void ImageCollection::layoutImmCollapsed()
{
tl.complete();
_collapseLayer.moveToParent(&_iconItem);
QPoint p = collapsePoint();
for(int ii = 0; ii < count(); ++ii) {
Image *img = image(ii);
img->imageParent().setValue(0.);
img->moveToParent(iconItem());
#define PHOTO_OFFSET 7
switch(ii) {
case 0:
img->x().setValue( p.x() - PHOTO_OFFSET);
img->y().setValue( p.y() - PHOTO_OFFSET);
img->quality().setValue( 1.);
img->visible().setValue( 1.);
break;
case 1:
img->x().setValue( p.x() + PHOTO_OFFSET);
img->y().setValue( p.y() - PHOTO_OFFSET);
img->quality().setValue( 1.);
img->visible().setValue( 1.);
break;
case 2:
img->x().setValue( p.x() + PHOTO_OFFSET);
img->y().setValue( p.y() + PHOTO_OFFSET);
img->quality().setValue( 1.);
img->visible().setValue( 1.);
break;
case 3:
img->x().setValue( p.x() - PHOTO_OFFSET);
img->y().setValue( p.y() + PHOTO_OFFSET);
img->quality().setValue( 1.);
img->visible().setValue( 1.);
break;
default:
img->x().setValue( p.x());
img->y().setValue( p.y());
img->visible().setValue( 0.);
break;
}
img->imageParent().setValue(1.);
img->scale().setValue( SMALL_ZOOM * .7);
int rotate = (qrand() % 40) - 20;
img->rotate().setValue(rotate);
img->imageParent().setValue(1.);
}
GfxCanvasItem *i = nameItem();
i->visible().setValue(1.);
}
/*
1.14 collapseWithHoles collapses (or expands) the Face with all of its holes.
*/
MFace Face::collapseWithHoles(bool close) {
MFace ret(collapse(close));
for (unsigned int i = 0; i < holes.size(); i++) {
ret.AddConcavity(holes[i].collapse(close, collapsePoint()));
}
ret.MergeConcavities();
return ret;
}
void ImageCollection::layoutCollapsed()
{
tl.complete();
_collapseLayer.moveToParent(&_iconItem);
QPoint p = collapsePoint();
int seenOnScreen = 0;
int f = focused();
_collapseLayer.z().setValue(-10000.);
for(int ii = count() - 1; ii >= 0; --ii) {
Image *img = image(ii);
img->moveToParent(iconItem());
if(!isOnScreen(ii))
continue;
seenOnScreen++;
int pauseTime = (seenOnScreen - 1) * 50;
tl.pause(img->x(), pauseTime);
tl.pause(img->y(), pauseTime);
tl.pause(img->rotate(), pauseTime);
img->z().setValue(-ii);
if(ii == f) {
tl.move(img->scale(), SMALL_ZOOM, 50);
tl.sync(img->z(), img->scale());
img->z().setValue(1);
tl.set(img->z(), -ii);
if(pauseTime > 50)
tl.pause(img->scale(), pauseTime - 50);
} else {
tl.pause(img->scale(), pauseTime);
}
}
seenOnScreen = 0;
for(int ii = 0; ii < count(); ++ii) {
if(!isOnScreen(ii))
continue;
seenOnScreen++;
Image *img = image(ii);
#define PHOTO_OFFSET 7
int idx = seenOnScreen;
switch(idx) {
case 0:
tl.move(img->x(), p.x() - PHOTO_OFFSET, 150);
tl.move(img->y(), p.y() - PHOTO_OFFSET, 150);
tl.sync(img->quality(), img->x());
tl.set(img->quality(), 1.);
break;
case 1:
tl.move(img->x(), p.x() + PHOTO_OFFSET, 150);
tl.move(img->y(), p.y() - PHOTO_OFFSET, 150);
tl.sync(img->quality(), img->x());
tl.set(img->quality(), 1.);
break;
case 2:
tl.move(img->x(), p.x() + PHOTO_OFFSET, 150);
tl.move(img->y(), p.y() + PHOTO_OFFSET, 150);
tl.sync(img->quality(), img->x());
tl.set(img->quality(), 1.);
break;
case 3:
tl.move(img->x(), p.x() - PHOTO_OFFSET, 150);
tl.move(img->y(), p.y() + PHOTO_OFFSET, 150);
tl.sync(img->quality(), img->x());
tl.set(img->quality(), 1.);
break;
default:
tl.move(img->x(), p.x(), 150);
tl.move(img->y(), p.y(), 150);
//tl.set(img->quality(), 0.);
break;
}
int rotate = (qrand() % 40) - 20;
if(isOnScreen(ii)) {
tl.move(img->scale(), SMALL_ZOOM * .7, 150);
tl.move(img->rotate(), rotate, 150);
tl.sync(image(ii)->imageParent(), image(ii)->x());
tl.set(image(ii)->imageParent(), 1.);
} else {
img->scale().setValue(SMALL_ZOOM * .7);
img->rotate().setValue(rotate);
img->visible().setValue(0.);
img->imageParent().setValue(1.);
}
}
tl.sync();
seenOnScreen = 0;
for(int ii = 0; ii < count(); ++ii) {
if(!isOnScreen(ii))
continue;
seenOnScreen++;
if(seenOnScreen > 4)
tl.set(image(ii)->visible(), 0.);
}
GfxCanvasItem *i = nameItem();
tl.move(i->visible(), 1., 300);
}
/*
1.15 Wrapper around 1.13 which selects the collapse-point automatically
*/
MSegs Face::collapse(bool close) {
Pt dst = collapsePoint();
return collapse(close, dst);
}
