@ -9,14 +9,17 @@ import com.fr.stable.Constants;
import javax.swing.JComponent ;
import javax.swing.JComponent ;
import javax.swing.JPanel ;
import javax.swing.JPanel ;
import javax.swing.SwingUtilities ;
import javax.swing.SwingUtilities ;
import javax.swing.border.Border ;
import java.awt.AWTEvent ;
import java.awt.AWTEvent ;
import java.awt.BasicStroke ;
import java.awt.BasicStroke ;
import java.awt.BorderLayout ;
import java.awt.BorderLayout ;
import java.awt.Color ;
import java.awt.Color ;
import java.awt.Component ;
import java.awt.Dialog ;
import java.awt.Dialog ;
import java.awt.Frame ;
import java.awt.Frame ;
import java.awt.Graphics ;
import java.awt.Graphics ;
import java.awt.Graphics2D ;
import java.awt.Graphics2D ;
import java.awt.Insets ;
import java.awt.Point ;
import java.awt.Point ;
import java.awt.Polygon ;
import java.awt.Polygon ;
import java.awt.Rectangle ;
import java.awt.Rectangle ;
@ -29,303 +32,312 @@ import java.awt.event.MouseEvent;
/ * *
/ * *
* @author Jerry
* @author Jerry
* 非模态悬浮对话框 , 气泡形状
* 非模态悬浮对话框 , 气泡形状
* /
* /
public abstract class UIBubbleFloatPane < T > extends BasicBeanPane < T > {
public abstract class UIBubbleFloatPane < T > extends BasicBeanPane < T > {
private static final long serialVersionUID = - 6386018511442190959L ;
private static final long serialVersionUID = - 6386018511442190959L ;
private static int OFF_LEFT = 10 ;
private static int OFF_LEFT = 10 ;
private static final int ARROR_PARALLEL = 30 ;
private static final int ARROR_PARALLEL = 30 ;
private static final int ARROR_VERTICAL = 20 ;
private static final int ARROR_VERTICAL = 20 ;
private static final int TITLE_HEIGHT = 60 ;
private static final int TITLE_HEIGHT = 60 ;
private static final double TIME_DEFAULT = 0 . 5 ;
private static final double TIME_DEFAULT = 0 . 5 ;
private static final double TIME_GAP = 0 . 1 ;
private static final double TIME_GAP = 0 . 1 ;
private BasicBeanPane < T > contentPane ;
private BasicBeanPane < T > contentPane ;
private Rectangle bounds ;
private Rectangle bounds ;
private int arrowPosition ;
private int arrowPosition ;
private double time = 0 . 5 ;
private double time = 0 . 5 ;
private UIDialog showDialog ;
private UIDialog showDialog ;
/ * *
/ * *
* @param arrowPosition 箭头的位置 , 上下左右 , 暂时只处理了左边 , 后面用到了再说 TODO
* @param arrowPosition 箭头的位置 , 上下左右 , 暂时只处理了左边 , 后面用到了再说 TODO
* @param arrowPoint 箭头的坐标点
* @param arrowPoint 箭头的坐标点
* @param contentPane 对话框中的Panel
* @param contentPane 对话框中的Panel
* /
* /
public UIBubbleFloatPane ( int arrowPosition , Point arrowPoint , BasicBeanPane < T > contentPane ) {
public UIBubbleFloatPane ( int arrowPosition , Point arrowPoint , BasicBeanPane < T > contentPane ) {
this ( arrowPosition , arrowPoint , contentPane , contentPane . getPreferredSize ( ) . width , contentPane . getPreferredSize ( ) . height ) ;
this ( arrowPosition , arrowPoint , contentPane , contentPane . getPreferredSize ( ) . width , contentPane . getPreferredSize ( ) . height ) ;
}
}
/ * *
/ * *
* 这个方法主要用于那些宽度和高度有变化的面板 , 因为显然外面的气泡要固定大小 , 不然忽大忽小 , 体验太差了
* 这个方法主要用于那些宽度和高度有变化的面板 , 因为显然外面的气泡要固定大小 , 不然忽大忽小 , 体验太差了
*
*
* @param arrowPosition 箭头的位置 , 上下左右 , 暂时只处理了左边 , 后面用到了再说 TODO
* @param arrowPosition 箭头的位置 , 上下左右 , 暂时只处理了左边 , 后面用到了再说 TODO
* @param arrowPoint 箭头的坐标点
* @param arrowPoint 箭头的坐标点
* @param contentPane 对话框中的Panel
* @param contentPane 对话框中的Panel
* @param width 对话框中的Panel的宽度 , 写死了
* @param width 对话框中的Panel的宽度 , 写死了
* @param height 对话框中的Panel的高度 , 写死了
* @param height 对话框中的Panel的高度 , 写死了
* /
* /
public UIBubbleFloatPane ( int arrowPosition , Point arrowPoint , BasicBeanPane < T > contentPane , int width , int height ) {
public UIBubbleFloatPane ( int arrowPosition , Point arrowPoint , BasicBeanPane < T > contentPane , int width , int height ) {
this . contentPane = contentPane ;
this . contentPane = contentPane ;
this . arrowPosition = arrowPosition ;
this . arrowPosition = arrowPosition ;
this . time = initBoundsTime ( arrowPosition , arrowPoint , width , height ) ;
this . time = initBoundsTime ( arrowPosition , arrowPoint , width , height ) ;
if ( arrowPosition = = Constants . LEFT ) {
if ( arrowPosition = = Constants . LEFT ) {
this . bounds = new Rectangle ( arrowPoint . x - width , ( int ) ( arrowPoint . y - height * time ) , width , height ) ;
this . bounds = new Rectangle ( arrowPoint . x - width , ( int ) ( arrowPoint . y - height * time ) , width , height ) ;
} else if ( arrowPosition = = Constants . TOP ) {
} else if ( arrowPosition = = Constants . TOP ) {
this . bounds = new Rectangle ( ( int ) ( arrowPoint . x - width * time ) , arrowPoint . y , width , height ) ;
this . bounds = new Rectangle ( ( int ) ( arrowPoint . x - width * time ) , arrowPoint . y , width , height ) ;
} else if ( arrowPosition = = Constants . RIGHT ) {
} else if ( arrowPosition = = Constants . RIGHT ) {
this . bounds = new Rectangle ( arrowPoint . x - OFF_LEFT * 2 - width , ( int ) ( arrowPoint . y - height * time ) , width , height ) ;
this . bounds = new Rectangle ( arrowPoint . x - OFF_LEFT * 2 - width , ( int ) ( arrowPoint . y - height * time ) , width , height ) ;
}
}
initComponents ( ) ;
initComponents ( ) ;
}
}
/ * *
/ * *
* show对话框
* show对话框
*
* @param fatherPane 上一层界面 parentPane
* @param fatherPane 上一层界面 parentPane
* @param ob 传入的内容 , 在show之前populate
* @param ob 传入的内容 , 在show之前populate
* /
* /
public void show ( JComponent fatherPane , T ob ) {
public void show ( JComponent fatherPane , T ob ) {
populateBean ( ob ) ;
populateBean ( ob ) ;
UIDialog dialog = showUnsizedWindow ( SwingUtilities . getWindowAncestor ( fatherPane ) ) ;
if ( showDialog = = null ) {
showDialog = dialog ;
showDialog = showUnsizedWindow ( SwingUtilities . getWindowAncestor ( fatherPane ) ) ;
Toolkit . getDefaultToolkit ( ) . addAWTEventListener ( awt , AWTEvent . MOUSE_EVENT_MASK ) ;
}
dialog . setVisible ( true ) ;
Toolkit . getDefaultToolkit ( ) . addAWTEventListener ( awt , AWTEvent . MOUSE_EVENT_MASK ) ;
}
showDialog . setVisible ( true ) ;
}
/ * *
* 数据展现
/ * *
* /
* 数据展现
public void populateBean ( T ob ) {
* /
contentPane . populateBean ( ob ) ;
public void populateBean ( T ob ) {
}
contentPane . populateBean ( ob ) ;
}
/ * *
* 停止编辑 , 更新至最新的面板到属性保存
/ * *
* /
* 停止编辑 , 更新至最新的面板到属性保存
public T updateBean ( ) {
* /
updateContentPane ( ) ;
public T updateBean ( ) {
return contentPane . updateBean ( ) ;
updateContentPane ( ) ;
}
return contentPane . updateBean ( ) ;
}
/ * *
* 需要实现更新内容 , 将updateBean传值给对象即可 , 在窗口消失的时候会被调用
/ * *
* /
* 需要实现更新内容 , 将updateBean传值给对象即可 , 在窗口消失的时候会被调用
protected abstract void updateContentPane ( ) ;
* /
protected abstract void updateContentPane ( ) ;
/ * *
* 以对话框的形式弹出
/ * *
*
* 以对话框的形式弹出
* @param window 窗口
*
* @return 对话框
* @param window 窗口
* /
* @return 对话框
public UIDialog showUnsizedWindow ( Window window ) {
* /
CustomShapedDialog dg = null ;
public UIDialog showUnsizedWindow ( Window window ) {
if ( window instanceof Frame ) {
CustomShapedDialog dg = null ;
dg = new CustomShapedDialog ( ( Frame ) window ) ;
if ( window instanceof Frame ) {
} else {
dg = new CustomShapedDialog ( ( Frame ) window ) ;
dg = new CustomShapedDialog ( ( Dialog ) window ) ;
} else {
}
dg = new CustomShapedDialog ( ( Dialog ) window ) ;
if ( arrowPosition = = Constants . LEFT | | arrowPosition = = Constants . RIGHT ) {
}
dg . setSize ( bounds . width + ARROR_PARALLEL , bounds . height + ARROR_VERTICAL ) ;
if ( arrowPosition = = Constants . LEFT | | arrowPosition = = Constants . RIGHT ) {
} else {
dg . setSize ( bounds . width + ARROR_PARALLEL , bounds . height + ARROR_VERTICAL ) ;
dg . setSize ( bounds . width + ARROR_VERTICAL , bounds . height + ARROR_PARALLEL ) ;
} else {
}
dg . setSize ( bounds . width + ARROR_VERTICAL , bounds . height + ARROR_PARALLEL ) ;
}
dg . setLocation ( bounds . x , bounds . y ) ;
dg . setBackground ( Color . blue ) ;
dg . setLocation ( bounds . x , bounds . y ) ;
dg . setResizable ( false ) ;
dg . setBackground ( Color . blue ) ;
return dg ;
dg . setResizable ( false ) ;
}
return dg ;
}
@Override
protected String title4PopupWindow ( ) {
@Override
return null ;
protected String title4PopupWindow ( ) {
}
return null ;
}
private double initBoundsTime ( int arrowPosition , Point arrowPoint , int width , int height ) {
int x = arrowPoint . x ;
private double initBoundsTime ( int arrowPosition , Point arrowPoint , int width , int height ) {
int y = arrowPoint . y ;
int x = arrowPoint . x ;
int screenWidth = Toolkit . getDefaultToolkit ( ) . getScreenSize ( ) . width ;
int y = arrowPoint . y ;
int screenHeight = Toolkit . getDefaultToolkit ( ) . getScreenSize ( ) . height - TITLE_HEIGHT ;
int screenWidth = Toolkit . getDefaultToolkit ( ) . getScreenSize ( ) . width ;
double time = TIME_DEFAULT ;
int screenHeight = Toolkit . getDefaultToolkit ( ) . getScreenSize ( ) . height - TITLE_HEIGHT ;
double time = TIME_DEFAULT ;
if ( arrowPosition = = Constants . LEFT | | arrowPosition = = Constants . RIGHT ) {
while ( y + time * height > screenHeight & & time > 0 ) {
if ( arrowPosition = = Constants . LEFT | | arrowPosition = = Constants . RIGHT ) {
time - = TIME_GAP ;
while ( y + time * height > screenHeight & & time > 0 ) {
}
time - = TIME_GAP ;
}
while ( y - ( 1 - time ) * height < 0 & & time < 1 ) {
time + = TIME_GAP ;
while ( y - ( 1 - time ) * height < 0 & & time < 1 ) {
}
time + = TIME_GAP ;
} else if ( arrowPosition = = Constants . TOP ) {
}
while ( x + time * width > screenWidth & & time > 0 ) {
} else if ( arrowPosition = = Constants . TOP ) {
time - = TIME_GAP ;
while ( x + time * width > screenWidth & & time > 0 ) {
}
time - = TIME_GAP ;
}
while ( x - ( 1 - time ) * width < 0 & & time < 1 ) {
time + = TIME_GAP ;
while ( x - ( 1 - time ) * width < 0 & & time < 1 ) {
}
time + = TIME_GAP ;
}
}
return 1 - time ;
}
}
return 1 - time ;
}
private AWTEventListener awt = new AWTEventListener ( ) {
public void eventDispatched ( AWTEvent event ) {
private AWTEventListener awt = new AWTEventListener ( ) {
doSomeInAll ( event ) ;
public void eventDispatched ( AWTEvent event ) {
}
doSomeInAll ( event ) ;
} ;
}
} ;
private void doSomeInAll ( AWTEvent event ) {
if ( event instanceof MouseEvent ) {
private void doSomeInAll ( AWTEvent event ) {
MouseEvent mv = ( MouseEvent ) event ;
if ( event instanceof MouseEvent ) {
if ( mv . getClickCount ( ) > 0 ) {
MouseEvent mv = ( MouseEvent ) event ;
Point point = new Point ( ( int ) ( mv . getLocationOnScreen ( ) . getX ( ) ) - 2 * OFF_LEFT , ( int ) mv . getLocationOnScreen ( ) . getY ( ) ) ;
if ( mv . getClickCount ( ) > 0 ) {
// 判断鼠标点击是否在边界内
Point point = new Point ( ( int ) ( mv . getLocationOnScreen ( ) . getX ( ) ) - 2 * OFF_LEFT , ( int ) mv . getLocationOnScreen ( ) . getY ( ) ) ;
if ( ! containsPoint ( point ) & & showDialog ! = null ) {
// 判断鼠标点击是否在边界内
updateContentPane ( ) ;
if ( ! containsPoint ( point ) & & showDialog ! = null ) {
showDialog . setVisible ( false ) ;
updateContentPane ( ) ;
Toolkit . getDefaultToolkit ( ) . removeAWTEventListener ( awt ) ;
showDialog . setVisible ( false ) ;
}
Toolkit . getDefaultToolkit ( ) . removeAWTEventListener ( awt ) ;
}
}
}
}
}
}
}
private boolean containsPoint ( Point point ) {
private boolean containsPoint ( Point point ) {
if ( arrowPosition = = Constants . TOP ) {
if ( arrowPosition = = Constants . TOP ) {
//箭头和按钮也算在pane内
//箭头和按钮也算在pane内
Rectangle judgedBounds = new Rectangle ( bounds . x , bounds . y - OFF_LEFT * 2 , bounds . width , bounds . height + OFF_LEFT * 2 + OFF_LEFT ) ;
Rectangle judgedBounds = new Rectangle ( bounds . x , bounds . y - OFF_LEFT * 2 , bounds . width , bounds . height + OFF_LEFT * 2 + OFF_LEFT ) ;
return judgedBounds . contains ( point ) ;
return judgedBounds . contains ( point ) ;
}
}
return bounds . contains ( point ) ;
return bounds . contains ( point ) ;
}
}
private void initComponents ( ) {
private void initComponents ( ) {
if ( arrowPosition = = Constants . LEFT | | arrowPosition = = Constants . RIGHT ) {
if ( arrowPosition = = Constants . LEFT | | arrowPosition = = Constants . RIGHT ) {
this . setBounds ( 20 , 10 , bounds . width , bounds . height ) ;
this . setBounds ( 20 , 10 , bounds . width , bounds . height ) ;
} else {
} else {
this . setBounds ( 10 , 10 , bounds . width , bounds . height ) ;
this . setBounds ( 10 , 10 , bounds . width , bounds . height ) ;
}
}
this . setLayout ( new BorderLayout ( ) ) ;
this . setLayout ( new BorderLayout ( ) ) ;
this . add ( contentPane , BorderLayout . CENTER ) ;
this . add ( contentPane , BorderLayout . CENTER ) ;
}
}
private class CustomShapedDialog extends UIDialog {
private class CustomShapedDialog extends UIDialog {
private static final int GAP_SMALL = 10 ;
private static final int GAP_SMALL = 10 ;
private static final int GAP = 20 ;
private static final int GAP = 20 ;
private static final int GAP_BIG = 30 ;
private static final int GAP_BIG = 30 ;
public CustomShapedDialog ( Frame parent ) {
public CustomShapedDialog ( Frame parent ) {
super ( parent ) ;
super ( parent ) ;
this . initComponents ( ) ;
this . initComponents ( ) ;
}
}
public CustomShapedDialog ( Dialog parent ) {
public CustomShapedDialog ( Dialog parent ) {
super ( parent ) ;
super ( parent ) ;
this . initComponents ( ) ;
this . initComponents ( ) ;
}
}
private Shape getCustomShap ( ) {
private Shape getCustomShap ( ) {
Polygon polygon = new Polygon ( ) ;
Polygon polygon = new Polygon ( ) ;
if ( arrowPosition = = Constants . LEFT ) {
if ( arrowPosition = = Constants . LEFT ) {
polygon . addPoint ( GAP_SMALL , 0 ) ;
polygon . addPoint ( GAP_SMALL , 0 ) ;
polygon . addPoint ( bounds . width + GAP_BIG , 0 ) ;
polygon . addPoint ( bounds . width + GAP_BIG , 0 ) ;
polygon . addPoint ( bounds . width + GAP_BIG , bounds . height + GAP ) ;
polygon . addPoint ( bounds . width + GAP_BIG , bounds . height + GAP ) ;
polygon . addPoint ( GAP_SMALL , bounds . height + GAP ) ;
polygon . addPoint ( GAP_SMALL , bounds . height + GAP ) ;
polygon . addPoint ( GAP_SMALL , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_SMALL ) ;
polygon . addPoint ( GAP_SMALL , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_SMALL ) ;
polygon . addPoint ( 0 , ( int ) ( ( bounds . height + GAP ) * time - GAP ) ) ;
polygon . addPoint ( 0 , ( int ) ( ( bounds . height + GAP ) * time - GAP ) ) ;
polygon . addPoint ( GAP_SMALL , ( int ) ( ( bounds . height + GAP ) * time - GAP_BIG ) ) ;
polygon . addPoint ( GAP_SMALL , ( int ) ( ( bounds . height + GAP ) * time - GAP_BIG ) ) ;
polygon . addPoint ( GAP_SMALL , 0 ) ;
polygon . addPoint ( GAP_SMALL , 0 ) ;
} else if ( arrowPosition = = Constants . TOP ) {
} else if ( arrowPosition = = Constants . TOP ) {
polygon . addPoint ( 0 , GAP_SMALL ) ;
polygon . addPoint ( 0 , GAP_SMALL - 2 ) ;
polygon . addPoint ( ( int ) ( bounds . width * time + GAP_SMALL ) , GAP_SMALL ) ;
polygon . addPoint ( ( int ) ( bounds . width * time + GAP_SMALL ) , GAP_SMALL - 2 ) ;
polygon . addPoint ( ( int ) ( bounds . width * time + GAP ) , 0 ) ;
polygon . addPoint ( ( int ) ( bounds . width * time + GAP ) , 0 ) ;
polygon . addPoint ( ( int ) ( bounds . getWidth ( ) * time + GAP_BIG ) , GAP_SMALL ) ;
polygon . addPoint ( ( int ) ( bounds . getWidth ( ) * time + GAP_BIG ) , GAP_SMALL - 2 ) ;
polygon . addPoint ( bounds . width + GAP , GAP_SMALL ) ;
polygon . addPoint ( bounds . width + GAP , GAP_SMALL - 2 ) ;
polygon . addPoint ( bounds . width + GAP , bounds . height + GAP_BIG ) ;
polygon . addPoint ( bounds . width + GAP , bounds . height + GAP_BIG ) ;
polygon . addPoint ( 0 , bounds . height + GAP_BIG ) ;
polygon . addPoint ( 0 , bounds . height + GAP_BIG ) ;
polygon . addPoint ( 0 , GAP_SMALL ) ;
polygon . addPoint ( 0 , GAP_SMALL - 2 ) ;
} else if ( arrowPosition = = Constants . RIGHT ) {
} else if ( arrowPosition = = Constants . RIGHT ) {
polygon . addPoint ( 0 , 0 ) ;
polygon . addPoint ( 0 , 0 ) ;
polygon . addPoint ( bounds . width + GAP , 0 ) ;
polygon . addPoint ( bounds . width + GAP , 0 ) ;
polygon . addPoint ( bounds . width + GAP , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_BIG ) ;
polygon . addPoint ( bounds . width + GAP , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_BIG ) ;
polygon . addPoint ( bounds . width + GAP_BIG , ( int ) ( ( bounds . height + GAP ) * time ) - GAP ) ;
polygon . addPoint ( bounds . width + GAP_BIG , ( int ) ( ( bounds . height + GAP ) * time ) - GAP ) ;
polygon . addPoint ( bounds . width + GAP , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_SMALL ) ;
polygon . addPoint ( bounds . width + GAP , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_SMALL ) ;
polygon . addPoint ( bounds . width + GAP , bounds . height + GAP ) ;
polygon . addPoint ( bounds . width + GAP , bounds . height + GAP ) ;
polygon . addPoint ( 0 , bounds . height + GAP ) ;
polygon . addPoint ( 0 , bounds . height + GAP ) ;
polygon . addPoint ( 0 , 0 ) ;
polygon . addPoint ( 0 , 0 ) ;
}
}
return polygon ;
return polygon ;
}
}
private Shape getShape4Board ( ) {
private Shape getShape4Board ( ) {
Polygon polygon = new Polygon ( ) ;
Polygon polygon = new Polygon ( ) ;
if ( arrowPosition = = Constants . LEFT ) {
if ( arrowPosition = = Constants . LEFT ) {
polygon . addPoint ( GAP_SMALL , 1 ) ;
polygon . addPoint ( GAP_SMALL , 1 ) ;
polygon . addPoint ( bounds . width + GAP_BIG - 1 , 1 ) ;
polygon . addPoint ( bounds . width + GAP_BIG - 1 , 1 ) ;
polygon . addPoint ( bounds . width + GAP_BIG - 1 , bounds . height + GAP - 1 ) ;
polygon . addPoint ( bounds . width + GAP_BIG - 1 , bounds . height + GAP - 1 ) ;
polygon . addPoint ( GAP_SMALL + 1 , bounds . height + GAP - 1 ) ;
polygon . addPoint ( GAP_SMALL + 1 , bounds . height + GAP - 1 ) ;
polygon . addPoint ( GAP_SMALL + 1 , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_SMALL ) ;
polygon . addPoint ( GAP_SMALL + 1 , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_SMALL ) ;
polygon . addPoint ( 1 , ( int ) ( ( bounds . height + GAP ) * time - GAP ) ) ;
polygon . addPoint ( 1 , ( int ) ( ( bounds . height + GAP ) * time - GAP ) ) ;
polygon . addPoint ( GAP_SMALL + 1 , ( int ) ( ( bounds . height + GAP ) * time - GAP_BIG ) ) ;
polygon . addPoint ( GAP_SMALL + 1 , ( int ) ( ( bounds . height + GAP ) * time - GAP_BIG ) ) ;
polygon . addPoint ( GAP_SMALL + 1 , 1 ) ;
polygon . addPoint ( GAP_SMALL + 1 , 1 ) ;
} else if ( arrowPosition = = Constants . TOP ) {
} else if ( arrowPosition = = Constants . TOP ) {
polygon . addPoint ( 1 , GAP_SMALL + 1 ) ;
polygon . addPoint ( 1 , GAP_SMALL - 1 ) ;
polygon . addPoint ( ( int ) ( bounds . width * time + GAP_SMALL ) , GAP_SMALL + 1 ) ;
polygon . addPoint ( ( int ) ( bounds . width * time + GAP_SMALL ) , GAP_SMALL - 1 ) ;
polygon . addPoint ( ( int ) ( bounds . width * time + GAP ) , 1 ) ;
polygon . addPoint ( ( int ) ( bounds . width * time + GAP ) , 1 ) ;
polygon . addPoint ( ( int ) ( bounds . getWidth ( ) * time + GAP_BIG ) , GAP_SMALL + 1 ) ;
polygon . addPoint ( ( int ) ( bounds . getWidth ( ) * time + GAP_BIG ) , GAP_SMALL - 1 ) ;
polygon . addPoint ( bounds . width + GAP - 1 , GAP_SMALL + 1 ) ;
polygon . addPoint ( bounds . width + GAP - 1 , GAP_SMALL - 1 ) ;
polygon . addPoint ( bounds . width + GAP - 1 , bounds . height + GAP_BIG - 1 ) ;
polygon . addPoint ( bounds . width + GAP - 1 , bounds . height + GAP_BIG - 1 ) ;
polygon . addPoint ( 1 , bounds . height + GAP_BIG - 1 ) ;
polygon . addPoint ( 1 , bounds . height + GAP_BIG - 1 ) ;
polygon . addPoint ( 1 , GAP_SMALL + 1 ) ;
polygon . addPoint ( 1 , GAP_SMALL - 1 ) ;
} else if ( arrowPosition = = Constants . RIGHT ) {
} else if ( arrowPosition = = Constants . RIGHT ) {
polygon . addPoint ( 1 , 1 ) ;
polygon . addPoint ( 1 , 1 ) ;
polygon . addPoint ( bounds . width + GAP - 1 , 1 ) ;
polygon . addPoint ( bounds . width + GAP - 1 , 1 ) ;
polygon . addPoint ( bounds . width + GAP - 1 , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_BIG ) ;
polygon . addPoint ( bounds . width + GAP - 1 , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_BIG ) ;
polygon . addPoint ( bounds . width + GAP_BIG - 1 , ( int ) ( ( bounds . height + GAP ) * time ) - GAP ) ;
polygon . addPoint ( bounds . width + GAP_BIG - 1 , ( int ) ( ( bounds . height + GAP ) * time ) - GAP ) ;
polygon . addPoint ( bounds . width + GAP - 1 , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_SMALL ) ;
polygon . addPoint ( bounds . width + GAP - 1 , ( int ) ( ( bounds . height + GAP ) * time ) - GAP_SMALL ) ;
polygon . addPoint ( bounds . width + GAP - 1 , bounds . height + GAP - 1 ) ;
polygon . addPoint ( bounds . width + GAP - 1 , bounds . height + GAP - 1 ) ;
polygon . addPoint ( 1 , bounds . height + GAP - 1 ) ;
polygon . addPoint ( 1 , bounds . height + GAP - 1 ) ;
polygon . addPoint ( 1 , 0 ) ;
polygon . addPoint ( 1 , 0 ) ;
}
}
return polygon ;
return polygon ;
}
}
/ * *
protected void initComponents ( ) {
* 画出界面的样式 , 边框等 .
setUndecorated ( true ) ;
* /
try {
public void paint ( Graphics g ) {
AWTUtilities . setWindowShape ( CustomShapedDialog . this , this . getCustomShap ( ) ) ;
super . paint ( g ) ;
} catch ( UnsupportedOperationException e ) {
Graphics2D g2d = ( Graphics2D ) g ;
Stroke oldStroke = g2d . getStroke ( ) ;
g2d . setStroke ( new BasicStroke ( 2 , BasicStroke . CAP_SQUARE , BasicStroke . JOIN_ROUND ) ) ;
g2d . setColor ( new Color ( 51 , 51 , 51 ) ) ;
g2d . drawPolygon ( ( Polygon ) getShape4Board ( ) ) ;
g2d . setStroke ( oldStroke ) ;
}
protected void initComponents ( ) {
setUndecorated ( true ) ;
try {
AWTUtilities . setWindowShape ( CustomShapedDialog . this , this . getCustomShap ( ) ) ;
} catch ( UnsupportedOperationException e ) {
FineLoggerFactory . getLogger ( ) . info ( "Not support" ) ;
FineLoggerFactory . getLogger ( ) . info ( "Not support" ) ;
}
}
final JPanel contentPane = ( JPanel ) this . getContentPane ( ) ;
final JPanel contentPane = ( JPanel ) this . getContentPane ( ) ;
this . setLayout ( null ) ;
this . setLayout ( null ) ;
contentPane . add ( UIBubbleFloatPane . this ) ;
contentPane . add ( UIBubbleFloatPane . this ) ;
setVisible ( true ) ;
contentPane . setBorder ( new Border ( ) {
}
@Override
public void paintBorder ( Component c , Graphics g , int x , int y , int width , int height ) {
/ * *
Graphics2D g2d = ( Graphics2D ) g ;
* 检查
Stroke oldStroke = g2d . getStroke ( ) ;
* /
g2d . setStroke ( new BasicStroke ( 2 , BasicStroke . CAP_SQUARE , BasicStroke . JOIN_ROUND ) ) ;
public void checkValid ( ) throws Exception {
g2d . setColor ( new Color ( 51 , 51 , 51 ) ) ;
g2d . drawPolygon ( ( Polygon ) getShape4Board ( ) ) ;
}
g2d . setStroke ( oldStroke ) ;
}
}
@Override
public Insets getBorderInsets ( Component c ) {
return null ;
}
@Override
public boolean isBorderOpaque ( ) {
return false ;
}
} ) ;
}
/ * *
* 检查
* /
public void checkValid ( ) throws Exception {
}
}
}
}