void ApplicationModel::updateBounds(void)
{
for(int i=0; i<this->get_n_children(); i++)
{
Glib::RefPtr<Goocanvas::Item> item = parentWindow->m_Canvas->get_item(this->get_child(i));
if(item)
{
Goocanvas::Bounds bd = item->get_bounds();
bounds.set_x1( (bounds.get_x1() < bd.get_x1()) ? bounds.get_x1(): bd.get_x1() );
bounds.set_x2( (bounds.get_x2() > bd.get_x2()) ? bounds.get_x2(): bd.get_x2() );
bounds.set_y1( (bounds.get_y1() < bd.get_y1()) ? bounds.get_y1(): bd.get_y1() );
bounds.set_y2( (bounds.get_y2() > bd.get_y2()) ? bounds.get_y2(): bd.get_y2() );
}
}
width = MAX(MIN_WIDTH + text_w, bounds.get_x2()-bounds.get_x1() + 2*ITEMS_MARGIE);
height = MAX(MIN_HEIGHT, bounds.get_y2()-bounds.get_y1() + 2*ITEMS_MARGIE + text_h);
Goocanvas::Points points(6);
points.set_coordinate(0, 0, 0);
points.set_coordinate(1, text_w+TEXT_MARGINE*2, 0);
points.set_coordinate(2, text_w+TEXT_MARGINE*2, text_h+TEXT_MARGINE);
points.set_coordinate(3, width, text_h+TEXT_MARGINE);
points.set_coordinate(4, width, height);
points.set_coordinate(5, 0, height);
poly->property_points().set_value(points);
Goocanvas::Points points3(3);
points3.set_coordinate(0, width, text_h+TEXT_MARGINE);
points3.set_coordinate(1, width, height);
points3.set_coordinate(2, 0, height);
shadow->property_points().set_value(points3);
}
//TODO: check nested applications too
void ApplicationModel::getApplicationBounds(Goocanvas::Bounds& bounds)
{
ModulePContainer modules = parentWindow->manager.getKnowledgeBase()->getModules(application);
CnnContainer connections = parentWindow->manager.getKnowledgeBase()->getConnections(application);
ApplicaitonPContainer applications = parentWindow->manager.getKnowledgeBase()->getApplications(application);
ModulePIterator itr;
bounds.set_x1(0);
bounds.set_x2(0);
bounds.set_y1(0);
bounds.set_y2(0);
for(itr=modules.begin(); itr!=modules.end(); itr++)
{
Module* module = (*itr);
//if(module->owner() == application)
//{
if(module->getModelBase().points.size()>0)
{
if((bounds.get_x1() == 0) || (module->getModelBase().points[0].x < bounds.get_x1()) )
bounds.set_x1(module->getModelBase().points[0].x);
if((bounds.get_x2() == 0) || (module->getModelBase().points[0].x > bounds.get_x1()) )
bounds.set_x2(module->getModelBase().points[0].x);
if((bounds.get_y1() == 0) || (module->getModelBase().points[0].y < bounds.get_y1()) )
bounds.set_y1(module->getModelBase().points[0].y);
if((bounds.get_y2() == 0) || (module->getModelBase().points[0].y > bounds.get_y2()) )
bounds.set_y2(module->getModelBase().points[0].y);
}
//}
}
CnnIterator citr;
for(citr=connections.begin(); citr<connections.end(); citr++)
{
Connection baseCon = *citr;
//if(baseCon.owner() == application)
//{
GraphicModel model = baseCon.getModelBase();
int size = model.points.size();
for(int i=0; i<size; i++)
{
if((bounds.get_x1() == -1) || (model.points[i].x < bounds.get_x1()) )
bounds.set_x1(model.points[i].x);
if((bounds.get_x2() == -1) || (model.points[i].x > bounds.get_x2()) )
bounds.set_x2(model.points[i].x);
if((bounds.get_y1() == -1) || (model.points[i].y < bounds.get_y1()) )
bounds.set_y1(model.points[i].y);
if((bounds.get_y2() == -1) || (model.points[i].y > bounds.get_y2()) )
bounds.set_y2(model.points[i].y);
}
//}
}
}
bool ApplicationModel::onItemMotionNotifyEvent(const Glib::RefPtr<Goocanvas::Item>& item,
GdkEventMotion* event)
{
if(item && _dragging && (item == _dragging))
{
parentWindow->setModified();
double new_x = event->x ;
double new_y = event->y ;
item->get_parent()->translate(new_x - _drag_x, new_y - _drag_y);
Goocanvas::Bounds bi = item->get_parent()->get_bounds();
bi = item->get_parent()->get_bounds();
if(bi.get_x1() < 0)
item->get_parent()->translate(-bi.get_x1(), 0);
if(bi.get_y1() < 0)
item->get_parent()->translate(0, -bi.get_y1());
snapToGrid();
bi = item->get_parent()->get_bounds();
this->points.clear();
GyPoint pt;
pt.x = bi.get_x1();
pt.y = bi.get_y1();
this->points.push_back(pt);
for(int i=0; i<get_n_children(); i++)
{
if(Glib::RefPtr<ModuleModel>::cast_dynamic(get_child(i)))
Glib::RefPtr<ModuleModel>::cast_dynamic(get_child(i))->updateArrowCoordination();
if(Glib::RefPtr<ExternalPortModel>::cast_dynamic(get_child(i)))
Glib::RefPtr<ExternalPortModel>::cast_dynamic(get_child(i))->updateArrowCoordination();
}
// updating canvas boundries
bool needUpdate = false;
if(parentWindow->m_Canvas)
{
Goocanvas::Bounds bc;
parentWindow->m_Canvas->get_bounds(bc);
needUpdate = (bi.get_x2() > bc.get_x2()) || (bi.get_y2() > bc.get_y2());
if(needUpdate)
{
new_x = (bi.get_x2() > bc.get_x2()) ? bi.get_x2() : bc.get_x2();
new_y = (bi.get_y2() > bc.get_y2()) ? bi.get_y2() : bc.get_y2();
parentWindow->m_Canvas->set_bounds(0,0, new_x, new_y);
if(parentWindow->m_Grid)
{
g_object_set(parentWindow->m_Grid, "width", new_x, NULL);
g_object_set(parentWindow->m_Grid, "height", new_y, NULL);
}
}
}
}
return true;
}
bool ExternalPortModel::onItemMotionNotifyEvent(const Glib::RefPtr<Goocanvas::Item>& item,
GdkEventMotion* event)
{
if(bNested)
return true;
if(item && _dragging && item == _dragging)
{
parentWindow->setModified();
double new_x = event->x ;
double new_y = event->y ;
item->get_parent()->translate(new_x - _drag_x, new_y - _drag_y);
Goocanvas::Bounds bi = item->get_bounds();
bi = item->get_parent()->get_bounds();
if(bi.get_x1() < 0)
item->get_parent()->translate(-bi.get_x1(), 0);
if(bi.get_y1() < 0)
item->get_parent()->translate(0, -bi.get_y1());
snapToGrid();
// updating arrows coordination
updateArrowCoordination();
bool needUpdate = false;
if(parentWindow->m_Canvas)
{
Goocanvas::Bounds bc;
parentWindow->m_Canvas->get_bounds(bc);
needUpdate = (bi.get_x2() > bc.get_x2()) || (bi.get_y2() > bc.get_y2());
if(needUpdate)
{
new_x = (bi.get_x2() > bc.get_x2()) ? bi.get_x2() : bc.get_x2();
new_y = (bi.get_y2() > bc.get_y2()) ? bi.get_y2() : bc.get_y2();
parentWindow->m_Canvas->set_bounds(0,0, new_x, new_y);
if(parentWindow->m_Grid)
{
g_object_set(parentWindow->m_Grid, "width", new_x, NULL);
g_object_set(parentWindow->m_Grid, "height", new_y, NULL);
}
}
}
}
return true;
}
