bool cancelFlag = true;
bool useUserSelectionForSubplugs = false;
bool allowMultipleDevicesInOneDieFlag = false;
int diesToSearchX, diesToSearchY;
diesToSearchX = diesToSearchY = 2;
PBEdgeInterpolationWindow *edgeInterpolationWindow = new PBEdgeInterpolationWindow(&diesToSearchX, &diesToSearchY, &useUserSelectionForSubplugs, &allowMultipleDevicesInOneDieFlag, &cancelFlag);
edgeInterpolationWindow->exec();
if(cancelFlag) return;
if(fSelectedDeviceList.empty())
{
QMessageBox::warning(this, tr("Edge Crown Creation"), tr("Nothing to create crown with: only the devices in Selected Devices List will be considered for this operation\nPlease add devices to the \"Selected Devices\" list"));
return;
}
PBWaferMapRevision *pendingRevision = fData->fPending_Revision;
if(!pendingRevision)
{
QMessageBox::warning(this, tr("Edge Crown Creation"), tr("Revision to be edited needs to be a PENDING revision"));
return;
}
struct WMDeviceForCrown
{
double x, y;
double wrtShotX, wrtShotY;
int crownShotRow, crownShotCol;
WaferDevice *WaferDevicePointer;
};
std::vector<WMDeviceForCrown> DeviceForCrownList;
PBProductData *productData = static_cast<PBProductData*>(fData->Getparent()->Getparent());
double offsetX = productData->fOffsetX;
double offsetY = productData->fOffsetY;
double diesizeX = productData->fDieSizeX;
double diesizeY = productData->fDieSizeY;
/* Collect all devices within the edges, assign them coordinates of their first probe */
if(useUserSelectionForSubplugs )
{
qDebug()<<"inside if crown";
bool noSubplugSelected = true;
for(int i=0; i<pendingRevision->fShotList.size(); i++)
{
for(int j=0; j<pendingRevision->fShotList[i].fSubPlugList.size(); j++)
{
if(pendingRevision->fShotList[i].fSubPlugList[j].fIsSelected)
{
noSubplugSelected = false;
PBSubPlug *subPlug = fCurrentRevision->fShotList[i].fSubPlugList[j].fSubPlug;
for(int k=0; k<pendingRevision->fShotList[i].fDeviceList.size(); k++)
{
WaferDevice *dev = &(pendingRevision->fShotList[i].fDeviceList[k]);
if(!dev->fIsOutsideEE)
{
if(std::find(fSelectedDeviceList.begin(), fSelectedDeviceList.end(), dev->fDevice) != fSelectedDeviceList.end())
{
double probeX = dev->fDevice->fDevice->fMPFProbeList->fProbeList.front()->fProbe_pos_x;
double probeY = dev->fDevice->fDevice->fMPFProbeList->fProbeList.front()->fProbe_pos_y;
double x = subPlug->fSubplgx;
double y = subPlug->fSubplgy;
double w = subPlug->fSubplgwidth;
double h = subPlug->fSubplgheight;
if((probeX > x-kDoubleTolerence) && (probeX < x+w+kDoubleTolerence) && (probeY > y-kDoubleTolerence) && (probeY < y+h+kDoubleTolerence))
{
WMDeviceForCrown devForCrown;
devForCrown.WaferDevicePointer = dev;
double shotX = pendingRevision->fShotList[i].fShot->fShotX;
double shotY = pendingRevision->fShotList[i].fShot->fShotY;
devForCrown.wrtShotX = probeX;
devForCrown.wrtShotY = probeY;
if(dev->fDevice->fDevice->fMPFProbeList->fProbeList.empty()) return;
double probe1X = shotX + devForCrown.wrtShotX;
double probe1Y = shotY + devForCrown.wrtShotY;
devForCrown.x = probe1X;
devForCrown.y = probe1Y;
devForCrown.crownShotRow= pendingRevision->fShotList[i].fShot->fShotRow;
devForCrown.crownShotCol= pendingRevision->fShotList[i].fShot->fShotCol;
DeviceForCrownList.push_back(devForCrown);
//break;
}
}
}
}
}
}
}
if(noSubplugSelected)
{
QMessageBox::warning(this, tr("Edge Crown Creation"), tr("Nothing to create crown with: only the selected devices in selected subplugs will be considered for this operation\nPlease select one or more subplugs in the wafer map\nor uncheck option \"consider devices only in selected subplugs\""));
return;
}
}
else
{
qDebug()<<"inside else crown";
for(int i=0; i<pendingRevision->fShotList.size(); i++)
{
if(pendingRevision->fShotList[i].fShot->fShotName == "Std shots")
{
for(int j=0; j<pendingRevision->fShotList[i].fDeviceList.size(); j++)
{
WaferDevice *dev = &(pendingRevision->fShotList[i].fDeviceList[j]);
if(std::find(fSelectedDeviceList.begin(), fSelectedDeviceList.end(), dev->fDevice)==fSelectedDeviceList.end()) continue;
if(!dev->fIsOutsideEE)
{
WMDeviceForCrown devForCrown;
devForCrown.WaferDevicePointer = dev;
double shotX = pendingRevision->fShotList[i].fShot->fShotX;
double shotY = pendingRevision->fShotList[i].fShot->fShotY;
devForCrown.wrtShotX = dev->fDevice->fDevice->fMPFProbeList->fProbeList.front()->fProbe_pos_x;
devForCrown.wrtShotY = dev->fDevice->fDevice->fMPFProbeList->fProbeList.front()->fProbe_pos_y;
if(dev->fDevice->fDevice->fMPFProbeList->fProbeList.empty()) return;
double probe1X = shotX + devForCrown.wrtShotX;
double probe1Y = shotY + devForCrown.wrtShotY;
devForCrown.x = probe1X;
devForCrown.y = probe1Y;
devForCrown.crownShotRow= pendingRevision->fShotList[i].fShot->fShotRow;
devForCrown.crownShotCol= pendingRevision->fShotList[i].fShot->fShotCol;
DeviceForCrownList.push_back(devForCrown);
// break;
}
}
}
}
}
if(DeviceForCrownList.empty())
{
QMessageBox::warning(this, tr("Edge Crown Creation"), tr("No valid devices for the crown operation. \nNo device from selected devices list could be found in the selected subplugs."));
return;
}
std::vector<WMDeviceForCrown> DeviceOnEdgeList;
for(int i=0; i<DeviceForCrownList.size(); i++)
{
WMDeviceForCrown dev = DeviceForCrownList[i];
bool quadrantEmpty;
/* Axes as thick as diesize */
int xOffset = int(dev.wrtShotX)%int(diesizeX);
int xReminder = diesizeX - xOffset;
double xmin = dev.x - xOffset;
double xmax = dev.x + xReminder;
int yOffset = int(dev.wrtShotY)%int(diesizeY);
int yReminder = diesizeY - yOffset;
double ymin = dev.y - yOffset;
double ymax = dev.y + yReminder;
/* First Quadrant */
quadrantEmpty = true;
for(int j=0; j<DeviceForCrownList.size(); j++)
{
if(i!=j)
{
if((DeviceForCrownList[j].x>xmax && DeviceForCrownList[j].y>ymax) )
{
/*if((DeviceForCrownList[j].y>ymax && DeviceForCrownList[j].x>=xmin && DeviceForCrownList[j].x<=xmax))
{
DeviceOnEdgeList.push_back(dev);
continue;
}*/
/*qDebug()<<"xmin::"<<xmin;
qDebug()<<"xmax::"<<xmax;
qDebug()<<"ymin::"<<ymin;
qDebug()<<"ymax::"<<ymax;
*/
quadrantEmpty = false;
break;
}
}
}
if(quadrantEmpty)
{
DeviceOnEdgeList.push_back(dev);
continue;
}
//* Second Quadrant */
quadrantEmpty = true;
for(int j=0; j<DeviceForCrownList.size(); j++)
{
if(i!=j)
{
if(DeviceForCrownList[j].x<xmin && DeviceForCrownList[j].y>ymax /*|| (DeviceForCrownList[j].x<xmin && DeviceForCrownList[j].y>=ymin && DeviceForCrownList[j].y<=ymax*/)
{
quadrantEmpty = false;
break;
}
}
}
if(quadrantEmpty)
{
DeviceOnEdgeList.push_back(dev);
continue;
}
//* Third Quadrant */
quadrantEmpty = true;
for(int j=0; j<DeviceForCrownList.size(); j++)
{
if(i!=j)
{
if(DeviceForCrownList[j].x<xmin && DeviceForCrownList[j].y<ymin)
{
quadrantEmpty = false;
break;
}
}
}
if(quadrantEmpty)
{
DeviceOnEdgeList.push_back(dev);
continue;
}
//
/////* Fourth Quadrant */
quadrantEmpty = true;
for(int j=0; j<DeviceForCrownList.size(); j++)
{
if(i!=j)
{
if((DeviceForCrownList[j].x>xmax && DeviceForCrownList[j].y<ymin) /*|| (DeviceForCrownList[j].x<xmax && DeviceForCrownList[j].y>ymin)*/)
{
quadrantEmpty = false;
break;
}
}
}
if(quadrantEmpty)
{
DeviceOnEdgeList.push_back(dev);
continue;
}
// /* Along X-Positive Axis */
quadrantEmpty = true;
for(int j=0; j<DeviceForCrownList.size(); j++)
{
if(i!=j)
{
if(DeviceForCrownList[j].x>xmax && DeviceForCrownList[j].y>=ymin && DeviceForCrownList[j].y<=ymax)
{
quadrantEmpty = false;
break;
}
}
}
if(quadrantEmpty)
{
DeviceOnEdgeList.push_back(dev);
continue;
}
//// ///* Along Y-Positive Axis */
quadrantEmpty = true;
for(int j=0; j<DeviceForCrownList.size(); j++)
{
if(i!=j)
{
if((DeviceForCrownList[j].y>ymax && DeviceForCrownList[j].x>=xmin && DeviceForCrownList[j].x<=xmax) /*&& (DeviceForCrownList[j].x>xmax && DeviceForCrownList[j].y>=ymin && DeviceForCrownList[j].y<=ymax)*/ )
{
quadrantEmpty = false;
break;
}
}
}
if(quadrantEmpty)
{
DeviceOnEdgeList.push_back(dev);
continue;
}
////
// ///* Along X-Negative Axis */
quadrantEmpty = true;
for(int j=0; j<DeviceForCrownList.size(); j++)
{
if(i!=j)
{
if(DeviceForCrownList[j].x<xmin && DeviceForCrownList[j].y>=ymin && DeviceForCrownList[j].y<=ymax)
{
quadrantEmpty = false;
break;
}
}
}
if(quadrantEmpty)
{
DeviceOnEdgeList.push_back(dev);
continue;
}
///////* Along Y-Negative Axis */
quadrantEmpty = true;
for(int j=0; j<DeviceForCrownList.size(); j++)
{
if(i!=j)
{
if(DeviceForCrownList[j].y<ymin && DeviceForCrownList[j].x>=xmin && DeviceForCrownList[j].x<=xmax)
{
quadrantEmpty = false;
break;
}
}
}
if(quadrantEmpty)
{
DeviceOnEdgeList.push_back(dev);
continue;
}
}
if(DeviceForCrownList.empty())
{
QMessageBox::warning(this, tr("Edge Crown Creation"), tr("No valid devices found along the edge"));
return;
}
/* Temporary code for visualization */
//for(int i=0; i<DeviceOnEdgeList.size(); i++)
//{
// QGraphicsEllipseItem *itm = new QGraphicsEllipseItem(DeviceOnEdgeList[i].x-150, -DeviceOnEdgeList[i].y-150, 300, 300);
// itm->setBrush(Qt::blue);
// fWaferMapView.scene()->addItem(itm);
//}
我在2d平面上有一个圆圈，中心为0,0。 现在我已经在圆圈上绘制了固定大小的矩形，矩形0,0是包含圆心的那个，然后矩形0,1,02依次为x，轴和所有象限中的类似。
现在每个矩形都有一些设备，我为每个矩形打了那些设备的x，y。每个矩形都有相同的设备。
现在我按照这张图片选择灰色设备：
https://docs.google.com/file/d/0B_oYS4i7-wQMWldWdzRjcG1qekU/edit?usp=drive_web&pli=1
现在当我运行上面的代码时，我试图选择灰色选区边缘的设备，如下所示：
https://drive.google.com/file/d/0B_oYS4i7-wQMc0x2cFhSMWE0SmM/view?usp=sharing
但是，仍然没有根据此链接选择某些设备（请参阅红色圆圈）。
所以需要一些帮助/逻辑来实现同样的目标。
提前致谢！