phyphoxBLE mit 6 Variablen - Printable Version

Code:
#include <phyphoxBle.h>



void setup()

{

  PhyphoxBLE::start("My Device");

  PhyphoxBLE::setMTU(48); //6 float values 6*4 = 24 bytes



  // An extra task takes care of the experiment creation

  xTaskCreate(

    generateExperiment,    // Function that should be called

    "experimentTask",   // Name of the task (for debugging)

    16000,            // Stack size (bytes)

    NULL,            // Parameter to pass

    1,               // Task priority

    NULL             // Task handle

  );

  

}





void loop()

{



  float value1 = 1+ 0.1*random(0, 10); 

  float value2 = 2+ 0.1*random(0, 10); 

  float value3 = 3+ 0.1*random(0, 10); 

  float value4 = 4+ 0.1*random(0, 10); 

  float value5 = 5+ 0.1*random(0, 10); 

  float value6 = 6+ 0.1*random(0, 10); 



  // store 6 float values in an array

  float values[6] = {value1,value2,value3,value4,value5,value6};



  //send the 6 float values

  PhyphoxBLE::write(&values[0],6);

  delay(100);

}



void generateExperiment(void * parameter){



  //Experiment

  PhyphoxBleExperiment receiveSixFloats;   //generate experiment on Arduino which plot random values

  receiveSixFloats.numberOfChannels = 6;

  receiveSixFloats.setTitle("Random Number Plotter");

  receiveSixFloats.setCategory("Arduino Experiments");

  receiveSixFloats.setDescription("Random numbers are generated on Arduino and visualized with phyphox afterwards");



  //View

  PhyphoxBleExperiment::View firstView;

  firstView.setLabel("FirstView"); //Create a "view"



  PhyphoxBleExperiment::View secondView;

  secondView.setLabel("SecondView"); //Create a "view"

  

  //Value 1

  PhyphoxBleExperiment::Graph Graph1;      //Create graph which will plot random numbers over time

  Graph1.setLabel("Value 1");

  Graph1.setUnitX("s");

  Graph1.setUnitY("");

  Graph1.setLabelX("time");

  Graph1.setLabelY("random number");

  Graph1.setChannel(0, 1);



  PhyphoxBleExperiment::Value Value1;       

  Value1.setLabel("Number 1");                             

  Value1.setUnit("");                      

  Value1.setChannel(1);

  

  //Value 2 

  PhyphoxBleExperiment::Graph Graph2;      //Create graph which will plot random numbers over time

  Graph2.setLabel("Value 2");

  Graph2.setUnitX("s");

  Graph2.setUnitY("");

  Graph2.setLabelX("time");

  Graph2.setLabelY("random number");

  Graph2.setChannel(0, 2);

  

  PhyphoxBleExperiment::Value Value2;       

  Value2.setLabel("Number 2");                             

  Value2.setUnit("");                      

  Value2.setChannel(2);  





  //Value 3

  PhyphoxBleExperiment::Graph Graph3;      //Create graph which will plot random numbers over time

  Graph3.setLabel("Value 3");

  Graph3.setUnitX("s");

  Graph3.setUnitY("");

  Graph3.setLabelX("time");

  Graph3.setLabelY("random number");

  Graph3.setChannel(0, 3);

    

  PhyphoxBleExperiment::Value Value3;         //Creates a value-box.

  Value3.setLabel("Number 3");                  //Sets the label

  Value3.setUnit("");                        //The physical unit associated with the displayed value.

  Value3.setChannel(3);



  //Value 4



  PhyphoxBleExperiment::Graph Graph4;      //Create graph which will plot random numbers over time

  Graph4.setLabel("Value 4");

  Graph4.setUnitX("s");

  Graph4.setUnitY("");

  Graph4.setLabelX("time");

  Graph4.setLabelY("random number");

  Graph4.setChannel(0, 4);

 

  PhyphoxBleExperiment::Value Value4;         //Creates a value-box.

  Value4.setLabel("Number 4");                  //Sets the label

  Value4.setUnit("");                        //The physical unit associated with the displayed value.

  Value4.setChannel(4);



  //Value 5

  PhyphoxBleExperiment::Graph Graph5;      //Create graph which will plot random numbers over time

  Graph5.setLabel("Value 5");

  Graph5.setUnitX("s");

  Graph5.setUnitY("");

  Graph5.setLabelX("time");

  Graph5.setLabelY("random number");

  Graph5.setChannel(0, 5);

    

  PhyphoxBleExperiment::Value Value5;         //Creates a value-box.

  Value5.setLabel("Number 5");                  //Sets the label

  Value5.setUnit("");                        //The physical unit associated with the displayed value.

  Value5.setChannel(5);



  //Value 6

  PhyphoxBleExperiment::Graph Graph6;      //Create graph which will plot random numbers over time

  Graph6.setLabel("Value 6");

  Graph6.setUnitX("s");

  Graph6.setUnitY("");

  Graph6.setLabelX("time");

  Graph6.setLabelY("random number");

  Graph6.setChannel(0, 6);

    

  PhyphoxBleExperiment::Value Value6;         //Creates a value-box.

  Value6.setLabel("Number 6");                  //Sets the label

  Value6.setUnit("");                        //The physical unit associated with the displayed value.

  Value6.setChannel(6);



  firstView.addElement(Graph1);            //attach graph to view

  firstView.addElement(Value1);               //attach value to view

  

  firstView.addElement(Graph2);            //attach graph to view

  firstView.addElement(Value2);               //attach value to view



  firstView.addElement(Graph3);            //attach graph to view  

  firstView.addElement(Value3);               //attach value to view



  firstView.addElement(Graph4);            //attach graph to view

  firstView.addElement(Value4);               //attach value to view

  

  firstView.addElement(Graph5);            //attach graph to view

  firstView.addElement(Value5);               //attach value to view



  firstView.addElement(Graph6);            //attach graph to view  

  firstView.addElement(Value6);               //attach value to view

  receiveSixFloats.addView(firstView);         //attach view to experiment

  PhyphoxBLE::addExperiment(receiveSixFloats);      //attach experiment to server



  vTaskDelete(NULL);

  }