| opticut-package | Likelihood Based Optimal Partitioning for Indicator Species Analysis |
| allComb | Finding all possible binary partitions |
| as.data.frame.opticut | Likelihood based optimal partitioning for indicator species analysis |
| as.data.frame.summary.opticut | Likelihood based optimal partitioning for indicator species analysis |
| as.data.frame.summary.uncertainty | Quantifying uncertainty for fitted objects |
| as.data.frame.uncertainty | Quantifying uncertainty for fitted objects |
| bestmodel | Best model, partition, and MLE |
| bestmodel.opticut | Likelihood based optimal partitioning for indicator species analysis |
| bestmodel.optilevels | Optimal number of factor levels |
| bestpart | Best model, partition, and MLE |
| bestpart.opticut | Likelihood based optimal partitioning for indicator species analysis |
| bestpart.uncertainty | Quantifying uncertainty for fitted objects |
| bestpart.uncertainty1 | Quantifying uncertainty for fitted objects |
| beta2i | Indicator values |
| bsmooth | Quantifying uncertainty for fitted objects |
| bsmooth.uncertainty | Quantifying uncertainty for fitted objects |
| bsmooth.uncertainty1 | Quantifying uncertainty for fitted objects |
| checkComb | Finding all possible binary partitions |
| check_strata | Quantifying uncertainty for fitted objects |
| col2gray | Color palettes for the opticut package |
| dolina | Land snail data set |
| fix_levels | Likelihood based optimal partitioning for indicator species analysis |
| getMLE | Best model, partition, and MLE |
| getMLE.opticut | Likelihood based optimal partitioning for indicator species analysis |
| kComb | Finding all possible binary partitions |
| lorenz | Lorenz curve bases thresholds and partitions |
| occolors | Color palettes for the opticut package |
| oComb | Ranking based binary partitions |
| ocoptions | Options for the opticut package |
| opticut | Likelihood based optimal partitioning for indicator species analysis |
| opticut.default | Likelihood based optimal partitioning for indicator species analysis |
| opticut.formula | Likelihood based optimal partitioning for indicator species analysis |
| opticut1 | Likelihood based optimal partitioning for indicator species analysis |
| optilevels | Optimal number of factor levels |
| plot.lorenz | Lorenz curve bases thresholds and partitions |
| plot.opticut | Likelihood based optimal partitioning for indicator species analysis |
| print.opticut | Likelihood based optimal partitioning for indicator species analysis |
| print.opticut1 | Likelihood based optimal partitioning for indicator species analysis |
| print.summary.lorenz | Lorenz curve bases thresholds and partitions |
| print.summary.opticut | Likelihood based optimal partitioning for indicator species analysis |
| print.summary.uncertainty | Quantifying uncertainty for fitted objects |
| print.uncertainty | Quantifying uncertainty for fitted objects |
| print.uncertainty1 | Quantifying uncertainty for fitted objects |
| quantile.lorenz | Lorenz curve bases thresholds and partitions |
| rankComb | Ranking based binary partitions |
| sindex | Weighted relative suitability index |
| strata | Likelihood based optimal partitioning for indicator species analysis |
| strata.opticut | Likelihood based optimal partitioning for indicator species analysis |
| strata.uncertainty | Quantifying uncertainty for fitted objects |
| summary.lorenz | Lorenz curve bases thresholds and partitions |
| summary.opticut | Likelihood based optimal partitioning for indicator species analysis |
| summary.uncertainty | Quantifying uncertainty for fitted objects |
| uncertainty | Quantifying uncertainty for fitted objects |
| uncertainty.opticut | Quantifying uncertainty for fitted objects |
| wplot | Likelihood based optimal partitioning for indicator species analysis |
| wplot.opticut | Likelihood based optimal partitioning for indicator species analysis |
| wplot.opticut1 | Likelihood based optimal partitioning for indicator species analysis |
| wrsi | Weighted relative suitability index |