sigonasr2
/
DivaBot
1
0
Fork 0
Code Issues Pull Requests Projects Releases Wiki Activity

Finish screen calibrator.

Browse Source
secondmonitor
sigonasr2 4 years ago
parent 62d40b0076
commit 62a3e7f776
1 changed files with 220 additions and 13 deletions
Show all changes Ignore whitespace when comparing lines Ignore changes in amount of whitespace Ignore changes in whitespace at EOL
Show Stats Download Patch File Download Diff File
  1. 233
      DivaBot/src/sig/Calibrator.java

233
DivaBot/src/sig/Calibrator.java
Unescape View File

@ -10,6 +10,9 @@ import javax.imageio.ImageIO;
import javax.swing.JPanel;
public class Calibrator{
public static BufferedImage img;
Calibrator() throws IOException, InterruptedException {
boolean failed=false;
int x = Math.min(MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.x);
@ -33,16 +36,32 @@ public class Calibrator{
(int)Math.floor(x+width*0.03984375d),
(int)Math.floor(y+height*0.30833333333333333333333333333333d));
calibrationline=currentPointer;*/
img = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_5.png"));
failed=CalibrationStage1();
if (failed) {return;}
failed=CalibrationStage2();
if (failed) {return;}
failed=CalibrationStage3();
if (failed) {return;}
failed=CalibrationStage4();
if (failed) {return;}
failed=CalibrationStage5();
if (failed) {return;}
failed=CalibrationStage6();
if (failed) {return;}
failed=CalibrationStage7();
if (failed) {return;}
failed=CalibrationStage8();
if (failed) {return;}
MyRobot.CALIBRATIONSTATUS="First calibration set done: X"+(x-MyRobot.STARTDRAG.x)+" Y"+(y-MyRobot.STARTDRAG.y);
// failed=CalibrationStage3(p);
// if (failed) {return;}
// failed=CalibrationStage4(p);
// if (failed) {return;}
//MyRobot.CALIBRATIONSTATUS="First calibration set done: X"+(x-MyRobot.STARTDRAG.x)+" Y"+(y-MyRobot.STARTDRAG.y);
img = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_5.png"));
}
private boolean CalibrationStage1() throws IOException, InterruptedException {
@ -50,22 +69,22 @@ public class Calibrator{
int MAXTRIES=10000;
MyRobot.CALIBRATIONSTATUS="Calibration Stage 1...";
//ImageIO.write(MYROBOT.getSizedCapture(new Rectangle(x,y,width,height)),"png",new File("capture.png"));
BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(currentScreen.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture.png"));
//BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture.png"));
while (!calibrated&&MAXTRIES>0) {
//Try moving left until the difference is too high or the colors are not right anymore.
MyRobot.STARTDRAG.x-=1;
//BufferedImage pixel = MYROBOT.getSizedCapture(new Rectangle(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,1,1));
BufferedImage miniImg = currentScreen.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,1,1);
ImageIO.write(miniImg,"png",new File("capture_"+System.nanoTime()+".png"));
BufferedImage miniImg = img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,1,1);
//ImageIO.write(miniImg,"png",new File("capture_"+System.nanoTime()+".png"));
Color col = new Color(miniImg.getRGB(0, 0));
//System.out.println("Checking "+col);
System.out.println("Checking "+col);
if (!(col.getRed()>=5&&col.getRed()<=40&&
col.getGreen()>=170&&col.getGreen()<=210&&
col.getBlue()>=205&&col.getBlue()<=250)) {
//This is the max X. Calibration on this side good.
MyRobot.STARTDRAG.x++;
//System.out.println("End at "+MyRobot.STARTDRAG.x);
System.out.println("End at "+MyRobot.STARTDRAG.x);
return false;
}
MAXTRIES--;
@ -81,22 +100,22 @@ public class Calibrator{
MyRobot.CALIBRATIONSTATUS="Calibration Stage 2...";
//ImageIO.write(MYROBOT.getSizedCapture(new Rectangle(x,y,width,height)),"png",new File("capture.png"));
//BufferedImage currentScreen = MYROBOT.getSizedCapture(new Rectangle(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG,height));
BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(currentScreen.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_2.png"));
//BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_2.png"));
while (!calibrated&&MAXTRIES>0) {
//Try moving left until the difference is too high or the colors are not right anymore.
MyRobot.STARTDRAG.y-=1;
//currentScreen.setRGB(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y, new Color(0,0,0).getRGB());
BufferedImage miniImg = currentScreen.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,1,1);
ImageIO.write(miniImg,"png",new File("capture_"+System.nanoTime()+".png"));
BufferedImage miniImg = img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,1,1);
//ImageIO.write(miniImg,"png",new File("capture_2_"+System.nanoTime()+".png"));
Color col = new Color(miniImg.getRGB(0, 0));
//System.out.println("Checking "+col);
if (!(col.getRed()>=5&&col.getRed()<=40&&
System.out.println("Checking "+col);
if (!(col.getRed()>=5&&col.getRed()<=100&&
col.getGreen()>=170&&col.getGreen()<=210&&
col.getBlue()>=205&&col.getBlue()<=250)) {
//This is the max Y. Calibration on this side good.
MyRobot.STARTDRAG.y++;
//System.out.println("End at "+MyRobot.STARTDRAG.y);
System.out.println("End at "+MyRobot.STARTDRAG.y);
return false;
}
MAXTRIES--;
@ -104,4 +123,192 @@ public class Calibrator{
MyRobot.CALIBRATIONSTATUS="Calibration failed! Try making the capture region larger and defining it more accurately.";
return true;
}
private boolean CalibrationStage3() throws IOException, InterruptedException {
boolean calibrated=false;
int MAXTRIES=10000;
MyRobot.CALIBRATIONSTATUS="Calibration Stage 3...";
//ImageIO.write(MYROBOT.getSizedCapture(new Rectangle(x,y,width,height)),"png",new File("capture.png"));
//BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_3.png"));
while (!calibrated&&MAXTRIES>0) {
//Try moving left until the difference is too high or the colors are not right anymore.
MyRobot.ENDDRAG.x+=1;
//BufferedImage pixel = MYROBOT.getSizedCapture(new Rectangle(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y,1,1));
BufferedImage miniImg = img.getSubimage(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y,1,1);
//ImageIO.write(miniImg,"png",new File("capture_3_"+System.nanoTime()+".png"));
Color col = new Color(miniImg.getRGB(0, 0));
System.out.println("Checking "+col);
if (!(col.getRed()>=55&&col.getRed()<=90&&
col.getGreen()>=25&&col.getGreen()<=55&&
col.getBlue()>=55&&col.getBlue()<=90)) {
//This is the max X. Calibration on this side good.
MyRobot.ENDDRAG.x--;
System.out.println("End at "+MyRobot.STARTDRAG.x);
return false;
}
MAXTRIES--;
}
MyRobot.CALIBRATIONSTATUS="Calibration failed! Try making the capture region larger and defining it more accurately.";
return true;
}
private boolean CalibrationStage4() throws IOException {
boolean calibrated=false;
int MAXTRIES=10000;
MyRobot.CALIBRATIONSTATUS="Calibration Stage 4...";
//ImageIO.write(MYROBOT.getSizedCapture(new Rectangle(x,y,width,height)),"png",new File("capture.png"));
//BufferedImage currentScreen = MYROBOT.getSizedCapture(new Rectangle(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y,MyRobot.ENDDRAG,height));
//BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_4.png"));
while (!calibrated&&MAXTRIES>0) {
//Try moving left until the difference is too high or the colors are not right anymore.
MyRobot.ENDDRAG.y+=1;
//currentScreen.setRGB(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y, new Color(0,0,0).getRGB());
BufferedImage miniImg = img.getSubimage(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y,1,1);
//ImageIO.write(miniImg,"png",new File("capture_4_"+System.nanoTime()+".png"));
Color col = new Color(miniImg.getRGB(0, 0));
System.out.println("Checking "+col);
if (!(col.getRed()>=55&&col.getRed()<=90&&
col.getGreen()>=25&&col.getGreen()<=55&&
col.getBlue()>=55&&col.getBlue()<=90)) {
//This is the max Y. Calibration on this side good.
MyRobot.ENDDRAG.y--;
System.out.println("End at "+MyRobot.ENDDRAG.y);
return false;
}
MAXTRIES--;
}
MyRobot.CALIBRATIONSTATUS="Calibration failed! Try making the capture region larger and defining it more accurately.";
return true;
}
private boolean CalibrationStage5() throws IOException, InterruptedException {
boolean calibrated=false;
int MAXTRIES=100;
MyRobot.CALIBRATIONSTATUS="Calibration Stage 5...";
//ImageIO.write(MYROBOT.getSizedCapture(new Rectangle(x,y,width,height)),"png",new File("capture.png"));
//BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture.png"));
while (!calibrated&&MAXTRIES>0) {
//Try moving left until the difference is too high or the colors are not right anymore.
MyRobot.STARTDRAG.x+=1;
//BufferedImage pixel = MYROBOT.getSizedCapture(new Rectangle(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,1,1));
for (int i=0;i<100;i++) {
BufferedImage miniImg = img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y+i,1,1);
//ImageIO.write(miniImg,"png",new File("capture_"+System.nanoTime()+".png"));
Color col = new Color(miniImg.getRGB(0, 0));
System.out.println("Checking "+col);
if ((col.getRed()>=5&&col.getRed()<=40&&
col.getGreen()>=170&&col.getGreen()<=210&&
col.getBlue()>=205&&col.getBlue()<=250)) {
//This is the max X. Calibration on this side good.
MyRobot.STARTDRAG.y=MyRobot.STARTDRAG.y+i;
//MyRobot.STARTDRAG.x--;
System.out.println("End at "+MyRobot.STARTDRAG.x);
return false;
}
}
MAXTRIES--;
}
MyRobot.STARTDRAG.x-=100;
return false;
}
private boolean CalibrationStage6() throws IOException {
boolean calibrated=false;
int MAXTRIES=100;
MyRobot.CALIBRATIONSTATUS="Calibration Stage 6...";
//ImageIO.write(MYROBOT.getSizedCapture(new Rectangle(x,y,width,height)),"png",new File("capture.png"));
//BufferedImage currentScreen = MYROBOT.getSizedCapture(new Rectangle(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG,height));
//BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_2.png"));
while (!calibrated&&MAXTRIES>0) {
//Try moving left until the difference is too high or the colors are not right anymore.
MyRobot.STARTDRAG.y+=1;
//currentScreen.setRGB(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y, new Color(0,0,0).getRGB());
for (int i=0;i<100;i++) {
BufferedImage miniImg = img.getSubimage(MyRobot.STARTDRAG.x+i,MyRobot.STARTDRAG.y,1,1);
//ImageIO.write(miniImg,"png",new File("capture_2_"+System.nanoTime()+".png"));
Color col = new Color(miniImg.getRGB(0, 0));
System.out.println("Checking "+col);
if ((col.getRed()>=5&&col.getRed()<=100&&
col.getGreen()>=170&&col.getGreen()<=210&&
col.getBlue()>=205&&col.getBlue()<=250)) {
MyRobot.STARTDRAG.x=MyRobot.STARTDRAG.x+i;
//This is the max Y. Calibration on this side good.
System.out.println("End at "+MyRobot.STARTDRAG.y);
return false;
}
}
MAXTRIES--;
}
MyRobot.STARTDRAG.y-=100;
return false;
}
private boolean CalibrationStage7() throws IOException, InterruptedException {
boolean calibrated=false;
int MAXTRIES=100;
MyRobot.CALIBRATIONSTATUS="Calibration Stage 7...";
//ImageIO.write(MYROBOT.getSizedCapture(new Rectangle(x,y,width,height)),"png",new File("capture.png"));
//BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_3.png"));
while (!calibrated&&MAXTRIES>0) {
//Try moving left until the difference is too high or the colors are not right anymore.
MyRobot.ENDDRAG.x-=1;
//BufferedImage pixel = MYROBOT.getSizedCapture(new Rectangle(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y,1,1));
for (int i=0;i<100;i++) {
BufferedImage miniImg = img.getSubimage(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y-i,1,1);
//ImageIO.write(miniImg,"png",new File("capture_3_"+System.nanoTime()+".png"));
Color col = new Color(miniImg.getRGB(0, 0));
System.out.println("Checking "+col);
if ((col.getRed()>=55&&col.getRed()<=90&&
col.getGreen()>=25&&col.getGreen()<=55&&
col.getBlue()>=55&&col.getBlue()<=90)) {
//This is the max X. Calibration on this side good.
MyRobot.ENDDRAG.y=MyRobot.ENDDRAG.y-i;
MyRobot.ENDDRAG.x++;
System.out.println("End at "+MyRobot.STARTDRAG.x);
return false;
}
}
MAXTRIES--;
}
MyRobot.ENDDRAG.x+=100;
return false;
}
private boolean CalibrationStage8() throws IOException {
boolean calibrated=false;
int MAXTRIES=100;
MyRobot.CALIBRATIONSTATUS="Calibration Stage 8...";
//ImageIO.write(MYROBOT.getSizedCapture(new Rectangle(x,y,width,height)),"png",new File("capture.png"));
//BufferedImage currentScreen = MYROBOT.getSizedCapture(new Rectangle(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y,MyRobot.ENDDRAG,height));
//BufferedImage currentScreen = MyRobot.MYROBOT.getSizedCapture(new Rectangle(0,0,MyRobot.screenSize.width,MyRobot.screenSize.height));
ImageIO.write(img.getSubimage(MyRobot.STARTDRAG.x,MyRobot.STARTDRAG.y,MyRobot.ENDDRAG.x-MyRobot.STARTDRAG.x,MyRobot.ENDDRAG.y-MyRobot.STARTDRAG.y),"png",new File("capture_4.png"));
while (!calibrated&&MAXTRIES>0) {
//Try moving left until the difference is too high or the colors are not right anymore.
MyRobot.ENDDRAG.y-=1;
//currentScreen.setRGB(MyRobot.ENDDRAG.x,MyRobot.ENDDRAG.y, new Color(0,0,0).getRGB());
for (int i=0;i<100;i++) {
BufferedImage miniImg = img.getSubimage(MyRobot.ENDDRAG.x-i,MyRobot.ENDDRAG.y,1,1);
//ImageIO.write(miniImg,"png",new File("capture_4_"+System.nanoTime()+".png"));
Color col = new Color(miniImg.getRGB(0, 0));
System.out.println("Checking "+col);
if ((col.getRed()>=55&&col.getRed()<=90&&
col.getGreen()>=25&&col.getGreen()<=55&&
col.getBlue()>=55&&col.getBlue()<=90)) {
MyRobot.ENDDRAG.x=MyRobot.ENDDRAG.x-i;
//This is the max Y. Calibration on this side good.
System.out.println("End at "+MyRobot.ENDDRAG.y);
return false;
}
}
MAXTRIES--;
}
MyRobot.ENDDRAG.y+=100;
return false;
}
}

Write Preview
Loading…
Cancel
Save