├── MewChooFlock
    ├── Boid.pde
    ├── Flock.pde
    ├── MewChooFlock.pde
    └── data
    │   ├── mewchoo.mtl
    │   └── mewchoo.obj
└── README.md


/MewChooFlock/Boid.pde:
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  1 | // The Boid class
  2 | 
  3 | class Boid {
  4 | 
  5 |   PVector position;
  6 |   PVector velocity;
  7 |   PVector acceleration;
  8 |   float r;
  9 |   float maxforce;    // Maximum steering force
 10 |   float maxspeed;    // Maximum speed
 11 | 
 12 |   Boid(float x, float y) {
 13 |     acceleration = new PVector(0, 0);
 14 | 
 15 |     // This is a new PVector method not yet implemented in JS
 16 |     // velocity = PVector.random2D();
 17 | 
 18 |     // Leaving the code temporarily this way so that this example runs in JS
 19 |     float angle = random(TWO_PI);
 20 |     velocity = PVector.random3D();//new PVector(cos(angle), sin(angle));
 21 | 
 22 |     position = new PVector(x, y);
 23 |     r = 2.0;
 24 |     maxspeed = 2;
 25 |     maxforce = 0.03;
 26 |   }
 27 | 
 28 |   void run(ArrayList<Boid> boids, boolean first) {
 29 |     flock(boids);
 30 |     update();
 31 |     borders();
 32 |     //if (!first) {
 33 |       render();
 34 |     //}
 35 |   }
 36 | 
 37 |   void applyForce(PVector force) {
 38 |     // We could add mass here if we want A = F / M
 39 |     acceleration.add(force);
 40 |   }
 41 | 
 42 |   // We accumulate a new acceleration each time based on three rules
 43 |   void flock(ArrayList<Boid> boids) {
 44 |     PVector sep = separate(boids);   // Separation
 45 |     PVector ali = align(boids);      // Alignment
 46 |     PVector coh = cohesion(boids);   // Cohesion
 47 |     // Arbitrarily weight these forces
 48 |     sep.mult(5.0);
 49 |     ali.mult(1.0);
 50 |     coh.mult(1.0);
 51 |     // Add the force vectors to acceleration
 52 |     applyForce(sep);
 53 |     applyForce(ali);
 54 |     applyForce(coh);
 55 |   }
 56 | 
 57 |   // Method to update position
 58 |   void update() {
 59 |     // Update velocity
 60 |     velocity.add(acceleration);
 61 |     // Limit speed
 62 |     velocity.limit(maxspeed);
 63 |     position.add(velocity);
 64 |     // Reset accelertion to 0 each cycle
 65 |     acceleration.mult(0);
 66 |   }
 67 | 
 68 |   // A method that calculates and applies a steering force towards a target
 69 |   // STEER = DESIRED MINUS VELOCITY
 70 |   PVector seek(PVector target) {
 71 |     PVector desired = PVector.sub(target, position);  // A vector pointing from the position to the target
 72 |     // Scale to maximum speed
 73 |     desired.normalize();
 74 |     desired.mult(maxspeed);
 75 | 
 76 |     // Above two lines of code below could be condensed with new PVector setMag() method
 77 |     // Not using this method until Processing.js catches up
 78 |     // desired.setMag(maxspeed);
 79 | 
 80 |     // Steering = Desired minus Velocity
 81 |     PVector steer = PVector.sub(desired, velocity);
 82 |     steer.limit(maxforce);  // Limit to maximum steering force
 83 |     return steer;
 84 |   }
 85 | 
 86 |   void render() {
 87 |     // Draw a triangle rotated in the direction of velocity
 88 |     float theta = velocity.heading2D() + radians(90);
 89 |     // heading2D() above is now heading() but leaving old syntax until Processing.js catches up
 90 | 
 91 |     fill(200, 100);
 92 |     stroke(255);
 93 |     pushMatrix();
 94 |     translate(position.x, position.y, position.z);
 95 |     translate(0, 0, 5);
 96 |     rotateX(PI/2);
 97 |     //rotateX(PI);
 98 |     rotateY(theta);
 99 |     scale(0.05);
100 |     shape(mewChoo);
101 | 
102 | 
103 |     //beginShape(TRIANGLES);
104 |     //vertex(0, -r*2);
105 |     //vertex(-r, r*2);
106 |     //vertex(r, r*2);
107 |     //endShape();
108 |     popMatrix();
109 |   }
110 | 
111 |   // Wraparound
112 |   void borders() {
113 |     if (position.x < -dim) position.x = dim;
114 |     if (position.y < -dim) position.y = dim;
115 |     if (position.z < -dim) position.z = dim;
116 |     if (position.x > dim) position.x = -dim;
117 |     if (position.y > dim) position.y = -dim;
118 |     if (position.z > dim) position.z = -dim;
119 |   }
120 |   //void borders() {
121 |   //  if (position.x < -dim) {
122 |   //    velocity.x *= -1;
123 |   //    position.x = -dim;
124 |   //  } else if (position.x > dim) {
125 |   //    velocity.x *= -1;
126 |   //    position.x = dim;
127 |   //  }
128 | 
129 |   //  if (position.y < -dim) {
130 |   //    velocity.y *= -1;
131 |   //    position.y = -dim;
132 |   //  } else if (position.y > dim) {
133 |   //    velocity.y *= -1;
134 |   //    position.y = dim;
135 |   //  }
136 | 
137 | 
138 |   //  if (position.z < -dim) {
139 |   //    velocity.z *= -1;
140 |   //    position.z = -dim;
141 |   //  } else if (position.z > dim) {
142 |   //    velocity.z *= -1;
143 |   //    position.z = dim;
144 |   //  }
145 |   //}
146 | 
147 | 
148 | 
149 | 
150 |   // Separation
151 |   // Method checks for nearby boids and steers away
152 |   PVector separate (ArrayList<Boid> boids) {
153 |     float desiredseparation = 0.1*dim;
154 |     PVector steer = new PVector(0, 0, 0);
155 |     int count = 0;
156 |     // For every boid in the system, check if it's too close
157 |     for (Boid other : boids) {
158 |       float d = PVector.dist(position, other.position);
159 |       // If the distance is greater than 0 and less than an arbitrary amount (0 when you are yourself)
160 |       if ((d > 0) && (d < desiredseparation)) {
161 |         // Calculate vector pointing away from neighbor
162 |         PVector diff = PVector.sub(position, other.position);
163 |         diff.normalize();
164 |         diff.div(d);        // Weight by distance
165 |         steer.add(diff);
166 |         count++;            // Keep track of how many
167 |       }
168 |     }
169 |     // Average -- divide by how many
170 |     if (count > 0) {
171 |       steer.div((float)count);
172 |     }
173 | 
174 |     // As long as the vector is greater than 0
175 |     if (steer.mag() > 0) {
176 |       // First two lines of code below could be condensed with new PVector setMag() method
177 |       // Not using this method until Processing.js catches up
178 |       // steer.setMag(maxspeed);
179 | 
180 |       // Implement Reynolds: Steering = Desired - Velocity
181 |       steer.normalize();
182 |       steer.mult(maxspeed);
183 |       steer.sub(velocity);
184 |       steer.limit(maxforce);
185 |     }
186 |     return steer;
187 |   }
188 | 
189 |   // Alignment
190 |   // For every nearby boid in the system, calculate the average velocity
191 |   PVector align (ArrayList<Boid> boids) {
192 |     float neighbordist =  0.2*dim;
193 |     PVector sum = new PVector(0, 0);
194 |     int count = 0;
195 |     for (Boid other : boids) {
196 |       float d = PVector.dist(position, other.position);
197 |       if ((d > 0) && (d < neighbordist)) {
198 |         sum.add(other.velocity);
199 |         count++;
200 |       }
201 |     }
202 |     if (count > 0) {
203 |       sum.div((float)count);
204 |       // First two lines of code below could be condensed with new PVector setMag() method
205 |       // Not using this method until Processing.js catches up
206 |       // sum.setMag(maxspeed);
207 | 
208 |       // Implement Reynolds: Steering = Desired - Velocity
209 |       sum.normalize();
210 |       sum.mult(maxspeed);
211 |       PVector steer = PVector.sub(sum, velocity);
212 |       steer.limit(maxforce);
213 |       return steer;
214 |     } else {
215 |       return new PVector(0, 0);
216 |     }
217 |   }
218 | 
219 |   // Cohesion
220 |   // For the average position (i.e. center) of all nearby boids, calculate steering vector towards that position
221 |   PVector cohesion (ArrayList<Boid> boids) {
222 |     float neighbordist = 0.2*dim;
223 |     PVector sum = new PVector(0, 0);   // Start with empty vector to accumulate all positions
224 |     int count = 0;
225 |     for (Boid other : boids) {
226 |       float d = PVector.dist(position, other.position);
227 |       if ((d > 0) && (d < neighbordist)) {
228 |         sum.add(other.position); // Add position
229 |         count++;
230 |       }
231 |     }
232 |     if (count > 0) {
233 |       sum.div(count);
234 |       return seek(sum);  // Steer towards the position
235 |     } else {
236 |       return new PVector(0, 0);
237 |     }
238 |   }
239 | }
240 | 


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/MewChooFlock/Flock.pde:
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 1 | // The Flock (a list of Boid objects)
 2 | 
 3 | class Flock {
 4 |   ArrayList<Boid> boids; // An ArrayList for all the boids
 5 | 
 6 |   Flock() {
 7 |     boids = new ArrayList<Boid>(); // Initialize the ArrayList
 8 |   }
 9 | 
10 |   void run() {
11 |     boolean first = true;
12 |     for (Boid b : boids) {
13 |       b.run(boids, first);  // Passing the entire list of boids to each boid individually
14 |       first = false;
15 |     }
16 |   }
17 | 
18 |   void addBoid(Boid b) {
19 |     boids.add(b);
20 |   }
21 | }
22 | 


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/MewChooFlock/MewChooFlock.pde:
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 1 | /**
 2 |  * Flocking 
 3 |  * by Daniel Shiffman.  
 4 |  * 
 5 |  * An implementation of Craig Reynold's Boids program to simulate
 6 |  * the flocking behavior of birds. Each boid steers itself based on 
 7 |  * rules of avoidance, alignment, and coherence.
 8 |  * 
 9 |  * Click the mouse to add a new boid.
10 |  */
11 | import peasy.PeasyCam;
12 | 
13 | Flock flock;
14 | PeasyCam cam;
15 | 
16 | float dim = 500;
17 | PShape mewChoo;
18 | float angle = 0;
19 | 
20 | void setup() {
21 |   //size(1280, 720, P3D);
22 |   fullScreen(P3D);
23 |   //cam = new PeasyCam(this, 200);
24 |   mewChoo = loadShape("mewchoo.obj");
25 |   //mewChoo.fill(255, 0, 255);
26 |   flock = new Flock();
27 |   // Add an initial set of boids into the system
28 |   for (int i = 0; i < 500; i++) {
29 |     flock.addBoid(new Boid(0, 0));
30 |   }
31 | }
32 | 
33 | PVector lerpV = new PVector();
34 | 
35 | void draw() {
36 |   background(45, 197, 244);
37 |   lights();
38 |   ambientLight(240, 99, 164);
39 | 
40 |   Boid follow = flock.boids.get(0);
41 |   //translate(width/2,height/2);
42 | 
43 |   PVector pos = follow.position.copy();
44 |   lerpV.lerp(follow.velocity, 0.01);  
45 |   PVector lookAt = PVector.sub(follow.position, PVector.mult(lerpV,250));
46 | 
47 |   //translate(-follow.position.x, -follow.position.y, -follow.position.z);
48 |   camera( 
49 |     lookAt.x, lookAt.y, lookAt.z, 
50 |     pos.x, pos.y, pos.z,
51 |     0, 0, -1);
52 | 
53 | 
54 | 
55 |   //translate(0, 0, -dim*4);
56 |   //translate(0,0, -dim*2);
57 |   // rotateY(angle);
58 |   //rotateX(PI/4);
59 |   stroke(252, 238, 33);
60 |   strokeWeight(16);
61 |   noFill();
62 |   //rect(0,0,dim*2,dim*2);
63 |   //fill(252, 238, 33, 50);
64 |   box(dim*2);
65 | 
66 |   flock.run();
67 |   angle+=0.001;
68 | }
69 | 
70 | // Add a new boid into the System
71 | void mousePressed() {
72 |   flock.addBoid(new Boid(mouseX, mouseY));
73 | }
74 | 


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/MewChooFlock/data/mewchoo.mtl:
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 1 | # Blender MTL File: 'codingtrainmodel.blend'
 2 | # Material Count: 1
 3 | 
 4 | newmtl None
 5 | Ns 500
 6 | Ka 0.8 0.8 0.8
 7 | Kd 0.8 0.8 0.8
 8 | Ks 0.8 0.8 0.8
 9 | d 1
10 | illum 2
11 | 


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/MewChooFlock/data/mewchoo.obj:
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  1 | # Blender v2.83.2 OBJ File: 'codingtrainmodel.blend'
  2 | # www.blender.org
  3 | mtllib mewchoo.mtl
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404 | vn 0.0854 0.0803 -0.9931
405 | vn 0.1287 0.0742 -0.9889
406 | vn 0.1084 0.0489 0.9929
407 | vn 0.0429 -0.0478 0.9979
408 | vn 0.0501 -0.0325 0.9982
409 | vn 0.0669 -0.0284 0.9974
410 | vn 0.0900 -0.0340 0.9954
411 | vn 0.0000 0.0000 1.0000
412 | vn -0.0703 0.9607 -0.2686
413 | vn -0.8749 -0.4827 0.0404
414 | vn -0.8634 -0.5027 0.0421
415 | vn 0.0679 0.9519 0.2987
416 | vn -0.7883 -0.6140 0.0400
417 | vn -0.8565 -0.4877 -0.1693
418 | vn -0.9905 -0.0974 0.0968
419 | vn -0.4861 0.8667 0.1116
420 | vn -0.0286 -0.9900 0.1378
421 | vn 0.0000 0.0518 -0.9987
422 | vn 0.0000 0.0608 -0.9982
423 | vn 0.0000 0.0491 -0.9988
424 | vn 0.0000 -0.0541 0.9985
425 | vn 0.0000 -0.0418 0.9991
426 | vn 0.0000 -0.0562 0.9984
427 | vn -0.8674 -0.4675 -0.1706
428 | vn -0.7850 -0.6015 -0.1482
429 | vn -0.9505 -0.0262 -0.3098
430 | vn -0.4743 0.8256 -0.3056
431 | vn 0.0982 -0.9811 -0.1665
432 | vn 0.0000 0.9701 0.2425
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434 | vn 0.0252 -0.3726 -0.9277
435 | vn 0.0661 -0.8428 -0.5341
436 | vn 0.0138 -0.2067 0.9783
437 | vn 0.0561 -0.7264 0.6850
438 | vn -1.0000 -0.0025 0.0031
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440 | vn -0.7465 -0.6597 0.0869
441 | vn -0.7427 0.6637 0.0889
442 | vn -0.0576 0.9672 0.2472
443 | vn -0.9383 -0.3457 -0.0044
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445 | vn 0.0735 -0.9677 0.2412
446 | vn -0.0037 0.1979 0.9802
447 | vn -0.0177 0.8783 0.4778
448 | vn -0.0174 0.6371 0.7706
449 | vn -0.0183 0.4472 0.8943
450 | vn 0.0106 0.8187 -0.5741
451 | vn -0.0036 0.0046 -1.0000
452 | vn 0.0054 -0.2424 -0.9702
453 | vn -0.0046 0.0811 -0.9967
454 | vn -0.0045 0.0799 -0.9968
455 | vn -0.0023 0.0086 -1.0000
456 | vn -0.0256 0.8952 -0.4450
457 | vn -0.0175 0.4294 0.9030
458 | vn -0.0173 0.8613 0.5077
459 | vn -0.0041 0.2147 0.9767
460 | vn 0.1139 -0.9568 0.2675
461 | vn 0.0739 -0.7357 0.6733
462 | vn 0.0139 -0.2091 0.9778
463 | vn 0.0563 -0.8375 -0.5436
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466 | vn 0.0930 -0.9514 -0.2934
467 | vn 0.0636 -0.9595 -0.2746
468 | vn -0.2809 0.9574 0.0674
469 | vn -0.9450 -0.3259 -0.0275
470 | vn -0.8408 0.5379 0.0616
471 | vn -0.7148 -0.6876 -0.1274
472 | vn -0.9039 -0.4269 -0.0278
473 | vn -0.1072 -0.2177 -0.9701
474 | vn -0.1054 -0.0291 -0.9940
475 | vn -0.0661 0.0735 -0.9951
476 | vn -0.0920 0.0799 -0.9926
477 | vn -0.1352 0.0735 -0.9881
478 | vn -0.1025 0.0483 0.9936
479 | vn -0.0365 -0.0480 0.9982
480 | vn -0.0438 -0.0328 0.9985
481 | vn -0.0606 -0.0287 0.9978
482 | vn -0.0836 -0.0345 0.9959
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484 | vn 0.8775 -0.4782 0.0350
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486 | vn -0.0708 0.9516 0.2992
487 | vn 0.7916 -0.6100 0.0351
488 | vn 0.8579 -0.4833 -0.1747
489 | vn 0.9916 -0.0924 0.0907
490 | vn 0.4824 0.8692 0.1085
491 | vn 0.0345 -0.9899 0.1376
492 | vn 0.0000 0.0480 -0.9988
493 | vn 0.0000 0.0544 -0.9985
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495 | vn 0.0000 -0.0491 0.9988
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498 | vn 0.8686 -0.4631 -0.1760
499 | vn 0.7871 -0.5976 -0.1531
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501 | vn 0.4682 0.8280 -0.3085
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505 | vn -0.0291 -0.3727 -0.9275
506 | vn -0.0651 -0.8432 -0.5337
507 | vn -0.0066 -0.2068 0.9784
508 | vn -0.0482 -0.7266 0.6853
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511 | vn 0.7503 -0.6559 0.0823
512 | vn 0.7398 0.6675 0.0843
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515 | vn 0.3803 0.8731 0.3051
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517 | vn 0.0087 0.1979 0.9802
518 | vn 0.0162 0.8784 0.4777
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521 | vn -0.0183 0.8186 -0.5741
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526 | vn -0.0039 0.0086 -1.0000
527 | vn 0.0182 0.8953 -0.4451
528 | vn 0.0209 0.4295 0.9028
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532 | vn -0.0660 -0.7360 0.6737
533 | vn -0.0068 -0.2091 0.9779
534 | vn -0.0554 -0.8377 -0.5433
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536 | vn 0.0546 0.9973 0.0500
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538 | vn -0.0604 -0.9598 -0.2742
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542 | vn 0.7175 -0.6840 -0.1319
543 | vn 0.9058 -0.4223 -0.0334
544 | usemtl None
545 | s off
546 | f 23/1/1 24/2/1 2/3/1 1/4/1
547 | f 24/2/2 25/5/2 4/6/2 2/3/2
548 | f 25/5/3 26/7/3 6/8/3 4/6/3
549 | f 26/7/4 27/9/4 8/10/4 6/8/4
550 | f 27/9/5 28/11/5 10/12/5 8/10/5
551 | f 29/13/6 12/14/6 14/15/6 30/16/6
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553 | f 31/18/8 16/17/8 18/19/8 32/20/8
554 | f 32/20/9 18/19/9 20/21/9 33/22/9
555 | f 33/22/10 20/21/10 22/23/10 34/24/10
556 | f 45/25/11 23/1/11 9/26/11 5/27/11
557 | f 23/1/12 1/4/12 15/28/12 9/26/12
558 | f 19/29/13 21/30/13 22/23/13 20/21/13
559 | f 17/31/14 19/29/14 20/21/14 18/19/14
560 | f 9/26/15 15/28/15 12/14/15 29/13/15
561 | f 13/32/16 17/31/16 18/19/16 16/17/16
562 | f 6/8/17 8/10/17 19/29/17 17/31/17
563 | f 11/33/18 13/32/18 16/17/18 14/15/18
564 | f 15/28/19 11/33/19 14/15/19 12/14/19
565 | f 5/27/11 9/26/11 29/13/11 46/34/11
566 | f 21/30/20 7/35/20 34/24/20 22/23/20
567 | f 43/36/21 33/22/21 34/24/21 44/37/21
568 | f 42/38/22 32/20/22 33/22/22 43/36/22
569 | f 41/39/23 31/18/23 32/20/23 42/38/23
570 | f 40/40/11 30/16/11 31/18/11 41/39/11
571 | f 46/34/11 29/13/11 30/16/11 40/40/11
572 | f 38/41/24 39/42/24 28/11/24 27/9/24
573 | f 37/43/25 38/41/25 27/9/25 26/7/25
574 | f 36/44/26 37/43/26 26/7/26 25/5/26
575 | f 35/45/11 36/44/11 25/5/11 24/2/11
576 | f 45/25/11 35/45/11 24/2/11 23/1/11
577 | f 8/10/27 10/12/27 21/30/27 19/29/27
578 | f 4/6/28 6/8/28 17/31/28 13/32/28
579 | f 2/3/29 4/6/29 13/32/29 11/33/29
580 | f 1/4/30 2/3/30 11/33/30 15/28/30
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582 | f 28/11/32 39/42/32 3/46/32 7/35/32
583 | f 7/35/33 3/46/33 44/37/33 34/24/33
584 | f 75/47/34 85/48/34 48/49/34 47/50/34
585 | f 85/48/35 86/51/35 53/52/35 48/49/35
586 | f 80/53/36 54/54/36 55/55/36 87/56/36
587 | f 87/56/37 55/55/37 60/57/37 88/58/37
588 | f 91/59/38 90/60/38 56/61/38 57/62/38
589 | f 93/63/39 92/64/39 55/55/39 54/54/39
590 | f 92/64/40 89/65/40 60/57/40 55/55/40
591 | f 94/66/41 91/59/41 57/62/41 58/67/41
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593 | f 90/60/43 93/63/43 54/54/43 56/61/43
594 | f 95/69/44 94/66/44 58/67/44 59/70/44
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597 | f 82/78/47 71/79/47 72/76/47 83/75/47
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599 | f 80/53/49 68/82/49 70/81/49 81/80/49
600 | f 78/83/50 79/84/50 66/85/50 65/86/50
601 | f 77/87/51 78/83/51 65/86/51 64/88/51
602 | f 76/89/52 77/87/52 64/88/52 63/90/52
603 | f 75/47/53 76/89/53 63/90/53 61/91/53
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605 | f 49/92/52 50/93/52 77/87/52 76/89/52
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611 | f 58/67/59 83/75/59 84/71/59 59/70/59
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617 | f 61/91/64 62/98/64 85/48/64 75/47/64
618 | f 66/85/65 79/84/65 99/68/65 96/96/65
619 | f 53/52/66 86/51/66 98/72/66 89/65/66
620 | f 86/51/67 67/99/67 97/73/67 98/72/67
621 | f 52/95/68 51/94/68 94/66/68 95/69/68
622 | f 49/92/69 47/50/69 93/63/69 90/60/69
623 | f 79/84/65 52/95/65 95/69/65 99/68/65
624 | f 51/94/70 50/93/70 91/59/70 94/66/70
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627 | f 50/93/38 49/92/38 90/60/38 91/59/38
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629 | f 123/103/74 101/102/74 103/104/74 124/105/74
630 | f 124/105/75 103/104/75 105/106/75 125/107/75
631 | f 125/107/76 105/106/76 107/108/76 126/109/76
632 | f 126/109/77 107/108/77 109/110/77 127/111/77
633 | f 128/112/78 129/113/78 113/114/78 111/115/78
634 | f 129/113/79 130/116/79 115/117/79 113/114/79
635 | f 130/116/80 131/118/80 117/119/80 115/117/80
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637 | f 132/120/82 133/122/82 121/123/82 119/121/82
638 | f 144/124/11 104/125/11 108/126/11 122/100/11
639 | f 122/100/83 108/126/83 114/127/83 100/101/83
640 | f 118/128/84 119/121/84 121/123/84 120/129/84
641 | f 116/130/85 117/119/85 119/121/85 118/128/85
642 | f 108/126/86 128/112/86 111/115/86 114/127/86
643 | f 112/131/87 115/117/87 117/119/87 116/130/87
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646 | f 114/127/90 111/115/90 113/114/90 110/132/90
647 | f 104/125/11 145/133/11 128/112/11 108/126/11
648 | f 120/129/91 121/123/91 133/122/91 106/134/91
649 | f 142/135/92 143/136/92 133/122/92 132/120/92
650 | f 141/137/93 142/135/93 132/120/93 131/118/93
651 | f 140/138/94 141/137/94 131/118/94 130/116/94
652 | f 139/139/11 140/138/11 130/116/11 129/113/11
653 | f 145/133/11 139/139/11 129/113/11 128/112/11
654 | f 137/140/95 126/109/95 127/111/95 138/141/95
655 | f 136/142/96 125/107/96 126/109/96 137/140/96
656 | f 135/143/97 124/105/97 125/107/97 136/142/97
657 | f 134/144/11 123/103/11 124/105/11 135/143/11
658 | f 144/124/11 122/100/11 123/103/11 134/144/11
659 | f 107/108/98 118/128/98 120/129/98 109/110/98
660 | f 103/104/99 112/131/99 116/130/99 105/106/99
661 | f 101/102/100 110/132/100 112/131/100 103/104/100
662 | f 100/101/101 114/127/101 110/132/101 101/102/101
663 | f 109/110/102 120/129/102 106/134/102 127/111/102
664 | f 127/111/103 106/134/103 102/145/103 138/141/103
665 | f 106/134/104 133/122/104 143/136/104 102/145/104
666 | f 174/146/105 146/147/105 147/148/105 184/149/105
667 | f 184/149/106 147/148/106 152/150/106 185/151/106
668 | f 179/152/107 186/153/107 154/154/107 153/155/107
669 | f 186/153/108 187/156/108 159/157/108 154/154/108
670 | f 190/158/109 156/159/109 155/160/109 189/161/109
671 | f 192/162/110 153/155/110 154/154/110 191/163/110
672 | f 191/163/111 154/154/111 159/157/111 188/164/111
673 | f 193/165/112 157/166/112 156/159/112 190/158/112
674 | f 198/167/113 183/168/113 158/169/113 194/170/113
675 | f 189/161/114 155/160/114 153/155/114 192/162/114
676 | f 194/170/115 158/169/115 157/166/115 193/165/115
677 | f 197/171/116 187/156/116 173/172/116 196/173/116
678 | f 182/174/117 183/168/117 172/175/117 171/176/117
679 | f 181/177/118 182/174/118 171/176/118 170/178/118
680 | f 180/179/119 181/177/119 170/178/119 169/180/119
681 | f 179/152/120 180/179/120 169/180/120 167/181/120
682 | f 177/182/121 164/183/121 165/184/121 178/185/121
683 | f 176/186/122 163/187/122 164/183/122 177/182/122
684 | f 175/188/123 162/189/123 163/187/123 176/186/123
685 | f 174/146/124 160/190/124 162/189/124 175/188/124
686 | f 146/147/125 174/146/125 175/188/125 148/191/125
687 | f 148/191/123 175/188/123 176/186/123 149/192/123
688 | f 149/192/126 176/186/126 177/182/126 150/193/126
689 | f 150/193/127 177/182/127 178/185/127 151/194/127
690 | f 153/155/128 155/160/128 180/179/128 179/152/128
691 | f 155/160/119 156/159/119 181/177/119 180/179/119
692 | f 156/159/129 157/166/129 182/174/129 181/177/129
693 | f 157/166/130 158/169/130 183/168/130 182/174/130
694 | f 188/164/131 159/157/131 187/156/131 197/171/131
695 | f 195/195/113 172/175/113 183/168/113 198/167/113
696 | f 168/196/132 173/172/132 187/156/132 186/153/132
697 | f 167/181/133 168/196/133 186/153/133 179/152/133
698 | f 161/197/134 184/149/134 185/151/134 166/198/134
699 | f 160/190/135 174/146/135 184/149/135 161/197/135
700 | f 165/184/136 195/195/136 198/167/136 178/185/136
701 | f 152/150/137 188/164/137 197/171/137 185/151/137
702 | f 185/151/138 197/171/138 196/173/138 166/198/138
703 | f 151/194/139 194/170/139 193/165/139 150/193/139
704 | f 148/191/140 189/161/140 192/162/140 146/147/140
705 | f 178/185/136 198/167/136 194/170/136 151/194/136
706 | f 150/193/141 193/165/141 190/158/141 149/192/141
707 | f 147/148/142 191/163/142 188/164/142 152/150/142
708 | f 146/147/143 192/162/143 191/163/143 147/148/143
709 | f 149/192/109 190/158/109 189/161/109 148/191/109
710 | 


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/README.md:
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1 | # MewChooWorld


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