| bettongs | Burrowing bettongs: two subspecies mixed in a fenced reserve |
| build_reference | Simulate a reference set of hybrid histories |
| carp | Bighead and silver carp: an invasive hybrid zone |
| check_markers | Check that markers are diagnostic in the parents that actually bred |
| chickens | Chickens: an advanced intercross after eight generations |
| classification_power | Expected accuracy of individual classification |
| classify_hybrids | Classify recent hybrids individually |
| classify_hybrids_microsat | Classify recent hybrids from microsatellites |
| class_settings | Settings for the classes that choose between the two tiers |
| diagnostic_markers | Find diagnostic markers between two reference groups |
| effective_markers | Effective number of independent markers |
| estimate_history | Estimate the hybrid history of sampled populations |
| hybridclock_example | Example data set |
| hybrid_scores | Hybrid index and interspecies heterozygosity |
| hybrid_scores_microsat | Hybrid index and heterozygosity from microsatellites |
| markers_needed | Chance that a backcrossed hybrid looks pure |
| marker_information | Information carried by a set of markers |
| marker_power | Chance that a backcrossed hybrid looks pure |
| microsat_markers | Microsatellite markers |
| orient_genotypes | Count species-2 alleles at diagnostic markers |
| plot_triangle | Plot animals on the hybrid triangle |
| possums | Mountain pygmy possums: genetic rescue at 24 microsatellites |
| predict.hybridclock_model | Predict histories from sample summaries |
| random_map | Random marker map |
| sample_summaries | Summarize a population sample of hybrid scores |
| shared_loci | Find loci shared by both species |
| simulate_hybrid_zone | Simulate a hybrid population forward in time |
| train_clock | Train the hybrid clock on a reference set |
| wolves | Mexican wolves: crosses between two captive lineages |