please format code with </> button * homework policy * asking questions
Hi, my code currently stores data whenever I press the button ‘save data in text’. It stores the data at that moment in time and that second. However, I want the button to store all the data that comes in and is inputed up to when I press the button, so in the text file that is produced, a column of data and a column of time elapsed is produced. How can I do this?
Also, my button has a fault. Wherever I press on the display, it presses it as a button. How can I fix this?
Many thanks:
//This program takes ASCII-encoded strings
//from the serial port at 9600 baud and graphs them. It expects values in the
//range 0 to 1023, followed by a newline, or newline and carriage return
import processing.serial.*;
Serial myPort; // The serial port - object from serial class
String[] list = new String[3]; // For serial port
boolean newData = false; // Sets incoming data to false at the beginning
float inByte; // For incoming serial data
int xPos = 0; // Horizontal position of the graph (from bottom of screen)
String inString; // Data recieved from serial port
int lastxPos=0; // X position from (0,0) of graph
int lastheight=700; // Y position from (0,0) of graph
// - (Also Y length of graph)
// Note: This number should be the Y value of the size() function in void setup()
int X = 1000; // X length of graph
// Note: This number should be the X value of the size() function in void setup()
int halflength = X/2;
String Title = "Signal"; // Sets Title of Graph
// Note: Please change this to suit experiment
String Timer = "Time Elapsed:";
int boxLength = 700;
int rectSize = 30;
Button save;
Button cont;
int m;
Grid grid;
float Q = 45.0;
int qSave = 0;
boolean outputOpen = false;
PrintWriter output;
void setup () {
size(1000, 700); // Set the window size:
smooth();
String portName = Serial.list()[0];
myPort = new Serial(this, portName, 9600); // A serialEvent() is generated when a newline character is received
myPort.bufferUntil('\n'); // Sets a specific byte to buffer until before calling serialEvent()
background(100); // Set inital background colour
grid=new Grid(0, 0, 10*Q, 12*Q);
save=new Button(width-width/12,boxLength/10,"Save data \n in data.txt");
}
void draw () {
//grid.display();
stroke(0);
line(width - width/10,0,width - width/10,boxLength);
fill(255);
rect(width-width/10,0,width/10,boxLength);
fill(255); // These few lines draws on screen text
textSize(20);
textAlign(CENTER); //Centre's Title
text(Title, halflength, 30);
stroke(100);
fill(0);
textSize(13);
text(Timer,width-width/20,boxLength/3);
fill(0);
m = millis()/1000;
textSize(13);
text(m,width-width/20,boxLength/2.5);
save.display();
if (newData) { // If there is new input data:
stroke(255); // Stroke color
strokeWeight(2); // Stroke wider
line(lastxPos, lastheight, xPos, height-inByte); // Draw line
lastxPos = xPos; // Allows for continuous signals
lastheight= int(height-inByte);
if (xPos >= width-width/10) { // At the edge of the window, go back to the beginning
xPos = 0;
lastxPos= 0;
background(100); // Clear the screen.
}
else {
xPos++; // Increment the horizontal position
}
newData = false; // Again sets new data to false
}
}
void serialEvent (Serial myPort) {
// get the ASCII string:
inString = myPort.readStringUntil('\n');
println(inString);
if (inString != null) {
inString = trim(inString); // trim off whitespaces.
inByte = float(inString); // convert to a number.
inByte = map(inByte, 0, 1023, 0, height); // map to the screen height.
newData = true;
}
}
void mouseClicked(){{
if (save.click){
if (outputOpen==false){ // if is not recording then start recording
String fileName ="dataf"+"_"+nf(year(),4)+"_"+nf(month(),2)+"_"+nf(day(),2)+"_"+nf(hour(),2)+"_"+nf(minute(),2)+"_"+nf(second(),2)+".txt";
output=createWriter(fileName);
outputOpen=true;
save.title="saving";
output.print("Signal Value: "); output.print(inString);
output.print("\n");
output.print("Time Elapsed(s): "); output.print(m);
output.println();
qSave=0;
// when entering each data in the stream write to output.print ()
// write to the entry routine
} else { // save is already recording, so stop recording
//println("outputOpen==true => ",outputOpen);
output.close();
outputOpen=false;
qSave=1;
if (qSave>10) {qSave=1;}
save.title="Save data \n in data.txt" + "-"+qSave;
save.click=false;
}
} else {
String fileName ="data"+"_"+nf(year(),4)+"_"+nf(month(),2)+"_"+nf(day(),2)+"_"+nf(hour(),2)+"_"+nf(minute(),2)+"_"+nf(second(),2)+".txt";
output=createWriter(fileName);
output.print("Signal Value: "); output.print(inString);
output.print("\n");
output.print("Time Elapsed(s): "); output.print(m);
// dados
float f=5000.0/1023.0;
output.close();
qSave+=1;
if (qSave>10) {qSave=1;}
save.title="Save data \n in data.txt" + "-"+qSave;
save.click=false;
}
}
}
Button CLass:
class Button{
color cor_ativo=color(0,255,0);
color cor_fio=color(0);
float x,y;
String title;
boolean mouseClick = false;
boolean click = false;
Button(float x, float y, String title){
this.x = x;
this.y = y;
this.title = title;
}
void display(){
if (mouseClick){
fill(0,100,0);
} else if (click){
fill(cor_ativo); //fill(0,255,0);
} else{
fill(200);
}
stroke(cor_fio);
strokeWeight(1);
fill(100);
rect(width-width/12, boxLength/10, width/15, rectSize);
textAlign(CENTER);
textSize(10);
fill(255);
text(title,width-width/20,boxLength/8.5);
}
void mouseClick(){
if (mouseButton==LEFT) {
if (mouseX>(width - width/12) && mouseX<(width - width/12 + width/15) && mouseY>(boxLength/10) && mouseY<(boxLength/10+rectSize)){
mouseClick=true;
}
}
}
boolean mouseClickd(){ // returns if it is clicked or not
boolean ret=false;
if (mouseButton==LEFT){
if (mouseX>(width - width/12) && mouseX<(width - width/12 + width/15) && mouseY>(boxLength/10) && mouseY<(boxLength/10+rectSize)){
click=!click;
ret=true;
mouseClick=false;
}
}
return ret;
}
}
Thanks
