THX for your answer!
I need to mark on the peaks!
for time saving, here only is the code that draw the line and ellipse.
noFill();
beginShape(); // using beginShape() renders fast
for ( x = 1; x < RawX.length-1;x++) {
stroke(255,0,0);
vertex(x, ScaledX[x]+100);
if(A==1)
{
}
}
endShape();
beginShape(); // using beginShape() renders fast
for ( x = 1; x < RawY.length-1;x++) {
stroke(0,255,0);
vertex(x, ScaledY[x]+200);
if(B==1)
{
}
}
endShape();
beginShape(); // using beginShape() renders fast
for ( x = 1; x < RawZ.length-1;x++) {
stroke(0,0,255);
vertex(x, ScaledZ[x]);
}
endShape();
if((A==1)){
for ( x = 1; x < RawX.length-1;x=x+10)
{
ellipse(x,ScaledX[x]+100,4,4);
}
}
if((B==1)){
for ( x = 1; x < RawY.length-1;x=x+10)
{
ellipse(x,ScaledY[x]+200,4,4);
}
}
if((C==1)){
for ( x = 1; x < RawZ.length-1;x=x+10)
{
ellipse(x,ScaledZ[x],4,4);
}
}
and here is the serial event code.
void serialEvent(Serial port){
String inData = port.readStringUntil('\n');
inData = trim(inData); // cut off white space (carriage return)
if (inData.charAt(0) == 'X'){ // leading 'S' for sensor data
inData = inData.substring(1); // cut off the leading 'S'
Sensor_X = float(inData)*100; // convert the string to usable int
// Sensor=Sensor_X;
//println(Sensor);
}
if (inData.charAt(0) == 'Y'){ // leading 'S' for sensor data
inData = inData.substring(1); // cut off the leading 'S'
Sensor_Y = float(inData)*100; // convert the string to usable int
//println(Sensor_Y);
}
if (inData.charAt(0) == 'Z'){ // leading 'S' for sensor data
inData = inData.substring(1); // cut off the leading 'S'
Sensor_Z = float(inData)*100; // convert the string to usable int
//println(Sensor_Z);
}
// if (inData.charAt(0) == 'Q'){ // leading 'S' for sensor data
// inData = inData.substring(1); // cut off the leading 'S'
// Sensor_X_angle = float(inData)*100; // convert the string to usable int
//
// //println(Sensor_X_angle);
// }
//
// if (inData.charAt(0) == 'T'){ // leading 'S' for sensor data
// inData = inData.substring(1); // cut off the leading 'S'
// Sensor_Y_angle = float(inData)*100; // convert the string to usable int
// //println(Sensor_Y_angle);
// }
//
// if (inData.charAt(0) == 'K'){ // leading 'S' for sensor data
// inData = inData.substring(1); // cut off the leading 'S'
// Sensor_Z_angle = float(inData)*100; // convert the string to usable int
// //println(Sensor_Z_angle);
// }
if (inData.charAt(0) == 'S'){ // leading 'S' for sensor data
inData = inData.substring(1); // cut off the leading 'S'
S = inData; // convert the string to usable int
//println(S);
}
if (inData.charAt(0) == 'A')
{ // leading 'S' for sensor data
A=1;
B=0;
C=0;
println('A');
}
//else
//A=0;
if (inData.charAt(0) == 'B')
{ // leading 'S' for sensor data
B=1;
A=0;
C=0;
println('B');
}
//else
//B=0;
if (inData.charAt(0) == 'C')
{ // leading 'S' for sensor data
C=1;
A=0;
B=0;
println('C');
}
if(inData.charAt(0) == 'D')
{
D++;
// if(D>=200)
// {
A=0;
B=0;
C=0;
D=0;
//}
}
//else
//C=0;
}
