This is an old and 'private' version so you cant easy understand
See newer,simplest and standalone version
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Αντι να εχω 2 JTextField s
για να κουναω ενα Point με
το πληκτρολογιο,,,,
εχω 1 με ποντικι (και πληκτρα) !
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/*
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*/
package jim.lib.j;
import java.awt.Color;
import java.awt.Cursor;
import java.awt.event.ActionEvent;
import java.awt.event.ActionListener;
import java.awt.event.ComponentEvent;
import java.awt.event.ComponentListener;
import java.awt.event.KeyEvent;
import java.awt.event.KeyListener;
import java.awt.event.MouseEvent;
import java.awt.event.MouseListener;
import java.awt.event.MouseMotionListener;
import java.awt.geom.Point2D;
import javax.swing.JOptionPane;
import javax.swing.SwingUtilities;
import jim.Jim;
import jim.lib.a.Dmtn;
import jim.lib.a.Thr;
import jim.lib.d.Path;
import jim.lib.d.Point;
import jim.lib.j.swing.Jfr;
import jim.lib.j.swing.Jspl;
import jim.lib.j.swing.Jtf;
import jim.lib.j.swing.Manager;
import jim.lib.p.PaintNode;
/**
* created at 14 Φεβ 2020
* @author jimakoskx
*/
public class JArrows4Tf extends Jtf{
public static void main(String[] args) {
JArrows4Tf test1=new JArrows4Tf(1,2);
JArrows4Tf test2=new JArrows4Tf(1.0,3.0,-10,10,1);
test1.isReversingPaintMode=false;
test2.isReversingPaintMode=true;
test1.setName("test1");
test2.setName("test2");
test1.cutTextToLong=true;
Jfr jfr=new Jfr(new Jspl(1,test1,test2).q(0.5).qCont());
jfr.setBounds(0,0,888,222);
}
static ComponentListener CML=new ComponentListener() {
@Override
public void componentResized(ComponentEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.resizedArrows4Tf();}
}
@Override
public void componentMoved(ComponentEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.movedArrows4Tf();}
}
@Override
public void componentShown(ComponentEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.shownArrows4Tf();}
}
@Override
public void componentHidden(ComponentEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.hiddenArrows4Tf();}
}
};
static MouseMotionListener MML=new MouseMotionListener() {
@Override
public void mouseDragged(MouseEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.draggedArrows4Tf(e);}
}
@Override
public void mouseMoved(MouseEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.movedArrows4Tf(e);}
}
};
static MouseListener ML=new MouseListener() {
@Override
public void mouseClicked(MouseEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.clickedArrows4Tf(e);}
}
@Override
public void mousePressed(MouseEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.pressedArrows4Tf(e);}
}
@Override
public void mouseReleased(MouseEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.releasedArrows4Tf(e);}
}
@Override
public void mouseEntered(MouseEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.enteredArrows4Tf(e); }
}
@Override
public void mouseExited(MouseEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.exitedArrows4Tf(e);}
}
};
static KeyListener KL=new KeyListener() {
@Override
public void keyTyped(KeyEvent e) {}
@Override
public void keyPressed(KeyEvent e) {//System.out.println("shifter");
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.klcheckingOneByShift(e);}
}
@Override
public void keyReleased(KeyEvent e) {
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.klcheckingOneByShift(e);}
}
};
static KeyListener KLparser=new KeyListener() {
@Override
public void keyTyped(KeyEvent e) {}
@Override
public void keyPressed(KeyEvent e) {//System.out.println("parser");
if(e.getKeyCode()==KeyEvent.VK_ENTER){
JArrows4Tf src=(JArrows4Tf)e.getComponent();
if(src!=null){src.parseText();}
}
}
@Override
public void keyReleased(KeyEvent e) {}
};
/**
* need low Alpha for the text of JTextField to be visible
*/
static Color arrowsColorDefault=new Color(143,44,0,90);
//System.out.println("l"+SwingConstants.LEFT);
//System.out.println("r"+SwingConstants.RIGHT);
//System.out.println("b"+SwingConstants.BOTTOM);
//System.out.println("t"+SwingConstants.TOP);
static final int swUp1=1;
static final int swLeft2=2;
static final int swDown3=3;
static final int swRight4=4;
static final String swStr[]=new String[]{"Center","Up","Left","Down","Right"};
static long sleepBetweenPointIncDecrCalls=50;//20 frames per second
static Thr unicMouseTimeMover=new Thr(){
@Override
public void doWork() {
JArrows4Tf src=(JArrows4Tf)workOn.getUserObject();
//System.out.println("working on "+src.getName());
while(src.draggedDir4>0){
//System.out.println("calling for "+swStr[src.draggedDir4]);
src.applyAgainCurrDirectionToPoint();
sl(sleepBetweenPointIncDecrCalls);
}
}
}.q("JArrows4Tf.unicMouseTimeMover");
static{
unicMouseTimeMover.start();
}
///////////////////////////////////////////////////////////////
/////// C L A S S H E R E ////////////////////////////
///////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////
Point val=new Point(0,0);
Point stepAbs=new Point(1,1);
Point min=new Point(Jim.minlong,Jim.minlong);
Point max=new Point(Jim.maxlong,Jim.maxlong);
Point temp=new Point(0,0);
Path pLeft=new Path();
PaintNode pnLeft=new PaintNode(pLeft).qfill();
Path pRight=new Path();
PaintNode pnRight=new PaintNode(pRight).qfill();
Path pUp=new Path();
PaintNode pnUp=new PaintNode(pUp).qfill();
Path pDown=new Path();
PaintNode pnDown=new PaintNode(pDown).qfill();
/**
* if even w > h may need to draw arrows vertically (or opposite)...may dummy never be used
*/
boolean isReversingPaintMode=false;
/**
* width , w/2 , w/3 , 2*(w/3)
*/
int w,wd2,wd3,wd32;
/**
* height , h/2 , h/3 , 2*(h/3)
*/
int h,hd2,hd3,hd32;
/**
* if(false) then arrows not showing if mouse is out of JTextField
*/
boolean arrowsAlwaysOn=true;
/**
* Up0,Left1,Down2,Right3 Point move modes
*/
/**
* updated direction on dragging (before releasing mouse button)
*/
int draggedDir4=-1;
/**
* Triggering starts when user press mouse on JTextfield<br>
* MouseMotionListener and KeyListener will be added
* Buffer of the static Thread will be filled with a reference to this Object<br>
*/
int pressedDir4=-1;
/**
* According of the mouse button for slow,normal,quick speed of the Point movement
*/
int multiplier=1;
/**
* If user suddenly while moving the Point press shift then we must slow speed<br>
* to be easy to adjust at exact point
*/
boolean isShiftDown=false;
/**
* One instead of STEP....cancelling step that is usually adjusted with multiplier !
*/
int one=1;
Dmtn buttons=new Dmtn();//MultipliersPerButtons ..binary search just for 1,2,3 values? Answer:...Just easy programming
/**
*
*/
public JArrows4Tf (){
super("OLA KALA EDO ");
//setCursor(Cursor.getDefaultCursor());//no text cursor
setCursor(Cursor.getPredefinedCursor(Cursor.CROSSHAIR_CURSOR));//
painter=new PaintNode();
painter.q(arrowsColorDefault);
painter.add(pnDown);
painter.add(pnLeft);
painter.add(pnRight);
painter.add(pnUp);
buttons.abin(MouseEvent.BUTTON1).crad(1);
//buttons.abin(MouseEvent.BUTTON2).crad(1);
buttons.abin(MouseEvent.BUTTON3).crad(3);
addComponentListener(CML);
addKeyListener(KLparser);
addMouseListener(ML);
refreshText();
}
public JArrows4Tf (double x,double y){
this();
val.x=x;
val.y=y;
refreshText();
}
public JArrows4Tf (double x,double y,double minv,double maxv,double stepv){
this();
if( stepv<=0 || (minv>=maxv) || x<minv || y<minv || x>maxv || y>maxv || (maxv-minv<stepv) ){
throw new IllegalArgumentException("JArrows4Tf NOT if( step<=0 || (min>=max) || x<min || y<min || x>max || y>max || (max-min<step) )");
}
val.x=x;
val.y=y;
min.x=minv;
min.y=minv;
max.x=maxv;
max.y=maxv;
stepAbs.x=stepv;
stepAbs.y=stepv;
refreshText();
}
/**
* Override to notify for the new Point
*/
public void xyChanged(){
//System.out.println("must implement by class programmer user");
}
/**
* Check limits and if ok sets and calls valuesChanged()
* @param x
* @param y
* @return
*/
public boolean setxy(double x,double y){
if( x<min.x || x>max.x || y<min.y || y>max.y ){
return false;
}
else{
val.x=x;
val.y=y;
xyChanged();
refreshText();
return true;
}
}
public void setxyNoCheck(double x,double y){
val.x=x;
val.y=y;
xyChanged();
refreshText();
}
public void setxNoCheck(double x){
val.x=x;
xyChanged();
refreshText();
}
public void setyNoCheck(double y){
val.y=y;
xyChanged();
refreshText();
}
public boolean checkxy(double x,double y){
return !( x<min.x || x>max.x || y<min.y || y>max.y );
}
public boolean checkx(double x){
return !( x<min.x || x>max.x);
}
public boolean checky(double y){
return !( y<min.y || y>max.y );
}
public int xi(){return (int)val.x;}
public int yi(){return (int)val.y;}
public long xl(){return (long)val.x;}
public long yl(){return (long)val.y;}
public double x(){return val.x;}
public double y(){return val.y;}
public void getxy(Point2D p){
p.setLocation(val.x,val.y);
}
synchronized void parseText(){
String text=getText();
Point p=new Point();
Exception e=jim.lib.d.Point.parsePoint(text, p);
if(e!=null){
JOptionPane.showMessageDialog(this, e,"Unable to parse Point from Text",JOptionPane.INFORMATION_MESSAGE);
}
else{
if(setxy(p.x,p.y)){
//System.out.println("good");
}
else{
JOptionPane.showMessageDialog(this, "attempted to set \n("+p.x+","+p.y+")\nNot allowed because of\nlimitations\n"+getLimitsText(),"Values out of limits",JOptionPane.INFORMATION_MESSAGE);
refreshText();
}
}
}
public String getLimitsText(){
return min.x+" <= x <= "+max.x+" \n"+min.y+" <= y <= "+max.y+" \n";
}
public void setArrowsPainting(boolean active){
painter.childrenOn=active;
repaint();
}
public boolean getArrowsPainting(){
return painter.childrenOn;
}
public void setArrowsColor(Color c){
painter.q(c);
repaint();
}
@Override
public void setEnabled(boolean enabled) {
super.setEnabled(enabled);
if(enabled){addMouseListener(ML);}
else{removeMouseListener(ML);}
}
boolean isArrowsHorizontal(){
if(w>=h){
if(isReversingPaintMode){return false;}
else{return true;}
}
else{
if(isReversingPaintMode){return true;}
else{return false;}
}
}
void resizedArrows4Tf(){
w=getWidth();
h=getHeight();
pDown.reset();
pLeft.reset();
pRight.reset();
pUp.reset();
wd2=w/2;
hd2=h/2;
wd3=w/3;
wd32=wd3*2;
hd3=h/3;
hd32=hd3*2;
if(w>=h){
if(isReversingPaintMode){resetingPaintModeVertical();}
else{resetingPaintModeHorizontal();}
}
else{
if(isReversingPaintMode){resetingPaintModeHorizontal();}
else{resetingPaintModeVertical();}
}
}
void movedArrows4Tf(){}
void shownArrows4Tf(){}
void hiddenArrows4Tf(){}
void resetingPaintModeHorizontal(){
pDown.moveTo(wd2, h);
pDown.lineTo(wd3, hd2);
pDown.lineTo(wd32,hd2);
pDown.closePath();
pUp.moveTo(wd2, 0);
pUp.lineTo(wd32, hd2-1);
pUp.lineTo(wd3,hd2-1);
pUp.closePath();
pLeft.moveTo(0, hd2);
pLeft.lineTo(wd3, h);
pLeft.lineTo(wd3,0);
pLeft.closePath();
pRight.moveTo(w, hd2);
pRight.lineTo(wd32, 0);
pRight.lineTo(wd32,h);
pRight.closePath();
}
void resetingPaintModeVertical(){
pDown.moveTo(wd2, h);
pDown.lineTo(w, hd32);
pDown.lineTo(0,hd32);
pDown.closePath();
pUp.moveTo(wd2, 0);
pUp.lineTo(0, hd3);
pUp.lineTo(w,hd3);
pUp.closePath();
pLeft.moveTo(0, hd2);
pLeft.lineTo(wd2-1,hd32);
pLeft.lineTo(wd2-1,hd3);
pLeft.closePath();
pRight.moveTo(w, hd2);
pRight.lineTo(wd2, hd3);
pRight.lineTo(wd2,hd32);
pRight.closePath();
}
int getDir4(int ex,int ey){
if(isArrowsHorizontal()){//System.out.println("Arrows are horizontal");
if(ex>wd32){//System.out.println("Right");
return swRight4;
}
else if(ex<wd3){//System.out.println("Left");
return swLeft2;
}
else{
if(ey<hd2){//System.out.println("Up");
return swUp1;
}
else{//System.out.println("Down");
return swDown3;
}
}
}
else{//System.out.println("Arrows are vertical");
if(ey>hd32){//System.out.println("Down");
return swDown3;
}
else if(ey<hd3){//System.out.println("Up");
return swUp1;
}
else{
if(ex<wd2){//System.out.println("Left");
return swLeft2;
}
else{//System.out.println("Right");
return swRight4;
}
}
}
}
void clickedArrows4Tf(MouseEvent e){}
void pressedArrows4Tf(MouseEvent e){
int but=e.getButton();
Dmtn buttonNode=buttons.abn(but);
if(buttonNode!=null){
multiplier=buttonNode.dmtn(0).i();
int ex=e.getX();
int ey=e.getY();
pressedDir4=getDir4(ex, ey);
draggedDir4=pressedDir4;
isShiftDown=e.isShiftDown();///means NO MULTIPLIER AT ALL ..ONE
//System.out.println("Pressed "+swStr[pressedDir4]+" mult="+multiplier);
unicMouseTimeMover.works.crad(this);
unicMouseTimeMover.interrupt();
addKeyListener(KL);
addMouseMotionListener(MML);
}
//else{System.out.println("This button is not installed");}
}
void releasedArrows4Tf(MouseEvent e){
draggedDir4=0;
removeMouseMotionListener(MML);
removeKeyListener(KL);
}
void enteredArrows4Tf(MouseEvent e){
if(!arrowsAlwaysOn){setArrowsPainting(true);}
}
void exitedArrows4Tf(MouseEvent e){
if(!arrowsAlwaysOn){setArrowsPainting(false);}
}
void draggedArrows4Tf(MouseEvent e){
isShiftDown=e.isShiftDown();///means NO MULTIPLIER AT ALL ..ONE
int refresh=getDir4(e.getX(), e.getY());
if(refresh!=draggedDir4){
draggedDir4=refresh;
//System.out.println("Dir changed to "+swStr[draggedDir4]);
}
}
void movedArrows4Tf(MouseEvent e){}
void valuesChanged0(){
refreshText();
xyChanged();
}
boolean cutTextToLong=false;
public String getPointText(){
if(cutTextToLong){return (long)val.x+","+(long)val.y;}
else{return val.x+","+val.y;}
}
void refreshText(){
setText(getPointText());
}
void klcheckingOneByShift(KeyEvent e) {
isShiftDown=e.isShiftDown();
}
void beep(){
Manager.beep();
}
void applyAgainCurrDirectionToPoint(){
//System.out.println("Going "+swStr[draggedDir4]);
if(draggedDir4==swDown3){
temp.y=val.y;
if(isShiftDown){temp.y+=one;}
else{temp.y+=stepAbs.y*multiplier;}
if(temp.y>max.y){beep();}
else{setyNoCheck(temp.y);}
}
else if(draggedDir4==swLeft2){
temp.x=val.x;
if(isShiftDown){temp.x-=one;}
else{temp.x-=stepAbs.x*multiplier;}
if(temp.x<min.x){beep();}
else{setxNoCheck(temp.x);}
}
else if(draggedDir4==swRight4){
temp.x=val.x;
if(isShiftDown){temp.x+=one;}
else{temp.x+=stepAbs.x*multiplier;}
if(temp.x>max.x){beep();}
else{setxNoCheck(temp.x);}
}
else if(draggedDir4==swUp1){
temp.y=val.y;
if(isShiftDown){temp.y-=one;}
else{temp.y-=stepAbs.y*multiplier;}
if(temp.y<min.y){beep();}
else{setyNoCheck(temp.y);}
}
//else{System.out.println("error 0...expecting 1,2,3,4");}
}
}
