| acl_Xstar | Function to calculate the negative structure vector matrix X* for an adjacent-category link model. |
| Alligators | Untabeled alligator food choice data |
| bcl_Xstar | Function to calculate the negative structure vector matrix X* for baseline-category outcomes. |
| b_Xstar | Function to calculate the negative structure vector matrix X* for binary outcomes. |
| checksep_acl | Separation check for adjacent-category link models. |
| checksep_b | Separation check for binary models. |
| checksep_bcl | Separation check for baseline category models. |
| checksep_cl | Separation check for cumulative link models. |
| checksep_osm | Separation check for ordered stereotype models. |
| checksep_sl | Separation check for sequential (continuation-ratio) models. |
| cl_Xstar | Function to calculate the negative structure vector matrix X* for a cumulative link model. |
| create_bseq | Creates a list of data for a sequence of binary models from a sequential (continuation ratio) model. It splits the data according to the forward sequential mechanism. |
| csepdat1 | Toy data set with complete separation |
| csepdat2 | Toy data set with complete separation |
| csepdatm | Toy data set with complete separation |
| csepdato | Toy data set with complete separation |
| diagsep_acl | Detailed separation diagnostic for adjacent-category link ordinal response models. |
| diagsep_b | Detailed separation diagnostic for binary outcomes. |
| diagsep_bcl | Detailed separation diagnostic for baseline-category link models. |
| diagsep_cl | Detailed separation diagnostic for cumulative link ordinal response models. |
| diagsep_osm | Detailed separation diagnostic for ordered stereotype models. |
| diagsep_sl | Detailed separation diagnostic for sequential (continuation-ratio) ordinal response models. |
| HDSS | Willingness to Share Health Data of Drexler (2025) |
| iris2 | Adapted Iris Dataset |
| linearities | This function calculates the linearities in the negative structure vector matrix X*, so the row vectors for which there is no separation. If this is an empty set or of length 0, then we have overlap. |
| linearities_acl | This function calculates the linearities in the negative structure vector matrix X* for an adjacent-category link model, so the row vectors for which there is no separation. If this is an empty set or of length 0, then we have overlap. |
| linearities_b | This function calculates the linearities in the negative structure vector matrix X* for a baseline-category link model, so the row vectors for which there is no separation. If this is an empty set or of length 0, then we have overlap. |
| linearities_bcl | This function calculates the linearities in the negative structure vector matrix X* for a baseline-category link model, so the row vectors for which there is no separation. If this is an empty set or of length 0, then we have overlap. |
| linearities_cl | This function calculates the linearities in the negative structure vector matrix X* for a cumulative link model, so the row vectors for which there is no separation. If this is an empty set or of length 0, then we have overlap. |
| linearities_osm | This function calculates the linearities in the negative structure vector matrix X* for an ordered stereotype model, so the row vectors for which there is no separation. If this is an empty set or of length 0, then we have overlap. |
| linearities_sl | This function calculates the linearities in the negative structure vector matrix X* for an sequential link model, so the row vectors for which there is no separation. If this is an empty set or of length 0, then we have overlap. |
| make_yx | This function is meant to set up a response variable and a design matrix from a formula-data combination for the pre-fit separation check functions. |
| nsduh2019 | A snapshot of the NSDUH 2019 data |
| ohiovoters | Voters in Ohio |
| osm_Xstar | Function to calculate the negative structure vector matrix X* for an ordered stereotype model. |
| ovldat1 | Toy data set with overlap. |
| ovldat2 | Toy data set with overlap. |
| ovldatm | Toy data set with overlap. |
| ovldato | Toy data set with overlap. |
| print.sepmod | Print generic for sepmod classes |
| print.sepmod_sl | Print generic for sepmod_sl classes |
| qcsepdat1 | Toy data set with quasi-complete separation |
| qcsepdat2 | Toy data set with quasi-complete separation |
| qcsepdatm | Toy data set with quasi-complete separation |
| qcsepdato | Toy data set with quasi-complete separation |
| reccone_acl | Calculates recession cone for adjacent-category link models. |
| reccone_b | Calculates recession cone for baseline-category link models. |
| reccone_bcl | Calculates recession cone for baseline-category link models. |
| reccone_cl | Calculates recession cone for cumulative link models. |
| reccone_osm | Calculates recession cone for ordered stereotype models. |
| reccone_sl | Calculates recession cone for sequential link models. |
| seprows_acl | Identify the rows in data matrix that cause separation in adjacent-category link ordinal response models. |
| seprows_b | Identify rows in the data matrix that cause separation for binary models. |
| seprows_bcl | Identify the rows in the data matrix that cause separation in baseline-category link categorical response models. |
| seprows_cl | Identify the rows in the data matrix that cause separation in cumulative link ordinal response models. |
| seprows_osm | Identify the rows in the data matrix that cause separation in ordered stereotype models. |
| seprows_sl | Detect design matrix rows with separation for sequential (continuation-ratio) ordinal response models. |
| Silvapulle | Psychiatric Cases Classification based on GHQ of Silvapulle (1981) |
| struc_vec | Function to calculate the structure vector matrix S for categorical outcomes. |
| titanic3 | All people of age 3 in the Kaggle Titanic data set |