@ -1,5 +1,7 @@
package com.fr.design.designer.beans.adapters.layout ;
import java.awt.* ;
import com.fr.design.beans.GroupModel ;
import com.fr.design.designer.beans.ConstraintsGroupModel ;
import com.fr.design.designer.beans.HoverPainter ;
@ -7,340 +9,346 @@ import com.fr.design.designer.beans.painters.FRAbsoluteLayoutPainter;
import com.fr.design.designer.creator.* ;
import com.fr.design.designer.properties.BoundsGroupModel ;
import com.fr.design.designer.properties.FRAbsoluteLayoutPropertiesGroupModel ;
import com.fr.form.ui.container.WAbsoluteLayout ;
import com.fr.design.utils.ComponentUtils ;
import com.fr.design.utils.gui.LayoutUtils ;
import com.fr.form.ui.container.WAbsoluteLayout ;
import com.fr.general.ComparatorUtils ;
import com.fr.form.ui.container.WAbsoluteLayout.BoundsWidget ;
import com.fr.general.FRLogger ;
import java.awt.* ;
public class FRAbsoluteLayoutAdapter extends FRBodyLayoutAdapter {
//是不是添加到父容器上
private boolean isAdd2ParentLayout = false ;
private HoverPainter painter ;
//是不是添加到父容器上
private boolean isAdd2ParentLayout = false ;
private HoverPainter painter ;
public FRAbsoluteLayoutAdapter ( XLayoutContainer container ) {
super ( container ) ;
painter = new FRAbsoluteLayoutPainter ( container ) ;
initMinSize ( ) ;
painter = new FRAbsoluteLayoutPainter ( container ) ;
initMinSize ( ) ;
}
private void initMinSize ( ) {
XWAbsoluteLayout layout = ( XWAbsoluteLayout ) container ;
minWidth = layout . getActualMinWidth ( ) ;
minHeight = layout . getActualMinHeight ( ) ;
actualVal = layout . getAcualInterval ( ) ;
margin = layout . toData ( ) . getMargin ( ) ;
}
private void initMinSize ( ) {
XWAbsoluteLayout layout = ( XWAbsoluteLayout ) container ;
minWidth = layout . getActualMinWidth ( ) ;
minHeight = layout . getActualMinHeight ( ) ;
actualVal = layout . getAcualInterval ( ) ;
margin = layout . toData ( ) . getMargin ( ) ;
}
@Override
public HoverPainter getPainter ( ) {
return painter ;
}
@Override
public HoverPainter getPainter ( ) {
return painter ;
}
/ * *
* 是否能在指定位置添加组件
*
* @param creator 组件
* @param x 坐标x
* @param y 坐标y
* @param x 坐标x
* @param y 坐标y
* @return 能则返回true
* /
//这个地方的逻辑非常复杂，
// 1.当前绝对布局是不可编辑且是最外层，那么其他控件添加在它周围，
// 2.当前绝对布局是不可编辑且不是最外层，那么控件不可添加，（嵌套）
// 3.当前绝对布局可编辑，那么控件添加
//这个地方的逻辑非常复杂，
// 1.当前绝对布局是不可编辑且是最外层，那么其他控件添加在它周围，
// 2.当前绝对布局是不可编辑且不是最外层，那么控件不可添加，（嵌套）
// 3.当前绝对布局可编辑，那么控件添加
@Override
public boolean accept ( XCreator creator , int x , int y ) {
Component comp = container . getComponentAt ( x , y ) ;
//布局控件要先判断是不是可编辑
//可以编辑，按原有逻辑判断
//不可编辑，当成一整个控件处理
if ( comp = = null ) {
return false ;
}
//参数面板内的组件不允许拖往绝对布局中
if ( creator . getParent ( ) ! = null & & ( ( XCreator ) creator . getParent ( ) ) . acceptType ( XWParameterLayout . class ) ) {
Rectangle rec = creator . getBounds ( ) ;
rec . y = creator . getParent ( ) . getHeight ( ) - rec . height ;
creator . setBounds ( rec ) ;
return false ;
}
//判断组件能不能拖入绝对布局
if ( ! creator . canEnterIntoAbsolutePane ( ) ) {
return false ;
}
XLayoutContainer topLayout = XCreatorUtils . getHotspotContainer ( ( XCreator ) comp ) . getTopLayout ( ) ;
if ( topLayout ! = null ) {
if ( topLayout . isEditable ( ) ) {
return topLayoutAccept ( creator , x , y ) ;
}
//绝对布局嵌套，处于内层，不可编辑，不添加，topLayout只能获取到最外层可编辑的布局
else if ( ( ( XLayoutContainer ) topLayout . getParent ( ) ) . acceptType ( XWAbsoluteLayout . class ) ) {
return false ;
} else {
return acceptWidget ( x , y ) ;
}
} else {
FRLogger . getLogger ( ) . error ( "top layout is null!" ) ;
}
public boolean accept ( XCreator creator , int x , int y ) {
Component comp = container . getComponentAt ( x , y ) ;
//布局控件要先判断是不是可编辑
//可以编辑，按原有逻辑判断
//不可编辑，当成一整个控件处理
if ( comp = = null ) {
return false ;
}
//参数面板内的组件不允许拖往绝对布局中
if ( creator . getParent ( ) ! = null & & ( ( XCreator ) creator . getParent ( ) ) . acceptType ( XWParameterLayout . class ) ) {
Rectangle rec = creator . getBounds ( ) ;
rec . y = creator . getParent ( ) . getHeight ( ) - rec . height ;
creator . setBounds ( rec ) ;
return false ;
}
//判断下组件能不能拖入绝对布局
if ( ! creator . canEnterIntoAbsolutePane ( ) ) {
return false ;
}
XLayoutContainer topLayout = XCreatorUtils . getHotspotContainer ( ( XCreator ) comp ) . getTopLayout ( ) ;
if ( topLayout ! = null ) {
if ( topLayout . isEditable ( ) ) {
return topLayoutAccept ( creator , x , y , topLayout ) ;
}
//绝对布局嵌套，处于内层，不可编辑，不添加，topLayout只能获取到最外层可编辑的布局
else if ( ( ( XLayoutContainer ) topLayout . getParent ( ) ) . acceptType ( XWAbsoluteLayout . class ) ) {
return false ;
}
else {
return acceptWidget ( creator , x , y ) ;
}
}
else {
FRLogger . getLogger ( ) . error ( "top layout is null!" ) ;
}
return false ;
}
return false ;
}
//toplayout假如可以编辑的话就往里面添加组件
private boolean topLayoutAccept ( XCreator creator , int x , int y , XLayoutContainer topLayout ) {
//判断有没有和当前控件重叠
//先计算当前控件的位置
int creatorX , creatorY ;
if ( XCreatorUtils . getParentXLayoutContainer ( creator ) ! = null ) {
//topLayout假如可以编辑的话就往里面添加组件
private boolean topLayoutAccept ( XCreator creator , int x , int y ) {
//允许组件重叠，可以不判断有没有和当前控件重叠
//先计算当前控件的位置
int creatorX , creatorY ;
if ( XCreatorUtils . getParentXLayoutContainer ( creator ) ! = null ) {
Rectangle creatorRectangle = ComponentUtils . getRelativeBounds ( creator ) ;
creatorX = creatorRectangle . x ;
creatorY = creatorRectangle . y ;
} else {
//这边计算得到的组件其实位置是正确的，
//因为传入的x和y已经加上了宽度或者高度的一半，再减去相同的宽度和高度的一半是没区别的，
// 例如高度为21，那么就是+10-10;
// 高度为20，那么就是+10-10; 没区别
int w = creator . getWidth ( ) / 2 ;
int h = creator . getHeight ( ) / 2 ;
creatorX = x - w ;
creatorY = y - h ;
}
if ( creatorX < 0 | | creatorX + creator . getWidth ( ) > container . getWidth ( ) ) {
//再判断和布局中其他控件重叠
Rectangle curRec = new Rectangle ( creatorX , creatorY , creator . getWidth ( ) , creator . getHeight ( ) ) ;
WAbsoluteLayout wAbsoluteLayout = ( WAbsoluteLayout ) topLayout . toData ( ) ;
for ( int i = 0 , count = wAbsoluteLayout . getWidgetCount ( ) ; i < count ; i + + ) {
BoundsWidget temp = ( BoundsWidget ) wAbsoluteLayout . getWidget ( i ) ;
Rectangle rectangle = temp . getBounds ( ) ;
if ( curRec . intersects ( rectangle ) ) {
return false ;
}
}
if ( creatorX < 0 | | creatorX + creator . getWidth ( ) > container . getWidth ( ) ) {
return false ;
}
if ( creatorY < 0 | | creatorY + creator . getHeight ( ) > container . getHeight ( ) ) {
if ( creatorY < 0 | | creatorY + creator . getHeight ( ) > container . getHeight ( ) ) {
return false ;
}
return x > = 0 & & y > = 0 & & creator . getHeight ( ) < = container . getHeight ( )
return x > = 0 & & y > = 0 & & creator . getHeight ( ) < = container . getHeight ( )
& & creator . getWidth ( ) < = container . getWidth ( ) ;
}
}
/ * *
* 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
* @return 是则返回true
* /
public boolean isTrisectionArea ( Component parentComp , int x , int y ) {
XCreator creator = ( XCreator ) parentComp ;
trisectAreaDirect = 0 ;
if ( container . getComponentCount ( ) < = 1 ) {
return false ;
}
int maxWidth = parentComp . getWidth ( ) ;
int maxHeight = parentComp . getHeight ( ) ;
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 ) {
// 在组件上侧三等分
trisectAreaDirect = COMP_TOP ;
} 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 ) {
// 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 ( ) ) {
return false ;
}
/ * *
* 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
* @return 是则返回true
* /
public boolean isTrisectionArea ( Component parentComp , int x , int y ) {
XCreator creator = ( XCreator ) parentComp ;
trisectAreaDirect = 0 ;
if ( container . getComponentCount ( ) < = 1 ) {
return false ;
}
int maxWidth = parentComp . getWidth ( ) ;
int maxHeight = parentComp . getHeight ( ) ;
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 ) {
// 在组件上侧三等分
trisectAreaDirect = COMP_TOP ;
} 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 ) {
// 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 ( ) ) {
return false ;
}
return ! ComparatorUtils . equals ( trisectAreaDirect , 0 ) ;
}
return ! ComparatorUtils . equals ( trisectAreaDirect , 0 ) ;
}
//当前绝对布局不可编辑，就当成一个控件，组件添加在周围
private boolean acceptWidget ( int x , int y ) {
isFindRelatedComps = false ;
//拖入组件判断时，先判断是否为交叉点区域，其次三等分区域，再次平分区域
Component comp = container . getComponentAt ( x , y ) ;
//如果当前处于边缘地带, 那么就把他贴到父容器上
XLayoutContainer parent = container . findNearestFit ( ) ;
container = parent ! = null ? parent : container ;
isAdd2ParentLayout = true ;
int componentHeight = comp . getHeight ( ) ;
int componentWidth = comp . getWidth ( ) ;
//上半部分高度
int upHeight = ( int ) ( componentHeight * TOP_HALF ) + comp . getY ( ) ;
//下半部分高度
int downHeight = ( int ) ( componentHeight * BOTTOM_HALF ) + comp . getY ( ) ;
if ( isCrossPointArea ( comp , x , y ) ) {
return canAcceptWhileCrossPoint ( comp , x , y ) ;
}
//当前绝对布局不可编辑，就当成一个控件，组件添加在周围
private boolean acceptWidget ( XCreator creator , int x , int y ) {
isFindRelatedComps = false ;
//拖入组件判断时，先判断是否为交叉点区域，其次三等分区域，再次平分区域
Component comp = container . getComponentAt ( x , y ) ;
boolean isMatchEdge = false ;
//如果当前处于边缘地带, 那么就把他贴到父容器上
XLayoutContainer parent = container . findNearestFit ( ) ;
container = parent ! = null ? parent : container ;
isAdd2ParentLayout = true ;
if ( isTrisectionArea ( comp , x , y ) ) {
return canAcceptWhileTrisection ( comp , x , y ) ;
}
int componentHeight = comp . getHeight ( ) ;
int componentWidth = comp . getWidth ( ) ;
//上半部分高度
int upHeight = ( int ) ( componentHeight * TOP_HALF ) + comp . getY ( ) ;
//下半部分高度
int downHeight = ( int ) ( componentHeight * BOTTOM_HALF ) + comp . getY ( ) ;
boolean horizonValid = componentWidth > = minWidth * 2 + actualVal ;
boolean verticalValid = componentHeight > = minHeight * 2 + actualVal ;
return y > upHeight & & y < downHeight ? horizonValid : verticalValid ;
}
if ( isCrossPointArea ( comp , x , y ) ) {
return canAcceptWhileCrossPoint ( comp , x , y ) ;
}
/ * *
* 组件的ComponentAdapter在添加组件时 ， 如果发现布局管理器不为空 ， 会继而调用该布局管理器的
* addComp方法来完成组件的具体添加 。 在该方法内 ， 布局管理器可以提供额外的功能 。
*
* @param creator 被添加的新组件
* @param x 添加的位置x ， 该位置是相对于container的
* @param y 添加的位置y ， 该位置是相对于container的
* @return 是否添加成功 ， 成功返回true ， 否则false
* /
@Override
public boolean addBean ( XCreator creator , int x , int y ) {
Rectangle rect = ComponentUtils . getRelativeBounds ( container ) ;
if ( isTrisectionArea ( comp , x , y ) ) {
return canAcceptWhileTrisection ( comp , x , y ) ;
}
int posX = x + rect . x ;
int posY = y + rect . y ;
if ( ! accept ( creator , x , y ) ) {
return false ;
}
addComp ( creator , posX , posY ) ;
( ( XWidgetCreator ) creator ) . recalculateChildrenSize ( ) ;
return true ;
}
boolean horizonValid = componentWidth > = minWidth * 2 + actualVal ;
boolean verticalValid = componentHeight > = minHeight * 2 + actualVal ;
return y > upHeight & & y < downHeight ? horizonValid : verticalValid ;
}
@Override
protected void addComp ( XCreator creator , int x , int y ) {
if ( ! isAdd2ParentLayout ) {
Rectangle r = ComponentUtils . getRelativeBounds ( container ) ;
x = x - r . x ;
y = y - r . y ;
if ( XCreatorUtils . getParentXLayoutContainer ( creator ) ! = null ) {
Rectangle creatorRectangle = ComponentUtils . getRelativeBounds ( creator ) ;
x = creatorRectangle . x - r . x ;
y = creatorRectangle . y - r . y ;
} else {
int w = creator . getWidth ( ) / 2 ;
int h = creator . getHeight ( ) / 2 ;
x = x - w ;
y = y - h ;
}
fix ( creator , x , y ) ;
/ * *
* 组件的ComponentAdapter在添加组件时 ， 如果发现布局管理器不为空 ， 会继而调用该布局管理器的
* addComp方法来完成组件的具体添加 。 在该方法内 ， 布局管理器可以提供额外的功能 。
*
* @param creator 被添加的新组件
* @param x 添加的位置x ， 该位置是相对于container的
* @param y 添加的位置y ， 该位置是相对于container的
* @return 是否添加成功 ， 成功返回true ， 否则false
* /
@Override
public boolean addBean ( XCreator creator , int x , int y ) {
Rectangle rect = ComponentUtils . getRelativeBounds ( container ) ;
if ( creator . hasTitleStyle ( ) ) {
addParentCreator ( creator ) ;
} else {
container . add ( creator , creator . toData ( ) . getWidgetName ( ) ) ;
}
XWAbsoluteLayout layout = ( XWAbsoluteLayout ) container ;
layout . updateBoundsWidget ( creator ) ;
updateCreatorBackBound ( ) ;
LayoutUtils . layoutRootContainer ( container ) ;
} else {
fixAbsolute ( creator , x , y ) ;
if ( creator . shouldScaleCreator ( ) | | creator . hasTitleStyle ( ) ) {
addParentCreator ( creator ) ;
} else {
container . add ( creator , creator . toData ( ) . getWidgetName ( ) ) ;
}
XWFitLayout layout = ( XWFitLayout ) container ;
// 更新对应的BoundsWidget
layout . updateBoundsWidget ( ) ;
updateCreatorBackBound ( ) ;
}
}
int posX = x + rect . x ;
int posY = y + rect . y ;
if ( ! accept ( creator , x , y ) ) {
return false ;
}
addComp ( creator , posX , posY ) ;
( ( XWidgetCreator ) creator ) . recalculateChildrenSize ( ) ;
return true ;
}
private void updateCreatorBackBound ( ) {
for ( int i = 0 , size = container . getComponentCount ( ) ; i < size ; i + + ) {
XCreator creator = ( XCreator ) container . getComponent ( i ) ;
creator . updateChildBound ( minHeight ) ;
creator . setBackupBound ( creator . getBounds ( ) ) ;
}
}
@Override
protected void addComp ( XCreator creator , int x , int y ) {
if ( ! isAdd2ParentLayout ) {
Rectangle r = ComponentUtils . getRelativeBounds ( container ) ;
x = x - r . x ;
y = y - r . y ;
if ( XCreatorUtils . getParentXLayoutContainer ( creator ) ! = null ) {
private void addParentCreator ( XCreator child ) {
XLayoutContainer parentPanel = child . initCreatorWrapper ( child . getHeight ( ) ) ;
container . add ( parentPanel , child . toData ( ) . getWidgetName ( ) ) ;
}
Rectangle creatorRectangle = ComponentUtils . getRelativeBounds ( creator ) ;
x = creatorRectangle . x - r . x ;
y = creatorRectangle . y - r . y ;
} else {
int w = creator . getWidth ( ) / 2 ;
int h = creator . getHeight ( ) / 2 ;
x = x - w ;
y = y - h ;
}
fix ( creator , x , y ) ;
/ * *
* 新拖入组件时 ， 计算调整其他关联组件位置大小
*
* @param child 新拖入的组件
* @param x 鼠标所在x坐标
* @param y 鼠标所在y坐标
* /
private void fixAbsolute ( XCreator child , int x , int y ) {
Component parentComp = container . getComponentAt ( x , y ) ;
if ( container . getComponentCount ( ) = = 0 ) {
child . setLocation ( 0 , 0 ) ;
child . setSize ( parentComp . getWidth ( ) , parentComp . getHeight ( ) ) ;
} else if ( isCrossPointArea ( parentComp , x , y ) ) {
//交叉区域插入组件时，根据具体位置进行上下或者左右或者相邻三个组件的位置大小插入
fixCrossPointArea ( parentComp , child , x , y ) ;
return ;
} else if ( isTrisectionArea ( parentComp , x , y ) ) {
// 在边界三等分区域，就不再和组件二等分了
fixTrisect ( parentComp , child , x , y ) ;
return ;
} else {
fixHalve ( parentComp , child , x , y ) ;
}
}
if ( creator . hasTitleStyle ( ) ) {
addParentCreator ( creator ) ;
} else {
container . add ( creator , creator . toData ( ) . getWidgetName ( ) ) ;
}
XWAbsoluteLayout layout = ( XWAbsoluteLayout ) container ;
layout . updateBoundsWidget ( creator ) ;
updateCreatorBackBound ( ) ;
LayoutUtils . layoutRootContainer ( container ) ;
} else {
fixAbsolute ( creator , x , y ) ;
if ( creator . shouldScaleCreator ( ) | | creator . hasTitleStyle ( ) ) {
addParentCreator ( creator ) ;
} else {
container . add ( creator , creator . toData ( ) . getWidgetName ( ) ) ;
}
XWFitLayout layout = ( XWFitLayout ) container ;
// 更新对应的BoundsWidget
layout . updateBoundsWidget ( ) ;
updateCreatorBackBound ( ) ;
}
}
/ * *
private void updateCreatorBackBound ( ) {
for ( int i = 0 , size = container . getComponentCount ( ) ; i < size ; i + + ) {
XCreator creator = ( XCreator ) container . getComponent ( i ) ;
creator . updateChildBound ( minHeight ) ;
creator . setBackupBound ( creator . getBounds ( ) ) ;
}
}
private void addParentCreator ( XCreator child ) {
XLayoutContainer parentPanel = child . initCreatorWrapper ( child . getHeight ( ) ) ;
container . add ( parentPanel , child . toData ( ) . getWidgetName ( ) ) ;
}
/ * *
* 新拖入组件时 ， 计算调整其他关联组件位置大小
* @param child 新拖入的组件
* @param x 鼠标所在x坐标
* @param y 鼠标所在y坐标
* /
private void fixAbsolute ( XCreator child , int x , int y ) {
Component parentComp = container . getComponentAt ( x , y ) ;
if ( container . getComponentCount ( ) = = 0 ) {
child . setLocation ( 0 , 0 ) ;
child . setSize ( parentComp . getWidth ( ) , parentComp . getHeight ( ) ) ;
} else if ( isCrossPointArea ( parentComp , x , y ) ) {
//交叉区域插入组件时，根据具体位置进行上下或者左右或者相邻三个组件的位置大小插入
fixCrossPointArea ( parentComp , child , x , y ) ;
return ;
} else if ( isTrisectionArea ( parentComp , x , y ) ) {
// 在边界三等分区域，就不再和组件二等分了
fixTrisect ( parentComp , child , x , y ) ;
return ;
} else {
fixHalve ( parentComp , child , x , y ) ;
}
}
/ * *
* 组件拖拽后调整大小
*
* @param creator 组件
* /
@Override
public void fix ( XCreator creator ) {
WAbsoluteLayout wabs = ( WAbsoluteLayout ) container . toData ( ) ;
fix ( creator , creator . getX ( ) , creator . getY ( ) ) ;
wabs . setBounds ( creator . toData ( ) , creator . getBounds ( ) ) ;
public void fix ( XCreator creator ) {
WAbsoluteLayout wabs = ( WAbsoluteLayout ) container . toData ( ) ;
fix ( creator , creator . getX ( ) , creator . getY ( ) ) ;
wabs . setBounds ( creator . toData ( ) , creator . getBounds ( ) ) ;
XWAbsoluteLayout layout = ( XWAbsoluteLayout ) container ;
layout . updateBoundsWidget ( creator ) ;
XWAbsoluteLayout layout = ( XWAbsoluteLayout ) container ;
layout . updateBoundsWidget ( creator ) ;
}
/ * *
* 调整组件大小到合适尺寸位置
*
* @param creator 组件
* @param x 坐标x
* @param y 坐标y
* @param x 坐标x
* @param y 坐标y
* /
public void fix ( XCreator creator , int x , int y ) {
int height = creator . getHeight ( ) ;
int width = creator . getWidth ( ) ;
if ( x < 0 ) {
x = container . getX ( ) ;
} else if ( x + creator . getWidth ( ) > container . getWidth ( ) ) {
x = container . getWidth ( ) - width ;
}
public void fix ( XCreator creator , int x , int y ) {
int height = creator . getHeight ( ) ;
int width = creator . getWidth ( ) ;
if ( x < 0 ) {
width + = x ;
x = 0 ;
} else if ( x + creator . getWidth ( ) > container . getWidth ( ) ) {
width = container . getWidth ( ) - x ;
}
if ( y < 0 ) {
y = container . getY ( ) ;
} else if ( y + creator . getHeight ( ) > container . getHeight ( ) ) {
y = container . getHeight ( ) - height ;
}
if ( y < 0 ) {
height + = y ;
y = 0 ;
} else if ( y + creator . getHeight ( ) > container . getHeight ( ) ) {
height = container . getHeight ( ) - y ;
}
creator . setBounds ( x , y , width , height ) ;
creator . setBounds ( x , y , width , height ) ;
}
@Override
public ConstraintsGroupModel getLayoutConstraints ( XCreator creator ) {
return new BoundsGroupModel ( ( XWAbsoluteLayout ) container , creator ) ;
return new BoundsGroupModel ( ( XWAbsoluteLayout ) container , creator ) ;
}
@Override
public GroupModel getLayoutProperties ( ) {
XWAbsoluteLayout xwAbsoluteLayout = ( XWAbsoluteLayout ) container ;
return new FRAbsoluteLayoutPropertiesGroupModel ( xwAbsoluteLayout ) ;
}
@Override
public GroupModel getLayoutProperties ( ) {
XWAbsoluteLayout xwAbsoluteLayout = ( XWAbsoluteLayout ) container ;
return new FRAbsoluteLayoutPropertiesGroupModel ( xwAbsoluteLayout ) ;
}
}
superman
8 years ago