0HprpSLhVr5CuaR2Mnklt+ngMAGoHBpxRcujyWaF/UGDxJzvWL4qCACZUVo0vo1GCXwxIBEZd13566rIGwtw5G4o3mdnv3L08vwxgcWERwGA48I7KIB/kWQ5gPB5bF7Y371fL3Zh2E4DwoWc0tT3oxytqFaIYjyIAZcOAG/D4xfI7sPH7a2tYPYgjx8VNlQ0M6aAAEwzDCebm8OjDeORL2Ezwua1v8XbY76XlwVVTlZ9bOAHgQ2c/5ZKBNomCoSyCWmHACmRExCoQiIsVOPE2IL+fP6AmbrPlEDcupfZEgEiJBFyZtCSuzeixlfv+1QMf8C/FcZUlYoLELR87I+DZWrwq4xYzBPnzKWN2UB/9eTl2KVCHa2Y1Tpia6JZQT1Raf9f2HOh4EkAz6N8Hf1B1MtZ9Gw1qT8X7g7VVUHiFoi/5QHTO/WlLkfWLoui6QgQKZbIJkJCs152N9MFKD37aS1rFn6YpgLnRHBSLi4sgGDbD4TArsrqsbW19mYOoKNS/JJyIbLVjF7PdaZe9QXsapXV3gGsnkEhDsTLBx7yJS2u2KiBZerb+5rXqT5/4Eg7t133HdG4OtsTiMuaGGI0wneLhL+PSGtavYnm5AGAlByXESLMiywetrf3c4kkAP37mU+DEAcoZ25Tcln/VQ6PCBDIqnKh1Ho2x91Ph8QYAOKa4/w9JXJysxFA0nLGqGq6JK2Lh9Pl993zy5A9aSoWi7iEfmaadgxAZzCmxA3OrO43f3cZHEwOTzhgQflkh0HbAgWiTA9+VXowjOOktmDSxVLMP7ntZHQDWATKdsTAJQolyv7NNwL0KVFCmbmnvjEgqln7m47iG7zXGlJwoGQillcJZC8CHLwG4xol/O9GsmU2SxBgzGA2yLDNkhsPh3Nycd3nzQQ4gyzNbW1V11llrfS6SsPvi411pVwHoMpZ9tysCoDAaBJoSdRueUQpTw5orJYrB3ilvTrbuHe594rxg+0lMt7AwwvoYzidZRxhlWM/wNL8L28slDVE75AMkizDDBkVgj21dNNVfZ0cv3fOD3/7iXzy4/tWQgr/iCCykqkq2igZbhKwSC0GgAhY2AjRJomQcGcfkTNbuXpiAPPIndVak4ZFC/+zYtzyyem8Nsz1uyoYAW/jRpN5+KO1o9EZHQCrKwYf3h/zOFmG9oe4Mxl8jTrj2y5nVITORfmrb0Hd/49xBYXvl1i2mtxqajfbhRTAD/jTXkxYAfjFXdHn9eRFgd48EYemnP14Mi3yYd3eOuRIAqpr6V8gwxpVPOQSQ408IFQ27UZZng8Egy7IszZjYJGZuNOe1FgBiykf5ZBrCfR7RKmmv8zehHQIQZyU6AIrerWKKwD96Gjxk/0YoAzbQFCaDyy9sre0pDqxhc43yPe7SFp0xQ2w1ACDG70QwuCyrl6u94GEpS5Aa+SrSOeTLMDkUoWySsGHTxbR5thx94uh36JFvf3DjqQc2nnrT1QvqfQUVIQJIiY1ICCYH8EFC7NgosSPjiAUE50TCvg9W1alaSlhEVJ7Z9/qnll//5Op9jtLtsasaApQMo9X91FtA3o5VT5UrWFRYAQZRrPz0LlI7gKId1+Bav2KWroX+ffcUEY7tQv2jHd6baTlR2GZ5Jt7au7ZBn4XLFgzPyE/Q+ugr76iDVTVrX52kAqB2qJquKlPb5QS7DUOSJMWgKAYFADZsxc6P5sEQFlLyVc2qOplMNrc2x5NxWZWd+1ve3P0NT+n/sf5H37b0rX/QGyJq0XK0gb3ch7c3zucOGZSCHTQDDYTqjWobfBBSbCE3vERcqUGaWyg0ZUfFROeUFxssOCqgKcwAyWI3HxRXaRBtNNliWnvH4OHFux9evHvx3u+879yX773wpBLfdfbzBLJkEk0cZ1B1ZBwgxA0bAdcmt8SOSNg0nMABqpfnDhNxAxKYc3tf98zqyc3GODbKhomqRr3KhhNBDBvuFIBI0Rj4P8TvEUAeYgl66fPQL/RV+PWo1USz2aVW8SuAaeTFnlS0gZokJgECoO2vzlEQWafdIjKKawb6TnPaRX4ECNtM91qy9NM7U1rwmAdqjPGBnbYEbdJL1XeickPxt9aW0xLAYDiwjU3SpLFN4pJyWhZFQUybm5uqWpbl1vaWE9ePF9067QqB0M9zeX0fgGwcn7I/QyCQASkoBRcQp1rWIAIzZRWNiKZkGoKtvDdI7AiWFh2NhHIBMNyLZIjEb4nUV43e4daNJh0ULYQggj5+8I1PHHoToNmbvhPA685/RYnS7Uups0IEdZvDPQAJsTXJxmCPgKCoOaO08PEHkNlG4jPZStRofHB8SOg+Yvkr+UhGP3ZPXk6oW8RE6n3rsMiAfJQWoBApaF3SG04Vfc9DoRiun29Cq/JpRn76If+WiRvtyZf3hLrHVwAMQTDD8a2nq/E4d/ars1vUubl90vifqjo4MoQe388sQ7kl7xTwD1f14fwBBpLIeHs8GAycdU6d399BRMbTMSJeebnBhusIQODAVgw6UBQ9JPQspo/zJ+G4gWasMoErnBtA58EVqAY51AomKEPSMstBA5MUyvNI9sIUSIr2wYF8QR5KAOfXumnemqgqkoxAmrEMCv7CnjeoCu+7ywuMEoVlNAKFVk3gDBVFTVDUDUBUi9Pw2jNymgROpVbZE4ga1QxQwKhvPHGY6ejdtqwTRsULl8+OwKhq8Ml8bj8GTGe2Ubsp9XApWgPSi7z0AZLuTPSGr5K2wBG5l4Fwk94aS+pPdGc8iMDA3E/swvd98jVqRFQ1lX9TU8f3N2N6k5hu+//2hiJN3bRAjJScc9tb2wTKimxza7M9TZ36YumXKwPXFQB0AYU2ABJYv+osb3STA+sY8BBIQSlcDqpAQ5gK0kAbWIcBoKRklFJjMpgCXMAMwAMkadfwNgsBBaoe6gw9HE8IQGIVik1bARgUiR9/7nJGjYTiTRFnIn9wbdOgPjUWPfs/qAFlIIC5Y5p+/2PlGzFAcU+1a9xBAGF/WKZoN/srbhnqM7WKG2SCu0noecAz8Am7wKRdE70Uh7QN7xAqAM003qOXPdhhl5gAFB/aWcJw/cZ6FKIdGrkh3w+Hw/ZCSqgpG2tnijeJyK94BKFpmnJajoaj7ck2gXiLy/h2Pe/6+XATEdXT+hYbjBsJQMcBNCsDrRkgNGVfL0W7mYIMaACpwA1MA6khFon4tAZgQBlzAh4hSUEsAUD0lFYLFWbEWQGflCFAbdMp3mnpgKj5gq/WxEvbrU0VUHAWQyu+rs17GgwopEZS4BqmbIAsyrh/exJF5x9AYO7+Va2Cb1Wsf0FE64nGEHMf3l93FnY/EtX/DvbtoplxJDu2vqZerc31+vj8NeJ4bc3mDaie1t16opu8/ZWMCacuLS/5d96JCIaYbE9EpK1fUCgRiYoVa9hILdbaxjUADJva1saYDpcrVPXW3V9POwVg/Y++PfjBQM9LC6xWtipR+sAIvjqss5vEIAYnUMA51crXfMaygQwwxKwEaktYZ1O2gC957V4kGL6y/XPaBsSDim63y2sjNkH/tUHeiNu7OrxZbutpRLdjmwX/u2Ugf+a1+2gHm9E2UqNsaM9juCHNnNA+2RuBAXTS8X1nGXaUsqHn44abGKuOBtAmFkn1mr1brfLLoBunNwhQzC/MA0hMAiDP8jRNvaafTCdJkvissD9ZSX1FNAAnzpfSiwgz17YOVdNhEgiEW0x+9en6FqBf7wkEAE1xSqSewaAznBNZk1ghMAmQKsSvBSclpW5e/R1TUKO9JE47VP1bz7h0BHXdHsMK9CtvcO3y596RLjJDwEAd/OYFUY8qQN0sxrs6gICEoQRDDAgMZk4mCtLtL5E+HAKiNw94iaCWma9L/aBnx+Kd3wGadnfopwjaNvSxk1HE95uJD253IWMFAIPig6+C7/t0HaHmhIkJhGJQFHlh2ABYXFj02H08HudZvr29HbZ+YFLSMO69haq+fq6NgSJ09FbzvtfSDXwAisl/KFAFvtcAFdqudvG1FiAFD1EhLRqNur8XRQUI5NcqR43YItquDeEriV5aaJLM7B2v/V/VTfwgv9mpr1cMO+JGgKcE14CzPkqAKnkwTAD8i8F9NAhQINEQTkGIAAIggSbtbhNRjEnh2h14b4r9e4Gg/mDEJvXEYxa70+y3rZmKIaBoB32TDEDFj/3TmzbmVmk35NOW4y8uLLZFbytLK/7DcDhsmqZuaiim02ntauusMcZnWsWPrLsGi3SY7jrv3bpl2u01qV5PcYhuiKDWwNGAQpvOI0DLPWF4e7wd4ou73j2qtu5GiQi6OkXP6PHN7H6jAm2VaJxaRadWQwvqWdNxvaEhsOcVAhSWIqBXAtjAZxRNb1OE9jpvyNBuGexLwQxBocav3FP/Snmlnnbw5/t9oNyMfN2IZrzSWZOh/RLR3snUu7ZVKNrxDQEgGELygZfxNoCXS+2SLiIazY/8wYXFhSzNABR5MRqNvGB4/JNlmTjJsqxI/h/23j3YsuysD/t939r73HO7RzM9CIlpzQwlgQCDhATCSIBsBRQbyk7AgCEVJ46dUEqloHD8h8BxChJIjKg4gkrsClX5g1Cxk4IECEnZwbEIiKfeDhoeQoAeI6PHSCOEema6+557zl7flz++x1r7PG7f7unRvLRq5vY5++zHWmt/7+fyRE6m9UREM8tp/0r7TbtFut/GHgSoTuyh0EbqdSuBqC0WKSc1vWBGk9uYi7wWw2l8wJU31cmEZkkhPoSJWYlE3flQ9/w0zXFgQJA/wqQYnC6bYYccXwlMUCkzuuN8wNRFyuMWf2dHC8FlK4LFPZioQ73Yo8EDI8bhPMbQLRG/OSW6X3vVtm/ZmbJeKOV9qaknaDAzIot3GIc77rjDjh/ZWBwBODo+KlSy0NXp6alCTfqXSUTFEuGBbUEYuIGGfbNjDwJMKgRswKYZ7if8Jv2k9aMDs5BSd8aOny49T9FtW0ipqIhxkrTVaKpW6v/1N2qYmeClACJtr1+YLXcV+rT35yAeSJTKQARAR5fsxSjYFg5TeMK8OJJE2ImAGRiBztjj9DYpQlJlAoQCPc7HwXuPmC951+IZoRb9LQ3y/+YN4F5/7rwMgb7zrIZiRMSFbRDRuBjHxTiOo1Xrv3DhwjAOhcvReMTM0zSt12ur3HZ6enrt5Npms6lawZ4XP1vIubfqpsYeBLC4PHdiOqGSoDKdlA89D9yHZWhrKTbCJiIgVq0uRjEJM22EHPSN+EkyBAWmmECqzlHWTYN0bz+Euuq3rvI6/GhUBG1mEsBy6TSxkKBKaYsHyNp4eLgIQVUFvAFlTOhMbE2BpKuoQ1Ed5cCg7/wBz43sdVwn6qst1auZ4Bz3GDyCXeY+CN9b2jMwYyY3P1R1cbQgEBcmojuec8c4jkeLo6EM4zAuhsU4jkMZmDlrNZ+cnpycngAAY5LIOktpZ4fC3t6xTwdI2cvALuAqJzLfov37NWPUgTGzQjgaCraxGbH8UXE1W2UggmDCFo3P//IWMjuYaNIetE47fjABX4dm5CCXUDeaskGadh1PMBBRjSgEdSbQZHFV1CqsRByiUKKBpkAfPmSN0IFzjtmmq1UU77alO60A5Vbb0VG1WAAAIABJREFUXz8+6Lfh5J/JgpntyDiMwzAQkVk/r6+uE5HhwLXr16rUa9eunZyc1No14cy5PGHQj/1WoB4B0Fn04CDXWZ+ADta3pFM45De1xao/tOVIMHGVyKggZit8ARFRCruTk8/oYqGJFdoYggKEgRUYh0GnSacpxPheckscAEEnBSsRqqB4GYI6VbY6/yCvv+JXer4N9bfsrC4WrqeiCmIOC7WGicC5lHkMdCehf/9otqAtVxcqlH03KF7Hd/4IbkaYsYv85rg90A+AiMzcCYLJOVevXZ2OpuPl8WqzOt2cLpfLRx97NNf/qU99SlWnOs2gHx34PZFjHwJsmZ/R2Ozscx//2r6F+j8j9s06odrMhfbdqGhkNCq570OhVZvZZ0v6T8mnscmhDMMA6DAMCjCwAWSaCCihzCuwCIHEb6JFKqSgavU0jorNUVjrYGHN2uAuN8HCY1Tngf7+lUSgrKTdj/5XwilMM856xkgYdaVQZ++DHO5xs6CPTuy5reOxRx6783PuVNHT09PNZnO8PLZwQYVO07SZNuvNGsCVT19R6Gq1Ol2fqmrL382NftwWnvOMwwgABMC1vW4n9IjRg0fAuhP7DjIa1Km4BklRh5IIKc7LpNYXQ+czCYVgBv0ODRh4WC4tmk3LYBVj1tO0S9I20BE1ykBCESnEIaY0ZuHzJSowBd4VBFV3Gc9Zm+sDrr5bKDQTKzwnJsQtx3hNiL7BcE1gfgzE9J3/ZX/o5qB/75N30Hz3Evp3fvA8t7dG4xbg4PYcham8q9VqGAdklR5FrVWrQpvxFPgMQT9u5Ak2iMrIsLTqWTiXdWUKqWiHRah0Ao/aDf31a1gVkbKDl3cARen87iVFSrkG/fOfTByiYcBAUtiC1CpkAtG04WljhN8grkvbbt6DjOhJvqCL4lO1IwUA0eQsLiKWbDlW9UbcZ26dVZ2JRaSxaA2FIZJ4yeuvbJtrDo+zDS+4Keh/Yqj+7qi1GhrY6zbLyjiO1x67RoWIPf8dbjJVArXU6c8U9ONMT7BDteFAxJg5ZKjC438MHDOCMq/UAHQn9t1XMhHHTrf3UR0LSKvo/B2lzNOBfhaKzl6SxYz8oiogqlNFK+oXaoPfbYi1EUMwEQqZ54sABtWKsYDm5JCJWE0joCT8MomVouzNsIbBIJCICqh4YrAGrfAZEbly/fjGbQb9vUzg5id59crVhKz1Zs3M11fXF2UhVUS8sGGdKjF5MTgiKAoXOX3CGwJtjbMQYGu4PB7Ww4YYSL1ZvWO6Jt9woA9ib7Rf2q2Ajgyq1Nos/v5Pgr64C2RmFsy/U91QKVSrAptpmlar0F2bCIfm1a3ErKANQJAj8iRKcilIwgUc0MBAyG3Nel8AqVpbFxsryQQl0KSqoVgXqHqeJtCVSAn57ZbHeaH/ltHsdrALsigyYJomsy1bNFtspzIxMVny12d+HEiKB9JImTruoURjmoGwhEDf8Q3nAxYFp9rdPyQLpaxKr9QFcmpEH2WMp0G/uLFSAdVJLKC3TlDQZqoKmrqF5M16F6lGhgoISgImhVYmBqgqCkVoaIcDfU1nciO+80MT3ggkqqh+gCYxD0fLEPZghAyXuvVxLui/BQhOifc2jc4oYm0eNOthmYVntXpyQN/GXiUYwCH7PjBHhu5zkEZTCNXb5/bEvteJlbQpyd6YRGYR6dEuvv015qIhUUkwBFFQnWoBbaaKVoPbl6Gx0oZXLK0dANVT5gVUGAQW4wQUumycZHDbRSWI9oHOsLurElBDSYelllUAauF0GhsbaHArcPZEgb6Nw9B/Tg34hkPDB7LVrutJGWdwgN2v2sGTzkk/AKjKLHPcAJciBFLnt7JguThRsx1karr5X/9VxJmAhs1YBdBpo971Peh29yyK2ZbME0G49wjKVAB1UBcQoxiTIfZMkZmh02FYo0J8ZAFE8EpYMyjkNiJQhTCIkoWYwrNvs280bgz9twb6veh/WzjAXJFVaL29QTy3aeyNBhW4rcK/oxQY4m4ZwwHsO9jbzVVcVw4/AeIVqTQ9IPKzpItp0wZczg2sa1H+2oxFuoOQ+YHnIFZgXQhjFgUEV2oEYFIiUSFlCmXWeEUY41ucY0hEpAJYsVBj9OI/Rc6Q9XmYSV8CYG4mPt84C/ofD8l/Fo+9nmAXjYHYVglDClntSwMBitO1VY/eb2D2y5XiWk1EsfYH6npn2lPsA3UkX7IbVC8U5cSwQ0uT8NMslFQEIAyurMI75GmLy5EuRo0IxBCgtOYLnanEeAhpRnWa6dc3JZyCosZfFMQO/Z17+Hyj+YN9cR3Ufhb0H8c46AjrLZ6U1kaGAaICVMoWxU3F129idF80NcX84wZAq6QvNST7hiouPtTJRApI7XSARJUdRZLiP0dfwwF2eb8z/xtuWKFQIhfaOX9VjizekIWqwMq+1RpMIKuGm04bim6ayYyvKWAt78l8Hojt2I1WPffozc2P8w5nnPCZ8hg8uWOvCKRANrNqlBsK0+Vcq3W3kNcihXokG0U8MDWXkQX1iPWVcHeHizQ96PvjoQoRj+wVaZTexJImjkuDZ/TQb6MTflJeYmUAVKFWnoUApZk2a3grjcxbYozpA9GgxYWcmLaZNcjtG4CqIUNEk3smQGxL8yXcih+gj965hXGrVP92acBPtXFWKESzWEZzDhKxECxFZANYPzOycoN+dRBrVfN4mbySsk/tYD2r81EQdQ0Jh5Lkd/YfF7TQ3MPU/7f1dg1WJC5RCHthxJRw4hGRFVbbtjg2C5Q8ayb1GMup9bimRAnv9AwAnFH7CPexxF5pIkUu5ubG41dzz3n+s4AJHA6HjlfraRZhAWxJMhKJukSooirgYvqv9ijU6Jzptfa3r6qjnYU+2YL6594yqtK6ANhIoNd5aQPAJbbGJbyXXacwcKgHHKjgrQyJJujgQErhcKAUkaIARNj1NT77QYSm0eLYBBQVh9IkfMvk/7Pj9o0zdIAguEmeTWz2HpYAs1FOi2pWeAazJ8gas9fwZCEFBm05viZaUPq5zF6YfEDaZ0cMhGXGKKtPF2QNmBBgjXYHGwRQpPEqwexSJMhOGW3xXdIMSiCJKSQbcHAGNwRFOQkYE9DQho3IC4WuM5PNmC0Z1Of52fGkjjM4gAusCo/V0Ah7cWlFrLUUqQJs8ZuRdG1KBAWsG3BL9JMAOuv5nBW4uUm9iVKyBckzo/mOUW22Oj9dUQmbemKdLwmzEzRA1JPHyCtvhM7iIGtr1czi5WAXljBsZgIKlthpEW2BoZ2oegESP3Dzcvzjt9N3tunznp8PfIYqADhgBq0AQrxF0+Ug2oXHtLbBTtkDCmvAXgTQhVqQyJAg2OeM5DkyE4SaP9gf66Dvbe4yRz1KPPhTdt60pr8iylUQWlCPiivNad9sywCUHYIrAwTagAiQyHu3lkcaYlBIQq7JsOOY6xLcFrItsz3FRrzoG8aiPq3HQQ7gvQbyIBAHXbFr7bfI8mVDRSWCCETA7ChhArH0UJIIEzZQAqyvBZy/ZIBdR9kjDwWRStaTUhNHoiq//6X2bwdtQZ4dxdPGH25sL+ggAccSVlGOJoiJYAqITUoS+o0nGox7/wTyQqQS7CVneGtI8JlhAs906Md+DlCdAzTob+pdei89ItS4A2lCYXhZ1VIJCaYct6iPMOa4tdHELXV1sx3PJ4bR0IJp7PVxRtX0MkYXarMz0lflOq9NVkyE8Vp1YdaPPMwM63DlewtWk4AzdAo5X6GTpRP7o4TBBWJaeAEzUCAKz17YvulTajzjoR9nIID2pEIU7CRfpSVENQ3Pv7rBUUOIcoGEprAhqiuyBGS/hYR7pEgTZN7Yi5sR81mRYIJwTqedNO6Yf9BhUowUbMRSWmIV0lxmCLhv1DqZSCBbC61rTIxVqppeMQGmORCEAYYSqEAHR6rqPvXzvKT944k0Uz4bQN/GPgSYNjD5gGB2HyWrbRb2zRq6L5Dk34lvDdDRPmVMPYbCpaCO8AdgN5WVomG7icsNdHkOxqFraqBHF6Jq8+rkbOmE+3ZDZ2VmvVEX31yrSR+vdPiGELRmI9Tfmj34xDVsi6rQ4nq2TNANaOE3lDIz6Z49mkuhX/7Nj3NIQc8e6McZCBDaZQg8AGbVeCmDHwP8NYDOP88sPOr9yB0BrNSES+0K7sl8QL2kbSdZTMod/ZnaClfMoCQOptIeK3IpCAqBMDHBPREqJGHpcu0iTjd+lTLXDP5s9UJUq6p61Vn3d0AJ2AAMmqAFlUACsg+3FB35BDunnlXQjwNWIOsewuouUCfIcFh2GOw+98pCygZGyNOWEvlcLUIhbCPoK6W4uNUMoGZvcebQpRj7PbqwOQrw1JDxEYrBjOTRbAKh3lp/1S53JxUSzKpubVNPC2kVT/FQJY+sULjCa5gwQQf3PMjktlQdb7rox22B/sNM4NkG/TiQD5BFRHpzB4V/n0ISpwC9hgAdSkQNn/Zfvuy+1L79m2n1CiJUmRl5EPo3tH3Igw7q2jC0B9KcURfNCZC45d81d4v1EbNZhjrcmWrU2VtPBACv36cS3EdAsOhvhbrfwCUsAFN4J0wiYtDB3qCfoTHHhNsF/dtFrTXoCXy/T9ebhx6+8kcf/OiDf/KJP/vUY6vVus+EUsUkWE+YpG3PT7z/vbdlbrtjDwJEkWbpYJ+TXrZjjhL+VbuS+I1kQrq/eYcpSr7n3QwOu7+u/sJRIoV7N8DbKWGpRNiFCPNJdgjjTCvJf+TnC4FJHeJVIRVULI3Z4TrrylKINFCPhSNVCZ+ZKlhVC0F0YxIiw/yD5F5t9z1LcJV6ruK4T8TY4STnh/79OQk3y5po9s+hE6rqqk5rkW+99/P7H/+vj/7JzT3u8NjLAWZ8mQDtjnQ02UhiC6VMULCvO7dN8iw7j86TO9i1dKteFjcPgwXwU8eNqENO12IboAfs2ohqamCBFoVF65PnvRAAJlRShpKYyNV6IcViFSAVL+VhlYAE7OKfCmGw2keK6rGvGqIWIdgCznr9n8HxxIo99oKm7itwtBhfeO/zfuUtvzcuhuvXW+8Sl3OZFoxrawVQiCbVTdjQRXVdp02dvu7SpbzqrVeuPJ4J3qAqBO187aQWQwzZe+aBoWGIhxUziYO0cw8Keh+D06MUJ3LnZmrFSuJyP7PHOotsa10qKqSYWKOuBhAVAkgIZHJRP3OTbAgIX4iI0mA5b+kMVmJVJghIoKpS2eoMJ4pq9Qk/wersecatQP+WPcpvtGOE2F1dHPmffvbNAB54z4cA3LU8yt8/+Ng1hPnhUrkA4GOr68jdBphIVBIfmOh4OX73F73k5S++96u/7IVf8ILPvfScCzcbtXEWAuxC/6Gfzj16CarXRPNIL2ip9Vz3QLcUWCnuk8WajQP0dqSZ5GO3T+Jtbt6qYLCKKgswOKdQFdWiDCZWkERJnxnnsweoEhgKIasEowBr8+UpCQEDiFQnJrYWop1i0xGTJ2k8HSN8rq67bleEIZrtLaKaZa+BnGeBBxFgLp43kMQ+xNiVYDA/qO1jqhNGXnvtwqxNnWzD7BbStGEmu+glH+qeNqNMAWoUHAtkFVM824cszmFiDFCY+QkeBq7u+CN/UluOqmOA/af2+6Ae/CmRyEAgImIrAdkMoxmG/aSiwOOF/i0C3yjR/KcuiOCB9zxoxx74/Qfz9w9dvQ7gwceubt1+LdtHbCy6zyL6yNWTC8vF+z7yyf/k216z2WkzvKWO713yjQtjHSL8u8hwIxZRgNI9MXGghLsXQDRsAeDVqtjJP3q3QMrTebOzJ2JUmbPRH8AtypO8BnwhK28Iz5pRE+hLyFfktlGASNM0a3zGI0CIoKwkqOrRVChgglaoEImihNzITxb4Px0J/3nGOJSzw2wdH4jQyX57rUDnGmeziC30IIwKtrZEhBJCBfuPhRuNp4ieNzEm+yLmyVu6QU5ir8SW9fxhpJubC7tdRWb1qaqDDuKRn67iq6W9MwEkmotrCoYClGUejLRXasVgPGWAgdoCZWnwQne3Kkre2rjNoD+LRDyAzEQAHvj9DwL4yf/9zXGs6VFG+x+8eu2cz3zRcrl15G2/92D+/dovf9FNrQA3iwB7V7mX9nYHiYL2E4aoy8wAPJrfBJ7Cs4tJd25zeFp0+Iws50vNrmv1KA22PbhPoITScsTMpJ/xUMQSKodqTq7hKEXNYLP/MrXWniqkBVAqLJWhNWKfOGCG6M/9V/qHP3R4ebdhPFOp/s2Nfe6/sxBgF9zP+GnvmewyTQGYwIrCNCoRmJXV0yftbKYGV42e70r2Mp/FPP4n5P340VRVMrNlzxQsWJW8wykB5KXqAJ8teQokEeA2fZBbSrOuUKb3Wq0A6eKLrNRQSzoDmIplFAigqluNnJ6o8YSDfg9VB/jAT/7LtwJ4959+evenB6/uN2JeumOb0tt46EAdxZ/9rd/GFgc4FPI0n+QeBEhRA/P3ozsf9g7a/mYyjUn/TAQrZw7AMuWtOYwyQbZEggxh1vkNuw+N9qeg0ynFlsymvdikEW6qlscJIvDg7MYbnXqlXA0bUGgoBCgJxINhQzhrNk0GLEgqUzFz/hUAWS1pL6IFggJVceA9Pe7xWap/nrGfA9COHL8Lg3oAMLvBQGGMafewSuQOUEzKRps9glTZoiODajZZo1M3D2jaKdhTnp0m6QiatpRE9vIMhBKGGXZCz4AqUzR2JiDafbUbK0eThBYGzq1qi51KUSK7RTEVqEAqiFvkkxfQu0Um8FSB756g7hDdX////hDAuz/w0KGr/9KXvwjANzrlJgD/5ktfCOCCyfq77oXlEsD/++4PAPild78PwC+/+/0A3vSu9wLA9+ywoxsxqLNEIOpAb2to/NXu6/w6A/pC7bNzf5JKGC27khiqBV4+RQGJNtMR55zFUXpTpB2JZzfNORL3HVgNkygn6r3rWCFQEur9BeQe5sjUd1NQ1Lp2oPYCMLGdJhdZiFtJLxkiok4zqo9CJDQ9nBnVvKNdT5Qzx1MF3J9xYxsBLt7//X06997RLOLtWCLLUYCby/U7aCDQQrUSFzXxhJmkMpGKKBe/vIaIgZBudKYYUAQsG144ovpn+8EAXLuCcCC4N5cd8tTiFIhIoIVRHFJDhQVAKN4KtUlZytTEI3UXQrCE8Aq3kvAW8erMzyUyLlALZQpu8QwYO8j8X//kP98967u+8RUAvurFlwF83qUm6/fWocNPUAB/+Su/EMBf/oovAID/6JsA/PDPvBnAm975HgDf9MqX2O3alA65KXYRYNecuDsIiJIhJY70CsIybmMSOJgY3jfQaaz5XEkIhYWISlEVpUEY4jXhLGhMo3NSPlnR4h8c07oA5uR4nX5MSo4VFEkGpCxe39BFLSvrwm6hjVC9oukCsGd15dIp7H9kz4jHauyQI4xapKkbSa16ihKZuszomiF8djwJY78jbFfun//EGjVz5hGbUUWHjwCjbeTDJHC0eB5yoq6sRlAtBLNSMVEcImpZii4BuWmHeh3dgXM2a8pY1FyFGSZBpmsrSCWDJIbBc7hshhpXkDJApA1vu00hRNJvcrsokWuloGF9/qirUhGxRYl2XnnMbvZlP5Y7LH/wfed6dQCAR//ZTwC+YYNuBl2zVsfWmYpG9B1PcNDbfPyDn/xn+fkrv/AygNd941funtxT/Z72h1miO+Ipezt0HQDw333PdwD4pXf9wf7p7fKBGDMEuHj/9++T6RtPUNP5Zn0j7KVzSCoEKGSj45FfSkRZC4SjSzXHhNJhGhEQTNCqZAWzWKydFnnzegpVtDEqjglu5URSqJeMqF8RyWwuzOeCAAAjl9LJ9zusMLGskXpTqGe7Q8kBsjg0gaDREVktunrGi13PMZEMqviSN8B9E917eN8P4byDdl4goKo/9yM+yUOXPSvVjBkC7G7OXMpHkHkE4bfPPVH2YE+aNjg6agJLKcDgtUIgoOJwyOwiDJSIhIBalUHEhv1CnvNrlvw00HQOXjjAeRl+AJ64EnIYgC5SjjIVmXgYrVgXoxQhD7so3jWeU7/uJLqAXQaqeQLIBcAuA9NJmZJESSHKsCGFF5M2lsHuhKNEmD2wCwW+8IcB4AM/vP2CbO8AQWFsigaNqu2Mc4adbiey9M84I2i0I6inJ9fzyNs/8CcAfuB1fxXAe1/wNwG8ZeeBAK5c+tJcRT++dvXm7bNVAbx6+TEAR8vS/5B/v/Grv2z7+M4kt0YL+L14/9/zkzthAmmzdKXWYtOGUAD6uAXtaKACgtM1mGZE0m42HmEo4AGlgNnAjkSJlQnMRGRBHUTMrjnaMyLuzKCf22e13ivhVQvmYMJXCGHNz5Y3VRC0oIyWpdUpMmQ5zLaPLRIptsdttdzLRxT5+bH7NqMmj2hgjD1KTLEgjl5nEUMX096jjRkadGMYeBjKOJZxLHy0xGKJ8QjDEcYFhhHDCC6zmScO54dn3+jxeU9WisY+Aak7agfrbt+MIzLXDoOt2xs/WWG59LyxXlTgghFRGlranUgAKuRkWZWsmSOo79bO1LLVcpI+cXbxvHLLVpvr0C79q3VWhWLAoBSciiOqVsElkRmBA9ENtkk/xQT90DFMrFfKBymM5GvkxdhDXZ6NluDmWdDUUowtpJh2WHAZFyNAxURKDJARKhCx8DuAME2QycvNRwDrDPSbUBfvOWJEzuIeh5HnLe/5IIDXf8c3AHj1l70IwHuvJFQAwAvufz6Az7v3+QCO7nru3pvoB16I4AyPfPiD+Xl1YvVmFFt84IBusHPf7eXw1nej9wboOgtd7uOW54nt219TBpXGTezZEpb35NRe2dPhj4g7ukSuV9ZNarS52LT2kEXikCLSGNkjMOfL8hovLoqnBFVs8pq6z9yg1f4JVCfu5tKjFoKyh5Afa3ecQJb3dSyBqFYx10go+QTi3BEvq0hncvBxyeMRyhHKEXjEsMCwxHCEwQ6OGBYYj3C0xNESiyMsFhgXnl2kO27oZA7zkOaD0tHTfzgHuBDqb4gxGZSMmUDkHzSAXrpLZtDgYjER1qc4utBu4KoeOVwY5GR0cPUDk6gZYlSUVYm4BmwlxaK4J8FskoSmB3OXhzcHbir9FGtsgVINzAxXr84XTfDaEUb9OUmOoaN4T4zwGFSTZ+Bdct3rbMgjgQ1+81btgroIi2g2Ez1W9xFjGpdAMK66gVaIoAAyYbOORH9zwLmvG6ooU3CG1Dp6Ifbmxw7p/bove1E/TQThB/CVX/vS/OHuO46wb5x83mvz8533vQjAR97+ZgAnpwLgZFUB3HP5Qnv07ubcyAdswxGgY1HUSTvo0la2wKHdO6gjuvPjNDNknp7g6EI8hB03JsKYtF6c6mgkbKlGZAJ1Rhznc4EGaaN0P27wwVxQN9ukarFUBgmkxaA2JuB/LHID3WE3a0pShPmeRFwfwsMAglRxfE++IX31gMCiRn7yntS1F6ZOCZmP4agtnABl1AqZAERlMfWU/MakGbwAD5AJdUKdusKVOYVOonhGD0eA6erv8uKesnh+J86nbYd2PqA7kkxgS5pKcUJBwHrlOCARXObyDYHj1XK+ZhoKVa3elYgajVTXZoUAcJaCCBCHieM2w9JMIUFfNWzvZieKQAsD3Mw8cBBkwGW22bojbEK7chUuWBdodVhVZcZkXEC7ogJ1i1L2RR0dyUNGZ3cdWA4xDoDjMALBrYUgE4gxWXklS0HbCjFsAibKCB5QJkwb1KnhYS7qDB3gMG68+iVf4KuOlSbtt/GLP9ssPF/zTf8GgBffe+GMhzzn/hcCuA+vBXD3u/8pgE8/sukWtEMXdjWB/LwzbUcAWX8MsuLF88nD3neJ/RZ8bwuPnVwU8EK9tB6J8Ap3tFb7N/CEDdrYwUeFuTh2kYCoCtk7sUJuAJVetoEhWgdJs5dpPzMF4AfcKUFPUY88UasTAxQi1h6W2p1MaEoBX1OogEc6eXc9haGCtAl18kUnLm5Bv+9lqCWUOHA4ZpRLalBgQNghPsvy6RRi5y5MqHMDYhA5K0irLZ5NHEBOP1av/d5w5yvRAGrOptvYqwykGkCt7oNHs4kTs9NTLBYhiHsjGThU2/1C1Mlz1Gw5m+DwhOQR/TwnE4cyiElmvyMpu4so5GE4WsAKjF6vJ6UfX4ICLj3DI0bjd6tnEXJSPzj9w2RtYDzQQaLOrlpd6IBIH/NoCO2C9FLQOwSL3ImrVoTUmAYzxBqDV9+zPekWMflSQEfggs3am3Z2SLp/7KOpRycn+dPbjl4K4K3DSwH837/0VgDPe9Wr/LznPDcf/i9+8REAwKMAfvq77slb3X3H9gPv/tIXAnh49a0Anv/A/wLg9NMnAK5d/goAn3Pyr2ezuuG0YzgC0NELysWXdpSOZtIFsA8T0P2EuBTtNOqe114hQySsjdpyxKv6viPCRu2yaMi0ADbdsyzKzZGhRCn22TTy5AwppbwyHpLmoKx6mktQEE0VQ4ljKY2n1YsyHAkdT1JolLwy02eVEAW3JoYZ4UeKVSl4NND2x+2O3jpdg3sAoOLVWBBbmuXZtodheHhC6hr1fDjwjBiOALx4AS3u6YSGLfmhP7IXE7ZhpF1iMGYF1E5PQxuOm3jqbMKBAjRFqLBn0nKGgjbJIfnAgdGhYnuL6oJXJbBXte4II5FCZQ1edOfTpDQkD/EpTG3rLLFLU9LTSSsxUCGKqqq13d5RMTlNm2dHQXZ08e7MffBIAPWo25/fb0JsYHt7HcOzwYxhAAFyivMnrO3qJ6oA3rZ4KYC3Ll4K4KV/96u2TsnrnvfeR/LIv/dTH8ecD+wK89cuvwzAtY+/HMDFhx7Iv7h09/4pbVGNQ34AvuNltHj+jjSaH7dI1+zN7Bv9+d5UtYkirMDkwkP/SArzqEYMsyJ7YTiDUMxAZA8ObM2tYyyd4K5wiih5crtuLnugtarZKWXbMUlVaAUm23HLeI9Un6290p0j/Xaluyr3If7Q4gkVAAAgAElEQVRL11h/5Ute222Btv9IojJxwIGzupxPzhwu9ekEUikkQ9F0+W0zqWfamMUC2evWCNmZ+4S2tv6QRERdfFoKNK0HO9YrHB0BIWNrqsdpgtAiDFBNHMgnhsmmY0Nb08izE1R7YmCnVIgSDx5epyreIthwowARcpoKCe3QQgVoilBt7g4ColVEJmSimwKRVgNvttAWkZOcV5Rs2C03Br+kaom9tkxMoKjOCwTy7IuwUAVVUBVoJdKRC7hszqxdl+5kPbWN3Pr9LYuXbh15+B3v9A9vfzuA53/N1wD4t1/28jzhHQ+eIPjAL/yn9+y7q49r97wMwMWP/05b/nnstvt+bbadZMaKaU5F59R0565z0d/IT17qOmC7jyGGRvVoiuMcsFoFQDV/PhE2p061tL3eXi7WfO83HB0Tgk7NRuvHDTKJxO32KTAIdMoy7/m8xlX8z4S2cSoC9d6BFBNkFUTicOdktGW3NXZwLO2cxgrma/rdN6GKN2WzDZcKqVD7LwjPNuvQ9rh4QxVaTW8gKFOLw3hGD+cA6w+/cdmcwbujF4R075tothdntTv7l0fWayxHE3ctMF+xsb5JSihmm9F4PeNCp02X1WUlc53RuIiwjZhbkspc/DDZxnysIYoRilpwWzPBpDc4kZm8qyoHp2x74h2R/GTxGtAB1BbSoP7JrVBmebWwiNmtQJi3TbgRVUuPhFbUCdMKdQ2ZUA0TFIg+Ny0KaMbThCxyKHBaFURamFRuQFOxh/S+bfnlW6f83n//jwE8/I539Aft6z/+D34cwKtedAzgVS9cAnjHh1YAHvzQKYAXvfAo772HG5xh79865/BoHGD14TfmbXaYXyN9dtd93CB3Nt1DHfvOiVm3YLcuuqmh8NCCYThuwhTJ5m0OnSjTIWIDeN33X3dF/96tz7FVv3IpR6w5ACx4bVZ7FJNGcMX+LY2jtUUX2IXUtqbxKlIloKhjHrrzATRjztbG7tIdiX5T04T1KTZr1ArRKMRoH3buDwAkpBW1Uq2YRAVi58NaflqU1TM+YvRQacSNYoEGerrzArak2B22sNWutB8KPV1j6eKMAlOtJicroZInwUDFWyki068MByRuus/otGd6IXHZmZ0PWP0xuoGMZEZ0ydQtF5HaLRVELuRICCdb2oE6B7CgZlGBZQOp13n3Movqod0at9iW9Gd5kjK7+dYwixkJZHJZSBUimMSgGbLjzVUFkUAqJjGDbaMVJpKSBaIwttfXxj7EeMN9r0Ns3CvwIID3//57AdAn3wPgf/wpbyzw5t/4LQA/8A9+FMCVH/33AXz0L349gJd8/38B4NI9APAv/+A6gO++D5gD0OVLALC+egzgoeFyzuSF2lwQB8c+x/bMv3v64TcGAS+dkNhfNFcuY7Xbn9OePZtQhy0VmNThmQBmsGiWV9OIQQBQT+26FVS9BFtGC4UCsR3S2tPO8J7Za806K2QYZ/+6ZpLCOBTNxt+Ws3P/njTnT+rSnEZNLj9fXYpnBWs/QyUvm9o1pnXVQvNaHBrTBtMGG6P9E+qpi0BaUUP+6aYtkIpaMVVM4jZcuHTUvz5YogLJM50PbMMOgHil2v21od3f/sPu1Xv3q4kuQLQoIq+q5pdUJTGAU5Cirp0q+xk0v0ngQJOVNfzQXSCTO6RjStrr6DoHa4VYvnBP+POM+OBpDGmxzY2RGQgJ1FNmKC8mVcqWM/M9JNUWaZ2Sel56CAemtf9XJ0ynqGvUU9RNF9cAzOB+M9FmwkZQfbdy20IEinVTZTYE2PM6VWf/HUCSN/3Mz7/pZ35+6+BrX/MXXvuav9Afefg3f+3h3/y1/si73r951/s3OHucBzP3ndNHd28jwOrDb4yKD9QLAWGazvsGQO4ySdnSQdtz40KAoKuNinXZisxKyw/wXurqs3OxX5c2B2rtG5NCBpBsCWnU/tUtTPb5UNMS+iWEfKTdTbasKEkKNDYpi5+b4lDTbJWChbJq8AGP9Oc07kQGQLFwbfRE5EAcqA2H/g1kQj119Vc2olJVq2pVVEjFNOlmkrWIQAhCAfoKUdSUl0JJc25IwizMz+DmeXt0gNWH33B8vy94zgXSdpc7hB01IH6i3V/bUEBJvVdLpY4Sk0sJICeoHvE5I9QUsjeFo6kDkJTOI6zSQkJ7+c9KQEQVXCtvtQaGCNYjA2jKihTUXRhCVOzFzuKCE5BfTyCoROicX1lAEoakuaBiqoK2GE4KGWwvE5jW7RytCM+zZdoARo8mYApqPe/Orbr79MBB7dMvtgfNd2D+G3JTiAD8yq//JoAs+rCXowD45Ft+A8DzXv2avb/uGeeJ1dtxUW+Ns/oDBERryMlb4lACut2X4zjc9NdIL+c1IChDh5l26X+pixglwiZzVbzHsMYcND36vRzRyfBARE80J9H24rvFaKccWAslUgZBoKzEpKJZFmuvci+xalUIEVvZuQChQAdqecwArHWSWUdncwsYVPNJ+NLac+erqFPbBq2KGo7ysP1beqQVWbJdNKqPHbmfrCwA+zuHyw+Lb7mJMi1Pu7EfAU4+/Ibj+38QCVozWdUgby4h+FktQczRhjqIhKegw/ttd2AULzALNsSvMhe0MlwUiQyIR9qkYi7xstEe3o8e5rh1rFYlKwWkaFPR9ryOyZGRNPIgVII3TXXtt00KaqzOczZzvgQQq/QFibqdDNLjONCJhfPhCEDGtKoEv7PstNgucaBP717K7v7AHfdwbO3yEPRrt7f91xhm/+lX9ObfyLoQ24u1I598669jzgHe9f4JwFe/+Mw2LmfnA9zIQ3wDDrB1IMjgzsNiLp3co5LibOJRAcg9TyBgvcZiEb8aQYw3PdlbaaHwK6uoP2dDPgOKwm2NnsXftr2U7Vlb0EW/NGADWrBRSLbFWhFRE5IMKxUla482eCaCoAGRqi2CVN0givjKTGmZV0WE/OtsunlT9xJo56XaGiI1X4x4+lnnUVaNPjcxMZlHIjVBxitxgPkMcHnmjYMIcPLhHzm6/wcRFF9DlAlKniemH0cTGxRmA5QmiwNAmCVGO6nJEmRCTe/8AeJNECYJQWxLz4ADUUTNzRjWFnNSBSxs2rDQM74AlVYJlDxun8glCFtc1EV0ES5Jss/eiHtYPdkFFppM4p7PpXWib5Mrwa1yBQm/cENAY2FbFgapExAOEj+kUFWd7NwogufRTWR5E4m6rfJBmM6yZzVh+S3fj0Njnxz/lVf/AEEX6p+9HwD+5CEAmO4HcOXKm3YvOb7vS/PzREcAVqtTAMurHwPw4nu+FMCnu3ZhH/xTa5L3+QBecu1DtigAuOMFZ83tMB84mwPMqTtReJ6cohKcSGueTB5un6x38MdTk3km0GgUUIFov554YrRfwznbwEAiS8Hm5jOkOeiAWlFdm0EnutQewzIpDM500i8AtWAGNAEtlHQlRBu/uEvEQYPgqZIkZCJI5lP7drmvDwBtlQQtXkJDgwk2JABApKz7BCBAxWWeWZa9qKiopmRH0Or1V4iIiJVbbWFHgEj+jJucBf3PoHHjJnn5qr07CtSycVs6rUNSiuOagrx3QiQCqXhNKMKgTrdDgNaUQSs5VPu9CeS9G4OYhvjsHzJTy0ZATk8CGlFt5+axDqpIVbzwVwq2VprB2IvJfwwFuWIMMmLAXiarAKoqDLjg3wG5KaRB6fcAM3eebdcmOoRP+rDVCVGrtd4oHvWQx0Wq44bxcBKLCyrEXnuGG9Dbfz1i33C0M9slh8w7tzTOvJV2czj00POtZa8jrD0lSTu1rxBotcqAbF4rD08wO7KyCz/u3idSgjR/hKISJL4WdfJjwQJZssT/ra2FCgNRjg4zZJvNFll4LX9o+5Oy3LbxL84i1Z7SEgAwMbM1Mog6c4AVPAVy+yk7uhII4uXu8nfT75N7qe59wWaCIUVxI04akQz/iEBHX/zfzt7RNGGaMJ3qtJFpU+M/maqKahWtIrWaqgBmJh50YC7KVg++gO0/bvBEtPzWZwX5x/mV4C2JGt5aDoAShh2CELXQCGvdMBWmEnV82JFpowDhSJ26cwXmFS2xdimEPTHSdYAwK2mqH9yURPUpBS9v+oAZyDWQpPtVJvBAmAoQWe1umSHQgOIPYkQhzjCNMgGqSlRSZFMFaQFN7SkUArgR99Re9u23V63IRJiYJRAm1a0hdUMggqii6lxDSFNbOGuZmOG9x4kJw+ApxfFK7QnLv3YOu2czaC0AgLa9tn/+FS8GAPwSgOPlFwFYLT/Qn7Bcvnjrkue+8mtu/FwAwJ2feCA/P/p5LwdwFx4G5jyh5wyP0woUTCDF5SBgDk7WFcuhUQEQq1rzXYsg5hbySGnHITBwusHREURRefbADDamblXa4CEjbULGgkLjy7ztCrUl9AfV4dVloySzjYEUABzFWmLJ25QgGA7FnUxQYq1gVUmhOkoA76X9sVjHzqbnJBrEGreHVMlrI4+6n6rJicRkBZa4UCGrAdGiNABgqkJA4b3S2TN5nJMDtPpM9o6zKLJqopdq06ealdiDyywGk1k1csrZPF8ZMRbEyzCkmLSztlNNSTQ9VbUvM6WWwqIUnIECE3bW0HQAclxxtNbUZEhFUKzEiKRLiAafJ1TJraBK7NICTRSatwcR+HUMcleWC5Kmgu5ggHb/6q4Kk/Pejzoyv0mQc18cMwXwxz8FQNQk9ld65erJUHgcSinD8ltev/OQfaN5cuxrpgHOxld/1RcCeNfvAMDdl75p341a+7DnvvJV+fnlL77zjIff+Ynf3f/DIap/mBucrQQHZbI3E6DqxaU0wzFLkH81id9Ff7choqIyCsjM1QriTnfl/tWh8f0mXTsOdIGV3VKICFpAtekq/T1iTHGkuV2NewVFbv+E5pkRoy4SoVqP4xS9TEdNaYuAsPkyuBIzTFEO0hx82WXD+Tz7uKRuO+x7MsdtPrZ1QURaEIiYvSo2MxdW5wDkCUguyuFPH7n22+/78Bfc89zlYrx0x/Fd3/6f4Vk2bswB/FURob0Gp6GBVibskHi1W6BdQgAq0WjJgKSg4nDiryogMiScTuoFAIwd9AbAaMhGsPCc8MWCasr4Nq9+KXFnSjTQJJZEaq1bG7UtQIECTEHsxWrCmbHTi0nZzKn1Oy1KlUxl0Eog0uwyExhrTKqrUuJZbttjDxvblU+CSjhv4RIl4UHEBQxmjEN2qKqbTa0CEWJeT3Jyun7eXXecbqapyl0X97fm3T96JyBggPRXhgd9lcC/dffrAeDvfzsA/I2/fvA+0wrAF3/v9wGeVvepd74VwH2v+FIAV7qmwH925RTAv/7kCsD9i2MAd33uJQB3TR8CgOG4TWbXOnTYXnRjM2iTRbUDQRO6Y/c1Ddx+PvvziJR0idHla3LgcYqp4fjtYhicqVstEoew8Ae72b+hIrXZ2E8pPSdx7VHHZtiXO7S9ScdpCk/s+M3UmBvHVYS+nlB8TY8CCIRBeYIQ1AIt+vQFF+ZJc977oL8ftvt1ziJmJxARF+YCxwEQEbtnt3lgRKQrteovrIo8/MjJZqpf9XfeuPfmz+xxYw5gwMGNbtoIKNRIeW3olTUWKOC+h8NMYFV3ojVXccCQh2TFgwbFpgcyVSwI68Y4TB6Zo1GUbGjPbszDHkYmAak6c+suJ2pKZ0g1fqmZpCg2IDmKrVTgaJ0qU8RVAKoetJEw6K6UzpV+8FVoKuzA+EX/zeZ9f797D+BhJCrEpTU5dnXMM697zuzorjow/tzr3nD4oQfGXrt73HTvCV/8fX8XwB//2D/KW7Sfvvf1AJ77yq/buuQVL7sH+8bnr/4IwP2rP9p+0O7n80UEnYcDAICopnTsBM0ftpVTQllNMFygwQ2aUNQ552fzi0D89IvB6pSIw6eDcFurh9wFZPXz2PmY9RLzqGoGGSQ590WlcKfIynCFQCXAVZrmQLnRimLR3bkt6UozIzCnx9txYKbXNMtit/FuZeh41OznS3/rDQBWvxDEm1ilGrbA9zR+AYiIh+GOb7utgv7TPHDovAjQSH5+Adya5gINa09kzdqgWIJAFUoYh6bo2qsM14DL7UFyg7gScERgVcWClpvTVYrauk6pxh386LqJIf0JlsU+UyBS7lao0miaiemFYUYFSKkAqETk1WeFQQIW0ACJcs0uUnWbJLGiqPcQ8lvosS79N39EP5r6FLdLqp9mq7PBTVuE1ezE5V+7bY6tTI7Rn5tzDypQARdb2y9++scRmsBzX/0qAF/76p/ec7vH2sc/e9dbMecGf3ZlBeBDf3LFHgjgL57+MTCn7rsYeAgn951/bgSgkF9d6u5VAqPlIXgzWqNpjvr7w8JlZQSxjtloRk74jCIsEQAXtYjozQagpWLFVnRWkWxCIRYoiiZMzQErZB5QpP3Z11iVidiGgmSaBPnk83IOrdWhX7yyhasHuQ+S3yOStIo5qsLHEI9uruF9IkXDlFARbgz9SBWEePlt57NmPo7RMMEyDA+LGU/lcX4OAGDrDTTpwcWbJreH3uzCwyI0SIUXBImAn4T10AnjVhRlsxgAjaOu1yBaqq6IgKXq2s8oimoNNiAqBIu3VmDTfGc+d5NY5m4yROWqtqCYhgIMMR/GrOGYlQeqoBB4/HxTUKqKQS0pMVo4/9a+6Ywx7W50sKtE1w5vt8fy25/MyAXrr6r/54/3u32K4TotjA98/Qe/+uDFqxbcNKf9FvXZEwcCcP/JHwKHpf/ZtM51/NwIsPW6Um62O5oELISCCIIkMC3DFRAm8yQSzQNPHBBJhIXdh6FoVhejtCE+LYlWJKgWcKOzc2CGyig/qD3MkMvSJmWF+yHCnhsZd84gnjsg3i0PADrFOs61hBbDFovaVgWpVEhqua4omI/aHAPNVZhSY/daBJ25QT2fRZ1tPlVJLAXP0V/4MQAEXeh0RcbfP7n4HXd9/Ocf2a/UPunjfAjQZ7akHE8EWmyTJLcIKYClvfIxaWxHBw0aB8LiyIOUiynQDFUMaOXODU8UWDBOu6hkXkDWIVesWzUTCz9onoYY2nmjgOAD2dE3VmSkNnFbqJDIpDyY+iuNFBNF3XM701HAiHsFKYghfmd3NXSSW9tQ/5DKSb+jOv/3KQr780Hf/n0A9Bd+bIF6Vcuy1JcfP/a9n/fhdz58l53wjk88B8DbP34ngMuXFMDf+pKPAXhZfTeA3/3UnQB+6/Q7Aby4vh/Aq+T9AL6wfgAIe//sed1+Hrb3b58T45wIsPOdosMFgiwVQk2KTCCswEs3UnZFSgAQo0TskLrN3aNulJzwD06WDcKc8C3CKcYMEXSyTNqANCL5O8cwPAIPDula4NyACEUTq+z/2lqlAqCqykx1PZVSPOSuZTiHwddM9CIQVYUIiYJYZPJFWhypR3FYjlh7DXOonks+cPIPV3HiL33xP9Q/fkp7bQ0NAHzi//hHf7pafPCxHcB9aoyb1AFsUBe3bOINA8QY4GBNBKUl4PmEMHnuGGYVGUzyyGjJtH6WhmnZ0IFSllGAMIRph5yY6rQOTVbDAInsO9kBl+kkY1KJhjSNvs4i/TDZ9pBV6a2iCmatKtadjFQ8pUFVLSFYRVVJoCBo5N9QPwV4UFOnJG3PYqagJPTnEe3OfTqM54+b01Nmwgsunt53xymAVz7/EQB/52UEGOePoQDwsuc+CuBlV38C2EfRd+n9Iaq/Gwu0T3o8nA9w/w/4O+IOLgnRHp1CCgqDSTeBJWhJvKKgrFYPIcVdK+bHrM3wTZ3JhaKxNqEwQK3Olf8eC+YlAAyLdA2rN9mFwrsHh0MIgCqNWYtF22z8vkyhriRkEqNSYCCrAiIiolW9t6KSVJUKraKqVoxZAAGJVK3ZJt6pvz815CxViKpYIU419UHUv/iQONP3CS4PPo0Gfcv3PXR9KaALQ603cHk/CeOshBggUcfODcjwAh9xzkDttRBFXS1dAhgsPsve+bo9bnKAzSSSBqnU3Q3hOHLvmH9YEkaRohGDvi02WwL6oBhFB6FRMAoW6srIQrEAFsCIYh+OgEUtqIzKvLE5aPQ0SF+CKjzHSgHxHqMqKqJwPuAeu2qyjhuVVFQFrhGnXp4avl3iOECBwG3XU0vWhgxPLxTAq173H99/x+nnLKfSHJ1NGdv/WXfO7I/3vxI1IDn72n3jMALkfdvnOYHEHFAoyG3LTi9EqW6mnE2FLO5cuwdZBLIBhboSC3QokaqFfdZSuvjbYQFYWkJHYEFzXKJmyrRDhZKhhITlJ6zUK+jadd4AW8hRSwCxFNzogacAGAoSEksGloB+mDfDUiagTNrTDqJ974m2MAHEDeRVn27wDwD0zZ1f4qlkyLoRApTS+hC6ApgRDdxIOIJyEy817twntBroMxVPgQdAWCzcHGTh6TBRihU0AIOBsikbDQfU2cIO0Dip5E5e0G5i3NlgXIdBH/8zQxXSFZvGacfcc+d0m9irOfvfJPasfhMrNhG7pu7SVTUv3LwUliZABIKF1G9sJMr5KFTlqQQ6Nzvom19/AOGx/yDm9L6n8YfO73nC7n32jQMI8AU/1N0l70ggwpBSNdwWBEYlAEviYyC0VWqwq8BwjOGIitIAWoBGDCOGgYaCYcHDgGHgYeBhwOCKOTeC7Qp3QklQbI8lBeomfnF/XFBQV3djlV5KP6XxNtLSDwId2aNPC50yKZEWslLJAGWJaqtyq0IhmFAEdnRhzgCoRWhoRkhQorLj2EzTJUKUZRZq2tFMbHrfU9oEdGjM+MDjGbsCz+5nnIvVHLYC0ewfACBGpswxWdyXi0kDLT0ZQADL5wroLEcgHgoBisEgmTEQdEFHCwgRs9Cpy1dENBSt5mrFyEWrN9SYxGQecS+B2ZfMMO+VhgCsXU9kf3pIzIu2iiwCpARQKYOtcizOcnzFHNhj9ihP8mKvPqKInt6hmTqtCJRT9rZnoiTqHVoc7iUfQv6S5vxg5sCLhQQ6PR3ln4ODdno8AFDFJCiMx68yBx84o7jvGWbQzmNj+97XMdfGhpbp5VXL9rIl8TAMAFAGDAVQlAJet54XwDASM5NS5WWtE1MYggZiKlUmFq5UVUWrDmUx1U3klwuAcRjrZgUAA2NCJBLQjB4chBgaeRQqAHggEJWAe/+HqAa7sPWqm2BiE/rbUvdJtUupN7M9kfQNlSju2pk0KeHd7+vfgle0nX+aD/rm1+s///EbnTV7ZxZq8QSNszlAaq5J/v0dFLIqDrx0rZUcJQZzUVGxt1UGlAIohgKCp9sWBtFiPCqFmEkmADSUkVLPVlaRUoZSmAibDaioTnXgMrkdhgFUqR3oqRcbVzQwA20zwcHPH2kspagSDaFODwGDTNARoMHvb3jFtQpUq2ZuS9yf088NkBKTVCZUEIM0QvcAok6Mo9D2O9pP+Y8m9Gv7NcXOpz0a3DZB6HaMGzrC1E09pbMCKY3FxI4EWTf7QK2kIWhgmFAhE4bBq85bgOQ0obAWVmapKspVjfxbryu17NU6ec0zJqqTADRJJEe62asHBQP6IwDQ06CkBCxDJ0HW7h15Uaxb3VBK2mGVwOqtdT3+UqYw8qglAMj8gbHY7pCHYHgFRKhF9WlavRoaUDfJuSpu4N8Buj79gf4pOw4hADWtTNHy/QBAmVCFmMjjMbPUjQcAe/I1iRBbXKdVXFM3DjITFZVJZCAigbBHNXiKpPmAvMeWWHgZRITsNPcZqaoQ2Cr+xXx1nvhCQHWBxGVNtUsEBCvuo170TdQL2RkCaERFh8XGzZizbQFafJ3PCRoyvYXmRyOKuCKJe9vqjgn0Rn5Hg3gKngm0/yk4+BajIXzsyNf92zuor3VqXwOKcz9idofzqIRbZ55Ti9w97Smjfv7x33uyZ/BMGuUO8BHo8aDBZ8dnx9N1DLj05bj6PtQVZAOt0OnJntITPj40jgoIUWWuQ+FxGAceS5YO8dG5BtxC6wljgIqIxe0ACDHJvt33p1c+o4t5aoxfv+/y2SckF95io6/9yEN7zv4MjuF/eOV7ARANapXMw8IJAFYsNrS1ztbngchN1nYbaFhItClzq6s4JQr5FjStmi6dV5hlNS49iedciNNOAEsuJ+C4F58VP/K209Vh4eQPYtbcVdbVWkHcHALnHu5q24lFICIR70j3R5fu/JIrj57zhveUxeZSK4G2Wq2Wy2X/NT/3xz/1qU/B1ek2mLmU2ZLGcQTwo//Qi+n+7f/wu0zFOND0cf9xG//kf/6p/Py//tN/8smHH/7kJz957drVQ+efZ9jDDHMOoQeeeAyhn/4blzsHc0uqTXBEB3xxXvsBrqP6SOAONNKHPnqiitPuClVQXcVz4qrEBAUSB4iOoSfa3TluroAFmL/hbatEmN3xnphOjwBWKBDMm6GcloGH4Y5jL8WIzjTTq9J2VSEiKqpUZS2iyQEKl/VUN4YDgi955LwI8KN33PU9H//EjLjc1DBufTPSa5KbvV+742fhQz8u3bEE8Jv3XcYNyxuhMwjkrtrj4u+Wc4XCMfOaJwwNhhfef/fMyBBvtRHpmFzAH6XqSv1vunWN48bHPnIC4Ag47ex/KEvCSqc5VnQ4cAxcB0j1hOZMplOZV71Fft94wAv3N7er/2fIzDoyCsvA8hyw7X4mqGq3LBusCpCKCCz62aOWESV71mLhzPr7Fy6+9Pq18+w+dX9PTtellMVQOpZ4GApvWVCd36+FOGL2xJut9D929zbT216mXA8gSY8G/cGcxG/cdxlPDBoM8Xyn8dovPhGjYwtu4o5uz+0lUaAxheV07i89Uqw6TFGARmAyq+dsA+zfCwQAJ4mbXUypcaTOj7pn/CuvmNiy0dLp7tHcDIYwuHTpkiU+aIa69W/CfcMRnhY2UBVdV5CiiopoFX3g6MJXnF4//2s4OV1feezacnmMJRaDZ6ztQqHjxtQfsQyzm6DZwAzoZ2rPgTv0N9/LNBbdrQwB6vYpQNf1c/fRFZhit/thXy184B33XRir6xsAACAASURBVAbwqtuKBkMv4M+BqQurJFDqAyHdq5HS3r/ZizV5/oDUIo4pMgGAU1qqgoZ4zLRKw3reMu+nUXkNhlkeUUaH4d9JuHtxvb2NwrZyoIiFBkGpq33dFUKxitTY7DDrDE00FLDOLJNYtgwkclrOM/72HRfsw2q1Obm2xoTlwBgKsF8y2YJ+wJtN4TDs7tkXii09N5Xvb773KkOALTqy++QzxiagvL+9ApsowpExmO+87zKAV94mNBhCptbcyIQ7BzDXaEPsiZcbvwbANqUhknLtAVyqeoq7U321/hFtVwjQYQmA6iq9TH016NiUlgU8E9d2xjvAQbzbfg6gYm1cBpaBQRlupRIhp9TW50/ZeivOedTXK0byK0QwCWqHEu8YL7xqcwMm8NPXr78ubvvpR64vnzceOnMv7U/oP3vMdYwQVW906U2xlKNul2QO65YODcAqcMRP2T8Idt0CqJ5R1K4UoMTBXIURqQfuuwzgKx43Ggzo3JIJ31tYSCmm59xiiqpKyRAsBGwumPNQyLLQpU5UYXWlRlqKKrCp3rnFcacsMa1SiSB1TffEH+pblqFke1/Q28H9C0gUGpiG4wIRDAXFwpuDp1nfo8JgRhVI9Jqw9vFp7gzO5DKSqIhOFSKolhBvbVos3RF463Dh66YbC0Im7RChEzOcxXVC+UHa3690L8BuCTnnpP0N+r13TxNqtsxNAI4AmCZANBHNQkaiqRRQVLIYgDextLLt9kZFdMoWOgqjgWabtxM2IVllEP/jR4OhN3Ea4c7SrY2oa8cQkpYrQF0xthat1UksisLWmhdUSp1OkBUXlEh1UaDAachFCmBYmjg0z1UxvbuJQxqi0dZ4R0D/FusggAfmYQADzLoYqVaJaE1V4XEkZgwDqEI6SiTiOOrkv0ViqKhI8oQmG0nM9objr48XbHJXHtlWmreV0S2td5/l55zkumsLDhrnlH7rKXZ4AwBreALqOOx5dgGUSEBgZibemkpCSUMcnr0cR/g+GRAQElWLVwFEuraDW11BfufeywBe/tFbQYMBc+9Pk2pc6Ux5PBcDOPQ3nkAAsGz6sQsoAKxPqr/IIzPiE1SxwolhCAEjCgibqTpwD8t0F5igv1ScIC2r6DBgG8z2Qp0fZFZmHYsy16PlQkWqYLNREQVosYC1zepwGlMlnbxFmbdxJKiqQCSLvuW+gRSsEDODqCrwG7R8ja72TQoA/rfT69/tH9fAajWtRI7Rw72NCScTABwP7QiAa9dXCFllzc1XcHzIMDoBwHq9tm+llDKVrfdfBet9lpoCrpOUgT1CcP4IKiNS/nWa30NMYzpBmOYL9ArK2udnMZEVvRTykgMckpNZkyTgx276u/deBvCym0SDWEenB1MyAgtK63iro0QK4jNkyABIP8cuWQxRsJuifQVAwIKOAN1s1nnroZRpqn7b5AMB49TlPfdC1ouovDca4v4qeAp7/xYmeL4xF2XWoZTCzGWBccMrTGsaCo6OPL3Ty/oqrMsZKaRSYSmsdYL32zWFmrzEhIIjc6YKIBDFZEUfgF/F8huwHwf+3eWF/HxQoZkPo06PXr326NVrm00TS3RQIrp06e7lchkFXeZjctCvIgAKc6211gqg8mLn7L2PVgBl2KPiahk985/UGhNsSV47n7bUXTvUpaEDYBRFUaqqQsqqDvrqOmm1lKy8kUIVD1y+DMJXfOy8aDCEjN9LMqoRi55LsX1vDIECV1QVy1yNBhOINdHF5WIzVX9IKTJVIkybuhgGFxssl5aw3tRxKOupOvAOS5pW+TT3DPSQrQCQ0P8rYAGmKErRD+3MzzQMHgXNXLiAl7ImGgYshkg+BABURTV9hSCCwZR3qE5meFRLI6jVGoUvClQxbbQMkLWFn6rXSgR+FUff4MWRZuNnVte/Jyd2yEFbyci/007Co1evfeShhwEcL5fPf+7dFy8s1Uum4sqVTytwvDzY66WGepNosPe0vXrCMAbo7+EwRv5ImWhbDT48aGZy8Ae3XwECBEWJqQhBRBgQVZJ40QQliFXdi3eswG+/4DKIXvHRj91wCgMogbtJGF0mRi/NYHthehRraLVtbXdSbyRgDLte3YCHQkRFUVDsqevNZjEOm820MOjvbz8srYWOzeMCkBql3f4Nb2uUVX27nDxv0TTnzsw0FC4FzNYqdBgGKURDwWLslhkXgKCgUTEuVKpOVRkq5DHUplGaEkAQQSmkQGEUU4WR2gF+GUcA/tIcDWbGhn0cYIYVO78b9OdpCiyXx775+2w4qbzu+tp6qWkv9NeQ38tQ9hiIUkvE7uE9q2qs/BzDIJKYKXQwi2Ge4Js7QAFUwhRSsQJQ/Vf3Xgbw588UioZ+PiG3dKJ9mkRzX3TZ2EVe4iFDmkGlKevz8UUAdVMBXBxlXSsAlFJqXW9qGcBaCrSirDfgoYx0IkJS1RnMsLS4id7HYDvSb98vWxvKw5uuMMBkZoZZQ5kBcCm8KLr1MuwWrdsKV0CZVKxPCFNBUSpcmHlzugGmoQybWifIVFEGjIKqNAELxwG35f0/WPwVrPM5//nVR0IHWBDdoHjg0cKVyDKWz33upWvXVo8+evLoox4IssIKwMXj5cXj47C6zBXcAQVl14DTlj50DHwXeToFdo+HDhpQE9YSanA0G7tU/9DB/NGfkG9JKdTpXmm3nusbI03NMIF33nsZwCsPoMGQdCVB1hbRW+IQhUi00znSgtseHj/Zzy4yliwsR6jrRXH5fCBSxWaqR2OZNhWKccBmQikufYm0F5GutCUsMA7hlQMC+hHP32sMsak0kY6iAjugVCaF+QRKYVDnxmQGc50mmSbZrFWUiHngQjQST1MVZR4WI8pkZaIZqmKOZQsHWJuF2zmkLqC/joGA19x6MAMuXlxevLi8dm3FxKsTN87ceez4YzwhXsJ8Mw4ox3nSDeMgDjkHanYy91aJMyNeZ1PZEnJIVdnDTOIRsIJ5wVGMkYpAqhvf4lzzVPYyA6s1VVSltr9Get5y72UAr95BgyHQtoG1I1kLfAhUcsxuIaKgroNQ7GWCpu2lLbuUUqssmNdSAYzMWuvRWAyJWCsR1hssBqwnIKrf2n5ocaOQTa+rF9W2LB7uf2kHE9RuygJyr5f9LKAqUJFJJyLyBGG/RlVERKRWqRurVcFEhXngYvObqoooqZ7WKZ9oTjGN1k4E3UTmEYUB/F9g+KvxjnaFn10SvNhxkV28uARwfGGRCzwItucb5/F8HTrBXitlZ7dmDgk5IjTMmYVUVdMFZjyDAGCyWPOoyqTQopX3hRHxjt+N1TpGoDCye328C/zavZcBfH2HBsMKPkcQLdUl3xVwpEnju7jQ9rbIzA6IOaJpz+08gpaBAZgFTTdYcFmLECLB0NkbxgIo1pVg0F8xDlhv4pRxic3KNtWZALopGXg3RoP8UWPxG8XVT1+9+8IlN++UwQqaK7OYLxcCoNTCTFDQDPqripWA4cI8lIKpRp0HTOKlDxEuMyJ/qPnw1/BmA2MUCt6KFduFqr1gtk94sZ0OFS42/qZC2W45AK4fq2lCTlvZS9kZHeyWykwDUyoLVsj7VLSKVvWuQzYIqCJWcpiJLFZR55XM0AlCOj9IgBleJlghZiCAAcCb77ucUdZDqrYKbXHFilMiqC79gY2luYw4aLTLdhjVQB7HAUqxDUTk9eUGTBVKDAKNZZqqchGpGIrUWrHhose4sDk9nbQCOB5hHF4VGJaoK7v5BeCk8wA0gaXbBKKoZggQ0dHx8sLFI6ko1VhMgfKmFFbVWrXWCiHFKTaLsbCQiqiIgb5JYwQqTFSGqgqByKS5dSr27jbiLZ202+78sI7Ion1WkjWwApa4GQjWkOb6ccNr833thfttzrnDi+pUQYV5dnxVN901Q6vDh21PTeEwk8aw3CKben/+YHU+iERVJXWM7Un2OJDHzRvDgDWwULNMBRoAePN9lwG89iMPDSnSpIlTuzjEE8VxSjWqRMt0kGm2lQj1wU0B8FWExARAaQSmxumzzdzA/P+X9+6xtm1nfdjvG2PMueba+zzv69x7fbEx4UJ5OjhQQh/GJDaBkAdS5JRYRUoQldr0j0pNyENGkVphFQXSKqrUtBUCS20hSVFDohQikThNDI5r3MYm5iaAbbDv+xyf1z5n7zXXnGOMr3984xtjzLnmWnufe00L6tD18dprzTnmmGN872dmCNYaH1KUfa6AsnCYO7UUZO+3YIJxoGM4ApOU7RK261wdZUAxYNzCWNiGQxBY9xyJOTAbgovEifhHK5VBARAF24Il2gHMIUbNwOdgSP3FcffQ0wlJaF1TKMPyqCGSF/XIfOWe73ehtv6GgBCgIbDylT1wr/6Q6EzwwTY2xglH2sZAQFBLoIm57Y++js47ek5PXEA8Nhxt6haKQMQgS2xKJ1mAI0p0URqykDilLFqZLKWCGIk8xoT2fPi5Z1zCHQeAxYFSk/Ms5DCDaC0HQg6o6tdkVQX5wNQ2qnXwGb5o1dAIHPk36wzGWNFEm7b1wyA4sHLofTo22E6i5bKZIR2Jfoip/BDl6E4iEJGxRh8GeMBEmAgTwtCQtQBijD4GAsDcBMMcfAyByVKlLkhhGAVdsWZ5vwCFoWppzYAUaRz1eMad69PJ1vqdDtmZmQLAzPdOzgDce1AybzrXAei6drVyR+tVfXHyzCalhgAMI2ylPQbYtlnmJ/KOkSfXDyMAtJVUJsefgpmjz8rYvmEMjIBR/bKA5eA4JG8yDJMxkRsOhixA4AgOMC4dr2qYACxgNaZa5jQMK34h1kZYggPTZblE3rJYGggOVXxbOZTa8JIpMFXfs0I+JR2a1RYHwb0YECILKWGdnqoZoSKWcS6GpCOuG+p9WgYpmnVYcK5SKs9YJDYxHxtjjCEAPqAlCewyxBzHgaKFsRxDVA+RDzaE0UcAxjnbWnEPG3BEAGCkSLpcXtSO+iQ5/5QrhxYHRShC6XTx+0WXYZzgwL2Ts9/6wk0A1693x+skNbWu7fuh7wcAR82qMviUaWOkQfEv+MiAUz/9dlBH/sF0nFDFQWS7DjQhxpU2EPOXUkkaBDKg0tF7tgla1NWAWo4mBiYyUoEVnLhWDAk2bbPICgoOACYVxpGGb4jqPM7DqTiTl8hpjka8PNgCIOqwEoDPVtH09kQlWkHFJ5YOvHLajBgiQCGEyOAYxL5Fw2h0a0hiozisCRvLFKM1bGNI1fiZO4feqybg+yRy7ZDL6rCTMkpExhhBAgCtQ5Q2ZJIWFrbMFqaBur4JGLyPTMYYZ50xBo1gSOQYmGOOoGYDYq05pNZh2i27O5VNS7s7HdcudfcelpCectd+TeD1W3f6vn/8scs3nnj8qKs9fsebfrh37xSXjsumTCT6IIRc4FigP7FqIsExQYDtAGjSqYwNEuhLdEzbwJaKwtINWnZldiYp6M3oy1iQKV1L5oOMZaYoCUscJAqLNdomv4V+sLXwJm9rmaE4kJ+RVIJCF8sdTt5HsQAswfoEeJZY6ayaiCSUXF05RkjIuysWdlSYAJuqq4XgmaENJsBDakOxGTPhr0Rj5TqsDZG4BqtmDb9hTilj1UgUifIdRERkHYFCILLiLCPyzroQmWCsixzhe5CFTTQ2xNg2rTHGOmetARkxvsYYPQCOMIm/mgBnYGLx7ppKHmtVKpUlreA2GAhF1zo8FqhvSCLHE49dlV/v3TvdduNq1fT9QERC/lerQ4E91tngg3UFUF1ja4CQx65azGC0RQNFD+a5SWptbblBX84ApMqyxVz3LU/MhBUAKMN0BFgMqwRDljhmvSVVKePIqJRx/VD7B0zFe1U+nzzdTSyZKJSV8ptkUw6Yp+pdms5J2FzBFFJwlgdHH+RfAST4pC6eKTsmHyTqW9/AJhE7y1TVogVjqeIAM6wuK5S4RAlx4xiZe09EEYZ8Y8EgYmtbjoFV/jGGrDFt21pnyYCYYwgAxaEHWIJzASBE0SNsmD66sjM0uvUWGGABODiIBg1i8E+D3q+LnZP/6THNeN0Tj6VCEuMQNputwD2Armu7rll3exFgMY4NSwbWXf4jnuB9fKkzRrgtgGRzARpD1ixaBKZPZ+LIMRtT0vPBk95YojcrbnBkSccQ9QRTgKjgviADp1jeHFMtw2Wczg4vdSSDJ0GFnIg6FWO/qMRK7bnCHM7SUQxRYIgI8KPK/jjzSYJKql/WpxmIoWSBWFBIOm9uDlYRDKACl9nJUIrWIWI2xjJHkA2eOfrYWmttKxV5jY0xGKamsY211jpylmLANqSmYEActgAQCaKZ+KDaxiRVP1ZbaxMTIAPS4Ad2MBZmCz9RGbjI31h+EQwjGlfwIuNAPfYacKZjhgZLbrgqA/igLptHJ3ElslYynKwGZCjrbXpyKJbC8miTlEU2JoEEs3RTkPS62TBkIsMSIRVpnq5/yUmcNWMjFTr14BxqAkOT/+UCOKraQjVaHXo3gcHrsvtpQmLmMN4FEL0HwTK2PiQE89rVQsE6Bq1eywCKYi1/ryy2Kg5RdlSnp1FWJFAjAxERpVbvujhieAsOwSM40zhHZKyx9pIlMiLJEfU9+xCHAcyDLGMcAMCTRRSHjY3aj1j0+51Dckim6FhWlURQP3VqEhHQpjrzy+SyB0DU7Mm21Y2aguphY+j06WkGmn6zM+VeTb0hApFhzYw1whFQb5F8sOq1S12mqmcws5eDJyLARCZw5KR2hanyJKHo2bpQ78PiEmufMVVo7ybe3Px/6T2ZPNAQM29p2/EKrIbRvHKV3VcaE6G7TAAGjyAQD8QxBkjIg4eG7BMjBlCCd45MCJ7KjuwIbXmx1UsLhEdQtkJo/zACkdA74gCYGCMZ0wzwDSLDj97YFpGtNWDEcYxhZCazHcdxjDGCMKQ0tEgA2B3Ba4f6AEh/pAVlPGt5XtO9DeBgxvOK5+wj4QccB8nQeYGpDvOHi1D62ZLyhDnGzqR/yJExEqU8OcLyEKP9RuthchSt+lMlgY9BiIhVemp6LgDAU5EIJqJj9aeYO8UMWk+hVRlIYauGvnrVtWYwwTIi4jXWwm5spsNgAK1F9FHmDCFEpJyvrY8tgQgZv0mEC9KWp35M8rTXdaV/Ke0qZYxFbsaUTYWUaFUxFRuOhMhMZBrAGA9HtB23wXuArLPWcfBj8CFERB88R6vCVn4fZwwBLUIOIeQwMyunLcxhPw7Yqj4g4uRCWsB5cggOwu6bCWFYHLyTgI8d6yGmmoNVHcACJN1wjCEipswaM4BmGNp9LruUEUwMDtKOMLLor5I8TEyxbpVGJKpJMn1OeSjN/wRVOoUMrQuU5TTVCTjrvazyhtaHE8qNZDUrrbGkU0SdLWkNQgisruXBl6XHSggqG8SAH+r1ZWHMx8S5CMk6lM/dCMCDgFls3oSVy7oIA0COEUdyjO0IBo0jW6Io7ZjAIxA4BfebmIQLJnTwBux2Dm8q0OtSFG9JN3oAnEZDlE3PRzUdtet6fmhAYAwB1g9i0LTOBLRI1smyjMkiBaMuEISqEsJ8USGUrkVtU6xSEJEni6DGGKgvq0CcIgCZHWNKGkkTZqqDPklygkOi/ZZgQAEcKwWs0nSn0x7gmzoc+yTVMItXYBIITQTyYAcCet6s0InlGwQOIJMKdTKnNnOcT13n7H2pdAJfjj3oI0DgcUNTMBoDiCi9NAOAjXBV2VDK/0zD4GoLiADijPuu8lqYCWiUJG9HISdMYhpjLRVDZGUFhvZCf6wKhsYi5chLuWxcQNrjqi5phscSC1RmTk7c9AaWbb789OHpS6/elMyvZJ1oAOC464679XHXkab6ld0IBMAHjJxmbk1q2ZPVOyIKwDDi3HAk8c2prQ6GsggBMmSke8Q+qWrP3EQmoQZH7YvGkVi8vB5RIhCtgdGMU57BzcGh/YNUUpfTEUBNK/AAmBo5fVUYkheumInSm067RWYjqPIdCegmP4b8oyXLjBiKdi7PSAljzIQU+ABRf5QDZM07MwQQPvDRhA65db3uY9kUscstVtvJ9i3NdCILTjkCgZtqW7ok2PJuOH00YE6dNcS4axiGEpkXei8OeQKLOERAg1ZLTRwiyPMwNYXK+w8evvzaLWZ06+7atevyq6R0nVb1dHeBbKNPk3m2ARTRGlgLjEk4GdIFC+tRO2AZmQNYKiEjhgwZexHqOxvCNZiYYuL1BDJqWG+MNRIYx5GIndjkQFEspjzXhimLy9XY1SJKBlep/TZKtYxiD53sRk6hTBVmslm0PCvr2mBmTQhmIHJhU4ImIQYieJGc6ttV40hyf0izl58qATTXrhJy1uyvIcJLsoH8daQ1OQbmI5MwHVmlplkyicmGn7ik1Saxh8CcAuBGlYL0/n3JuFx9BhHgsJ5yhiuXjh9cPrt/8rDf9H2XID46nPYbAEer9QXL5R7VhEE/1yzUcllGDfy7+oAxBsnFq0uXsWvY2mfq0u9TajzYwoAolaE3oshZACOHENmkIhEpVt8yIqeqC7qmyUFHFZPyFfLB9RJXw2DwOhteRinhpvK9yv1b6rttlzYpMEwiSxvm9Qg0WWcQESLdG3yYIsh05F1Gwq60IfKvFwIwU4ULjP88jvL1K93J7NWePEVIXJgkRqmoS9r0HeIDZcDr89yMABDALXNfTJ87BuCS0KNqlpQ+kif3qcfqdBtU8ixP2i9BvOXGU1cuHQfYzWYjl40Ox90awPH+jPi1m5dXSQ+t3nBiZ/VpGQt+sVkIwiI+L8L67jcqcJZvjBPYMxyQimxwMWSKTz+GEtCa5a9MQ1kgvszpl8qVMuBA2yykb9CRgqGLcCZ9TqYY1xEjWBidmCxQhCUUdqFEnpm9lyjL8rIZkKUbLAMUEnrQpKoiQMSVyV8o9E5M62S0JhlhWDW59EMoCv986wGYFmESXEeCzpgHDwKtPDtDfwwAODDGSPXthpKXUmL/nDIBAKsZbjKfkxPsKqamb3Hl2jGA69f2gvviJAn0a8aPBfiun5Uvy2PXGbFw+36nxnzsZxESNZYIGmEHB0CToO7iolrmMdXnqGCYXFlEBQ/l+T4Sga1aAVnhbwzcOVUJxg3cuiCw8I1MyZkxajCzCk4ZlJ0BITWPdHpTstQUfYOz6J/QW5BsViSw0jXFEtWYdImJWhGo3vDyOAZW4C0CYKcRBGHA/L62ymmBlP/zWqmMlBCIWkbSP1AV6FFa9cUy0ax44OyozoXIAyOb8ZJ3uX6LvbcfVHgPL+nAOh5tqOo2MVxKW2kGU5J2jOa2JBxYyK0QUBHQ2VehJVSaLIs0j+y6S0fCg9aDTJaI0MsZx3RkamRRwx8RYQQPwMAY55HvchqCaSAaI0amMWKM5cVZr0m0W2STSihKce4aewetAmQAZxOsWwPrUsAh89LZxrLPRIIpI8jk/5gMjINJLXMmtyEiBnAwAOciorGcAhNYaq4bmAbGodHwdWslMJ0cwdWaCePa1WNUR78Aau5C0A8VnPIMF4HZN+BIuBB0L86792HLU0o8e9kQJfMM4QNud0IS/6ROum9e0QoMj4AHecAzfI/QqyWUiDB6IeFqEvI9A0PgVBWQAb8py2dN5c+rVSseaxoXV/+Xwyp6QOo6ka6bdO3F8wCwWFESlqZnWIIltAYAWgskKYhal/KvtbZJ9e6VpRIcUoPA2T4pApS3y3xHo0zGioxn91YWpyd2pAYdoUm/cl627lJ6xKNIDedfd5FrLj7JDCfPR5nFl7nIGy5IU5aMqzLuOctkTHbBuVXrUbrUWkvLhStZTiS7upLtf9ykP5tOVrwZ0Tk1vwBACstZC4kMG4B6t06qsjYNEHGGxw2k9Lnv4UBBjeFZLgIYHYF7pEd0PFl9lr4IYN5oIw5VNxPBS5DX6m5YS8Sg3AlgJrdG2TcDcDJvRkpWj93TvThgqvQPLnsfORUwo1yNXrl9jXUEdIA9H7JkRReBwHTNruHr3JEFni+xm/mNooQlyxxCpo5UbZ3IQly4cKxQP6j9p5QGnP5pVEZUjKqukxUTQIRt0HIkvs+/Rs2PATP8JkntxZWmS/I9hT5xLsEinzCB1A6TdQMi2uoCuBZhxTO1cx5CSgloJB+MYAmO4IgsUSs+AruP8zbF7rf3GJryb9X5pCb/XEliooLLqizBTgslC7NyRgoOTR7zJSHY1Wzl8+6r73vWIr3nzK7fwArOxZ9zzUREYK5hGkQiZwYJijQWponGsdYz3G3EFGpAys9JHKBKYgQ0O0xmGnsA1KyFXWw9uoYA8NjDdUQYAhqjPmBm+E2iGipC6bT6Xl5VbQCSeZPyzkQwEpbBUKco5cUxAPToc5xFHraScxpxexEAOEOQNvDONpKZlkYDsELfdE8i6rI1HBlkwWKSs5KxkClPmMZ/rqqoT661dGZHKfrZEcCqne/y+S8prT082T4X2+IaDvx0ETksreYi+ENLkzLHGqYpgQhTcgYDiIAnGykS75o608RmKToaRbHyAAi2AG65dNyQ65Kw7rmzICL4Hs2amYcAInSuCgEihWYAGluk/or5PvAof/dwnVxXiw+sFbiIeuauQ7dFai+ZF240EgiMxmbVGY5UqTfGxpDlKLAFkEpAU5wsKKaYFhkhBrVqtQAQmunWVTFLGn2a/5UmBSnJI7IBgql+MsrC1U5QYl8Ojl0ydpFx2IDzyOad6q5Hvm0fJpACaQlZLleqxEKT66tpKvSoRSOK0031lSMsX+gwqgJHSp2IARiD1iSbTOAtmK0BM4axa1swQH4TqHXGMKMfFQYZIOoshxiJyPukQdeSVdZoWW8CwOizRATVBZC/ZADFy19H+SUVyBCYG1fejCC1EKcbbSwCkMu/nQt0NS7Ptaky9sQYIoIAhMiWMOp9FjCWZv7j04en6z3tkXhnBY86DkI/qKqtoF/OUWJXi5jPSfp/h6X8IulOr8lhNUYho4J+hoj4lfFOr9p5n8ruyRzy7RPfwmS4TWKXRXCXp8SIPgBABnhJCgAAIABJREFUp3nQIcAaENEwMBGcAwghRhBZhX6RFodxzFNVIJ7+nSkJVC2Kq53caF+JdZULpvykEghTaj27xiE3XpVhc8x5VbKPplWMSTWghZMr21ouXpJQF3c2D2MJihKaDToXga5eufTgwRmWRO3daQ/Q7AP67iTPK19W6X/5mqXQ1N0ZpmvQr5d2YefLOid+gh5zoJY6EBFShizRjMDpP1ZwFwzhmbA0W9rOK4neqRbA1A2A8rvlk9h4GAtnwUCI4MjOAoxxRDSjNYasDWDrBwao6RIB1v5WGefLW6llkzNiiHrQ5AumxFZjKNL10z2S3COkk8uAroeWCuLGDOaJ/GfTo1qRzA7kiTgUySR3V2oIoOBuq5aqJewjHUfCWFDeaOnvYEyiUrtweuXKcdc1R8fn1IjGjoa6L3pi56d0uPUEs0Xs0w12UW6BA1Diw4Ay90WyMhu1ksATxxULUIMjs6/qeI2s/seJVYKZTJCY6gNPK0CVHqPFiZL7aaOL6WqFhAPGSGA2DgbwAURkLQMIISAEa62YYnjsiVRim3qhKvqtQkwl86QleTXKT4mCcIlOOg3TZGbXFLwxVfsqJiIjLUcJdsUCjuDCDViM/Ykf22V1jWLUyApduXRVtXXYWBUNAgrJjMA54o0AUAgApBzwkFyJE+C4cvm42ZO0fmAcEG8OaLSzsY+lzKD/kMyfwKU6NlzY+Jr3XOWfRNeZAQ61gROoU4SnXt75jvLsw/Rk88qcdGyHA48ZOkHce2rkL8l2E300emybpDKw59Y01lgGgoQ4sz7GJRrIxa2rifaJNHL+KWOa+GRzJr48vcuAVyEKV+/XtisQpISRq8VoEXWMVIXYKRMlUygV51zQZgaWBIyc9Ob0JhY+gOGm4V9qx4rANq8vVGGTq4l9KSUq53F8fDyM+3t7TUct58zE9z3XzyoOnSfQV1LAokS08IipKLUn1HU6MkRWaBOVDUSdIzKHmAIeGGL5AcTyA+WlMSD6gJIqVsnSVShB/XA9Z4cAgkSsa8JXJcMACCFYHgmA6xhAYCICsShPISaZwIqoK2ag6NV6k7ebsXNUCwvTdWVsrgGSCB3PUwrbrrRIya5bgVNjDRHI5JANAjjjyOTheSkTqy1ANO25CjDQOjBj1Ioo1ToJBtwkeGBU1XdQX21jtv2mYS3WF6b+tUROSwC9c/1MernII/aS/Axb5+DeYdPn9NcowYVxQtQDOHAMHBks1puofcGY1TQkkgTHqNAvt0/QvfpQVA/9oG1SCWAmYChLEIcxKLsnfU9E7FfcMgGI7ONorAVgnY0coBkFNowMoG0o1FRfHzSFN57pSK7gXjfdq3JXfXnbgsiK8FNR0BabiYaaYI92t+CcsQP/ykOWTc5VMASaKmgvVG9iYsvB74OOcwFaRol1u9ibnGMMrTZk8nlX+q8+ZNEv6vcLkLdvNdUlI2s6UVoAA/AxpgQSlfV3Y/rBzEgawgz0s7s3VuvE/DzhOCuswBAQob4orV9CBHLJXpbQaAQzqAWAGAIDIQRSvZAAa4iYMYw8RfVEriYbMTF9UrJbZvO/3lhHRGPKFyrL/ZwmFYaoMdQ7OQlkaIKO+S5ROzIfmE44WdPukvaN+nqzN+jhggCdH3vRK/cajuYW/cnnPdLR7Neo+3TB9ZAGAkPgO0v2jMCamq37FRiRktlnVhwlcgwcIs8s/oAiDFWV4TBlXzJcn8/OF0xQGpzod5+si0wOUOskD2ipsQr0DHBIOLPR6ilcg1AFfIUbyJeuwJ6sb1XM/2Vn5a+O0KP0KxhDBCimirvZuENjWnJWp3Ts2DG5VN+ebSJvt9G45A0ZhqSMyas1eVNV+kG12vR9xSQmEdwXcIxmPnBBhnCRMTMBpbXMLD/nIdUiIkm1jwvDvwC6LAlMJag5IIbUiS2tlpkjIzD8FPTFOhQ5xBjPLT4HZQj1+uRNHZDcsQo6CeoTDQaEeqY7pVwpgS0I8DH4GET6Z8A5N5X1aWa/z6VJi3KcSO2k0ps2p0mJXURrTbXpkcxlJcJiuw1ISdkwNmk8TCWiIzJx1HcnjDugxwDtoY+np2Glcthmk+MpCOCST7gk7KqYVDa6rnVhHY9h76lxDhrX6XdWe6FxEWV3d7wxXBsrQ3H9vIoJT2aOXDhAZI1PZ0glwRQ6zAlP/LTuWKbogQNlS+ISB66FOq85AHUkHABHoRAkrt1SnGryAKC2zJ7AxQuDiMYapb4YhiAMwQab5mo1vRhAQKI/rHBRnBApHHWd3yXhRpfRModVVwwKAPqtBzD6SEATtQ4foc8slChEpfGERZuAHBWlDyhqUOBhzJ/z9wTwqGV9MRPP6ln1RfUd0h+jCY2dg+NmO1hrW2fP0WgP/Th/p3q8sZCH2Y370G8bIkAUZktku+eRwkwJiMw+R1WCiSPAwhAoGZPVhKGgn1xdLOWz4uKqamU63yjX1CoEFRhEgs1ctiYTO2ZgQNEHbGalACMGTQQkMpZCDMywqdk6eFvNo9/lZZV9QgJ9VJIS5T/LpR2hTxCub+yD9kHibDtjqqX9yHlWqievRzYgaA5a5avmshtlvTUzmLzRjPZP3pQT6TLMIU5I1t2T034Yum6NDu0+b4BIURczlc6WS48u6uQx8abtuab3WSJEgQdCY8hWyJMt2BEsPbak9RGziEJghhS8ZZ74i7P6G4Gk8VY5wbNVFSTRP3dfSU7tu156dVL8VjBYDnQjNXhq2kYAYEdrjCWCtQ6lEDTAHH3iR73plf5wsuVo6kvNrKTYAYtsw9Ck2EIr614XnCj0mrDpuBQI4hxbqjd/iQTm38HBQuVqiGT0ZyM8VtYsI4CffngkNGAGUfABVWXcOdAsplAemnLCT6RAAKkdXn6xRNGkOpL5LrGmMCVKQ5TovuIGzzy5oTb5p1lCrrNfLah83F3/BAemDjOX9c4UoE8gYINNbm4k8FjMqUCQhlAxBLStY2Y4MxHoERK2k6NuIuV39cPzXrOIOsw1elBmAbWMt1MK6d+98+LO+/7eG/fun969f/rMk9ceVUi5iGBDRMEHQQDsKZJeDDs7P+Ub87BuLtr4o0tEGO/dB0rqM6SIlSKA+GNgYMXqlNlxYR4T0SUSAUgxQLU7+FwDwoGhsm6ewiVaq1FkifCLsDyCiGAZXg2gDWIIxtiErYRBkgMDOkgwzySCn30G39xaGInOTGUGZdPpG9Ew6tzgjBW1Qfb/p6Mi/3uh38+5RPDFVrivUUC6MgN81RivvoBh3XTy5mu+CkB48RWA/BfvxpNT+X6sSvwbggGMBRl2lHoWEU3qbkwofWqlSOCIWEcDnTNmkEETrSTJF3k4VNpSTwn6mTU0mhlSmUcQdQQRogj60iKnZpleRWeUQktCx5PZJ7+z/FQvpCL+MzGdAcp2WS6v8cF/vwPwgY/s9gr7PTBWzr7lsUsv/Iff3/+XPz77aVcIWfimJvz7qstVOMAM60zwMWgcmdUk0RkPydEbuZEeM6u7X68BiCalga68590AaNUSaHjp1fH2XQLCnXvbF1/avvxKfPAQIrlwImlMCIISBmxqczHVQS8Q8x2Hi0N/NVOty+4dTjzLWalN5FdTt1CF9KULVNSJIYB6ZhYrfs8A1irca2APg6VAGhC0qkXQ2SozP9FEb50YtXKUU21Akov+32EDL/23f4WZmTkyxxCCmJ4BEL76L//NNzztjatXchYy8xbo4XvE9QKspwaWIEKgYJEkEBZP4z4JqGYUBiFEMVbGIJ0Y7DplZk/ut1wqKCIiRLG48DYQgNaZxtlWE8Tz/l9+17cB6H7f2+upxpdePfv0C2ef/tfb3/yt7RdeGr/wcjw5jQIYlFDIioFfM4qM2N+TVEDgkArTP8pQpXsvcEw4QM66UuFnAoUFKIsUUhuYWdqqJimHpcbtuiesNcLCabCDaAJBW0qWnlIEZm4dBo/WYghoLUAYfUIbeRfSf5GiQn9nof/uT/0X0ijeezVMSzkaNae+yTGGiVBxkaDOtG9KeEMIluyQhZMYALStxqhORRRrLcYxxKxnwdgC6Ot8iy/WBRnqlKDWGQAlXlXLGshov+wtuytvnnvm8rM3Lr3328eXXj37Vy+Mv/7r/b/5/NlnX9p+/uXx7BQEEyF2RWNhJXGDU8VbeUXGOdA/441Zm+ACrXOJyOhd3/nSq6gLY0GVgZIgVKo21CIKkaIFAyShSU2SbQCAN+A1K/40umNNXg5NkUyz6iXGLKU1MhrJQPDZ/pOupJpJfknHF3/ir0HahFkrQZDqOs26C6w14+hBKVvgMz/+n3/lX/yv38CzGmsB/OSvvvB+/eaR3imEAGDwYfRh8BFA52CNGYahbdviYKlusca0TRzGJYhy5UNORxD0cOrcEtN2slDt2KComeezxdt3tv/XJ/3pqf39X2+fvnH8nne57/7D/pVbp5964d6HP/rwk5/uv/Dy+PAUQMOwEWRhCERBvQnAeXRGoLyWjSJSIcHs9A07G2unqrZbiHNJYFqMN+UagFBqOSRdtSkmoGwGS0iieIV0ebL1FvGsWl0WtGo/sSUQUahiPZj7Apxvemz/9o8CEDv0OPoYWcQbIhhjrMVms22ck06zrrFauhWS7floYFsNodw/8I6vK3me+y6divhZZB/GcbOZm4AKB9iZ0Fo7jtEaWJsyog9HX68dpqVyl5dR/kSJhIi375z+3M+f/A8fiicnR9//p9d/5k/ZZ58GsPqyZ1Zf9szxO7729FdfuPdPP3r3H//S9rWbIYhTC9bAGmMME8UDGzKL7VEJZSe8FIBYUafKQK5dIMMBvfy2RsqBVHmm6sOVOf9u8CaDR50pG+OZzzI+FHqvHASosAMqxnL2RqdvAQCNhY+pYpE+uGOe+BMeaYx/50cnCQWVWcAYA0Tvg3NWJI2mqY0EeuKEYRiZ4ZwhMq/8d3/12T//Xz3qMojw+snD+syYua/dNwphgbQzewMAlggeFnbtLJrKAOA6CRU2hhdjcizbhoIx0ZJp3bKk9CjrnzwiSturpuEY/Wc+t/lH/+ThT//s+BufwTiefehnzOOPrf/UH8djqZJ7RoP182+//fMfPv213winp6rdWQI54w0taL0TT7AugyT3V3dSPP0+BfhL5AzPwh/qkcD2dDsCMDZnVxWM2vpx5RrpBlnQgYCSMzHRTVWhzdCZjTuZTSj0T0JF8iupbyt/5nRvkccKl7qQMN7/9AfLJkYJI5/eSGQNjT62bbPuVvkCIgCteiQKJ7RGGmAlNvnq3/rAM//JB/Eogxk3rl6qDWHn5BzKc6fWS+uMGDQTP04XzG+sqbXNwbMHQb9m+xcZw63bAOxj14bP/PbpT/7Pm3/wC/GLd2Qp/OLLZ3/35+Jbnj5+17dhnWpbGuNWzz75zH/0fZe+8ate+R9/5t5HPh4enjHDOVgyITqmSCYaRKqDfypA0WR5hgZLz4r/MEov0VkkXH2Zu3lymkXzJnkFsNkOBHRtKxeebce8KcxonU3gW86JlX3AOgsaikGzdFgC1UwAQKVgZGBCiclJL9vaHI5aDbnzoBjU/9QH0ic/wtg6cLpKd0IMkTmGiFVjAXCUkHAigKxpm6rrEsH70HUraw0Z2m6HCyZM7Q4ivH6/cIDD8txEmq8kIuvsYYu+PqvcHWK05vx8rX3vtA8xzj71awDoqSdP/87/1v/DX4w378gJOYYDxo9+fHz2hnn6Oj3/5Wnlzco4R8Ze/pZveDaG8fbdBx//lKQ7Sk2SyIYwWpPq+WSpffbBq00WvJAOn9ZcfZ5mUQKAE9qfNrgfa8V3M44CkyvbZYgBs/ehaSwYY+pAjNZZ46WdL7wPEvuoMNytNXJhxbzdadqRl8glbB+octNQGU+TTpr5ywVhT28wxggHCFVoW9mdxV4XeRAAOGcBWLsiMkS03Y4CXq//9z984z/+kYutpoysBOfs2+mqmYiGcfqWrkRD2P1dU3fHPhQ75Eve8TBQ/X9j8facffifA+DNZvvRX4niD75+FcNAD07SFR/5mP+Kt4b3/0n79JMAOPgQRpAxrr30b3/j49/97u0XXhleuxXFLqS9LWIFsjUTyLCeEKB6Nbkg90zBFEZC9b0Mt+mLQnvUqLQCkJboZEhKrUAky/ejF3hNDpLBh3XTZfKwqSJzrjlwzu2Chndy6hcmqJYlWSF1tRQkIzrQmC5IoBzA0yjZQyMGNC0AP/rRh9VqTwmehfuCaj/5O+FP1HWNMWQMjWMAczxIwncHM07Otj/wznfWbrxFKYiZKWytM0jNssA2eQbmcya9a1+GO4KJkRE5Bt/nrjOHg/izmTVgBBB9QN3jTDFk+7FPAAgvvyp/mq94W/Puf4dPHtD/8Ut47TUAeP1W/7f/gbvx5PpPvocuHccYgh+iH411q+Orj333t598/JO3f+GfJQSQgmaVLksV6LOK+KjUSPksUUMM2D0iXuZ973kpLdUddQUaoh8JWK+azXYEYd0m+ZI5ZPet0uAk0HdtmxxV6jsrqm1V3aTorJzavWidWLCEMct2x4wDpSNl/VwwSyXpLBVIH4rzBm+3o/dh9EEKkc/Gat0BvN1s2dq7ZwAYTI91mesUZiHZ/2TIwKxaR0Tb/qF1prHmwf/0I5e//4fPXcp8ZTNzys4Fu9C8CP3IBG8POZcjS/o0cJYqgMjF3cwiJDZQizCMQY0oITd32yhW5Li98MprQAqi6J958ur3/Ymrf+I7t7fvDq+/yoIAQHjxlc3P/u/+6Wv0jq+2zjAis2xmbJ+6dPxNz9/7xL8abt6JESNABs6AoxY6V/DzmNs96z9DBS1zfQCAOgHq4W5cO8YEvMDAtSsq7aVbNWyTkDqRMoOwbtcoxU5MRsTLlYlmfO0U2rOoltup0oatUbIfsy1V/4cJXgFg7gg9SoWeg0PRsYkDh3DcOWzP0k+ro7g5AxEZGhoCYbXu2Jgnrz2Wnu7HeP/mbL4U68Epq50Iq66ZCukXHVeOirYtM88tbPuGq2hg3e7poOZKRHUMZaZictfZWAzQeYw+Qf/go0UJpxtGnsts4ioZR1y97L7nO46+593HTz9hj1b+93+N//QLdOsuAHDY/otf2azJ/wd/ZP31b2/XK3nY6GC4v/Lub7j9Lz51+k/ugEFMIA6sdVKoUn8VSjNxzFBAVQlwMz2QA7ua+s2TlulhBc3aP7Du2nXXHq3adduuV65rzbpzXWuhVzKjW7fr9Wq9bruuvbReHXftpXV7qWuRIb5svcxbbBdiGWWgNcoBduhZVgxSTLVOZ/afeffnPgiRGlYgoqaxUjE0/bw9M0a8JvH+vYf37z4YwtZH79aNW7du3TaX1tieYbvZnTnGGEOIIVhjjDHWWWstEU7/l4vaguTY7OOr+svFV+GqCdXC8AUZztXGaVrhorJ0zaF/8YlZ4W4b56xpqphQevopeuZJunrZvutbn/1j7732lmcBdFcu2+96V/y2b8JRcq8RYD/8cfsLv4wv3q+cQQCwevbx5volitIrPZG/aOANPBUor1UZgfhG/iNqgRWwAtodBJi89UwH6Lp1TgPoCWC0jgbPpUBZodUilrBtDDMMmcY2GqhTAzWKVFZ1WILKNtkuJBdmUkQAxWyfyUjIojCg0hB6Tg49IpwjfKvFgxAtEVzq2hVHGKIY4v0Hm9PTbTQEImvt0ZVL/uTB+uplMMNa99avRIxxcxqGnoZJxxtmjiESc7dqh3F8pIRYaEG6D33uhfeVbd4j2NAEtGswFU8wJELBV5k0e0ycjlp2YfARbGZOrlYF4TTFSACGXIEYYG6J4CyIEMkMYwTQNml7m3d+LYhCP7rv/U5667NltTeeiN/6Dnrhs+Yzn89f2o9+cnj7s/TH/r3m+uV8eOPdB+G0ZyjIRES70Epw76jAwE5FndryQzsTuiSOM8ijTaV9uLGKRCLLs0g9bK3JPbBsKn3PAIy1YDbyTbZgEqFucZeBfr6KzEYBh5VPnTIyKlE1JbJ+rIh1jvJJyZPF69Gfcuj9qnOeQyBjfXjllXsnJ2dBQg6JiPjk7unxtcjek7Xra1fttSfAMFdGOj3xDx+envaXuNQlYjBHdo1Ztc0wemOIiPz/+tfd+/7SwTUBe9T3c53bRWGo2uZtxxQNMVjfNg6ABayzanrWobdIQJttJtMqF1b0Eqcbaw/lqbE1RDTN5Jv2294BAj3xuHnrW4jHMJ7JAXIY4vNvpa95O73yOp0lhZ9u3tn8w1+KT1xz3/5NdLwGM0I4/fRv9S/fhqGUC0ws9cOERO7JZAUqYi9OMUqtyAEgEkX1gtX6dD1VRSsapJboRBOglO+MMUTWpGp/8rNxljlhAoOssSEGR+qKVPaYjJtpyqINZMaRn8deLUKUUkIJkwpUXCfXy2WHY0JTA2fbPxhti1XbPLh/tu3Di1+4h+BPbn3RWAPg+PIxWXvnJltjw9YE761zYO6ahto12c4C4fT0+LjDw1lhLsQQyZi2dalv1IXNQSdn2x9877fcrxe7X4hRIjK5oHVW3ec8BvlvbLUcV4baDNWts2MV2S9utakWPpnfwi7qFbvG1+b55wC0T1wDhzg+2CRmSWE84yeuxG/+WvPCZ+mzL0LZuP3tl8NH/mV4/jn3/FsRwnjr7v2P/5vta3fIGXAARVBgKZQFWOJoINVKLIp7Kz1a15OX6fQbz5yVBz+tS5CHy9Q0p4AlvVa20RKYDYyl5HPxHJyzco21xpq0JBFdrLHQCGrKEC+sQB9UnjhDRgY5UA7HyIOm0eAJb1L89GF4IxgyBNCVx6+fnT3cnD7sN+OdWycnr70GIHgPNtdvPP7M82+/+uQTd1+92VoYZ4GtJY4+pfGz+NH2iJUxRmI2xhhjOEaAx7/7o82f/iuHlgVAlGAupGEf5rQNBr8k3zvwiFVjV40dfIohG3wcfDRA8LHtEg68IU9dGiqon1NcUYpkjEMfQ4hc+pV6H0Dgr/5y/pq386u3cNYTEC4fmS9/1j73FBqhv3zvYy/c+civjvceMpgowkQ2mrdAKZXMAGB2yQijz61689h6AwlgNMr2gjYRlUnfpTZQJBFIpZPkAhP7o5Ydb21jyWbqe6lJEO9cE8iBuWksmC2lVP2iE2ggQ3ZvTRTzUkwhoQdj0jcpv+HMNrIBwMghg+dxACJKXQa3ntib05P+7u2HAMI4GueuP/fM89/0te26I6LH3/LUuDnVh5kw+jhG24BgOY7Nk8/Es9Pw8P7CUyRdIITzVlOtCzg526JSQ/NMsytNZLZdWGofluppe7TOWofggxyatKaNfTju7NRMxEZgIBYn2iLb2TksNUWo+3w2xnEAQCNCCIHB0nqLKIQAEN94In7LN8SXXvcnD8YnrvfPPXn5D37j8bd8nbl2GcDJJz/7+s/98ua3XwNAxFBFWETfxlBT1UCAdASd4gApGpTNTXoEgnKDoJgzc3Y6ofiTNyfAggiGjCVrTUIta611BnG00hqAuXFG+QUxcw5VT9BMFLynyVfFalQig/TI1RBR+Il8E3jytvkk9MPu8ZWx+r6/Ov7sX5frr109vj8OMeLenZMGgYCm6579uq9fX1qLhfvs/sPw8ISI7FFHZIzj8fQMZGy3pnZFAFk33rlkhoezpzDAMRoyZCDJA/1Pf7B7/wcWFqTDGrpy1P3EL/7K+96rp5aQYQ5c+4ItJvoAAJ8iI4IPWb097YeuK+ESc9vlLNfXljnlgcEHY20Ms+tq4SpNNfQbIMGCZ/iY5jGULEXxq95G3/sd7Gh827O4fLR+4tr6yqX+86+d/cbLt//+xzaf/q00owkw0ZpokPzBBG5oLnRNwH1nvzJMGAX3rBMvKMFwABE8M2tSr+i1MG3qHU3WGaQIMKkFAeMakWBam93WSuaz1QiwzrGKOkXg4QzrScdNqDGmTZV/5SB8nlZf4FGHmInGftuuO2OMtTb6MBhyTXP9K37fU//WVw23X7r12RfbdXfrc5+/fvmoOV7byPaoBcAxRO/Rb+ylI1lY+9hj/rU5AuiDIoVpYtvBVZ2c9T/43m9eYijz0S55rktwCgAFyuBDhs7BBzCCDyzdQ6oblx8TFixZAv27efH1QwGM9x8CwPEKwAjWdo7UGFhyAOKNx4/e9vSVxsX7p3zWu5fvbP/lZ09++ddOPvbCcPeBAzsTrWGYyIZbwCLbx2GXujfsjqzI7/tJ1OU/WMk/0IQYTkU5xeYDMKN1reqpbI0BwZIFgWwrgGusc4gMtM4wM2zCHmUJlI0KKjJO0K/29U4EB82aT7LTlPynUFOfnXRE5wkdbC0AY21omrPN1joLIo5s2/ap57/SNM3p7Tsnr94kYyiEBrFFXDuiOI56BBw8b7e0WpEx5Jrm6PJ49mD5WdVSDjMBZlw56i6E0W6HVOvYBWWBSFPJ6MGPQLLqDEOlB+ZIHqE7MxwbAUAbpSNnEuc/meGaQoXHz70CwDx1DcIP1SweTUNk48kZn/XbTR9GH1+/G+4/HG/d2/zGS/7eQwCNiUTcmtjayJTE+vJilX/28Gbt/hpV7uc9FwBwaySQBUDUQYt1yiPFxWOjtcYwYKx1GIxN4Q+NFc1EqPU63VOr0pOhlkx9I0EKAXcCeppeBzBSf0UiAD2x1hWqtuZc0kBNwwA1zYNXXz+7//BTn/jXAI6uXHnn937P9WdvRO8f3LwTRw8ia8gatKvWgsHcWk/cx2CIDHGL7Rar1qxWMMaujkL2KL/hQckdkPgi7zUi2aV3PBDERg28h23sMALOBkCSTmDAEnViVCuESlCJ74JMad0nQ6A/woixVbPkwFQ8D/4Tvw6AxwipeqvWjkDGEMWb9+LJ6XD7vnlwKiseFKkZaAw3NljieedMOlfDOzQYCBoalOf7A1PyD9UB0s/Mk1xPY6wxBszWGmTq4tr0q3WgwJwCJFEbBypOAiX2ZWVVsoF6Bijs1MokNYCWeSoLkhKFC2yRteyDH4ajx67f/eLtZ57G1Z4OAAAMZElEQVS79vDWvaCW2c//0188vXkbgDN48tpRe3RkjIEhNESrTto5MgcMZ3ArDIQQ0LYGPszNoY8+knRYmYv3ySduKTBz58oaJaRsSVYGjOEYlQsz7wuiTndnbjACgHXGjyHTnfq5OVSOf/WzAMIrd8CEOCFhQV+UqhIpDaJTW1Frossuaq2SQvmNkM54d18YFbxNR9QMAa9TGeCdO9CPXMyeALiuNt0Ya601RDBkQTDOAWydIURxojBKCURZiLVwLgk2ISKEOrxIn7LTRpsBDjzG9FNWGEaPUOKRiBmbqe6fPpzLAYwJHDiyc/bSY9fuvX7TEboWlkcTx7alO2cDDLnjFcAcNfkyRow9qMP2rCXC2IMj1lcwbuN4FsfTc5563rCGbly/9BP/6P983x/Sdb7JGRclogLnBKXlrkl5vXPj5jhnKVM8meOMq4rYmS/eBeBs5EjQhtVTO9Kk1qGDNzYuvHMVqqJGk71OMCr/n/EnJQT7qinqYdnJSd+XmVYKwDnLzIaE6jvdDrauFbpt3Qq8BahNOlqyMMhUxsjuV4irtlaqKDoA9hjUVVZpuhQUP9JPBJr6QPKaD+NA+11//t7f+28AenBytlqtjq9du//yF+HHB6+8fPXpJ4kQYiQGDMUYYxhixLjxzaVjhIBxi2YFRAypYlKMIfrtG2XLZYhqXjvC6jkX3E8XDnrbHfl6KQ0EZP9APjICQE2FDBDbYlGsLWzrqiIUmNQwtXEEQGZqsJwOsmwMV8pt/mFpzRc0e0yhWyTisET+d4UfGUkEqnmWsdY5Y+NgbQOKxrWGyVmApfFbC2JrAEbbtLrIZNdU9iWgzFwVo2UN/ikKMhAiBkxZGANEoy/l5YSP9HKLV8eyTmiIzo3FJ+sAPPbEdRP9uB3O7p3df+XVm7/+m1duPEUJcbE97UfLRIBB0wHDAGNBK+YwknVhpOgZFA0hCmXZAEeHn3tgGCJ1fgBAY9vOlcC4uZtpGpt4jlV09/UF+hkDWjjYJZtSDUgzklkbPdvMB6bhRsbG3WXPVgECERP2H1ZFzA7D/WSFzKj0Xa//5gzJw1OZGs/IWOustQYM65okMFbI4RqA2RqAYK2G6QgwN2s0HZo13IqaNZo19HdK6bOU0F/njBGDssGUW0gAYfSc+weJ/rBBrwJU4lFJQTr4bmVjjSFjvA/bSN2162/98qfBfHbnzud++aMwtDpeAYjSZyQyS+36vkcMGHvEQHGkOIADjWfWexvZMZrzGsEd9gPkLZVx5fLxDHwnbk1a/jx5R5qBxM5zHNoGbTNPLK4N/9iB/inLJTik/6bDEBtz+L9oKC6e2EQ7vNjIK4xK6UdgCwzAAPRAD2z1pwh86x7yj/wq8trOGRE5rLWpq5VrAek1KqVfkkTvpOipWCqbrjRwSUSbAULT6RcSB1EUHWIEgX4F6Fz8ZwxJ9FeRLDkFhfzXq6234/DOMSPGGI2h4Ff3b6OxR889e/vug7OH/bWbtx677E55e7YFRx77kYwxxqxWhGFA2xBvrc2WmkjjCNGSQfCncAvpNbgA9FtjXr/3oAbnK1eO2yo5aTEG4YJj9w75wu6ovrvzz27dn14zfcoBMaYWUpcE1v0y0yHptq4QkWm/r36SX89Nf04ikCQEZZujiC7WtQw41zCjbRItkI7ZNncNc6v0CknWIZF7SF1f2S1GejAhFMKflYEE8YwQs7aQbuzRAyn2oYA+5X/OVwMYODvt/Tjeunn36x9vu8Z9xdueds4ebx/GcdxsemfxxGUy1neXj41B09qBqE0MJ1DWTRjgCAaiOQfnLjBuXD3OnuArV44BWGePj7r6mildf2RkOPeWBVPSEkROZbCFaIjFh1C+uZ4oQ8r+NRUTYZ6aSxs8GQkBiJg5U/qMFUHJIgPv3k/+Abi1S9cBcOKMtR1AEdr9miiAA7UgWGNbIjQMaSpkxNVVV/mpOgakd1Y5BiBGjBi5EIbiHsaE9st9W+rTp5wByomByF1ngDVmn5+yHtvtQMP2eku3HvRPXu4uH62+8q1Phc0R9MhPXns9SVXEbEx31MUQWtMmwY0TR5QsBPbDwIwwLHKAiwg/UhrxB99TPMFXjuZTzcB35vq9yDgXf87lADrP8pxlnv33Li9s55ZddhG1E4xckxPhqSpzEiqhH3rBYbPPbFSFnwTsbCfyhrMWIGsI9R4VZbZksVSImVzpSjBKOxhZ00YTlxhq21LcKUbPvC+6SXK94E81Oc74ohzg2h//Tz/xYz90yfLKYtXYMcTG2fV6ZS8lCfD+rXuPPXsDRLZxq6OOrDXWcIxJPJbZpTQFJSXYRIr7C6edOxYS2XbrDSYrTbUtjy4OHR4XiYQ7MJbdkFPj9+5UWe3UigPLxsq6zMmsr9GYneOpw9KCGCx/vucg+UdVPztJ91n4piT5EojatqS9skr45CrTaQX0nP3guqIYAUYfk6unGPsTmQeP5RZCNvuklnjZMVmYCqtSfOHxzT/0Yy/+zb8gTXuIKCIyx620cidcLZ0pyBgpApayfEBVC8nE3IgYzsDHhfJlF9J9H2Xsg/k3ww3OuXLP9wvsQv+sY87y+e7S+BmcZkFFWx1RzLk5ihUy/DQcJIs6udJtDf2iNP6h80BfhitgTYBbFxkGeVZWuLQovt6SJKmLL1cWlxZU2QUyNaUi3dFW96m8BoEF+uUaX+2jYtxZHVp34fFl/9nfAND/1A8DCAgRkaWcCWGLcNS2FT5XFiY5H5uzHCYHOhuPBP2v33+IXW2yGoctnm+SG2RovjgiHbgsxzUo1M6PJwBxD6NWNk6opHn5qsT8KsTLh5wBwztTfcfF4D6PVB1aPua96BwhDiAAHRiWJYhqnd6tZGR1VOFEZtp5dmbVd0vGQUKGnkugBlHPqiqUYrF+yhmnqlH96oboAjFBuuI/9yMATj70Q6zWWAMK0oFHeXdkNiaVCaCZ8pU1M+nytt1gtX5k1xQQIt+4eukn/vEn3vedC78mxrMz5RsD/UUQz98sS0H7sWLxJ4GP+tsCnURJUOFinykQs6Mrl36mXI6a9D+u/q2f9ahwn4dLACxpwUSQhODZ2+gD86YxMwLIClBrZ8WSAVz7dCsTkD5iDMosVYsQxaMoDl5vpwLxRHQmikd2PgCNteNOwPq548qf/bF7P/kX5LM15IxVrQVSoM97tgRSckZxkskJZk79tU3KgyF6JPIvO1krwbu/Ln1Pj4RrgsKZLF0cbw5oz4uIIQhQCy2TNeijQyX3y1gsW5svzpLVrjWT3xzc5+HQZGUzvaqGeFYLFdkdSdpH9Q5Z5oHAw6ymtGpEmT77ysmVJ5dJSo20qgZETdg3uVEAGIVewxBpl8FHGNd+4G8AOPnQX7TG5nA9rsxXsa6usaNhMQvGA8j5o48wDNFvvnr7UfkGdnAjx2buuXh6hvvHuQ7mw5KSqGlGBcZaZ13QBJDtghMEqK+ckd+a8P/hNw309ShKMAhEaExeIdiuqDw3FQbVLyRZqyfbZfZQ7Jco1LvoxICP8LrRxb+spRETQNdhj5XgfaY5Bnm1WT68oCV0cVz5sz/OP/PDwAICMSMA7vsfrezzBUdk7ge/t73XhQcRPSLil1FEkUNhFIckpTzqQoURCPNmp7vP5hrcJzLm0joD8Ee+pHCfhwNWCaoZawCRmFh2NYklBCaB/jMQgl0jwlI2GPXK+Tr5ptYAlDoxM7ZeVW15c5H7gT6D/jjZjiwOEbDhPJ/qp8pe3vygP/PIRW2/JOOpq0fg5aSCc+WcWp45F4j3jTKD1BvG+TPse0pths8r3Pe4w+A+u+W7f2fgPg+Xdb8kydh54LWScEYELLYeK0ecwzw9kZXjUkGzspNkid+rObF2im9z4u8IlW1KQnDWHHbt/dnKxoyucWMYznUF/G4bjbXM/Ld+4f9+/x9d+PVcSJ5ICAc143Nlm+qJdPgW7OcDh0H/3EHAH/0dBvR9I6V+EbBKn1RuIe0VphJL1laRTJwpF54CMTM1M8Qm+B7AGLWIJ6NmCJusUlSykO4eZ/V3U0SevLp0fdIuwD5etEr0754h2Pv+b/3GR76xAlxlsYfQZcGUlChLreZOLvuS8NXd8f8ViB8ergO2uRS6oxoes98KA2hVBJIhoAWsLdhBAHzPFbCqJoFQ2tlICAP31GchZ/YB1e6zZMBkYl9zAAUgAJvBW6LfcyjgjOHIm01YT78/11azaJB5NAvPFOIPy06zmfc96HcncF9k/D9nJM/J7eXuCgAAAABJRU5ErkJggg==" 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