Domotica Con Arduino + IPhone (ipharduino)

Utilizzando Processing come Ide master comunicazione IP tra iPhone - Router - Processing, tramite questo piccolo 
sketch ho sintetizzato:
-Server
-Controller Arduino
-Controller Usb

Di seguito incollo il codice Processing.
Vi ricordo ch e per poter funzionare occorre scaricare le 3 librerie fondamentali
OscP5, NetP5, CC.Arduino,

----------------------------------------------------------

import oscP5.*;        //  Load OSC P5 library
import netP5.*;        //  Load net P5 library
import processing.serial.*;    //  Load serial library
import cc.arduino.*;

Serial arduinoPort;        //  Set arduinoPort as serial connection
OscP5 oscP5;            //  Set oscP5 as OSC connection

int redLED = 0;        //  redLED lets us know if the LED is on or off
int [] led = new int [2];    //  Array allows us to add more toggle buttons in TouchOSC

void setup() {
  size(100,100);        // Processing screen size
  noStroke();            //  We don’t want an outline or Stroke on our graphics
    oscP5 = new OscP5(this,8000);  // Start oscP5, listening for incoming messages at port 8000
   arduinoPort = new Serial(this, Serial.list()[2], 9600);    // Set arduino to 9600 baud
}

void oscEvent(OscMessage theOscMessage) {   //  This runs whenever there is a new OSC message

    String addr = theOscMessage.addrPattern();  //  Creates a string out of the OSC message
    if(addr.indexOf("/1/toggle") !=-1){   // Filters out any toggle buttons
      int i = int((addr.charAt(9) )) - 0x30;   // returns the ASCII number so convert into a real number by subtracting 0x30
      led[i]  = int(theOscMessage.get(0).floatValue());     //  Puts button value into led[i]
    // Button values can be read by using led[0], led[1], led[2], etc.
    
    }
}

void draw() {
background(50);        // Sets the background to a dark grey, can be 0-255

   if(led[1] == 0){        //  If led button 1 if off do....
    arduinoPort.write("a");    // Sends the character “r” to Arduino
    redLED = 0;        // Sets redLED color to 0, can be 0-255
  }
if(led[1] == 1){        // If led button 1 is ON do...
  arduinoPort.write("A");    // Send the character “R” to Arduino
  redLED = 255;        // Sets redLED color to 255, can be 0-255
  }
fill(redLED,0,0);            // Fill rectangle with redLED amount
   ellipse(50, 50, 50, 50);    // Created an ellipse at 50 pixels from the left...
                // 50 pixels from the top and a width of 50 and height of 50 pixels
}


----------------------------------------------------------

Guardando il codice noterete che in base all'output captato in rete dal touchosc 
0 o 1, Processing scriverà nella seriale di arduino 2 valori:
a,A.
Quindi in arduino bisogna installare uno script che capti questi 2 valori
e li trasformi in funzioni, ad es. LedOn/LedOff .. ecc...
di seguito vi incollo il codice da installare dentro arduino:


----------------------------------------------------------





#define LED_PIN1  4
#define LED_PIN2  5
#define LED_PIN3  6
#define LED_PIN4  7

#define LED_PIN5  8
#define LED_PIN6  9
#define LED_PIN7  10
#define LED_PIN8  11

int firstSensor = 0;         // first analog sensor
int secondSensor = 0;    // second analog sensor
int thirdSensor = 0;        // digital sensor
int inByte = 0;               // incoming serial byte
boolean status_unlock;
boolean status_bluetooth;

long interval = 1000;           // interval at which to blink (milliseconds)
long previousMillis = 0;        // will store last time LED was update
int minite,sec;


void setup()
{
  // start serial port at 9600 bps:
  Serial.begin(9600);
  //pinMode(2, INPUT);   // digital sensor is on digital pin 2
  //establishContact();    // send a byte to establish contact until receiver responds
 
  pinMode(LED_PIN1, OUTPUT);
  pinMode(LED_PIN2, OUTPUT);
  pinMode(LED_PIN3, OUTPUT);
  pinMode(LED_PIN4, OUTPUT);

  pinMode(LED_PIN5, OUTPUT);
  pinMode(LED_PIN6, OUTPUT);
  pinMode(LED_PIN7, OUTPUT);
  pinMode(LED_PIN8, OUTPUT);
 
  digitalWrite(LED_PIN1, LOW);  // switch off LED
  digitalWrite(LED_PIN2, LOW);  // switch off LED
  digitalWrite(LED_PIN3, LOW);  // switch off LED
  digitalWrite(LED_PIN4, LOW);  // switch off LED
   
  digitalWrite(LED_PIN5, LOW);  // switch off LED
  digitalWrite(LED_PIN6, LOW);  // switch off LED
  digitalWrite(LED_PIN7, LOW);  // switch off LED
  digitalWrite(LED_PIN8, LOW);  // switch off LED
 
  status_bluetooth = true;
  status_unlock = false;
  sec = 0;
}

void loop()
{
  if (Serial.available() > 0) {  
      
    inByte = Serial.read();                      // get incoming byte: 

    if(inByte == 'A'){   
      digitalWrite(LED_PIN1, HIGH);        // switch on LED
      Serial.print('A', BYTE);                    // send a char
      delay(800);
      digitalWrite(LED_PIN1, LOW);        // switch off LED
      status_unlock = false;
      inByte = 0;    
    }
   
    if(inByte == 'a'){   
      digitalWrite(LED_PIN2, HIGH);        // switch on LED
      Serial.print('a', BYTE);                    // send a char
      delay(800);
      digitalWrite(LED_PIN2, LOW);        // switch off LED
     
      status_unlock = true;
      sec = 0;
      inByte = 0;    
    }
   
    if(inByte == 'B'){   
      digitalWrite(LED_PIN3, HIGH);        // switch on LED
      Serial.print('B', BYTE);                    // send a char
      inByte = 0;    
    }
   
    if(inByte == 'b'){   
      digitalWrite(LED_PIN3, LOW);        // switch off LED
      Serial.print('b', BYTE);                   // send a char
      inByte = 0;    
    }
   
    if(inByte == 'C'){   
      digitalWrite(LED_PIN4, HIGH);        // switch on LED
      Serial.print('C', BYTE);                    // send a char
      inByte = 0;    
    }
   
    if(inByte == 'c'){   
      digitalWrite(LED_PIN4, LOW);        // switch off LED
      Serial.print('c', BYTE);                    // send a char
      inByte = 0;    
    }
   
    if(inByte == 'D'){   
      digitalWrite(LED_PIN5, HIGH);        // switch on LED
      Serial.print('D', BYTE);                    // send a char
      inByte = 0;    
    }
   
    if(inByte == 'd'){   
      digitalWrite(LED_PIN5, LOW);        // switch off LED
      Serial.print('d', BYTE);                   // send a char
      inByte = 0;    
    }
   
    if(inByte == 'E'){   
      digitalWrite(LED_PIN6, HIGH);        // switch on LED
      Serial.print('E', BYTE);                    // send a char
      inByte = 0;    
    }
   
    if(inByte == 'e'){   
      digitalWrite(LED_PIN6, LOW);        // switch off LED
      Serial.print('e', BYTE);                   // send a char
      inByte = 0;    
    }
   
    if(inByte == 'F'){   
      digitalWrite(LED_PIN7, HIGH);        // switch on LED
      Serial.print('F', BYTE);                    // send a char
      inByte = 0;    
    }
   
    if(inByte == 'f'){   
      digitalWrite(LED_PIN7, LOW);        // switch off LED
      Serial.print('f', BYTE);                    // send a char
      inByte = 0;    
    }
   
    if(inByte == 'G'){   
      digitalWrite(LED_PIN8, HIGH);        // switch on LED
      Serial.print('G', BYTE);                    // send a char
      inByte = 0;    
    }
   
    if(inByte == 'g'){   
      digitalWrite(LED_PIN8, LOW);        // switch off LED
      Serial.print('g', BYTE);                   // send a char
      inByte = 0;    
    }   
   
    if(inByte == 'S'){   
     
      Serial.print('S', BYTE);                  // send a char
      status_bluetooth = true;
      sec = 0;
         
    }   
  } // if(Serial
 
  /*
  unsigned long currentMillis = millis();
     
              if(currentMillis - previousMillis > interval) {           
                previousMillis = currentMillis;         // save the last time you blinked the LED
               
                sec++;
               
                if(status_unlock==true){
               
                  if(sec== 11){
               
                      digitalWrite(LED_PIN1, HIGH);        // switch on LED
               
                      delay(800);
                      digitalWrite(LED_PIN1, LOW);        // switch off LED
               
                      status_unlock = false;                 
                      sec = 0;
                  }
                }
                else sec = 0;               
               
              }
 
*/
   
} //Loop

void establishContact() {
  while (Serial.available() <= 0) {
    Serial.print('.', BYTE);                   // send a capital A
    delay(500);
  }
}
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    3 Discussions

    Here is a little translation.

    First part:

    We will use Processing as an Ide master to communicate IP addresses between iPhone - Router - Processing, using this little sketch:

    -Server
    -Controller Arduino
    -Controller Usb

    Here is the Processing code.
    Remember you need those 3 fundamental libraries: OscP5, NetP5, CC.Arduino.

    ------------------------------------------------------------------------------

    Second part

    According to the output capted by the touchosc (0 or 1), Processing will write on the Arduino serial port 2 values: a, A.
    So, in Arduino you need a script to capture those two values and convert in functions like LedOn/LedOff, etc.
    here is the code you have to send into Arduino.

    ----------------------------------------------------------------------------

    sorry if my english is not perfect, but I'm not a native speaker.

    Ps. Simone, let me know if my interpretation does not match to what you wanted to explain

    None
    marcoboers

    5 years ago

    indeed english would be nice..