void ClvDataAccessor::writeProjectInfo(QString product){
QSqlQuery query;
query.prepare(PROJECT_INSERT_TO_TABLE);
query.bindValue(BIND_MAJOR_VERSION, AppInfo::MAJOR_VERSION);
query.bindValue(BIND_MINOR_VERSION, AppInfo::MINOR_VERSION);
query.bindValue(BIND_PRODUCT, product);
query.bindValue(BIND_CREATE_DATE, getCurrentDateString());
query.bindValue(BIND_UPDATE_DATE, getCurrentDateString());
execSql(query);
}
void ATCLocker_impl::generateEncryptedHeader(stringstream *dst)
{
string date_string;
getCurrentDateString(&date_string);
static const char separator[] = {(char)0xef, (char)0xbb, (char)0xbf};
string sjis_header = "Passcode:AttacheCase\n\r\nLastDateTime:" + date_string + "\n\r\n";
string utf8_header = "Passcode:AttacheCase\n\r\nLastDateTime:" + date_string + "\n\r\n";
int32_t count = 0;
for (vector<ATCFileEntry>::iterator it = entries_.begin(); it != entries_.end(); ++it)
{
sjis_header += "Fn_" + convertToString(count) + ":";
utf8_header += "U_" + convertToString(count) + ":";
sjis_header += it->name_sjis + "\t";
utf8_header += it->name_utf8 + "\t";
string common;
common.reserve(128);
if (it->size < 0) {
common += "*\t";
} else {
common += convertToString(it->size) + "\t";
total_length_ += it->size;
}
common += convertToString(it->attribute) + "\t";
int32_t change_dt, change_tm;
int32_t create_dt, create_tm;
// UNIX時間 から TTimeStampへ変換
unix_to_ttime(it->change_unix_time, &change_dt, &change_tm);
unix_to_ttime(it->create_unix_time, &create_dt, &create_tm);
common += convertToString(change_dt) + "\t";
common += convertToString(change_tm) + "\t";
common += convertToString(create_dt) + "\t";
common += convertToString(create_tm);
common += "\r\n";
sjis_header += common;
utf8_header += common;
count++;
}
dst->str(sjis_header + string(separator, sizeof(separator)) + utf8_header);
}
TPaveText* RDK2AnalysisPlotter::makeTitleBox(CoDet detType)
{
TString line;
TPaveText* titleBox = new TPaveText(.00,.0,1,1,"NDC");
titleBox->SetFillColor(kWhite);
titleBox->SetLineColor(kWhite);
titleBox->SetTextAlign(11);
titleBox->SetTextFont(102);
//Make outline for title
// TBox* theBox;
// int numLines=getTitleBoxLines( detType);
// int numLinesPerExpAnalysis;
// int numLinesPerMCAnalysis;
// int currentLine=0;
// double y0, y1;
// if(detType!=DET_EP)
// {
// numLinesPerExpAnalysis=4;
// numLinesPerMCAnalysis=3;
// }
// else
// {
// numLinesPerExpAnalysis=2;
// numLinesPerMCAnalysis=2;
// }
// y0=1.-1/(double)numLines;
// y1=1;
// theBox=titleBox->AddBox(0,y0,1.,y1);
// theBox->SetFillStyle(0);
// titleBox->AddText("");
TString coTypeString;
if(detType==DET_EP)
{
coTypeString="EP";
}
else if(detType==DET_EPG)
{
coTypeString="EPG (BGO)";
}
else if(detType==DET_EPBG)
{
coTypeString="EPBG (BAPD)";
}
double answer,error;
titleBox->AddText("Title: "+titleString+" Coincidence: "+coTypeString+" Date made: "+getCurrentDateString());
for (int i = 0;i< numExp;i++)
{
// y0=y0-numLinesPerExpAnalysis/(double) numLines;
// y1=y0;
// theBox=titleBox->AddBox(0,y0,1,y1);
// theBox->SetFillStyle(0);
int theColor=colorList[(i+4)%GRAPHICS_NUM_TYPES];
line="#color["+int2str(theColor)+"]{";
line+=TString("Exp: ") + exp[i]->GetName()+" \"" + exp[i]->GetTitle() + "\" " + exp[i]->GetPIDString()+" " + exp[i]->GetGroupString();
line+=TString(" EP Counts: ") + int2str(exp[i]->GetEPCounts());
line+="}";
titleBox->AddText(line);
if(detType==DET_EPG)
{
line="#color["+int2str(theColor)+"]{";
answer=exp[i]->GetEPGCounts(error);
line+=TString(" EPG Counts: ") + int2str((int) (answer+0.5))+" #pm " + int2str((int) (error+0.5));
answer=exp[i]->GetEPGPerEP(error);
line+=TString(" #frac{EPG}{EP}: ") + d2str(answer,2,2)+" #pm " + d2str(error,1,2) +" (#pm"+d2str(error*100./answer,1,1)+"%)";
line +="}";
titleBox->AddText(line);
}
else if(detType==DET_EPBG)
{
line="#color["+int2str(theColor)+"]{";
answer=exp[i]->GetEPBGCounts(error);
line+=TString(" EPBG Counts: ") + int2str((int) (answer+0.5))+" #pm " + int2str((int) (error+0.5));
answer=exp[i]->GetEPBGPerEP(error);
line+=TString(" #frac{EPBG}{EP}: ") + d2str(answer,2,2)+" #pm " + d2str(error,1,2)+" (#pm"+d2str(error*100./answer,1,1)+"%)";
line +="}";
titleBox->AddText(line);
}
//Third Line
if(detType != DET_EP)
{
line="#color["+int2str(theColor)+"]{";
line+=" Prepeak BG Window: ["+d2str(exp[i]->GetWindowVal(detType,0))+","+d2str(exp[i]->GetWindowVal(detType,1))+"]";
line+=" Peak Window: ["+d2str(exp[i]->GetWindowVal(detType,2))+","+d2str(exp[i]->GetWindowVal(detType,3))+"] ";
line+=" Postpeak BG Window: ["+d2str(exp[i]->GetWindowVal(detType,4))+","+d2str(exp[i]->GetWindowVal(detType,5))+"] ";
line +="}";
titleBox->AddText(line);
}
//Fourth Line
line="#color["+int2str(theColor)+"]{";
line+=" "+exp[i]->GetCutSet().GetDisplayString( detType);
line +="}";
titleBox->AddText(line);
}
//Plot MC
for (int i = 0;i< numMC;i++)
{
// y0=y0-numLinesPerMCAnalysis/(double) numLines;
// y1=y0;
// theBox=titleBox->AddBox(0,y0,1,y1);
// theBox->SetFillStyle(0);
// currentLine+=numLinesPerMCAnalysis;
int theColor=colorList[(i)%GRAPHICS_NUM_TYPES];
//First MC Line
line="#color["+int2str(theColor)+"]{";
line+=TString("MC: ") + mc[i]->GetName()+" \"" + mc[i]->GetTitle() + "\"";
line+=" P_{3}"+mc[i]->GetP3ID()(3,3)+" E_{3}"+mc[i]->GetE3ID()(3,3);
if(detType==DET_EPG || detType==DET_EPBG)
{
line+=" P_{4}"+mc[i]->GetP4ID()(3,3)+" E_{4}"+mc[i]->GetE4ID()(3,3)+" G_{4}"+mc[i]->GetG4ID()(3,3);
}
answer=mc[i]->GetEPPer3Decay(error);
line+=TString(" EP per 3 Decay: ") + d2str(answer,5,1)+" #pm " + d2str(error,5,1);
line +="}";
titleBox->AddText(line);
//Second MC Line
if(detType==DET_EPG)
{
line="#color["+int2str(theColor)+"]{";
answer=mc[i]->GetEPGPer4Decay(error);
line+=TString(" EPG per 4 Decay: ") + d2str(answer,6,1)+" #pm " + d2str(error,6,1);
answer=mc[i]->GetEPGPerEP(error);
line+=TString(" #frac{EPG}{EP}: ") + d2str(answer,3,2)+" #pm " + d2str(error,1,2)+" (#pm"+d2str(error*100./answer,1,1)+"%)";
if(numExp>0)
{
double expAnswer,expError;
double mcAnswer, mcError;
expAnswer=exp[0]->GetEPGPerEP(expError); mcAnswer=mc[i]->GetEPGPerEP(mcError);
answer=(expAnswer/mcAnswer)-1;
error=getBasicErrorProgation(expAnswer,mcAnswer,expError,mcError,DIVISION);
line+=TString(" #frac{Exp - MC}{MC}: ") +d2str(answer*100,1,1)+"% #pm " + d2str(error*100,1,1)+"%";
}
line +="}";
titleBox->AddText(line);
}
else if(detType==DET_EPBG)
{
line="#color["+int2str(theColor)+"]{";
answer=mc[i]->GetEPBGPer4Decay(error);
line+=TString(" EPBG per 4 Decay: ") + d2str(answer,6,1)+" #pm " + d2str(error,6,1);
answer=mc[i]->GetEPBGPerEP(error);
line+=TString(" #frac{EPBG}{EP}: ") + d2str(answer,3,2)+" #pm " + d2str(error,1,2)+" (#pm"+d2str(error*100./answer,1,1)+"%)";
if(numExp>0)
{
double expAnswer,expError;
double mcAnswer, mcError;
expAnswer=exp[0]->GetEPGPerEP(expError); mcAnswer=mc[i]->GetEPGPerEP(mcError);
answer=(expAnswer/mcAnswer)-1;
error=getBasicErrorProgation(expAnswer,mcAnswer,expError,mcError,DIVISION);
line+=TString(" #frac{Exp - MC}{MC}: ") +d2str(answer*100,1,1)+"% #pm " + d2str(error*100,1,1)+"%";
}
line +="}";
titleBox->AddText(line);
}
//Third Line
line="#color["+int2str(theColor)+"]{";
line+=" "+mc[i]->GetCutSet().GetDisplayString( detType);
line +="}";
titleBox->AddText(line);
}
return titleBox;
}
