// -----------------------------------------------------------------------------
GRBowing::GRBowing(GRStaff * grstaff, GRNotationElement * startEl,
GRNotationElement * endEl)
: GRPTagARNotationElement(new ARBowing, 1)
{
GRSystemStartEndStruct * sse = initGRBowing( grstaff );
// The timeposition is set. Because only timeordered
// Graphicalelements can be added into a staff,
// the end-time-position is chosen as a default
// .....
// a new entry for the SSEList (SystemStartEnd)
// as defined in GRPositionTag
// - First, setup the start/end informations, check if we're
// opened to the left or to the right.
if (startEl)
{
setStartElement(grstaff, startEl);
}
else // no start element: we're left-opened
{
setStartElement(grstaff, /*dynamic cast<GRNotationElement *>*/(grstaff->getSecondGlue()));
sse->startflag = GRSystemStartEndStruct::OPENLEFT;
}
if (endEl)
{
setEndElement(grstaff,endEl);
sse->endflag = GRSystemStartEndStruct::RIGHTMOST;
}
else // no end element: we're righ-opened
{
setEndElement(grstaff, /*dynamic cast<GRNotationElement *>*/(grstaff->getEndGlue()));
sse->endflag = GRSystemStartEndStruct::OPENRIGHT;
}
// - Get the time position.
GRNotationElement * endElement;
GRNotationElement * startElement;
if(( endElement = getEndElement(grstaff)) != 0 )
{
mRelativeTimePositionOfGR = endElement->getRelativeTimePosition();
}
else if((startElement = getStartElement(grstaff)) != 0 )
{
mRelativeTimePositionOfGR = startElement->getRelativeTimePosition();
}
mBoundingBox.Set( 0, 0, 0, 0 );
// updateBow(grstaff);
}
// Inserts a grafical object sorted by time into the datastream
GuidoPos NEPointerList::AddAtTimePosition(const TYPE_TIMEPOSITION & tp,
GRNotationElement * grne)
{
GuidoPos pos = GetHeadPosition();
GRNotationElement * tmp;
// this loop can be improved!
// the element will be inserted at a position so that
// time(position) < time(element)
while (pos)
{
tmp = GetAt(pos);
if (tmp->getRelativeTimePosition() > tp)
{
return AddElementAt(pos, grne);
}
GetNext(pos);
}
return push_back(grne);
}
// ATTENTION, aend timePosition!
void NEPointerList::setSpacing(const TYPE_TIMEPOSITION & timePosition,
NVPoint& position)
{
// this is obolete!
assert(false);
#ifdef BALBAL
if (empty()) return;
assert(!empty());
GRNotationElement * criticalElement = 0;
NEPointerList * list= this; // getElementsWithTimePosition(timePosition);
// think about it.
TYPE_TIMEPOSITION nextTimePosition (getNextTimePosition(timePosition));
TYPE_SPACING spacing = 0;
if(!list->empty())
{
NEPointerList* shortyList=list->getElementsWithShortestDuration();
criticalElement=shortyList->getElementWithMaxSpacing();
float criticalElementSize=criticalElement->getBoundingBox().right;
assert(criticalElementSize>=0); // get size of real element
if(criticalElement->getRelativeEndTimePosition()>nextTimePosition) // is there an Overlap?
{
criticalElement = new GRSingleNote(nextTimePosition-timePosition);
// Dummy element for spacing calculation
// I Believe abstractRepresentation will not be created?
delete criticalElement;
}
else
{
}
GuidoPos pos = GetHeadPosition();
GRNotationElement * e;
float min = 0;
while (pos)
{
e = GetNext(pos);
if (e->getRelativeTimePosition()==timePosition
&& e->getBoundingBox().left<min)
min = e->getBoundingBox().left;
}
pos = GetHeadPosition();
while(pos)
{
e = GetNext(pos);
if (tmp)
{
tmp->setHPosition(position.x-min);
}
else
{
}
}
position.x += spacing+criticalElementSize;
position.x -= min;
delete shortyList;
}
else
{
criticalElement = new GRSingleNote(nextTimePosition-timePosition); // special Dummy-Object??
delete criticalElement;
GRNotationElement * e;
GuidoPos pos=GetHeadPosition();
while(pos)
{
e=GetNext(pos);
}
position.x += spacing;
}
#endif
}