| MathUtilGetIndeces Method | 
 Overload List
Overload List| Name | Description | |
|---|---|---|
|   | GetIndeces(DateTime, DateTime, Int32, Int32, Boolean) | 
            Finds the two indexes in a mononton vector using bisection search. 
            
            This can handle as well increasing as decreasing vectors, as long as they are monotone.
            
            The indexes corresponds to the points neighbouring the argument, arg. In case of an 
            exact match the two indexes will be identical. If the argument is outside the valid 
            interval either the lower or the upper interval boundary is returned depending on
            wheter the argument is lower or higher than the lower or upper boundary, respectively.
             | 
|   | GetIndeces(Double, MathUtilIDataToInterpolate, Int32, Int32, Boolean) | 
            Finds the two indexes in a mononton vector using bisection search. 
            
            This can handle as well increasing as decreasing vectors, as long as they are monotone.
            
            The indexes corresponds to the points neighbouring the argument, arg. In case of an 
            exact match the two indexes will be identical. If the argument is outside the valid 
            interval either the lower or the upper interval boundary is returned depending on
            wheter the argument is lower or higher than the lower or upper boundary, respectively.
             | 
|   | GetIndeces(Double, Double, Int32, Int32, Boolean) | 
            Finds the two indexes in a mononton vector using bisection search. 
            
            This can handle as well increasing as decreasing vectors, as long as they are monotone.
            
            The indexes corresponds to the points neighbouring the argument, arg. In case of an 
            exact match the two indexes will be identical. If the argument is outside the valid 
            interval either the lower or the upper interval boundary is returned depending on
            wheter the argument is lower or higher than the lower or upper boundary, respectively.
             | 
 See Also
See Also