class RooClassFactory: public TNamed, public RooPrintable

 Default constructor

 Destructor

 Write, compile and load code for a RooAbsReal implementation with
 class name 'name', taking all elements of 'vars' as constructor
 arguments. The initial value expression is taken to be
 'expression' which can be any one-line C++ expression in terms of
 variables that occur in 'vars'. You can add optional expressions
 for analytical integrals to be advertised by your class in the
 syntax
 "<intObsName>:<CPPAnaIntExpression>;<intObsName,intObsName>:<CPPAnaIntExpression>"
 where <intObsName> a name of the observable integrated over and
 <CPPAnaIntExpression> is the C++ expression that calculates that
 integral.

 Write, compile and load code and instantiate object for a
 RooAbsReal implementation with class name 'name', taking all
 elements of 'vars' as constructor arguments. The initial value
 expression is taken to be 'expression' which can be any one-line
 C++ expression in terms of variables that occur in 'vars'.

 The returned object is an instance of the object you just defined
 connected to the variables listed in 'vars'. The name of the
 object is 'name', its class name Roo<name>Class.

 This function is an effective compiled replacement of RooFormulaVar

 You can add optional expressions for analytical integrals to be
 advertised by your class in the syntax
 "<intObsName>:<CPPAnaIntExpression>;<intObsName,intObsName>:<CPPAnaIntExpression>"
 where <intObsName> a name of the observable integrated over and
 <CPPAnaIntExpression> is the C++ expression that calculates that
 integral.

 Write, compile and load code and instantiate object for a
 RooAbsReal implementation with class name 'name', taking all
 elements of 'vars' as constructor arguments. The initial value
 expression is taken to be 'expression' which can be any one-line
 C++ expression in terms of variables that occur in 'vars'.

 The returned object is an instance of the object you just defined
 connected to the variables listed in 'vars'. The name of the
 object is 'name', its class name Roo<name>Class.

 This function is an effective compiled replacement of RooFormulaVar

 You can add optional expressions for analytical integrals to be
 advertised by your class in the syntax
 "<intObsName>:<CPPAnaIntExpression>;<intObsName,intObsName>:<CPPAnaIntExpression>"
 where <intObsName> a name of the observable integrated over and
 <CPPAnaIntExpression> is the C++ expression that calculates that
 integral.

 Write, compile and load code and instantiate object for a
 RooAbsPdf implementation with class name 'name', taking all
 elements of 'vars' as constructor arguments. The initial value
 expression is taken to be 'expression' which can be any one-line
 C++ expression in terms of variables that occur in 'vars'.

 The returned object is an instance of the object you just defined
 connected to the variables listed in 'vars'. The name of the
 object is 'name', its class name Roo<name>Class.

 This function is an effective compiled replacement of RooGenericPdf

 You can add optional expressions for analytical integrals to be
 advertised by your class in the syntax
 "<intObsName>:<CPPAnaIntExpression>;<intObsName,intObsName>:<CPPAnaIntExpression>"
 where <intObsName> a name of the observable integrated over and
 <CPPAnaIntExpression> is the C++ expression that calculates that
 integral.

 Write, compile and load code and instantiate object for a
 RooAbsPdf implementation with class name 'name', taking all
 elements of 'vars' as constructor arguments. The initial value
 expression is taken to be 'expression' which can be any one-line
 C++ expression in terms of variables that occur in 'vars'.

 The returned object is an instance of the object you just defined
 connected to the variables listed in 'vars'. The name of the
 object is 'name', its class name Roo<name>Class.

 This function is an effective compiled replacement of RooGenericPdf

 You can add optional expressions for analytical integrals to be
 advertised by your class in the syntax
 "<intObsName>:<CPPAnaIntExpression>;<intObsName,intObsName>:<CPPAnaIntExpression>"
 where <intObsName> a name of the observable integrated over and
 <CPPAnaIntExpression> is the C++ expression that calculates that
 integral.

 Write code for a RooAbsPdf implementation with class name 'name',
 taking RooAbsReal arguments with names listed in argNames and
 RooAbsCategory arguments with names listed in catArgNames as
 constructor arguments (use a comma separated list for multiple
 arguments). The initial value expression is taken to be
 'expression' which can be any one-line C++ expression in terms of
 variables that occur in 'vars'. Skeleton code for handling of
 analytical integrals is added if hasAnaInt is true. You can add
 optional expressions for analytical integrals to be advertised by
 your class in the syntax
 "<intObsName>:<CPPAnaIntExpression>;<intObsName,intObsName>:<CPPAnaIntExpression>"
 where <intObsName> a name of the observable integrated over and
 <CPPAnaIntExpression> is the C++ expression that calculates that
 integral. Skeleton code for internal event generation is added
 if hasIntGen is true

 Write code for a RooAbsReal implementation with class name 'name',
 taking RooAbsReal arguments with names listed in argNames and
 RooAbsCategory arguments with names listed in catArgNames as
 constructor arguments (use a comma separated list for multiple
 arguments). The initial value expression is taken to be
 'expression' which can be any one-line C++ expression in terms of
 variables that occur in 'vars'. Skeleton code for handling of
 analytical integrals is added if hasAnaInt is true. You can add
 optional expressions for analytical integrals to be advertised by
 your class in the syntax
 "<intObsName>:<CPPAnaIntExpression>;<intObsName,intObsName>:<CPPAnaIntExpression>"
 where <intObsName> a name of the observable integrated over and
 <CPPAnaIntExpression> is the C++ expression that calculates that
 integral.

 Write code for a 'baseName' implementation with class name 'className',
 taking RooAbsReal arguments with names listed in argNames and
 RooAbsCategory arguments with names listed in catArgNames as
 constructor arguments (use a comma separated list for multiple
 arguments). The initial value expression is taken to be
 'expression' which can be any one-line C++ expression in terms of
 variables that occur in 'vars'. Skeleton code for handling of
 analytical integrals is added if hasAnaInt is true. You can add
 optional expressions for analytical integrals to be advertised by
 your class in the syntax
 "<intObsName>:<CPPAnaIntExpression>;<intObsName,intObsName>:<CPPAnaIntExpression>"
 where <intObsName> a name of the observable integrated over and
 <CPPAnaIntExpression> is the C++ expression that calculates that
 integral. Skeleton code for internal event generation is added
 if hasIntGen is true

 Constructors, assignment etc