ClosedKnot::ClosedKnot(const KnotStyle &knotStyle,
int windowWidth, int windowHeight)
: inherited(knotStyle, windowWidth, windowHeight, 12)
{
// Set boundary conditions for a closed knot.
// The left and right border must consist of vertical...
for (int i = 0; i < mVSections; ++i) {
sectionType(0, i) = sectionType(mHSections-1, i) = V;
}
// ... half sections.
for (int i = 0; i <= mVSections; ++i) {
sectionCorner(0, i) = sectionCorner(mHSections, i) = N;
}
// The top and bottom border must have horizontal corners.
for (int i = 1; i < mHSections; ++i) {
sectionCorner(i, 0) = sectionCorner(i, mVSections) = H;
}
// Assign colors to the knot.
assignColors();
}
QDomElement DetailSection::xml(QDomDocument doc, QList<Container *> &usedItems, QMap<QString, bool> &querys, QList<Section*> sectionPool)
{
QDomElement node = doc.createElement("Section");
node.setAttribute("id",sectionType());
node.setAttribute("size",(int)rect().height());
node.setAttribute("name",m_SectionName);
node.setAttribute("SqlGlobal",m_SqlGlobal);
node.setAttribute("SqlInterno",m_SqlInterno);
node.setAttribute("ClausulaInterna",m_ClausulaInterna);
node.setAttribute("haveSqlInterno",m_header || m_foot);
node.setAttribute("colored",m_colorear);
node.setAttribute("color1",ColorString(m_color1));
node.setAttribute("alternative",m_use2Colors);
node.setAttribute("color2",ColorString(m_color2));
QPointF br(rect().bottomRight().x(),rect().bottomRight().y());
QPointF tl(rect().topLeft().x(),rect().topLeft().y());
if(m_header)
{
QDomElement headerNode = doc.createElement("Header");
headerNode.setAttribute("size",m_headerSize);
QRectF aux(tl,QPointF(br.x(),tl.y()+m_headerSize));
QRectF headerRect(mapRectToScene(aux));
QList<QGraphicsItem*>items =this->scene()->items(headerRect);
QListIterator<QGraphicsItem*> it(items);
while (it.hasNext())
{
QGraphicsItem* c = it.next();
Container* cont = qgraphicsitem_cast<Container*>(c);
if(cont)
{
if(!usedItems.contains(cont))
{
headerNode.appendChild(cont->xml(doc,marginPoint(),sectionPool));
usedItems.append(cont);
}
}
}
node.appendChild(headerNode);
}
QDomElement bodyNode = doc.createElement("Body");
bodyNode.setAttribute("size",this->rect().height() - m_headerSize - m_footSize);
QRectF bodyRect(mapToScene(QPointF(tl.x(),tl.y()+m_headerSize)),mapToScene(QPointF(br.x(),br.y()-m_footSize)));
QList<QGraphicsItem*>items =this->scene()->items(bodyRect);
QListIterator<QGraphicsItem*> it(items);
while (it.hasNext())
{
QGraphicsItem* c = it.next();
Container* cont = qgraphicsitem_cast<Container*>(c);
if(cont)
{
if(!usedItems.contains(cont))
{
bodyNode.appendChild(cont->xml(doc,mapToScene(QPointF(tl.x(),tl.y()+m_headerSize)),sectionPool));
usedItems.append(cont);
}
}
}
node.appendChild(bodyNode);
if(m_foot)
{
QDomElement footNode = doc.createElement("Foot");
footNode.setAttribute("size",m_footSize);
QRectF footRect(mapToScene(QPointF(tl.x(),br.y()-m_footSize+1)),mapToScene(QPointF(br)));
QList<QGraphicsItem*>items =this->scene()->items(footRect);
QListIterator<QGraphicsItem*> it(items);
while (it.hasNext())
{
QGraphicsItem* c = it.next();
Container* cont = qgraphicsitem_cast<Container*>(c);
if(cont)
{
if(!usedItems.contains(cont))
{
footNode.appendChild(cont->xml(doc,mapToScene(QPointF(tl.x(),br.y()-m_footSize)),sectionPool));
usedItems.append(cont);
}
}
}
node.appendChild(footNode);
}
return node;
}
