Interface  Description 

FIBContinuousPolarFunctionGraph 
Represents a 2Dbase polar graph [r=f(A)] representing functions where:
angle is iterated over continuous values, expressed as radian angles between 0 and 360 degrees
radius is based on an expression using angle (iterated value, which is here continuous)
Such graphs allows only one parameter which is angle of the polar graph 
FIBContinuousSimpleFunctionGraph 
Represents a 2Dbase graph [y=f(x) or x=f(y)] representing functions where:
a coordinate is iterated over continuous values
a coordinates is based on an expression using opposite coordinate (iterated value, which can be discrete or continuous)
Such graphs allows only one parameter which is the abciss or the ordinate 
FIBDiscreteFunction  
FIBDiscretePolarFunctionGraph 
Represents a 2Dbase polar graph [r=f(A)] representing functions where:
angle is iterated over discrete values, expressed as radian angles between 0 and 360 degrees
radius is based on an expression using angle (iterated value, which is here discrete)
Such graphs allows only one parameter which is angle of the polar graph 
FIBDiscreteSimpleFunctionGraph 
Represents a 2Dbase graph [y=f(x) or x=f(y)] representing functions where:
a coordinate is iterated over discrete values expressed as a list
a coordinates is based on an expression using opposite coordinate (iterated value, which can be discrete or continuous)
Such graphs allows only one parameter which is the abciss or the ordinate 
FIBDiscreteTwoLevelsPolarFunctionGraph 
Represents a 2Dbase polar graph [r=f(A)] representing functions where:
angle is iterated over discrete values, expressed as radian angles between 0 and 360 degrees
radius is based on an expression using angle (iterated value, which is here discrete)
Such graphs allows only one parameter which is angle of the polar graph 
FIBGraph 
This is the common super class for all graphs

FIBGraphFunction  
FIBNumericFunction  
FIBPolarFunctionGraph 
Represents a 2Dbase polar graph [r=f(A)] representing functions where:
angle is iterated over continuous or discrete values, expressed as radian angles between 0 and 360 degrees
radius is based on an expression using angle (iterated value, which can be discrete or continuous)
Such graphs allows only one parameter which is angle of the polar graph 
FIBSimpleFunctionGraph 
Represents a 2Dbase graph [y=f(x) or x=f(y)] representing functions where:
a coordinate is iterated over continuous or discrete values
a coordinates is based on an expression using opposite coordinate (iterated value, which can be discrete or continuous)
Such graphs allows only one parameter which is the abciss or the ordinate 
FIBSingleParameteredGraph 
A graph determined by a unique parameter on which we iterate
This parameter might be continuous or take values on a discrete set of values 
Enum  Description 

FIBGraphFunction.FunctionBackgroundType  
FIBGraphFunction.GraphType  
FIBSimpleFunctionGraph.Orientation 
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