int main(int argc, char** argv)
{
Image screen_image;
ScreenImage Screen;
Screen.Init();
ScreenArea ScreenArea;
char esc;
int* cood=ScreenArea.TakeArea();
Rect Corte(cood[0],cood[1],cood[2],cood[3]);
while(esc!='s')
{
//pega imagem da tela
screen_image.SetData(Screen.ScreenShot(),"Tela",WINDOW_NORMAL);
//screen_image.ScaleImg(1.0f);
Mat result=screen_image.img(Corte);
imshow("Result",result);
namedWindow("Result",WINDOW_NORMAL);
esc=screen_image.Show();
//O buffer do screen_image precisa ser limpo após tratamento com a imagem
Screen.Flush();
}
return 0;
}
void ZonePlacementPage::distributeAreas(AreaDistributor *distributor) {
cleanupGrabAreas();
for(size_t i = 0; i < distributor->areaCount(); i++) {
ScreenArea *sf = distributor->next();
qDebug() << sf->hScanStart() << sf->vScanStart();
QRect s = QApplication::desktop()->screenGeometry(_screenId);
QRect r(s.left() + sf->hScanStart() * (float)s.width(),
s.top() + sf->vScanStart() * (float)s.height(),
(sf->hScanEnd() - sf->hScanStart()) * (float)s.width(),
(sf->vScanEnd() - sf->vScanStart()) * (float)s.height());
addGrabArea(i, r);
delete sf;
}
resetNewAreaRect();
}
void ZonePlacementPage::distributeAreas(AreaDistributor *distributor, bool invertIds, int idOffset) {
cleanupGrabAreas();
for(int i = 0; i < distributor->areaCount(); i++) {
ScreenArea *sf = distributor->next();
qDebug() << sf->hScanStart() << sf->vScanStart();
QRect s = QApplication::desktop()->screenGeometry(_screenId);
QRect r(sf->hScanStart(),
sf->vScanStart(),
(sf->hScanEnd() - sf->hScanStart()),
(sf->vScanEnd() - sf->vScanStart()));
int id = ((invertIds ? distributor->areaCount() - (i + 1) : i) + idOffset) % distributor->areaCount();
id = (id + distributor->areaCount()) % distributor->areaCount();
addGrabArea(id, r);
delete sf;
}
resetNewAreaRect();
}
ScreenArea * AndromedaDistributor::next() {
const double thikness = 0.15;
double x, y;
if (_dx == 0 && _dy == 0) {
_dx = 1;
_width = 1.0 / areaCountOnTopEdge();
_height = thikness;
x = 1.0 - areaCountOnBottomEdge() * _width / 2;
y = 1.0 - _height;
} else if (_dx > 0 && cmp(_currentArea->hScanEnd(), 1.0, 0.01) >= 0 ) {
cleanCurrentArea();
_dx = 0;
_dy = -1;
_width = thikness;
_height = 1.0f / areaCountOnSideEdge();
x = 1.0f - _width;
y = 1.0f - _height;
} else if (_dy < 0 && cmp(_currentArea->vScanStart(), 0.0, .01) <= 0) {
cleanCurrentArea();
_dx = -1;
_dy = 0;
_width = 1.0 / areaCountOnTopEdge();
_height = thikness;
x = 1.0 - _width;
y = 0.0;
} else if (_dx < 0 && cmp(_currentArea->hScanStart(), 0.0, .01) <= 0) {
cleanCurrentArea();
_dx = 0;
_dy = 1;
_width = thikness;
_height = 1.0 / areaCountOnSideEdge();
x = 0.0;
y = 0.0;
} else if (_dy > 0 && cmp(_currentArea->vScanEnd(), 1.0, .01) >= 0) {
cleanCurrentArea();
_dx = 1;
_dy = 0;
_width = 1.0 / areaCountOnTopEdge();
_height = thikness;
x = 0.0;
y = 1.0 - _height;
}
ScreenArea *result = NULL;
if (!_currentArea) {
result = new ScreenArea( x, x + _width, y, y + _height);
} else {
ScreenArea *cf = _currentArea;
double dx = _width * (double)_dx;
double dy = _height * (double)_dy;
result = new ScreenArea(within1(cf->hScanStart() + dx), within1(cf->hScanEnd() + dx),
within1(cf->vScanStart() + dy), within1(cf->vScanEnd() + dy));
cleanCurrentArea();
}
_currentArea = result;
return new ScreenArea(*_currentArea);
}
