コード例 #1
0
 /** @param verticalSplit <code>true</code> means that splitter will have vertical split */
 public void setOrientation(boolean verticalSplit) {
   myVerticalSplit = verticalSplit;
   myFirstDivider.setOrientation(verticalSplit);
   myLastDivider.setOrientation(verticalSplit);
   doLayout();
   repaint();
 }
コード例 #2
0
  public void doLayout() {
    final int width = getWidth();
    final int height = getHeight();

    Rectangle firstRect = new Rectangle();
    Rectangle firstDividerRect = new Rectangle();
    Rectangle lastDividerRect = new Rectangle();
    Rectangle lastRect = new Rectangle();
    Rectangle innerRect = new Rectangle();
    final int componentSize = getOrientation() ? height : width;
    int dividerWidth = getDividerWidth();
    int dividersCount = visibleDividersCount();

    int firstCompontSize;
    int lastComponentSize;
    int innerComponentSize;
    if (componentSize <= dividersCount * dividerWidth) {
      firstCompontSize = 0;
      lastComponentSize = 0;
      innerComponentSize = 0;
      dividerWidth = componentSize;
    } else {
      firstCompontSize = getFirstSize();
      lastComponentSize = getLastSize();
      int sizeLack =
          firstCompontSize + lastComponentSize - (componentSize - dividersCount * dividerWidth);
      if (sizeLack > 0) {
        // Lacking size. Reduce first component's size, inner -> empty
        firstCompontSize -= sizeLack;
        innerComponentSize = 0;
      } else {
        innerComponentSize =
            componentSize - dividersCount * dividerWidth - getFirstSize() - getLastSize();
      }

      if (!innerVisible()) {
        lastComponentSize += innerComponentSize;
        innerComponentSize = 0;
        if (!lastVisible()) {
          firstCompontSize = componentSize;
        }
      }
    }

    if (getOrientation()) {
      int space = firstCompontSize;
      firstRect.setBounds(0, 0, width, firstCompontSize);
      if (firstDividerVisible()) {
        firstDividerRect.setBounds(0, space, width, dividerWidth);
        space += dividerWidth;
      }

      innerRect.setBounds(0, space, width, innerComponentSize);
      space += innerComponentSize;

      if (lastDividerVisible()) {
        lastDividerRect.setBounds(0, space, width, dividerWidth);
        space += dividerWidth;
      }

      lastRect.setBounds(0, space, width, lastComponentSize);
    } else {
      int space = firstCompontSize;
      firstRect.setBounds(0, 0, firstCompontSize, height);

      if (firstDividerVisible()) {
        firstDividerRect.setBounds(space, 0, dividerWidth, height);
        space += dividerWidth;
      }

      innerRect.setBounds(space, 0, innerComponentSize, height);
      space += innerComponentSize;

      if (lastDividerVisible()) {
        lastDividerRect.setBounds(space, 0, dividerWidth, height);
        space += dividerWidth;
      }

      lastRect.setBounds(space, 0, lastComponentSize, height);
    }

    myFirstDivider.setVisible(firstDividerVisible());
    myFirstDivider.setBounds(firstDividerRect);
    myFirstDivider.doLayout();

    myLastDivider.setVisible(lastDividerVisible());
    myLastDivider.setBounds(lastDividerRect);
    myLastDivider.doLayout();

    validateIfNeeded(myFirstComponent, firstRect);
    validateIfNeeded(myInnerComponent, innerRect);
    validateIfNeeded(myLastComponent, lastRect);
  }