QJsonObject DCMotor::getDirectionJson()
{
QJsonValue jsonDir(dirn);
return QJsonObject({
QPair<QString, QJsonValue>(directionKey, jsonDir)
});
}
QJsonObject DCMotor::getJson()
{
QJsonValue jsonPWM(pwmValue);
QJsonValue jsonDir(dirn);
return QJsonObject({
QPair<QString, QJsonValue>(pwmKey, jsonPWM),
QPair<QString, QJsonValue>(directionKey, jsonDir)
});
}
int main(int argc,char ** argv){
if(argc!=3){
std::cerr << "Usage: " << argv[0] << " mumProject targetDirectory" << std::endl;
}
ttt::QTSQLTissueTrackingProject2 mysql;
mysql.SetProjectID(2);
mysql.SetUser("root");
mysql.SetHost("localhost");
mysql.SetDBName("TuftsTissueTracker");
mysql.SetPassword("ttt1Tracker");
mysql.SetProjectID(atoi(argv[1]));
mysql.Open();
//mysql.LoadProjectInfo();
ttt::JSONTissueTrackingProject2 json;
std::string jsonDir(argv[2]);
json.SetDirectory(jsonDir);
json.Open();
json.SetProjectName(mysql.GetProjectName());
json.SetSpacing(mysql.GetSpacing());
json.SetSamplingPeriod(mysql.GetSamplingPeriod());
json.SetNumFrames(mysql.GetNumFrames());
for(unsigned int frame=0;frame<mysql.GetNumFrames();frame++){
json.SetPlatenessSteps(frame,mysql.GetPlatenessSteps(frame));
json.SetHighestPlatenessScale(frame,mysql.GetHighestPlatenessScale(frame));
json.SetLowestPlatenessScale(frame,mysql.GetLowestPlatenessScale(frame));
json.SetVertexnessSteps(frame,mysql.GetVertexnessSteps(frame));
json.SetHighestVertexnessScale(frame,mysql.GetHighestVertexnessScale(frame));
json.SetLowestVertexnessScale(frame,mysql.GetLowestVertexnessScale(frame));
json.SetRawImage(frame,mysql.GetRawImage(frame));
json.SetDiffusedImage(frame,mysql.GetDiffusedImage(frame));
json.SetPlatenessImage(frame,mysql.GetPlatenessImage(frame));
json.SetVertexnessImage(frame,mysql.GetVertexnessImage(frame));
json.SetAdherensJunctionVertices(frame,mysql.GetAdherensJunctionVertices(frame));
json.SetTissueDescriptor(frame,mysql.GetTissueDescriptor(frame));
json.SetTrackedTissueDescriptor(frame,mysql.GetTrackedTissueDescriptor(frame));
json.SetVertexnessImage(frame,mysql.GetVertexnessImage(frame));
json.SetAdherensJunctionVertices(frame,mysql.GetAdherensJunctionVertices(frame));
json.SetTissueDescriptor(frame,mysql.GetTissueDescriptor(frame));
json.SetTrackedTissueDescriptor(frame,mysql.GetTrackedTissueDescriptor(frame));
CellMomentCalculator<ttt::TissueDescriptor> momentCalculator;
momentCalculator.SetTissueDescriptor(mysql.GetTissueDescriptor(frame));
momentCalculator.Compute();
json.SetAreas(frame,momentCalculator.GetAreas());
json.SetPerimeter(frame,momentCalculator.GetPerimeter());
json.SetCentroids(frame,momentCalculator.GetCentroid());
json.SetXX(frame,momentCalculator.GetXX());
json.SetXY(frame,momentCalculator.GetXY());
json.SetYY(frame,momentCalculator.GetYY());
CellMomentCalculator<ttt::TrackedTissueDescriptor> trackedMomentCalculator;
trackedMomentCalculator.SetTissueDescriptor(mysql.GetTrackedTissueDescriptor(frame));
trackedMomentCalculator.Compute();
json.SetTrackedAreas(frame,trackedMomentCalculator.GetAreas());
json.SetTrackedPerimeter(frame,trackedMomentCalculator.GetPerimeter());
json.SetTrackedCentroids(frame,trackedMomentCalculator.GetCentroid());
json.SetTrackedXX(frame,trackedMomentCalculator.GetXX());
json.SetTrackedXY(frame,trackedMomentCalculator.GetXY());
json.SetTrackedYY(frame,trackedMomentCalculator.GetYY());
json.Flush();
}
}
