Description:

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ArduinoDashboard is an application for viewing analog and digital pin sensor values from an arduino in real time. This can be used with any arduino sketch and now has compiled versions with no need to download processing.org ide. Sources included as well.

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More Details:

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Arduino Dashboard is a Processing.org sketch/application.  This is just the beginning test version and is fairly basic.

This first version  will give you the analog value of pins A0-A6 as well as the digital pins of 1-13.

To Use the Dashboard:

** UPDATE**    There is now a compiled version of ArduinoDashboard that you can use without having to install Processing.org.  Each version also has a folder with the an arduino sketch that you can copy the function from as well.  I’ll leave the instructions for using the source with processing for those who want to use it that way as well.

1. Download compiled versions:
   ArduinoDashboard_Win32
   ArduinoDashboard_Win64
   ArduinoDashboard_Linux32
   ArduinoDashboard_Linux64
   ArduinoDashboard_MacOSX 

2. Copy and Paste function from ArduinoDashboard arduino sketch into your existing sketch
3. Load your arduino sketch to your arduino (wait for the sketch to fully upload!)
4. Run the ArduinoDashboard.exe file

OR

1. Make sure you have the processing.org ide installed
   For now you will have to have the processing.org ide downloaded, but I plan to package it on it’s own as soon as I can
   http://processing.org/download/
   
   
2. Download the Arduino Dashboard processing sketch and unzip/unrar
   Arduino Dashboard Rar File
   
   
3. Copy and paste the following function into the end of your arduino sketch and call the function from your loop
   (Make sure you have  ”Serial.begin (9600); ” in the setup portion of your sketch as well.
   

   void dashboard() {
     int sensorValue1, sensorValue2, sensorValue3, sensorValue4, sensorValue5,sensorValue6, sensorValue7, sensorValue8, sensorValue9, sensorValue10, sensorValue11, sensorValue12, sensorValue13,
     sensorValue14, sensorValue15, sensorValue16, sensorValue17, sensorValue18, sensorValue19;
     sensorValue1 = analogRead(A0);      // read sensor in analog input 0
     sensorValue2 = analogRead(A1);      // read sensor in analog input 1
     sensorValue3 = analogRead(A2);      // read sensor in analog input 2
     sensorValue4 = analogRead(A3);      // read sensor in analog input 3
     sensorValue5 = analogRead(A4);      // read sensor in analog input 4
     sensorValue6 = analogRead(A5);      // read sensor in analog input 5
     sensorValue7 = digitalRead(1);      // read sensor in analog input 6
     sensorValue8 = digitalRead(2);      // read sensor in analog input 6
     sensorValue9 = digitalRead(3);      // read sensor in analog input 6
     sensorValue10 = digitalRead(4);      // read sensor in analog input 6
     sensorValue11= digitalRead(5);      // read sensor in analog input 6
     sensorValue12= digitalRead(6);      // read sensor in analog input 6
     sensorValue13= digitalRead(7);      // read sensor in analog input 6
     sensorValue14= digitalRead(8);      // read sensor in analog input 6
     sensorValue15= digitalRead(9);      // read sensor in analog input 6
     sensorValue16 = digitalRead(10);      // read sensor in analog input 6
     sensorValue17 = digitalRead(11);      // read sensor in analog input 6
     sensorValue18 = digitalRead(12);      // read sensor in analog input 6
     sensorValue19 = digitalRead(13);      // read sensor in analog input 6
     
     Serial.print(sensorValue1, DEC);   // print sensor 1
     Serial.print(",");                 // print ','
     Serial.print(sensorValue2, DEC);   // print sensor 2
     Serial.print(",");                 // print ','
     Serial.print(sensorValue3, DEC);   // print sensor 3
     Serial.print(",");                 // print ','
    Serial.print(sensorValue4, DEC);    // print sensor 4
     Serial.print(",");                 // print ','
    Serial.print(sensorValue5, DEC);    // print sensor 5
     Serial.print(",");                 // print ','
      Serial.print(sensorValue6, DEC);   // print sensor 6
     Serial.print(",");                 // print ','
      Serial.print(sensorValue7);   // print sensor 7
     Serial.print(",");                 // print ','
      Serial.print(sensorValue8);   // print sensor 7
     Serial.print(",");                 // print ','
      Serial.print(sensorValue9);   // print sensor 9
     Serial.print(",");                 // print ','
      Serial.print(sensorValue10);   // print sensor 10
     Serial.print(",");                 // print ','
      Serial.print(sensorValue11);   // print sensor 11
     Serial.print(",");                 // print ','
      Serial.print(sensorValue12);   // print sensor 12
     Serial.print(",");                 // print ','
      Serial.print(sensorValue13);   // print sensor 13
     Serial.print(",");                 // print ','
      Serial.print(sensorValue14);   // print sensor 14
     Serial.print(",");                 // print ','
      Serial.print(sensorValue15);   // print sensor 15
     Serial.print(",");                 // print ','
      Serial.print(sensorValue16);   // print sensor 16
     Serial.print(",");                 // print ','
      Serial.print(sensorValue17);   // print sensor 17
     Serial.print(",");                 // print ','
      Serial.print(sensorValue18);   // print sensor 18
     Serial.print(",");                 // print ','
     Serial.print(sensorValue19); // print sensor 19 and newline (println)
     Serial.print("!");
     delay(200);   // wait 200ms for next reading
   									

4. Upload your arduino sketch
5. Start the Arduino Dashboard.pde sketch from processing

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Planned Upgrades:

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• Ability to choose number of Pins to monitor
• Classify pins as I/O
• Choose arduino type to set additional layouts and number of pins
• Choose color per pin for High/Low
• Custom alerts based on variables or pins
• Choice of graphs, buttons, or guages for each pin or variable
• much more I’m sure

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This post was submitted by jonc.