| XSBaseConvertRelativeResistanceMultiZones Method  | 
 
            Converts the 
ProcessedResistanceFactors according
            to a multizone set of absolute resistance values.
            
            Each input factor is applied between each level seperator, 
            the first factor from -infinity to the first level, the second factor
            from the first level to the second level, and the last factor
            from the last level to infinity, i.e., the levelSeperators defines where
            one factor takes over from the previous. 
            
            The factors array must be one longer than the levelSeperators array.
            
            The relative resistance factor is taken into account also.
            
            Results are stored in the 
ModifiedResistanceFactors
            and those are used in the calculation.
            
 
    Namespace: 
   DHI.Mike1D.CrossSectionModule
    Assembly:
   DHI.Mike1D.CrossSectionModule (in DHI.Mike1D.CrossSectionModule.dll) Version: 19.0.0.0 (11.1.1.1111)
 Syntax
Syntaxpublic void ConvertRelativeResistanceMultiZones(
	double[] depths,
	double[] resistanceValues,
	ResistanceFormulation absoluteFormulation
)
Public Sub ConvertRelativeResistanceMultiZones ( 
	depths As Double(),
	resistanceValues As Double(),
	absoluteFormulation As ResistanceFormulation
)
public:
void ConvertRelativeResistanceMultiZones(
	array<double>^ depths, 
	array<double>^ resistanceValues, 
	ResistanceFormulation absoluteFormulation
)
Parameters
- depths
- Type: SystemDouble
 Monotonically increasing vector of levels
- resistanceValues
- Type: SystemDouble
 Resistance values
- absoluteFormulation
- Type: DHI.Mike1D.GenericResistanceFormulation
 The resistance formulation that the factors refer to
 Remarks
Remarks
            Average factors are applied for depths that fall exactly on one of the levelseperators
            
 See Also
See Also