MdiEditor::MdiEditor(QApplication* app,QWidget *parent)
: QMainWindow(parent)
{
_app=app;
readyLabel=NULL;
new_pro=save_pro=mod_para=NULL;
imageEditorL = new ImageEditor('L');
imageEditorR = new ImageEditor('R');
imageEditorM = new HalfwayImage('M');
widgetA = new QWidget();
imageEditorA = new RenderWidget();
ctrbar=new CCtrBar();
for(int i=0;i<MAX_LAYER;i++)
{
match_thread[i]=NULL;
match_thread_GPU[i]=NULL;
poison_thread[i]=NULL;
qpath_thread[i]=NULL;
}
createDockWidget();
createMenuBar();
createStatusBar();
gpu_flag=FALSE;
gpu_cap=CudaInit();
connect(imageEditorL,SIGNAL(sigUpdate()),this,SLOT(updateALL()));
connect(imageEditorR,SIGNAL(sigUpdate()),this,SLOT(updateALL()));
connect(imageEditorM,SIGNAL(sigUpdate()),this,SLOT(updateALL()));
connect(ctrbar,SIGNAL(sigUpdate()),this,SLOT(updateALL()));
connect(imageEditorL,SIGNAL(sigModified()),this,SLOT(PtModified()));
connect(imageEditorR,SIGNAL(sigModified()),this,SLOT(PtModified()));
connect(imageEditorM,SIGNAL(sigModified()),this,SLOT(PtModified()));
connect(imageEditorL,SIGNAL(sigLayerReorder(char, bool,float, float)),this,SLOT(ReorderLayer(char, bool,float, float)));
connect(imageEditorR,SIGNAL(sigLayerReorder(char, bool,float, float)),this,SLOT(ReorderLayer(char, bool,float, float)));
connect(ctrbar,SIGNAL(sigStatusChange(int)),imageEditorA,SLOT(StatusChange(int)));
connect(ctrbar,SIGNAL(sigRangeChange(int)),imageEditorA,SLOT(RangeChange(int)));
connect(imageEditorA,SIGNAL(sigRecordFinished()),ctrbar,SLOT(record_finished()));
connect(imageEditorA,SIGNAL(sigRecordFinished()),this,SLOT(AutoQuit()));
layer_num=0;
layer_index=0;
clear();
setWindowTitle(tr("Pixel Morph"));
showMaximized();
}
void HalfwayImage::mousePressEvent(QMouseEvent *event)
{
if (_scissor||_flag_error||_flag_multilayer||!_image_loaded||event->pos().x()>_real_size.width()-1||event->pos().y()>=_real_size.height()-1)
return;
if (event->button() == Qt::LeftButton)
{
double2 p;
p.x=((float)event->pos().x()+0.5)/(float)_real_size.width();
p.y=((float)event->pos().y()+0.5)/(float)_real_size.height();
ConstraintPoint elem;
elem.lp=elem.rp=p;
parameters->ui_points.push_back(elem);
parameters->ActIndex=parameters->ui_points.size()-1;
_pressed=true;
}
_mouse_pos=_mouse_pos=QPointF(((float)event->pos().x()+0.5)/(float)_real_size.width(),((float)event->pos().y()+0.5)/(float)_real_size.height());
emit sigUpdate();
}
void HalfwayImage::mouseMoveEvent(QMouseEvent *event)
{
if (_scissor||_flag_error||_flag_multilayer||!_image_loaded||event->pos().x()>_real_size.width()-1||event->pos().y()>=_real_size.height()-1)
return;
if (event->buttons() == Qt::LeftButton)
{
QPoint pos(MIN(event->pos().x(),_real_size.width()-1),MIN(event->pos().y(),_real_size.height()-1));
pos=QPoint(MAX(pos.x(),0),MAX(pos.y(),0));
double2 pointf;
pointf.x=((float)pos.x()+0.5)/(float)_real_size.width();
pointf.y=((float)pos.y()+0.5)/(float)_real_size.height();
parameters->ui_points[parameters->ActIndex].rp=pointf;
}
_mouse_pos=QPointF(((float)event->pos().x()+0.5)/(float)_real_size.width(),((float)event->pos().y()+0.5)/(float)_real_size.height());
emit sigUpdate();
}
CFileTransferAction::CFileTransferAction(QSharedPointer<CFileTransfer> file, const QString &szId, const QTime &date, const bool &me)
: CChatAction(me, szId, date)
{
m_File = file;
#ifdef MOBILE
QDesktopWidget *pDesk = QApplication::desktop();
int nWidth;
if(pDesk->availableGeometry().width() > pDesk->availableGeometry().height())
nWidth = pDesk->availableGeometry().height();
else
nWidth = pDesk->availableGeometry().width();
if(nWidth < 200)
m_ProgBarWidth = nWidth - 10;
else
m_ProgBarWidth = nWidth - 100;
#else
m_ProgBarWidth = 250;
#endif
m_ProgBarHeight = 10;
bool check = connect(file.data(), SIGNAL(sigUpdate()),this, SLOT(slotUpdateHtml()));
Q_ASSERT(check);
}
void ImageEditor::mouseMoveEvent(QMouseEvent *event)
{
if(_scissor)
{
if (_compute)
{
int x=(float)(event->pos().x()+0.5)/(float)_real_size.width()*_image.width();
int y=(float)(event->pos().y()+0.5)/(float)_real_size.height()*_image.height();
if (x > _image.width()-2)
x = _image.width()-2;
if (x < 1)
x = 1;
if (y > _image.width()-2)
y =_image.width()-2;
if (y < 1)
y = 1;
_costGraph->computePath(y,x);
//new seg
_segList.clear();
for (int i = 0; i < _costGraph->_path.size(); i++)
{
float segx = (_costGraph->_path[i]->_col+0.5)/_image.width();
float segy = (_costGraph->_path[i]->_row+0.5)/_image.height();
_segList.append(QPointF(segx,segy));
}
emit sigUpdate();
}
}
else
{
if (event->buttons() & Qt::LeftButton)
{
if (!_image_loaded||parameters->ActIndex<0||parameters->ActIndex>=parameters->ui_points.size())
return;
QPoint pos(MIN(event->pos().x(),_real_size.width()-1),MIN(event->pos().y(),_real_size.height()-1));
pos=QPoint(MAX(pos.x(),0),MAX(pos.y(),0));
double2 pointf;
pointf.x=((float)pos.x()+0.5)/(float)_real_size.width();
pointf.y=((float)pos.y()+0.5)/(float)_real_size.height();
QPoint ConP;
switch(_name){
case 'L':
case 'l':
parameters->ui_points[parameters->ActIndex].lp=pointf;
break;
case 'R':
case 'r':
parameters->ui_points[parameters->ActIndex].rp=pointf;
break;
}
}
emit sigUpdate();
}
}
void ImageEditor::mousePressEvent(QMouseEvent *event)
{
if (!_image_loaded||event->pos().x()>_real_size.width()-1||event->pos().y()>=_real_size.height()-1)
return;
float x=(float)(event->pos().x()+0.5)/(float)_real_size.width();
float y=(float)(event->pos().y()+0.5)/(float)_real_size.height();
if(_scissor)
{
if (event->button() == Qt::LeftButton)
{
//confirms seg
QPointF pointf(x,y);
if(_compute)
for(int i=0;i<_segList.size();i++)
_contourList[_contourList.size()-1].append(_segList[_segList.size()-1-i]);
if (_contourList[_contourList.size()-1].size()>0)
{
QPoint pt0=QPoint(_contourList[_contourList.size()-1][0].x()*_real_size.width(),_contourList[_contourList.size()-1][0].y()*_real_size.height());
if (abs(pt0.x()-event->pos().x())<=3&&abs(pt0.y()-event->pos().y())<=3)
{
//new contour
QList<QPointF> contour;
_contourList.append(contour);
_compute=false;
return;
}
}
_fixedSeedList.append(pointf);
_compute=true;
_segList.clear();
_costGraph->liveWireDP(y*_image.height(),x*_image.width());
emit sigUpdate();
}
}
else if(_flag_multilayer)
{
if (event->button() == Qt::LeftButton)
{
emit sigLayerReorder(_name,true,x,y);
}
else if (event->button() == Qt::RightButton)
{
emit sigLayerReorder(_name,false,x,y);
}
}
else
{
if (event->button() == Qt::LeftButton)
{
//select
bool flag=true;
for (int i=0;i<parameters->ui_points.size();i++)
{
QPoint ConP;
switch(_name){
case 'L':
case 'l':
ConP= QPoint(parameters->ui_points[i].lp.x*_real_size.width(),parameters->ui_points[i].lp.y*_real_size.height());
break;
case 'R':
case 'r':
ConP= QPoint(parameters->ui_points[i].rp.x*_real_size.width(),parameters->ui_points[i].rp.y*_real_size.height());
break;
}
if (abs(ConP.x()-event->pos().x())<=3&&abs(ConP.y()-event->pos().y())<=3)
{
flag=false;
parameters->ActIndex=i;
break;
}
}
//new point
if(flag)
{
double2 pointf;
pointf.x=x;
pointf.y=y;
ConstraintPoint elem;
elem.lp=elem.rp=pointf;
parameters->ui_points.push_back(elem);
parameters->ActIndex=parameters->ui_points.size()-1;
}
}
else if (event->button() == Qt::RightButton)
{
//select
vector<ConstraintPoint>::iterator itr = parameters->ui_points.begin();
while (itr != parameters->ui_points.end())
{
QPoint ConP;
switch(_name){
case 'L':
case 'l':
ConP= QPoint(itr->lp.x*_real_size.width(),itr->lp.y*_real_size.height());
break;
case 'R':
case 'r':
ConP= QPoint(itr->rp.x*_real_size.width(),itr->rp.y*_real_size.height());
break;
}
if (abs(ConP.x()-event->pos().x())<=3&&abs(ConP.y()-event->pos().y())<=3)
{
parameters->ui_points.erase(itr);
parameters->ActIndex=-1;
break;
}
itr++;
}
}
emit sigUpdate();
}
}
