AI and Machine Learning for Kids

Teach ALL kids the fundamentals of AI and machine learning, through games and hardware and software design.

Apr 6, 2019

•

19544 views

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14 respects

embedded

kids

robots

Components and supplies

Arduino Due

Project description

Code

Processing & java for the factory simulator

processing

This is the laptop based factory simulator.

1// TODO ----  FOR THE FACTORY
2// delete factories from the lists
3//  box factory onto the projector
4// takes 2 uploads to get going
5// double name  from serial creates a factory !!! clear the read fryden state....
6// bug when  1st uploading - a com port has crap left in it uncleaned
7// add a delete key  to remove a factory
8// comment blocks
9
10import processing.serial.*;
11import  java.nio.ByteBuffer;
12import java.util.*;
13
14int factorySel = 0;
15int factorySpeed  = 8;
16
17PGraphics pg;
18PImage machineImg;
19PImage robotImg;
20PImage greenTruckImg;
21PImage  redTruckImg;
22PImage inspectorImg;
23PImage panelImg;
24PImage frydenImg;
25
26float  xmax =  400;
27float ymax =  400;
28float xmin = xmax * -1;
29float ymin = ymax  * -1;
30
31int ms;
32
33String[] boxNames = new String[5];
34
35ArrayList<Serial>  recievers = new ArrayList<Serial>();
36HashMap<String,Integer> nameCnts = new HashMap<String,Integer>();
37HashMap<String,dueParams>  data = new HashMap<String,dueParams>();
38HashMap<String,factory> factories = new  HashMap<String,factory>();
39
40color gRed = color(192,0,0);        // R 
41color  gOrange = color(180,60,7);    // O
42color gYellow = color(150,150,0);    // Y
43color  gBlue = color(0,0,192);       // B
44color gPurple = color(192,0,192);   // P
45color  gGreen = color(0,192,0);      // G
46color gTeal = color(94,192,192);      // T
47color  gBlack = color(0,0,0);        // B
48color gWhite = color(180,180,180);   // W
49
50
51void  setup() {
52  size(3500,2000,P2D);
53  
54  pg = createGraphics(1100,500);
55  
56  String ports[] = Serial.list();
57  println(ports);
58  for (int i=0;  i<ports.length; i++) {
59    recievers.add(new Serial(this, ports[i], 115200));
60  }  
61  delay(2000);
62  
63  Iterator<Serial> itr = recievers.iterator();
64  while (itr.hasNext()) { 
65    Serial s = itr.next();  
66    while (s.available()  > 0) {
67      char c = s.readChar();
68      print(c);
69      delay(1);
70    }
71    s.clear();
72  }  
73  println();
74  println();
75    
76  machineImg  = loadImage("machine.PNG");
77  robotImg = loadImage("robot.PNG");
78  greenTruckImg  = loadImage("greentruck.PNG");
79  redTruckImg = loadImage("redtruck.PNG");
80  inspectorImg = loadImage("inspector.jpg");
81  panelImg = loadImage("panel.jpg");
82  frydenImg = loadImage("fryden.png");
83  
84  ms = 0;
85
86
87}
88
89void  draw() {
90  
91  // check for upload conenctions
92  if (millis() - ms > 3000)  {
93    readFrydens();
94    ms = millis();
95  }
96  
97  // run the factories  
98  for (String k: factories.keySet()) {
99    factory f = factories.get(k);
100    dueParams dp = data.get(k);
101    int nc = nameCnts.get(k);
102    if (nc >  f.lastUpload) {
103      f.upLoaded = true;
104      f.lastUpload = nc;
105      
106      float[] w = new float[3];
107      w[0] = dp.nnWeights[0];
108      w[1] =  dp.nnWeights[1];
109      w[2] = dp.nnWeights[2];
110      f.ptron.setWeights(w);
111      f.ptron.c = dp.nnLearningC;
112      f.goodBoxRadius = dp.goodBoxRadius ;
113      f.trainCycles = dp.trainCycles;
114      f.totalTrainingExamples = dp.totalTrainingExamples;
115      f.totalCorrect = dp.totalCorrect;
116      f.workModeAverage = dp.workModeAverage;
117      f.workModeBest = dp.workModeBest;
118      
119    }
120    
121    // check  to see if a new upload has happened
122    
123    if (f.upLoaded) {
124      f.run();
125    }
126  }
127  
128  background(0);
129
130  
131  if (factories.size() > 0)  {
132  
133    // fetch the selected factory
134    factory f = factories.get(boxNames[factorySel]);
135  
136    if (f.upLoaded) {
137      renderFactory(f);
138    } else {    
139      textSize(150);
140      text("brain not yet uploaded",1000,600);  
141    }
142  
143    dueParams  dp = data.get(boxNames[factorySel]);
144    // glyph
145    pushMatrix();        
146      translate(50,200);
147      String ss = "A ";      
148      ss += dp.guildName;  
149      ss += " factory";  
150      fill(255);
151      textSize(60);
152      text(ss,0,0);
153      for (int x=0; x<8; x++) {
154        for (int y=0; y<8; y++) {
155          color  c = color(0,0,0);
156          switch (dp.guildGlyph[x][y]) {
157            case  'R':
158              c = gRed;
159              break;
160            case 'O':
161              c = gOrange;
162              break;
163            case 'Y':
164              c = gYellow;
165              break;
166            case 'B':
167              c = gBlue;
168              break;
169            case 'T':
170              c  = gTeal;
171              break;
172            case 'G':
173              c = gGreen;
174              break;
175            case 'P':
176              c = gPurple;
177              break;
178            case 'W':
179              c = gWhite;
180              break;
181            case ' ':
182              c =gBlack;
183              break;
184            default:
185              c = gBlack;
186              break;  
187          }
188          fill(c);
189          stroke(0);
190          strokeWeight(5);
191          rect(80+x*40,70+y*40,40,40);
192        }
193      }
194    popMatrix(); 
195  
196    image(frydenImg, 2800, 1200,  1276*0.5,1400*0.5);
197  
198  
199    // score lines
200    pushMatrix();
201      
202      translate(50,1000);
203      
204      stroke(128);
205      strokeWeight(8);
206      line(0,600,2500,600);
207      textSize(35);
208      fill(128);
209      for  (int xm=30; xm<=100; xm+=10) {
210        float xmp = (xm-25) * (2500/75);
211        text(xm+"%",xmp,560);
212      }
213            
214      int yp =0;
215      for (String k: factories.keySet())  {
216        f = factories.get(k);               
217        
218        // plot  min 25% to 100% - into 2500 pixels
219        float score = f.score;
220        if  (score<25.0)
221          score = 25;
222        
223        float xPos = (score-25)  * (2500/75);
224        
225        pushMatrix();
226        
227          translate(0,600);
228          fill(255);
229          stroke(255);
230          strokeWeight(4);
231          ellipse(xPos,0,40,40);
232
233          if (!f.name.equals(boxNames[factorySel]))  {
234            line(xPos,0,xPos,yp*70+60);
235            textSize(50);
236            fill(255);
237            text(f.name,xPos+10,yp*70+60);
238          }
239        
240          if  (f.name.equals(boxNames[factorySel])) {
241            fill(255,255,0);
242            line(xPos,0,xPos,-500);
243            textSize(100);
244            text(f.name,xPos+10,-400);
245            
246            fill(255);
247            String s = "Accuracy = " + String.format("%.0f",  f.score) + "%";
248            textSize(60);
249            text(s,xPos+10,-320);
250            s = "Score = " + f.correct + " out of " + f.inspected;
251            text(s,xPos+10,-240);
252            s = "Training exmaples = " + (f.trainCycles*5);
253            text(s,xPos+10,-160);
254            
255          }
256       
257        popMatrix();
258                
259        yp++;
260      }
261      
262    popMatrix();
263    
264  } else {
265    textSize(150);
266    text("no brains uploaded!",1000,600);  
267  }
268
269  
270} 
271
272
273
274
275
276void renderFactory(factory f) {
277  
278  pushMatrix();
279  
280    translate(2800,ymax+200);
281   
282    textSize(30);
283    // draw the  boundary / box gen circles  
284    strokeWeight(2);
285    stroke(0,128,0);
286    noFill();
287    ellipse(-400,400,f.goodBoxRadius*800,f.goodBoxRadius*800);
288    stroke(128,0,0);
289    noFill();
290    ellipse(400,-400,f.goodBoxRadius*800,f.goodBoxRadius*800);
291    
292    // draw the graphs, and the descision lines
293    strokeWeight(2);
294    stroke(128);
295    float x1 = xmin;
296    float y1 = f(x1,-1,0);
297    float  x2 = xmax;
298    float y2 = f(x2,-1,0);
299    line(x1,-1*y1,x2,-1*y2);
300  
301  
302    // Draw the line based on the current weights
303    // Formula is weights[0]*x  + weights[1]*y + weights[2] = 0
304    stroke(200,200,0);
305    strokeWeight(2);
306    float[] weights = f.ptron.getWeights();
307    x1 = xmin;
308    y1 = (-weights[2]  - weights[0]*x1)/weights[1];
309    x2 = xmax;
310    y2 = (-weights[2] - weights[0]*x2)/weights[1];
311    // trap div 0 and >>> inf.
312    if (y1 > 32000) y1 = 32000;
313    if (y1  < -32000) y1 = -32000;
314    if (y2 > 32000) y2 = 32000;
315    if (y2 < -32000)  y2 = -32000;
316    line(x1,-1*y1,x2,-1*y2);
317    
318    //blank out some stuff
319    fill(0);
320    noStroke();
321    rect(-1200,-400,800,800);
322    rect(-1200,400,2800,1200);
323    rect(-800,-800,2800,400);
324    rect(400,-400,800,800);
325  
326   
327    //draw  and label the axis
328    stroke(255);
329    strokeWeight(8);
330    line(-405,405,-405,-405);
331    line(-405,405,405,405);
332    fill(255);
333    text("small",-405,439);
334    text("large",350,439);
335    text("green",-498,400);
336    text("red",-470,-390);
337    
338    // plot the data
339    noStroke();
340    for (int i=0; i<f.boxes.size();  i++) {
341      box b = f.boxes.get(i);  
342      
343      float c = ((b.col+1)/2)*255;
344      
345      fill(c,255-c,0);
346      rect(b.xs, -1*b.ys, (b.size+1)*25,(b.size+1)*25);
347      
348      if (b.classified) {
349        if (b.classification==1) {
350          fill(255,0,0);
351          text("large red",b.xs+(b.size+1)*13,(-1*b.ys));
352          }
353        else  {
354          fill(0,255,0);
355          text("small green",b.xs+(b.size+1)*13,(-1*b.ys));
356        }
357      }
358      else {
359        fill(255);
360        text("not  tested",b.xs+(b.size+1)*13,(-1*b.ys));
361      }
362  
363    }
364  
365  popMatrix();
366  
367  
368  pg.beginDraw();
369
370    pg.background(0);
371    
372    // draw  the inpectors
373    pg.image(inspectorImg, 800, 385-135*0.6, 90*0.6,135*0.6);
374    pg.image(inspectorImg, 800, 385-150*0.8-135*0.6, 90*0.6,135*0.6);
375    pg.noFill();
376    pg.stroke(200);
377    pg.strokeWeight(5);
378    pg.rect(800, 385-135*0.6,  90*0.6,135*0.6);
379    pg.rect(800, 385-150*0.8-135*0.6, 90*0.6,135*0.6);
380  
381    // draw the boxes
382    pg.stroke(192);
383    pg.strokeWeight(2);
384    for  (int i=0; i<f.boxes.size(); i++) {
385      box b = f.boxes.get(i);
386      float  c = ((b.col+1)/2)*255;
387      pg.fill(c,255-c,0);
388      if (b.classification  == 0 || b.classification == -1) 
389        pg.rect(b.xPos, 400-15-((b.size+1)*25),  (b.size+1)*25,(b.size+1)*25);
390      else
391        pg.rect(b.xPos, 400-15-((b.size+1)*25)  - (150*.8), (b.size+1)*25,(b.size+1)*25);
392   
393      //text(b.xs,b.xPos-25,  500);
394      //text(b.ys,b.xPos-25, 520);
395    }
396  
397    //draw the front  conveyor
398    pg.fill(128);
399    pg.stroke(200);
400    pg.strokeWeight(5);
401    pg.rect(0,400-15,505,15);
402    
403    //draw the back conveyors
404    pg.fill(128);
405    pg.stroke(200);
406    pg.strokeWeight(5);
407    pg.rect(505,400-15,365,15);
408    pg.rect(505,400-150*0.8-15,365,15);
409      
410    //draw the machine
411    pg.tint(255, 127);
412    pg.image(machineImg, 0, 400-163, 250,163);
413    pg.noFill();
414    pg.stroke(200);
415    pg.strokeWeight(15);
416    pg.rect(0,400-163,250,163);
417    pg.noTint();
418    
419    // draw the panel
420    pg.image(panelImg, 482,0,  540*0.35,580*0.35);
421    
422    // draw the robot
423    pg.tint(255, 200);
424    pg.image(robotImg, 500, 400-200, 150,200);
425    pg.noFill();
426    pg.stroke(200);
427    pg.strokeWeight(15);
428    pg.rect(500, 400-200, 150,200);
429    pg.noTint();
430    
431    // draw the green truck
432    pg.image(greenTruckImg, 875, 425-150*0.8,  260*0.8,150*0.8);
433    
434    // draw the red truck
435    pg.image(redTruckImg,  875, 425-300*0.8, 260*0.8,150*0.8);
436  
437    // draw the matrix
438    int gridSize  = 102;
439    int xPos = 527;
440    int yPos = 48;
441    float ledSpace = (gridSize  / 8);
442    float ledSize = ((gridSize / 8) * 0.7);
443    
444    float bs = (f.currentBoxSize+1)*4;
445    int bsInt = (int) floor(bs); 
446    float rc = (f.currentBoxCol+1)/2;
447    float  gc = 1-((f.currentBoxCol+1)/2);
448    float bc = 0;
449    rc*=255;
450    gc*=255;
451    bc*=255;
452    
453    pg.noStroke();
454    pg.fill(64);
455    pg.rect(xPos,yPos+ledSize,gridSize,gridSize);
456    
457    for (int c=0; c<8; c++) {
458      for (int r=0; r<8; r++) {
459        pg.fill(0);
460        pg.rect(c*ledSpace+xPos+ledSize/2,gridSize + yPos - (r*ledSpace) - ledSize/2,ledSize,ledSize);
461      }
462    } 
463    
464    for (int c=0; c<bsInt; c++) {
465      for (int  r=0; r<bsInt; r++) {
466        pg.fill(color(rc,gc,bc));
467        pg.rect(c*ledSpace+xPos+ledSize/2,gridSize  + yPos - (r*ledSpace) - ledSize/2,ledSize,ledSize);
468      }
469    } 
470    
471    if (bsInt<8) {
472      for (int r=0; r<bsInt+1; r++) {
473        int c = bsInt;
474        pg.fill(color(rc*(bs-bsInt),gc*(bs-bsInt),bc*(bs-bsInt)));
475        pg.rect(c*ledSpace+xPos+ledSize/2,gridSize  + yPos - (r*ledSpace) - ledSize/2,ledSize,ledSize);
476      } 
477     for (int  c=0; c<bsInt+1; c++) {
478        int r = bsInt;
479        pg.fill(color(rc*(bs-bsInt),gc*(bs-bsInt),bc*(bs-bsInt)));
480        pg.rect(c*ledSpace+xPos+ledSize/2,gridSize + yPos - (r*ledSpace) - ledSize/2,ledSize,ledSize);
481      } 
482    }
483  
484    // show the current guess on the LCD
485    pg.fill(64,128,255);
486    pg.textSize(15);
487    String g = "";
488    if (f.currentGuess == -1)
489      g = "Small Green";
490    else if (f.currentGuess == 1)
491      g = "Large  Red";
492    pg.text(g,532,39);  
493  
494
495    
496  pg.endDraw();
497  
498  image(pg, 50, 200,1100*1.9,500*1.9);
499  
500}
501
502
503void keyPressed() {
504  if (key == CODED) {
505    if (keyCode == UP) {
506      factorySel++;
507      if  (factorySel == factories.size())
508        factorySel = 0;
509    } else if (keyCode  == DOWN) {
510      factorySel--;
511      if (factorySel < 0)
512        factorySel  = factories.size()-1;
513    } else if (keyCode == LEFT) {
514      factorySpeed--;
515      if (factorySpeed < 1)
516        factorySpeed = 1;
517      setSpeeds();
518    } else if (keyCode == RIGHT) {
519      factorySpeed++;
520      if (factorySpeed  > 30)
521        factorySpeed = 30;
522      setSpeeds();
523    }
524  } else {
525   
526    if (key == 'r' || key == 'R') 
527      resetScores();
528        
529  }
530}
531
532void setSpeeds() {
533  for (String k: factories.keySet()) { 
534    factory f = factories.get(k);
535    f.setSpeed(factorySpeed);
536  }
537}
538
539void  resetScores() {
540  for (String k: factories.keySet()) { 
541    factory f = factories.get(k);
542    f.resetScores();
543  }
544}
545
546
547float f(float x,float m, float c) {
548  return m*x+c;
549}
550
551// time out after s.avail - 1 seconds
552
553
554void  readFrydens() {
555   
556  Iterator<Serial> itr = recievers.iterator();
557  while  (itr.hasNext()) { 
558    Serial s = itr.next(); 
559    
560    String state =  "SoS";
561    char inByteT0 = '-';
562    char inByteT1 = '-';
563    char inByteT2  = '-';
564    boolean done = false;
565    boolean complete = false;
566    int  expN = 20;
567    int nCnt = 0;
568    String name = "";
569    int expG = 20;
570    int gCnt = 0;
571    String guild = "";
572    
573    boolean avail = false;
574    int ms = millis();
575    
576    int glCnt = 0;
577    int expGl = 64;
578    char[][] glyphIn = new char[8][8];
579    
580    int plCnt = 0;
581    int  expPl = 40;
582    byte[] paramsIn = new byte[40];
583    
584    
585    while  ((s.available() > 0) && !done) {
586        
587        if (!avail) {
588          ms  = millis();
589          avail = true;
590        }
591        
592        if (millis()-ms  > 5000) {
593          done = true;  
594        }
595        
596        inByteT2  = inByteT1;
597        inByteT1 = inByteT0;
598        inByteT0 = s.readChar();  
599          
600        switch(state) {
601          case "SoS": 
602            if  (inByteT0 == 'S' && inByteT1 == 'o' && inByteT2 == 'S') {
603              state  = "Name";
604              nCnt = 0;
605              name = "";
606            }          
607            break;
608          case "Name":
609            name  += inByteT0;
610            nCnt++;
611            if (nCnt == expN) {
612              state  = "Guild";
613              gCnt = 0;
614              guild = "";
615            }
616            break;
617          case "Guild":
618            guild += inByteT0;
619            gCnt++;
620            if (gCnt == expG) {
621              state =  "Glyph";
622              glCnt = 0;
623            }
624            break;         
625          case "Glyph":
626            int x = glCnt%8;
627            int y =  glCnt>>3;
628            glyphIn[x][y] = inByteT0;
629            glCnt++;
630            if  (glCnt == expGl) {
631              state = "Params";   
632              plCnt  = 0;
633            }
634            break;
635          case "Params":
636            paramsIn[plCnt]  = (byte) inByteT0;
637            plCnt++;
638            if (plCnt == expPl) {
639              done = true;
640              complete = true;
641            }
642            break;
643          default:             
644            break;
645        } 
646      delay(1); 
647    }
648    
649    if (complete) {
650      name  = name.trim();
651      guild = guild.trim();
652      println("Processing");
653      if (data.containsKey(name)) {
654        nameCnts.put(name, nameCnts.get(name)  + 1);
655        dueParams dp = data.get(name);
656        dp.bytesToParams(paramsIn);
657        dp.boxName = name;
658        dp.guildName = guild;
659        dp.guildGlyph  = glyphIn;
660        data.put(name,dp);
661      } else {
662        // we have  a new box so create the entries in the tables
663        if (factories.size()<5)  {
664          factory f = new factory(name);
665          factories.put(name,f);
666          nameCnts.put(name,0);
667          dueParams dp = new dueParams();
668          dp.bytesToParams(paramsIn);
669          dp.boxName = name;
670          dp.guildName  = guild;
671          dp.guildGlyph = glyphIn;
672          data.put(name,dp);
673          boxNames[factories.size()-1] = name;
674        } 
675      }
676    }
677    
678    if (avail) {
679      println("***Serial Acticity***");
680      println(s.port);
681      println(complete);
682      println(name);
683    }
684       
685  }
686  
687}
688
689
690/*
691void readFrydens() {
692  
693  boolean readName = false;
694  boolean readGuild = false;
695  boolean readGlyph = false;
696  boolean readFloats  = false;
697  //boolean inState = false;
698  boolean skipByte;    
699  //boolean  haveWeights = false;
700  String nameIn = "";
701  String guildIn = "";
702  int expChars = 64;
703  char[][] glyphIn = new char[8][8];
704  int expBytes =  40;
705  byte[] bytesIn = new byte[40];
706    
707  char inByte = '0';
708  char  lastByte = '0';
709  int numBytes = 0;
710  int numChars = 0;
711  
712 
713  Iterator<Serial>  itr = recievers.iterator();
714  while (itr.hasNext()) { 
715    Serial s = itr.next();  
716    
717    readName = false;
718    readGuild = false;
719    readGlyph = false;
720    readFloats = false;
721    inByte = '0';
722    lastByte = '0';
723    nameIn  = "";
724    guildIn = "";
725    numChars = 0;
726    numBytes = 0;
727    
728  
729    println("**********************");
730 
731    while (s.available() >  0) {
732      
733      lastByte = inByte; 
734      inByte = s.readChar();
735      skipByte = false;    
736      
737      if (lastByte == '~' && inByte ==  '^') {
738        readName = true;
739        readGuild = false;
740        readGlyph  = false;
741        readFloats = false;
742        nameIn = "";
743      }
744      if (lastByte == '^' && inByte == '~') {
745        readName = false;
746        readGuild  = false;
747        readGlyph = false;
748        readFloats = false;
749      }
750      if (lastByte == '#' && inByte == '!') {
751        readName = false;
752        readGuild  = true;
753        readGlyph = false;
754        readFloats = false;
755        guildIn  = "";
756      }
757      if (lastByte == '!' && inByte == '#') { // end of guild  name - beg. of glyph
758        readName = false;
759        readGuild = false;  
760        readGlyph = true;
761        readFloats = false;
762        skipByte  = true;
763        numChars = 0;
764      }
765      if ((numChars == expChars)  && (!readFloats)) { // end of glyph - beg. of bytes
766        readName = false;
767        readGuild = false;  
768        readGlyph = false;
769        readFloats  = true;
770        numBytes = 0;
771        numChars = 0;
772      }
773     
774      
775      if (!skipByte) {
776        
777        if (readName) {
778          nameIn  += inByte;   
779          println("fomr name");
780          println(nameIn);
781          println(guildIn);
782        } else if (readGuild) {
783          guildIn  += inByte;
784          println("formguild");
785          println(nameIn);
786          println(guildIn);
787        } else if (readGlyph) {
788          int  x = numChars%8;
789          int y = numChars>>3;
790          glyphIn[x][y] = inByte;
791          numChars++;
792          println("assemble glyph");
793          println(nameIn);
794          println(guildIn);
795        } else if (readFloats) {
796          bytesIn[numBytes++]  = (byte) inByte;
797         // PROCESS ALL the BYTES we have collected
798          if  (numBytes == expBytes) {
799            readFloats = false;
800            readName  = false;
801            readGuild = true;
802            readGlyph = false;
803            readFloats = false;
804            numChars = 0;
805            numBytes  = 0;
806            println("conv bytes");
807            println(nameIn);
808            println(guildIn);
809            nameIn = nameIn.substring(1,nameIn.length()-1);
810            guildIn = guildIn.substring(1,guildIn.length()-1);
811            if  (data.containsKey(nameIn)) {
812              nameCnts.put(nameIn, nameCnts.get(nameIn)  + 1);
813              dueParams dp = data.get(nameIn);
814              dp.bytesToParams(bytesIn);
815              dp.boxName = nameIn;
816              dp.guildName = guildIn;
817              dp.guildGlyph = glyphIn;
818              data.put(nameIn,dp);
819            } else {
820              // we have a new box so create the entries  in the tables
821              if (factories.size()<5) {
822                factory  f = new factory(nameIn);
823                factories.put(nameIn,f);
824                nameCnts.put(nameIn,0);
825                dueParams dp = new dueParams();
826                dp.bytesToParams(bytesIn);
827                dp.boxName = nameIn;
828                dp.guildName = guildIn;
829                dp.guildGlyph = glyphIn;
830                data.put(nameIn,dp);
831                boxNames[factories.size()-1] = nameIn;
832              }
833            }
834          }// PROCESS BYTES      
835        } // read floats
836             
837      }// skip byte
838           
839      
840      delay(1); 
841    }   
842    
843
844
845       
846  }
847  
848}*/

// TODO ----  FOR THE FACTORY
// delete factories from the lists
//  box factory onto the projector
// takes 2 uploads to get going
// double name  from serial creates a factory !!! clear the read fryden state....
// bug when  1st uploading - a com port has crap left in it uncleaned
// add a delete key  to remove a factory
// comment blocks

import processing.serial.*;
import  java.nio.ByteBuffer;
import java.util.*;

int factorySel = 0;
int factorySpeed  = 8;

PGraphics pg;
PImage machineImg;
PImage robotImg;
PImage greenTruckImg;
PImage  redTruckImg;
PImage inspectorImg;
PImage panelImg;
PImage frydenImg;

float  xmax =  400;
float ymax =  400;
float xmin = xmax * -1;
float ymin = ymax  * -1;

int ms;

String[] boxNames = new String[5];

ArrayList<Serial>  recievers = new ArrayList<Serial>();
HashMap<String,Integer> nameCnts = new HashMap<String,Integer>();
HashMap<String,dueParams>  data = new HashMap<String,dueParams>();
HashMap<String,factory> factories = new  HashMap<String,factory>();

color gRed = color(192,0,0);        // R 
color  gOrange = color(180,60,7);    // O
color gYellow = color(150,150,0);    // Y
color  gBlue = color(0,0,192);       // B
color gPurple = color(192,0,192);   // P
color  gGreen = color(0,192,0);      // G
color gTeal = color(94,192,192);      // T
color  gBlack = color(0,0,0);        // B
color gWhite = color(180,180,180);   // W


void  setup() {
  size(3500,2000,P2D);
  
  pg = createGraphics(1100,500);
  
  String ports[] = Serial.list();
  println(ports);
  for (int i=0;  i<ports.length; i++) {
    recievers.add(new Serial(this, ports[i], 115200));
  }  
  delay(2000);
  
  Iterator<Serial> itr = recievers.iterator();
  while (itr.hasNext()) { 
    Serial s = itr.next();  
    while (s.available()  > 0) {
      char c = s.readChar();
      print(c);
      delay(1);
    }
    s.clear();
  }  
  println();
  println();
    
  machineImg  = loadImage("machine.PNG");
  robotImg = loadImage("robot.PNG");
  greenTruckImg  = loadImage("greentruck.PNG");
  redTruckImg = loadImage("redtruck.PNG");
  inspectorImg = loadImage("inspector.jpg");
  panelImg = loadImage("panel.jpg");
  frydenImg = loadImage("fryden.png");
  
  ms = 0;


}

void  draw() {
  
  // check for upload conenctions
  if (millis() - ms > 3000)  {
    readFrydens();
    ms = millis();
  }
  
  // run the factories  
  for (String k: factories.keySet()) {
    factory f = factories.get(k);
    dueParams dp = data.get(k);
    int nc = nameCnts.get(k);
    if (nc >  f.lastUpload) {
      f.upLoaded = true;
      f.lastUpload = nc;
      
      float[] w = new float[3];
      w[0] = dp.nnWeights[0];
      w[1] =  dp.nnWeights[1];
      w[2] = dp.nnWeights[2];
      f.ptron.setWeights(w);
      f.ptron.c = dp.nnLearningC;
      f.goodBoxRadius = dp.goodBoxRadius ;
      f.trainCycles = dp.trainCycles;
      f.totalTrainingExamples = dp.totalTrainingExamples;
      f.totalCorrect = dp.totalCorrect;
      f.workModeAverage = dp.workModeAverage;
      f.workModeBest = dp.workModeBest;
      
    }
    
    // check  to see if a new upload has happened
    
    if (f.upLoaded) {
      f.run();
    }
  }
  
  background(0);

  
  if (factories.size() > 0)  {
  
    // fetch the selected factory
    factory f = factories.get(boxNames[factorySel]);
  
    if (f.upLoaded) {
      renderFactory(f);
    } else {    
      textSize(150);
      text("brain not yet uploaded",1000,600);  
    }
  
    dueParams  dp = data.get(boxNames[factorySel]);
    // glyph
    pushMatrix();        
      translate(50,200);
      String ss = "A ";      
      ss += dp.guildName;  
      ss += " factory";  
      fill(255);
      textSize(60);
      text(ss,0,0);
      for (int x=0; x<8; x++) {
        for (int y=0; y<8; y++) {
          color  c = color(0,0,0);
          switch (dp.guildGlyph[x][y]) {
            case  'R':
              c = gRed;
              break;
            case 'O':
              c = gOrange;
              break;
            case 'Y':
              c = gYellow;
              break;
            case 'B':
              c = gBlue;
              break;
            case 'T':
              c  = gTeal;
              break;
            case 'G':
              c = gGreen;
              break;
            case 'P':
              c = gPurple;
              break;
            case 'W':
              c = gWhite;
              break;
            case ' ':
              c =gBlack;
              break;
            default:
              c = gBlack;
              break;  
          }
          fill(c);
          stroke(0);
          strokeWeight(5);
          rect(80+x*40,70+y*40,40,40);
        }
      }
    popMatrix(); 
  
    image(frydenImg, 2800, 1200,  1276*0.5,1400*0.5);
  
  
    // score lines
    pushMatrix();
      
      translate(50,1000);
      
      stroke(128);
      strokeWeight(8);
      line(0,600,2500,600);
      textSize(35);
      fill(128);
      for  (int xm=30; xm<=100; xm+=10) {
        float xmp = (xm-25) * (2500/75);
        text(xm+"%",xmp,560);
      }
            
      int yp =0;
      for (String k: factories.keySet())  {
        f = factories.get(k);               
        
        // plot  min 25% to 100% - into 2500 pixels
        float score = f.score;
        if  (score<25.0)
          score = 25;
        
        float xPos = (score-25)  * (2500/75);
        
        pushMatrix();
        
          translate(0,600);
          fill(255);
          stroke(255);
          strokeWeight(4);
          ellipse(xPos,0,40,40);

          if (!f.name.equals(boxNames[factorySel]))  {
            line(xPos,0,xPos,yp*70+60);
            textSize(50);
            fill(255);
            text(f.name,xPos+10,yp*70+60);
          }
        
          if  (f.name.equals(boxNames[factorySel])) {
            fill(255,255,0);
            line(xPos,0,xPos,-500);
            textSize(100);
            text(f.name,xPos+10,-400);
            
            fill(255);
            String s = "Accuracy = " + String.format("%.0f",  f.score) + "%";
            textSize(60);
            text(s,xPos+10,-320);
            s = "Score = " + f.correct + " out of " + f.inspected;
            text(s,xPos+10,-240);
            s = "Training exmaples = " + (f.trainCycles*5);
            text(s,xPos+10,-160);
            
          }
       
        popMatrix();
                
        yp++;
      }
      
    popMatrix();
    
  } else {
    textSize(150);
    text("no brains uploaded!",1000,600);  
  }

  
} 





void renderFactory(factory f) {
  
  pushMatrix();
  
    translate(2800,ymax+200);
   
    textSize(30);
    // draw the  boundary / box gen circles  
    strokeWeight(2);
    stroke(0,128,0);
    noFill();
    ellipse(-400,400,f.goodBoxRadius*800,f.goodBoxRadius*800);
    stroke(128,0,0);
    noFill();
    ellipse(400,-400,f.goodBoxRadius*800,f.goodBoxRadius*800);
    
    // draw the graphs, and the descision lines
    strokeWeight(2);
    stroke(128);
    float x1 = xmin;
    float y1 = f(x1,-1,0);
    float  x2 = xmax;
    float y2 = f(x2,-1,0);
    line(x1,-1*y1,x2,-1*y2);
  
  
    // Draw the line based on the current weights
    // Formula is weights[0]*x  + weights[1]*y + weights[2] = 0
    stroke(200,200,0);
    strokeWeight(2);
    float[] weights = f.ptron.getWeights();
    x1 = xmin;
    y1 = (-weights[2]  - weights[0]*x1)/weights[1];
    x2 = xmax;
    y2 = (-weights[2] - weights[0]*x2)/weights[1];
    // trap div 0 and >>> inf.
    if (y1 > 32000) y1 = 32000;
    if (y1  < -32000) y1 = -32000;
    if (y2 > 32000) y2 = 32000;
    if (y2 < -32000)  y2 = -32000;
    line(x1,-1*y1,x2,-1*y2);
    
    //blank out some stuff
    fill(0);
    noStroke();
    rect(-1200,-400,800,800);
    rect(-1200,400,2800,1200);
    rect(-800,-800,2800,400);
    rect(400,-400,800,800);
  
   
    //draw  and label the axis
    stroke(255);
    strokeWeight(8);
    line(-405,405,-405,-405);
    line(-405,405,405,405);
    fill(255);
    text("small",-405,439);
    text("large",350,439);
    text("green",-498,400);
    text("red",-470,-390);
    
    // plot the data
    noStroke();
    for (int i=0; i<f.boxes.size();  i++) {
      box b = f.boxes.get(i);  
      
      float c = ((b.col+1)/2)*255;
      
      fill(c,255-c,0);
      rect(b.xs, -1*b.ys, (b.size+1)*25,(b.size+1)*25);
      
      if (b.classified) {
        if (b.classification==1) {
          fill(255,0,0);
          text("large red",b.xs+(b.size+1)*13,(-1*b.ys));
          }
        else  {
          fill(0,255,0);
          text("small green",b.xs+(b.size+1)*13,(-1*b.ys));
        }
      }
      else {
        fill(255);
        text("not  tested",b.xs+(b.size+1)*13,(-1*b.ys));
      }
  
    }
  
  popMatrix();
  
  
  pg.beginDraw();

    pg.background(0);
    
    // draw  the inpectors
    pg.image(inspectorImg, 800, 385-135*0.6, 90*0.6,135*0.6);
    pg.image(inspectorImg, 800, 385-150*0.8-135*0.6, 90*0.6,135*0.6);
    pg.noFill();
    pg.stroke(200);
    pg.strokeWeight(5);
    pg.rect(800, 385-135*0.6,  90*0.6,135*0.6);
    pg.rect(800, 385-150*0.8-135*0.6, 90*0.6,135*0.6);
  
    // draw the boxes
    pg.stroke(192);
    pg.strokeWeight(2);
    for  (int i=0; i<f.boxes.size(); i++) {
      box b = f.boxes.get(i);
      float  c = ((b.col+1)/2)*255;
      pg.fill(c,255-c,0);
      if (b.classification  == 0 || b.classification == -1) 
        pg.rect(b.xPos, 400-15-((b.size+1)*25),  (b.size+1)*25,(b.size+1)*25);
      else
        pg.rect(b.xPos, 400-15-((b.size+1)*25)  - (150*.8), (b.size+1)*25,(b.size+1)*25);
   
      //text(b.xs,b.xPos-25,  500);
      //text(b.ys,b.xPos-25, 520);
    }
  
    //draw the front  conveyor
    pg.fill(128);
    pg.stroke(200);
    pg.strokeWeight(5);
    pg.rect(0,400-15,505,15);
    
    //draw the back conveyors
    pg.fill(128);
    pg.stroke(200);
    pg.strokeWeight(5);
    pg.rect(505,400-15,365,15);
    pg.rect(505,400-150*0.8-15,365,15);
      
    //draw the machine
    pg.tint(255, 127);
    pg.image(machineImg, 0, 400-163, 250,163);
    pg.noFill();
    pg.stroke(200);
    pg.strokeWeight(15);
    pg.rect(0,400-163,250,163);
    pg.noTint();
    
    // draw the panel
    pg.image(panelImg, 482,0,  540*0.35,580*0.35);
    
    // draw the robot
    pg.tint(255, 200);
    pg.image(robotImg, 500, 400-200, 150,200);
    pg.noFill();
    pg.stroke(200);
    pg.strokeWeight(15);
    pg.rect(500, 400-200, 150,200);
    pg.noTint();
    
    // draw the green truck
    pg.image(greenTruckImg, 875, 425-150*0.8,  260*0.8,150*0.8);
    
    // draw the red truck
    pg.image(redTruckImg,  875, 425-300*0.8, 260*0.8,150*0.8);
  
    // draw the matrix
    int gridSize  = 102;
    int xPos = 527;
    int yPos = 48;
    float ledSpace = (gridSize  / 8);
    float ledSize = ((gridSize / 8) * 0.7);
    
    float bs = (f.currentBoxSize+1)*4;
    int bsInt = (int) floor(bs); 
    float rc = (f.currentBoxCol+1)/2;
    float  gc = 1-((f.currentBoxCol+1)/2);
    float bc = 0;
    rc*=255;
    gc*=255;
    bc*=255;
    
    pg.noStroke();
    pg.fill(64);
    pg.rect(xPos,yPos+ledSize,gridSize,gridSize);
    
    for (int c=0; c<8; c++) {
      for (int r=0; r<8; r++) {
        pg.fill(0);
        pg.rect(c*ledSpace+xPos+ledSize/2,gridSize + yPos - (r*ledSpace) - ledSize/2,ledSize,ledSize);
      }
    } 
    
    for (int c=0; c<bsInt; c++) {
      for (int  r=0; r<bsInt; r++) {
        pg.fill(color(rc,gc,bc));
        pg.rect(c*ledSpace+xPos+ledSize/2,gridSize  + yPos - (r*ledSpace) - ledSize/2,ledSize,ledSize);
      }
    } 
    
    if (bsInt<8) {
      for (int r=0; r<bsInt+1; r++) {
        int c = bsInt;
        pg.fill(color(rc*(bs-bsInt),gc*(bs-bsInt),bc*(bs-bsInt)));
        pg.rect(c*ledSpace+xPos+ledSize/2,gridSize  + yPos - (r*ledSpace) - ledSize/2,ledSize,ledSize);
      } 
     for (int  c=0; c<bsInt+1; c++) {
        int r = bsInt;
        pg.fill(color(rc*(bs-bsInt),gc*(bs-bsInt),bc*(bs-bsInt)));
        pg.rect(c*ledSpace+xPos+ledSize/2,gridSize + yPos - (r*ledSpace) - ledSize/2,ledSize,ledSize);
      } 
    }
  
    // show the current guess on the LCD
    pg.fill(64,128,255);
    pg.textSize(15);
    String g = "";
    if (f.currentGuess == -1)
      g = "Small Green";
    else if (f.currentGuess == 1)
      g = "Large  Red";
    pg.text(g,532,39);  
  

    
  pg.endDraw();
  
  image(pg, 50, 200,1100*1.9,500*1.9);
  
}


void keyPressed() {
  if (key == CODED) {
    if (keyCode == UP) {
      factorySel++;
      if  (factorySel == factories.size())
        factorySel = 0;
    } else if (keyCode  == DOWN) {
      factorySel--;
      if (factorySel < 0)
        factorySel  = factories.size()-1;
    } else if (keyCode == LEFT) {
      factorySpeed--;
      if (factorySpeed < 1)
        factorySpeed = 1;
      setSpeeds();
    } else if (keyCode == RIGHT) {
      factorySpeed++;
      if (factorySpeed  > 30)
        factorySpeed = 30;
      setSpeeds();
    }
  } else {
   
    if (key == 'r' || key == 'R') 
      resetScores();
        
  }
}

void setSpeeds() {
  for (String k: factories.keySet()) { 
    factory f = factories.get(k);
    f.setSpeed(factorySpeed);
  }
}

void  resetScores() {
  for (String k: factories.keySet()) { 
    factory f = factories.get(k);
    f.resetScores();
  }
}


float f(float x,float m, float c) {
  return m*x+c;
}

// time out after s.avail - 1 seconds


void  readFrydens() {
   
  Iterator<Serial> itr = recievers.iterator();
  while  (itr.hasNext()) { 
    Serial s = itr.next(); 
    
    String state =  "SoS";
    char inByteT0 = '-';
    char inByteT1 = '-';
    char inByteT2  = '-';
    boolean done = false;
    boolean complete = false;
    int  expN = 20;
    int nCnt = 0;
    String name = "";
    int expG = 20;
    int gCnt = 0;
    String guild = "";
    
    boolean avail = false;
    int ms = millis();
    
    int glCnt = 0;
    int expGl = 64;
    char[][] glyphIn = new char[8][8];
    
    int plCnt = 0;
    int  expPl = 40;
    byte[] paramsIn = new byte[40];
    
    
    while  ((s.available() > 0) && !done) {
        
        if (!avail) {
          ms  = millis();
          avail = true;
        }
        
        if (millis()-ms  > 5000) {
          done = true;  
        }
        
        inByteT2  = inByteT1;
        inByteT1 = inByteT0;
        inByteT0 = s.readChar();  
          
        switch(state) {
          case "SoS": 
            if  (inByteT0 == 'S' && inByteT1 == 'o' && inByteT2 == 'S') {
              state  = "Name";
              nCnt = 0;
              name = "";
            }          
            break;
          case "Name":
            name  += inByteT0;
            nCnt++;
            if (nCnt == expN) {
              state  = "Guild";
              gCnt = 0;
              guild = "";
            }
            break;
          case "Guild":
            guild += inByteT0;
            gCnt++;
            if (gCnt == expG) {
              state =  "Glyph";
              glCnt = 0;
            }
            break;         
          case "Glyph":
            int x = glCnt%8;
            int y =  glCnt>>3;
            glyphIn[x][y] = inByteT0;
            glCnt++;
            if  (glCnt == expGl) {
              state = "Params";   
              plCnt  = 0;
            }
            break;
          case "Params":
            paramsIn[plCnt]  = (byte) inByteT0;
            plCnt++;
            if (plCnt == expPl) {
              done = true;
              complete = true;
            }
            break;
          default:             
            break;
        } 
      delay(1); 
    }
    
    if (complete) {
      name  = name.trim();
      guild = guild.trim();
      println("Processing");
      if (data.containsKey(name)) {
        nameCnts.put(name, nameCnts.get(name)  + 1);
        dueParams dp = data.get(name);
        dp.bytesToParams(paramsIn);
        dp.boxName = name;
        dp.guildName = guild;
        dp.guildGlyph  = glyphIn;
        data.put(name,dp);
      } else {
        // we have  a new box so create the entries in the tables
        if (factories.size()<5)  {
          factory f = new factory(name);
          factories.put(name,f);
          nameCnts.put(name,0);
          dueParams dp = new dueParams();
          dp.bytesToParams(paramsIn);
          dp.boxName = name;
          dp.guildName  = guild;
          dp.guildGlyph = glyphIn;
          data.put(name,dp);
          boxNames[factories.size()-1] = name;
        } 
      }
    }
    
    if (avail) {
      println("***Serial Acticity***");
      println(s.port);
      println(complete);
      println(name);
    }
       
  }
  
}


/*
void readFrydens() {
  
  boolean readName = false;
  boolean readGuild = false;
  boolean readGlyph = false;
  boolean readFloats  = false;
  //boolean inState = false;
  boolean skipByte;    
  //boolean  haveWeights = false;
  String nameIn = "";
  String guildIn = "";
  int expChars = 64;
  char[][] glyphIn = new char[8][8];
  int expBytes =  40;
  byte[] bytesIn = new byte[40];
    
  char inByte = '0';
  char  lastByte = '0';
  int numBytes = 0;
  int numChars = 0;
  
 
  Iterator<Serial>  itr = recievers.iterator();
  while (itr.hasNext()) { 
    Serial s = itr.next();  
    
    readName = false;
    readGuild = false;
    readGlyph = false;
    readFloats = false;
    inByte = '0';
    lastByte = '0';
    nameIn  = "";
    guildIn = "";
    numChars = 0;
    numBytes = 0;
    
  
    println("**********************");
 
    while (s.available() >  0) {
      
      lastByte = inByte; 
      inByte = s.readChar();
      skipByte = false;    
      
      if (lastByte == '~' && inByte ==  '^') {
        readName = true;
        readGuild = false;
        readGlyph  = false;
        readFloats = false;
        nameIn = "";
      }
      if (lastByte == '^' && inByte == '~') {
        readName = false;
        readGuild  = false;
        readGlyph = false;
        readFloats = false;
      }
      if (lastByte == '#' && inByte == '!') {
        readName = false;
        readGuild  = true;
        readGlyph = false;
        readFloats = false;
        guildIn  = "";
      }
      if (lastByte == '!' && inByte == '#') { // end of guild  name - beg. of glyph
        readName = false;
        readGuild = false;  
        readGlyph = true;
        readFloats = false;
        skipByte  = true;
        numChars = 0;
      }
      if ((numChars == expChars)  && (!readFloats)) { // end of glyph - beg. of bytes
        readName = false;
        readGuild = false;  
        readGlyph = false;
        readFloats  = true;
        numBytes = 0;
        numChars = 0;
      }
     
      
      if (!skipByte) {
        
        if (readName) {
          nameIn  += inByte;   
          println("fomr name");
          println(nameIn);
          println(guildIn);
        } else if (readGuild) {
          guildIn  += inByte;
          println("formguild");
          println(nameIn);
          println(guildIn);
        } else if (readGlyph) {
          int  x = numChars%8;
          int y = numChars>>3;
          glyphIn[x][y] = inByte;
          numChars++;
          println("assemble glyph");
          println(nameIn);
          println(guildIn);
        } else if (readFloats) {
          bytesIn[numBytes++]  = (byte) inByte;
         // PROCESS ALL the BYTES we have collected
          if  (numBytes == expBytes) {
            readFloats = false;
            readName  = false;
            readGuild = true;
            readGlyph = false;
            readFloats = false;
            numChars = 0;
            numBytes  = 0;
            println("conv bytes");
            println(nameIn);
            println(guildIn);
            nameIn = nameIn.substring(1,nameIn.length()-1);
            guildIn = guildIn.substring(1,guildIn.length()-1);
            if  (data.containsKey(nameIn)) {
              nameCnts.put(nameIn, nameCnts.get(nameIn)  + 1);
              dueParams dp = data.get(nameIn);
              dp.bytesToParams(bytesIn);
              dp.boxName = nameIn;
              dp.guildName = guildIn;
              dp.guildGlyph = glyphIn;
              data.put(nameIn,dp);
            } else {
              // we have a new box so create the entries  in the tables
              if (factories.size()<5) {
                factory  f = new factory(nameIn);
                factories.put(nameIn,f);
                nameCnts.put(nameIn,0);
                dueParams dp = new dueParams();
                dp.bytesToParams(bytesIn);
                dp.boxName = nameIn;
                dp.guildName = guildIn;
                dp.guildGlyph = glyphIn;
                data.put(nameIn,dp);
                boxNames[factories.size()-1] = nameIn;
              }
            }
          }// PROCESS BYTES      
        } // read floats
             
      }// skip byte
           
      
      delay(1); 
    }   
    


       
  }
  
}*/

more processing code...

processing

1// Daniel Shiffman
2// The Nature of Code
3// http://www.shiffman.net/teaching/nature
4//  Simple Perceptron Example
5// See: http://en.wikipedia.org/wiki/Perceptron
6
7//  Perceptron Class
8
9class perceptron {
10  float[] weights;  // Array of weights  for inputs
11  float c;          // learning constant
12
13  // Perceptron is  created with n weights and learning constant
14  perceptron(int n, float c_) {
15    weights = new float[n];
16    // Start with random weights
17    //for (int  i = 0; i < weights.length; i++) {
18    //  weights[i] = random(-1,1); 
19    //}
20    // fix the wieghts to give the 50/50 case 
21    weights[0] = -1;
22    weights[1]  = 1;
23    weights[2] = 0;
24    c = c_;
25  }
26
27  // Function to train  the Perceptron
28  // Weights are adjusted based on "desired" answer
29  void  train(float[] inputs, int desired) {
30    // Guess the result
31    int guess  = feedforward(inputs);
32    // Compute the factor for changing the weight based  on the error
33    // Error = desired output - guessed output
34    // Note this  can only be 0, -2, or 2
35    // Multiply by learning constant
36    float error  = desired - guess;
37    // Adjust weights based on weightChange * input
38    for  (int i = 0; i < weights.length; i++) {
39      weights[i] += c * error * inputs[i];         
40    }
41  }
42
43  // Guess -1 or 1 based on input values
44  int  feedforward(float[] inputs) {
45    // Sum all values
46    float sum = 0;
47    for (int i = 0; i < weights.length; i++) {
48      sum += inputs[i]*weights[i];
49    }
50    // Result is sign of the sum, -1 or 1
51    return activate(sum);
52  }
53  
54  int activate(float sum) {
55    if (sum > 0) return 1;
56    else  return -1; 
57  }
58  
59  // Return weights
60  float[] getWeights() {
61    return weights; 
62  }
63  
64  void setWeights(float[] weights) {
65    for  (int i=0; i<weights.length; i++) {
66      this.weights[i] = weights[i];
67    }
68  }
69}

// Daniel Shiffman
// The Nature of Code
// http://www.shiffman.net/teaching/nature
//  Simple Perceptron Example
// See: http://en.wikipedia.org/wiki/Perceptron

//  Perceptron Class

class perceptron {
  float[] weights;  // Array of weights  for inputs
  float c;          // learning constant

  // Perceptron is  created with n weights and learning constant
  perceptron(int n, float c_) {
    weights = new float[n];
    // Start with random weights
    //for (int  i = 0; i < weights.length; i++) {
    //  weights[i] = random(-1,1); 
    //}
    // fix the wieghts to give the 50/50 case 
    weights[0] = -1;
    weights[1]  = 1;
    weights[2] = 0;
    c = c_;
  }

  // Function to train  the Perceptron
  // Weights are adjusted based on "desired" answer
  void  train(float[] inputs, int desired) {
    // Guess the result
    int guess  = feedforward(inputs);
    // Compute the factor for changing the weight based  on the error
    // Error = desired output - guessed output
    // Note this  can only be 0, -2, or 2
    // Multiply by learning constant
    float error  = desired - guess;
    // Adjust weights based on weightChange * input
    for  (int i = 0; i < weights.length; i++) {
      weights[i] += c * error * inputs[i];         
    }
  }

  // Guess -1 or 1 based on input values
  int  feedforward(float[] inputs) {
    // Sum all values
    float sum = 0;
    for (int i = 0; i < weights.length; i++) {
      sum += inputs[i]*weights[i];
    }
    // Result is sign of the sum, -1 or 1
    return activate(sum);
  }
  
  int activate(float sum) {
    if (sum > 0) return 1;
    else  return -1; 
  }
  
  // Return weights
  float[] getWeights() {
    return weights; 
  }
  
  void setWeights(float[] weights) {
    for  (int i=0; i<weights.length; i++) {
      this.weights[i] = weights[i];
    }
  }
}

more processing code...

processing

1// Daniel Shiffman
2// The Nature of Code
3// http://www.shiffman.net/teaching/nature
4//   Simple Perceptron Example
5// See: http://en.wikipedia.org/wiki/Perceptron
6
7//   Perceptron Class
8
9class perceptron {
10  float[] weights;  // Array of weights   for inputs
11  float c;          // learning constant
12
13  // Perceptron is   created with n weights and learning constant
14  perceptron(int n, float c_) {
15     weights = new float[n];
16    // Start with random weights
17    //for (int   i = 0; i < weights.length; i++) {
18    //  weights[i] = random(-1,1); 
19    //}
20     // fix the wieghts to give the 50/50 case 
21    weights[0] = -1;
22    weights[1]   = 1;
23    weights[2] = 0;
24    c = c_;
25  }
26
27  // Function to train   the Perceptron
28  // Weights are adjusted based on "desired" answer
29  void   train(float[] inputs, int desired) {
30    // Guess the result
31    int guess   = feedforward(inputs);
32    // Compute the factor for changing the weight based   on the error
33    // Error = desired output - guessed output
34    // Note this   can only be 0, -2, or 2
35    // Multiply by learning constant
36    float error   = desired - guess;
37    // Adjust weights based on weightChange * input
38    for   (int i = 0; i < weights.length; i++) {
39      weights[i] += c * error * inputs[i];          
40    }
41  }
42
43  // Guess -1 or 1 based on input values
44  int   feedforward(float[] inputs) {
45    // Sum all values
46    float sum = 0;
47     for (int i = 0; i < weights.length; i++) {
48      sum += inputs[i]*weights[i];
49     }
50    // Result is sign of the sum, -1 or 1
51    return activate(sum);
52   }
53  
54  int activate(float sum) {
55    if (sum > 0) return 1;
56    else   return -1; 
57  }
58  
59  // Return weights
60  float[] getWeights() {
61     return weights; 
62  }
63  
64  void setWeights(float[] weights) {
65    for   (int i=0; i<weights.length; i++) {
66      this.weights[i] = weights[i];
67    }
68   }
69}

// Daniel Shiffman
// The Nature of Code
// http://www.shiffman.net/teaching/nature
//   Simple Perceptron Example
// See: http://en.wikipedia.org/wiki/Perceptron

//   Perceptron Class

class perceptron {
  float[] weights;  // Array of weights   for inputs
  float c;          // learning constant

  // Perceptron is   created with n weights and learning constant
  perceptron(int n, float c_) {
     weights = new float[n];
    // Start with random weights
    //for (int   i = 0; i < weights.length; i++) {
    //  weights[i] = random(-1,1); 
    //}
     // fix the wieghts to give the 50/50 case 
    weights[0] = -1;
    weights[1]   = 1;
    weights[2] = 0;
    c = c_;
  }

  // Function to train   the Perceptron
  // Weights are adjusted based on "desired" answer
  void   train(float[] inputs, int desired) {
    // Guess the result
    int guess   = feedforward(inputs);
    // Compute the factor for changing the weight based   on the error
    // Error = desired output - guessed output
    // Note this   can only be 0, -2, or 2
    // Multiply by learning constant
    float error   = desired - guess;
    // Adjust weights based on weightChange * input
    for   (int i = 0; i < weights.length; i++) {
      weights[i] += c * error * inputs[i];          
    }
  }

  // Guess -1 or 1 based on input values
  int   feedforward(float[] inputs) {
    // Sum all values
    float sum = 0;
     for (int i = 0; i < weights.length; i++) {
      sum += inputs[i]*weights[i];
     }
    // Result is sign of the sum, -1 or 1
    return activate(sum);
   }
  
  int activate(float sum) {
    if (sum > 0) return 1;
    else   return -1; 
  }
  
  // Return weights
  float[] getWeights() {
     return weights; 
  }
  
  void setWeights(float[] weights) {
    for   (int i=0; i<weights.length; i++) {
      this.weights[i] = weights[i];
    }
   }
}

more processing code...

processing

1
2
3
4
5class dueParams {
6  
7String boxName;
8String guildName;
9float[]   nnWeights = new float[3];
10float nnLearningC;
11int trainCycles;
12int totalTrainingExamples;
13int   totalCorrect;
14float workModeAverage;
15int workModeBest;
16float goodBoxRadius;
17char[][]   guildGlyph = new char[8][8];
18  
19  dueParams() {
20    
21  }
22    
23   void bytesToParams(byte[] params) {
24  
25    int i=0;  
26    int temp;
27     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));    
28    nnLearningC = Float.intBitsToFloat(temp);
29     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));    
30    goodBoxRadius = Float.intBitsToFloat(temp);
31     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));       
32    nnWeights[0] = Float.intBitsToFloat(temp);
33     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));       
34    nnWeights[1] = Float.intBitsToFloat(temp);
35     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));      
36    nnWeights[2] = Float.intBitsToFloat(temp);
37     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));      
38    workModeAverage = Float.intBitsToFloat(temp);
39     trainCycles = (int)(((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8)   | ((params[i++] & 0xff) << 16) | ((params[i++] & 0xff) << 24));
40    totalCorrect   = (int)(((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));
41    totalTrainingExamples = (int)(((params[i++]   & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++] & 0xff) << 16) | ((params[i++]   & 0xff) << 24));
42    workModeBest = (int)(((params[i++] & 0xff) << 0) | ((params[i++]   & 0xff) << 8) | ((params[i++] & 0xff) << 16) | ((params[i++] & 0xff) << 24));
43   
44  }
45  
46  
47}




class dueParams {
  
String boxName;
String guildName;
float[]   nnWeights = new float[3];
float nnLearningC;
int trainCycles;
int totalTrainingExamples;
int   totalCorrect;
float workModeAverage;
int workModeBest;
float goodBoxRadius;
char[][]   guildGlyph = new char[8][8];
  
  dueParams() {
    
  }
    
   void bytesToParams(byte[] params) {
  
    int i=0;  
    int temp;
     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));    
    nnLearningC = Float.intBitsToFloat(temp);
     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));    
    goodBoxRadius = Float.intBitsToFloat(temp);
     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));       
    nnWeights[0] = Float.intBitsToFloat(temp);
     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));       
    nnWeights[1] = Float.intBitsToFloat(temp);
     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));      
    nnWeights[2] = Float.intBitsToFloat(temp);
     temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));      
    workModeAverage = Float.intBitsToFloat(temp);
     trainCycles = (int)(((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8)   | ((params[i++] & 0xff) << 16) | ((params[i++] & 0xff) << 24));
    totalCorrect   = (int)(((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]   & 0xff) << 16) | ((params[i++] & 0xff) << 24));
    totalTrainingExamples = (int)(((params[i++]   & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++] & 0xff) << 16) | ((params[i++]   & 0xff) << 24));
    workModeBest = (int)(((params[i++] & 0xff) << 0) | ((params[i++]   & 0xff) << 8) | ((params[i++] & 0xff) << 16) | ((params[i++] & 0xff) << 24));
   
  }
  
  
}

more processing code...

processing

1
2import java.util.Iterator;
3
4class factory {
5  
6  ArrayList<box>   boxes = new ArrayList<box>(); 
7  String name;
8 
9  int trainCycles;
10   int totalTrainingExamples;
11  int totalCorrect;
12  float workModeAverage;
13   int workModeBest;
14 
15  perceptron ptron;
16  int correct = 0;
17  int inspected   = 0;
18  float score = 0;
19  
20  int lastUpload = 0;
21  
22  float currentBoxSize   = -1;
23  float currentBoxCol = 0;
24  int currentGuess = 0;
25  
26  // run   time params
27  int speed = 12;
28  float cMax =  400;
29  float goodBoxRadius   = 1.1;
30  
31  boolean upLoaded;
32  
33  factory(String name) {
34    
35     this.name = name;
36    //this.goodBoxRadius = goodBoxRadius;
37    ///this.cMax   = cMax;
38       
39    ptron = new perceptron(3, 0.0001);
40    boolean upLoaded   = false;
41
42  }
43  
44  void run() {
45  
46    // make new boxes
47    if   (boxes.size() < 1)
48      makeNewBox();
49    else {
50      box b = boxes.get(boxes.size()-1);
51     if (b.xPos - b.size > 100)
52      makeNewBox();
53    }
54    
55    //update   all boxes 
56    for (int i=0; i<boxes.size(); i++) {
57      box b = boxes.get(i);
58       // move the box along
59      b.incBoxPosX(speed);
60      // is the box   in the truck? if so then kill it
61      if (b.xPos > 900) {
62        b.killBox();   
63      }
64      // is the box in the inspector
65      if (b.xPos > 800 &&   !b.inspected) {
66        inspected++;
67        if (b.answer == b.classification)
68           correct++;
69        score = 100.0 * float(correct)/float(inspected);
70         b.addInspection();
71      }      
72      // is the box in the robot?   if so then classifiy it
73      if (b.xPos > 550 && !b.classified) {
74        float[]   vecIn = {b.xs,b.ys,1.0};
75        int c = ptron.feedforward(vecIn);
76        b.addClassifier(c);
77         currentBoxSize = b.size;
78        currentBoxCol = b.col;
79        currentGuess   = c;
80      }
81    }
82    
83    // finally remove any killed boxes
84    Iterator<box>   boxesIterator = boxes.iterator();
85    while (boxesIterator.hasNext()) {
86      box   b = boxesIterator.next();
87      if (b.kill)
88        boxesIterator.remove();
89     }
90    
91  }
92  
93  void makeNewBox() {
94    box b = new box(0, height/2,   cMax, goodBoxRadius);
95    boxes.add(b);  
96  }
97  
98  void setSpeed(int   speed) {
99    this.speed = speed;  
100  }
101  
102  void resetScores() {
103    correct = 0;
104   inspected = 0;
105  }  
106}

import java.util.Iterator;

class factory {
  
  ArrayList<box>   boxes = new ArrayList<box>(); 
  String name;
 
  int trainCycles;
   int totalTrainingExamples;
  int totalCorrect;
  float workModeAverage;
   int workModeBest;
 
  perceptron ptron;
  int correct = 0;
  int inspected   = 0;
  float score = 0;
  
  int lastUpload = 0;
  
  float currentBoxSize   = -1;
  float currentBoxCol = 0;
  int currentGuess = 0;
  
  // run   time params
  int speed = 12;
  float cMax =  400;
  float goodBoxRadius   = 1.1;
  
  boolean upLoaded;
  
  factory(String name) {
    
     this.name = name;
    //this.goodBoxRadius = goodBoxRadius;
    ///this.cMax   = cMax;
       
    ptron = new perceptron(3, 0.0001);
    boolean upLoaded   = false;

  }
  
  void run() {
  
    // make new boxes
    if   (boxes.size() < 1)
      makeNewBox();
    else {
      box b = boxes.get(boxes.size()-1);
     if (b.xPos - b.size > 100)
      makeNewBox();
    }
    
    //update   all boxes 
    for (int i=0; i<boxes.size(); i++) {
      box b = boxes.get(i);
       // move the box along
      b.incBoxPosX(speed);
      // is the box   in the truck? if so then kill it
      if (b.xPos > 900) {
        b.killBox();   
      }
      // is the box in the inspector
      if (b.xPos > 800 &&   !b.inspected) {
        inspected++;
        if (b.answer == b.classification)
           correct++;
        score = 100.0 * float(correct)/float(inspected);
         b.addInspection();
      }      
      // is the box in the robot?   if so then classifiy it
      if (b.xPos > 550 && !b.classified) {
        float[]   vecIn = {b.xs,b.ys,1.0};
        int c = ptron.feedforward(vecIn);
        b.addClassifier(c);
         currentBoxSize = b.size;
        currentBoxCol = b.col;
        currentGuess   = c;
      }
    }
    
    // finally remove any killed boxes
    Iterator<box>   boxesIterator = boxes.iterator();
    while (boxesIterator.hasNext()) {
      box   b = boxesIterator.next();
      if (b.kill)
        boxesIterator.remove();
     }
    
  }
  
  void makeNewBox() {
    box b = new box(0, height/2,   cMax, goodBoxRadius);
    boxes.add(b);  
  }
  
  void setSpeed(int   speed) {
    this.speed = speed;  
  }
  
  void resetScores() {
    correct = 0;
   inspected = 0;
  }  
}

fryden-due-boxfactory-camp-v1.76.ino

c_cpp

This is the main Arduino application used in: http://www.fryden-learning.com/box-facto

1binary |-  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 and tidying
// go all through delay and costants in the code and #define
// Perceprotn notes: prediction 1 = large red    -1 = small green
// box size/color ranges
// boxSize = 0..31 ; 32 steps ; 8 leds x 4 level of brigthness 
// colVal = max 32 + 128 = 32..159 ; works best for neopixel display 

String boxName = "BRAIN BOX";
String boxGuild = "NINJA";

//Due board/shield IO
#define potLeft A0
#define potCenter A1
#define potRight A2
#define redButton 4
#define greenButton 3
#define blueButton 2
#define joyH A4
#define joyButton 5
#define joyV A5
#define ampEnable A3
#define sdCs 38
#define neoPinMatrix 7 
#define neoPinSingle 6 

// app params 
#define buttonReleaseDelay 150
#define LCDscrollSpeed 200
#define NEOscrollSpeed 75
#define makeBoxDuration 2000
#define makeBoxDurationBy2 1000
//#define makeSound true
#define analyzeBoxDuration 1500
//#define analyzeBoxDurationBy2 750
#define trainBoxDuration 2000
//#define trainBoxDurationBy2 750
#define cMax 400
#define learningRate 0.0001

#include <Wire.h>
#include <LiquidCrystal_PCF8574.h>
#include <Adafruit_NeoMatrix.h>
#include <Adafruit_NeoPixel.h>
#include <SD.h>
#include <SPI.h>
#include <Audio.h>

enum potPostion {
  left,
  right,
  center
}; 

enum buttonColor {
  blue,
  red,
  green,
  joy,
  any
}; 
//JF-
LiquidCrystal_PCF8574 lcd(0x3F);  // set the LCD address
//LiquidCrystal_PCF8574 lcd(0x27);  // set the LCD address

Adafruit_NeoMatrix matrix = Adafruit_NeoMatrix(8, 8, neoPinMatrix,
  NEO_MATRIX_LEFT     + NEO_MATRIX_TOP +
  NEO_MATRIX_ROWS + NEO_MATRIX_PROGRESSIVE,
  NEO_GRB            + NEO_KHZ800);

Adafruit_NeoPixel leds = Adafruit_NeoPixel(1, neoPinSingle, NEO_RGB + NEO_KHZ800);

unsigned long scrollNEOMilliSec;
String scrollNEOMessage = "............................................";
int scrollNEOMessageReset;
int scrollNEOMessagePos;
uint16_t scrollNEOColor;

unsigned long lastPressed;

float goodBoxRadius = 1.1;
int trainCycles = 0;
int totalTrainingExamples = 0;
int totalCorrect = 0;
float workModeAverage = 0;
int workModeBest = 0;

// menu & text-pages globals
unsigned long lastRead = 0;
enum joyVDir {
  down,
  up,
  middle
}; 
String bs = "                      ";
joyVDir posNow = middle;
joyVDir posLast = middle;
int entrySel=0;
int menuNumEntries=0;
String menuEntries[16] = {bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs};;
String menuHeading;
boolean menuUpdateLCD;
int pageNumEntries=0;
String pageEntries[32] = {bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs};
String pageHeading;
boolean pageUpdateLCD;

// initialize the neural net waits and learning constant
float nnWeights[3] = {-1.0,1.0,0.0};
float nnLearningC = learningRate;

// main menu options
#define mainMenuSize 9
//"-----------------" 17 char ref
String mainMenuEntries[mainMenuSize] = {
  "Show brain state",
  "Training mode",
  "Work mode",
  "Upload to factory",
  "Analyze mode",
  "Play Boing",
  "Zappa Synth",
  "Instructions",
  "Settings"
};

boolean menuLocks[mainMenuSize] = {0,0,0,0,0,1,1,0,0};
//boolean menuLocks[mainMenuSize] = {0,0,0,0,0,0,0,0,0};
#define pongLock 5
#define synthLock 6

//"-----------------" 17 char ref
#define settingsMenuSize 6
String settingsMenuEntries[mainMenuSize] = {
  "Volume",
  "Set difficulty",
  "Name the brain",
  "Reset brain",
  "About",
  "Main menu"
};

enum modeType {
  welcome,
  work,
  brainstate,
  menu,
  train,
  analyze,
  factory,
  settings,
  instructions,
  pong,
  synth
};
modeType mode = welcome;
String modeDesc; 

#define SINE_SAMPLES 882 // 44.1khz / 50hz = 882 samples need for a full 50 hz sine wave
uint16_t sineWave[SINE_SAMPLES];
// the phase accumulator points to the current sample in our wavetable
uint32_t ulPhaseAccumulatorA = 0;
uint32_t ulPhaseAccumulatorB = 0;
// the phase increment controls the rate at which we move through the wave table
// higher values = higher frequencies
volatile uint32_t ulPhaseIncrementA = 0;   // 32 bit phase increment, see below
volatile uint32_t ulPhaseIncrementB = 0;   // 32 bit phase increment, see below
// full waveform = 0 to SAMPLES_PER_CYCLE
// Phase Increment for 1 Hz =(SAMPLES_PER_CYCLE_FIXEDPOINT/SAMPLE_RATE) = 1Hz
// Phase Increment for frequency F = (SAMPLES_PER_CYCLE/SAMPLE_RATE)*F
#define SAMPLE_RATE 44100.0
#define SAMPLES_PER_CYCLE 882
#define SAMPLES_PER_CYCLE_FIXEDPOINT (SAMPLES_PER_CYCLE<<20)
#define TICKS_PER_CYCLE (float)((float)SAMPLES_PER_CYCLE_FIXEDPOINT/(float)SAMPLE_RATE)
#define MIDI_NOTES 128
uint32_t nMidiPhaseIncrement[MIDI_NOTES];
float toneMixA;
float toneMixB; 
boolean playDual = false;

unsigned long tTime;
int tDuration;
boolean toneActive = false;

boolean sdInit = false;

#define paramLen 40
byte params[paramLen];
boolean loadedSettings = false;

int volume = 3;

String guildNames[3] = {"NINJA","PHOENIX","LIGHTNING"};

const uint32_t gRed = matrix.Color(128,0,0);        // R 
const uint32_t gOrange = matrix.Color(120,40,2);    // O
const uint32_t gYellow = matrix.Color(100,80,0);    // Y
const uint32_t gBlue = matrix.Color(0,0,128);       // B
const uint32_t gPurple = matrix.Color(128,0,128);   // P
const uint32_t gGreen = matrix.Color(0,128,0);      // G
const uint32_t gTeal = matrix.Color(32,64,64);      // T
const uint32_t gBlack = matrix.Color(0,0,0);        // B
const uint32_t gWhite = matrix.Color(100,80,100);   // W

char guildGlyphs[3][8][8] = {{
  {'O','O','O','O',' ',' ',' ','O'},
  {' ','O','O','O','O',' ','O','O'},
  {' ',' ','O','O','O','O','O','O'},
  {' ','O','O',' ',' ','O','O','O'},
  {'O','O','O',' ',' ','O','O',' '},
  {'O','O','O','O','O','O',' ',' '},
  {'O','O',' ','O','O','O','O',' '},
  {'O',' ',' ',' ','O','O','O','O'}
},{
  {' ',' ',' ',' ',' ',' ',' ',' '},
  {' ',' ',' ',' ','R',' ',' ',' '},
  {' ',' ',' ','R','R',' ',' ',' '},
  {' ','R',' ','R','R',' ','R',' '},
  {' ','R','R','R','O','R','R',' '},
  {' ','R','O','O','Y','O','R',' '},
  {' ','R','Y','Y','Y','Y','R',' '},
  {' ',' ','R','Y','Y','Y','R',' '}
},{
  {' ',' ',' ',' ','B','T','B',' '},
  {' ',' ',' ','B','T','B',' ',' '},
  {' ',' ','B','T','B',' ',' ',' '},
  {' ','B','T','T','T','T','T','B'},
  {'B','T','T','T','T','T','B',' '},
  {' ',' ',' ','B','T','B',' ',' '},
  {' ',' ','B','T','B',' ',' ',' '},
  {' ','B','T','B',' ',' ',' ',' '}
}};

int tile[8][8];
boolean moved[8][8];

byte lock[8] = {
  B01110,
  B11011,
  B10001,
  B10001,
  B11111,
  B11011,
  B11011,
  B11111
};

#define screenSaverTime 60000
#define saverTextMinShow 5000
#define saverTextNum 33
String saverText[33][4] = {
  {"PERCEPTRON: is a one","NODE NEURAL NETWORK","that can CLASSIFY", "LINEAR SEPARATE DATA"}, 
  {"CLASSIFY: sort data","into different","categories or types","by giving it a name"},
  {"LINEAR SEPARATE","DATA: data that can","separated by a line","drawn on a graph"}, 
  {"NEURAL NETWORK: is a","simple model of how","biological neurons","cooperate in a brain"},
  {"NEURAL NETWORK: can","learn by TRAINING to","perform tasks by","being shown examples"},
  {"NEURAL NETWORK: is a","network of NODES","that are connected","together by WEIGHTS"},
  {"WEIGHT MEMORY: is a","store of WEIGHTS","that acts as long","term memory"},
  {"WEIGHTS: numbers","that show a strength","of connection","between the NODES"},
  {"WEIGHTS: are learnt","and adjusted during","TRAINING and connect","NODES together"},
  {"NODES: are single","processing units","that mimic a real","biological neuron"}, 
  {"NODES: calculate","-inputs X WEIGHTS-","and outputs a signal","to other nodes"},
  {"NODES: fires an","output signal when","the sum of its input","exceeds a THRESHOLD"},
  {"THRESHOLD: a number","to compare against","to say what category","something is"},
  {"MAPPING: turns real","world data like","color and size into","INPUT SIGNALS"},
  {"MAPPING: turns the","OUTPUT SIGNALS","into real world data","like -box type-"},
  {"INPUT SIGNALS: are","numbers that feed","the inputs of a","NEURAL NETWORK"},
  {"OUTPUT SIGNALS: are","calculated by the","NEURAL NETWORK to","CLASSIFY input data"}, 
  {"LEARNING: getting","better at performing","a task by receiving","TRAINING"},
  {"LEARNING: knowledge","gained by seeing","many good and bad","examples of a thing"}, 
  {"LEARNING: NEURAL","NETWORKS learn by a","a method called BACK","PROPAGATION"}, 
  {"TRAINING: a process","of structured","LEARNING that uses","TRAINING EXAMPLES"},
  {"TRAINING EXAMPLES:","a pre-planned set of","good & bad examples","to teach with"}, 
  {"BACK PROPAGATION:","uses an ERROR SIGNAL","to adjust the WEIGHT","MEMORY contents"},
  {"BACK PROPAGATION: is","the type of LEARNING","used by a NEURAL","NETWORK"},
  {"ERROR SIGNAL: is the","diff. between OUTPUT","SIGNALS and the","TRAINING EXAMPLES"},
  {"ERROR SIGNAL: is a","way to tell a NEURAL","NETWORK if it is","correct or not"},
  {"<box name> uses a","PERCEPTRON to","CLASSIFY different","size and color boxes"},
  {"<box name> is a","simple example of","MACHINE LEARNING and","NEURAL NETWORKS"},
  {"MACHINE LEARNING: is","a subset of AI and","is a branch of study","in Computer Science"},  
  {"MACHINE LEARNING:","allows machines to","learn new tasks","without programming"},
  {"MACHINE LEARNING:","commonly uses NEURAL","NETWORKS as the main","form of intelligence"},
  {"AI: aims to make","computers as smart","or smarter than a","human!"},
  {"AI: uses MACHINE","LEARNING as a tool","to becoming more","intelligent"}, 
};

#define potMax 700
#define potMin 300

enum pongGameMode {
  pongPlay,
  pongShowScore,
  pongWait,
  pongExit
};

pongGameMode pongMode = pongWait;

int ballSpeed = 200;
int ballPosX;
int ballPosY;
int ballDirX;
int ballDirY;
int rightPaddlePos;
int leftPaddlePos;
boolean stickBallToPaddle;
int ballOnPaddle;
unsigned long lastBallUpdate;
boolean checkBall;

int pongLives;
unsigned long int pongScore;
unsigned long int pongScoreIncrement = 10;

String trainCorrect[5] = {
  "YES, I knew it was",
  "HA! as I thought, ",
  "OH YEAH - that's",
  "Thankyou. I know its",
  "BOOM. I was right!" 
};

String trainWrong[5] = {
  "NO! I was sure its",
  "OH, I thought it was",
  "HUH I was wrong with",
  "I'm shocked its not",
  "Now I see its not" 
};

void setup() {

  Serial.begin(115200);
  
  pinMode(potLeft, INPUT);
  pinMode(potCenter, INPUT);
  pinMode(potRight, INPUT);
  pinMode(greenButton, INPUT);
  pinMode(blueButton, INPUT);
  pinMode(redButton, INPUT);
  pinMode(joyButton, INPUT);
  pinMode(joyH, INPUT);
  pinMode(joyV, INPUT);
  pinMode(ampEnable, OUTPUT);

  // setup SD-card
  if (!SD.begin(sdCs)) {
    sdInit = false;
  } else {
    sdInit = true;
  }
    
  /* turn on the timer clock in the power management controller */
  pmc_set_writeprotect(false);
  pmc_enable_periph_clk(ID_TC4);
  /* we want wavesel 01 with RC */
  TC_Configure(/* clock */TC1,/* channel */1, TC_CMR_WAVE | TC_CMR_WAVSEL_UP_RC | TC_CMR_TCCLKS_TIMER_CLOCK2);
  TC_SetRC(TC1, 1, 238); // sets <> 44.1 Khz interrupt rate
  TC_Start(TC1, 1); 
  // enable timer interrupts on the timer 
  TC1->TC_CHANNEL[1].TC_IER=TC_IER_CPCS;
  TC1->TC_CHANNEL[1].TC_IDR=~TC_IER_CPCS; 
  /* Enable the interrupt in the nested vector interrupt controller */
  /* TC4_IRQn where 4 is the timer number * timer channels (3) + the channel number (=(1*3)+1) for timer1 channel1 */
  NVIC_EnableIRQ(TC4_IRQn);
  // make the look up tables
  createNoteTable(SAMPLE_RATE);
  makeSineWave();
  //set up the dac
  analogWriteResolution(12);
  analogWrite(DAC1, 0);

  lcd.begin(20, 4); // initialize the lcd
  lcd.setBacklight(1); 
  lcd.createChar(0, lock);

  matrix.begin();
  matrix.setTextWrap(false);
  matrix.setBrightness(60);
  matrix.clear();
  matrix.clear();
  leds.begin();  
  leds.setBrightness(60);
  leds.clear();
  leds.show();

  // JF-
  // uncomment lines below if you need to delete a corrupt log file
  //if (SD.exists("settings.txt"))
  //  SD.remove("settings.txt");

  loadedSettings = readSettings();

  seedRNG();

  lastBallUpdate = millis();
  checkBall = false;
  readPaddlePosition();
  stickBallToPaddle = true;
  ballOnPaddle = random(2);

  
  leds.clear();
  leds.show();

  Serial.print(boxName);
  Serial.print(" flush serial port....");
  Serial.flush();

}

void enterName() {

  // 16 chars
  // show cursor
  // A-Z
  // joy stick v - move cursor
  // joy buuton to select - any othe button to finish
  // middle dial to select guild

  matrix.clear();
  matrix.show();
  
  lcd.clear();
  lcd.setCursor(0,0);
  lcd.print("Use the dials to ");
  lcd.setCursor(0,1);
  lcd.print("name your brain and");
  lcd.setCursor(0,2);
  lcd.print("select your guild.");

  while(!buttonPressed(any)) {
  }

  lcd.clear();

  int cPos = 0;
  int cSel = 0;
  int cPosLast = -1;
  int cSelLast = -1;
  int pv = 0;

  String newName = padString(12,boxName);
  
  boolean nameSet = false;
  while(!nameSet) {

    pv = analogRead(potRight);
    pv = floor(pv/342);  

    // need to copy this if modded to welcome/set-name
    for (int x=0; x<8; x++) {
      for (int y=0; y<8; y++) {
        uint32_t c = matrix.Color(0,0,0);
        switch (guildGlyphs[pv][x][y]) {
          case 'R':
            c = gRed;
            break;
          case 'O':
            c = gOrange;
            break;
          case 'Y':
            c = gYellow;
            break;
          case 'B':
            c = gBlue;
            break;
          case 'T':
            c = gTeal;
            break;
          case 'G':
            c = gGreen;
            break;
          case 'P':
            c = gPurple;
            break;
          case 'W':
            c = gWhite;
            break;
          case ' ':
            c =gBlack;
            break;
          default:
            c = gBlack;
            break;  
        }
        matrix.drawPixel(y,x,c);
      }
    }

    cPos = analogRead(potLeft);
    cPos = floor(cPos/86);

    cSel = analogRead(potCenter);
    cSel = floor(cSel/39);

    if (cSel != cSelLast) {
      char c = cSel + 65;
      if (cSel == 26)
        c = ' ';
      newName.setCharAt(cPos,c);
      lcd.setCursor(4,0);
      lcd.print(newName);
    }

    
    if (cPos != cPosLast) {
      lcd.setCursor(0,1);
      lcd.print(padString(20," "));
      lcd.setCursor(cPos+4,1);
      lcd.print("^");
    }
    
    //lcd.noCursor();
    lcd.setCursor(0,3);
    lcd.print(padString(20,guildNames[pv]));

    matrix.show();

    cSelLast = cSel;
    cPosLast = cPos;

    if (buttonPressed(any))
      nameSet = true;

  }

  boxName = newName; 
  boxName.trim();
  boxGuild = guildNames[pv];
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5,"learn if you use");
  pageAddEntry(6,"well thought-out");
  pageAddEntry(7,"examples.  ");
  pageAddEntry(8,"I will guess what");
  pageAddEntry(9,"the boxes are, and ");
  pageAddEntry(10,"learn from my ");
  pageAddEntry(11,"mistakes.");

  int score = 0;
    
  int selected = 0;
  selected = pageUpdate();
  
  boolean answered = false;
  while(!answered) {
    selected = pageUpdate();
    if (buttonPressed(red)) {
      mode = menu;
      return; 
    }
    if (buttonPressed(blue) || buttonPressed(green) || buttonPressed(joy)) {
      answered = true;
    }
  }
 
  for (int i=0; i<5; i++) {

    lcd.clear();
    lcd.setCursor(0, 0);
    lcd.print(padString(20,"Use the dials to"));
    lcd.setCursor(0, 1);
    lcd.print(padString(20,"make a box.")); 
    lcd.setCursor(0, 3);
    lcd.print(padString(20,"Press blue when done."));     
    
    float xs = 0;
    float ys = 0;
    int error = 0;

    // make a box until the blue button is pushed
    while(!buttonPressed(blue)) {
      xs = (((float)analogRead(potLeft) / 511.5)-1.0)*cMax;
      if (xs < -374) xs = -374;
      ys = (((float)analogRead(potRight) / 511.5)-1.0)*cMax;
      int boxSize = ((xs+cMax)/(cMax*2))*31;
      int boxColor = (((ys+cMax)/(cMax*2))*127)+32;
      drawBox(boxSize, boxColor, true);
      int prediction = nnFeedForward(xs, ys); // run a sneaky prediction 
      // prediction 1 = large red    -1 = small green
      uint32_t ledRGB = leds.Color(8,0,0);
      if (prediction == -1)
        ledRGB = leds.Color(0,8,0); 
      leds.setPixelColor(0, ledRGB);
      leds.show();

    }

    // run the neural net forward
    int prediction = nnFeedForward(xs, ys); 
    // prediction 1 = large red    -1 = small green

    boolean answered = false;
    while(!answered) {
     
      lcd.setCursor(0, 0);
      lcd.print(padString(20,"What type of box")); 
      lcd.setCursor(0, 1);
      lcd.print(padString(20,"is this?")); 
      lcd.setCursor(0, 2);
      lcd.print(padString(20,"Green = small green."));  
      lcd.setCursor(0, 3);
      lcd.print(padString(20,"Red = large red.")); 

      if (buttonPressed(red)) {
        answered = true;
        error = 1 - prediction; 
      } else if (buttonPressed(green)) {
        answered = true;
        error = -1 - prediction;
      }      
        
    }

    lcd.clear();

    if (error != 0) {
  
      nnAdjustWeights(xs, ys, error);

      lcd.setCursor(0, 0);
      lcd.print(padString(20,trainWrong[random(5)]));
      lcd.setCursor(0, 1);
      if (prediction == -1)
        lcd.print(padString(20,"a small green box"));
      else
        lcd.print(padString(20,"a larger red box"));
      lcd.setCursor(0, 3);
      lcd.print(padString(20,"Applying learning..."));
       
      unsigned long learningTimeStamp = millis();
      unsigned long toneTimeStamp = millis();
      int toneDuration = 100;
      
      ampOn();
      while (millis() - learningTimeStamp < trainBoxDuration) {
        if (millis() - toneTimeStamp > toneDuration * 1.3) { 
          toneTimeStamp = millis();
          playTone(random(40)+30, toneDuration);
        } // if for making tone.         
      } // while
         
      ampOff();
      clearTone();
      score++;

    } else {
      
      lcd.clear();
      lcd.setCursor(0, 0);
      lcd.print(padString(20,trainCorrect[random(5)]));
      lcd.setCursor(0, 1);
      if (prediction == -1)
        lcd.print(padString(20,"a green box"));
      else
        lcd.print(padString(20,"a red box"));
      
      unsigned long learningTimeStamp = millis();      
      while (millis() - learningTimeStamp < trainBoxDuration) {
      } // while
    }
  }

  trainCycles++; 

  logSettings();
  
  mode = brainstate;

  if (score==5) 
    menuLocks[synthLock] = 0;
  
  return;
  
}

void drawBox(int boxSize, int boxColor, boolean drawImmediate){
  
  int boxSizeInt = boxSize >> 2;
  int boxSizeFrac = boxSize & 3;
  int r = boxColor;
  int g = 160-boxColor;
  int b = 0;
    
  //if (boxSize > 16) {
  //r = 96-colVal;
  //g = 0;
  //b = colVal;
  //}
  
  uint16_t boxColorRGB = matrix.Color(r, g, b);

  if (drawImmediate)
    matrix.clear();
  
  for (int x=0; x<boxSizeInt; x++) {
    for (int y=0; y<boxSizeInt; y++) {
      matrix.drawPixel(x, 7-y, boxColorRGB);
    }   
  }

  if (boxSizeFrac == 0) {
    r = 0;
    g = 0;
    b = 0;
  }
  if (boxSizeFrac == 1) {
    r = r >> 2;
    g = g >> 2;
    b = b >> 2;
  }
  if (boxSizeFrac == 2) {
    r = r >> 1;
    g = g >> 1;
    b = b >> 1;
  }
  if (boxSizeFrac == 3) {
    r = (r >> 1) + (r >> 2);
    g = (g >> 1) + (g >> 2);
    b = (b >> 1) + (b >> 2);
  }
  boxColorRGB = matrix.Color(r, g, b);
    
  for (int y=0; y<boxSizeInt; y++) {
    matrix.drawPixel(boxSizeInt, 7-y, boxColorRGB);
  }
  for (int x=0; x<=boxSizeInt; x++) {
    matrix.drawPixel(x, 7-boxSizeInt, boxColorRGB);
  }     

  if (drawImmediate)
    matrix.show();

}


// ***************************************************************************************
// potValue
// ***************************************************************************************
int potValue(potPostion whichPot, float scale) {
  int value = -1;
  switch (whichPot) {
    case left:   
      value = analogRead(potLeft);
      break;
    case right:
      value = analogRead(potRight); 
      break;
    case center:
      value = analogRead(potCenter);
      break;
  }
  value = (int) value * scale;
  return value;
}

// ***************************************************************************************
// buttonPressed
// ***************************************************************************************
boolean buttonPressed(buttonColor whichButton) {
  int joyPress = digitalRead(joyButton);
  int greenPress = digitalRead(greenButton);
  int bluePress = digitalRead(blueButton);
  int redPress = digitalRead(redButton);
  boolean pressed = false;

  switch (whichButton) {
    case blue:
      if (bluePress == 0)
        pressed = true;
      break;
    case red:
      if (redPress == 0)
        pressed = true;
      break;
    case joy:
      if (joyPress == 0)
        pressed = true;
      break;
    case green:
      if (greenPress == 0)
        pressed = true;
      break;
    case any:
      if ((bluePress == 0) || (redPress == 0) || (joyPress == 0) || (greenPress == 0))
        pressed = true;
      break;
    default:
      pressed = false;
  }

  unsigned long timeSince = millis() - lastPressed;
  if ((pressed) && (timeSince < buttonReleaseDelay)) {
    lastPressed = millis();
    pressed = false;
  } else if (pressed) {
    lastPressed = millis();
  }

  return pressed;
  
}

// ***************************************************************************************
// setNEOScrollMessage
// ***************************************************************************************
void setNEOScrollMessage(String message, uint16_t color) {
  scrollNEOMessage = message;
  scrollNEOMilliSec = millis();
  scrollNEOMessageReset = -6 * scrollNEOMessage.length();
  scrollNEOMessagePos = matrix.width();
  scrollNEOColor = color;
}

// ***************************************************************************************
// updateNEOScrollMessage
// ***************************************************************************************
void updateNEOScrollMessage(){
  if (millis()-scrollNEOMilliSec > NEOscrollSpeed) {
    matrix.fillScreen(0);
    matrix.setCursor(scrollNEOMessagePos, 0);
    matrix.setTextColor(scrollNEOColor);
    matrix.print(scrollNEOMessage);
    if(--scrollNEOMessagePos < scrollNEOMessageReset) {
      scrollNEOMessagePos = matrix.width();
    }
    matrix.show();
    scrollNEOMilliSec = millis();
  }
}

// ***************************************************************************************
// nnFeedForward
// ***************************************************************************************
int nnFeedForward(float xs, float ys) {
  float sum = 0;
  float inputs[3];
  inputs[0] = xs; 
  inputs[1] = ys;
  inputs[2] = 1.0;
  for (int i=0; i<3; i++) {
    sum += inputs[i] * nnWeights[i];  
  }
  return nnActivate(sum);
}

// ***************************************************************************************
// nnActivate
// ***************************************************************************************
int nnActivate(float sum){
  if (sum>0) return 1;
  else return -1;
}

// ***************************************************************************************
// nnAdjustWeights
// ***************************************************************************************
int nnAdjustWeights(float xs, float ys, int error) {
  float inputs[3];
  inputs[0] = xs; 
  inputs[1] = ys;
  inputs[2] = 1.0;
  for (int i=0; i<3; i++) {
    nnWeights[i] += nnLearningC * (float)error * inputs[i];         
  }
}

int menuUpdate(boolean showIcons) {

  if (millis() - lastRead > 150) {
    int v = analogRead(joyV);

    posLast = posNow;
    
    if (v > 800)
      posNow = down;
    else if (v < 300)
      posNow = up;
    else if (v < 600 && v > 400)
      posNow = middle;

    if (posNow==middle && posLast==down){
      entrySel++;
      menuUpdateLCD = true;
      if (entrySel == menuNumEntries)
        entrySel = menuNumEntries-1;
    }
    else if (posNow==middle && posLast==up) {
      entrySel--;
      menuUpdateLCD = true;   
      if (entrySel < 0)
        entrySel = 0;
    }    
    lastRead = millis();


  }

  if (menuUpdateLCD) { 
    
    lcd.setCursor(0, 0);
    lcd.print(menuHeading);
    
    lcd.setCursor(0, 2);
    lcd.print("->");
  
    
    
    lcd.setCursor(2, 2);
    if (menuLocks[entrySel] && showIcons) {
      lcd.write(byte(0));
      lcd.setCursor(3, 2);
    } 
    lcd.print(menuEntries[entrySel]);
  
    if (entrySel==0) {
      lcd.setCursor(0, 1);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(2, 1);
      if (menuLocks[entrySel-1] && showIcons) {
        lcd.write(byte(0));
        lcd.setCursor(3, 1);
      }
      lcd.print(menuEntries[entrySel-1]);
    } 
  
    if (entrySel==menuNumEntries-1) {
      lcd.setCursor(0, 3);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(2, 3);
      if (menuLocks[entrySel+1] && showIcons) {
        lcd.write(byte(0));
        lcd.setCursor(3, 3);
      }
      lcd.print(menuEntries[entrySel+1]);
    }
    menuUpdateLCD = false;
  }

  return entrySel;
  
}

void menuAddHeading(String h) {
  menuHeading = padString(20,h);
}

void menuAddEntry(int i, String e) {
  if (i<16) {
    menuEntries[i] = padString(17,e); 
    menuNumEntries++;
    menuUpdateLCD = true;
  }

}

void menuClear() {
  menuNumEntries = 0;
  entrySel=0;
  menuHeading = " ";
  for (int i=0; i<16; i++) {
    menuEntries[i] = " ";    
  }
  menuUpdateLCD = true;
}

int pageUpdate() {

  if (millis() - lastRead > 150) {
    int v = analogRead(joyV);

    posLast = posNow;
    
    if (v > 900)
      posNow = down;
    else if (v < 200)
      posNow = up;
    else if (v < 576 && v > 448)
      posNow = middle;

    if (posNow==middle && posLast==down){
      entrySel++;
      pageUpdateLCD = true;
      if (entrySel == pageNumEntries)
        entrySel = pageNumEntries-1;
    }
    else if (posNow==middle && posLast==up) {
      entrySel--;
      pageUpdateLCD = true;   
      if (entrySel < 0)
        entrySel = 0;
    }    
    lastRead = millis();

  }

  if (pageUpdateLCD) { 
    
    lcd.setCursor(0, 0);
    lcd.print(pageHeading);
  
    lcd.setCursor(0, 2);
    lcd.print(pageEntries[entrySel]);
  
    if (entrySel==0) {
      lcd.setCursor(0, 1);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(0, 1);
      lcd.print(pageEntries[entrySel-1]);
    }
  
    if (entrySel==pageNumEntries-1) {
      lcd.setCursor(0, 3);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(0, 3);
      lcd.print(pageEntries[entrySel+1]);
    }
    pageUpdateLCD = false;
  }

  return entrySel;
  
}


void pageAddHeading(String h) {
  pageHeading = padString(20,h);
}

void pageAddEntry(int i, String e) {
  if (i<32) {
    pageEntries[i] = padString(20,e); 
    pageNumEntries++;
    pageUpdateLCD = true;
  }
}

void pageClear() {
  pageNumEntries = 0;
  entrySel=0;
  pageHeading = " ";
  for (int i=0; i<32; i++) {
    pageEntries[i] = " ";    
  }
  pageUpdateLCD = true;
}


String padString(int len, String in) {
  String out;
  if (in.length() < len) { 
    out = in;
    int l = len-in.length();
    for (int i=0; i<l; i++) {
      out+=" ";  
    }
  } else {
    out = in.substring(0,len);
  }
  return out;  
}

void playTone(int midiA, int duration) {
  tTime = millis();
  tDuration = duration;
  toneActive = true;
  playDual = false;

  // 882 to go = 658-665 zero crossing

  //samples = ((duration * 1000) / 22.7);// - 882;
  //if (samples < 0) samples = 0; 
  //countSamples = 0;

  ulPhaseIncrementA = nMidiPhaseIncrement[midiA];
}

void playDualTone(int midiA, int midiB, float mix, int duration) {
  tTime = millis();
  tDuration = duration;
  toneActive = true;
  playDual = true;

  ulPhaseIncrementA = nMidiPhaseIncrement[midiA];
  ulPhaseIncrementB = nMidiPhaseIncrement[midiB];

  if (mix <0.0) mix = 0.0;
  if (mix >1.0) mix = 1.0;

  toneMixA = mix;
  toneMixB = 1-0 - mix;
  
}

void ampOn() {
  digitalWrite(ampEnable,HIGH); 
}

void ampOff() {
  digitalWrite(ampEnable,LOW); 
}

void clearTone() {
  toneActive = false;
}

void TC4_Handler()
{
  
  
  // We need to get the status to clear it and allow the interrupt to fire again
  TC_GetStatus(TC1, 1);
 
  if (toneActive) {

    ulPhaseAccumulatorA += ulPhaseIncrementA;   // 32 bit phase increment, see below
    ulPhaseAccumulatorB += ulPhaseIncrementB;  
  
    // if the phase accumulator over flows - we have been through one cycle at the current pitch,
    // now we need to reset the grains ready for our next cycle
    if(ulPhaseAccumulatorA > SAMPLES_PER_CYCLE_FIXEDPOINT)
      ulPhaseAccumulatorA -= SAMPLES_PER_CYCLE_FIXEDPOINT;
    if(ulPhaseAccumulatorB > SAMPLES_PER_CYCLE_FIXEDPOINT)
      ulPhaseAccumulatorB -= SAMPLES_PER_CYCLE_FIXEDPOINT;
      
    uint32_t phaseAdjustPAccA = (ulPhaseAccumulatorA>>20) % SINE_SAMPLES;
    uint32_t phaseAdjustPAccB = (ulPhaseAccumulatorB>>20) % SINE_SAMPLES;

    // get the current sample   
    uint32_t ulOutputA = sineWave[phaseAdjustPAccA];
    uint32_t ulOutputB = sineWave[phaseAdju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 and tidying
// go all through delay and costants in the code and #define
// Perceprotn notes: prediction 1 = large red    -1 = small green
// box size/color ranges
// boxSize = 0..31 ; 32 steps ; 8 leds x 4 level of brigthness 
// colVal = max 32 + 128 = 32..159 ; works best for neopixel display 

String boxName = "BRAIN BOX";
String boxGuild = "NINJA";

//Due board/shield IO
#define potLeft A0
#define potCenter A1
#define potRight A2
#define redButton 4
#define greenButton 3
#define blueButton 2
#define joyH A4
#define joyButton 5
#define joyV A5
#define ampEnable A3
#define sdCs 38
#define neoPinMatrix 7 
#define neoPinSingle 6 

// app params 
#define buttonReleaseDelay 150
#define LCDscrollSpeed 200
#define NEOscrollSpeed 75
#define makeBoxDuration 2000
#define makeBoxDurationBy2 1000
//#define makeSound true
#define analyzeBoxDuration 1500
//#define analyzeBoxDurationBy2 750
#define trainBoxDuration 2000
//#define trainBoxDurationBy2 750
#define cMax 400
#define learningRate 0.0001

#include <Wire.h>
#include <LiquidCrystal_PCF8574.h>
#include <Adafruit_NeoMatrix.h>
#include <Adafruit_NeoPixel.h>
#include <SD.h>
#include <SPI.h>
#include <Audio.h>

enum potPostion {
  left,
  right,
  center
}; 

enum buttonColor {
  blue,
  red,
  green,
  joy,
  any
}; 
//JF-
LiquidCrystal_PCF8574 lcd(0x3F);  // set the LCD address
//LiquidCrystal_PCF8574 lcd(0x27);  // set the LCD address

Adafruit_NeoMatrix matrix = Adafruit_NeoMatrix(8, 8, neoPinMatrix,
  NEO_MATRIX_LEFT     + NEO_MATRIX_TOP +
  NEO_MATRIX_ROWS + NEO_MATRIX_PROGRESSIVE,
  NEO_GRB            + NEO_KHZ800);

Adafruit_NeoPixel leds = Adafruit_NeoPixel(1, neoPinSingle, NEO_RGB + NEO_KHZ800);

unsigned long scrollNEOMilliSec;
String scrollNEOMessage = "............................................";
int scrollNEOMessageReset;
int scrollNEOMessagePos;
uint16_t scrollNEOColor;

unsigned long lastPressed;

float goodBoxRadius = 1.1;
int trainCycles = 0;
int totalTrainingExamples = 0;
int totalCorrect = 0;
float workModeAverage = 0;
int workModeBest = 0;

// menu & text-pages globals
unsigned long lastRead = 0;
enum joyVDir {
  down,
  up,
  middle
}; 
String bs = "                      ";
joyVDir posNow = middle;
joyVDir posLast = middle;
int entrySel=0;
int menuNumEntries=0;
String menuEntries[16] = {bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs};;
String menuHeading;
boolean menuUpdateLCD;
int pageNumEntries=0;
String pageEntries[32] = {bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs};
String pageHeading;
boolean pageUpdateLCD;

// initialize the neural net waits and learning constant
float nnWeights[3] = {-1.0,1.0,0.0};
float nnLearningC = learningRate;

// main menu options
#define mainMenuSize 9
//"-----------------" 17 char ref
String mainMenuEntries[mainMenuSize] = {
  "Show brain state",
  "Training mode",
  "Work mode",
  "Upload to factory",
  "Analyze mode",
  "Play Boing",
  "Zappa Synth",
  "Instructions",
  "Settings"
};

boolean menuLocks[mainMenuSize] = {0,0,0,0,0,1,1,0,0};
//boolean menuLocks[mainMenuSize] = {0,0,0,0,0,0,0,0,0};
#define pongLock 5
#define synthLock 6

//"-----------------" 17 char ref
#define settingsMenuSize 6
String settingsMenuEntries[mainMenuSize] = {
  "Volume",
  "Set difficulty",
  "Name the brain",
  "Reset brain",
  "About",
  "Main menu"
};

enum modeType {
  welcome,
  work,
  brainstate,
  menu,
  train,
  analyze,
  factory,
  settings,
  instructions,
  pong,
  synth
};
modeType mode = welcome;
String modeDesc; 

#define SINE_SAMPLES 882 // 44.1khz / 50hz = 882 samples need for a full 50 hz sine wave
uint16_t sineWave[SINE_SAMPLES];
// the phase accumulator points to the current sample in our wavetable
uint32_t ulPhaseAccumulatorA = 0;
uint32_t ulPhaseAccumulatorB = 0;
// the phase increment controls the rate at which we move through the wave table
// higher values = higher frequencies
volatile uint32_t ulPhaseIncrementA = 0;   // 32 bit phase increment, see below
volatile uint32_t ulPhaseIncrementB = 0;   // 32 bit phase increment, see below
// full waveform = 0 to SAMPLES_PER_CYCLE
// Phase Increment for 1 Hz =(SAMPLES_PER_CYCLE_FIXEDPOINT/SAMPLE_RATE) = 1Hz
// Phase Increment for frequency F = (SAMPLES_PER_CYCLE/SAMPLE_RATE)*F
#define SAMPLE_RATE 44100.0
#define SAMPLES_PER_CYCLE 882
#define SAMPLES_PER_CYCLE_FIXEDPOINT (SAMPLES_PER_CYCLE<<20)
#define TICKS_PER_CYCLE (float)((float)SAMPLES_PER_CYCLE_FIXEDPOINT/(float)SAMPLE_RATE)
#define MIDI_NOTES 128
uint32_t nMidiPhaseIncrement[MIDI_NOTES];
float toneMixA;
float toneMixB; 
boolean playDual = false;

unsigned long tTime;
int tDuration;
boolean toneActive = false;

boolean sdInit = false;

#define paramLen 40
byte params[paramLen];
boolean loadedSettings = false;

int volume = 3;

String guildNames[3] = {"NINJA","PHOENIX","LIGHTNING"};

const uint32_t gRed = matrix.Color(128,0,0);        // R 
const uint32_t gOrange = matrix.Color(120,40,2);    // O
const uint32_t gYellow = matrix.Color(100,80,0);    // Y
const uint32_t gBlue = matrix.Color(0,0,128);       // B
const uint32_t gPurple = matrix.Color(128,0,128);   // P
const uint32_t gGreen = matrix.Color(0,128,0);      // G
const uint32_t gTeal = matrix.Color(32,64,64);      // T
const uint32_t gBlack = matrix.Color(0,0,0);        // B
const uint32_t gWhite = matrix.Color(100,80,100);   // W

char guildGlyphs[3][8][8] = {{
  {'O','O','O','O',' ',' ',' ','O'},
  {' ','O','O','O','O',' ','O','O'},
  {' ',' ','O','O','O','O','O','O'},
  {' ','O','O',' ',' ','O','O','O'},
  {'O','O','O',' ',' ','O','O',' '},
  {'O','O','O','O','O','O',' ',' '},
  {'O','O',' ','O','O','O','O',' '},
  {'O',' ',' ',' ','O','O','O','O'}
},{
  {' ',' ',' ',' ',' ',' ',' ',' '},
  {' ',' ',' ',' ','R',' ',' ',' '},
  {' ',' ',' ','R','R',' ',' ',' '},
  {' ','R',' ','R','R',' ','R',' '},
  {' ','R','R','R','O','R','R',' '},
  {' ','R','O','O','Y','O','R',' '},
  {' ','R','Y','Y','Y','Y','R',' '},
  {' ',' ','R','Y','Y','Y','R',' '}
},{
  {' ',' ',' ',' ','B','T','B',' '},
  {' ',' ',' ','B','T','B',' ',' '},
  {' ',' ','B','T','B',' ',' ',' '},
  {' ','B','T','T','T','T','T','B'},
  {'B','T','T','T','T','T','B',' '},
  {' ',' ',' ','B','T','B',' ',' '},
  {' ',' ','B','T','B',' ',' ',' '},
  {' ','B','T','B',' ',' ',' ',' '}
}};

int tile[8][8];
boolean moved[8][8];

byte lock[8] = {
  B01110,
  B11011,
  B10001,
  B10001,
  B11111,
  B11011,
  B11011,
  B11111
};

#define screenSaverTime 60000
#define saverTextMinShow 5000
#define saverTextNum 33
String saverText[33][4] = {
  {"PERCEPTRON: is a one","NODE NEURAL NETWORK","that can CLASSIFY", "LINEAR SEPARATE DATA"}, 
  {"CLASSIFY: sort data","into different","categories or types","by giving it a name"},
  {"LINEAR SEPARATE","DATA: data that can","separated by a line","drawn on a graph"}, 
  {"NEURAL NETWORK: is a","simple model of how","biological neurons","cooperate in a brain"},
  {"NEURAL NETWORK: can","learn by TRAINING to","perform tasks by","being shown examples"},
  {"NEURAL NETWORK: is a","network of NODES","that are connected","together by WEIGHTS"},
  {"WEIGHT MEMORY: is a","store of WEIGHTS","that acts as long","term memory"},
  {"WEIGHTS: numbers","that show a strength","of connection","between the NODES"},
  {"WEIGHTS: are learnt","and adjusted during","TRAINING and connect","NODES together"},
  {"NODES: are single","processing units","that mimic a real","biological neuron"}, 
  {"NODES: calculate","-inputs X WEIGHTS-","and outputs a signal","to other nodes"},
  {"NODES: fires an","output signal when","the sum of its input","exceeds a THRESHOLD"},
  {"THRESHOLD: a number","to compare against","to say what category","something is"},
  {"MAPPING: turns real","world data like","color and size into","INPUT SIGNALS"},
  {"MAPPING: turns the","OUTPUT SIGNALS","into real world data","like -box type-"},
  {"INPUT SIGNALS: are","numbers that feed","the inputs of a","NEURAL NETWORK"},
  {"OUTPUT SIGNALS: are","calculated by the","NEURAL NETWORK to","CLASSIFY input data"}, 
  {"LEARNING: getting","better at performing","a task by receiving","TRAINING"},
  {"LEARNING: knowledge","gained by seeing","many good and bad","examples of a thing"}, 
  {"LEARNING: NEURAL","NETWORKS learn by a","a method called BACK","PROPAGATION"}, 
  {"TRAINING: a process","of structured","LEARNING that uses","TRAINING EXAMPLES"},
  {"TRAINING EXAMPLES:","a pre-planned set of","good & bad examples","to teach with"}, 
  {"BACK PROPAGATION:","uses an ERROR SIGNAL","to adjust the WEIGHT","MEMORY contents"},
  {"BACK PROPAGATION: is","the type of LEARNING","used by a NEURAL","NETWORK"},
  {"ERROR SIGNAL: is the","diff. between OUTPUT","SIGNALS and the","TRAINING EXAMPLES"},
  {"ERROR SIGNAL: is a","way to tell a NEURAL","NETWORK if it is","correct or not"},
  {"<box name> uses a","PERCEPTRON to","CLASSIFY different","size and color boxes"},
  {"<box name> is a","simple example of","MACHINE LEARNING and","NEURAL NETWORKS"},
  {"MACHINE LEARNING: is","a subset of AI and","is a branch of study","in Computer Science"},  
  {"MACHINE LEARNING:","allows machines to","learn new tasks","without programming"},
  {"MACHINE LEARNING:","commonly uses NEURAL","NETWORKS as the main","form of intelligence"},
  {"AI: aims to make","computers as smart","or smarter than a","human!"},
  {"AI: uses MACHINE","LEARNING as a tool","to becoming more","intelligent"}, 
};

#define potMax 700
#define potMin 300

enum pongGameMode {
  pongPlay,
  pongShowScore,
  pongWait,
  pongExit
};

pongGameMode pongMode = pongWait;

int ballSpeed = 200;
int ballPosX;
int ballPosY;
int ballDirX;
int ballDirY;
int rightPaddlePos;
int leftPaddlePos;
boolean stickBallToPaddle;
int ballOnPaddle;
unsigned long lastBallUpdate;
boolean checkBall;

int pongLives;
unsigned long int pongScore;
unsigned long int pongScoreIncrement = 10;

String trainCorrect[5] = {
  "YES, I knew it was",
  "HA! as I thought, ",
  "OH YEAH - that's",
  "Thankyou. I know its",
  "BOOM. I was right!" 
};

String trainWrong[5] = {
  "NO! I was sure its",
  "OH, I thought it was",
  "HUH I was wrong with",
  "I'm shocked its not",
  "Now I see its not" 
};

void setup() {

  Serial.begin(115200);
  
  pinMode(potLeft, INPUT);
  pinMode(potCenter, INPUT);
  pinMode(potRight, INPUT);
  pinMode(greenButton, INPUT);
  pinMode(blueButton, INPUT);
  pinMode(redButton, INPUT);
  pinMode(joyButton, INPUT);
  pinMode(joyH, INPUT);
  pinMode(joyV, INPUT);
  pinMode(ampEnable, OUTPUT);

  // setup SD-card
  if (!SD.begin(sdCs)) {
    sdInit = false;
  } else {
    sdInit = true;
  }
    
  /* turn on the timer clock in the power management controller */
  pmc_set_writeprotect(false);
  pmc_enable_periph_clk(ID_TC4);
  /* we want wavesel 01 with RC */
  TC_Configure(/* clock */TC1,/* channel */1, TC_CMR_WAVE | TC_CMR_WAVSEL_UP_RC | TC_CMR_TCCLKS_TIMER_CLOCK2);
  TC_SetRC(TC1, 1, 238); // sets <> 44.1 Khz interrupt rate
  TC_Start(TC1, 1); 
  // enable timer interrupts on the timer 
  TC1->TC_CHANNEL[1].TC_IER=TC_IER_CPCS;
  TC1->TC_CHANNEL[1].TC_IDR=~TC_IER_CPCS; 
  /* Enable the interrupt in the nested vector interrupt controller */
  /* TC4_IRQn where 4 is the timer number * timer channels (3) + the channel number (=(1*3)+1) for timer1 channel1 */
  NVIC_EnableIRQ(TC4_IRQn);
  // make the look up tables
  createNoteTable(SAMPLE_RATE);
  makeSineWave();
  //set up the dac
  analogWriteResolution(12);
  analogWrite(DAC1, 0);

  lcd.begin(20, 4); // initialize the lcd
  lcd.setBacklight(1); 
  lcd.createChar(0, lock);

  matrix.begin();
  matrix.setTextWrap(false);
  matrix.setBrightness(60);
  matrix.clear();
  matrix.clear();
  leds.begin();  
  leds.setBrightness(60);
  leds.clear();
  leds.show();

  // JF-
  // uncomment lines below if you need to delete a corrupt log file
  //if (SD.exists("settings.txt"))
  //  SD.remove("settings.txt");

  loadedSettings = readSettings();

  seedRNG();

  lastBallUpdate = millis();
  checkBall = false;
  readPaddlePosition();
  stickBallToPaddle = true;
  ballOnPaddle = random(2);

  
  leds.clear();
  leds.show();

  Serial.print(boxName);
  Serial.print(" flush serial port....");
  Serial.flush();

}

void enterName() {

  // 16 chars
  // show cursor
  // A-Z
  // joy stick v - move cursor
  // joy buuton to select - any othe button to finish
  // middle dial to select guild

  matrix.clear();
  matrix.show();
  
  lcd.clear();
  lcd.setCursor(0,0);
  lcd.print("Use the dials to ");
  lcd.setCursor(0,1);
  lcd.print("name your brain and");
  lcd.setCursor(0,2);
  lcd.print("select your guild.");

  while(!buttonPressed(any)) {
  }

  lcd.clear();

  int cPos = 0;
  int cSel = 0;
  int cPosLast = -1;
  int cSelLast = -1;
  int pv = 0;

  String newName = padString(12,boxName);
  
  boolean nameSet = false;
  while(!nameSet) {

    pv = analogRead(potRight);
    pv = floor(pv/342);  

    // need to copy this if modded to welcome/set-name
    for (int x=0; x<8; x++) {
      for (int y=0; y<8; y++) {
        uint32_t c = matrix.Color(0,0,0);
        switch (guildGlyphs[pv][x][y]) {
          case 'R':
            c = gRed;
            break;
          case 'O':
            c = gOrange;
            break;
          case 'Y':
            c = gYellow;
            break;
          case 'B':
            c = gBlue;
            break;
          case 'T':
            c = gTeal;
            break;
          case 'G':
            c = gGreen;
            break;
          case 'P':
            c = gPurple;
            break;
          case 'W':
            c = gWhite;
            break;
          case ' ':
            c =gBlack;
            break;
          default:
            c = gBlack;
            break;  
        }
        matrix.drawPixel(y,x,c);
      }
    }

    cPos = analogRead(potLeft);
    cPos = floor(cPos/86);

    cSel = analogRead(potCenter);
    cSel = floor(cSel/39);

    if (cSel != cSelLast) {
      char c = cSel + 65;
      if (cSel == 26)
        c = ' ';
      newName.setCharAt(cPos,c);
      lcd.setCursor(4,0);
      lcd.print(newName);
    }

    
    if (cPos != cPosLast) {
      lcd.setCursor(0,1);
      lcd.print(padString(20," "));
      lcd.setCursor(cPos+4,1);
      lcd.print("^");
    }
    
    //lcd.noCursor();
    lcd.setCursor(0,3);
    lcd.print(padString(20,guildNames[pv]));

    matrix.show();

    cSelLast = cSel;
    cPosLast = cPos;

    if (buttonPressed(any))
      nameSet = true;

  }

  boxName = newName; 
  boxName.trim();
  boxGuild = guildNames[pv];
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5,"learn if you use");
  pageAddEntry(6,"well thought-out");
  pageAddEntry(7,"examples.  ");
  pageAddEntry(8,"I will guess what");
  pageAddEntry(9,"the boxes are, and ");
  pageAddEntry(10,"learn from my ");
  pageAddEntry(11,"mistakes.");

  int score = 0;
    
  int selected = 0;
  selected = pageUpdate();
  
  boolean answered = false;
  while(!answered) {
    selected = pageUpdate();
    if (buttonPressed(red)) {
      mode = menu;
      return; 
    }
    if (buttonPressed(blue) || buttonPressed(green) || buttonPressed(joy)) {
      answered = true;
    }
  }
 
  for (int i=0; i<5; i++) {

    lcd.clear();
    lcd.setCursor(0, 0);
    lcd.print(padString(20,"Use the dials to"));
    lcd.setCursor(0, 1);
    lcd.print(padString(20,"make a box.")); 
    lcd.setCursor(0, 3);
    lcd.print(padString(20,"Press blue when done."));     
    
    float xs = 0;
    float ys = 0;
    int error = 0;

    // make a box until the blue button is pushed
    while(!buttonPressed(blue)) {
      xs = (((float)analogRead(potLeft) / 511.5)-1.0)*cMax;
      if (xs < -374) xs = -374;
      ys = (((float)analogRead(potRight) / 511.5)-1.0)*cMax;
      int boxSize = ((xs+cMax)/(cMax*2))*31;
      int boxColor = (((ys+cMax)/(cMax*2))*127)+32;
      drawBox(boxSize, boxColor, true);
      int prediction = nnFeedForward(xs, ys); // run a sneaky prediction 
      // prediction 1 = large red    -1 = small green
      uint32_t ledRGB = leds.Color(8,0,0);
      if (prediction == -1)
        ledRGB = leds.Color(0,8,0); 
      leds.setPixelColor(0, ledRGB);
      leds.show();

    }

    // run the neural net forward
    int prediction = nnFeedForward(xs, ys); 
    // prediction 1 = large red    -1 = small green

    boolean answered = false;
    while(!answered) {
     
      lcd.setCursor(0, 0);
      lcd.print(padString(20,"What type of box")); 
      lcd.setCursor(0, 1);
      lcd.print(padString(20,"is this?")); 
      lcd.setCursor(0, 2);
      lcd.print(padString(20,"Green = small green."));  
      lcd.setCursor(0, 3);
      lcd.print(padString(20,"Red = large red.")); 

      if (buttonPressed(red)) {
        answered = true;
        error = 1 - prediction; 
      } else if (buttonPressed(green)) {
        answered = true;
        error = -1 - prediction;
      }      
        
    }

    lcd.clear();

    if (error != 0) {
  
      nnAdjustWeights(xs, ys, error);

      lcd.setCursor(0, 0);
      lcd.print(padString(20,trainWrong[random(5)]));
      lcd.setCursor(0, 1);
      if (prediction == -1)
        lcd.print(padString(20,"a small green box"));
      else
        lcd.print(padString(20,"a larger red box"));
      lcd.setCursor(0, 3);
      lcd.print(padString(20,"Applying learning..."));
       
      unsigned long learningTimeStamp = millis();
      unsigned long toneTimeStamp = millis();
      int toneDuration = 100;
      
      ampOn();
      while (millis() - learningTimeStamp < trainBoxDuration) {
        if (millis() - toneTimeStamp > toneDuration * 1.3) { 
          toneTimeStamp = millis();
          playTone(random(40)+30, toneDuration);
        } // if for making tone.         
      } // while
         
      ampOff();
      clearTone();
      score++;

    } else {
      
      lcd.clear();
      lcd.setCursor(0, 0);
      lcd.print(padString(20,trainCorrect[random(5)]));
      lcd.setCursor(0, 1);
      if (prediction == -1)
        lcd.print(padString(20,"a green box"));
      else
        lcd.print(padString(20,"a red box"));
      
      unsigned long learningTimeStamp = millis();      
      while (millis() - learningTimeStamp < trainBoxDuration) {
      } // while
    }
  }

  trainCycles++; 

  logSettings();
  
  mode = brainstate;

  if (score==5) 
    menuLocks[synthLock] = 0;
  
  return;
  
}

void drawBox(int boxSize, int boxColor, boolean drawImmediate){
  
  int boxSizeInt = boxSize >> 2;
  int boxSizeFrac = boxSize & 3;
  int r = boxColor;
  int g = 160-boxColor;
  int b = 0;
    
  //if (boxSize > 16) {
  //r = 96-colVal;
  //g = 0;
  //b = colVal;
  //}
  
  uint16_t boxColorRGB = matrix.Color(r, g, b);

  if (drawImmediate)
    matrix.clear();
  
  for (int x=0; x<boxSizeInt; x++) {
    for (int y=0; y<boxSizeInt; y++) {
      matrix.drawPixel(x, 7-y, boxColorRGB);
    }   
  }

  if (boxSizeFrac == 0) {
    r = 0;
    g = 0;
    b = 0;
  }
  if (boxSizeFrac == 1) {
    r = r >> 2;
    g = g >> 2;
    b = b >> 2;
  }
  if (boxSizeFrac == 2) {
    r = r >> 1;
    g = g >> 1;
    b = b >> 1;
  }
  if (boxSizeFrac == 3) {
    r = (r >> 1) + (r >> 2);
    g = (g >> 1) + (g >> 2);
    b = (b >> 1) + (b >> 2);
  }
  boxColorRGB = matrix.Color(r, g, b);
    
  for (int y=0; y<boxSizeInt; y++) {
    matrix.drawPixel(boxSizeInt, 7-y, boxColorRGB);
  }
  for (int x=0; x<=boxSizeInt; x++) {
    matrix.drawPixel(x, 7-boxSizeInt, boxColorRGB);
  }     

  if (drawImmediate)
    matrix.show();

}


// ***************************************************************************************
// potValue
// ***************************************************************************************
int potValue(potPostion whichPot, float scale) {
  int value = -1;
  switch (whichPot) {
    case left:   
      value = analogRead(potLeft);
      break;
    case right:
      value = analogRead(potRight); 
      break;
    case center:
      value = analogRead(potCenter);
      break;
  }
  value = (int) value * scale;
  return value;
}

// ***************************************************************************************
// buttonPressed
// ***************************************************************************************
boolean buttonPressed(buttonColor whichButton) {
  int joyPress = digitalRead(joyButton);
  int greenPress = digitalRead(greenButton);
  int bluePress = digitalRead(blueButton);
  int redPress = digitalRead(redButton);
  boolean pressed = false;

  switch (whichButton) {
    case blue:
      if (bluePress == 0)
        pressed = true;
      break;
    case red:
      if (redPress == 0)
        pressed = true;
      break;
    case joy:
      if (joyPress == 0)
        pressed = true;
      break;
    case green:
      if (greenPress == 0)
        pressed = true;
      break;
    case any:
      if ((bluePress == 0) || (redPress == 0) || (joyPress == 0) || (greenPress == 0))
        pressed = true;
      break;
    default:
      pressed = false;
  }

  unsigned long timeSince = millis() - lastPressed;
  if ((pressed) && (timeSince < buttonReleaseDelay)) {
    lastPressed = millis();
    pressed = false;
  } else if (pressed) {
    lastPressed = millis();
  }

  return pressed;
  
}

// ***************************************************************************************
// setNEOScrollMessage
// ***************************************************************************************
void setNEOScrollMessage(String message, uint16_t color) {
  scrollNEOMessage = message;
  scrollNEOMilliSec = millis();
  scrollNEOMessageReset = -6 * scrollNEOMessage.length();
  scrollNEOMessagePos = matrix.width();
  scrollNEOColor = color;
}

// ***************************************************************************************
// updateNEOScrollMessage
// ***************************************************************************************
void updateNEOScrollMessage(){
  if (millis()-scrollNEOMilliSec > NEOscrollSpeed) {
    matrix.fillScreen(0);
    matrix.setCursor(scrollNEOMessagePos, 0);
    matrix.setTextColor(scrollNEOColor);
    matrix.print(scrollNEOMessage);
    if(--scrollNEOMessagePos < scrollNEOMessageReset) {
      scrollNEOMessagePos = matrix.width();
    }
    matrix.show();
    scrollNEOMilliSec = millis();
  }
}

// ***************************************************************************************
// nnFeedForward
// ***************************************************************************************
int nnFeedForward(float xs, float ys) {
  float sum = 0;
  float inputs[3];
  inputs[0] = xs; 
  inputs[1] = ys;
  inputs[2] = 1.0;
  for (int i=0; i<3; i++) {
    sum += inputs[i] * nnWeights[i];  
  }
  return nnActivate(sum);
}

// ***************************************************************************************
// nnActivate
// ***************************************************************************************
int nnActivate(float sum){
  if (sum>0) return 1;
  else return -1;
}

// ***************************************************************************************
// nnAdjustWeights
// ***************************************************************************************
int nnAdjustWeights(float xs, float ys, int error) {
  float inputs[3];
  inputs[0] = xs; 
  inputs[1] = ys;
  inputs[2] = 1.0;
  for (int i=0; i<3; i++) {
    nnWeights[i] += nnLearningC * (float)error * inputs[i];         
  }
}

int menuUpdate(boolean showIcons) {

  if (millis() - lastRead > 150) {
    int v = analogRead(joyV);

    posLast = posNow;
    
    if (v > 800)
      posNow = down;
    else if (v < 300)
      posNow = up;
    else if (v < 600 && v > 400)
      posNow = middle;

    if (posNow==middle && posLast==down){
      entrySel++;
      menuUpdateLCD = true;
      if (entrySel == menuNumEntries)
        entrySel = menuNumEntries-1;
    }
    else if (posNow==middle && posLast==up) {
      entrySel--;
      menuUpdateLCD = true;   
      if (entrySel < 0)
        entrySel = 0;
    }    
    lastRead = millis();


  }

  if (menuUpdateLCD) { 
    
    lcd.setCursor(0, 0);
    lcd.print(menuHeading);
    
    lcd.setCursor(0, 2);
    lcd.print("->");
  
    
    
    lcd.setCursor(2, 2);
    if (menuLocks[entrySel] && showIcons) {
      lcd.write(byte(0));
      lcd.setCursor(3, 2);
    } 
    lcd.print(menuEntries[entrySel]);
  
    if (entrySel==0) {
      lcd.setCursor(0, 1);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(2, 1);
      if (menuLocks[entrySel-1] && showIcons) {
        lcd.write(byte(0));
        lcd.setCursor(3, 1);
      }
      lcd.print(menuEntries[entrySel-1]);
    } 
  
    if (entrySel==menuNumEntries-1) {
      lcd.setCursor(0, 3);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(2, 3);
      if (menuLocks[entrySel+1] && showIcons) {
        lcd.write(byte(0));
        lcd.setCursor(3, 3);
      }
      lcd.print(menuEntries[entrySel+1]);
    }
    menuUpdateLCD = false;
  }

  return entrySel;
  
}

void menuAddHeading(String h) {
  menuHeading = padString(20,h);
}

void menuAddEntry(int i, String e) {
  if (i<16) {
    menuEntries[i] = padString(17,e); 
    menuNumEntries++;
    menuUpdateLCD = true;
  }

}

void menuClear() {
  menuNumEntries = 0;
  entrySel=0;
  menuHeading = " ";
  for (int i=0; i<16; i++) {
    menuEntries[i] = " ";    
  }
  menuUpdateLCD = true;
}

int pageUpdate() {

  if (millis() - lastRead > 150) {
    int v = analogRead(joyV);

    posLast = posNow;
    
    if (v > 900)
      posNow = down;
    else if (v < 200)
      posNow = up;
    else if (v < 576 && v > 448)
      posNow = middle;

    if (posNow==middle && posLast==down){
      entrySel++;
      pageUpdateLCD = true;
      if (entrySel == pageNumEntries)
        entrySel = pageNumEntries-1;
    }
    else if (posNow==middle && posLast==up) {
      entrySel--;
      pageUpdateLCD = true;   
      if (entrySel < 0)
        entrySel = 0;
    }    
    lastRead = millis();

  }

  if (pageUpdateLCD) { 
    
    lcd.setCursor(0, 0);
    lcd.print(pageHeading);
  
    lcd.setCursor(0, 2);
    lcd.print(pageEntries[entrySel]);
  
    if (entrySel==0) {
      lcd.setCursor(0, 1);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(0, 1);
      lcd.print(pageEntries[entrySel-1]);
    }
  
    if (entrySel==pageNumEntries-1) {
      lcd.setCursor(0, 3);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(0, 3);
      lcd.print(pageEntries[entrySel+1]);
    }
    pageUpdateLCD = false;
  }

  return entrySel;
  
}


void pageAddHeading(String h) {
  pageHeading = padString(20,h);
}

void pageAddEntry(int i, String e) {
  if (i<32) {
    pageEntries[i] = padString(20,e); 
    pageNumEntries++;
    pageUpdateLCD = true;
  }
}

void pageClear() {
  pageNumEntries = 0;
  entrySel=0;
  pageHeading = " ";
  for (int i=0; i<32; i++) {
    pageEntries[i] = " ";    
  }
  pageUpdateLCD = true;
}


String padString(int len, String in) {
  String out;
  if (in.length() < len) { 
    out = in;
    int l = len-in.length();
    for (int i=0; i<l; i++) {
      out+=" ";  
    }
  } else {
    out = in.substring(0,len);
  }
  return out;  
}

void playTone(int midiA, int duration) {
  tTime = millis();
  tDuration = duration;
  toneActive = true;
  playDual = false;

  // 882 to go = 658-665 zero crossing

  //samples = ((duration * 1000) / 22.7);// - 882;
  //if (samples < 0) samples = 0; 
  //countSamples = 0;

  ulPhaseIncrementA = nMidiPhaseIncrement[midiA];
}

void playDualTone(int midiA, int midiB, float mix, int duration) {
  tTime = millis();
  tDuration = duration;
  toneActive = true;
  playDual = true;

  ulPhaseIncrementA = nMidiPhaseIncrement[midiA];
  ulPhaseIncrementB = nMidiPhaseIncrement[midiB];

  if (mix <0.0) mix = 0.0;
  if (mix >1.0) mix = 1.0;

  toneMixA = mix;
  toneMixB = 1-0 - mix;
  
}

void ampOn() {
  digitalWrite(ampEnable,HIGH); 
}

void ampOff() {
  digitalWrite(ampEnable,LOW); 
}

void clearTone() {
  toneActive = false;
}

void TC4_Handler()
{
  
  
  // We need to get the status to clear it and allow the interrupt to fire again
  TC_GetStatus(TC1, 1);
 
  if (toneActive) {

    ulPhaseAccumulatorA += ulPhaseIncrementA;   // 32 bit phase increment, see below
    ulPhaseAccumulatorB += ulPhaseIncrementB;  
  
    // if the phase accumulator over flows - we have been through one cycle at the current pitch,
    // now we need to reset the grains ready for our next cycle
    if(ulPhaseAccumulatorA > SAMPLES_PER_CYCLE_FIXEDPOINT)
      ulPhaseAccumulatorA -= SAMPLES_PER_CYCLE_FIXEDPOINT;
    if(ulPhaseAccumulatorB > SAMPLES_PER_CYCLE_FIXEDPOINT)
      ulPhaseAccumulatorB -= SAMPLES_PER_CYCLE_FIXEDPOINT;
      
    uint32_t phaseAdjustPAccA = (ulPhaseAccumulatorA>>20) % SINE_SAMPLES;
    uint32_t phaseAdjustPAccB = (ulPhaseAccumulatorB>>20) % SINE_SAMPLES;

    // get the current sample   
    uint32_t ulOutputA = sineWave[phaseAdjustPAccA];
    uint32_t ulOutputB = sineWave[phaseAdju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

fryden-due-boxfactory-camp-v1.76.ino

c_cpp

This is the main Arduino application used in: http://www.fryden-learning.com/box-facto

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2  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 and tidying
// go all through delay and costants in the code and #define
// Perceprotn notes: prediction 1 = large red    -1 = small green
// box size/color ranges
// boxSize = 0..31 ; 32 steps ; 8 leds x 4 level of brigthness 
// colVal = max 32 + 128 = 32..159 ; works best for neopixel display 

String boxName = "BRAIN BOX";
String boxGuild = "NINJA";

//Due board/shield IO
#define potLeft A0
#define potCenter A1
#define potRight A2
#define redButton 4
#define greenButton 3
#define blueButton 2
#define joyH A4
#define joyButton 5
#define joyV A5
#define ampEnable A3
#define sdCs 38
#define neoPinMatrix 7 
#define neoPinSingle 6 

// app params 
#define buttonReleaseDelay 150
#define LCDscrollSpeed 200
#define NEOscrollSpeed 75
#define makeBoxDuration 2000
#define makeBoxDurationBy2 1000
//#define makeSound true
#define analyzeBoxDuration 1500
//#define analyzeBoxDurationBy2 750
#define trainBoxDuration 2000
//#define trainBoxDurationBy2 750
#define cMax 400
#define learningRate 0.0001

#include <Wire.h>
#include <LiquidCrystal_PCF8574.h>
#include <Adafruit_NeoMatrix.h>
#include <Adafruit_NeoPixel.h>
#include <SD.h>
#include <SPI.h>
#include <Audio.h>

enum potPostion {
  left,
  right,
  center
}; 

enum buttonColor {
  blue,
  red,
  green,
  joy,
  any
}; 
//JF-
LiquidCrystal_PCF8574 lcd(0x3F);  // set the LCD address
//LiquidCrystal_PCF8574 lcd(0x27);  // set the LCD address

Adafruit_NeoMatrix matrix = Adafruit_NeoMatrix(8, 8, neoPinMatrix,
  NEO_MATRIX_LEFT     + NEO_MATRIX_TOP +
  NEO_MATRIX_ROWS + NEO_MATRIX_PROGRESSIVE,
  NEO_GRB            + NEO_KHZ800);

Adafruit_NeoPixel leds = Adafruit_NeoPixel(1, neoPinSingle, NEO_RGB + NEO_KHZ800);

unsigned long scrollNEOMilliSec;
String scrollNEOMessage = "............................................";
int scrollNEOMessageReset;
int scrollNEOMessagePos;
uint16_t scrollNEOColor;

unsigned long lastPressed;

float goodBoxRadius = 1.1;
int trainCycles = 0;
int totalTrainingExamples = 0;
int totalCorrect = 0;
float workModeAverage = 0;
int workModeBest = 0;

// menu & text-pages globals
unsigned long lastRead = 0;
enum joyVDir {
  down,
  up,
  middle
}; 
String bs = "                      ";
joyVDir posNow = middle;
joyVDir posLast = middle;
int entrySel=0;
int menuNumEntries=0;
String menuEntries[16] = {bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs};;
String menuHeading;
boolean menuUpdateLCD;
int pageNumEntries=0;
String pageEntries[32] = {bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs};
String pageHeading;
boolean pageUpdateLCD;

// initialize the neural net waits and learning constant
float nnWeights[3] = {-1.0,1.0,0.0};
float nnLearningC = learningRate;

// main menu options
#define mainMenuSize 9
//"-----------------" 17 char ref
String mainMenuEntries[mainMenuSize] = {
  "Show brain state",
  "Training mode",
  "Work mode",
  "Upload to factory",
  "Analyze mode",
  "Play Boing",
  "Zappa Synth",
  "Instructions",
  "Settings"
};

boolean menuLocks[mainMenuSize] = {0,0,0,0,0,1,1,0,0};
//boolean menuLocks[mainMenuSize] = {0,0,0,0,0,0,0,0,0};
#define pongLock 5
#define synthLock 6

//"-----------------" 17 char ref
#define settingsMenuSize 6
String settingsMenuEntries[mainMenuSize] = {
  "Volume",
  "Set difficulty",
  "Name the brain",
  "Reset brain",
  "About",
  "Main menu"
};

enum modeType {
  welcome,
  work,
  brainstate,
  menu,
  train,
  analyze,
  factory,
  settings,
  instructions,
  pong,
  synth
};
modeType mode = welcome;
String modeDesc; 

#define SINE_SAMPLES 882 // 44.1khz / 50hz = 882 samples need for a full 50 hz sine wave
uint16_t sineWave[SINE_SAMPLES];
// the phase accumulator points to the current sample in our wavetable
uint32_t ulPhaseAccumulatorA = 0;
uint32_t ulPhaseAccumulatorB = 0;
// the phase increment controls the rate at which we move through the wave table
// higher values = higher frequencies
volatile uint32_t ulPhaseIncrementA = 0;   // 32 bit phase increment, see below
volatile uint32_t ulPhaseIncrementB = 0;   // 32 bit phase increment, see below
// full waveform = 0 to SAMPLES_PER_CYCLE
// Phase Increment for 1 Hz =(SAMPLES_PER_CYCLE_FIXEDPOINT/SAMPLE_RATE) = 1Hz
// Phase Increment for frequency F = (SAMPLES_PER_CYCLE/SAMPLE_RATE)*F
#define SAMPLE_RATE 44100.0
#define SAMPLES_PER_CYCLE 882
#define SAMPLES_PER_CYCLE_FIXEDPOINT (SAMPLES_PER_CYCLE<<20)
#define TICKS_PER_CYCLE (float)((float)SAMPLES_PER_CYCLE_FIXEDPOINT/(float)SAMPLE_RATE)
#define MIDI_NOTES 128
uint32_t nMidiPhaseIncrement[MIDI_NOTES];
float toneMixA;
float toneMixB; 
boolean playDual = false;

unsigned long tTime;
int tDuration;
boolean toneActive = false;

boolean sdInit = false;

#define paramLen 40
byte params[paramLen];
boolean loadedSettings = false;

int volume = 3;

String guildNames[3] = {"NINJA","PHOENIX","LIGHTNING"};

const uint32_t gRed = matrix.Color(128,0,0);        // R 
const uint32_t gOrange = matrix.Color(120,40,2);    // O
const uint32_t gYellow = matrix.Color(100,80,0);    // Y
const uint32_t gBlue = matrix.Color(0,0,128);       // B
const uint32_t gPurple = matrix.Color(128,0,128);   // P
const uint32_t gGreen = matrix.Color(0,128,0);      // G
const uint32_t gTeal = matrix.Color(32,64,64);      // T
const uint32_t gBlack = matrix.Color(0,0,0);        // B
const uint32_t gWhite = matrix.Color(100,80,100);   // W

char guildGlyphs[3][8][8] = {{
  {'O','O','O','O',' ',' ',' ','O'},
  {' ','O','O','O','O',' ','O','O'},
  {' ',' ','O','O','O','O','O','O'},
  {' ','O','O',' ',' ','O','O','O'},
  {'O','O','O',' ',' ','O','O',' '},
  {'O','O','O','O','O','O',' ',' '},
  {'O','O',' ','O','O','O','O',' '},
  {'O',' ',' ',' ','O','O','O','O'}
},{
  {' ',' ',' ',' ',' ',' ',' ',' '},
  {' ',' ',' ',' ','R',' ',' ',' '},
  {' ',' ',' ','R','R',' ',' ',' '},
  {' ','R',' ','R','R',' ','R',' '},
  {' ','R','R','R','O','R','R',' '},
  {' ','R','O','O','Y','O','R',' '},
  {' ','R','Y','Y','Y','Y','R',' '},
  {' ',' ','R','Y','Y','Y','R',' '}
},{
  {' ',' ',' ',' ','B','T','B',' '},
  {' ',' ',' ','B','T','B',' ',' '},
  {' ',' ','B','T','B',' ',' ',' '},
  {' ','B','T','T','T','T','T','B'},
  {'B','T','T','T','T','T','B',' '},
  {' ',' ',' ','B','T','B',' ',' '},
  {' ',' ','B','T','B',' ',' ',' '},
  {' ','B','T','B',' ',' ',' ',' '}
}};

int tile[8][8];
boolean moved[8][8];

byte lock[8] = {
  B01110,
  B11011,
  B10001,
  B10001,
  B11111,
  B11011,
  B11011,
  B11111
};

#define screenSaverTime 60000
#define saverTextMinShow 5000
#define saverTextNum 33
String saverText[33][4] = {
  {"PERCEPTRON: is a one","NODE NEURAL NETWORK","that can CLASSIFY", "LINEAR SEPARATE DATA"}, 
  {"CLASSIFY: sort data","into different","categories or types","by giving it a name"},
  {"LINEAR SEPARATE","DATA: data that can","separated by a line","drawn on a graph"}, 
  {"NEURAL NETWORK: is a","simple model of how","biological neurons","cooperate in a brain"},
  {"NEURAL NETWORK: can","learn by TRAINING to","perform tasks by","being shown examples"},
  {"NEURAL NETWORK: is a","network of NODES","that are connected","together by WEIGHTS"},
  {"WEIGHT MEMORY: is a","store of WEIGHTS","that acts as long","term memory"},
  {"WEIGHTS: numbers","that show a strength","of connection","between the NODES"},
  {"WEIGHTS: are learnt","and adjusted during","TRAINING and connect","NODES together"},
  {"NODES: are single","processing units","that mimic a real","biological neuron"}, 
  {"NODES: calculate","-inputs X WEIGHTS-","and outputs a signal","to other nodes"},
  {"NODES: fires an","output signal when","the sum of its input","exceeds a THRESHOLD"},
  {"THRESHOLD: a number","to compare against","to say what category","something is"},
  {"MAPPING: turns real","world data like","color and size into","INPUT SIGNALS"},
  {"MAPPING: turns the","OUTPUT SIGNALS","into real world data","like -box type-"},
  {"INPUT SIGNALS: are","numbers that feed","the inputs of a","NEURAL NETWORK"},
  {"OUTPUT SIGNALS: are","calculated by the","NEURAL NETWORK to","CLASSIFY input data"}, 
  {"LEARNING: getting","better at performing","a task by receiving","TRAINING"},
  {"LEARNING: knowledge","gained by seeing","many good and bad","examples of a thing"}, 
  {"LEARNING: NEURAL","NETWORKS learn by a","a method called BACK","PROPAGATION"}, 
  {"TRAINING: a process","of structured","LEARNING that uses","TRAINING EXAMPLES"},
  {"TRAINING EXAMPLES:","a pre-planned set of","good & bad examples","to teach with"}, 
  {"BACK PROPAGATION:","uses an ERROR SIGNAL","to adjust the WEIGHT","MEMORY contents"},
  {"BACK PROPAGATION: is","the type of LEARNING","used by a NEURAL","NETWORK"},
  {"ERROR SIGNAL: is the","diff. between OUTPUT","SIGNALS and the","TRAINING EXAMPLES"},
  {"ERROR SIGNAL: is a","way to tell a NEURAL","NETWORK if it is","correct or not"},
  {"<box name> uses a","PERCEPTRON to","CLASSIFY different","size and color boxes"},
  {"<box name> is a","simple example of","MACHINE LEARNING and","NEURAL NETWORKS"},
  {"MACHINE LEARNING: is","a subset of AI and","is a branch of study","in Computer Science"},  
  {"MACHINE LEARNING:","allows machines to","learn new tasks","without programming"},
  {"MACHINE LEARNING:","commonly uses NEURAL","NETWORKS as the main","form of intelligence"},
  {"AI: aims to make","computers as smart","or smarter than a","human!"},
  {"AI: uses MACHINE","LEARNING as a tool","to becoming more","intelligent"}, 
};

#define potMax 700
#define potMin 300

enum pongGameMode {
  pongPlay,
  pongShowScore,
  pongWait,
  pongExit
};

pongGameMode pongMode = pongWait;

int ballSpeed = 200;
int ballPosX;
int ballPosY;
int ballDirX;
int ballDirY;
int rightPaddlePos;
int leftPaddlePos;
boolean stickBallToPaddle;
int ballOnPaddle;
unsigned long lastBallUpdate;
boolean checkBall;

int pongLives;
unsigned long int pongScore;
unsigned long int pongScoreIncrement = 10;

String trainCorrect[5] = {
  "YES, I knew it was",
  "HA! as I thought, ",
  "OH YEAH - that's",
  "Thankyou. I know its",
  "BOOM. I was right!" 
};

String trainWrong[5] = {
  "NO! I was sure its",
  "OH, I thought it was",
  "HUH I was wrong with",
  "I'm shocked its not",
  "Now I see its not" 
};

void setup() {

  Serial.begin(115200);
  
  pinMode(potLeft, INPUT);
  pinMode(potCenter, INPUT);
  pinMode(potRight, INPUT);
  pinMode(greenButton, INPUT);
  pinMode(blueButton, INPUT);
  pinMode(redButton, INPUT);
  pinMode(joyButton, INPUT);
  pinMode(joyH, INPUT);
  pinMode(joyV, INPUT);
  pinMode(ampEnable, OUTPUT);

  // setup SD-card
  if (!SD.begin(sdCs)) {
    sdInit = false;
  } else {
    sdInit = true;
  }
    
  /* turn on the timer clock in the power management controller */
  pmc_set_writeprotect(false);
  pmc_enable_periph_clk(ID_TC4);
  /* we want wavesel 01 with RC */
  TC_Configure(/* clock */TC1,/* channel */1, TC_CMR_WAVE | TC_CMR_WAVSEL_UP_RC | TC_CMR_TCCLKS_TIMER_CLOCK2);
  TC_SetRC(TC1, 1, 238); // sets <> 44.1 Khz interrupt rate
  TC_Start(TC1, 1); 
  // enable timer interrupts on the timer 
  TC1->TC_CHANNEL[1].TC_IER=TC_IER_CPCS;
  TC1->TC_CHANNEL[1].TC_IDR=~TC_IER_CPCS; 
  /* Enable the interrupt in the nested vector interrupt controller */
  /* TC4_IRQn where 4 is the timer number * timer channels (3) + the channel number (=(1*3)+1) for timer1 channel1 */
  NVIC_EnableIRQ(TC4_IRQn);
  // make the look up tables
  createNoteTable(SAMPLE_RATE);
  makeSineWave();
  //set up the dac
  analogWriteResolution(12);
  analogWrite(DAC1, 0);

  lcd.begin(20, 4); // initialize the lcd
  lcd.setBacklight(1); 
  lcd.createChar(0, lock);

  matrix.begin();
  matrix.setTextWrap(false);
  matrix.setBrightness(60);
  matrix.clear();
  matrix.clear();
  leds.begin();  
  leds.setBrightness(60);
  leds.clear();
  leds.show();

  // JF-
  // uncomment lines below if you need to delete a corrupt log file
  //if (SD.exists("settings.txt"))
  //  SD.remove("settings.txt");

  loadedSettings = readSettings();

  seedRNG();

  lastBallUpdate = millis();
  checkBall = false;
  readPaddlePosition();
  stickBallToPaddle = true;
  ballOnPaddle = random(2);

  
  leds.clear();
  leds.show();

  Serial.print(boxName);
  Serial.print(" flush serial port....");
  Serial.flush();

}

void enterName() {

  // 16 chars
  // show cursor
  // A-Z
  // joy stick v - move cursor
  // joy buuton to select - any othe button to finish
  // middle dial to select guild

  matrix.clear();
  matrix.show();
  
  lcd.clear();
  lcd.setCursor(0,0);
  lcd.print("Use the dials to ");
  lcd.setCursor(0,1);
  lcd.print("name your brain and");
  lcd.setCursor(0,2);
  lcd.print("select your guild.");

  while(!buttonPressed(any)) {
  }

  lcd.clear();

  int cPos = 0;
  int cSel = 0;
  int cPosLast = -1;
  int cSelLast = -1;
  int pv = 0;

  String newName = padString(12,boxName);
  
  boolean nameSet = false;
  while(!nameSet) {

    pv = analogRead(potRight);
    pv = floor(pv/342);  

    // need to copy this if modded to welcome/set-name
    for (int x=0; x<8; x++) {
      for (int y=0; y<8; y++) {
        uint32_t c = matrix.Color(0,0,0);
        switch (guildGlyphs[pv][x][y]) {
          case 'R':
            c = gRed;
            break;
          case 'O':
            c = gOrange;
            break;
          case 'Y':
            c = gYellow;
            break;
          case 'B':
            c = gBlue;
            break;
          case 'T':
            c = gTeal;
            break;
          case 'G':
            c = gGreen;
            break;
          case 'P':
            c = gPurple;
            break;
          case 'W':
            c = gWhite;
            break;
          case ' ':
            c =gBlack;
            break;
          default:
            c = gBlack;
            break;  
        }
        matrix.drawPixel(y,x,c);
      }
    }

    cPos = analogRead(potLeft);
    cPos = floor(cPos/86);

    cSel = analogRead(potCenter);
    cSel = floor(cSel/39);

    if (cSel != cSelLast) {
      char c = cSel + 65;
      if (cSel == 26)
        c = ' ';
      newName.setCharAt(cPos,c);
      lcd.setCursor(4,0);
      lcd.print(newName);
    }

    
    if (cPos != cPosLast) {
      lcd.setCursor(0,1);
      lcd.print(padString(20," "));
      lcd.setCursor(cPos+4,1);
      lcd.print("^");
    }
    
    //lcd.noCursor();
    lcd.setCursor(0,3);
    lcd.print(padString(20,guildNames[pv]));

    matrix.show();

    cSelLast = cSel;
    cPosLast = cPos;

    if (buttonPressed(any))
      nameSet = true;

  }

  boxName = newName; 
  boxName.trim();
  boxGuild = guildNames[pv];
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5,"learn if you use");
  pageAddEntry(6,"well thought-out");
  pageAddEntry(7,"examples.  ");
  pageAddEntry(8,"I will guess what");
  pageAddEntry(9,"the boxes are, and ");
  pageAddEntry(10,"learn from my ");
  pageAddEntry(11,"mistakes.");

  int score = 0;
    
  int selected = 0;
  selected = pageUpdate();
  
  boolean answered = false;
  while(!answered) {
    selected = pageUpdate();
    if (buttonPressed(red)) {
      mode = menu;
      return; 
    }
    if (buttonPressed(blue) || buttonPressed(green) || buttonPressed(joy)) {
      answered = true;
    }
  }
 
  for (int i=0; i<5; i++) {

    lcd.clear();
    lcd.setCursor(0, 0);
    lcd.print(padString(20,"Use the dials to"));
    lcd.setCursor(0, 1);
    lcd.print(padString(20,"make a box.")); 
    lcd.setCursor(0, 3);
    lcd.print(padString(20,"Press blue when done."));     
    
    float xs = 0;
    float ys = 0;
    int error = 0;

    // make a box until the blue button is pushed
    while(!buttonPressed(blue)) {
      xs = (((float)analogRead(potLeft) / 511.5)-1.0)*cMax;
      if (xs < -374) xs = -374;
      ys = (((float)analogRead(potRight) / 511.5)-1.0)*cMax;
      int boxSize = ((xs+cMax)/(cMax*2))*31;
      int boxColor = (((ys+cMax)/(cMax*2))*127)+32;
      drawBox(boxSize, boxColor, true);
      int prediction = nnFeedForward(xs, ys); // run a sneaky prediction 
      // prediction 1 = large red    -1 = small green
      uint32_t ledRGB = leds.Color(8,0,0);
      if (prediction == -1)
        ledRGB = leds.Color(0,8,0); 
      leds.setPixelColor(0, ledRGB);
      leds.show();

    }

    // run the neural net forward
    int prediction = nnFeedForward(xs, ys); 
    // prediction 1 = large red    -1 = small green

    boolean answered = false;
    while(!answered) {
     
      lcd.setCursor(0, 0);
      lcd.print(padString(20,"What type of box")); 
      lcd.setCursor(0, 1);
      lcd.print(padString(20,"is this?")); 
      lcd.setCursor(0, 2);
      lcd.print(padString(20,"Green = small green."));  
      lcd.setCursor(0, 3);
      lcd.print(padString(20,"Red = large red.")); 

      if (buttonPressed(red)) {
        answered = true;
        error = 1 - prediction; 
      } else if (buttonPressed(green)) {
        answered = true;
        error = -1 - prediction;
      }      
        
    }

    lcd.clear();

    if (error != 0) {
  
      nnAdjustWeights(xs, ys, error);

      lcd.setCursor(0, 0);
      lcd.print(padString(20,trainWrong[random(5)]));
      lcd.setCursor(0, 1);
      if (prediction == -1)
        lcd.print(padString(20,"a small green box"));
      else
        lcd.print(padString(20,"a larger red box"));
      lcd.setCursor(0, 3);
      lcd.print(padString(20,"Applying learning..."));
       
      unsigned long learningTimeStamp = millis();
      unsigned long toneTimeStamp = millis();
      int toneDuration = 100;
      
      ampOn();
      while (millis() - learningTimeStamp < trainBoxDuration) {
        if (millis() - toneTimeStamp > toneDuration * 1.3) { 
          toneTimeStamp = millis();
          playTone(random(40)+30, toneDuration);
        } // if for making tone.         
      } // while
         
      ampOff();
      clearTone();
      score++;

    } else {
      
      lcd.clear();
      lcd.setCursor(0, 0);
      lcd.print(padString(20,trainCorrect[random(5)]));
      lcd.setCursor(0, 1);
      if (prediction == -1)
        lcd.print(padString(20,"a green box"));
      else
        lcd.print(padString(20,"a red box"));
      
      unsigned long learningTimeStamp = millis();      
      while (millis() - learningTimeStamp < trainBoxDuration) {
      } // while
    }
  }

  trainCycles++; 

  logSettings();
  
  mode = brainstate;

  if (score==5) 
    menuLocks[synthLock] = 0;
  
  return;
  
}

void drawBox(int boxSize, int boxColor, boolean drawImmediate){
  
  int boxSizeInt = boxSize >> 2;
  int boxSizeFrac = boxSize & 3;
  int r = boxColor;
  int g = 160-boxColor;
  int b = 0;
    
  //if (boxSize > 16) {
  //r = 96-colVal;
  //g = 0;
  //b = colVal;
  //}
  
  uint16_t boxColorRGB = matrix.Color(r, g, b);

  if (drawImmediate)
    matrix.clear();
  
  for (int x=0; x<boxSizeInt; x++) {
    for (int y=0; y<boxSizeInt; y++) {
      matrix.drawPixel(x, 7-y, boxColorRGB);
    }   
  }

  if (boxSizeFrac == 0) {
    r = 0;
    g = 0;
    b = 0;
  }
  if (boxSizeFrac == 1) {
    r = r >> 2;
    g = g >> 2;
    b = b >> 2;
  }
  if (boxSizeFrac == 2) {
    r = r >> 1;
    g = g >> 1;
    b = b >> 1;
  }
  if (boxSizeFrac == 3) {
    r = (r >> 1) + (r >> 2);
    g = (g >> 1) + (g >> 2);
    b = (b >> 1) + (b >> 2);
  }
  boxColorRGB = matrix.Color(r, g, b);
    
  for (int y=0; y<boxSizeInt; y++) {
    matrix.drawPixel(boxSizeInt, 7-y, boxColorRGB);
  }
  for (int x=0; x<=boxSizeInt; x++) {
    matrix.drawPixel(x, 7-boxSizeInt, boxColorRGB);
  }     

  if (drawImmediate)
    matrix.show();

}


// ***************************************************************************************
// potValue
// ***************************************************************************************
int potValue(potPostion whichPot, float scale) {
  int value = -1;
  switch (whichPot) {
    case left:   
      value = analogRead(potLeft);
      break;
    case right:
      value = analogRead(potRight); 
      break;
    case center:
      value = analogRead(potCenter);
      break;
  }
  value = (int) value * scale;
  return value;
}

// ***************************************************************************************
// buttonPressed
// ***************************************************************************************
boolean buttonPressed(buttonColor whichButton) {
  int joyPress = digitalRead(joyButton);
  int greenPress = digitalRead(greenButton);
  int bluePress = digitalRead(blueButton);
  int redPress = digitalRead(redButton);
  boolean pressed = false;

  switch (whichButton) {
    case blue:
      if (bluePress == 0)
        pressed = true;
      break;
    case red:
      if (redPress == 0)
        pressed = true;
      break;
    case joy:
      if (joyPress == 0)
        pressed = true;
      break;
    case green:
      if (greenPress == 0)
        pressed = true;
      break;
    case any:
      if ((bluePress == 0) || (redPress == 0) || (joyPress == 0) || (greenPress == 0))
        pressed = true;
      break;
    default:
      pressed = false;
  }

  unsigned long timeSince = millis() - lastPressed;
  if ((pressed) && (timeSince < buttonReleaseDelay)) {
    lastPressed = millis();
    pressed = false;
  } else if (pressed) {
    lastPressed = millis();
  }

  return pressed;
  
}

// ***************************************************************************************
// setNEOScrollMessage
// ***************************************************************************************
void setNEOScrollMessage(String message, uint16_t color) {
  scrollNEOMessage = message;
  scrollNEOMilliSec = millis();
  scrollNEOMessageReset = -6 * scrollNEOMessage.length();
  scrollNEOMessagePos = matrix.width();
  scrollNEOColor = color;
}

// ***************************************************************************************
// updateNEOScrollMessage
// ***************************************************************************************
void updateNEOScrollMessage(){
  if (millis()-scrollNEOMilliSec > NEOscrollSpeed) {
    matrix.fillScreen(0);
    matrix.setCursor(scrollNEOMessagePos, 0);
    matrix.setTextColor(scrollNEOColor);
    matrix.print(scrollNEOMessage);
    if(--scrollNEOMessagePos < scrollNEOMessageReset) {
      scrollNEOMessagePos = matrix.width();
    }
    matrix.show();
    scrollNEOMilliSec = millis();
  }
}

// ***************************************************************************************
// nnFeedForward
// ***************************************************************************************
int nnFeedForward(float xs, float ys) {
  float sum = 0;
  float inputs[3];
  inputs[0] = xs; 
  inputs[1] = ys;
  inputs[2] = 1.0;
  for (int i=0; i<3; i++) {
    sum += inputs[i] * nnWeights[i];  
  }
  return nnActivate(sum);
}

// ***************************************************************************************
// nnActivate
// ***************************************************************************************
int nnActivate(float sum){
  if (sum>0) return 1;
  else return -1;
}

// ***************************************************************************************
// nnAdjustWeights
// ***************************************************************************************
int nnAdjustWeights(float xs, float ys, int error) {
  float inputs[3];
  inputs[0] = xs; 
  inputs[1] = ys;
  inputs[2] = 1.0;
  for (int i=0; i<3; i++) {
    nnWeights[i] += nnLearningC * (float)error * inputs[i];         
  }
}

int menuUpdate(boolean showIcons) {

  if (millis() - lastRead > 150) {
    int v = analogRead(joyV);

    posLast = posNow;
    
    if (v > 800)
      posNow = down;
    else if (v < 300)
      posNow = up;
    else if (v < 600 && v > 400)
      posNow = middle;

    if (posNow==middle && posLast==down){
      entrySel++;
      menuUpdateLCD = true;
      if (entrySel == menuNumEntries)
        entrySel = menuNumEntries-1;
    }
    else if (posNow==middle && posLast==up) {
      entrySel--;
      menuUpdateLCD = true;   
      if (entrySel < 0)
        entrySel = 0;
    }    
    lastRead = millis();


  }

  if (menuUpdateLCD) { 
    
    lcd.setCursor(0, 0);
    lcd.print(menuHeading);
    
    lcd.setCursor(0, 2);
    lcd.print("->");
  
    
    
    lcd.setCursor(2, 2);
    if (menuLocks[entrySel] && showIcons) {
      lcd.write(byte(0));
      lcd.setCursor(3, 2);
    } 
    lcd.print(menuEntries[entrySel]);
  
    if (entrySel==0) {
      lcd.setCursor(0, 1);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(2, 1);
      if (menuLocks[entrySel-1] && showIcons) {
        lcd.write(byte(0));
        lcd.setCursor(3, 1);
      }
      lcd.print(menuEntries[entrySel-1]);
    } 
  
    if (entrySel==menuNumEntries-1) {
      lcd.setCursor(0, 3);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(2, 3);
      if (menuLocks[entrySel+1] && showIcons) {
        lcd.write(byte(0));
        lcd.setCursor(3, 3);
      }
      lcd.print(menuEntries[entrySel+1]);
    }
    menuUpdateLCD = false;
  }

  return entrySel;
  
}

void menuAddHeading(String h) {
  menuHeading = padString(20,h);
}

void menuAddEntry(int i, String e) {
  if (i<16) {
    menuEntries[i] = padString(17,e); 
    menuNumEntries++;
    menuUpdateLCD = true;
  }

}

void menuClear() {
  menuNumEntries = 0;
  entrySel=0;
  menuHeading = " ";
  for (int i=0; i<16; i++) {
    menuEntries[i] = " ";    
  }
  menuUpdateLCD = true;
}

int pageUpdate() {

  if (millis() - lastRead > 150) {
    int v = analogRead(joyV);

    posLast = posNow;
    
    if (v > 900)
      posNow = down;
    else if (v < 200)
      posNow = up;
    else if (v < 576 && v > 448)
      posNow = middle;

    if (posNow==middle && posLast==down){
      entrySel++;
      pageUpdateLCD = true;
      if (entrySel == pageNumEntries)
        entrySel = pageNumEntries-1;
    }
    else if (posNow==middle && posLast==up) {
      entrySel--;
      pageUpdateLCD = true;   
      if (entrySel < 0)
        entrySel = 0;
    }    
    lastRead = millis();

  }

  if (pageUpdateLCD) { 
    
    lcd.setCursor(0, 0);
    lcd.print(pageHeading);
  
    lcd.setCursor(0, 2);
    lcd.print(pageEntries[entrySel]);
  
    if (entrySel==0) {
      lcd.setCursor(0, 1);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(0, 1);
      lcd.print(pageEntries[entrySel-1]);
    }
  
    if (entrySel==pageNumEntries-1) {
      lcd.setCursor(0, 3);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(0, 3);
      lcd.print(pageEntries[entrySel+1]);
    }
    pageUpdateLCD = false;
  }

  return entrySel;
  
}


void pageAddHeading(String h) {
  pageHeading = padString(20,h);
}

void pageAddEntry(int i, String e) {
  if (i<32) {
    pageEntries[i] = padString(20,e); 
    pageNumEntries++;
    pageUpdateLCD = true;
  }
}

void pageClear() {
  pageNumEntries = 0;
  entrySel=0;
  pageHeading = " ";
  for (int i=0; i<32; i++) {
    pageEntries[i] = " ";    
  }
  pageUpdateLCD = true;
}


String padString(int len, String in) {
  String out;
  if (in.length() < len) { 
    out = in;
    int l = len-in.length();
    for (int i=0; i<l; i++) {
      out+=" ";  
    }
  } else {
    out = in.substring(0,len);
  }
  return out;  
}

void playTone(int midiA, int duration) {
  tTime = millis();
  tDuration = duration;
  toneActive = true;
  playDual = false;

  // 882 to go = 658-665 zero crossing

  //samples = ((duration * 1000) / 22.7);// - 882;
  //if (samples < 0) samples = 0; 
  //countSamples = 0;

  ulPhaseIncrementA = nMidiPhaseIncrement[midiA];
}

void playDualTone(int midiA, int midiB, float mix, int duration) {
  tTime = millis();
  tDuration = duration;
  toneActive = true;
  playDual = true;

  ulPhaseIncrementA = nMidiPhaseIncrement[midiA];
  ulPhaseIncrementB = nMidiPhaseIncrement[midiB];

  if (mix <0.0) mix = 0.0;
  if (mix >1.0) mix = 1.0;

  toneMixA = mix;
  toneMixB = 1-0 - mix;
  
}

void ampOn() {
  digitalWrite(ampEnable,HIGH); 
}

void ampOff() {
  digitalWrite(ampEnable,LOW); 
}

void clearTone() {
  toneActive = false;
}

void TC4_Handler()
{
  
  
  // We need to get the status to clear it and allow the interrupt to fire again
  TC_GetStatus(TC1, 1);
 
  if (toneActive) {

    ulPhaseAccumulatorA += ulPhaseIncrementA;   // 32 bit phase increment, see below
    ulPhaseAccumulatorB += ulPhaseIncrementB;  
  
    // if the phase accumulator over flows - we have been through one cycle at the current pitch,
    // now we need to reset the grains ready for our next cycle
    if(ulPhaseAccumulatorA > SAMPLES_PER_CYCLE_FIXEDPOINT)
      ulPhaseAccumulatorA -= SAMPLES_PER_CYCLE_FIXEDPOINT;
    if(ulPhaseAccumulatorB > SAMPLES_PER_CYCLE_FIXEDPOINT)
      ulPhaseAccumulatorB -= SAMPLES_PER_CYCLE_FIXEDPOINT;
      
    uint32_t phaseAdjustPAccA = (ulPhaseAccumulatorA>>20) % SINE_SAMPLES;
    uint32_t phaseAdjustPAccB = (ulPhaseAccumulatorB>>20) % SINE_SAMPLES;

    // get the current sample   
    uint32_t ulOutputA = sineWave[phaseAdjustPAccA];
    uint32_t ulOutputB = sineWave[phaseAdju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 and tidying
// go all through delay and costants in the code and #define
// Perceprotn notes: prediction 1 = large red    -1 = small green
// box size/color ranges
// boxSize = 0..31 ; 32 steps ; 8 leds x 4 level of brigthness 
// colVal = max 32 + 128 = 32..159 ; works best for neopixel display 

String boxName = "BRAIN BOX";
String boxGuild = "NINJA";

//Due board/shield IO
#define potLeft A0
#define potCenter A1
#define potRight A2
#define redButton 4
#define greenButton 3
#define blueButton 2
#define joyH A4
#define joyButton 5
#define joyV A5
#define ampEnable A3
#define sdCs 38
#define neoPinMatrix 7 
#define neoPinSingle 6 

// app params 
#define buttonReleaseDelay 150
#define LCDscrollSpeed 200
#define NEOscrollSpeed 75
#define makeBoxDuration 2000
#define makeBoxDurationBy2 1000
//#define makeSound true
#define analyzeBoxDuration 1500
//#define analyzeBoxDurationBy2 750
#define trainBoxDuration 2000
//#define trainBoxDurationBy2 750
#define cMax 400
#define learningRate 0.0001

#include <Wire.h>
#include <LiquidCrystal_PCF8574.h>
#include <Adafruit_NeoMatrix.h>
#include <Adafruit_NeoPixel.h>
#include <SD.h>
#include <SPI.h>
#include <Audio.h>

enum potPostion {
  left,
  right,
  center
}; 

enum buttonColor {
  blue,
  red,
  green,
  joy,
  any
}; 
//JF-
LiquidCrystal_PCF8574 lcd(0x3F);  // set the LCD address
//LiquidCrystal_PCF8574 lcd(0x27);  // set the LCD address

Adafruit_NeoMatrix matrix = Adafruit_NeoMatrix(8, 8, neoPinMatrix,
  NEO_MATRIX_LEFT     + NEO_MATRIX_TOP +
  NEO_MATRIX_ROWS + NEO_MATRIX_PROGRESSIVE,
  NEO_GRB            + NEO_KHZ800);

Adafruit_NeoPixel leds = Adafruit_NeoPixel(1, neoPinSingle, NEO_RGB + NEO_KHZ800);

unsigned long scrollNEOMilliSec;
String scrollNEOMessage = "............................................";
int scrollNEOMessageReset;
int scrollNEOMessagePos;
uint16_t scrollNEOColor;

unsigned long lastPressed;

float goodBoxRadius = 1.1;
int trainCycles = 0;
int totalTrainingExamples = 0;
int totalCorrect = 0;
float workModeAverage = 0;
int workModeBest = 0;

// menu & text-pages globals
unsigned long lastRead = 0;
enum joyVDir {
  down,
  up,
  middle
}; 
String bs = "                      ";
joyVDir posNow = middle;
joyVDir posLast = middle;
int entrySel=0;
int menuNumEntries=0;
String menuEntries[16] = {bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs};;
String menuHeading;
boolean menuUpdateLCD;
int pageNumEntries=0;
String pageEntries[32] = {bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs,bs};
String pageHeading;
boolean pageUpdateLCD;

// initialize the neural net waits and learning constant
float nnWeights[3] = {-1.0,1.0,0.0};
float nnLearningC = learningRate;

// main menu options
#define mainMenuSize 9
//"-----------------" 17 char ref
String mainMenuEntries[mainMenuSize] = {
  "Show brain state",
  "Training mode",
  "Work mode",
  "Upload to factory",
  "Analyze mode",
  "Play Boing",
  "Zappa Synth",
  "Instructions",
  "Settings"
};

boolean menuLocks[mainMenuSize] = {0,0,0,0,0,1,1,0,0};
//boolean menuLocks[mainMenuSize] = {0,0,0,0,0,0,0,0,0};
#define pongLock 5
#define synthLock 6

//"-----------------" 17 char ref
#define settingsMenuSize 6
String settingsMenuEntries[mainMenuSize] = {
  "Volume",
  "Set difficulty",
  "Name the brain",
  "Reset brain",
  "About",
  "Main menu"
};

enum modeType {
  welcome,
  work,
  brainstate,
  menu,
  train,
  analyze,
  factory,
  settings,
  instructions,
  pong,
  synth
};
modeType mode = welcome;
String modeDesc; 

#define SINE_SAMPLES 882 // 44.1khz / 50hz = 882 samples need for a full 50 hz sine wave
uint16_t sineWave[SINE_SAMPLES];
// the phase accumulator points to the current sample in our wavetable
uint32_t ulPhaseAccumulatorA = 0;
uint32_t ulPhaseAccumulatorB = 0;
// the phase increment controls the rate at which we move through the wave table
// higher values = higher frequencies
volatile uint32_t ulPhaseIncrementA = 0;   // 32 bit phase increment, see below
volatile uint32_t ulPhaseIncrementB = 0;   // 32 bit phase increment, see below
// full waveform = 0 to SAMPLES_PER_CYCLE
// Phase Increment for 1 Hz =(SAMPLES_PER_CYCLE_FIXEDPOINT/SAMPLE_RATE) = 1Hz
// Phase Increment for frequency F = (SAMPLES_PER_CYCLE/SAMPLE_RATE)*F
#define SAMPLE_RATE 44100.0
#define SAMPLES_PER_CYCLE 882
#define SAMPLES_PER_CYCLE_FIXEDPOINT (SAMPLES_PER_CYCLE<<20)
#define TICKS_PER_CYCLE (float)((float)SAMPLES_PER_CYCLE_FIXEDPOINT/(float)SAMPLE_RATE)
#define MIDI_NOTES 128
uint32_t nMidiPhaseIncrement[MIDI_NOTES];
float toneMixA;
float toneMixB; 
boolean playDual = false;

unsigned long tTime;
int tDuration;
boolean toneActive = false;

boolean sdInit = false;

#define paramLen 40
byte params[paramLen];
boolean loadedSettings = false;

int volume = 3;

String guildNames[3] = {"NINJA","PHOENIX","LIGHTNING"};

const uint32_t gRed = matrix.Color(128,0,0);        // R 
const uint32_t gOrange = matrix.Color(120,40,2);    // O
const uint32_t gYellow = matrix.Color(100,80,0);    // Y
const uint32_t gBlue = matrix.Color(0,0,128);       // B
const uint32_t gPurple = matrix.Color(128,0,128);   // P
const uint32_t gGreen = matrix.Color(0,128,0);      // G
const uint32_t gTeal = matrix.Color(32,64,64);      // T
const uint32_t gBlack = matrix.Color(0,0,0);        // B
const uint32_t gWhite = matrix.Color(100,80,100);   // W

char guildGlyphs[3][8][8] = {{
  {'O','O','O','O',' ',' ',' ','O'},
  {' ','O','O','O','O',' ','O','O'},
  {' ',' ','O','O','O','O','O','O'},
  {' ','O','O',' ',' ','O','O','O'},
  {'O','O','O',' ',' ','O','O',' '},
  {'O','O','O','O','O','O',' ',' '},
  {'O','O',' ','O','O','O','O',' '},
  {'O',' ',' ',' ','O','O','O','O'}
},{
  {' ',' ',' ',' ',' ',' ',' ',' '},
  {' ',' ',' ',' ','R',' ',' ',' '},
  {' ',' ',' ','R','R',' ',' ',' '},
  {' ','R',' ','R','R',' ','R',' '},
  {' ','R','R','R','O','R','R',' '},
  {' ','R','O','O','Y','O','R',' '},
  {' ','R','Y','Y','Y','Y','R',' '},
  {' ',' ','R','Y','Y','Y','R',' '}
},{
  {' ',' ',' ',' ','B','T','B',' '},
  {' ',' ',' ','B','T','B',' ',' '},
  {' ',' ','B','T','B',' ',' ',' '},
  {' ','B','T','T','T','T','T','B'},
  {'B','T','T','T','T','T','B',' '},
  {' ',' ',' ','B','T','B',' ',' '},
  {' ',' ','B','T','B',' ',' ',' '},
  {' ','B','T','B',' ',' ',' ',' '}
}};

int tile[8][8];
boolean moved[8][8];

byte lock[8] = {
  B01110,
  B11011,
  B10001,
  B10001,
  B11111,
  B11011,
  B11011,
  B11111
};

#define screenSaverTime 60000
#define saverTextMinShow 5000
#define saverTextNum 33
String saverText[33][4] = {
  {"PERCEPTRON: is a one","NODE NEURAL NETWORK","that can CLASSIFY", "LINEAR SEPARATE DATA"}, 
  {"CLASSIFY: sort data","into different","categories or types","by giving it a name"},
  {"LINEAR SEPARATE","DATA: data that can","separated by a line","drawn on a graph"}, 
  {"NEURAL NETWORK: is a","simple model of how","biological neurons","cooperate in a brain"},
  {"NEURAL NETWORK: can","learn by TRAINING to","perform tasks by","being shown examples"},
  {"NEURAL NETWORK: is a","network of NODES","that are connected","together by WEIGHTS"},
  {"WEIGHT MEMORY: is a","store of WEIGHTS","that acts as long","term memory"},
  {"WEIGHTS: numbers","that show a strength","of connection","between the NODES"},
  {"WEIGHTS: are learnt","and adjusted during","TRAINING and connect","NODES together"},
  {"NODES: are single","processing units","that mimic a real","biological neuron"}, 
  {"NODES: calculate","-inputs X WEIGHTS-","and outputs a signal","to other nodes"},
  {"NODES: fires an","output signal when","the sum of its input","exceeds a THRESHOLD"},
  {"THRESHOLD: a number","to compare against","to say what category","something is"},
  {"MAPPING: turns real","world data like","color and size into","INPUT SIGNALS"},
  {"MAPPING: turns the","OUTPUT SIGNALS","into real world data","like -box type-"},
  {"INPUT SIGNALS: are","numbers that feed","the inputs of a","NEURAL NETWORK"},
  {"OUTPUT SIGNALS: are","calculated by the","NEURAL NETWORK to","CLASSIFY input data"}, 
  {"LEARNING: getting","better at performing","a task by receiving","TRAINING"},
  {"LEARNING: knowledge","gained by seeing","many good and bad","examples of a thing"}, 
  {"LEARNING: NEURAL","NETWORKS learn by a","a method called BACK","PROPAGATION"}, 
  {"TRAINING: a process","of structured","LEARNING that uses","TRAINING EXAMPLES"},
  {"TRAINING EXAMPLES:","a pre-planned set of","good & bad examples","to teach with"}, 
  {"BACK PROPAGATION:","uses an ERROR SIGNAL","to adjust the WEIGHT","MEMORY contents"},
  {"BACK PROPAGATION: is","the type of LEARNING","used by a NEURAL","NETWORK"},
  {"ERROR SIGNAL: is the","diff. between OUTPUT","SIGNALS and the","TRAINING EXAMPLES"},
  {"ERROR SIGNAL: is a","way to tell a NEURAL","NETWORK if it is","correct or not"},
  {"<box name> uses a","PERCEPTRON to","CLASSIFY different","size and color boxes"},
  {"<box name> is a","simple example of","MACHINE LEARNING and","NEURAL NETWORKS"},
  {"MACHINE LEARNING: is","a subset of AI and","is a branch of study","in Computer Science"},  
  {"MACHINE LEARNING:","allows machines to","learn new tasks","without programming"},
  {"MACHINE LEARNING:","commonly uses NEURAL","NETWORKS as the main","form of intelligence"},
  {"AI: aims to make","computers as smart","or smarter than a","human!"},
  {"AI: uses MACHINE","LEARNING as a tool","to becoming more","intelligent"}, 
};

#define potMax 700
#define potMin 300

enum pongGameMode {
  pongPlay,
  pongShowScore,
  pongWait,
  pongExit
};

pongGameMode pongMode = pongWait;

int ballSpeed = 200;
int ballPosX;
int ballPosY;
int ballDirX;
int ballDirY;
int rightPaddlePos;
int leftPaddlePos;
boolean stickBallToPaddle;
int ballOnPaddle;
unsigned long lastBallUpdate;
boolean checkBall;

int pongLives;
unsigned long int pongScore;
unsigned long int pongScoreIncrement = 10;

String trainCorrect[5] = {
  "YES, I knew it was",
  "HA! as I thought, ",
  "OH YEAH - that's",
  "Thankyou. I know its",
  "BOOM. I was right!" 
};

String trainWrong[5] = {
  "NO! I was sure its",
  "OH, I thought it was",
  "HUH I was wrong with",
  "I'm shocked its not",
  "Now I see its not" 
};

void setup() {

  Serial.begin(115200);
  
  pinMode(potLeft, INPUT);
  pinMode(potCenter, INPUT);
  pinMode(potRight, INPUT);
  pinMode(greenButton, INPUT);
  pinMode(blueButton, INPUT);
  pinMode(redButton, INPUT);
  pinMode(joyButton, INPUT);
  pinMode(joyH, INPUT);
  pinMode(joyV, INPUT);
  pinMode(ampEnable, OUTPUT);

  // setup SD-card
  if (!SD.begin(sdCs)) {
    sdInit = false;
  } else {
    sdInit = true;
  }
    
  /* turn on the timer clock in the power management controller */
  pmc_set_writeprotect(false);
  pmc_enable_periph_clk(ID_TC4);
  /* we want wavesel 01 with RC */
  TC_Configure(/* clock */TC1,/* channel */1, TC_CMR_WAVE | TC_CMR_WAVSEL_UP_RC | TC_CMR_TCCLKS_TIMER_CLOCK2);
  TC_SetRC(TC1, 1, 238); // sets <> 44.1 Khz interrupt rate
  TC_Start(TC1, 1); 
  // enable timer interrupts on the timer 
  TC1->TC_CHANNEL[1].TC_IER=TC_IER_CPCS;
  TC1->TC_CHANNEL[1].TC_IDR=~TC_IER_CPCS; 
  /* Enable the interrupt in the nested vector interrupt controller */
  /* TC4_IRQn where 4 is the timer number * timer channels (3) + the channel number (=(1*3)+1) for timer1 channel1 */
  NVIC_EnableIRQ(TC4_IRQn);
  // make the look up tables
  createNoteTable(SAMPLE_RATE);
  makeSineWave();
  //set up the dac
  analogWriteResolution(12);
  analogWrite(DAC1, 0);

  lcd.begin(20, 4); // initialize the lcd
  lcd.setBacklight(1); 
  lcd.createChar(0, lock);

  matrix.begin();
  matrix.setTextWrap(false);
  matrix.setBrightness(60);
  matrix.clear();
  matrix.clear();
  leds.begin();  
  leds.setBrightness(60);
  leds.clear();
  leds.show();

  // JF-
  // uncomment lines below if you need to delete a corrupt log file
  //if (SD.exists("settings.txt"))
  //  SD.remove("settings.txt");

  loadedSettings = readSettings();

  seedRNG();

  lastBallUpdate = millis();
  checkBall = false;
  readPaddlePosition();
  stickBallToPaddle = true;
  ballOnPaddle = random(2);

  
  leds.clear();
  leds.show();

  Serial.print(boxName);
  Serial.print(" flush serial port....");
  Serial.flush();

}

void enterName() {

  // 16 chars
  // show cursor
  // A-Z
  // joy stick v - move cursor
  // joy buuton to select - any othe button to finish
  // middle dial to select guild

  matrix.clear();
  matrix.show();
  
  lcd.clear();
  lcd.setCursor(0,0);
  lcd.print("Use the dials to ");
  lcd.setCursor(0,1);
  lcd.print("name your brain and");
  lcd.setCursor(0,2);
  lcd.print("select your guild.");

  while(!buttonPressed(any)) {
  }

  lcd.clear();

  int cPos = 0;
  int cSel = 0;
  int cPosLast = -1;
  int cSelLast = -1;
  int pv = 0;

  String newName = padString(12,boxName);
  
  boolean nameSet = false;
  while(!nameSet) {

    pv = analogRead(potRight);
    pv = floor(pv/342);  

    // need to copy this if modded to welcome/set-name
    for (int x=0; x<8; x++) {
      for (int y=0; y<8; y++) {
        uint32_t c = matrix.Color(0,0,0);
        switch (guildGlyphs[pv][x][y]) {
          case 'R':
            c = gRed;
            break;
          case 'O':
            c = gOrange;
            break;
          case 'Y':
            c = gYellow;
            break;
          case 'B':
            c = gBlue;
            break;
          case 'T':
            c = gTeal;
            break;
          case 'G':
            c = gGreen;
            break;
          case 'P':
            c = gPurple;
            break;
          case 'W':
            c = gWhite;
            break;
          case ' ':
            c =gBlack;
            break;
          default:
            c = gBlack;
            break;  
        }
        matrix.drawPixel(y,x,c);
      }
    }

    cPos = analogRead(potLeft);
    cPos = floor(cPos/86);

    cSel = analogRead(potCenter);
    cSel = floor(cSel/39);

    if (cSel != cSelLast) {
      char c = cSel + 65;
      if (cSel == 26)
        c = ' ';
      newName.setCharAt(cPos,c);
      lcd.setCursor(4,0);
      lcd.print(newName);
    }

    
    if (cPos != cPosLast) {
      lcd.setCursor(0,1);
      lcd.print(padString(20," "));
      lcd.setCursor(cPos+4,1);
      lcd.print("^");
    }
    
    //lcd.noCursor();
    lcd.setCursor(0,3);
    lcd.print(padString(20,guildNames[pv]));

    matrix.show();

    cSelLast = cSel;
    cPosLast = cPos;

    if (buttonPressed(any))
      nameSet = true;

  }

  boxName = newName; 
  boxName.trim();
  boxGuild = guildNames[pv];
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5,"learn if you use");
  pageAddEntry(6,"well thought-out");
  pageAddEntry(7,"examples.  ");
  pageAddEntry(8,"I will guess what");
  pageAddEntry(9,"the boxes are, and ");
  pageAddEntry(10,"learn from my ");
  pageAddEntry(11,"mistakes.");

  int score = 0;
    
  int selected = 0;
  selected = pageUpdate();
  
  boolean answered = false;
  while(!answered) {
    selected = pageUpdate();
    if (buttonPressed(red)) {
      mode = menu;
      return; 
    }
    if (buttonPressed(blue) || buttonPressed(green) || buttonPressed(joy)) {
      answered = true;
    }
  }
 
  for (int i=0; i<5; i++) {

    lcd.clear();
    lcd.setCursor(0, 0);
    lcd.print(padString(20,"Use the dials to"));
    lcd.setCursor(0, 1);
    lcd.print(padString(20,"make a box.")); 
    lcd.setCursor(0, 3);
    lcd.print(padString(20,"Press blue when done."));     
    
    float xs = 0;
    float ys = 0;
    int error = 0;

    // make a box until the blue button is pushed
    while(!buttonPressed(blue)) {
      xs = (((float)analogRead(potLeft) / 511.5)-1.0)*cMax;
      if (xs < -374) xs = -374;
      ys = (((float)analogRead(potRight) / 511.5)-1.0)*cMax;
      int boxSize = ((xs+cMax)/(cMax*2))*31;
      int boxColor = (((ys+cMax)/(cMax*2))*127)+32;
      drawBox(boxSize, boxColor, true);
      int prediction = nnFeedForward(xs, ys); // run a sneaky prediction 
      // prediction 1 = large red    -1 = small green
      uint32_t ledRGB = leds.Color(8,0,0);
      if (prediction == -1)
        ledRGB = leds.Color(0,8,0); 
      leds.setPixelColor(0, ledRGB);
      leds.show();

    }

    // run the neural net forward
    int prediction = nnFeedForward(xs, ys); 
    // prediction 1 = large red    -1 = small green

    boolean answered = false;
    while(!answered) {
     
      lcd.setCursor(0, 0);
      lcd.print(padString(20,"What type of box")); 
      lcd.setCursor(0, 1);
      lcd.print(padString(20,"is this?")); 
      lcd.setCursor(0, 2);
      lcd.print(padString(20,"Green = small green."));  
      lcd.setCursor(0, 3);
      lcd.print(padString(20,"Red = large red.")); 

      if (buttonPressed(red)) {
        answered = true;
        error = 1 - prediction; 
      } else if (buttonPressed(green)) {
        answered = true;
        error = -1 - prediction;
      }      
        
    }

    lcd.clear();

    if (error != 0) {
  
      nnAdjustWeights(xs, ys, error);

      lcd.setCursor(0, 0);
      lcd.print(padString(20,trainWrong[random(5)]));
      lcd.setCursor(0, 1);
      if (prediction == -1)
        lcd.print(padString(20,"a small green box"));
      else
        lcd.print(padString(20,"a larger red box"));
      lcd.setCursor(0, 3);
      lcd.print(padString(20,"Applying learning..."));
       
      unsigned long learningTimeStamp = millis();
      unsigned long toneTimeStamp = millis();
      int toneDuration = 100;
      
      ampOn();
      while (millis() - learningTimeStamp < trainBoxDuration) {
        if (millis() - toneTimeStamp > toneDuration * 1.3) { 
          toneTimeStamp = millis();
          playTone(random(40)+30, toneDuration);
        } // if for making tone.         
      } // while
         
      ampOff();
      clearTone();
      score++;

    } else {
      
      lcd.clear();
      lcd.setCursor(0, 0);
      lcd.print(padString(20,trainCorrect[random(5)]));
      lcd.setCursor(0, 1);
      if (prediction == -1)
        lcd.print(padString(20,"a green box"));
      else
        lcd.print(padString(20,"a red box"));
      
      unsigned long learningTimeStamp = millis();      
      while (millis() - learningTimeStamp < trainBoxDuration) {
      } // while
    }
  }

  trainCycles++; 

  logSettings();
  
  mode = brainstate;

  if (score==5) 
    menuLocks[synthLock] = 0;
  
  return;
  
}

void drawBox(int boxSize, int boxColor, boolean drawImmediate){
  
  int boxSizeInt = boxSize >> 2;
  int boxSizeFrac = boxSize & 3;
  int r = boxColor;
  int g = 160-boxColor;
  int b = 0;
    
  //if (boxSize > 16) {
  //r = 96-colVal;
  //g = 0;
  //b = colVal;
  //}
  
  uint16_t boxColorRGB = matrix.Color(r, g, b);

  if (drawImmediate)
    matrix.clear();
  
  for (int x=0; x<boxSizeInt; x++) {
    for (int y=0; y<boxSizeInt; y++) {
      matrix.drawPixel(x, 7-y, boxColorRGB);
    }   
  }

  if (boxSizeFrac == 0) {
    r = 0;
    g = 0;
    b = 0;
  }
  if (boxSizeFrac == 1) {
    r = r >> 2;
    g = g >> 2;
    b = b >> 2;
  }
  if (boxSizeFrac == 2) {
    r = r >> 1;
    g = g >> 1;
    b = b >> 1;
  }
  if (boxSizeFrac == 3) {
    r = (r >> 1) + (r >> 2);
    g = (g >> 1) + (g >> 2);
    b = (b >> 1) + (b >> 2);
  }
  boxColorRGB = matrix.Color(r, g, b);
    
  for (int y=0; y<boxSizeInt; y++) {
    matrix.drawPixel(boxSizeInt, 7-y, boxColorRGB);
  }
  for (int x=0; x<=boxSizeInt; x++) {
    matrix.drawPixel(x, 7-boxSizeInt, boxColorRGB);
  }     

  if (drawImmediate)
    matrix.show();

}


// ***************************************************************************************
// potValue
// ***************************************************************************************
int potValue(potPostion whichPot, float scale) {
  int value = -1;
  switch (whichPot) {
    case left:   
      value = analogRead(potLeft);
      break;
    case right:
      value = analogRead(potRight); 
      break;
    case center:
      value = analogRead(potCenter);
      break;
  }
  value = (int) value * scale;
  return value;
}

// ***************************************************************************************
// buttonPressed
// ***************************************************************************************
boolean buttonPressed(buttonColor whichButton) {
  int joyPress = digitalRead(joyButton);
  int greenPress = digitalRead(greenButton);
  int bluePress = digitalRead(blueButton);
  int redPress = digitalRead(redButton);
  boolean pressed = false;

  switch (whichButton) {
    case blue:
      if (bluePress == 0)
        pressed = true;
      break;
    case red:
      if (redPress == 0)
        pressed = true;
      break;
    case joy:
      if (joyPress == 0)
        pressed = true;
      break;
    case green:
      if (greenPress == 0)
        pressed = true;
      break;
    case any:
      if ((bluePress == 0) || (redPress == 0) || (joyPress == 0) || (greenPress == 0))
        pressed = true;
      break;
    default:
      pressed = false;
  }

  unsigned long timeSince = millis() - lastPressed;
  if ((pressed) && (timeSince < buttonReleaseDelay)) {
    lastPressed = millis();
    pressed = false;
  } else if (pressed) {
    lastPressed = millis();
  }

  return pressed;
  
}

// ***************************************************************************************
// setNEOScrollMessage
// ***************************************************************************************
void setNEOScrollMessage(String message, uint16_t color) {
  scrollNEOMessage = message;
  scrollNEOMilliSec = millis();
  scrollNEOMessageReset = -6 * scrollNEOMessage.length();
  scrollNEOMessagePos = matrix.width();
  scrollNEOColor = color;
}

// ***************************************************************************************
// updateNEOScrollMessage
// ***************************************************************************************
void updateNEOScrollMessage(){
  if (millis()-scrollNEOMilliSec > NEOscrollSpeed) {
    matrix.fillScreen(0);
    matrix.setCursor(scrollNEOMessagePos, 0);
    matrix.setTextColor(scrollNEOColor);
    matrix.print(scrollNEOMessage);
    if(--scrollNEOMessagePos < scrollNEOMessageReset) {
      scrollNEOMessagePos = matrix.width();
    }
    matrix.show();
    scrollNEOMilliSec = millis();
  }
}

// ***************************************************************************************
// nnFeedForward
// ***************************************************************************************
int nnFeedForward(float xs, float ys) {
  float sum = 0;
  float inputs[3];
  inputs[0] = xs; 
  inputs[1] = ys;
  inputs[2] = 1.0;
  for (int i=0; i<3; i++) {
    sum += inputs[i] * nnWeights[i];  
  }
  return nnActivate(sum);
}

// ***************************************************************************************
// nnActivate
// ***************************************************************************************
int nnActivate(float sum){
  if (sum>0) return 1;
  else return -1;
}

// ***************************************************************************************
// nnAdjustWeights
// ***************************************************************************************
int nnAdjustWeights(float xs, float ys, int error) {
  float inputs[3];
  inputs[0] = xs; 
  inputs[1] = ys;
  inputs[2] = 1.0;
  for (int i=0; i<3; i++) {
    nnWeights[i] += nnLearningC * (float)error * inputs[i];         
  }
}

int menuUpdate(boolean showIcons) {

  if (millis() - lastRead > 150) {
    int v = analogRead(joyV);

    posLast = posNow;
    
    if (v > 800)
      posNow = down;
    else if (v < 300)
      posNow = up;
    else if (v < 600 && v > 400)
      posNow = middle;

    if (posNow==middle && posLast==down){
      entrySel++;
      menuUpdateLCD = true;
      if (entrySel == menuNumEntries)
        entrySel = menuNumEntries-1;
    }
    else if (posNow==middle && posLast==up) {
      entrySel--;
      menuUpdateLCD = true;   
      if (entrySel < 0)
        entrySel = 0;
    }    
    lastRead = millis();


  }

  if (menuUpdateLCD) { 
    
    lcd.setCursor(0, 0);
    lcd.print(menuHeading);
    
    lcd.setCursor(0, 2);
    lcd.print("->");
  
    
    
    lcd.setCursor(2, 2);
    if (menuLocks[entrySel] && showIcons) {
      lcd.write(byte(0));
      lcd.setCursor(3, 2);
    } 
    lcd.print(menuEntries[entrySel]);
  
    if (entrySel==0) {
      lcd.setCursor(0, 1);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(2, 1);
      if (menuLocks[entrySel-1] && showIcons) {
        lcd.write(byte(0));
        lcd.setCursor(3, 1);
      }
      lcd.print(menuEntries[entrySel-1]);
    } 
  
    if (entrySel==menuNumEntries-1) {
      lcd.setCursor(0, 3);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(2, 3);
      if (menuLocks[entrySel+1] && showIcons) {
        lcd.write(byte(0));
        lcd.setCursor(3, 3);
      }
      lcd.print(menuEntries[entrySel+1]);
    }
    menuUpdateLCD = false;
  }

  return entrySel;
  
}

void menuAddHeading(String h) {
  menuHeading = padString(20,h);
}

void menuAddEntry(int i, String e) {
  if (i<16) {
    menuEntries[i] = padString(17,e); 
    menuNumEntries++;
    menuUpdateLCD = true;
  }

}

void menuClear() {
  menuNumEntries = 0;
  entrySel=0;
  menuHeading = " ";
  for (int i=0; i<16; i++) {
    menuEntries[i] = " ";    
  }
  menuUpdateLCD = true;
}

int pageUpdate() {

  if (millis() - lastRead > 150) {
    int v = analogRead(joyV);

    posLast = posNow;
    
    if (v > 900)
      posNow = down;
    else if (v < 200)
      posNow = up;
    else if (v < 576 && v > 448)
      posNow = middle;

    if (posNow==middle && posLast==down){
      entrySel++;
      pageUpdateLCD = true;
      if (entrySel == pageNumEntries)
        entrySel = pageNumEntries-1;
    }
    else if (posNow==middle && posLast==up) {
      entrySel--;
      pageUpdateLCD = true;   
      if (entrySel < 0)
        entrySel = 0;
    }    
    lastRead = millis();

  }

  if (pageUpdateLCD) { 
    
    lcd.setCursor(0, 0);
    lcd.print(pageHeading);
  
    lcd.setCursor(0, 2);
    lcd.print(pageEntries[entrySel]);
  
    if (entrySel==0) {
      lcd.setCursor(0, 1);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(0, 1);
      lcd.print(pageEntries[entrySel-1]);
    }
  
    if (entrySel==pageNumEntries-1) {
      lcd.setCursor(0, 3);
      lcd.print(padString(20," "));  
    } else {
      lcd.setCursor(0, 3);
      lcd.print(pageEntries[entrySel+1]);
    }
    pageUpdateLCD = false;
  }

  return entrySel;
  
}


void pageAddHeading(String h) {
  pageHeading = padString(20,h);
}

void pageAddEntry(int i, String e) {
  if (i<32) {
    pageEntries[i] = padString(20,e); 
    pageNumEntries++;
    pageUpdateLCD = true;
  }
}

void pageClear() {
  pageNumEntries = 0;
  entrySel=0;
  pageHeading = " ";
  for (int i=0; i<32; i++) {
    pageEntries[i] = " ";    
  }
  pageUpdateLCD = true;
}


String padString(int len, String in) {
  String out;
  if (in.length() < len) { 
    out = in;
    int l = len-in.length();
    for (int i=0; i<l; i++) {
      out+=" ";  
    }
  } else {
    out = in.substring(0,len);
  }
  return out;  
}

void playTone(int midiA, int duration) {
  tTime = millis();
  tDuration = duration;
  toneActive = true;
  playDual = false;

  // 882 to go = 658-665 zero crossing

  //samples = ((duration * 1000) / 22.7);// - 882;
  //if (samples < 0) samples = 0; 
  //countSamples = 0;

  ulPhaseIncrementA = nMidiPhaseIncrement[midiA];
}

void playDualTone(int midiA, int midiB, float mix, int duration) {
  tTime = millis();
  tDuration = duration;
  toneActive = true;
  playDual = true;

  ulPhaseIncrementA = nMidiPhaseIncrement[midiA];
  ulPhaseIncrementB = nMidiPhaseIncrement[midiB];

  if (mix <0.0) mix = 0.0;
  if (mix >1.0) mix = 1.0;

  toneMixA = mix;
  toneMixB = 1-0 - mix;
  
}

void ampOn() {
  digitalWrite(ampEnable,HIGH); 
}

void ampOff() {
  digitalWrite(ampEnable,LOW); 
}

void clearTone() {
  toneActive = false;
}

void TC4_Handler()
{
  
  
  // We need to get the status to clear it and allow the interrupt to fire again
  TC_GetStatus(TC1, 1);
 
  if (toneActive) {

    ulPhaseAccumulatorA += ulPhaseIncrementA;   // 32 bit phase increment, see below
    ulPhaseAccumulatorB += ulPhaseIncrementB;  
  
    // if the phase accumulator over flows - we have been through one cycle at the current pitch,
    // now we need to reset the grains ready for our next cycle
    if(ulPhaseAccumulatorA > SAMPLES_PER_CYCLE_FIXEDPOINT)
      ulPhaseAccumulatorA -= SAMPLES_PER_CYCLE_FIXEDPOINT;
    if(ulPhaseAccumulatorB > SAMPLES_PER_CYCLE_FIXEDPOINT)
      ulPhaseAccumulatorB -= SAMPLES_PER_CYCLE_FIXEDPOINT;
      
    uint32_t phaseAdjustPAccA = (ulPhaseAccumulatorA>>20) % SINE_SAMPLES;
    uint32_t phaseAdjustPAccB = (ulPhaseAccumulatorB>>20) % SINE_SAMPLES;

    // get the current sample   
    uint32_t ulOutputA = sineWave[phaseAdjustPAccA];
    uint32_t ulOutputB = sineWave[phaseAdju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

more processing code...

processing

1
2
3
4
5class dueParams {
6  
7String boxName;
8String guildName;
9float[]
10  nnWeights = new float[3];
11float nnLearningC;
12int trainCycles;
13int totalTrainingExamples;
14int
15  totalCorrect;
16float workModeAverage;
17int workModeBest;
18float goodBoxRadius;
19char[][]
20  guildGlyph = new char[8][8];
21  
22  dueParams() {
23    
24  }
25    
26
27  void bytesToParams(byte[] params) {
28  
29    int i=0;  
30    int temp;
31
32    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
33  & 0xff) << 16) | ((params[i++] & 0xff) << 24));    
34    nnLearningC = Float.intBitsToFloat(temp);
35
36    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
37  & 0xff) << 16) | ((params[i++] & 0xff) << 24));    
38    goodBoxRadius = Float.intBitsToFloat(temp);
39
40    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
41  & 0xff) << 16) | ((params[i++] & 0xff) << 24));       
42    nnWeights[0] = Float.intBitsToFloat(temp);
43
44    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
45  & 0xff) << 16) | ((params[i++] & 0xff) << 24));       
46    nnWeights[1] = Float.intBitsToFloat(temp);
47
48    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
49  & 0xff) << 16) | ((params[i++] & 0xff) << 24));      
50    nnWeights[2] = Float.intBitsToFloat(temp);
51
52    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
53  & 0xff) << 16) | ((params[i++] & 0xff) << 24));      
54    workModeAverage = Float.intBitsToFloat(temp);
55
56    trainCycles = (int)(((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8)
57  | ((params[i++] & 0xff) << 16) | ((params[i++] & 0xff) << 24));
58    totalCorrect
59  = (int)(((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
60  & 0xff) << 16) | ((params[i++] & 0xff) << 24));
61    totalTrainingExamples = (int)(((params[i++]
62  & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++] & 0xff) << 16) | ((params[i++]
63  & 0xff) << 24));
64    workModeBest = (int)(((params[i++] & 0xff) << 0) | ((params[i++]
65  & 0xff) << 8) | ((params[i++] & 0xff) << 16) | ((params[i++] & 0xff) << 24));
66
67  
68  }
69  
70  
71}




class dueParams {
  
String boxName;
String guildName;
float[]
  nnWeights = new float[3];
float nnLearningC;
int trainCycles;
int totalTrainingExamples;
int
  totalCorrect;
float workModeAverage;
int workModeBest;
float goodBoxRadius;
char[][]
  guildGlyph = new char[8][8];
  
  dueParams() {
    
  }
    

  void bytesToParams(byte[] params) {
  
    int i=0;  
    int temp;

    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
  & 0xff) << 16) | ((params[i++] & 0xff) << 24));    
    nnLearningC = Float.intBitsToFloat(temp);

    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
  & 0xff) << 16) | ((params[i++] & 0xff) << 24));    
    goodBoxRadius = Float.intBitsToFloat(temp);

    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
  & 0xff) << 16) | ((params[i++] & 0xff) << 24));       
    nnWeights[0] = Float.intBitsToFloat(temp);

    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
  & 0xff) << 16) | ((params[i++] & 0xff) << 24));       
    nnWeights[1] = Float.intBitsToFloat(temp);

    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
  & 0xff) << 16) | ((params[i++] & 0xff) << 24));      
    nnWeights[2] = Float.intBitsToFloat(temp);

    temp = (((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
  & 0xff) << 16) | ((params[i++] & 0xff) << 24));      
    workModeAverage = Float.intBitsToFloat(temp);

    trainCycles = (int)(((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8)
  | ((params[i++] & 0xff) << 16) | ((params[i++] & 0xff) << 24));
    totalCorrect
  = (int)(((params[i++] & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++]
  & 0xff) << 16) | ((params[i++] & 0xff) << 24));
    totalTrainingExamples = (int)(((params[i++]
  & 0xff) << 0) | ((params[i++] & 0xff) << 8) | ((params[i++] & 0xff) << 16) | ((params[i++]
  & 0xff) << 24));
    workModeBest = (int)(((params[i++] & 0xff) << 0) | ((params[i++]
  & 0xff) << 8) | ((params[i++] & 0xff) << 16) | ((params[i++] & 0xff) << 24));

  
  }
  
  
}

more processing code...

processing

1class box {
2 
3  int xPos;
4  int yPos;
5  float xs;
6  float
7  ys;
8  float size;
9  float col;
10  float cMax;
11  float goodBoxRadius;
12
13  int classification;
14  int answer;
15  boolean kill;
16  boolean classified;
17
18  boolean inspected;
19  
20  box(int xPos, int yPos, float cMax, float goodBoxRadius)
21  {
22    this.xPos = xPos;
23    this.yPos = yPos;
24    this.cMax = cMax;
25
26    this.goodBoxRadius = goodBoxRadius;
27    setSize();
28    classification
29  = 0;
30    kill = false;
31    classified = false;
32
33    
34  }
35  
36
37  void incBoxPosX(int xInc) {
38    xPos += xInc;  
39  }
40  
41  void incBoxPosY(int
42  yInc) {
43    yPos += yInc;  
44  }
45  
46  void killBox() {
47    kill =
48  true;  
49  }
50  
51  void addClassifier(int classification) {
52     this.classification
53  = classification;
54     classified = true;
55  }
56  
57  void addInspection()
58  {
59     inspected = true;
60  }
61  
62  void setSize() {
63    //make the
64  box - set the answer...
65    
66    boolean valid = false;
67    while(!valid)
68  {
69      xs = random(26, cMax*2);
70      ys = random(0, cMax*2);    
71      float
72  vDist = sqrt((xs*xs) + (ys*ys));
73      if (vDist < (goodBoxRadius*cMax)) {
74
75        int bc = (int) random(2);
76        if (bc==1) {
77          xs -= cMax;
78
79          ys -= cMax;
80          answer = -1;
81        } else {
82          float
83  txs = xs;
84          xs = (ys*-1)+cMax;
85          ys = (txs*-1)+cMax;
86          answer
87  = 1;
88        }
89        valid = true;  
90      }
91    }
92    
93    size
94  = xs / cMax;
95    col = ys /cMax;
96    
97    
98  }
99  
100
101  
102}

class box {
 
  int xPos;
  int yPos;
  float xs;
  float
  ys;
  float size;
  float col;
  float cMax;
  float goodBoxRadius;

  int classification;
  int answer;
  boolean kill;
  boolean classified;

  boolean inspected;
  
  box(int xPos, int yPos, float cMax, float goodBoxRadius)
  {
    this.xPos = xPos;
    this.yPos = yPos;
    this.cMax = cMax;

    this.goodBoxRadius = goodBoxRadius;
    setSize();
    classification
  = 0;
    kill = false;
    classified = false;

    
  }
  

  void incBoxPosX(int xInc) {
    xPos += xInc;  
  }
  
  void incBoxPosY(int
  yInc) {
    yPos += yInc;  
  }
  
  void killBox() {
    kill =
  true;  
  }
  
  void addClassifier(int classification) {
     this.classification
  = classification;
     classified = true;
  }
  
  void addInspection()
  {
     inspected = true;
  }
  
  void setSize() {
    //make the
  box - set the answer...
    
    boolean valid = false;
    while(!valid)
  {
      xs = random(26, cMax*2);
      ys = random(0, cMax*2);    
      float
  vDist = sqrt((xs*xs) + (ys*ys));
      if (vDist < (goodBoxRadius*cMax)) {

        int bc = (int) random(2);
        if (bc==1) {
          xs -= cMax;

          ys -= cMax;
          answer = -1;
        } else {
          float
  txs = xs;
          xs = (ys*-1)+cMax;
          ys = (txs*-1)+cMax;
          answer
  = 1;
        }
        valid = true;  
      }
    }
    
    size
  = xs / cMax;
    col = ys /cMax;
    
    
  }
  

  
}

more processing code...

processing

1
2import java.util.Iterator;
3
4class factory {
5  
6  ArrayList<box>
7  boxes = new ArrayList<box>(); 
8  String name;
9 
10  int trainCycles;
11
12  int totalTrainingExamples;
13  int totalCorrect;
14  float workModeAverage;
15
16  int workModeBest;
17 
18  perceptron ptron;
19  int correct = 0;
20  int inspected
21  = 0;
22  float score = 0;
23  
24  int lastUpload = 0;
25  
26  float currentBoxSize
27  = -1;
28  float currentBoxCol = 0;
29  int currentGuess = 0;
30  
31  // run
32  time params
33  int speed = 12;
34  float cMax =  400;
35  float goodBoxRadius
36  = 1.1;
37  
38  boolean upLoaded;
39  
40  factory(String name) {
41    
42
43    this.name = name;
44    //this.goodBoxRadius = goodBoxRadius;
45    ///this.cMax
46  = cMax;
47       
48    ptron = new perceptron(3, 0.0001);
49    boolean upLoaded
50  = false;
51
52  }
53  
54  void run() {
55  
56    // make new boxes
57    if
58  (boxes.size() < 1)
59      makeNewBox();
60    else {
61      box b = boxes.get(boxes.size()-1);
62
63    if (b.xPos - b.size > 100)
64      makeNewBox();
65    }
66    
67    //update
68  all boxes 
69    for (int i=0; i<boxes.size(); i++) {
70      box b = boxes.get(i);
71
72      // move the box along
73      b.incBoxPosX(speed);
74      // is the box
75  in the truck? if so then kill it
76      if (b.xPos > 900) {
77        b.killBox();
78  
79      }
80      // is the box in the inspector
81      if (b.xPos > 800 &&
82  !b.inspected) {
83        inspected++;
84        if (b.answer == b.classification)
85
86          correct++;
87        score = 100.0 * float(correct)/float(inspected);
88
89        b.addInspection();
90      }      
91      // is the box in the robot?
92  if so then classifiy it
93      if (b.xPos > 550 && !b.classified) {
94        float[]
95  vecIn = {b.xs,b.ys,1.0};
96        int c = ptron.feedforward(vecIn);
97        b.addClassifier(c);
98
99        currentBoxSize = b.size;
100        currentBoxCol = b.col;
101        currentGuess
102  = c;
103      }
104    }
105    
106    // finally remove any killed boxes
107    Iterator<box>
108  boxesIterator = boxes.iterator();
109    while (boxesIterator.hasNext()) {
110      box
111  b = boxesIterator.next();
112      if (b.kill)
113        boxesIterator.remove();
114
115    }
116    
117  }
118  
119  void makeNewBox() {
120    box b = new box(0, height/2,
121  cMax, goodBoxRadius);
122    boxes.add(b);  
123  }
124  
125  void setSpeed(int
126  speed) {
127    this.speed = speed;  
128  }
129  
130  void resetScores() {
131
132   correct = 0;
133   inspected = 0;
134  }  
135}

import java.util.Iterator;

class factory {
  
  ArrayList<box>
  boxes = new ArrayList<box>(); 
  String name;
 
  int trainCycles;

  int totalTrainingExamples;
  int totalCorrect;
  float workModeAverage;

  int workModeBest;
 
  perceptron ptron;
  int correct = 0;
  int inspected
  = 0;
  float score = 0;
  
  int lastUpload = 0;
  
  float currentBoxSize
  = -1;
  float currentBoxCol = 0;
  int currentGuess = 0;
  
  // run
  time params
  int speed = 12;
  float cMax =  400;
  float goodBoxRadius
  = 1.1;
  
  boolean upLoaded;
  
  factory(String name) {
    

    this.name = name;
    //this.goodBoxRadius = goodBoxRadius;
    ///this.cMax
  = cMax;
       
    ptron = new perceptron(3, 0.0001);
    boolean upLoaded
  = false;

  }
  
  void run() {
  
    // make new boxes
    if
  (boxes.size() < 1)
      makeNewBox();
    else {
      box b = boxes.get(boxes.size()-1);

    if (b.xPos - b.size > 100)
      makeNewBox();
    }
    
    //update
  all boxes 
    for (int i=0; i<boxes.size(); i++) {
      box b = boxes.get(i);

      // move the box along
      b.incBoxPosX(speed);
      // is the box
  in the truck? if so then kill it
      if (b.xPos > 900) {
        b.killBox();
  
      }
      // is the box in the inspector
      if (b.xPos > 800 &&
  !b.inspected) {
        inspected++;
        if (b.answer == b.classification)

          correct++;
        score = 100.0 * float(correct)/float(inspected);

        b.addInspection();
      }      
      // is the box in the robot?
  if so then classifiy it
      if (b.xPos > 550 && !b.classified) {
        float[]
  vecIn = {b.xs,b.ys,1.0};
        int c = ptron.feedforward(vecIn);
        b.addClassifier(c);

        currentBoxSize = b.size;
        currentBoxCol = b.col;
        currentGuess
  = c;
      }
    }
    
    // finally remove any killed boxes
    Iterator<box>
  boxesIterator = boxes.iterator();
    while (boxesIterator.hasNext()) {
      box
  b = boxesIterator.next();
      if (b.kill)
        boxesIterator.remove();

    }
    
  }
  
  void makeNewBox() {
    box b = new box(0, height/2,
  cMax, goodBoxRadius);
    boxes.add(b);  
  }
  
  void setSpeed(int
  speed) {
    this.speed = speed;  
  }
  
  void resetScores() {

   correct = 0;
   inspected = 0;
  }  
}

more processing code...

processing

1// Daniel Shiffman
2// The Nature of Code
3// http://www.shiffman.net/teaching/nature
4//
5  Simple Perceptron Example
6// See: http://en.wikipedia.org/wiki/Perceptron
7
8//
9  Perceptron Class
10
11class perceptron {
12  float[] weights;  // Array of weights
13  for inputs
14  float c;          // learning constant
15
16  // Perceptron is
17  created with n weights and learning constant
18  perceptron(int n, float c_) {
19
20    weights = new float[n];
21    // Start with random weights
22    //for (int
23  i = 0; i < weights.length; i++) {
24    //  weights[i] = random(-1,1); 
25    //}
26
27    // fix the wieghts to give the 50/50 case 
28    weights[0] = -1;
29    weights[1]
30  = 1;
31    weights[2] = 0;
32    c = c_;
33  }
34
35  // Function to train
36  the Perceptron
37  // Weights are adjusted based on "desired" answer
38  void
39  train(float[] inputs, int desired) {
40    // Guess the result
41    int guess
42  = feedforward(inputs);
43    // Compute the factor for changing the weight based
44  on the error
45    // Error = desired output - guessed output
46    // Note this
47  can only be 0, -2, or 2
48    // Multiply by learning constant
49    float error
50  = desired - guess;
51    // Adjust weights based on weightChange * input
52    for
53  (int i = 0; i < weights.length; i++) {
54      weights[i] += c * error * inputs[i];
55         
56    }
57  }
58
59  // Guess -1 or 1 based on input values
60  int
61  feedforward(float[] inputs) {
62    // Sum all values
63    float sum = 0;
64
65    for (int i = 0; i < weights.length; i++) {
66      sum += inputs[i]*weights[i];
67
68    }
69    // Result is sign of the sum, -1 or 1
70    return activate(sum);
71
72  }
73  
74  int activate(float sum) {
75    if (sum > 0) return 1;
76    else
77  return -1; 
78  }
79  
80  // Return weights
81  float[] getWeights() {
82
83    return weights; 
84  }
85  
86  void setWeights(float[] weights) {
87    for
88  (int i=0; i<weights.length; i++) {
89      this.weights[i] = weights[i];
90    }
91
92  }
93}

// Daniel Shiffman
// The Nature of Code
// http://www.shiffman.net/teaching/nature
//
  Simple Perceptron Example
// See: http://en.wikipedia.org/wiki/Perceptron

//
  Perceptron Class

class perceptron {
  float[] weights;  // Array of weights
  for inputs
  float c;          // learning constant

  // Perceptron is
  created with n weights and learning constant
  perceptron(int n, float c_) {

    weights = new float[n];
    // Start with random weights
    //for (int
  i = 0; i < weights.length; i++) {
    //  weights[i] = random(-1,1); 
    //}

    // fix the wieghts to give the 50/50 case 
    weights[0] = -1;
    weights[1]
  = 1;
    weights[2] = 0;
    c = c_;
  }

  // Function to train
  the Perceptron
  // Weights are adjusted based on "desired" answer
  void
  train(float[] inputs, int desired) {
    // Guess the result
    int guess
  = feedforward(inputs);
    // Compute the factor for changing the weight based
  on the error
    // Error = desired output - guessed output
    // Note this
  can only be 0, -2, or 2
    // Multiply by learning constant
    float error
  = desired - guess;
    // Adjust weights based on weightChange * input
    for
  (int i = 0; i < weights.length; i++) {
      weights[i] += c * error * inputs[i];
         
    }
  }

  // Guess -1 or 1 based on input values
  int
  feedforward(float[] inputs) {
    // Sum all values
    float sum = 0;

    for (int i = 0; i < weights.length; i++) {
      sum += inputs[i]*weights[i];

    }
    // Result is sign of the sum, -1 or 1
    return activate(sum);

  }
  
  int activate(float sum) {
    if (sum > 0) return 1;
    else
  return -1; 
  }
  
  // Return weights
  float[] getWeights() {

    return weights; 
  }
  
  void setWeights(float[] weights) {
    for
  (int i=0; i<weights.length; i++) {
      this.weights[i] = weights[i];
    }

  }
}

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