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Interactive Pikachu and Meowth from the makers of Furby, utilizing the same technology — these were never produced.

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Final Code.

Below

int flipperLpin = 2; int flipperRpin = 3; int feesLpin = 4; int feesBpin = 5; int workPin = 6; int startPin = 7; int returnPin = 8; int redlightPin = 9; int greenlightPin = 10; int mealPin = 11; int mealTop = 12; int mealMid = 13; int mealBot = 14; int left = LOW; int right = LOW; int little = LOW; int big = LOW; int work = LOW; int start = LOW; int returns = LOW; int red = LOW; int green = LOW; int meal = LOW; int mealCount = 3; void setup() { Serial.begin(9600); pinMode (flipperLpin, INPUT); pinMode (flipperRpin, INPUT); pinMode (feesLpin, INPUT); pinMode (feesBpin, INPUT); pinMode (workPin, INPUT); pinMode (startPin, INPUT); pinMode (returnPin, INPUT); pinMode (redlightPin, OUTPUT); pinMode (greenlightPin, OUTPUT); pinMode (mealPin, INPUT); pinMode (mealTop, OUTPUT); pinMode (mealMid, OUTPUT); pinMode (mealBot, OUTPUT); } void loop() { //start=digitalRead(startPin); //Serial.println(start); left = digitalRead(flipperLpin); if(left == HIGH) { Serial.println("a"); digitalWrite(redlightPin, HIGH); delay (10); digitalWrite(redlightPin, LOW); } right = digitalRead(flipperRpin); if(right==1){ Serial.println("b"); digitalWrite(redlightPin, HIGH); delay (10); digitalWrite(redlightPin, LOW); } little = digitalRead(feesLpin); if (little==1){ Serial.println("c"); digitalWrite(redlightPin,HIGH); delay(50); digitalWrite(redlightPin,LOW); delay(20); digitalWrite(redlightPin,HIGH); delay(40); digitalWrite(redlightPin,LOW); } big = digitalRead(feesBpin); if (big==1){ Serial.println("d"); digitalWrite(redlightPin,HIGH); delay(50); digitalWrite(redlightPin,LOW); delay(40); digitalWrite(redlightPin,HIGH); delay(20); digitalWrite(redlightPin,LOW); delay(10); digitalWrite(redlightPin,HIGH); delay(20); digitalWrite(redlightPin,LOW); } work = digitalRead(workPin); if (work==1){ Serial.println("e"); digitalWrite(greenlightPin, HIGH); //maybe make more elaborate, or Bw/oD... delay(70); digitalWrite(greenlightPin, LOW); delay (35); digitalWrite(greenlightPin, HIGH); delay(40); digitalWrite(greenlightPin, LOW); delay(25); digitalWrite(greenlightPin, HIGH); delay(20); digitalWrite(greenlightPin, LOW); } start = digitalRead(startPin); if(start==1){ Serial.println("f"); mealCount = 3; digitalWrite(9, HIGH); delay(500); digitalWrite(10, HIGH); delay (200); digitalWrite(10,LOW); delay(150); digitalWrite(10,HIGH); delay(200); digitalWrite (10,LOW); delay(200); digitalWrite(9,LOW); } returns = digitalRead(returnPin); if (returns==1){ Serial.println("g"); digitalWrite(redlightPin, HIGH); delay(100); digitalWrite(redlightPin, LOW); delay(30); digitalWrite(greenlightPin, HIGH); delay(10); digitalWrite(redlightPin, HIGH); delay(20); digitalWrite(redlightPin, LOW); delay(10); digitalWrite(greenlightPin, LOW); } meal = digitalRead(mealPin); if(meal == 1){ digitalWrite(mealTop, HIGH); digitalWrite(mealMid, HIGH); digitalWrite(mealBot, HIGH); delay(200); digitalWrite(mealTop, LOW); delay (200); digitalWrite(mealMid, LOW); delay (200); digitalWrite (mealBot, LOW); delay (150); digitalWrite(mealTop, HIGH); digitalWrite(mealMid, HIGH); digitalWrite(mealBot, HIGH); delay(150); digitalWrite(mealTop, LOW); delay (150); digitalWrite(mealMid, LOW); delay (150); digitalWrite (mealBot, LOW); mealCount = mealCount - 1; } //Serial.println(meal); // Serial.println(mealCount); if (mealCount == 3){ digitalWrite(mealTop, HIGH); digitalWrite(mealMid, HIGH); digitalWrite(mealBot, HIGH); } if (mealCount == 2){ digitalWrite(mealTop, LOW); digitalWrite(mealMid, HIGH); digitalWrite(mealBot, HIGH); } if (mealCount == 1){ digitalWrite(mealTop, LOW); digitalWrite(mealMid, LOW); digitalWrite(mealBot, HIGH); } if (mealCount == 0){ Serial.println ("h"); digitalWrite(mealTop, HIGH); digitalWrite(mealMid, HIGH); digitalWrite(mealBot, HIGH); digitalWrite(redlightPin, HIGH); delay(200); digitalWrite(mealTop, LOW); digitalWrite(redlightPin, LOW); delay (200); digitalWrite(mealMid, LOW); digitalWrite(redlightPin, HIGH); delay (200); digitalWrite (mealBot, LOW); digitalWrite(redlightPin, LOW); delay (150); digitalWrite(mealTop, HIGH); digitalWrite(mealMid, HIGH); digitalWrite(mealBot, HIGH); digitalWrite(redlightPin, HIGH); delay(150); digitalWrite(mealTop, LOW); digitalWrite(redlightPin, LOW); delay (150); digitalWrite(mealMid, LOW); digitalWrite(redlightPin, HIGH); delay (150); digitalWrite (mealBot, LOW); digitalWrite(redlightPin, LOW); mealCount = 3; } }

import processing.serial.*; Serial myPort; int lf = 10; import ddf.minim.*; //for loadfile Minim minim; AudioPlayer player, aubell, auboo, aucash, auflip, aumeal, aulevel, auono, auwork, auww, auextra; int score = 10000; int debt = 0; int ball = 0; int meal = 3; float mChange = .11; float mVal = 0; float endTime = 0; float endPlus = 0; int endYears = 0; String scoreString; String debtString; String varstring; //for test// String ballstring; //for test// String endTimeString; //for test// String endPlusString; String debttString; //for endgame String endYearsString; int dex = 900; int dexx = 1600; int sex = 1; //for setting endTime uniquely int bark = 1; //for stopping sound uniquely char invar; void setup() { size(800,500); println(Serial.list()); myPort = new Serial(this, Serial.list()[0], 9600); myPort.bufferUntil(lf); minim = new Minim(this); player = minim.loadFile("pixLow.mp3"); aubell = minim.loadFile("bell.mp3"); auboo = minim.loadFile("boo.mp3"); aucash = minim.loadFile("cash.mp3"); auflip = minim.loadFile("drill.mp3"); aumeal = minim.loadFile("eat.mp3"); aulevel = minim.loadFile("grad.mp3"); auono = minim.loadFile("ono.mp3"); auwork = minim. loadFile("plause.mp3"); auww = minim.loadFile("aww.mp3"); auextra = minim.loadFile("ascent.mp3"); } void stop(){ minim.stop(); super.stop(); } void draw() { background(0,0,0); ballstring = str(ball); //for test textSize(20); fill(250,180,6); text(ballstring,5,20); if(ball==0){ textSize(169); fill(250,180,6); text("DEBT!", 160, 250); textSize(32); text("(the pinball machine)", 300, 300); endPlus = second(); //if(endPlus%2 == 1){ textSize(20); fill(180,140,0); text("Press Start", 330,360); //} textSize(14); text("Created by Jordan Sjol", 610,470); score = 10000; //reset the score, debt, & matriculation status debt = 0; mVal = 0; meal = 3; bark = 1; invar = myPort.readChar(); switch(invar){ case 'f': ball=ball+1; myPort.clear(); } } if((1<=ball && ball<=3)||(ball==4 && mVal>=450)){ player.play(); textSize(35); fill(250,168,3); text("Balance", 300, 300); textSize(24); text("Debt", 100, 300); scoreString = str(score); text(scoreString, 300, 350); debtString = str(debt); text(debtString, 100, 360); textSize(39); text("Debt!", dex, 80); dex = dex - 3; if (dex<=-600){ dex=900; } textSize(32); text("(the pinball machine)", dex + 240, 80); text("Debt!", dexx, 80); dexx = dexx - 3; if (dexx<=-600){ dexx=900; } textSize(32); text("(the pinball machine)", dexx + 240, 80); textSize(18); text("Matriculation Timeline", 120, 450); textSize(12); text("by Jordan Sjol", 710,20); rectMode(CORNER); fill(100,40,3); rect(100,460,600,20); stroke(0); fill(255,190,8); rect(100,459,mVal,21); if(mVal<=600){ mVal=mVal+mChange; } if((mVal == 150)||(mVal == 300)){ aulevel.play(); } noStroke(); fill(220,108,3); rect(250,460,4,20); rect(400,460,4,20); rect(550,460,4,20); if(mVal>=450){ textSize(20); text("Extra Ball", 575, 450); auextra.play(); //extra ball sound } if(mVal>=600){ aubell.play(); textSize(25); text("Graduation!", 555, 300); } invar = myPort.readChar(); // varstring = str(invar); //for test //text(varstring, 500, 100); switch(invar){ case 'a': score = score - 231; auflip.play(); break; case 'b': score = score -232; auflip.play(); break; case 'c': score = score - 1680; aucash.play(); break; case 'd': score = score -5080; auono.play(); break; case 'e': score = score +7861; auwork.play(); break; /* case 'f': ball = ball+1; break; */ case 'g': ball=ball+1; auww.play(); endTime=second(); break; case 'h': meal = meal - 1; if((meal==2)||(meal==1)){ aumeal.play(); } if(meal == 0){ score = score - 13436; auono.play(); meal = 3; } break; } if(score<=0){ score=score+10000; debt=debt+10099; } myPort.clear(); } if((ball==4 && mVal<450) || ball>=5){ if(bark==1){ minim.stop(); bark = 3; } //stop audio background(0,0,0); if(sex == 1){ endTime = second(); sex=69; } endPlus = second(); textSize(120); text("GAME OVER", 20, 170); //play "game over" audio if(endPlus-endTime >1){ textSize(37); if(mVal>=600){ text("You Graduated", 150, 200); } if(mVal<600){ text("You Dropped Out", 150, 200); auboo.play(); } } if(endPlus-endTime > 3){ textSize(42); text("Your Total Debt:", 15, 340); } if(endPlus-endTime > 4){ debttString = str(debt-score); text(debttString, 370, 340); } /* endTimeString = str(endTime); endPlusString = str (endPlus); text(endTimeString, 500, 200); text(endPlusString, 500, 250); */ if(endPlus-endTime > 5.5){ text("MATCH", 15, 410); } if (endPlus-endTime > 6.0){ endYears = (debt-score)/760; endYearsString = str(endYears); text(endYears, 195, 406); text("years",280,410); } if (endPlus-endTime > 7.0 /*&& endPlus%2 == 1*/){ textSize(30); text("press start", 610, 470); } //final noise invar = myPort.readChar(); switch(invar){ case 'f': sex = 1; ball = 0; } } }

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Electronic Tattoo Concept Video by Philips - One of Many Possible Future Direct Human/Electronics Interactions

#electronic tattoo #tattoo #Philips #interactive electronics #concept #ultra-thin electronics #electronics in the body #electronics on the body #responsive ink #transferable electronics #electricity #technology