paddleBehaviour-old.pde

Paddle thisPaddle = players[indexVal];
     String control = thisPaddle.ctrl;
 
     // base testing controller: potentiometer knob
    if (control.equals("controllerZ")) {
     int value = int(dataIn[0]);
      thisPaddle.y = map(value, 0, 1023, 0, height);
   } // end base controller

    if (control.equals("controllerA")) {
      // up down controls
      // static move
      int up = int(dataIn[0]);
      int dn = int(dataIn[1]);

      thisPaddle.constMove = false;
      thisPaddle.increment = 20;
      thisPaddle.h = height/7;

      if (up == 1 && thisPaddle.upSpeed == 0) {
        // make paddle go up by increment
        thisPaddle.y = thisPaddle.y-(thisPaddle.increment+thisPaddle.adjIncrement);
        thisPaddle.upSpeed = 1; // set value so button cannot be held
      } else if (up == 0 && thisPaddle.upSpeed == 1) {
        thisPaddle.upSpeed = 0; // reset so button can be pressed again
      }

      if (dn == 1 && thisPaddle.dnSpeed == 0) {
 +        // make paddle go up by increment
 +        thisPaddle.y = thisPaddle.y+(thisPaddle.increment+thisPaddle.adjIncrement);
 +        thisPaddle.dnSpeed = 1; // set value so button cannot be held
 +      } else if (dn == 0 && thisPaddle.dnSpeed == 1) {
 +        thisPaddle.dnSpeed = 0; // reset so button can be pressed again
 +      }
 +    } // end controller A
 +
 +    if (control.equals("controllerB")) {
 +      // up down controls
 +      // const move
 +      int up = int(dataIn[0]);
 +      int dn = int(dataIn[1]);
 +      thisPaddle.constMove = true;
 +      thisPaddle.increment = 3;
 +      thisPaddle.h = 85;
 +      
 +      if (up == 1 && thisPaddle.upSpeed == 0) {
 +        // go up
 +        thisPaddle.upSpeed = 1;
 +        thisPaddle.dnSpeed = 0;
 +      }
 +      if (dn == 1 && thisPaddle.dnSpeed == 0) {
 +        // go up
 +        thisPaddle.dnSpeed = 1;
 +        thisPaddle.upSpeed = 0;
 +      }
 +    } // end controller B
 +    
 +    if (control.equals("controllerC")){
 +      // light switch
 +      // constant movement
 +      // photo cell
 +      // bright = up
 +      // dark = down
 +      
 +      int value = int(dataIn[0]);
 +      thisPaddle.constMove = true;
 +      thisPaddle.increment = 3;
 +      thisPaddle.h = height/10;
 +
 +      // calibrate to get ambient room for 2 seconds
 +      while (millis() < thisPaddle.time + 1000) {
 +        thisPaddle.ambientValue = thisPaddle.ambientValue*0.8 + value*0.2;
 +      }
 +      
 +      if (value >= thisPaddle.ambientValue-100) {
 +        thisPaddle.upSpeed = 1;
 +        thisPaddle.dnSpeed = 0;
 +      }  else {
 +        thisPaddle.dnSpeed = 1;
 +        thisPaddle.upSpeed = 0;
 +      }
 +    } // end controller C
 +    
 +    if (control.equals("controllerD")) {
 +      // flashlight
 +      // constant movement
 +      // photo cell
 +      // bright = down
 +      // dark = up
 +      
 +      int value = int(dataIn[0]);
 +      thisPaddle.constMove = true;
 +      thisPaddle.increment = 5;
 +      thisPaddle.h = height/10;
 +
 +      // calibrate to get ambient room for 2 seconds
 +      while (millis() < thisPaddle.time + 1000) {
 +        thisPaddle.ambientValue = thisPaddle.ambientValue*0.8 + value*0.2;
 +      }
 +      
 +      if (value >= thisPaddle.ambientValue-50) {
 +        thisPaddle.dnSpeed = 1;
 +        thisPaddle.upSpeed = 0;
 +      }  else {
 +        thisPaddle.upSpeed = 1;
 +        thisPaddle.dnSpeed = 0;
 +      }
 +    } // end of controller D
 +
 +    if (control.equals("controllerE")) {
 +      // linear soft pot
 +      // sequential position
 +      // static
 +      // short paddle
 +
 +      thisPaddle.constMove = false;
 +      thisPaddle.h = 80;
 +      thisPaddle.increment = 150;
 +
 +      int value = int(dataIn[0]);
 +      
 +      if (value != 0) { // contact is made, start measuring
 +        if (thisPaddle.prevSlideValue == 0) {
 +          // assign start
 +          println("swipe started: " + value);
 +          thisPaddle.swipeStart = value;
 +        } else {
 +          if (value > thisPaddle.prevSlideValue) {
 +            thisPaddle.swipeEnd = value;
 +            thisPaddle.prevSlideValue = value;
 +          }
 +        }
 +      } else if (value == 0) {
 +        // check if this means finger was lifted
 +        if (thisPaddle.prevSlideValue != 0) {
 +          println("swipe ended: " + thisPaddle.prevSlideValue);
 +          thisPaddle.swipeEnd = thisPaddle.prevSlideValue; // final swipe value
 +          int swipeLength = thisPaddle.swipeEnd - thisPaddle.swipeStart;
 +          float stepValue = map(swipeLength, 0, 1023, 20, (thisPaddle.increment+thisPaddle.adjIncrement));
 +          println(stepValue);
 +          thisPaddle.y = thisPaddle.y + stepValue;
 +          if (thisPaddle.y > height) {
 +            thisPaddle.y = height;
 +          }
 +          
 +          if (thisPaddle.y < 0) {
 +            thisPaddle.y = 0;
 +          }
 +        }
 +      }
 +
 +      thisPaddle.prevSlideValue = value;
 +      myPorts[indexVal].clear();
 +      myPorts[indexVal].write('k');
 +    } // end controller E
 +
 +
 +    if (control.equals("controllerF")) {
 +      // toggle switch
 +      // random position
 +      // static
 +      // long paddle
 +
 +      int forward = int(dataIn[0]);
 +      int backward = int(dataIn[1]);
 +
 +      thisPaddle.h = height/7;
 +      thisPaddle.constMove = false;
 +
 +      if (forward != thisPaddle.prevForwardValue || backward != thisPaddle.prevBackValue) {
 +        thisPaddle.prevValueOk = true;
 +      } else {
 +        thisPaddle.prevValueOk = false;
 +      }
 +
 +      if (thisPaddle.prevValueOk) {
 +        if (forward == 1) {
 +          if (thisPaddle.positionCounter < thisPaddle.positionsNon.length-1) {
 +            thisPaddle.positionCounter++;
 +          } else {
 +            thisPaddle.positionCounter = 0;
 +          }
 +        }
 +
 +        if (backward == 1) {
 +          if (thisPaddle.positionCounter > 0) {
 +            thisPaddle.positionCounter--;
 +          } else {
 +            thisPaddle.positionCounter = thisPaddle.positionsNon.length-1;
          }
        }
      }
      thisPaddle.prevForwardValue = forward;
      thisPaddle.prevBackValue = backward;
       thisPaddle.y = thisPaddle.positionsNon[thisPaddle.positionCounter];
     } // end controller F