1. import controlP5.*;
2. ControlP5 cp5;
3. ControlWindow controlWindow;
4. import twitter4j.*;
5. import java.util.List;
6. Twitter twitter;
7. public int PersX = 100;
8. public int PersY = 100;
9. public float Zoom = 1.00;
10. float Taille = 20;
11. int num = 180;
12. float RADIUS = 550;
13. float SCALE = 150.0;
14. float cameraZ= (height/2.0) / tan(PI*60.0/360.0);
15. int globKonexID = 0;
16. int nbAgent = 1;
17. Neuron n[];
18. Agent Particules[];
19. void setup() {
20.   size(displayWidth, displayHeight, P3D);
21.   twitter = initTwitter();
22.   //////INTERFACE CONTROL
23.   cp5 = new ControlP5(this);
24.   controlWindow = cp5.addControlWindow("controlP5window", 100, 100, 300, 200)
25.     .hideCoordinates()
26.       .setBackground(color(150))
27.         ;
28.   cp5.addSlider("PersX")
29.     .setRange(0, 200)
30.       .setPosition(40, 40)
31.         .setSize(200, 20)
32.           .setWindow(controlWindow)
33.             ;
34.   cp5.addSlider("PersY")
35.     .setRange(0, 200)
36.       .setPosition(40, 80)
37.         .setSize(200, 20)
38.           .setWindow(controlWindow)
39.             ;
40.   cp5.addSlider("Zoom")
41.     .setRange(0, 2)
42.       .setPosition(40, 120)
43.         .setSize(200, 20)
44.           .setWindow(controlWindow)
45.             ;
46.   n = new Neuron[num];
47.   for (int i = 0;i<n.length;i++) {
48.     n[i] = new Neuron(i);
49.   }
50.  
51.  
52.  
53.   for (int i = 0;i<n.length;i++) {
54.     n[i].makeConnections();
55.   }
56.   noSmooth();
57.   stroke(1.0);
58.   for (int i = 0;i<n[0].k.length;i++)
59.     n[0].makeSignal(i);
60.  
61. }
62. //////TWITTER
63. Twitter initTwitter() {
64.   ConfigurationBuilder cb = new ConfigurationBuilder();
65.   cb.setDebugEnabled(true)
66.     .setOAuthConsumerKey("pPPRbR3XMdzt0K9zc0Xp1w")
67.       .setOAuthConsumerSecret("Wx4at79icYfxlETpJ8ELQ3L4ll094K4AgoRT6lM4o")
68.         .setOAuthAccessToken("105489042-wwGThZOa2B98Nl6V2pkJhDPyqErZLLLVXdEQ733X")
69.           .setOAuthAccessTokenSecret("7tu9xIuaU6fheGqt7U1VmlzL7ysifyxhup6uJQEqZ7c");
70.   TwitterFactory tf = new TwitterFactory(cb.build());
71.   return tf.getInstance();
72. }
73. void draw() {
74.   float time = millis()*0.001;
75.   background(0);
76.   camera( 2550, -1850, 100, 0, 0, 0, 0, 10, 0 ); // Cammera
77.   ///PERSPECTIVE
78.   float fov = PI/4.0;
79.   float cameraZ = (height/2.0) / tan(fov/2.0);
80.   perspective(fov*Zoom, float(width*PersX)/float(height*PersY), cameraZ/100.0, cameraZ*100.0);
81.   ////
82.   rotate (-time*.2, time*.1, -time*.0, -time*.1); //ROTATION DU TOUT
83.   for (int i = 0;i<n.length;i++) {
84.     n[i].draw();
85.   }
86. }
87. ////////////////////////// >>
88.  

 

1. class Agent {
2.   public void printSearch(Twitter t, String sQuery) {
3.     printSearch(twitter, "@ENSAV");
4.     try {
5.       Query query = new Query(sQuery);
6.       QueryResult result;
7.       do {
8.         result = twitter.search(query);
9.         List<Status> tweets = result.getTweets();
10.         for (Status tweet : tweets) {
11.           //System.out.println("@" + tweet.getUser().getScreenName() + " - " + tweet.getText());
12.           text("@" + tweet.getUser().getScreenName() + " - " + tweet.getText(), 0, 20);
13.         }
14.       }
15.       while ( (query = result.nextQuery ()) != null);
16.     }
17.     catch (TwitterException te) {
18.       te.printStackTrace();
19.       System.out.println("Failed to search tweets: " + te.getMessage());
20.     }
21.   }
22. }

1. ////////////////////////// >>
2. class Konexe {
3.   int A, B, id;
4.   float weight = 1.5;
5.   Konexe(int _A, int _B) {
6.     A = _A;
7.     B = _B;
8.     id = globKonexID++;
9.     weight = random(50, 100)/SCALE;
10.   }
11. }
12. class Signal {
13.   Konexe base;
14.   int cyc = 0;
15.   float x, y, z, lx, ly, lz;
16.   float speed = 10.1;
17.   boolean running = false;
18.   boolean visible = true;
19.   boolean moving = false;
20.   int deadnum = 2000;
21.   int deadcount = 0;
22.   Signal(Konexe _base) {
23.     base = _base;
24.     lx = x = n[base.A].x;
25.     ly = y = n[base.A].y;
26.     lz = z = n[base.A].z;
27.     speed *= base.weight;
28.   }
29.   void step() {
30.     running = true;
31.     if (abs(lx-x)>.1||abs(ly-y)>.1||abs(lz-z)>.1)
32.       moving = true;
33.     else
34.       moving = false;
35.     lx = x;
36.     ly = y;
37.     lz = z;
38.     if (!n[base.A].imobile) {
39.       x += (n[base.B].xx-x) / speed*0.5;//(speed+(dist(n[base.A].x,n[base.A].y,n[base.B].x,n[base.B].y)+1)/100.0);
40.       y += (n[base.B].yy-y) / speed*0.5;//(speed+(dist(n[base.A].x,n[base.A].y,n[base.B].x,n[base.B].y)+1)/100.0);
41.       z += (n[base.B].zz-z) / speed*0.5;
42.     }
43.     n[base.A].val+=(0-n[base.A].val)/5000.0;
44.     if (dist(x, y, z, n[base.B].xx, n[base.B].yy, n[base.B].zz)<1.0) {
45.       if (deadcount<500000) {
46.         deadcount = deadnum;
47.         //deadnum += (int)random(-1,1);
48.         //println("run "+base.A+" : "+base.B);
49.         running = false;
50.         for (int i = 0; i < n[base.B].k.length;i++) {
51.           if (!n[base.B].sig[i].running && base.A!=n[base.B].sig[i].base.B) {
52.             n[base.B].makeSignal(i);
53.             n[base.B].sig[i].base.weight += (base.weight-n[base.B].sig[i].base.weight)/((dist(x, y, z, n[base.A].xx, n[base.A].yy, n[base.A].zz)+1.0)/200.0);
54.           }
55.         }
56.         //base.weight = random(1001,3000) / 1000.0;
57.         if (n[base.A].id!=1) {
58.           n[base.A].xx+=((n[base.B].x-n[base.A].x)/1.1)*noise((frameCount+n[base.A].id)/18.0);
59.           ;
60.           n[base.A].yy+=((n[base.B].y-n[base.A].y)/1.1)*noise((frameCount+n[base.A].id)/17.0);
61.           n[base.A].zz+=((n[base.B].z-n[base.A].z)/1.1)*noise((frameCount+n[base.A].id)/16.0);
62.           n[base.A].xx-=((n[base.B].x-n[base.A].x)/1.1)*noise((frameCount+n[base.B].id)/18.2);
63.           ;
64.           n[base.A].yy-=((n[base.B].y-n[base.A].y)/1.1)*noise((frameCount+n[base.B].id)/17.2);
65.           n[base.A].zz-=((n[base.B].z-n[base.A].z)/1.1)*noise((frameCount+n[base.B].id)/16.2);
66.         }
67.         lx = n[base.A].x;
68.         ly = n[base.A].y;
69.         lz = n[base.A].z;
70.         n[base.A].val+=(255-n[base.A].val)/10.0;
71.       }
72.       else {
73.         println("deadcount--");
74.       }
75.     }
76.   }
77. }

1. class Neuron {
2.   float x, y, z, radius, xx, yy, zz, val;
3.   int id;
4.   boolean imobile = false;
5.   Konexe k[] = new Konexe[0];
6.   Signal sig[] = new Signal[0];
7.   Agent Particules[] ;
8.   Neuron(int _id) {
9.     xx = x = random(-width/2, width/2);
10.     yy = y = random(-width/2, width/2);
11.     zz = z = random(-width/2, width/2);
12.     id= _id;
13.     radius = RADIUS;
14.     val = 0;
15.     if (id==1)imobile = true;
16.   }
17.   void makeConnections() {
18.     k = new Konexe[0];
19.     sig = new Signal[0];
20.     for (int i = 0 ;i<n.length;i++) {
21.       if (i!=id && dist(x, y, z, n[i].x, n[i].y, n[i].z) < radius) {
22.         k = (Konexe[])expand(k, k.length+1);
23.         k[k.length-1] = new Konexe(id, i);
24.         sig = (Signal[])expand(sig, sig.length+1);
25.         sig[sig.length-1] = new Signal(k[sig.length-1]);
26.       }
27.     }
28.   }
29.   void makeSignal(int which) {
30.     int i = which;
31.     sig[i].x = xx;
32.     sig[i].y = yy;
33.     sig[i].z = zz;
34.     sig[i].running = true;
35.   }
36.   void drawConnections() {
37.     for (int i = 0 ;i<k.length;i++) {
38.       line(xx, yy, zz, n[k[i].B].xx, n[k[i].B].yy, n[k[i].B].zz);
39.     }
40.   }
41.   void draw() {
42.     float time = millis()*0.1;
43.     xx += (x-xx) / 100.0;
44.     yy += (y-yy) / 100.0;
45.     zz += (z-zz) / 100.0;
46.     if (sig.length>0) {
47.       for (int i = 0;i<sig.length;i+=1) {
48.         if (sig[i].running) {
49.           if (sig[i].moving) {
50.             pushMatrix();
51.             pushStyle();
52.             strokeWeight(0);
53.             fill(time*.4, random(0, 255), random(0, 255)); // COULEUR BOITES
54.             //line(sig[i].x, sig[i].y, sig[i].z, sig[i].lx, sig[i].ly, sig[i].lz);
55.             translate(sig[i].x, sig[i].y, sig[i].z);
56.             Particules[1] = new Agent();
57.             popStyle();
58.             popMatrix();
59.           }
60.           sig[i].step();
61.         }
62.       }
63.     }
64.     stroke(lerpColor(#3300FF, #FFFFFF, norm(val, 10, 200)), 50); // Couleurs traits
65.     drawConnections();
66.     strokeWeight(4); //Epaisseur de traits
67.   }
68. }

1. import codeanticode.syphon.*;
   import controlP5.*;
   ControlP5 cp5;
   ControlWindow controlWindow;
   SyphonClient client;
   
   public int PersX = 100;
   public int PersY = 100;
   public float Zoom = 1.00;
   
   float Taille = 20;
   int num = 180;
   float RADIUS = 550;
   float SCALE = 450.0;
   float cameraZ= (height/2.0) / tan(PI*60.0/360.0);
   
   
   int globKonexID = 0;
   
   Neuron n[];
   
   void setup() {
     size(displayWidth, displayHeight, P3D);
     PFont maTypo = loadFont("Serif-30.vlw"); // choix de la typo
     textFont(maTypo, Taille);// Définition de la taille de la typo
     //////INTERFACE CONTROL
   
     cp5 = new ControlP5(this);
   
     controlWindow = cp5.addControlWindow("controlP5window", 100, 100, 300, 200)
       .hideCoordinates()
         .setBackground(color(150))
           ;
   
     cp5.addSlider("PersX")
       .setRange(0, 200)
         .setPosition(40, 40)
           .setSize(200, 20)
             .setWindow(controlWindow)
               ;
     cp5.addSlider("PersY")
       .setRange(0, 200)
         .setPosition(40, 80)
           .setSize(200, 20)
             .setWindow(controlWindow)
               ;
     cp5.addSlider("Zoom")
       .setRange(0, 2)
         .setPosition(40, 120)
           .setSize(200, 20)
             .setWindow(controlWindow)
               ;
   
   
     n = new Neuron[num];
   
     for (int i = 0;i<n.length;i++) {
       n[i] = new Neuron(i);
     }
   
   
     for (int i = 0;i<n.length;i++) {
       n[i].makeConnections();
     }
   
     noSmooth();
     stroke(1.0);
   
     for (int i = 0;i<n[0].k.length;i++)
       n[0].makeSignal(i);
   }
   
   
   
   void draw() {
     float time = millis()*0.001;
     background(0);
   
   
     camera( 2550, -1850, 100, 0, 0, 0, 0, 10, 0 ); // Cammera
     ///PERSPECTIVE
     float fov = PI/4.0;
     float cameraZ = (height/2.0) / tan(fov/2.0);
     perspective(fov*Zoom, float(width*PersX)/float(height*PersY), cameraZ/100.0, cameraZ*100.0);
     ////
     rotate (-time*.2, time*.1, -time*.0, -time*.1); //ROTATION DU TOUT
   
     for (int i = 0;i<n.length;i++) {
       n[i].draw();
     }
   }
   
   
   ////////////////////////// >>
   
   class Neuron {
     float x, y, z, radius, xx, yy, zz, val;
     int id;
     boolean imobile = false;
     Konexe k[] = new Konexe[0];
     Signal sig[] = new Signal[0];
   
   
     Neuron(int _id) {
       xx = x = random(-width/2, width/2);
       yy = y = random(-width/2, width/2);
       zz = z = random(-width/2, width/2);
       id= _id;
       radius = RADIUS;
       val = 0;
       if (id==1)imobile = true;
     }
   
   
     void makeConnections() {
       k = new Konexe[0];
       sig = new Signal[0];
   
       for (int i = 0 ;i<n.length;i++) {
         if (i!=id && dist(x, y, z, n[i].x, n[i].y, n[i].z) < radius) {
           k = (Konexe[])expand(k, k.length+1);
           k[k.length-1] = new Konexe(id, i);
   
           sig = (Signal[])expand(sig, sig.length+1);
           sig[sig.length-1] = new Signal(k[sig.length-1]);
         }
       }
     }
   
     void makeSignal(int which) {
       int i = which;
       sig[i].x = xx;
       sig[i].y = yy;
       sig[i].z = zz;
       sig[i].running = true;
     }
   
     void drawConnections() {
       for (int i = 0 ;i<k.length;i++) {
         line(xx, yy, zz, n[k[i].B].xx, n[k[i].B].yy, n[k[i].B].zz);
       }
     }
   
     void draw() {
   
       float time = millis()*0.1;
       float niah = 1;
       xx += (x-xx) / 100.0;
       yy += (y-yy) / 100.0;
       zz += (z-zz) / 100.0;
   
       if (sig.length>0) {
         for (int i = 0;i<sig.length;i+=1) {
   
           if (sig[i].running) {
             if (sig[i].moving) {
   
               pushMatrix();
               pushStyle();
               strokeWeight(0);
   
               fill(time*.4, random(0, 255), random(0, 255)); // COULEUR BOITES
               //line(sig[i].x, sig[i].y, sig[i].z, sig[i].lx, sig[i].ly, sig[i].lz);
               translate(sig[i].x, sig[i].y, sig[i].z);
              
               //HERE I'M TRYING TO CHANGE THE TEXT TO TWITTER TIMELINE
               if (niah == 1) {
                 text("hey ça va?", 0, 50);
               }
               if (niah == 2) {
                 text("bonjour", 0, 20);
               }
               if (niah == 3) {
                 text("t'as les plans?", 0, 30);
               }
               if (niah == 4) {
                 text("QUOI?", 0, 100);
               }
               if (niah == 5) {
                 text("tu charrettes?", 0, 54);
               }
               popStyle();
               popMatrix();
             }
             sig[i].step();
           }
         }
       }
   
       stroke(lerpColor(#3300FF, #FFFFFF, norm(val, 10, 200)), 50); // Couleurs traits
       drawConnections();
       strokeWeight(4); //Epaisseur de traits
     }
   }
   
   ////////////////////////// >>
   
   class Konexe {
     int A, B, id;
     float weight = 1.5;
     Konexe(int _A, int _B) {
       A = _A;
       B = _B;
       id = globKonexID++;
       weight = random(50, 100)/SCALE;
     }
   }
   
   
   class Signal {
   
     Konexe base;
     int cyc = 0;
     float x, y, z, lx, ly, lz;
     float speed = 10.1;
   
     boolean running = false;
     boolean visible = true;
     boolean moving = false;
   
     int deadnum = 2000;
     int deadcount = 0;
   
   
   
   
     Signal(Konexe _base) {
   
       base = _base;
       lx = x = n[base.A].x;
       ly = y = n[base.A].y;
       lz = z = n[base.A].z;
       speed *= base.weight;
     }
   
     void step() {
       running = true;
   
       if (abs(lx-x)>.1||abs(ly-y)>.1||abs(lz-z)>.1)
         moving = true;
       else
         moving = false;
   
       lx = x;
       ly = y;
       lz = z;
   
   
       if (!n[base.A].imobile) {
         x += (n[base.B].xx-x) / speed*0.5;//(speed+(dist(n[base.A].x,n[base.A].y,n[base.B].x,n[base.B].y)+1)/100.0);
         y += (n[base.B].yy-y) / speed*0.5;//(speed+(dist(n[base.A].x,n[base.A].y,n[base.B].x,n[base.B].y)+1)/100.0);
         z += (n[base.B].zz-z) / speed*0.5;
       }
   
       n[base.A].val+=(0-n[base.A].val)/5000.0;
   
       if (dist(x, y, z, n[base.B].xx, n[base.B].yy, n[base.B].zz)<1.0) {
   
         if (deadcount<500000) {
           deadcount = deadnum;
   
   
           //deadnum += (int)random(-1,1);
           //println("run "+base.A+" : "+base.B);
   
           running = false;
           for (int i = 0; i < n[base.B].k.length;i++) {
             if (!n[base.B].sig[i].running && base.A!=n[base.B].sig[i].base.B) {
               n[base.B].makeSignal(i);
               n[base.B].sig[i].base.weight += (base.weight-n[base.B].sig[i].base.weight)/((dist(x, y, z, n[base.A].xx, n[base.A].yy, n[base.A].zz)+1.0)/200.0);
             }
           }
   
   
           //base.weight = random(1001,3000) / 1000.0;
           if (n[base.A].id!=1) {
             n[base.A].xx+=((n[base.B].x-n[base.A].x)/1.1)*noise((frameCount+n[base.A].id)/18.0);
             ;
             n[base.A].yy+=((n[base.B].y-n[base.A].y)/1.1)*noise((frameCount+n[base.A].id)/17.0);
             n[base.A].zz+=((n[base.B].z-n[base.A].z)/1.1)*noise((frameCount+n[base.A].id)/16.0);
   
   
   
             n[base.A].xx-=((n[base.B].x-n[base.A].x)/1.1)*noise((frameCount+n[base.B].id)/18.2);
             ;
             n[base.A].yy-=((n[base.B].y-n[base.A].y)/1.1)*noise((frameCount+n[base.B].id)/17.2);
             n[base.A].zz-=((n[base.B].z-n[base.A].z)/1.1)*noise((frameCount+n[base.B].id)/16.2);
           }
   
           lx = n[base.A].x;
           ly = n[base.A].y;
           lz = n[base.A].z;
   
           n[base.A].val+=(255-n[base.A].val)/10.0;
         }
         else {
   
           println("deadcount--");
         }
       }
     }
   }
    

1. import controlP5.*;
2. 
   
3. ControlP5 cp5;
4. 
   
5. int myColor = color(255);
6. 
   
7. int c1,c2;
8. 
   
9. float a,a1;
10. 
    
11. 
    
12. void setup() {
13. size(400,600);
14. noStroke();
15. cp5 = new ControlP5(this);
17. // create a new button with name 'buttonA'
18. cp5.addButton("RESEAU 4D")
19. .setValue(0)
20. .setPosition(100,100)
21. .setSize(200,19)
22. ;
24. 
    
25. 
    
26. }
27. 
    
28. void draw() {
29. background(myColor);
30. myColor = lerpColor(c1,c2,a);
32. }
33. 
    
34. public void controlEvent(ControlEvent theEvent) {
35. println(theEvent.getController().getName());
36. a = 0;
37. }
38. 
    
39. // function colorA will receive changes from
40. // controller with name colorA
41. public void colorA(int theValue) {
42. println("a button event from colorA: "+theValue);
43. c1 = c2;
44. c2 = color(0,160,100);
45. }