Update 'GlobalFunctions.hh'
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@ -7,7 +7,6 @@
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# Global variables
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* int verboseLevel = 2
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### Decay Options
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* const bool KshortChannel = [GetKSfromExePath()](bool-getksfromexepath)
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* const bool SplitDDandLL = KshortChannel ? true : false //for pi0 SplitDDandLL is always false!
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@ -80,6 +79,9 @@
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* const double cut_K_plus_ProbNNk = 0.25
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* const double cut_gamma_CL = 0.15 //gamma confidence level, explained in my [thesis](http://www.physi.uni-heidelberg.de/Publications/thesis_Kopecna_final.pdf), page 48
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* const bool SplitInQ2 = KshortChannel ? false : false //rather obsolete, but still allows you to split the sample based on Q2 below and above J/psi
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* const float SignalRegionNsigma = 2.; //How many sigmas around the signal peak comprises the signal region
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### Constants
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@ -117,27 +119,37 @@
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* const Int_t J_PSI = 443
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* const Int_t ELECTRON = 11
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* const double BR_sig = 8.668e-7;
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* const double BR_sig = 8.668e-7; //BR for B+ -> K*+ mu mu without resonances from flavio (09-05-19)
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* const double BR_ref = 1.43e-3 * 5.961e-2; //PDG value for B+ -> J/psi K*+ times J/psi -> mu mu
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* const double BR_ref2 = 6.7e-4 * 8.0e-3; //PDG value for B+ -> psi(2s) K*+ times psi(2s) -> mu mu
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const double BR_sig = 8.668e-7;
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### output levels
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* int verboseLevel = 2
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* verboseLevel 0: cout Tests, Debugs, Infos, Warnings and Errors
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* verboseLevel 1: cout Debugs, Infos, Warnings and Errors
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* verboseLevel 2: cout Infos, Warnings and Errors
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* verboseLevel 3: cout Warnings and Errors
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* verboseLevel 4: cout Errors (always cout errors)
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//branching ratios
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//const double BR_sig = 9.6e-7; //PDG value for B+ -> K*+ mu mu
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//const double BR_sig = 6.09576e-7; //BR for B+ -> K*+ mu mu without resonances from LHCb-PAPER-2014-006
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const double BR_sig = 8.668e-7; //BR for B+ -> K*+ mu mu without resonances from flavio (09-05-19)
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const double BR_ref = 1.43e-3 * 5.961e-2; //PDG value for B+ -> J/psi K*+ times J/psi -> mu mu
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const double BR_ref2 = 6.7e-4 * 8.0e-3; //PDG value for B+ -> psi(2s) K*+ times psi(2s) -> mu mu
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### colors
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Colors are defined using \#define as it is a constant everywhere
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* cBOLDWHITE // Bold White
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* cBOLDRED // Bold Red
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* cBOLDGREEN // Bold Green
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* cGREEN // Green
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* cBOLDCYAN // Bold Cyan
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* cCYAN // Cyan
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* cRED // Red
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* cBOLDRED // Bold red
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* cYELLOW // Yellow
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* cBOLDYELLOW // Bold Yellow
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* cRESET // Resets the colors
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const float SignalRegionNsigma = 2.; //How many sigmas around the signal peak comprises the signal region
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double getTMVAcut(int Run){
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if (Run == 1) return 0.9985;
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else if (Run == 2) return 0.996;
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else return 1;
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}
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# Classes
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* struct SignalFitParameters{ //TODO: possibly add the K1 to ParamValues at some point
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* struct FixedParameters{//TODO: possibly add the K1 to ParamValues at some point
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* struct SignalFitParameters //Obsolete, used to be the starting parameters in the B mass fit
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* struct FixedParameters //Obsolete, used to be the fixed parameters in the B mass fit
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* struct stat buffer
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# Functions and their parameters:
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@ -155,218 +167,155 @@ Takes the truth-matching response and checks whether the event passes the select
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* **Return**
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* 1 if event passes truthmatching, 0 if not
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### inline bool exists_test ()
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### double getTMVAcut(int Run)
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* **Parameters**
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* int Run
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* **Return**
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* Returns the TMVA cut for given Run.
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### inline bool exists_test()
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* **Parameters**
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* const std::string& name
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* **Return**
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* True if the `name` exists, false otherwise.
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### return ()
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* **Parameters**
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* stat
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* **Return**
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### //verboseLevel 4: cout Errors ()
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* **Parameters**
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* always cout errors)
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* **Return**
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### void setVerboseLevel()
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Changes the [verbosity level](#output-levels).
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* **Parameters**
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* int level
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* **Return**
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### bool set_gErrorIgnoreLevel()
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* **Parameters**
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*
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* Sets root to be quiet based on the [verbosity level](#output-levels).
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* **Return**
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* Always true
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### bool get_gErrorIgnoreLevel = set_gErrorIgnoreLevel()
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* **Parameters**
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* );
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* **Return**
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I am also confused what would be this good for. Take if for obsoletel.
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### void coutTest()
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Prints a test message.
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* **Parameters**
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* string message
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* **Return**
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### void coutDebug()
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Prints a debug message.
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* **Parameters**
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* string message
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* **Return**
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### void coutInfo()
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Prints an info message.
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* **Parameters**
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* string message
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* **Return**
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### void coutWarning()
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Prints a warning message.
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* **Parameters**
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* string message
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* **Return**
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### void coutERROR()
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Prints an error message.
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* **Parameters**
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* string message
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* **Return**
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### double get_cut_B_plus_M_low()
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We have tested different lower B plus cuts for different Run. Now it is obsolete.
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* **Parameters**
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* int Run = 2 //setting lower B mass cut for different run/years
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* **Return**
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* Lower B plus mass cut for given Run.
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### double get_cut_B_plus_M_low()
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We have tested different lower B plus cuts for different years. Now it is obsolete.
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* **Parameters**
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* std::string year = "2015"
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* **Return**
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* Lower B plus mass cut for given year.
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### bool IsDST()
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* **Parameters**
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* std::string year
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* bool MC
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* bool ReferenceChannel
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* bool PHSP
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* **Return**
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* True if the given sample is DST, False if it is mDST
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### void addLHCbtag()
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Creates and draws the LHCb + `suffix` tag.
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* **Parameters**
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* Float_t x = 0.6
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* Float_t y = 0.85
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* std::string suffix = ""
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* Int_t color = 1
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* Float_t Scaling = 1.0
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* **Return**
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### std::string Float2Comma()
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Takes float and the precision and converts the float to a string.
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* **Parameters**
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* Float_t f
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* Int_t d
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* **Return**
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* String made of floats.
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### if()
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* **Parameters**
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* d > 5
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* **Return**
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### if()
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* **Parameters**
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* d <= 0)return out;
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* **Return**
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### for()
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* **Parameters**
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* Int_t n = 0; n <= d; n++
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* **Return**
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### N[n] = static_cast<Int_t>()
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* **Parameters**
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*
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* **Return**
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### for()
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* **Parameters**
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* Int_t m = 0; m < n; m++)N[n] -= N[m] \* TMath::Power
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* **Return**
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### if()
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* **Parameters**
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* n != 0)out.append
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* **Return**
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### bool replace()
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Takes a string with a substring `from` and replaces it to `to`.
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* **Parameters**
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* std::string& str
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* const std::string& from
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* const std::string& to
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* **Return**
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* False is the `from` string doesn't exist, otherwise true.
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### void printVector ()
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Overloaded function, takes an int, double or a string vector and prints it as a single string, separated by a space.
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* **Parameters**
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* std::vector\<int> vector
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* **Return**
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### void printVector ()
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* **Parameters**
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* std::vector\<double> vector
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* **Return**
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### void printVector ()
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* **Parameters**
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* std::vector\<float> vector
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* **Return**
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### void printVector ()
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* **Parameters**
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* std::vector\<string> vector
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* **Return**
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* std::vector\<int, double, string> vector
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### std::vector\<string> yearsMC ()
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* **Parameters**
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* bool Reference = false
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* bool PHSP = false
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* int Run = 1
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* **Return**
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* A vector of strings containing all available years for the given MC sample.
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### std::vector\<string> yearsData ()
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* **Parameters**
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* int Run = 1
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* **Return**
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* A vector of strings containing the years corresponding to the given Run.
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### std::vector\<string> yearsVector ()
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* **Parameters**
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* bool MC = false
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* bool Reference = false
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* bool PHSP = false
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* int Run = 1
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* **Return**
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* A vector of strings containing the years corresponding to the given sample and Run.
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### std::vector\<int> yearsVectorInt()
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* **Parameters**
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* bool MC = false
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* bool Reference = false
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* bool PHSP = false
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* int Run = 1
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* **Return**
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* A vector of integers containing the years corresponding to the given sample and Run.
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### std::vector\<string> yearsInc()
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* **Parameters**
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* int Run
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* **Return**
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* A vector of strings containing all available years for the inclusive MC sample.
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### std::vector\<string> yearsBkgMC()
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* **Parameters**
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* bool Reference
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* bool B0
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@ -374,9 +323,10 @@ Takes the truth-matching response and checks whether the event passes the select
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* bool Inc
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* int Run
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* **Return**
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* A vector of strings containing all available years for the given background MC sample.
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### int getRunID()
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* **Parameters**
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* string year
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* **Return**
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* Run number for the given run (eg 2017 will return 2, 2011 will return 1)
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