Code arduino et raspberry pi

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1 
[codeimport processing.serial.*;

Serial serial;
TempCpu cpu;

void setup(){
 size(200,200);
  cpu=new TempCpu(); 
serial=new Serial(this,serial.list()[0],9600);
}
void draw(){
 
  

  if(cpu.retour()>=30&&cpu.retour()<=59){
   

  fill(#006CFF);
noStroke();
rect(0,0,200,200);
fill(#044193);
rect(0,120,200,80);
fill(255,255,255);
rect(25,25,150,150);
stroke(1);
fill(#B2C1C1);
rect(25,25,150,30);
noStroke();
fill(#626C6C);
rect(25,40,150,15);
fill(#F5F3F2);
rect(25,100,150,74);
stroke(1);



fill(#FFFFFF);
textSize(30);
text("CPU TEMP",27,51);
    stroke(1);
   fill(#0074FF);
   textSize(40);
   text("C° "+cpu.retour(),45,111);
   fill(#CBCBCB);
   rect(50,140,100,20);
   noStroke();
   fill(#6C6C6C);
   rect(51,152,99,8);
  fill(#11A51B);
  rect(51,141,cpu.retour(),19);
  fill(#085D0F);
  rect(51,152,cpu.retour(),8);
 }
if(cpu.retour()>=0&&cpu.retour()<=29){
  
  

  fill(#006CFF);
noStroke();
rect(0,0,200,200);
fill(#044193);
rect(0,120,200,80);
fill(255,255,255);
rect(25,25,150,150);
stroke(1);
fill(#B2C1C1);
rect(25,25,150,30);
noStroke();
fill(#626C6C);
rect(25,40,150,15);
fill(#F5F3F2);
rect(25,100,150,74);
stroke(1);



fill(#FFFFFF);
textSize(30);
text("CPU TEMP",27,51);
  stroke(1);
   fill(#0074FF);
   textSize(40);
   text("C° "+cpu.retour(),45,110);
   fill(#CBCBCB);
   rect(50,140,100,20);
   noStroke();
   fill(#6C6C6C);
   rect(51,152,99,8);
  fill(#0A82FF);
  rect(51,141,cpu.retour(),19);
  fill(#084E98);
  rect(51,152,cpu.retour(),8);

}
if(cpu.retour()>=60&&cpu.retour()<=79){
  
  

  fill(#006CFF);
noStroke();
rect(0,0,200,200);
fill(#044193);
rect(0,120,200,80);
fill(255,255,255);
rect(25,25,150,150);
stroke(1);
fill(#B2C1C1);
rect(25,25,150,30);
noStroke();
fill(#626C6C);
rect(25,40,150,15);
fill(#F5F3F2);
rect(25,100,150,74);
stroke(1);



fill(#FFFFFF);
textSize(30);
text("CPU TEMP",27,51);
  stroke(1);
   fill(#0074FF);
   textSize(40);
   text("C° "+cpu.retour(),45,111);
   fill(#CBCBCB);
   rect(50,140,100,20);
   noStroke();
   fill(#6C6C6C);
   rect(51,152,99,8);
  fill(#F03C0F);
  rect(51,141,cpu.retour(),19);
  fill(#862209);
  rect(51,152,cpu.retour(),8);
}
if(cpu.retour()>=45&&cpu.retour()<=49){
 serial.write(cpu.retour()*2); 
}
if(cpu.retour()>=50&&cpu.retour()<=80){
  serial.write(cpu.retour()*3);
println(cpu.retour()*3);
}

if(cpu.retour()>=0&&cpu.retour()<=44){
  serial.write(0);
}
delay(500);
serial.clear();
}
class TempCpu{
  
  int retour(){
  String tempCpu[]= loadStrings("/sys/class/thermal/thermal_zone0/temp");
  int cpuTemp=int(tempCpu[0])/1000;
  return cpuTemp;
}
}]
2

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