Enumeration defining different cell feature types (used by opalsCell) More...
#include "_StatFeature.hpp"
Public Types | |
enum | Enum { unknown = -1, min = 0, max, range, nmin, nmax, mean, median, sum, stdDev, variance, rms, stdDevMAD, minority, majority, pdens, pcount, quantile, shannonEntropy, quadraticEntropy, center, rank, posOpenness, negOpenness, pdist, null, Count } |
Enumeration defining different cell feature types (used by opalsCell)
Used for indexing. Hence unscoped, with implicit conversion to int.
enum Enum |
Enumerator | |
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min | lowest |
max | highest |
range | difference between highest and lowest |
nmin | n lowest |
nmax | n highest |
mean | mean |
median | median |
sum | sum |
stdDev | standard deviation \sqrt{\sum_{i=1}^{N}(r_i - \bar{r})^2 / (N-1) } |
variance | (sample) variance \sum_{i=1}^{N}(r_i - \bar{r})^2 / (N-1) |
rms | root mean square \sqrt{\sum_{i=1}^{N} r_i^2 / N} |
stdDevMAD | robust standard deviation estimator computed from the median of absolute deviations from the median 1.4826 \cdot median_i(\left|r_i - median_j(r_j)\right|). In literature this robust estimator is often referred to as normalized MAD (NMAD) |
minority | the class with the lowest relative frequency (histogram based) |
majority | the class with the highest relative frequency (histogram based) |
pdens | point density |
pcount | point count |
quantile | p-quantile (p=0..1) |
shannonEntropy | shannon entropy, measure of information content |
quadraticEntropy | quadratic entropy, measure of information content |
center | select closest to cell center |
rank | quantile rank [0..100] |
posOpenness | positive openness |
negOpenness | negative openness |
pdist | average linear point distance (see DM::ILinearDistance2D for details) |
null | respresenting void feature |
Count | number of available StatFeatures |