void GuiConfig::SetBindedControlString(int allCtrl, Window* txtBut)
{
int aDevice1, aButton1, aAxe1;
int aDevice2, aButton2, aAxe2;
GConfig->GetControl(aCtrlList[allCtrl].mName, 0, aDevice1, aButton1, aAxe1);
GConfig->GetControl(aCtrlList[allCtrl].mName, 1, aDevice2, aButton2, aAxe2);
if (aDevice2 || aButton2 || aAxe2)
{
if (aDevice1 || aButton1 || aAxe1)
{
txtBut->setText((FormatInput(aDevice1, aButton1, aAxe1) + " / " +
FormatInput(aDevice2, aButton2, aAxe2)).c_str() );
}
else
{
txtBut->setText(FormatInput(aDevice2, aButton2, aAxe2).c_str() );
}
}
else
{
if (aDevice1 || aButton1 || aAxe1)
{
txtBut->setText(FormatInput(aDevice1, aButton1, aAxe1).c_str() );
}
else
{
txtBut->setText(GLoc->GetString("UNDEFINED").c_str() );
}
}
}
/**
*
*
* @param sim Simulation data file
* @param real Real data file
* @param output (optional) Output name
* @param proc (optional) processing options
* @param viz (optional) visualisation options
* @param n (optional) max number of centrality bins
*
* Processing options:
*
* - 0x0001 Do scaling by unity
* - 0x0002 Do scaling by full average
* - 0x0004 Do scaling by eta differential
* - 0x0008 Do scaling by fully differential
* - 0x0010 Correct for decay of strange to secondary
* - 0x0020 Correct for fake tracklets
* - 0x0040 Correct for non-flat centrality in each bin
* - 0x1000 MC closure test
*
* Visualization options:
*
* - 0x0001 Draw general information
* - 0x0002 Draw parameters
* - 0x0004 Draw weights
* - 0x0008 Draw dNch/deta
* - 0x0010 Draw alphas
* - 0x0020 Draw delta information
* - 0x0040 Draw backgrounds
* - 0x0100 Whether to make a PDF
* - 0x0200 Whether to pause after each plot
* - 0x0400 Draw in landscape
* - 0x0800 Alternative markers
*
* @ingroup pwglf_forward_tracklets
* @relates AliTrackletdNdeta2
*/
void Post(const char* sim,
const char* real,
const char* output=0,
UInt_t proc=0x2,
UInt_t viz=0x32f,
UInt_t n=10,
UInt_t sNN=5023)
{
if (TString(sim) .Contains("help",TString::kIgnoreCase) ||
TString(real).Contains("help",TString::kIgnoreCase)) {
Usage(std::cout);
return;
}
// Set the path to the code
TString fwd = "$ALICE_PHYSICS/PWGLF/FORWARD/analysis2/dndeta/tracklets3";
if (gSystem->Getenv("ANA_SRC")) fwd = "$ANA_SRC/dndeta/tracklets3";
// Compile the needed code
gSystem->AddIncludePath(Form("-I%s",fwd.Data()));
gROOT->LoadMacro(Form("%s/AliTrackletAODUtils.C++g",fwd.Data()));
gROOT->LoadMacro(Form("%s/AliTrackletdNdeta2.C++g",fwd.Data()));
// Set inputs and output
TString realShrt, simShrt;
TString realFile = FormatInput(real, realShrt);
TString simFile = FormatInput(sim, simShrt);
TString outFile(output && output[0] != '\0' ? output :
Form("%s_%s",realShrt.Data(),simShrt.Data()));
if (proc & 0x1) outFile.Append("_unit");
if (proc & 0x2) outFile.Append("_const");
if (proc & 0x4) outFile.Append("_eta");
if (proc & 0x8) outFile.Append("_etaipz");
gSystem->mkdir(outFile,true);
Printf("===========================================\n"
" Real data file: %s\n"
" Simulation data file: %s\n"
" Output directory: %s\n"
"===========================================",
realFile.Data(), simFile.Data(), outFile.Data());
// Create the object to do the post processing, and run it
AliTrackletdNdeta2* p = new AliTrackletdNdeta2;
p->Run(proc,viz,n,realFile,simFile,outFile);
// Extract a GSE
Printf("Extracting GraphSysErr object(s)");
gROOT->LoadMacro(Form("%s/ExtractGSE2.C",fwd.Data()));
ExtractGSE2(outFile,sNN);
Printf("All output stored in %s", outFile.Data());
}
