Examples of GroupLayout

ar.com.fdvs.dj.domain.constants.GroupLayout
com.alee.extended.layout.GroupLayout
Custom layout mostly used by custom GroupPanel container. It allows simple grouping of components placed into one line - either horizontally or vertically. @author Mikle Garin
com.samskivert.swing.GroupLayout
Group layout managers lay out widgets in horizontal or vertical groups.
javax.swing.GroupLayout
on automatically adding gaps between components layout.setAutoCreateGaps(true); // Turn on automatically creating gaps between components that touch // the edge of the container and the container. layout.setAutoCreateContainerGaps(true); // Create a sequential group for the horizontal axis. GroupLayout.SequentialGroup hGroup = layout.createSequentialGroup(); // The sequential group in turn contains two parallel groups. // One parallel group contains the labels, the other the text fields. // Putting the labels in a parallel group along the horizontal axis // positions them at the same x location. // // Variable indentation is used to reinforce the level of grouping. hGroup.addGroup(layout.createParallelGroup(). addComponent(label1).addComponent(label2)); hGroup.addGroup(layout.createParallelGroup(). addComponent(tf1).addComponent(tf2)); layout.setHorizontalGroup(hGroup); // Create a sequential group for the vertical axis. GroupLayout.SequentialGroup vGroup = layout.createSequentialGroup(); // The sequential group contains two parallel groups that align // the contents along the baseline. The first parallel group contains // the first label and text field, and the second parallel group contains // the second label and text field. By using a sequential group // the labels and text fields are positioned vertically after one another. vGroup.addGroup(layout.createParallelGroup(Alignment.BASELINE). addComponent(label1).addComponent(tf1)); vGroup.addGroup(layout.createParallelGroup(Alignment.BASELINE). addComponent(label2).addComponent(tf2)); layout.setVerticalGroup(vGroup);
When run the following is produced.

This layout consists of the following.
- The horizontal axis consists of a sequential group containing two parallel groups. The first parallel group contains the labels, and the second parallel group contains the text fields.
- The vertical axis consists of a sequential group containing two parallel groups. The parallel groups are configured to align their components along the baseline. The first parallel group contains the first label and first text field, and the second group consists of the second label and second text field.
There are a couple of things to notice in this code:
- You need not explicitly add the components to the container; this is indirectly done by using one of the {@code add} methods of{@code Group}.
- The various {@code add} methods returnthe caller. This allows for easy chaining of invocations. For example, {@code group.addComponent(label1).addComponent(label2);} isequivalent to {@code group.addComponent(label1); group.addComponent(label2);}.
- There are no public constructors for {@code Group}s; instead use the create methods of {@code GroupLayout}.
@author Tomas Pavek @author Jan Stola @author Scott Violet @since 1.6
org.dyno.visual.swing.layouts.GroupLayout
GroupLayout @version 1.0.0, 2008-7-3 @author William Chen
org.eclipse.swt.layout.grouplayout.GroupLayout

org.eclipse.wb.swt.layout.grouplayout.GroupLayout

GroupLayout is a LayoutManager that hierarchically groups components to achieve common, and not so common, layouts. Grouping is done by instances of the Group class. GroupLayout supports two types of groups:

Sequential:	A sequential group positions its child elements sequentially, one after another.
Parallel:	A parallel group positions its child elements in the same space on top of each other. Parallel groups can also align the child elements along their baseline.

Each Group can contain any number of child groups, Components or gaps. GroupLayout treats each axis independently. That is, there is a group representing the horizontal axis, and a separate group representing the vertical axis. The horizontal group is responsible for setting the x and width of its contents, where as the vertical group is responsible for setting the y and height of its contents.

The following code builds a simple layout consisting of two labels in one column, followed by two textfields in the next column:

 JComponent panel = ...; GroupLayout layout = new GroupLayout(panel); panel.setLayout(layout); layout.setAutocreateGaps(true); layout.setAutocreateContainerGaps(true); GroupLayout.SequentialGroup hGroup = layout.createSequentialGroup(); hGroup.add(layout.createParallelGroup().add(label1).add(label2)). add(layout.createParallelGroup().add(tf1).add(tf2)); layout.setHorizontalGroup(hGroup); GroupLayout.SequentialGroup vGroup = layout.createSequentialGroup(); vGroup.add(layout.createParallelGroup(GroupLayout.BASELINE).add(label1).add(tf1)). add(layout.createParallelGroup(GroupLayout.BASELINE).add(label2).add(tf2)); layout.setVerticalGroup(vGroup);

This layout consists of the following:

The horizontal axis consists of a sequential group containing two parallel groups. The first parallel group consists of the labels, with the second parallel group consisting of the text fields.
The vertical axis similarly consists of a sequential group containing two parallel groups. The parallel groups align their contents along the baseline. The first parallel group consists of the first label and text field, and the second group consists of the second label and text field.

There are a couple of things to notice in this code:

You need not explicitly add the components to the container, this is indirectly done by using one of the add methods.
The various add methods of Groups return themselves. This allows for easy chaining of invocations. For example, group.add(label1).add(label2); is equivalent to group.add(label1);group.add(label2);.
There are no public constructors for the Groups, instead use the create methods of GroupLayout.

GroupLayout offer the ability to automatically insert the appropriate gap between components. This can be turned on using the setAutocreateGaps() method. Similarly you can use the setAutocreateContainerGaps() method to insert gaps between the components and the container. @version $Revision: 1.11 $ @author Tomas Pavek @author Jan Stola @author Scott Violet

org.jdesktop.layout.GroupLayout

Sequential:	A sequential group positions its child elements sequentially, one after another.
Parallel:	A parallel group positions its child elements in the same space on top of each other. Parallel groups can also align the child elements along their baseline.

The following code builds a simple layout consisting of two labels in one column, followed by two textfields in the next column:

 JComponent panel = ...; GroupLayout layout = new GroupLayout(panel); panel.setLayout(layout); layout.setAutocreateGaps(true); layout.setAutocreateContainerGaps(true); GroupLayout.SequentialGroup hGroup = layout.createSequentialGroup(); hGroup.add(layout.createParallelGroup().add(label1).add(label2)). add(layout.createParallelGroup().add(tf1).add(tf2)); layout.setHorizontalGroup(hGroup); GroupLayout.SequentialGroup vGroup = layout.createSequentialGroup(); vGroup.add(layout.createParallelGroup(GroupLayout.BASELINE).add(label1).add(tf1)). add(layout.createParallelGroup(GroupLayout.BASELINE).add(label2).add(tf2)); layout.setVerticalGroup(vGroup);

This layout consists of the following:

The horizontal axis consists of a sequential group containing two parallel groups. The first parallel group consists of the labels, with the second parallel group consisting of the text fields.
The vertical axis similarly consists of a sequential group containing two parallel groups. The parallel groups align their contents along the baseline. The first parallel group consists of the first label and text field, and the second group consists of the second label and text field.

There are a couple of things to notice in this code:

You need not explicitly add the components to the container, this is indirectly done by using one of the add methods.
The various add methods of Groups return themselves. This allows for easy chaining of invocations. For example, group.add(label1).add(label2); is equivalent to group.add(label1);group.add(label2);.
There are no public constructors for the Groups, instead use the create methods of GroupLayout.

GroupLayout offer the ability to automatically insert the appropriate gap between components. This can be turned on using the setAutocreateGaps() method. Similarly you can use the setAutocreateContainerGaps() method to insert gaps between the components and the container. @version $Revision: 1.1 $ @author Tomas Pavek @author Jan Stola @author Scott Violet

Examples of org.dyno.visual.swing.layouts.GroupLayout

  }


  @Override
  public Alignment createHoveredAxis(Component me, Rectangle bounds) {
    Container parent = target.getParent();
    GroupLayout layout = (GroupLayout) parent.getLayout();
    Constraints constraints = layout.getConstraints(target);
    Alignment horizontal = constraints.getHorizontal();
    if (horizontal instanceof Leading) {
      return createHorizontalLeading(me, bounds, parent);
    } else if (horizontal instanceof Trailing) {
      return createHorizontalTrailing(me, bounds, parent);

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Examples of org.dyno.visual.swing.layouts.GroupLayout

  }


  @Override
  public Alignment createRightAxis(Component me, Rectangle bounds, Alignment lastAxis) {
    Container parent = target.getParent();
    GroupLayout layout = (GroupLayout) parent.getLayout();
    Constraints constraints = layout.getConstraints(target);
    Alignment horizontal = constraints.getHorizontal();
    if (horizontal instanceof Leading) {
      return createHorizontalLeading(me, bounds, parent);
    } else if (horizontal instanceof Trailing) {
      return createHorizontalTrailing(me, bounds, parent);

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Examples of org.dyno.visual.swing.layouts.GroupLayout

  }


  @Override
  public Alignment createLeftAxis(Component me, Rectangle bounds, Alignment lastAxis) {
    Container parent = target.getParent();
    GroupLayout layout = (GroupLayout) parent.getLayout();
    Constraints constraints = layout.getConstraints(target);
    Alignment horizontal = constraints.getHorizontal();
    if (horizontal instanceof Leading) {
      if (lastAxis instanceof Leading)
        return createHorizontalLeading(me, bounds, parent);
      else if (lastAxis instanceof Trailing)

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Examples of org.dyno.visual.swing.layouts.GroupLayout


  protected Alignment createVerticalLeading(Component me, Rectangle bounds, Container parent) {
    int min = Integer.MIN_VALUE;
    int pref = Integer.MIN_VALUE;
    int count = parent.getComponentCount();
    GroupLayout layout = (GroupLayout) parent.getLayout();
    LayoutStyle layoutStyle = LayoutStyle.getInstance();
    for (int i = 0; i < count; i++) {
      Component target = parent.getComponent(i);
      Constraints constraints = layout.getConstraints(target);
      Rectangle targetBounds = target.getBounds();
      if (constraints != null && isOverlap(bounds.x, bounds.width, targetBounds.x, targetBounds.width)) {
        Alignment vertical = constraints.getVertical();
        Dimension prefs = target.getPreferredSize();
        Dimension mins = target.getMinimumSize();

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Examples of org.dyno.visual.swing.layouts.GroupLayout


  protected Alignment createVerticalTrailing(Component me, Rectangle bounds, Container parent) {
    int min = Integer.MIN_VALUE;
    int pref = Integer.MIN_VALUE;
    int count = parent.getComponentCount();
    GroupLayout layout = (GroupLayout) parent.getLayout();
    LayoutStyle layoutStyle = LayoutStyle.getInstance();
    for (int i = 0; i < count; i++) {
      Component target = parent.getComponent(i);
      Constraints constraints = layout.getConstraints(target);
      Rectangle targetBounds = target.getBounds();
      if (constraints != null && isOverlap(bounds.x, bounds.width, targetBounds.x, targetBounds.width)) {
        Alignment vertical = constraints.getVertical();
        Dimension prefs = target.getPreferredSize();
        Dimension mins = target.getMinimumSize();

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Examples of org.dyno.visual.swing.layouts.GroupLayout


  protected Alignment createHorizontalLeading(Component me, Rectangle bounds, Container parent) {
    int min = Integer.MIN_VALUE;
    int pref = Integer.MIN_VALUE;
    int count = parent.getComponentCount();
    GroupLayout layout = (GroupLayout) parent.getLayout();
    LayoutStyle layoutStyle = LayoutStyle.getInstance();
    for (int i = 0; i < count; i++) {
      Component target = parent.getComponent(i);
      Constraints constraints = layout.getConstraints(target);
      Rectangle targetBounds = target.getBounds();
      if (constraints != null && isOverlap(bounds.y, bounds.height, targetBounds.y, targetBounds.height)) {
        Alignment horizontal = constraints.getHorizontal();
        Dimension prefs = target.getPreferredSize();
        Dimension mins = target.getMinimumSize();

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Examples of org.dyno.visual.swing.layouts.GroupLayout


  protected Alignment createHorizontalTrailing(Component me, Rectangle bounds, Container parent) {
    int min = Integer.MIN_VALUE;
    int pref = Integer.MIN_VALUE;
    int count = parent.getComponentCount();
    GroupLayout layout = (GroupLayout) parent.getLayout();
    LayoutStyle layoutStyle = LayoutStyle.getInstance();
    for (int i = 0; i < count; i++) {
      Component target = parent.getComponent(i);
      Constraints constraints = layout.getConstraints(target);
      Rectangle targetBounds = target.getBounds();
      if (constraints != null && isOverlap(bounds.y, bounds.height, targetBounds.y, targetBounds.height)) {
        Alignment horizontal = constraints.getHorizontal();
        Dimension prefs = target.getPreferredSize();
        Dimension mins = target.getMinimumSize();

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Examples of org.dyno.visual.swing.layouts.GroupLayout

  }


  @Override
  public Alignment createTopAxis(Component me, Rectangle bounds, Alignment lastAxis) {
    Container parent = target.getParent();
    GroupLayout layout = (GroupLayout) parent.getLayout();
    Constraints constraints = layout.getConstraints(target);
    Alignment vertical = constraints.getVertical();
    if (vertical instanceof Leading) {
      if (lastAxis instanceof Leading)
        return createVerticalLeading(me, bounds, parent);
      else if (lastAxis instanceof Trailing)

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Examples of org.dyno.visual.swing.layouts.GroupLayout

    verticalAnchorMenu.add(new SetAnchorAction(container, false, "trailing", child)); //$NON-NLS-1$
    menu.add(verticalAnchorMenu);
  }


  private void initDragOperation(JComponent container) {
    GroupLayout layout = (GroupLayout) container.getLayout();
    beanHover = new ArrayList<IDragOperation>();
    resizeRightBottom = new ArrayList<IDragOperation>();
    resizeLeftTop = new ArrayList<IDragOperation>();
    resizeLeftBottom = new ArrayList<IDragOperation>();
    resizeRightTop = new ArrayList<IDragOperation>();

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Examples of org.dyno.visual.swing.layouts.GroupLayout

    if (!hovered) {
      Graphics2D g2d = (Graphics2D) g;
      Stroke old = g2d.getStroke();
      g2d.setColor(BASELINE_COLOR);
      g2d.setStroke(STROKE2);
      GroupLayout layout = (GroupLayout) container.getLayout();
      int width = container.getWidth();
      int height = container.getHeight();
      Insets insets = container.getInsets();
      CompositeAdapter adapter = (CompositeAdapter) WidgetAdapter.getWidgetAdapter(container);
      int count = adapter.getChildCount();
      for (int i = 0; i < count; i++) {
        Component child = adapter.getChild(i);
        WidgetAdapter childAdapter = WidgetAdapter.getWidgetAdapter(child);
        if (childAdapter.isSelected()) {
          Constraints constraints = layout.getConstraints(child);
          Alignment horizontal = constraints.getHorizontal();
          int y = child.getY() + child.getHeight() / 2;
          int x = 0;
          if (horizontal instanceof Leading) {
            x = ((Leading) horizontal).getLeading();

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