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Setting.pde
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class Settings {
private String filePath = "";
private PrintWriter output = null;
public Settings(String filePath) {
this.filePath = filePath;
}
public void load() {
boolean isLoadIniPins = false;
String line = null;
BufferedReader reader = createReader(filePath);
while (true) {
try {
line = reader.readLine();
}catch(IOException e) {
e.printStackTrace();
line = null;
break;
}
if (line != null) {
if (line.length() > 0) {
String[] pieces = split(line, " ");
if (pieces[0].equals("SENSOR_MOD:")) {
_SENSOR_MOD = int(pieces[1]);
}
if (pieces[0].equals("HOST_IP:")) {
HOST_IP = pieces[1];
}
if (pieces[0].equals("send_port:")) {
send_port = int(pieces[1]);
}
if (pieces[0].equals("recieve_port:")) {
recieve_port = int(pieces[1]);
}
if (pieces[0].equals("ScreenSize:")) {
sw = int(pieces[1]);
sh = int(pieces[2]);
}
if (pieces[0].equals("ScreenLocation:")) {
screen_x = int(pieces[1]);
screen_y = int(pieces[2]);
}
if (pieces[0].equals("minDepth:")) {
minDepth = int(pieces[1]);
}
if (pieces[0].equals("maxDepth:")) {
maxDepth = int(pieces[1]);
}
if (pieces[0].equals("mintouchDepth:")) {
mintouchDepth = int(pieces[1]);
}
if (pieces[0].equals("maxtouchDepth:")) {
maxtouchDepth = int(pieces[1]);
}
if (pieces[0].equals("threshold:")) {
threshold = int(pieces[1]);
}
if (pieces[0].equals("sensor_area1:")) {
area[0] = new PVector(float(pieces[1]), float(pieces[2])) ;
}
if (pieces[0].equals("sensor_area2:")) {
area[1] = new PVector(float(pieces[1]), float(pieces[2])) ;
}
if (pieces[0].equals("sensor_area3:")) {
area[2] = new PVector(float(pieces[1]), float(pieces[2])) ;
}
if (pieces[0].equals("sensor_area4:")) {
area[3] = new PVector(float(pieces[1]), float(pieces[2])) ;
}
if (pieces[0].equals("sensor_area5:")) {
area[4] = new PVector(float(pieces[1]), float(pieces[2])) ;
}
if (pieces[0].equals("sensor_area6:")) {
area[5] = new PVector(float(pieces[1]), float(pieces[2])) ;
}
if (pieces[0].equals("sensor_area7:")) {
area[6] = new PVector(float(pieces[1]), float(pieces[2])) ;
}
if (pieces[0].equals("sensor_area8:")) {
area[7] = new PVector(float(pieces[1]), float(pieces[2])) ;
}
}
}else {
//error occured or file is empty
break;
}
}
}
public void save() {
output = createWriter(filePath);
output.println("SENSOR_MOD: " + _SENSOR_MOD);
output.println("");
output.println("HOST_IP: " + HOST_IP);
output.println("");
output.println("send_port: " + send_port);
output.println("");
output.println("recieve_port: " + recieve_port);
output.println("");
//write With and Height of screen
output.println("ScreenSize: " + sw + " " + sh);
output.println("");
//write location of screen
output.println("ScreenLocation: " + screen_x + " " + screen_y);
output.println("");
//write the minDepth
output.println("minDepth: " + minDepth);
output.println("");
//write the maxDepth
output.println("maxDepth: " + maxDepth);
output.println("");
//write the mintouchDepth
output.println("mintouchDepth: " + mintouchDepth);
output.println("");
//write the maxtouchDepth
output.println("maxtouchDepth: " + maxtouchDepth);
output.println("");
//write the maxDepth
output.println("threshold: " + threshold);
output.println("");
output.println("# each sensor area points are blow:");
output.println("");
// Write every sensor area point's location
for (int i=0; i<area.length; i++) {
output.println("sensor_area"+ (i+1) +": " + area[i].x + " "+ area[i].y);
output.println("");
}
output.flush(); // Writes the remaining data to the file
output.close(); // Finishes the file
}
}
void loadInitialSettings() {
//loading initial file and pins' location file
settings = new Settings(dataPath("settings.txt"));
println("loading settings.txt");
TIP_MSG = "loading settings ......";
settings.load();
println("loading SUCESS!!");
}