@ -2,9 +2,11 @@ package com.fr.design.designer.beans.adapters.layout;
import com.fr.design.designer.creator.XCreator ;
import com.fr.design.designer.creator.XLayoutContainer ;
import com.fr.design.designer.creator.XWParameterLayout ;
import com.fr.design.designer.creator.cardlayout.XWCardMainBorderLayout ;
import com.fr.design.utils.ComponentUtils ;
import com.fr.form.ui.PaddingMargin ;
import com.fr.form.ui.container.WBorderLayout ;
import com.fr.form.ui.container.cardlayout.WCardMainBorderLayout ;
import com.fr.general.ComparatorUtils ;
@ -17,7 +19,7 @@ import java.util.*;
* 所以把公共的方法挪动这边父类里来
* Created by zhouping on 2016 / 8 / 18 .
* /
public class FRBodyLayoutAdapter extends AbstractLayoutAdapter {
public class FRBodyLayoutAdapter extends AbstractLayoutAdapter {
protected static final int COMP_TOP = 1 ;
protected static final int COMP_BOTTOM = 2 ;
protected static final int COMP_LEFT = 3 ;
@ -34,7 +36,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
protected static final int BORDER_PROPORTION = 10 ; //边界三等分或交叉区域大小取组件1/10和默认大小
protected int trisectAreaDirect = 0 ;
protected int crossPointAreaDirect = 0 ;
private int crossPointAreaDirect = 0 ;
// 增加删除拉伸控件用的临时list
protected java . util . List < Component > rightComps ;
protected java . util . List < Component > leftComps ;
@ -49,6 +51,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
protected int minHeight = 0 ;
protected int actualVal = 0 ; // 存在间隔时，add move drag 判断对齐等都要考虑
protected PaddingMargin margin ; // 布局容器边距
/ * *
* 在添加组件状态时 ， 当鼠标移动到某个容器上方时 ， 如果该容器有布局管理器 ， 则会调用该布局
* 管理适配器的accept来决定当前位置是否可以放置 ， 并提供特殊的标识 ， 比如红色区域标识 。 比
@ -76,9 +79,10 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
/ * *
* 交叉点区域时 ， 能否对应位置放入组件
*
* @param comp 待放置组件
* @param x x
* @param y y
* @param x x
* @param y y
* @return 能否放入
* /
protected boolean canAcceptWhileCrossPoint ( Component comp , int x , int y ) {
@ -95,7 +99,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
min = isNotDefaultArea ? min : minWidth * 2 ;
} else if ( ComparatorUtils . equals ( crossPointAreaDirect , COMP_RIGHT_BOTTOM ) ) {
bottomComp = container . getRightBottomComp ( cX , cY , cH , cW ) ;
isNotDefaultArea = ( bottomComp = = null ) | | ( bottomComp . getX ( ) + bottomComp . getWidth ( ) ! = cX + cW ) ;
isNotDefaultArea = ( bottomComp = = null ) | | ( bottomComp . getX ( ) + bottomComp . getWidth ( ) ! = cX + cW ) ;
rightComp = container . getBottomRightComp ( cX , cY , cH , cW ) ;
minLength = isNotDefaultArea ? Math . min ( cH , rightComp . getHeight ( ) ) : Math . min ( cW , bottomComp . getWidth ( ) ) ;
min = isNotDefaultArea ? min : minWidth * 2 ;
@ -105,12 +109,12 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
minLength = isNotDefaultArea ? Math . min ( cW , bottomComp . getWidth ( ) ) : Math . min ( cH , leftComp . getHeight ( ) ) ;
min = isNotDefaultArea ? minWidth * 2 : min ;
} else if ( ComparatorUtils . equals ( crossPointAreaDirect , COMP_RIGHT_TOP ) ) {
isNotDefaultArea = ( rightComp = = null ) | | ( rightComp . getY ( ) ! = cY ) ;
isNotDefaultArea = ( rightComp = = null ) | | ( rightComp . getY ( ) ! = cY ) ;
topComp = container . getRightTopComp ( cX , cY , cW ) ;
minLength = isNotDefaultArea ? Math . min ( cW , topComp . getWidth ( ) ) : Math . min ( cH , rightComp . getWidth ( ) ) ;
min = isNotDefaultArea ? minWidth * 2 : min ;
min = isNotDefaultArea ? minWidth * 2 : min ;
} else if ( ComparatorUtils . equals ( crossPointAreaDirect , COMP_TOP ) ) {
minLength = Math . min ( rightComp . getHeight ( ) , Math . min ( cH , leftComp . getHeight ( ) ) ) ;
minLength = Math . min ( rightComp . getHeight ( ) , Math . min ( cH , leftComp . getHeight ( ) ) ) ;
} else if ( ComparatorUtils . equals ( crossPointAreaDirect , COMP_BOTTOM ) ) {
leftComp = container . getBottomLeftComp ( cX , cY , cH ) ;
rightComp = container . getBottomRightComp ( cX , cY , cH , cW ) ;
@ -129,9 +133,10 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
/ * *
* 三等分区域时 ， 能否对应位置放入组件
*
* @param comp 待放置组件
* @param x x
* @param y y
* @param x x
* @param y y
* @return 能否放入
* /
protected boolean canAcceptWhileTrisection ( Component comp , int x , int y ) {
@ -142,28 +147,28 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
upMinHeight = getUpMinHeightComp ( cY , x ) ;
downMinHeight = getDownMinHeightComp ( comp , y ) ;
return upMinHeight = = 0 ? downMinHeight > = minHeight * 2 + actualVal : ( upMinHeight + downMinHeight ) > = minHeight * 3 + actualVal ;
} else if ( ComparatorUtils . equals ( trisectAreaDirect , COMP_BOTTOM ) ) {
} else if ( ComparatorUtils . equals ( trisectAreaDirect , COMP_BOTTOM ) ) {
upMinHeight = getUpMinHeightComp ( cY + cH + actualVal , x ) ;
if ( cY + cH + DEFAULT_AREA_LENGTH > container . getHeight ( ) - margin . getBottom ( ) ) {
if ( cY + cH + DEFAULT_AREA_LENGTH > container . getHeight ( ) - margin . getBottom ( ) ) {
downMinHeight = 0 ;
} else {
Component targetComp = container . getBottomComp ( x , cY , cH ) ;
downMinHeight = getDownMinHeightComp ( targetComp , cY + cH + DEFAULT_AREA_LENGTH + actualVal ) ;
}
return downMinHeight = = 0 ? ( upMinHeight > = minHeight * 2 + actualVal ) : ( ( upMinHeight + downMinHeight ) > = minHeight * 3 + actualVal ) ;
} else if ( ComparatorUtils . equals ( trisectAreaDirect , COMP_LEFT ) ) {
rightMinWidth = getMinRightWidth ( cX , 0 , y ) ;
if ( cX - DEFAULT_AREA_LENGTH < margin . getLeft ( ) ) {
return downMinHeight = = 0 ? ( upMinHeight > = minHeight * 2 + actualVal ) : ( ( upMinHeight + downMinHeight ) > = minHeight * 3 + actualVal ) ;
} else if ( ComparatorUtils . equals ( trisectAreaDirect , COMP_LEFT ) ) {
rightMinWidth = getMinRightWidth ( cX , 0 , y ) ;
if ( cX - DEFAULT_AREA_LENGTH < margin . getLeft ( ) ) {
leftMinWidth = 0 ;
} else {
Component targetRightComp = container . getLeftComp ( cX , y ) ;
leftMinWidth = getMinLeftWidth ( targetRightComp , cX - DEFAULT_AREA_LENGTH - actualVal ) ;
}
return leftMinWidth = = 0 ? ( rightMinWidth > = minWidth * 2 + actualVal ) : ( ( leftMinWidth + rightMinWidth ) > = minWidth * 3 + actualVal ) ;
} else if ( ComparatorUtils . equals ( trisectAreaDirect , COMP_RIGHT ) ) {
return leftMinWidth = = 0 ? ( rightMinWidth > = minWidth * 2 + actualVal ) : ( ( leftMinWidth + rightMinWidth ) > = minWidth * 3 + actualVal ) ;
} else if ( ComparatorUtils . equals ( trisectAreaDirect , COMP_RIGHT ) ) {
leftMinWidth = getMinLeftWidth ( comp , x ) ;
rightMinWidth = getMinRightWidth ( cX , cW , y ) ;
return rightMinWidth = = 0 ? ( leftMinWidth > = minWidth * 2 + actualVal ) : ( ( leftMinWidth + rightMinWidth ) > = minWidth * 3 + actualVal ) ;
return rightMinWidth = = 0 ? ( leftMinWidth > = minWidth * 2 + actualVal ) : ( ( leftMinWidth + rightMinWidth ) > = minWidth * 3 + actualVal ) ;
}
return false ;
}
@ -176,16 +181,16 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( cY = = margin . getTop ( ) ) {
return 0 ;
}
int max = container . getWidth ( ) - margin . getRight ( ) ;
int max = container . getWidth ( ) - margin . getRight ( ) ;
int mouseX = x ;
int minHeight = cY ;
int bott = 0 ;
if ( isFindRelatedComps ) {
upComps = new ArrayList < Component > ( ) ;
}
for ( ; mouseX < max ; ) {
for ( ; mouseX < max ; ) {
Component comp = container . getTopComp ( mouseX , cY ) ;
if ( comp = = null ) {
if ( comp = = null ) {
break ;
}
bott = comp . getHeight ( ) + comp . getY ( ) + actualVal ;
@ -197,26 +202,26 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( isFindRelatedComps ) {
upComps . add ( comp ) ;
}
} else {
} else {
break ;
}
}
if ( container . getTopComp ( x , cY ) = = null ) {
if ( container . getTopComp ( x , cY ) = = null ) {
return 0 ;
}
mouseX = container . getTopComp ( x , cY ) . getX ( ) - DEFAULT_AREA_LENGTH - actualVal ;
while ( mouseX > margin . getLeft ( ) ) {
while ( mouseX > margin . getLeft ( ) ) {
Component comp = container . getTopComp ( mouseX , cY ) ;
bott = comp . getHeight ( ) + comp . getY ( ) + actualVal ;
bott = comp . getHeight ( ) + comp . getY ( ) + actualVal ;
if ( bott = = cY ) {
if ( comp . getHeight ( ) < minHeight ) {
minHeight = comp . getHeight ( ) ;
}
mouseX = comp . getX ( ) - DEFAULT_AREA_LENGTH - actualVal ;
mouseX = comp . getX ( ) - DEFAULT_AREA_LENGTH - actualVal ;
if ( isFindRelatedComps ) {
upComps . add ( comp ) ;
}
} else {
} else {
break ;
}
}
@ -231,13 +236,13 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
int cX = currentcomp . getX ( ) ;
int cY = currentcomp . getY ( ) ;
int minHeight = currentcomp . getHeight ( ) ;
int max = container . getWidth ( ) - margin . getRight ( ) ;
int max = container . getWidth ( ) - margin . getRight ( ) ;
if ( isFindRelatedComps ) {
downComps = new ArrayList < Component > ( ) ;
}
int mouseX = cX + DEFAULT_AREA_LENGTH ;
while ( mouseX < max ) {
Component comp = container . getComponentAt ( mouseX , y ) ;
Component comp = container . getComponentAt ( mouseX , y ) ;
if ( comp . getY ( ) = = cY ) {
if ( comp . getHeight ( ) < minHeight ) {
minHeight = comp . getHeight ( ) ;
@ -246,12 +251,12 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( isFindRelatedComps ) {
downComps . add ( comp ) ;
}
} else {
} else {
break ;
}
}
mouseX = cX - DEFAULT_AREA_LENGTH - actualVal ;
while ( mouseX > margin . getLeft ( ) ) {
while ( mouseX > margin . getLeft ( ) ) {
Component comp = container . getComponentAt ( mouseX , y ) ;
if ( comp . getY ( ) = = cY ) {
if ( comp . getHeight ( ) < minHeight ) {
@ -261,7 +266,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( isFindRelatedComps ) {
downComps . add ( comp ) ;
}
} else {
} else {
break ;
}
}
@ -273,9 +278,9 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
* 判断对齐时考虑间隔
* /
private int getMinRightWidth ( int cX , int cW , int y ) {
int xL = cX + DEFAULT_AREA_LENGTH ;
int xL = cX + DEFAULT_AREA_LENGTH ;
xL = cW = = 0 ? xL : ( xL + cW + actualVal ) ;
if ( xL > container . getWidth ( ) - margin . getRight ( ) ) {
if ( xL > container . getWidth ( ) - margin . getRight ( ) ) {
return 0 ;
}
// 以当前组件紧挨着右侧的组件为基准，在y轴方向查找符合条件的组件
@ -286,7 +291,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
rightComps = new ArrayList < Component > ( ) ;
}
int mouseY = targetComp . getY ( ) + DEFAULT_AREA_LENGTH ;
while ( mouseY < max ) {
while ( mouseY < max ) {
Component comp = container . getComponentAt ( xL , mouseY ) ;
if ( comp . getX ( ) = = targetComp . getX ( ) ) {
if ( comp . getWidth ( ) < minWidth ) {
@ -296,12 +301,12 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( isFindRelatedComps ) {
rightComps . add ( comp ) ;
}
} else {
} else {
break ;
}
}
mouseY = targetComp . getY ( ) - DEFAULT_AREA_LENGTH - actualVal ;
while ( mouseY > margin . getTop ( ) ) {
while ( mouseY > margin . getTop ( ) ) {
Component comp = container . getComponentAt ( xL , mouseY ) ;
if ( comp . getX ( ) = = targetComp . getX ( ) ) {
if ( comp . getWidth ( ) < minWidth ) {
@ -311,7 +316,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( isFindRelatedComps ) {
rightComps . add ( comp ) ;
}
} else {
} else {
break ;
}
}
@ -329,9 +334,9 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( isFindRelatedComps ) {
leftComps = new ArrayList < Component > ( ) ;
}
int rightx = 0 ;
int rightx = 0 ;
int mouseY = currentComp . getY ( ) + DEFAULT_AREA_LENGTH ;
while ( mouseY < max ) {
while ( mouseY < max ) {
Component comp = container . getComponentAt ( x , mouseY ) ;
rightx = comp . getX ( ) + comp . getWidth ( ) ;
if ( rightx = = compRightLength ) {
@ -342,14 +347,14 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( isFindRelatedComps ) {
leftComps . add ( comp ) ;
}
} else {
} else {
break ;
}
}
mouseY = currentComp . getY ( ) - DEFAULT_AREA_LENGTH - actualVal ;
while ( mouseY > margin . getTop ( ) ) {
while ( mouseY > margin . getTop ( ) ) {
Component comp = container . getComponentAt ( x , mouseY ) ;
rightx = comp . getX ( ) + comp . getWidth ( ) ;
rightx = comp . getX ( ) + comp . getWidth ( ) ;
if ( rightx = = compRightLength ) {
if ( comp . getWidth ( ) < minWidth ) {
minWidth = comp . getWidth ( ) ;
@ -358,7 +363,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( isFindRelatedComps ) {
leftComps . add ( comp ) ;
}
} else {
} else {
break ;
}
}
@ -367,13 +372,14 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
/ * *
* 判断是否鼠标在组件的三等分区域 ， 如果组件在布局管理器中间 ， 上下左右都可能会三等分
*
* @param parentComp 鼠标所在区域的组件
* @param x 坐标x
* @param y 坐标y
* @param x 坐标x
* @param y 坐标y
* @return 是则返回true
* /
public boolean isTrisectionArea ( Component parentComp , int x , int y ) {
XCreator creator = ( XCreator ) parentComp ;
XCreator creator = ( XCreator ) parentComp ;
if ( container . getComponentCount ( ) < = 1 ) {
return false ;
}
@ -382,23 +388,23 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
int xL = parentComp . getX ( ) ;
int yL = parentComp . getY ( ) ;
// 组件宽高的十分之一和默认值取大
int minRangeWidth = Math . max ( maxWidth / BORDER_PROPORTION , DEFAULT_AREA_LENGTH ) ;
int minRangeHeight = Math . max ( maxHeight / BORDER_PROPORTION , DEFAULT_AREA_LENGTH ) ;
if ( y < yL + minRangeHeight ) {
int minRangeWidth = Math . max ( maxWidth / BORDER_PROPORTION , DEFAULT_AREA_LENGTH ) ;
int minRangeHeight = Math . max ( maxHeight / BORDER_PROPORTION , DEFAULT_AREA_LENGTH ) ;
if ( y < yL + minRangeHeight ) {
// 在组件上侧三等分
trisectAreaDirect = COMP_TOP ;
} else if ( y > yL + maxHeight - minRangeHeight ) {
} else if ( y > yL + maxHeight - minRangeHeight ) {
// 在组件下侧三等分
trisectAreaDirect = COMP_BOTTOM ;
} else if ( x < xL + minRangeWidth ) {
// 在组件左侧三等分
trisectAreaDirect = COMP_LEFT ;
} else if ( x > xL + maxWidth - minRangeWidth ) {
} else if ( x > xL + maxWidth - minRangeWidth ) {
// 在组件右侧三等分
trisectAreaDirect = COMP_RIGHT ;
}
// tab布局的边界特殊处理，不进行三等分
if ( ! creator . getTargetChildrenList ( ) . isEmpty ( ) ) {
if ( ! creator . getTargetChildrenList ( ) . isEmpty ( ) ) {
return false ;
}
@ -407,21 +413,22 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
/ * *
* 是否为组件交叉点区域 或者是相邻三组建中间点
*
* @param currentComp 当前组件
* @param x 坐标x
* @param y 坐标y
* @param x 坐标x
* @param y 坐标y
* @return 是则返回true
* /
public boolean isCrossPointArea ( Component currentComp , int x , int y ) {
// 3个及以上都会出现交叉点区域（包括边界处的）
if ( currentComp = = null | | container . getComponentCount ( ) < = 2 ) {
if ( currentComp = = null | | container . getComponentCount ( ) < = 2 ) {
return false ;
}
int cX = currentComp . getX ( ) ;
int cY = currentComp . getY ( ) ;
int cW = currentComp . getWidth ( ) ;
int cH = currentComp . getHeight ( ) ;
int areaWidth = Math . max ( cW / BORDER_PROPORTION , DEFAULT_AREA_LENGTH ) ;
int areaWidth = Math . max ( cW / BORDER_PROPORTION , DEFAULT_AREA_LENGTH ) ;
int areaHeight = Math . max ( cH / BORDER_PROPORTION , DEFAULT_AREA_LENGTH ) ;
int rx = cX + cW ;
int by = cY + cH ;
@ -432,27 +439,27 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
if ( x < objX & & y < objY ) {
//左上角区域
crossPointAreaDirect = cY > margin . getTop ( ) | | cX > margin . getLeft ( ) ? COMP_LEFT_TOP : 0 ;
} else if ( y < objY & & x > rx - areaWidth ) {
} else if ( y < objY & & x > rx - areaWidth ) {
//右上角
crossPointAreaDirect = cY > margin . getTop ( ) | | rx < containerW ? COMP_RIGHT_TOP : 0 ;
} else if ( x < objX & & y > by - areaHeight ) {
//左下角
crossPointAreaDirect = cX > margin . getLeft ( ) | | by < containerH ? COMP_LEFT_BOTTOM : 0 ;
} else if ( x > rx - areaWidth & & y > by - areaHeight ) {
} else if ( x > rx - areaWidth & & y > by - areaHeight ) {
//右下角
crossPointAreaDirect = by < containerH | | rx < containerW ? COMP_RIGHT_BOTTOM : 0 ;
} else {
isMiddlePosition ( currentComp , x , y , areaWidth , areaHeight ) ;
}
// tab布局的边界特殊处理
XCreator creator = ( XCreator ) currentComp ;
if ( ! creator . getTargetChildrenList ( ) . isEmpty ( ) ) {
XCreator creator = ( XCreator ) currentComp ;
if ( ! creator . getTargetChildrenList ( ) . isEmpty ( ) ) {
return false ;
}
return crossPointAreaDirect ! = 0 ;
}
private void isMiddlePosition ( Component comp , int x , int y , int areaWidth , int areaHeight ) {
private void isMiddlePosition ( Component comp , int x , int y , int areaWidth , int areaHeight ) {
int cX = comp . getX ( ) ;
int cY = comp . getY ( ) ;
int cW = comp . getWidth ( ) ;
@ -479,14 +486,14 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
Component bottomComp = container . getBottomComp ( cX , cY , cH ) ;
if ( x < ( cX + areaWidth ) ) {
isCrosspoint = topComp ! = null & & bottomComp ! = null & & topComp . getX ( ) = = cX & & bottomComp . getX ( ) = = cX ;
crossPointAreaDirect = isCrosspoint ? COMP_LEFT : 0 ;
crossPointAreaDirect = isCrosspoint ? COMP_LEFT : 0 ;
} else if ( x > ( cX + cW - areaWidth ) ) {
topComp = container . getRightTopComp ( cX , cY , cW ) ;
bottomComp = container . getRightBottomComp ( cX , cY , cH , cW ) ;
if ( topComp ! = null & & bottomComp ! = null ) {
isCrosspoint = topComp . getX ( ) + topComp . getWidth ( ) = = cX + cW & & bottomComp . getX ( ) + bottomComp . getWidth ( ) = = cX + cW ;
isCrosspoint = topComp . getX ( ) + topComp . getWidth ( ) = = cX + cW & & bottomComp . getX ( ) + bottomComp . getWidth ( ) = = cX + cW ;
}
crossPointAreaDirect = isCrosspoint ? COMP_RIGHT : 0 ;
crossPointAreaDirect = isCrosspoint ? COMP_RIGHT : 0 ;
}
}
}
@ -513,15 +520,16 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
/ * *
* 平分 ， 正常情况拖入组件时 ， 按照上1 / 4区域 、 下1 / 4区域为上下平分 ， 中左侧1 / 2区域 、 中右侧1 / 2区域为左右平分
*
* @param currentComp 当前位置组件
* @param child 待放置组件
* @param x x
* @param y y
* @param child 待放置组件
* @param x x
* @param y y
* /
protected void fixHalve ( Component currentComp , XCreator child , int x , int y ) {
XCreator creator = ( XCreator ) currentComp ;
if ( ! creator . getTargetChildrenList ( ) . isEmpty ( ) ) {
fixHalveOfTab ( creator , child , x , y ) ;
XCreator creator = ( XCreator ) currentComp ;
if ( ! creator . getTargetChildrenList ( ) . isEmpty ( ) ) {
fixHalveOfTab ( creator , child , x , y ) ;
return ;
}
int maxWidth = currentComp . getWidth ( ) ;
@ -536,18 +544,18 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
int finalY = yL ;
int finalW = maxWidth ;
int finalH = maxHeight ;
if ( isDividUp ) {
if ( isDividUp ) {
dim . width = maxWidth ;
dim . height = maxHeight / 2 - actualVal / 2 ;
finalY = yL + dim . height + actualVal ;
finalH = maxHeight - dim . height - actualVal ;
} else if ( isDividDown ) {
} else if ( isDividDown ) {
// 若当前区域高度非偶数，那么和isDividUp时计算一致，否则永远都是上半部分小1px
dim . height = maxHeight / 2 - actualVal / 2 ;
dim . width = maxWidth ;
finalH = maxHeight - dim . height - actualVal ;
yL = yL + finalH + actualVal ;
} else if ( isDividLeft ) {
} else if ( isDividLeft ) {
dim . width = maxWidth / 2 - actualVal / 2 ;
dim . height = maxHeight ;
finalX = xL + dim . width + actualVal ;
@ -571,7 +579,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
// 边界判断抄得原来的逻辑
// tab布局的边界拖入新组件，和当前tab布局平分，这时候的actualVal组建间隔是tab里面的组建间隔
// 不应该在外层自适应布局添加
private void fixHalveOfTab ( XCreator currentCreator , XCreator child , int x , int y ) {
private void fixHalveOfTab ( XCreator currentCreator , XCreator child , int x , int y ) {
int maxWidth = currentCreator . getWidth ( ) ;
int maxHeight = currentCreator . getHeight ( ) ;
int xL = currentCreator . getX ( ) ;
@ -582,7 +590,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
int finalY = yL ;
int finalW = maxWidth ;
int finalH = maxHeight ;
switch ( position ) {
switch ( position ) {
case COMP_TOP :
dim . width = maxWidth ;
dim . height = maxHeight / 2 ;
@ -592,7 +600,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
case COMP_BOTTOM :
dim . height = maxHeight / 2 ;
dim . width = maxWidth ;
finalH = maxHeight - dim . height ;
finalH = maxHeight - dim . height ;
yL = yL + finalH ;
break ;
case COMP_LEFT :
@ -619,13 +627,26 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
}
}
private int getPositionOfFix ( XCreator currentCreator , int x , int y ) {
private int getPositionOfFix ( XCreator currentCreator , int x , int y ) {
int position = 0 ;
XLayoutContainer cardLayout = ( ( XWCardMainBorderLayout ) currentCreator ) . getCardPart ( ) ;
XLayoutContainer container = ( XLayoutContainer ) cardLayout . getComponent ( 0 ) ;
Rectangle rect = ComponentUtils . getRelativeBounds ( container ) ;
/ *
* 为了获取到鼠标drop位置的控件 ，
* 我们之前已经将y值变为相对坐标值 ；
* 由于在x轴上没有偏移 ， 所以x值一直等于相对坐标值 ， 最多差一个边界值1 。
* 在进行新添加的控件位置计算时 ，
* 又通过ComponentUtils . getRelativeBounds ( ) 方法获取到了绝对坐标 ，
* 再次计算相对坐标 ， 所以将y值重新变成绝对坐标 。
* * /
if ( currentCreator . getBackupParent ( ) . getLocation ( ) . y = = WBorderLayout . DEFAULT_SIZE ) {
y = y + WCardMainBorderLayout . TAB_HEIGHT + WBorderLayout . DEFAULT_SIZE ;
} else {
y = y + WCardMainBorderLayout . TAB_HEIGHT ;
}
int tempX = x - rect . x ;
int tempY = y - rect . y + WCardMainBorderLayout . TAB_HEIGHT ;
int tempY = y - rect . y ;
int containerX = container . getX ( ) ;
int containerY = container . getY ( ) ;
int containerWidth = container . getWidth ( ) ;
@ -634,13 +655,13 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
Rectangle currentXY = new Rectangle ( tempX , tempY , 1 , 1 ) ;
// 上边缘
Rectangle upEdge = new Rectangle ( containerX , containerY , containerWidth , BORDER_PROPORTION ) ;
if ( upEdge . intersects ( currentXY ) ) {
if ( upEdge . intersects ( currentXY ) ) {
position = COMP_TOP ;
}
int bottomY = containerY + containerHeight - BORDER_PROPORTION ;
// 下边缘
Rectangle bottomEdge = new Rectangle ( containerX , bottomY , containerWidth , BORDER_PROPORTION ) ;
if ( bottomEdge . intersects ( currentXY ) ) {
if ( bottomEdge . intersects ( currentXY ) ) {
position = COMP_BOTTOM ;
}
//左右边缘的高度 -10*2 是为了不和上下边缘重合
@ -648,7 +669,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
int leftY = containerY + BORDER_PROPORTION ;
// 左边缘
Rectangle leftEdge = new Rectangle ( containerX , leftY , BORDER_PROPORTION , verticalHeight ) ;
if ( leftEdge . intersects ( currentXY ) ) {
if ( leftEdge . intersects ( currentXY ) ) {
position = COMP_LEFT ;
}
return position ;
@ -658,37 +679,38 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
* 组件交叉区域进行插入时 ， 调整受到变动的其他组件 , 之前是交叉区域插入也按照三等分逻辑 ， 后面测试中发现有bug ， 改为和bi一样的鼠标所在侧平分
* 默认左上角 、 右下角区域是垂直方向插入组件
* 右上角和左下角是水平方向插入组件 ， 这样避免田字块时重复
*
* @param currentComp 当前位置组件
* @param child 待放置组件
* @param x x
* @param y y
* @param child 待放置组件
* @param x x
* @param y y
* /
protected void fixCrossPointArea ( Component currentComp , XCreator child , int x , int y ) {
//计算前先全部初始化待调整控件所在的list
initCompsList ( ) ;
switch ( crossPointAreaDirect ) {
case COMP_LEFT_TOP :
switch ( crossPointAreaDirect ) {
case COMP_LEFT_TOP :
dealCrossPointAtLeftTop ( currentComp , child ) ;
break ;
case COMP_RIGHT_BOTTOM :
case COMP_RIGHT_BOTTOM :
dealCrossPointAtRightBottom ( currentComp , child ) ;
break ;
case COMP_LEFT_BOTTOM :
case COMP_LEFT_BOTTOM :
dealCrossPointAtLeftBottom ( currentComp , child ) ;
break ;
case COMP_RIGHT_TOP :
case COMP_RIGHT_TOP :
dealCrossPointAtRightTop ( currentComp , child ) ;
break ;
case COMP_TOP :
case COMP_TOP :
dealCrossPointAtTop ( currentComp , child ) ;
break ;
case COMP_BOTTOM :
case COMP_BOTTOM :
dealCrossPointAtBottom ( currentComp , child ) ;
break ;
case COMP_LEFT :
case COMP_LEFT :
dealCrossPointAtLeft ( currentComp , child ) ;
break ;
case COMP_RIGHT :
case COMP_RIGHT :
dealCrossPointAtRight ( currentComp , child ) ;
break ;
}
@ -708,16 +730,16 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
Component topComp = container . getTopComp ( cX , cY ) ;
Component leftComp = container . getLeftComp ( cX , cY ) ;
//上方没有组件或者有一个x坐标不相同的组件
if ( topComp = = null | | topComp . getX ( ) ! = cX ) {
if ( topComp = = null | | topComp . getX ( ) ! = cX ) {
minDH = cH < leftComp . getHeight ( ) ? cH : leftComp . getHeight ( ) ;
downComps . add ( leftComp ) ;
downComps . add ( currentComp ) ;
int dLength = minDH / 2 ;
childw = leftComp . getWidth ( ) + cW + actualVal ;
childh = dLength - actualVal / 2 ;
childw = leftComp . getWidth ( ) + cW + actualVal ;
childh = dLength - actualVal / 2 ;
if ( isCalculateChildPos ) {
childPosition = new int [ ] { leftComp . getX ( ) , leftComp . getY ( ) , childw , childh } ;
} else {
} else {
//先设置child位置，不然leftComp坐标调整后就不对了
child . setLocation ( leftComp . getX ( ) , leftComp . getY ( ) ) ;
child . setSize ( childw , childh ) ;
@ -726,7 +748,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
} else {
rightComps . add ( currentComp ) ;
rightComps . add ( topComp ) ;
minRW = cW < topComp . getWidth ( ) ? cW : topComp . getWidth ( ) ;
minRW = cW < topComp . getWidth ( ) ? cW : topComp . getWidth ( ) ;
int rightLength = minRW / 2 ;
childw = rightLength - actualVal / 2 ;
childh = currentComp . getHeight ( ) + topComp . getHeight ( ) + actualVal ;
@ -755,12 +777,12 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
minUH = cH < rightComp . getHeight ( ) ? cH : rightComp . getHeight ( ) ;
upComps . add ( currentComp ) ;
upComps . add ( rightComp ) ;
int uLength = minUH / 2 ;
int uLength = minUH / 2 ;
calculateTopComps ( uLength , child , uLength ) ;
} else {
leftComps . add ( currentComp ) ;
leftComps . add ( bottomComp ) ;
minLW = cW < bottomComp . getWidth ( ) ? cW : bottomComp . getWidth ( ) ;
minLW = cW < bottomComp . getWidth ( ) ? cW : bottomComp . getWidth ( ) ;
int leftLength = minLW / 2 ;
calculateLeftComps ( leftLength , child , leftLength ) ;
}
@ -807,7 +829,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
Component topComp = container . getRightTopComp ( cX , cY , cW ) ;
Component rightComp = container . getRightComp ( cX , cY , cW ) ;
//右方没有组件或者有一个右侧不对齐的组件
if ( rightComp = = null | | ( rightComp . getY ( ) ! = cY ) ) {
if ( rightComp = = null | | ( rightComp . getY ( ) ! = cY ) ) {
leftComps . add ( currentComp ) ;
leftComps . add ( topComp ) ;
minLW = cW < topComp . getWidth ( ) ? cW : topComp . getWidth ( ) ;
@ -840,9 +862,9 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
downComps . add ( currentComp ) ;
downComps . add ( rightComp ) ;
int dLength = minDH / 2 ;
int childw = cW + leftComp . getWidth ( ) + rightComp . getWidth ( ) + actualVal * 2 ;
int childw = cW + leftComp . getWidth ( ) + rightComp . getWidth ( ) + actualVal * 2 ;
int childh = dLength - actualVal / 2 ;
if ( isCalculateChildPos ) {
if ( isCalculateChildPos ) {
childPosition = new int [ ] { leftComp . getX ( ) , leftComp . getY ( ) , childw , childh } ;
} else {
child . setLocation ( leftComp . getX ( ) , leftComp . getY ( ) ) ;
@ -889,7 +911,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
int rightLength = minRW / 2 ;
int childw = rightLength - actualVal / 2 ;
int childh = topComp . getHeight ( ) + currentComp . getHeight ( ) + bottomComp . getHeight ( ) + actualVal * 2 ;
if ( isCalculateChildPos ) {
if ( isCalculateChildPos ) {
childPosition = new int [ ] { topComp . getX ( ) , topComp . getY ( ) , childw , childh } ;
} else {
child . setLocation ( topComp . getX ( ) , topComp . getY ( ) ) ;
@ -900,8 +922,9 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
/ * *
* 三等分区域时 ， 调整相关联的组件
* @param currentComp 鼠标所在组件
* @param child 待插入组件
*
* @param currentComp 鼠标所在组件
* @param child 待插入组件
* /
protected void fixTrisect ( Component currentComp , XCreator child , int x , int y ) {
int minUpH = 0 , minDownH = 0 , minLeftW = 0 , minRightW = 0 ;
@ -940,15 +963,15 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
* /
private void dealTrisectAtTop ( XCreator child , int minUH , int minDH ) {
// 三等分有间隔时，实际是两侧都要减去半个间隔大小
int averageH = ( minUH + minDH - actualVal ) / 3 ;
int averageH = ( minUH + minDH - actualVal ) / 3 ;
int dLength = 0 ;
int uLength = 0 ;
if ( minDH = = 0 ) {
if ( minDH = = 0 ) {
dLength = 0 ;
uLength = minUH / 2 ;
calculateTopComps ( uLength , child , uLength ) ;
return ;
} else if ( minUH = = 0 ) {
} else if ( minUH = = 0 ) {
dLength = minDH / 2 ;
int witdh = container . getWidth ( ) - margin . getLeft ( ) - margin . getRight ( ) ;
if ( ! isCalculateChildPos ) {
@ -956,22 +979,22 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
child . setLocation ( margin . getLeft ( ) , margin . getRight ( ) ) ;
child . setSize ( witdh , dLength - actualVal / 2 ) ;
} else {
childPosition = new int [ ] { margin . getLeft ( ) , margin . getRight ( ) , witdh , dLength - actualVal / 2 } ;
childPosition = new int [ ] { margin . getLeft ( ) , margin . getRight ( ) , witdh , dLength - actualVal / 2 } ;
}
return ;
} else if ( minUH > = minDH ) {
minDH - = actualVal / 2 ;
if ( ( minDH * 2 / 3 ) < minHeight ) {
dLength = minDH - minHeight ;
} else {
} else {
dLength = minDH / 3 ;
}
uLength = averageH - dLength ;
} else {
} else {
minUH - = actualVal / 2 ;
if ( ( minUH * 2 / 3 ) < minHeight ) {
uLength = minUH - minHeight ;
} else {
} else {
uLength = minUH / 3 ;
}
dLength = averageH - uLength ;
@ -999,16 +1022,16 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
child . setLocation ( margin . getLeft ( ) , margin . getRight ( ) ) ;
child . setSize ( rightLength - actualVal / 2 , height ) ;
} else {
childPosition = new int [ ] { margin . getLeft ( ) , margin . getRight ( ) , rightLength - actualVal / 2 , height } ;
childPosition = new int [ ] { margin . getLeft ( ) , margin . getRight ( ) , rightLength - actualVal / 2 , height } ;
}
return ;
} else if ( minRW = = 0 ) {
} else if ( minRW = = 0 ) {
leftLength = minLW / 2 ;
calculateLeftComps ( leftLength , child , leftLength ) ;
return ;
} else if ( minRW > = minLW ) {
minLW - = actualVal / 2 ;
if ( minLW * 2 / 3 < minWidth ) {
if ( minLW * 2 / 3 < minWidth ) {
leftLength = minLW - minWidth ;
} else {
leftLength = minLW / 3 ;
@ -1016,7 +1039,7 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
rightLength = averageW - leftLength ;
} else {
minRW - = actualVal / 2 ;
if ( minRW * 2 / 3 < minWidth ) {
if ( minRW * 2 / 3 < minWidth ) {
rightLength = minRW - minWidth ;
} else {
rightLength = minRW / 3 ;
@ -1033,12 +1056,12 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
private void calculateBottomComps ( int length ) {
length + = actualVal / 2 ;
for ( int i = 0 , num = downComps . size ( ) ; i < num ; i + + ) {
for ( int i = 0 , num = downComps . size ( ) ; i < num ; i + + ) {
Component comp = downComps . get ( i ) ;
comp . setLocation ( comp . getX ( ) , comp . getY ( ) + length ) ;
int offset = comp . getHeight ( ) - length ;
comp . setSize ( comp . getWidth ( ) , offset ) ;
XCreator creator = ( XCreator ) comp ;
XCreator creator = ( XCreator ) comp ;
creator . recalculateChildHeight ( offset ) ;
}
}
@ -1048,24 +1071,24 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
int childWidth = ( upComps . size ( ) - 1 ) * actualVal ;
int childX = container . getWidth ( ) - margin . getLeft ( ) - margin . getRight ( ) ;
int childY = 0 ;
if ( upComps . size ( ) > INDEX_ZERO ) {
if ( upComps . size ( ) > INDEX_ZERO ) {
childY = upComps . get ( INDEX_ZERO ) . getY ( ) + upComps . get ( INDEX_ZERO ) . getHeight ( ) - length ;
}
for ( int i = 0 , num = upComps . size ( ) ; i < num ; i + + ) {
for ( int i = 0 , num = upComps . size ( ) ; i < num ; i + + ) {
Component comp = upComps . get ( i ) ;
childWidth + = comp . getWidth ( ) ;
if ( comp . getX ( ) < childX ) {
if ( comp . getX ( ) < childX ) {
childX = comp . getX ( ) ;
}
if ( ! isCalculateChildPos ) {
int offset = comp . getHeight ( ) - length ;
comp . setSize ( comp . getWidth ( ) , offset ) ;
XCreator creator = ( XCreator ) comp ;
XCreator creator = ( XCreator ) comp ;
creator . recalculateChildHeight ( offset ) ;
}
}
childY + = actualVal ;
averageH - = actualVal / 2 ;
averageH - = actualVal / 2 ;
if ( isCalculateChildPos ) {
childPosition = new int [ ] { childX , childY , childWidth , averageH } ;
} else {
@ -1081,25 +1104,25 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
}
int childH = ( leftComps . size ( ) - 1 ) * actualVal ;
int childX = 0 ;
if ( leftComps . size ( ) > INDEX_ZERO ) {
if ( leftComps . size ( ) > INDEX_ZERO ) {
childX = leftComps . get ( INDEX_ZERO ) . getX ( ) + leftComps . get ( INDEX_ZERO ) . getWidth ( ) - length ;
}
int childY = container . getHeight ( ) - margin . getBottom ( ) ;
for ( int i = 0 , num = leftComps . size ( ) ; i < num ; i + + ) {
for ( int i = 0 , num = leftComps . size ( ) ; i < num ; i + + ) {
Component comp = leftComps . get ( i ) ;
childH + = comp . getHeight ( ) ;
if ( comp . getY ( ) < childY ) {
if ( comp . getY ( ) < childY ) {
childY = comp . getY ( ) ;
}
if ( ! isCalculateChildPos ) {
int offset = comp . getWidth ( ) - length ;
comp . setSize ( offset , comp . getHeight ( ) ) ;
XCreator creator = ( XCreator ) comp ;
XCreator creator = ( XCreator ) comp ;
creator . recalculateChildWidth ( offset ) ;
}
}
childX + = actualVal ;
averageW - = actualVal / 2 ;
averageW - = actualVal / 2 ;
if ( isCalculateChildPos ) {
childPosition = new int [ ] { childX , childY , averageW , childH } ;
} else {
@ -1110,33 +1133,34 @@ public class FRBodyLayoutAdapter extends AbstractLayoutAdapter{
private void calculateRightComps ( int length ) {
length + = actualVal / 2 ;
for ( int i = 0 , num = rightComps . size ( ) ; i < num ; i + + ) {
for ( int i = 0 , num = rightComps . size ( ) ; i < num ; i + + ) {
Component comp = rightComps . get ( i ) ;
comp . setLocation ( comp . getX ( ) + length , comp . getY ( ) ) ;
int offset = comp . getWidth ( ) - length ;
comp . setSize ( offset , comp . getHeight ( ) ) ;
XCreator creator = ( XCreator ) comp ;
XCreator creator = ( XCreator ) comp ;
creator . recalculateChildWidth ( offset ) ;
}
}
/ * *
* 不调整 ， 只计算位置
*
* @return child的位置
* /
public int [ ] getChildPosition ( Component currentComp , XCreator child , int x , int y ) {
public int [ ] getChildPosition ( Component currentComp , XCreator child , int x , int y ) {
if ( currentComp = = container ) {
return new int [ ] { 0 , 0 , container . getWidth ( ) , container . getHeight ( ) } ;
}
this . isCalculateChildPos = true ;
if ( isCrossPointArea ( currentComp , x , y ) ) {
if ( isCrossPointArea ( currentComp , x , y ) ) {
fixCrossPointArea ( currentComp , child , x , y ) ;
} else if ( isTrisectionArea ( currentComp , x , y ) ) {
fixTrisect ( currentComp , child , x , y ) ;
} else {
fixHalve ( currentComp , child , x , y ) ;
}
if ( childPosition = = null ) {
if ( childPosition = = null ) {
childPosition = new int [ ] { 0 , 0 , 0 , 0 } ;
}
this . isCalculateChildPos = false ;
daniel
8 years ago
