| bergschlosser | Berg-Schlosser and De Meur's praetorianism data |
| cora_compare_python | Cross-check a result against the Python implementation |
| cora_context | Create an optimisation context |
| cora_coverage_score | Sufficiency statistics of a prime implicant |
| cora_data_mining | Configurational data mining |
| cora_describe | Descriptive rendering of a solution |
| cora_dnf | Disjunctive normal form of a solution |
| cora_inclusion_score | Sufficiency statistics of a prime implicant |
| cora_irredundant_sums | Irredundant sums of a single-outcome analysis |
| cora_irredundant_systems | Irredundant systems of a multi-outcome analysis |
| cora_logigram | Draw a two-level logic diagram |
| cora_logigram.cora_context | Draw a two-level logic diagram |
| cora_logigram.cora_system | Draw a two-level logic diagram |
| cora_logigram.cora_system_multi | Draw a two-level logic diagram |
| cora_logigram.default | Draw a two-level logic diagram |
| cora_petrick | Solve a prime implicant chart with Petrick's method |
| cora_pi_chart | Prime implicant chart |
| cora_pi_details | Statistical overview of the prime implicants |
| cora_prime_implicants | Prime implicants of an optimisation context |
| cora_python_available | Is the Python CORA package reachable? |
| cora_recode | Recode conditions onto 0, 1, 2, ... |
| cora_solutions | Solution summary table |
| cora_system_details | Statistical overview of a solution |
| cora_truth_table | Truth table of an optimisation context |
| gross_carvin | Tort liability of highway authorities |
| mccluskey | McCluskey's two-output switching function |
| swiss_minaret | Swiss minaret referendum |