public void checkDeselection(int minBlockX, int maxBlockX, int minBlockY, int maxBlockY)
{
GeoCell cell = FrameMain.getInstance().getSelectedGeoCell();
//
GeoBlock block;
for (GeoBlockEntry e = getHead(), p; (e = e.getNext()) != getTail();)
{
block = e.getKey();
if (block.getBlockX() < minBlockX || block.getBlockX() >= maxBlockX || block.getBlockY() < minBlockY || block.getBlockY() >= maxBlockY)
{
if (cell != null && cell.getBlock() == block)
{
cell = null;
FrameMain.getInstance().setSelectedGeoCell(null);
}
//
setStateOf(block.getCells(), SelectionState.NORMAL);
p = e.getPrev();
e.remove();
e = p;
}
}
//
if (cell == null && hasSelected())
{
FrameMain.getInstance().setSelectedGeoCell(getTail().getPrev().getValue().getLastUnsafe());
}
}
public override void setNswe(short nswe)
{
if (FrameMain.getInstance().isSelectedGeoCell(this))
{
FrameMain.getInstance().setSelectedGeoCell(this);
}
}
public override void setNswe(short nswe)
{
_heightAndNSWE = GeoEngine.updateNSWEOfHeightAndNSWE(_heightAndNSWE, nswe);
//
if (FrameMain.getInstance().isSelectedGeoCell(this))
{
FrameMain.getInstance().setSelectedGeoCell(this);
}
}
public override void addHeight(short height)
{
short oldHeight = getHeight();
_height = GeoEngine.getGeoHeightOfHeight((short)(_height + height));
getBlock().updateMinMaxHeight(_height, oldHeight);
//
if (FrameMain.getInstance().isSelectedGeoCell(this))
{
FrameMain.getInstance().setSelectedGeoCell(this);
}
}
public override void setHeightAndNSWE(short heightAndNSWE)
{
short oldHeight = getHeight();
_height = GeoEngine.getHeight(heightAndNSWE);
//
getBlock().updateMinMaxHeight(_height, oldHeight);
//
if (FrameMain.getInstance().isSelectedGeoCell(this))
{
FrameMain.getInstance().setSelectedGeoCell(this);
}
}
public override void setHeightAndNSWE(short heightAndNSWE)
{
short oldHeight = getHeight();
_heightAndNSWE = heightAndNSWE;
getBlock().updateLayerFor(this);
getBlock().updateMinMaxHeight(getHeight(), oldHeight);
//
if (FrameMain.getInstance().isSelectedGeoCell(this))
{
FrameMain.getInstance().setSelectedGeoCell(this);
}
}
public override void addHeight(short height)
{
short oldHeight = getHeight();
_heightAndNSWE = GeoEngine.updateHeightOfHeightAndNSWE(_heightAndNSWE, (short)(getHeight() + height));
getBlock().updateLayerFor(this);
getBlock().updateMinMaxHeight(getHeight(), oldHeight);
//
if (FrameMain.getInstance().isSelectedGeoCell(this))
{
FrameMain.getInstance().setSelectedGeoCell(this);
}
}
public void unload()
{
for (GeoBlockEntry e = getHead(), p; (e = e.getNext()) != getTail();)
{
p = e.getPrev();
e.remove();
e = p;
}
//
FrameMain f = FrameMain.getInstance();
if (f != null)
{
f.setSelectedGeoCell(null);
}
}
private void updateGUI(GeoCell cell)
{
if (!hasSelected())
{
FrameMain.getInstance().setSelectedGeoCell(null);
}
else
{
FastArrayList <GeoCell> selected = cell == null ? null : getEntry(cell.getBlock()).getValue();
if (selected == null)
{
selected = getTail().getPrev().getValue();
}
//
if (cell != null && selected.contains(cell))
{
FrameMain.getInstance().setSelectedGeoCell(cell);
}
else
{
FrameMain.getInstance().setSelectedGeoCell(selected.getLastUnsafe());
}
}
}
