}
myVSpan = newVMap;
+ mySpanRanges.clear();
+
ColorMap newFMap, newBMap;
for ( ColorMap::ConstIterator fIt = myFgColor.begin(); fIt != myFgColor.end(); ++fIt )
{
{
endHeaderEdit();
- QTable::removeRow( row );
-
for ( uint i = 0; i < myVerHeaders.count(); i++ )
{
Header* hdr = (Header*)myVerHeaders.at( i );
int r = it.key() < row ? it.key() : it.key() - 1;
myCellProps.insert( r, it.data() );
}
+
+ QTable::removeRow( row );
}
/*!
indexes.insert( r, r - decr );
}
- QTable::removeRows( rows );
-
for ( uint i = 0; i < myVerHeaders.count(); i++ )
{
Header* hdr = (Header*)myVerHeaders.at( i );
if ( indexes.contains( it.key() ) )
myCellProps.insert( indexes[it.key()], it.data() );
}
+
+ QTable::removeRows( rows );
}
/*!
{
endHeaderEdit();
- QTable::removeColumn( col );
-
for ( uint i = 0; i < myHorHeaders.count(); i++ )
{
Header* hdr = (Header*)myHorHeaders.at( i );
itr.data().insert( c, it.data() );
}
}
+
+ QTable::removeColumn( col );
}
/*!
indexes.insert( c, c - decr );
}
- QTable::removeColumns( cols );
-
for ( uint i = 0; i < myHorHeaders.count(); i++ )
{
Header* hdr = (Header*)myHorHeaders.at( i );
itr.data().insert( indexes[it.key()], it.data() );
}
}
+
+ QTable::removeColumns( cols );
}
void QtxTable::setUpdatesEnabled( bool enable )