IParamCalculator (DMLab Library API for 0.0.4-SNAPSHOT)

All Known Implementing Classes:

EntropyParamCalculator, FractalDimParamCalculator, KurtosisParamCalculator, MeanParamCalculator, RelativeSmoothnessParamCalculator, SkewnessParamCalculator, StdDeviationParamCalculator, TContrastParamCalculator, TDirectionalityParamCalculator, UniformityParamCalculator
```
public interface IParamCalculator
```

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`double[][]`	`calculateParameter(double[][] bImage)`	This polymorphic method is designed to compute any of the 10 parameters at a time.

- Method Detail
  - calculateParameter
```
double[][] calculateParameter(double[][] bImage)
```
    This polymorphic method is designed to compute any of the 10 parameters at a time. It iterates over the given image, patch by patch, and then in every patch, pixel by pixel, to compute the parameter value for each patch.
    Note: In all the classes, matrices are read and write, row by row.
    Note: It is required that each class works independently, meaning that they must rely on their own computations. Therefore, some calculations (e.g. mean intensity value) might be calculated several times for different parameters (e.g. once for skewness and another time for std. deviation).
    Note: No fixed range for the color intensity values of the given images is assumed. (colors do not have to be within the range [0,255].)
    
    Parameters:
    
    bImage - a 2D array representing the input image for which the parameter should be computed.
    
    Returns:
    
    a 2D matrix whose each entry corresponds to the calculated parameter for one particular patch of the image.