Update 'SignalType Class'
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## Global variables:
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*class SignalType{
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*protected:
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*public:
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## Table of Contents
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* [Classes](#classes)
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* [SignalType](#signaltype)
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* [Functions and their parameters:](#functions-and-their-parameters)
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* [void SignalType::setSignalType()](#void-signaltype-setsignaltype)
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* [vector SignalType::getSigListOfParams()](#vector-signaltype-getsiglistofparams)
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* [double SignalType::getEffSigmaFromResult()](#double-signaltype-geteffsigmafromresult)
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# Classes
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### SignalType
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* **Private members:**
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The protected members are booleans deciding what RooFit function should be used. Public memebrs are a boolean deciding what signal part is used, whether there is any gaussian involved, whether there are any fixed or contrained paramatrs.
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The public members are the list of constrained parameters and their pdfs, boolean checking whether there is any contrain, and the vector of the signal fit variables.
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* **Protected members:**
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* bool SingleGaussian;
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* bool DoubleGaussian;
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* bool DoubleCB;
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* bool LeftCB;
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* bool RightCB;
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* bool OneCB;
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* bool anyGaussain; //false => it's a CB
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* bool FixParameters;
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* bool ConstrParameters;
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* **Public members:**
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* bool NoSig
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* //Constrain PDFs
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* **Functions:**
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* **RooArgSet \* ConsParameter = new RooArgSet()**
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* **Parameters**
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* );
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* **Return**
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* **RooArgList \* ConsPDF = new RooArgList()**
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* **Parameters**
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* );
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* **Return**
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* bool AtLeastOneConstrainFound = false;
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* vector<RooRealVar*> SigRooVars = {};
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* **Functions:**
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* SignalType() //default constructor
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* [void setSignalType(string sigType, bool FixParams, bool ConstrParams)](#void-signaltype-setsignaltype) //construct from a string
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* [vector\<string> getSigListOfParams()](#vector-signaltype-getsiglistofparams)
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* [double getEffSigmaFromResult()](#double-signaltype-geteffsigmafromresult)
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* ~SignalType() //default destructor
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# Functions and their parameters:
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### RooRealVar\* getVarFromResult()
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* **Parameters**
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* RooFitResult \*fitResult
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* string name);
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* **Return**
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### void SignalType::setSignalType()
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Parses the string sigType and sets the Protected members of the class.
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* **Parameters**
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* string sigType
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* bool FixParams
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* bool ConstrParams //construct from a string
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* bool ConstrParams
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* **Return**
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### vector<string> SignalType::getSigListOfParams()
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* **Parameters**
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*
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### vector\<string> SignalType::getSigListOfParams()
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* **Return**
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* A vector of all variable names from SigRooVars
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### double SignalType::getEffSigmaFromResult()
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* **Parameters**
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* //Get effective sigma
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Depending on the set type of pdf (calculates and) returns the sigma of the gauss/crysta ball.
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* **Return**
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* Effective sigma of the gauss/crysta ball
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