| prdataset | Define dataset from datamatrix and labels |
| datasets | List information on datasets (just help, no command) |
| prdatafile | Define dataset from directory of object files |
| datafiles | List information on datafiles (just help, no command) |
| cat2dset | Create categorical dataset |
| cat2feat | Conversion of categarical data to features |
| cat2real | Conversion categorical features to real by one-hot encoding |
| classnames | Retrieve names of classes |
| classsizes | Retrieve sizes of classes |
| cell2dset | Create dataset from cell array |
| dset2cell | Convert dataset to cell array |
| feat2lab | Label dataset by one of its features and remove this feature |
| feattypes | Determine feature types in dataset |
| gencirc | Generation of a one-class circular dataset |
| genclass | Generate class frequency distribution |
| genlab | Generate dataset labels |
| getlab | Retrieve object labels from datasets and mappings |
| getnlab | Retrieve nummeric object labels from dataset |
| setfeatlab | Set feature labels in dataset |
| getfeatlab | Get feature labels in dataset |
| getfeat | Retrieve feature labels from datasets and mappings |
| setdat | Change data in dataset for classifier output |
| setdata | Change data in dataset or mapping |
| getdata | Retrieve data from dataset or mapping |
| setlabels | Change labels of dataset or mapping |
| getlabels | Retrieve labels from a dataset |
| setprior | Reset class prior probabilities of dataset |
| getprior | Retrieve class prior probabilities from dataset |
| addlabels | Add additional labelling |
| changelablist | Change current active labeling |
| misval | Fix missing values in a dataset |
| multi_labeling | List information on multi-labeling (help only) |
| prmapping | Define and retrieve mapping and classifier from data |
| mappings | List information on mappings (just help, no command) |
| renumlab | Convert labels to numbers |
| matchlab | Match different labelings |
| prarff | Convert ARFF file (WEKA) to PRTools dataset |
| remclass | Remove a class from a dataset |
| seldat | Retrieve a part of a dataset |
| selclass | Retrieve a class from a dataset |
| circles3d | Create a dataset containing 2 circles in 3 dimensions |
| lines5d | Create a dataset containing 3 lines in 5 dimensions |
| gendat | Random sampling of datasets for training and testing |
| gensubsets | Generation of a consistent series of subsets of a dataset |
| gendatgauss | Generation of multivariate Gaussian distributed data |
| gendatb | Generation of banana shaped classes |
| gendatc | Generation of circular classes |
| gendatd | Generation of two difficult classes |
| gendatg | Generation of Gaussian circle and blob |
| gendath | Generation of Highleyman classes |
| gendati | Generation of random windows from images |
| gendatk | Nearest neighbour data generation |
| gendatl | Generation of Lithuanian classes |
| gendatm | Generation of 8 2d classes |
| gendatmm | Generation of 4 multi-modal 2d classes |
| gendatp | Parzen density data generation |
| gendatr | Generate regression dataset from data and target values |
| gendats | Generation of two Gaussian distributed classes |
| gendatu | Generation of uniform circle and blob |
| gendatv | Generation of a very large dataset |
| gendatw | Sample dataset by given weigths |
| gentrunk | Generation of Trunk's example |
| genmdat | Generation of a multi-dimensional dataset |
| prdata | Read data from file |
| seldat | Select classes / features / objects from dataset |
| spirals | Generation of a two-class spiral dataset |
| getwindows | Get pixel feature vectors around given pixels in image dataset |
| prdataset | Read existing dataset from file |
| prdatasets | Overview and download of standard datasets |
| fisherc | Minimum least square linear classifier |
| ldc | Normal densities based linear (muli-class) classifier |
| loglc | Logistic linear classifier |
| logmlc | Logistic Multi-Class Linear Classifier |
| nmc | Nearest mean linear classifier |
| nmsc | Scaled nearest mean linear classifier |
| quadrc | Quadratic classifier |
| qdc | Normal densities based quadratic (multi-class) classifier |
| udc | Uncorrelated normal densities based quadratic classifier |
| klldc | Linear classifier based on KL expansion of common cov matrix |
| pcldc | Linear classifier based on PCA expansion on the joint data |
| polyc | Add polynomial features and run arbitrary classifier |
| subsc | Subspace classifier |
| statslinc* | Linear classifier from the Stats toolbox |
| treec | Construct binary decision tree classifier |
| dtc | Decision tree classifier, rewritten, also for nominal features |
| statsdtc* | Decision tree classifier from the Stats toolbox |
| randomforestc | Breiman's random forest classifier |
| naivebc | Naive Bayes classifier |
| statsnbc* | Naive Bayes classifier from the Stats toolbox |
| bpxnc* | Feed forward neural network classifier by backpropagation |
| lmnc* | Feed forward neural network by Levenberg-Marquardt rule |
| neurc* | Automatic neural network classifier |
| perlc | Linear perceptron |
| rbnc* | Radial basis neural network classifier |
| rnnc* | Random neural network classifier |
| ffnc* | Feed-forward neural net classifier back-end routine |
| bagc | Feature set classifier, e.g. for multiple-instance learning |
| libsvc* | Support vector classifier by LIBSVM |
| pklibsvc* | Radial basis LIBSVM using the Parzen kernel |
| rblibsvc* | Radial basis LIBSVM with optimised kernel |
| nulibsvc* | Support vector classifier by LIBSVM |
| svc | Support vector classifier |
| nusvc | Support vector classifier |
| pksvc | Radial basis SV classifier using the Parzen kernel |
| rbsvc | Radial basis SV classifier |
| statssvc* | Support vector classifier (Stats toolbox) |
| pkstatssvc* | Radial basis Parzen kernel SV classifier (Stats toolbox) |
| rbstatssvc* | Radial basis optimised kernel SV classifier (Stats toolbox) |
| kernelc | General kernel/dissimilarity based classification |
| onec | fallback routine for degenerated training sets |
| feateval | Evaluation of a feature set |
| featrank | Ranking of individual feature permormances |
| featsel | Feature Selection |
| featselb | Backward feature selection |
| featself | Forward feature selection |
| featsellr | Plus-l-takeaway-r feature selection |
| featseli | Feature selection on individual performance |
| featselm | Feature selection map, general routine for feature selection |
| featselo | Branch and bound feature selection |
| featselp | Floating forward feature selection |
| featselv | Selection of varying features |
| bayesc | Bayes classifier by combining density estimates |
| classim | Classify image using a given classifier |
| classc | Convert mapping to classifier |
| labeld | Find labels of objects by classification |
| cleval | Classifier evaluation (learning curve) |
| clevalb | Classifier evaluation (learning curve), bootstrap version |
| clevalf | Classifier evaluation (feature size curve) |
| clevals | Classifier evaluation (feature /learning curve), bootstrap |
| confmat | Computation of confusion matrix |
| costm | Cost mapping, classification using costs |
| prcrossval | Crossvalidation |
| cnormc | Normalisation of classifiers |
| disperror | Display error matrix with information on classifiers and datasets |
| labelim | Construct image of labeled pixels |
| logdens | Convert density estimates to log-densities for more accuracy |
| loso | Leave_one_set_out crossvalidation |
| mclassc | Computation of multi-class classifier from 2-class discriminants |
| regoptc | Optimisation of regularisation and complexity parameters |
| reject | Compute error-reject trade-off curve |
| prroc | Receiver-operator curve (ROC) |
| shiftop | Shift operating point of classifier |
| testc | General error estimation routine for trained classifiers |
| testd | Error of dataset applied to given classifier |
| testauc | Estimate error as area under the ROC |
| affine | Construct affine (linear) mapping from parameters |
| bhatm | Two-class Bhattacharryya mapping |
| cmapm | Compute some special maps |
| copulam | Compute copula mapping |
| datasetm | Mapping conversion dataset |
| disnorm | Normalisation of a dissimilarity matrix |
| featselm | Feature selection map, general routine for feature selection |
| fisherm | Fisher mapping |
| chernoffm | Chernoff mapping |
| invsigm | Inverse sigmoid map |
| filtm | Arbitrary operation on datafiles/datasets, object by object |
| mapm | Arbitrary mapping operation on doubles and datasets |
| gaussm | Mixture of Gaussians density estimation |
| kernelm | Kernel mapping |
| klm | Decorrelation and Karhunen Loeve mapping (PCA) |
| klms | Scaled version of klm, useful for prewhitening |
| knnm | k-Nearest neighbor density estimation |
| mapsd | Train mapping between two representations |
| mclassm | Computation of mapping from multi-class dataset |
| prmap | General routine for computing and executing mappings |
| mappingtools | Macro defining some mappings |
| nlfisherm | Nonlinear Fisher mapping |
| normm | Object normalisation map |
| parzenm | Parzen density estimation |
| parzenml | Optimisation of smoothing parameter in Parzen density estimation. |
| pcam | Principal Component Analysis |
| pcaklm | Backend routine for PC and KL mappings |
| proxm | Proximity mapping and kernel construction |
| reducm | Reduce to minimal space mapping |
| remoutl | Remove outliers |
| rejectm | Creates rejecting mapping |
| scalem | Compute scaling data |
| sigm | Simoid mapping |
| spatm | Augment image dataset with spatial label information |
| tsnem | tSNE mapping |
| sammonm | Multi-dimensional scaling by Sammon mapping |
| userkernel | User supplied kernel definition |
| averagec | Combining linear classifiers by averaging coefficients |
| baggingc | Bootstrapping and aggregation of classifiers |
| dcsc | Dynamic Classifier Selecting Combiner |
| modselc | Model Selection Combiner (Static selection) |
| rsscc | Random subspace combining classifier |
| votec | Voting classifier combiner |
| wvotec | Weighted voting classifier combiner |
| maxc | Maximum classifier combiner |
| minc | Minimum classifier combiner |
| meanc | Mean classifier combiner |
| medianc | Median classifier combiner |
| mlrc | Muli-response linear regression combiner |
| naivebcc | Naive Bayes classifier combiner |
| perc | Percentile combiner |
| prodc | Product classifier combiner |
| rfishercc | Fisher combining of randomly generated classifiers |
| traincc | Train combining classifier |
| fixedcc | Fixed combiner construction, back end |
| parsc | Parse classifier or map |
| rejectc | Creates reject version of exisiting classifier |
| parallel | Parallel combining of classifiers |
| bagcc | Feature set combining classifier |
| stacked | Stacked combining of classifiers |
| sequential | Sequential combining of classifiers |
| data2im | Convert dataset to image |
| getobjsize | Retrieve image size of feature images in datasets |
| getfeatsize | Retrieve image size of object images in datasets |
| obj2feat | Transform object images to feature images in dataset |
| feat2obj | Transform feature images to object images in dataset |
| im2feat | Convert image to feature in dataset |
| im2obj | Convert image to object in dataset |
| imsize | Retrieve size of specific image in datafile |
| im_patch | Find / generate patches in object images |
| band2obj | Convert image bands to objects in dataset |
| bandsel | Select image bands in dataset or datafile |
| selectim | Select image in multi-band object image dataset/datafile |
| show | Display objects in datasets, datafiles and mappings |
| im_dbr | Image Database Retrieval GUI |